DIGISEQ, the wearable payments tech pioneer, and its partners Infineon Technologies AG, the leading security solutions and chip manufacturer, and Thales, a global leader in cybersecurity, continue their collaboration to deliver next generation Advanced Encryption Secure (AES) data encryption for DIGISEQ’s wearable provisioning following the recent introduction of Secure Channel Protocol 3 (SCP03). As part of the updated Global Platform Card Specification, SCP03 strengthens security in environments where data is transferred over the air, like payment tokenisation.
Angela Davies, Head of Partnerships at DIGISEQ, comments: “In a world of ever-increasing data breaches, DIGISEQ constantly maintains the highest standards of security. DIGISEQ concentrates on the distribution and delivery of sensitive data to secure chips, and it is of paramount importance that this data is protected and secure from point to point. We recognised immediately that the SCP03 protocol will be the de-facto standard for payment tokenisation for wearables, so it was critical for us to lead the way in this adoption. Working with Infineon and Thales, we’re delighted that our RCOS™ mobile provisioning platform offers the strongest wearable tech security and consumer convenience in the industry.”
DIGISEQ’s RCOS™ over-the-air mobile personalisation and tokenisation service are leading the way in adopting the new SCP03 standard, ensuring all provisioned payment data is fully protected to the highest available standards, while continuing to deliver the fastest self-provisioning service in the industry.
DIGISEQ has integrated Infineon’s SECORA™ Pay W and SECORA™ Connect S solutions, delivering not just the highest level of security but also the flexibility to create ultra-small antenna with improved contactless read range to open up the market to smaller, more intricate devices. Unlike active wearables such as smartwatches, which are restricted by limited battery life, DIGISEQ’s wearable tech is passive, directly harnessing power form the terminal or handset to transact. With the addition payment security functionality from Thales and Infineon Technologies, DIGISEQ’s technology can offer consumers the most robust wearable device security, reliability, and convenience.
Todd Moore, Vice President for Data Security Products at Thales, comments: “A successful transaction with a wearable relies on the ability to secure a complicated payments ecosystem involving the merchant, acquirer, switch and bank or card issuer. With so many points of vulnerability, it is critical to protect sensitive data wherever it is and control access to this data, even in an untrusted environment. At Thales, we’re proud to provide technology to DIGISEQ that will meet today’s government and industry regulations and standards and anticipate tomorrow’s security challenges.”
The Infineon SECORA™ Pay portfolio delivers contactless payment functionality through a range of solutions, including pre-certified payment options and Visa, Mastercard, Discover, and American Express payment support. With SECORA™ Connect, smart wearables can store multiple user credentials for contactless payments, transportation ticketing, and other applications using NFC, turning them into powerful and versatile multi-application devices.
DIGISEQ’s PCI DSS level 1, and PCI CPP certified wearable platform uses the latest generation of Thales’ hardware security modules (HSMs), specifically the payShield 10K, which is the fifth generation of payment HSMs from Thales and delivers a suite of payment security functionality proven in critical environments, including transaction processing, sensitive data protection, payment credential issuing, mobile card acceptance and payment tokenisation. The payShield 10K is used throughout the global payment ecosystem by issuers, service providers, acquirers, processors, and payment networks.
Tolgahan Yildiz, Head of Payment Solutions at Infineon’s Connected Secure Systems Division comments: “The field powered wearable portfolio from Infineon allows fast and seamless integration into NFC personalisation and tokenisation services based on the latest Global Platform Card Specification. We are delighted that DIGISEQ, as Associated Partner within the Infineon Security Partner Network, has deep knowledge about the Infineon products and has successfully integrated the SECORA™ Pay W and SECORA™ Connect S solutions into its RCOS™ service offering.”
DIGISEQ’s ground-breaking technology is revolutionising wearable payments by allowing consumers to register and activate their item using their payment card, through DIGISEQ’s Manage MiiTM mobile app, which can be white-labelled with the branding of its clients, essentially making it an invisible payments partner.
By promoting the use of wearable tech, brands, banks, and issuers can reduce their reliance on producing plastic cards, as DIGISEQ handles the over-the-air personalisation and payment enablement of the wearable item from end to end, saving banks and original equipment manufacturers vast amounts of time and money. This also helps significantly reduce the amount of plastic used for cards, improving environmental and sustainability efforts.


LED lighting fixtures have become increasingly popular in modern homes, and for good reason. Not only do they offer energy efficiency and cost savings, but they also provide enhanced illumination that can transform the look and feel of any space. In this blog post, we will explore the many benefits of LED lighting fixtures and how they can elevate the ambiance of your home. From highlighting architectural features to creating a warm and inviting atmosphere, discover how LED lighting can enhance the beauty and functionality of your living spaces. Get ready to illuminate your home with excellence!
Home LED Lighting Design Ideas
- TV Back Lighting
Installing LED lighting behind the TV has become increasingly popular for interior design purposes. This type of design not only enhances the ambiance of the room but also offers additional benefits. Watching TV in the dark can strain your eyes and cause discomfort. However, installing bright LED lighting behind your TV creates the illusion of the TV popping out from the wall, giving a sense of depth. Additionally, this installation reduces eye strain and enhances the overall TV viewing experience. The best part is that you can easily perform this installation yourself.
- Dimmable Lighting
Dimmable LED track light models can help you easily create an attractive interior design. The advantage of this type of LED lighting is that you can choose from different colors and adjust the lighting according to your mood. For example, if you want to create a romantic mood in your bedroom, you can select a light color that enhances that atmosphere. Similarly, if you need a burst of energy for a particular activity, you can adjust the lighting accordingly to create a more energizing environment.
- Floating Shelves
Floating shelves are an incredibly popular choice among homeowners and interior designers alike. They not only serve a functional purpose but also add a touch of elegance and style to any space. However, if you want to take your floating shelves to the next level and make them truly stand out, there is a simple yet effective way to do so - by integrating LED lighting into the underside of the shelves.
By incorporating LED lighting into your floating shelves, you can achieve a completely customized look that is unique to your personal style and preferences. The soft glow emitted by the LED lights not only enhances the overall aesthetics of the shelves but also provides practical benefits. With the addition of LED lighting, tasks such as finding and organizing items on the shelves become much easier, as the illumination eliminates any shadows or dark spots.
- Kitchen Counter Lighting
For passionate cooks, LED linear lights can be utilized to create a vibrant ambiance in your kitchen. Install LED linear lights underneath your cabinets to ensure optimal visibility while preparing food. Alternatively, you can also follow the aforementioned suggestion to illuminate the inside of your cabinets. Additionally, LED linear lights offer evenly distributed illumination, minimizing shadows and making it easier to read recipes and assess the color of cooked foods.
- Shower Lighting
Shower lighting is often overlooked, but it actually plays a vital role in enhancing the overall bathroom lighting experience. A well-lit shower not only provides adequate illumination for cleansing and rejuvenation but also serves as a dedicated space for grooming routines. By incorporating a sleek and energy-efficient LED strip inside the shower cove, you can effortlessly elevate the ambiance of your shower area. Additionally, to further enhance the lighting effect, consider complementing the LED strip with strategically placed ceiling-recessed LED spotlights. This combination of lighting fixtures will create a soft and natural illumination that is perfect for all your shower activities, ensuring a delightful and soothing experience every time you step into your bathroom.
- Cove Lighting
Cove lighting is a highly recommended and incredibly effective method to enhance your interior design greatly using the innovative technology of LED lighting. The remarkable thing about this noteworthy lighting technique is that it doesn't simply provide direct lighting, but it goes above and beyond by beautifully illuminating the surrounding walls. By thoughtfully and strategically installing LED lighting on the elegant valences of your ceiling, you will be able to create a mesmerizing and enchanting play of light cascading down from the corners of the ceiling and gracefully dancing along the adjacent walls. This truly adds an absolutely breathtaking and visually stunning effect to the overall ambiance and atmosphere of your beloved home, making it an even more inviting and captivating space for you, your family, and your guests to enjoy and cherish for years to come.
In conclusion, LED lighting fixtures offer numerous benefits for enhancing your home's ambiance and functionality. From TV backlighting to dimmable lighting options, LED lights provide versatility and customization to suit your mood and activities. Integrating LED lighting into floating shelves not only adds elegance but also improves practicality. In the kitchen, LED linear lights ensure optimal visibility while


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Input: 120Vac, 50/60hz, Output: 15Amps Delay On Time: 10 Seconds
Model SE120N25 digital surge protector is ideal for protecting computer systems, small printers, POS systems, Televisions and many more sensitive appliances and equipment. This uniquely designed modular type protector plugged directly into your socket outlet. Providing more convenience, more flexibility and is more affordable. This unit has a delay start-up time of approximately Ten (10) seconds. The digital designed fast voltage cut-out circuit and frequency monitoring circuit will provide maximum protection for your equipment. Model SE120N25 is for use with 120Vac and delivers a maximum of 15 Amps.
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I’ve dreamed of having a smart home since I first saw some billionaire demo his on a TV show, way before the technology became widely available. When I bought the […]
I’ve dreamed of having a smart home since I first saw some billionaire demo his on a TV show, way before the technology became widely available. When I bought the house I have now, I began looking into the technology more seriously, mostly because I didn’t like walking into a big, empty, dark space when I got home from work.
It all started innocently enough—just one bulb for the living room that I could program to turn on before I got home, and have it turn off at bedtime. But a short time later, I was hanging out a friend’s place, and he had one of the original Amazon Echos. He played music with just a voice command.
I was enamored. I did research. I could control lights with my voice! And set timers in the kitchen by just asking! And play whatever music I wanted! I bought my first Amazon Echo, and It spiraled from there.
Smartening Up the House:
(Note: All links on this page are affiliate links and will take you to Amazon.)
As I redesigned the guest room and office, I added a few smart light bulbs and plugs. But what about the ceiling fans?!?! Were the rooms truly complete before they could be voice controlled? And to make it seamless, didn’t they each at least need an Echo Dot?
And then came the porch and deck lights. I like to illuminate my main entrances through the night. Because security. So in came the smart light switches that I could program to turn on at sunset and turn off in the morning.
Much like space flight, smart home technology is still in an experimental stage. Sometimes things work. Sometimes they don’t. Which brings me to my project for the day: moving all my lights from my Wink Hub 2 to the Amazon Echo Plus.
The original Echos didn’t have Smart Hub technology, and while some devices can connect directly through Wifi, some need a hub to operate properly. I bought Cree smart bulbs instead of Philips Hue, as Cree was less expensive. To control them, I connected them to the Wink Hub 2, which then connected to my original Echo devices for voice control.
However, that Wink Hub 2 is glitchy, and apparently the company is in trouble (see Reddit threads on the topic). The Wink Hub 2 forgets lights or sometimes takes 60 seconds to respond. I finally had enough when it perpetually glitched out on the nightstand lights in the Master Bedroom.
Definitely beyond a first world problem, but not being able to turn off your nightstand lights with your voice when you’ve already found that PERFECT sleep position and gotten all snuggly, and that’s a deal breaker.
After some quick research, I discovered that a newer Echo, the Amazon Echo Plus, has a built in hub that is compatible with my smart lights. I ordered it immediately.
Side Note: I know I’ll catch some flack from the techies, as the Amazon Echo Plus is really not the BEST hub out there. It only offers Zigbee protocol (in addition to Wifi and Bluetooth, of course), so it’s missing Z-Wave and more. However, it fits MY needs, takes an extra relay out of my system, and all of the devices I plan to use that aren’t currently Wifi/Bluetooth use Zigbee. And, with Zigbee being Amazon’s protocol of choice, I have a feeling that will encourage more smart device makers to implement it if they don’t already, but that’s just a hunch. 😉
My Amazon Echo Plus just arrived today. Now comes the pain of migrating all the devices from the Wink Hub to the Amazon Echo Plus.
To do this, I have to remove the devices from the Wink Hub 2, reset them by switching them on and off several times, then have the Echo Plus discover them. After that comes renaming the devices in the app and setting up the schedules all over again. To make it just a bit more time consuming, I have to go room by room, otherwise it’s going to be a mess figuring out which one is which.
And that’s my Saturday, ladies and gentleman. I know it’ll be worth it, but damn—why can smart things just stay smart?
Here are the smart devices I use, in case you’re interested:
We are a member of a few affiliate and/or influencer programs, which means that we earn a commission when you click on certain links or use our codes. You don’t pay anything extra for the items you buy; we just get credit for referring you!
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We are living in a digitalized world that creates many opportunities for businesses. Digital technologies are transforming human relations, interactions and experiences. Although the great potential of artificial intelligence (AI) in the service industries is predicted, the concrete influence of AI on customer experiences is still little understood. Therefore, this research paper explored the impact of AI on event experiences and offers a practical guideline for event planners on how to implement AI now and in the future
What does AI mean to us now and how will it shape the future?
Today, we witness AI on the market in many forms and shapes. These include robots, virtual assistants, and self-driving cars, becoming part of our everyday lives. Through this development, businesses and customers can already take advantage of the technology in its early stages. How will AI improve over the next years? Will AI be able to surpass human intelligence, and in which industries can it be applied?
AI can be described as the science of creating intelligent machines. While the initial seeds of AI can be dated back to the early 1980s, it is clear that today AI has achieved progress across multiple industries. In fact, it continues to perform better and further develop. For instance, AI has been implemented in medicine, manufacturing, service fields, and the tourism context.
With ever-expanding abilities, AI has a wide range of possibilities to assist businesses, increase efficiency and reduce costs. It makes human lives easier, enhances experiences and creates added value. These capabilities turn AI into a promising resource for experiences, especially when it matters to get to know customers, track user behaviours, use data in real-time, make suggestions and offer superior value propositions in-context and in real-time – all scenarios, which are particularly relevant for designing high-quality events.
Among the world’s industries, the service, tourism and events industries have always been in the front row when it comes down to digital advancement. For instance, large-scale events have used various forms of ICTs, such as online ticketing solutions, event apps and wearable devices to engage customers. Hence, where lays the potential of using AI for events?
Connecting the dots: AI, event experiences and value co-creation
The events industry is known to dynamically embrace changes in the environment to meet and succeed attendees’ expectations, and to deliver outstanding experiences. Nowadays, events are experiences that are co-created and personalised.
In taking a look at the evolution of event technologies, Solaris (2018) categorises four waves of development: (1) online registration and ticketing, (2) event mobile apps, and (3) engagement technology (polls, apps, live engagement).
The first three waves already reached the status of experience commodity, and represent a “norm”, whereas the fourth creates a new ecosystem by adding (4) Virtual Reality (VR), Augmented Reality (AR) and Artificial Intelligence (AI). These new technological players are predicted to not only revitalise and change some aspects of the previous waves but also create entirely new possibilities for event experience design.
AI is already being used in form of chatbots, event apps, predictions, virtual concierges (suggestions, reminders), instant translation apps and personalisation. These industry examples display the great potential of AI in the future, and in turn, underline the need for its investigation.
Methodology: A scenario technique approach
The goal of scenario planning is to predict multiple uncertain futures. In this qualitative study, data was gathered through six interactive focus groups. These comprised event attendees, AI experts, event practitioners, and service and event management academics. Finally, the scenario development process followed, including five phases from preparation to scenario analysis and completion.
Three interesting future scenarios emerged, showing how AI either co-creates or co-destructs value in events. These range from highly personalised event experiences, fully automated through AI to partly supported experiences and experiences where AI might hinder the overall enjoyment of the event experience. The three scenarios are put into place covering the entire pre, during and post-event experience (see the article for all scenarios in detail).
- ‘A Personalised Event Experience’ (value co-created)
- ‘A Suspicious Event experience’ (value no-created/co-destructed)
- ‘Some Badly Developed Systems’ (value co-destructed)
The scenarios show attendees will have experiences characterised by a high level of personalisation through constant assistance. AI serves as a game changer in that it becomes a key autonomous resource creating a new level of human-to-non-human interaction. This human-centric ecosystem recognises touchpoints in all life domains where AI could be used as a supporting tool. For events business ecosystems, this means that the customer journey and value chain shift into the life domains of potential customers.
How can event organisers implement AI as a valuable resource?
From a practical viewpoint, the study creates three realistic scenarios of what the future of events could look like. Event planners can look into the study to understand how AI can help with decision-making, implementation and experience design. This study helps businesses predict the use of AI, and thereby eliminates two of the most common errors, namely the under-prediction and over-prediction of change.
The events industry is expected to be one of the business environments in which AI has great potential and we already witness ‘sprinkles of AI innovation’ on the global landscape.
Neuhofer, B., Magnus, B., & Celuch, K. (2021). The impact of artificial intelligence on event experiences: a scenario technique approach. Electronic Markets, 31(3), pp: 601-617.
Read the full article here:


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Classic antenna with antenna cable and very good reception.
This antenna comes with a chromed base and is intended for:
-Kever from 8/1966
-Type 3 from 8/1966
-T3 / T25 bus all year.
With the T3 / T25 bus the antenna should be mounted on the left on the front panel above the headlight on the driver's side. If there isn't a hole for an antenna there is a recess in the sheet metal underneath, on the passenger side this pressing is not present.


The 19th annual International Conference on Particle Physics and Cosmology (COSMO-15) was held in Warsaw, Poland.
Thank you for your participation!
Enjoy conference photos.
Conference group photos:
Starting as a workshop in Ambleside in 1997, annual COSMO meetings rapidly became a major venue of interaction of theorists working at an interface of particle physics, astrophysics and cosmology. Topics to be discussed include:
- Dark Matter
- Dark Energy
- Inflation and primordial cosmology
- CMB and the large-scale structure of the Universe
- Primordial gravitational waves
- Particle astrophysics


H.265 but is formally called HEVC (High Efficiency Video Coding)
- Incorporates support for displays up to 7680×4320
- Allows for a wider color gamut (10 bits per channel as compared to the current eight)
- Implements progressive scan.
- Targets a much lower bitrate; tests indicate that HEVC can deliver H.264 High Profile quality using half the number of bits.
- The new standard achieves markedly lower bitrates by amping up the amount of processing power required to handle the final image. This could mean we’ll see a split between H.264 and H.265, at least initially, with the older standard used for mobile devices where battery power is a greater consideration, and the new standard used more for PCs and televisions connected to the wall...


China has the highest consumption of optical fibers in the world. Reports say that around 50% of the world’s optical fiber is consumed in China. Then naturally there will be many fiber optic cable makers in China. How many are there? Can anybody name those cable makers.
If my Chinese friends can list them here, it would be helpful and useful to all, especially for those looking for cables from China.
There are many fiber optic cable manufacturers in China, famous or not famous, you can check the B2B marketplace en.OFweek, collecting lots of cable suppliers from mainland China. http://en.ofweek.com/Optical-Fiber-Cables-1016060401
Around 50, I guess.
Corning has three cable manufacturing locations in China; Beijing CCS FOCC Limited, Corning Hainan and Chengdu CCS Optical fiber cable.
Sumitomo has two factories named SEI Shenzhen (SEFC) and Chengdu SEI-Futong Optical Cable Co.Ltd.
The Prysmian group now has two division such as Draka Comteq Shanghai and Prysmian Telecom Cables Wuxi
Fujikura has three stake holdings such as Nanjing FiberHome Fujikura, Nanjing Fujikura FiberHome Optical Cable, Fujikura Hengtong Aerial Cable. Out of this Nanjing Fujikura FiberHome Optical Cable has stopped functioning.
Furukawa has two division such as Suzhou Furukawa and FXOC (Furukawa Electric (Xi’an) Optical Communication Co.).
Sterlite has a joint venture with Tongguang, but that is for optical fiber drawing only and not for cables, I guess.
YOFC including its own and joint venture with others has 5 companies such as YOFC (Main), Jiangsu YOFC Zhongli, Tianjin YOFC XMKJ Optical Cable Co. Limted, YOFC Shanghai, YOFC Sichuan.
Japan based Hitachi makes their presence with Zongtian Hitachi Fiber Optic Cable.
Other fiber optic cable manufacturers in China includes;
FiberHome main factory in Wuhan
FiberHome has 4 other stake holding companies in China apart from the two with Japan based Fujikura.
Hengtong has 3 stake holding companies.
Jiangsu Etern or Yongding
Necero Optical Fiber and Cable Co.
Putian Fasten (It has 3 manufacturing locations)
Shenzhen ShiJia Optical fiber Cable Technology Company
Shenzhen Youngsun Com Optical Fiber Cable Company
Sichuan Huiyuan optical Communications Limited
Twentsche Fibre Optics Ltd.
Zhongtian Optical Fiber Cable
Total I could list 49 companies. I am sure the list is not complete. Please fill if you know.


Like most people who have taken basic science classes or played with refrigerator magnets and paper clips, I knew that stacking up magnets can increase their magnetic pull. Three fridge magnets stuck to each other can hold a longer chain of paper clips than one. Until recently I did not know that their is actually a special way to arrange magnets to increase their lifting power much more. Invented by the late Klaus Halbach, a physicist at Lawrence Livermore National Laboratory in the 1980s (relatively recently in my world view of engineering advancements) the Halbach Array is just such an arrangement. It was invented to focus accelerator particle beams but is now finding many other applications in brushless motors, linear motors and are critical component in a new generation of maglev trains.
This is how the magnets are arranged in a Halbach array:
It does not matter which way N or S is and long as you are consistent to the diagram. It is not intuitive (to me anyway) but it turns out that this arrangement combines the magnetic flux along one side for a much greater force, while nearly canceling the pull on the other side.
“The diagram (below) shows the field from a strip of ferromagnetic material with alternating magnetization in the y direction (top left) and in the x direction (top right). Note that the field above the plane is in the same direction for both structures, but the field below the plane is in opposite directions. The effect of superimposing both of these structures is shown in the figure at the bottom:” Wikipedia
Here is another nice diagram that shows how the arrangement combines the flux of the different magnets.
The above diagram is from an excellent article entitled Build a Halbach Array which details the construction of a simple Halbach array using a wooden bock and Neodymium-Iron-Boron cube magnets. They point out how hard it is to push the magnets into position as they will always want to flip over and align N to S poles, hence the need for the wooden block and glue.
Halbach arrays can also be constructed in several cylindrical forms which turns out to be very useful for brushless AC motors, magnetic couplings and magnetic bearings.
You can learn more at Halbach Array which includes the customary Wikipedia complement of images, diagrams, formulas and links.
There is also a nice set of links at Halbach Array links
Now you know…..


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CX-310 1 Circuit 3 Antenna Switcher Multi-Functional Antenna Short- Base
- It is made of high quality metal material, strong and durable.
- It can adjust the received signal by switching the antenna, convenient and practical.
- The interface with the antenna is made by precise technology, and there is no problem of bad contact.
- It can be connected to three antennas, outstanding performance.
- The impedance is only 50 ohms and the loss is very low.
Size: Approx. 9.5*7.7*2.9cm/3.74*3.03*1.14inch
2 Position Switch 1-Input -3-Outputs
Insertion loss: less than 0.1dB (DC-500MHz), more than 0.15dB (500-1000MHz)
Isolation: more than 60dB (DC-500MHz), over 50dB (500-800MHz)
VSWR: less than 1.1 (DC-500MHz), less than 1.2 (500-1000MHz)
Through power: (less than SWR1.2), 1.5KW (DC-30MHz), 1KW (30-150MHz), 500W (150-800MHz)
Impedance: 50 Ohm
Interface: M-J Interface
1 x Switcher
2 x Screw


Intrepid Control Systems UK recently supported a successful triple world record attempt involving a Ford Mustang Mach-E driving from John O’Groats to Land’s End. The records awarded to the drivers; Fergal McGrath, Kevin Booker, Paul Clifton and Adam Wood include lowest energy consumption, shortest charging time, and fewest charge stops.
The first of the 3 records were attempted at the beginning of July 2021 successfully breaking the lowest energy consumption record for driving from John O’Groats to Land’s End in an electric car. A second attempt took place just four weeks later in which the team broke a further two world records.
Throughout both attempts Intrepid Control Systems provided wireless data logging equipment in the form of their all-in-one vehicle network tool, the neoIV ION which collected data and uploaded it wirelessly for in-depth analysis and continual inspection by the remote support team.
By analysing the data recorded during the first attempt the team were able to identify key moments of the journey in which the EV range could be significantly improved thus assisting them in securing their second and third records. During the second attempt the team also utilised Intrepid’s versatile CAN tool, VividCAN, which provided essential information such as energy consumption, EV regeneration and state of charge.
Following the completion of the world record attempts, Intrepid provided a technical report to sufficiently validate all the conditions required by Guinness World Records. Through the use of Intrepid’s cloud-based reporting software, the team were able to demonstrate the full driven route, the energy flow of the battery, and vehicle charging. It was crucial to record both vehicle-based data and time synchronised video evidence in order to submit the attempts to the Guinness World Records validation team.
The following three world records attempts were confirmed as successful:
- Lowest energy consumption driving from John O’Groats to Land’s End in an electric car: recorded at 9,500.796 W.hrs/100km
- The fewest charge stops from John O’Groats to Land’s End in an electric vehicle: recorded at 1 stop
- The shortest charging time from John O’Groats to Land’s End in an electric vehicle: recorded at 43 minutes 13 seconds
Fergal McGrath said, “The opportunity occurred to turn a double Guinness World Record into a triple Guinness World Record but there were only three days in which to plan and execute it. Without Intrepid’s team support, it would not have been possible. Adam slotted in as the third driver in the record attempt car and he brought huge experience regarding data logging and using the VividCAN live display which was a fantastic asset.”
Kevin Booker said, “Intrepid’s support was invaluable, bringing the team together at such short notice, the data logger and VividCAN provided us with vital information allowing us to get extra data from the car and helping us to maximise getting every bit of range from the Ford Mach-E as possible.”
Adam Wood, Engineering Sales Manager for Intrepid Control Systems said, “It was an absolute pleasure supporting Fergal, Kevin and Paul in their world record attempts. I am so proud of what we have achieved together as a team and how well our equipment showcased our application.”
If you are looking for vehicle data logging solutions or visual CAN display to support your business, find out more about Intrepid Control Systems, their applications, products and services by visiting www.intrepidcs.com.
Notes to editors:
About Intrepid Control Systems
Intrepid Control Systems UK is based at MIRA Technology Park, located in the heart of the UK’s Midlands automotive sector in Nuneaton, Warwickshire.
Intrepid Control Systems (www.intrepidcs.com) are a global provider of innovative tools for engineers in the vehicle networking, testing and embedded engineering fields. Intrepid is a supplier of Automotive Network and Data Logging systems for over 26 years focused on providing high technology computer software and hardware services and products.
Intrepid specializes in vehicle network testing, simulation, data logging, and automation. Its customers include many of the global automakers and major tier one suppliers working on autonomous and connected vehicles.
Intrepid has offices in the USA (Headquarters), China, Japan, UK, Germany, India, Korea, and Australia for direct sales and support, as well as a network of distributors.
For PR enquiries please contact Anthony Bagga or call +44 (0)7395 335621.


Monthly Archives: Dezember 2011
On the 28th Chaos Communication Congress (annual conference of the Chaos Computer Club Germany) in Berlin a lecture on smart meter security and privacy issues was given. The video is available via Youtube below.
Smart Hacking for Privacy: Smart Meter and Privacy Concerns. At the 28th Chaos Communication Congress Stephan Brinkhaus BSc. gives a lecture on smart meter security issues at 16:00h 30.Dec.2011. Advanced metering devices (aka smart meters) are nowadays being installed throughout … Continue reading


AB Dynamics, one of the world’s leading providers of advanced automated testing systems, has taken over the specialist in simulation software maker, rFpro. This fortifies the position of the company in the simulation-based verification market for ADAS and driverless vehicles.
RFpro is an expert in dynamic simulation solutions for vehicle dynamics, ADAS, and autonomous systems. The software is used as the default in the three key driving simulation platforms on the market and has benefited from year-to-year growth since its launch in 2007.
rFpro also backs the motoring market and AB Dynamics in recent times sold its aVDS (advanced vehicle simulator), which manages the rFpro simulation environment, for the Sauber Group F1 team, Alfa Romeo Racing.
“To meet the demand of the ADAS markets and autonomous vehicles, we need to find a global partner,” said Chris Hoyle, technical director of rFpro. “AB Dynamics combines perfectly with our main markets and applications, ADAS, autonomous, vehicle dynamics and motorsport. Our team of passionate and talented engineers is the true power of rFpro. Therefore it is vital to find a partner that would also be suitable.
The rFpro simulation tools complement the current portfolio of AB Dynamics test equipment such as training robots and test benches. This allows customers to test and develop vehicles in a virtual environment before being validated by a single supplier. This level of synergy is now unmatched in the market.
rFpro will continue to be an independent company with its own brand and will continue to offer other manufacturers of steering simulators and test equipment in the automotive industry. rFpro provides 3D simulation and steering simulation software for testing and validation of autonomous steering, vehicle dynamics, and ADAS learning. rFpro software is used for validation, testing and training, deeploader systems for ADAS and independent applications from OEMs and third parties.


Knauf Insulation decided to set up its first experience center in Škofja Loka in 2018 where, among other things, visitors can get to know the Knauf Insulation products using the advanced HTC Vive VR system. The Knauf Insulation project incorporates all of our previous experiences that we have in virtual reality. Users can get to know the various products used in the construction of the buildings. The application offers a virtual walk through different environments which are equipped with information points. All points are interactive, which means that they enable users to explore the insulation layers and materials used in walls, floors and ceilings, which are normally not visible in the real world. Our work contributes to the development of this new technology, which is getting evermore integrated in our daily lives.


The Mengo Promise:
Here at Mengo, we seek product perfection and customer satisfaction. Offering high quality products at an affordable price, we’re confident you’ll love your product! Should you have any technical or customer service related issues, our professional service agents are here to help.
S-Power Back-up Battery:
S-Power backup battery charger is perfect for an on-the-go charge. By simply exposing this battery to sunlight, it will re-charge itself, ready to charge your device. PLEASE NOTE: A full day of sunlight exposure will only provide the external battery with about 1/8 of its charging capacity. For quicker charging, please use the included micro USB cable. The LED indicator will allow you to know how much power the back-up battery contains.
IPX-4 Water/Shock Resistance:
The S-Power back-up battery is manufactured with IPX-4 Water-Resistant Technology. This means it can withstand some water, such as raindrops, mud, splashing, etc. This DOES NOT mean the product can be submerged in water. The Shockproof resistance offers ultra shock absorbency, which disperses the impact to prevent damage if dropped.
Dual USB Ports:
The S-Power back-up battery includes two USB ports. This will allow two mobile devices to charge simultaneously, or a single tablet.
LED Charge Indicator Light:
When exposed to sunlight, the LED indicator will turn green, signalizing that your S-Power external battery is absorbing sunlight, and is being charged.
S-Power Smart Charge Technology:
The S-Power back-up battery detects your device, and distributes the proper amperage for the quickest charge.
Mengo offers hassle free, 1 year warranty – no questions asked!
Mengo AquaCube Ultra Clear Sound Waterproof Portable Bluetooth Speaker


Machine Learning anti-malware
Machine learning techniques use well-trained machine models and algorithms to predict and block advanced attacks. Bitdefender’s machine learning models use 40,000 static and dynamic features, and are continuously trained on billions of clean and malicious fi le samples gathered from over 500 million endpoints globally. This dramatically improves the effectiveness of malware detection and minimizes false positives.
Process Inspector operates in zero-trust mode, continuously monitoring all processes running in the operating system. It hunts suspicious activities or anomalous process behavior, such as attempts to disguise the process type, execute code in another process’s space (hijack process memory for privilege escalation), replicate, drop files, hide from process enumeration applications and more. It takes appropriate remediation actions, including process termination and undoing changes the process made. It is highly effective in detecting unknown, advanced malware, including ransomware.
Exploit prevention technology protects the memory and vulnerable applications such as browsers, document readers, media files and runtime (ie. Flash, Java). Advanced mechanisms watch memory access routines to detect and block exploit techniques such as API caller verification, stack pivot, return-oriented-programming (ROP) and others. GravityZone’s technology is equipped to tackle advanced, evasive exploits that targeted attacks rely on to penetrate an infrastructure.
Endpoint control and Hardening
Policy-based endpoint controls include the firewall, device control with USB scanning, and web content control with URL categorization. The combination of “Best Performance” and “Best Protection” is unique to Bitdefender, which scored best in these categories in all six tests performed by the prestigious AV-TEST throughout 2017.
Anti-phishing and Web security
Filtering Web Security filtering enables real-time scanning of incoming web traffic, including SSL, http and https traffic, to prevent the download of malware to the endpoint. Anti-phishing protection automatically blocks phishing and fraudulent web pages.
Full Disk Encryption
GravityZone-managed full disk encryption uses Windows BitLocker and Mac FileVault, taking advantage of the technology built into the operating systems. It is available as an add-on to GravityZone Advanced Business Security.
Unpatched systems leave organizations susceptible to malware incidents, outbreaks, and data breaches. GravityZone Patch Management helps you keep your OS and Applications up to date across the entire Windows install base – workstations, physical servers and virtual servers. It is available as an add-on to GravityZone Advanced Business Security.
Response and containment
GravityZone offers the best clean-up technology on the market. It automatically blocks/contains threats, kills malicious processes and rolls back changes.
The solution is trained based on 1 trillion samples from over 500 million endpoints worldwide. Regardless of how much the malware or ransomware is modified, Bitdefender can accurately detect new ransomware patterns, in both pre-execution and run-time mode.
Largest Security Intelligence Cloud
With over 500 million machines protected, the Bitdefender Global Protective Network performs 11 billion queries per day and uses machine learning and event correlation to detect threats without slowing down users.automate
Automate Threat Remediation and Response
Once a threat is detected, GravityZone Advanced Business Security instantly neutralizes it through actions including process terminations, quarantine, removal and roll-back of malicious changes. It shares threat information in real time with GPN, Bitdefender’s cloud-based threat intelligence service, preventing similar attacks worldwide.
Smart Centralized Scanning
It ensures a high level of protection and performance of machines by offloading part of the anti-malware processes to one or more centralized security servers.
Advanced Business Security covers all types of endpoints: physical, virtual and cloud, any form factor: workstation, server, embedded, mobile, any OS: Windows, Linux, Mac and any virtualization platform: VMware, Citrix, Microsoft Hyper-V, KVM, Oracle. It can protect organizations of any size, scaling from tens to millions of endpoints just by cloning virtual appliances.


Information technologies have evolved the way all of us live and work. Today, people can communicate with each other much faster and cheaper than ever before. Text messaging, video calling, and e-mailing can be done on the go, and there are many applications available for these kinds of purposes. Through information technology, locations can be manufactured smaller plus the people residing those countries can become deeper. This technology also opened the way for globalization, removing physical barriers and enabling us to become ‘global citizens’.
Today, information technology provides transformed the way businesses perform. Instead of counting on telegraphs and telephones to do business, companies can easily at this time conduct organization with customers all over the world inside the privacy with their homes or offices. By using wireless communication mediums, businesses can easily send out news and events to their target audiences. Through this, employees can keep track of the records of clients and patients. In addition , medical services can use technology to allow people to contact their very own physicians over the internet.
Information technology has additionally transformed just how people carry out business. By eliminating distance and time https://directoryrank.eu/2022/01/04/saas-and-cloud-computing/ barriers, clients can now obtain products and services from local vendors along with international corporations. In addition , reports broadcasting is actually made easier than ever thanks to cellular communication means. Now, persons can catch up with the latest developments from everywhere. And for entertainment, Internet work with on gadgets is a fantastic means to stay up to date relating to the latest entertainment and press.


Our client, a global player operating in the fields of Computer vision, AI, wireless sensors networks, we are looking to recruit a Computer Vision Engineer at their site in Parma - Italy.
Ability to fluently communicate in English is required (official working language).
Ability to communicate effectively with clients and colleagues.
A strong team player capable of delivering results under pressure and to strict deadlines.
Flexibility but also strong autonomy in working by objective.
Please email your resume at firstname.lastname@example.org or email@example.com
Ref Number: EMV14


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Greg joined NEA in 2017 where he focuses on investments in the technology sector. Greg has founded three successful companies, is the inventor of technology at the heart of today’s wireless phone and service industries, and has over 25 years of executive experience in several technology sectors including networking, cloud software, consumer services, wireless and military systems.
After a successful early career as an engineering executive, Greg returned to Stanford University where he discovered modern MIMO radio communication theory and invented MIMO OFDM to bridge his theory to practice. Greg then founded Clarity Wireless to commercialize this technology, which is now used in all 4G and 5G wireless devices and networks, serving billions of consumers and business users. Clarity was acquired by Cisco Systems in 1999. Following Cisco, Greg founded his second company Airgo Networks, acquired by Qualcomm in 2007. Airgo’s chipset products improved the speed and reliability of Wi-Fi by ten-fold, leading to adoption of its technology as the core of all Wi-Fi radio standards since 2006. Greg is also the founder and Managing Board Director of Headwater Research, an incubator that develops mobile operating system and cloud technology that underpins today’s mobile phone and app industries. Greg holds over 400 issued US and international patents in several fields.


New digital stereozoom microscope. Digital output to an HDMI screen, to a USB memory stick or to an SD card. Ideal system for viewing and storing images of biological or metallurgical specimens. Camera can record both static images and videos. The camera can be set for auto or manual exposure, white balance, brightness, contrast, saturation, sharpness and colour temperature. The built-in software enables a range of measurements- line length, radius and area of circles, angles, perpendicular, area of rectangle etc.
0.7-4.5x Zoom Objective, Zoom Ratio 6.4:1
LED Ring Light, With Switch On/Off, Brightness Adjustable--Optional
External Wide Range Adapter, Input AC 100-240V-AC50/60Hz, Output DC12V2A
Track Stand, No Light Source
Real-time Observation, Photo, Video, Measurement, Storage, Data Output


Tell me a bit about your role at Bosch
I am the IoT and mobile lead for power tools North America. This means that I get involved in all of the IoT products that we push out from a power tools perspective, as well as clearly understanding our end users and integrating these types of connected products into their daily work.
Tell me about the ways you use IoT
We have connected power tools as well as location tracking systems. These are mainly used to transmit information and data to impact productivity around construction, and also to extract information from the tool that the customer most needs, in line with their usage. As we expand, we are now looking at LPWAN technology, mostly so that we can transmit the data over a much larger area.
What impact do you think LPWAN technologies will have on these processes and way you work at Bosch?
I think it will have a big impact. Within construction there are very large areas that we need to move data between; there are wide open landscapes and multi-storey structures which are being built. LPWA technologies will really impact how we focus our solutions; we will be able to send updates over the whole site practically in real time and then analyze this information very quickly. It’s very exciting.
What questions do you hope to have answered at LPWA Americas this year?
I’m really looking forward to it. I want to see how all of the networks have evolved! They have moved really quickly in what they are able to do, and to be on the ground talking to the people who are immersed in those networks is so helpful for understanding what the capabilities are, what will be available soon and also allowing us to align our solutions to best utilize these networks to their full capability. I’m really looking to understand more about what these networks can do from a technical perspective, as well as all of the different use cases. We have all heard about connected street lights and smart meters, but I want to hear about use cases that are pushing the boundaries so that we can learn from them and apply the lessons to our own solutions.
Who do you hope to meet and learn from at the event?
I’m looking to speak to every group involved in the industry, especially the end users. The most impactful thing I think is to learn about the solutions, the problems people have had and how they overcame them. To me, technology doesn’t provide a benefit if it doesn’t provide a solution to the end user, so I think I can learn a lot from them.


LG just presented its latest smartphone, which will compete with such models as Samsung Galaxy S9, Huawei P20, and iPhone X. We have already learned the specifications of the LG G7 Thinq smartphone.
This year, we had to wait a bit longer for the top smartphone model from LG than in previous years. Usually, new models from the G line appeared in the spring, often during the Mobile World Congress in Barcelona. This year the producer delayed the expected premiere until May.
This is not surprising, because last year’s LG G6 did not turn out to be a hit. The company even a few years ago faced an equal fight with market toms, but the attempt to sell a modular smartphone undercut the Korean wing manufacturer. LG G7, additionally baptized as Thinq, is to help her get back to the top.
LG G7 Thinq – screen and dimensions.
The new smartphone in the LG range is similar in size to LG G6: width 71.9 mm with the thickness of the housing 7.9 mm. It is 4.3 mm higher than its predecessor. It measures exactly 153.2 mm, which allows it to fit a larger display. It weighs 162 grams. The housing also meets the IP68 resistance standard.
LG G7 Thinq offers a 6.1-inch LCD screen with an aspect ratio of 19.5: 9 and a resolution of 3120 by 1440 pixels, which translates into a density of pixels at the level of 564 ppi. At the top of the display, however, there is a characteristic notch for the loudspeaker and the front camera.
The display can work in six different modes – almost like in televisions (Auto, Eco, Cinema, Sports, Game and Expert). There was also support for HDR and Dolby Vision, and the maximum brightness is 1000 rivets. The front and back of the phone are protected by Gorilla Glass 5.
LG G7 Thinq – technical specification.
The device will run the Snapdragon 845 processor with the Adreno 630 graphics chip. The phone will contain 4 GB of RAM and 64 GB of internal memory. The LG G7 Thinq in the Plus variant will offer 6 GB RAM and 128 GB of data space. In both cases, there will be a microSD card slot.
There were also all necessary communication modules: NFC, Wi-Fi ac, Bluetooth 5.0 and GPS. The fingerprint reader is placed on the backs. The housing also has a dedicated button that will allow you to run the Google Assistant. The LG G7 Thinq is also supposed to catch the phrase Hey Google from a distance of 5 meters.
The battery has a capacity of 3000 mAh. The LG G7 Thinq supports the Quick Charge 3.0 fast charging function. There was also support for wireless charging in the Qi standard. In the housing you can also find a minijack port with DTS: X support next to the USB-C socket and a loudspeaker called Boombox.
LG G7 Thinq – camera.
The camera with two lenses will be responsible for the pictures. Both of them take photographs with the size of 16 Mpix, but differ in other parameters. The basic one has a f / 1.6 aperture and a classic viewing angle, while an additional one (107 degrees) has an aperture of f / 1.9.
LG G7 Thinq will also allow you to take pictures of the type of Live Photo and the effect of blurring the background (so-called bokeh). The front camera, on the other hand, will allow you to take pictures of 8 megapixels and have a f / 1.9 aperture.
In order to make better pictures artificial intelligence is to help, which is to recognize the existing scenes and adjust the camera parameters to the conditions. Whether and how it helps in practice, we’ll find out as soon as LG G7 Thinq goes to our editorial office.
LG is ashamed of notch and it comes out well.
The new LG phone is another smartphone that copies the fin on top of the display. Unfortunately, as with other models still warm after removal from the photocopier, also here the manufacturer failed to make a minimalistic frame at the bottom.
Apple made a cut in the screen the trademark of the iPhone X. The company even encourages programmers not to hide it in applications (“embrace the notch”). LG, however, hides the fin on some promotional graphics and water the top bar with a black background so that the notch in the screen is not visible.
The user can choose whether he wants to see a notch or not. And that’s a good decision. Thanks to this the phone does not look caricatural and symmetrical. The color screen has a seemingly the same thickness of the “frame” on the top and bottom – like the Galaxy S9, and on the upper “frame” are displayed white icons that do not disturb the impression of symmetry.


A team of British engineers have designed a real-life spacecraft to save the world from destruction. Their invention, called a "gravity tractor", would be deployed when an orbiting rock is detected on a collision course with Earth.
The spacecraft would intercept the asteroid and position itself to fly alongside it, just 160ft from its surface. From this position, the 10 tonne craft is able to exert a small gravitational force on the rock, pulling the asteroid towards it. By gradually modifying its course, over several years, the gravity tractor is able to slowly shift the asteroid's trajectory enough to ensure it misses the Earth.


In recent years, there has been a noticeable trend of cities across the United States embracing smart technologies and transforming into “smart cities.” These urban centers are leveraging advanced digital infrastructure to enhance quality of life, improve sustainability, and drive economic growth. Let’s explore some reasons why many cities in the US are becoming smarter.
1. Technological Advancements
With rapid advancements in technology, including the Internet of Things (IoT), artificial intelligence (AI), and big data analytics, cities have access to powerful tools that can optimize various aspects of urban life. From transportation systems to energy management and public safety, these innovations make it possible for cities to operate more efficiently.
2. Enhanced Efficiency
Smart city initiatives focus on improving efficiency across different sectors. For instance, implementing intelligent traffic management systems can reduce congestion by optimizing traffic flow based on real-time data analysis. Smart grids enable better energy distribution while minimizing waste. By harnessing data-driven insights, cities can streamline operations and allocate resources effectively.
3. Sustainable Development
Promoting sustainable development is a key driver behind many smart city initiatives. By adopting green technologies such as renewable energy sources and efficient waste management systems, cities aim to minimize their environmental impact while ensuring long-term viability.
4. Better Quality of Life
Smart city solutions prioritize citizen well-being by providing improved services and amenities tailored to residents’ needs. For example, smart healthcare systems leverage telemedicine capabilities for remote consultations or monitor patients with chronic conditions from home—enhancing accessibility and reducing strain on healthcare facilities.
5.Economic Growth Opportunities
Becoming a smart city often attracts private investment opportunities as companies seek locations that offer technological infrastructure advantages alongside supportive policies for innovation-driven businesses. Hence ,many local economies benefit from new job creation within emerging industries related to smart technologies.
6.Citizen Engagement & Empowerment
Smart cities encourage active citizen participation through digital platforms and mobile applications. Citizens can provide feedback, report issues, or access real-time information on public services. This engagement fosters a sense of community ownership and empowers residents to contribute to decision-making processes.
7.Data-Driven Decision Making
By collecting data from various sources across the city, smart technologies enable evidence-based decision making for policymakers. Analyzing patterns and trends helps identify areas for improvement in transportation planning, resource allocation, emergency response systems, and more.
As cities recognize the potential benefits of embracing smart technologies ,the trend towards becoming smarter is likely to continue growing across the United States. By leveraging technological advancements to enhance efficiency, sustainability,and quality of life,cities are paving the way for a more connected future that prioritizes innovation and citizen well-being.


These days, people seem more worried about cleanliness and hygiene before a health emergency. People face much trouble while using the toilet, especially in public areas. However, each of us wants to come out stress-free and clean after using the toilet, whether it’s a public toilet or our one.
That’s why modern technology has been included in the form of Automatic toilets. These toilets work magically and allow you to leave the space peacefully and without being frustrated. But how does this happens?
Automatic flushing toilets use a sensor to detect when someone has used the toilet and needs to be emptied. The toilet then fills with water, pushes down on the waste, and then releases the water to flush it all down. This process is repeated until the tank is empty.
What Is Automatic Toilet?
To understand how to do automatic flush toilets work, you must first be aware of what an automatic toilet is. To make it easy, I am giving you a straightforward definition of the automatic toilet.
An automatic toilet is a type of toilet that requires no user input. Instead, the toilet uses sensors to determine when someone has sat down and finished using the toilet. This type of toilet is usually found in public places such as restaurants or airports.
What Is Automatic Toilet Flusher?
An automatic toilet flusher is a nifty invention that helps to save time and prevent accidents. It’s typically found on standard toilets and uses a sensor to detect when the user has sat down. Once activated, the flusher will flush the toilet automatically, preventing any unwanted messes from happening.
In other words, automatic toilet flushers are a type of device that helps clean the flush mechanism in a toilet. They work by sensing when someone has used the toilet and automatically activating the flush mechanism. This can help to keep the bathroom cleaner and more organized.
To learn more about an automatic toilet, read our blog on how to flush automatic toilet.
Key Components Of Automatic Toilet Flusher
To ensure you understand the inner workings of the automatic toilets, we will begin by explaining the basics of how it works. You will know how they work soon after in this post. An automatic toilet flusher has four key components whose names and functions we are discussing below.
An infrared sensor is one of the critical parts of an automatic toilet. The sensor provides feedback to a toilet’s visualization and process as follows: When an excerpt of a person or object is detected in the cams, it activates the releasing and halting of the valve as the latter operates.
To that end, there are two infrared LEDs inside the sensor, one LED emits infrared beams into the passage, and the other receives them.
Usually, the sensor eye is likely to the surface of the metallic faceplate. Most faceplates are fabricated from stainless steel, but some may be made of more inexpensive plastic. For certain products, the sensor is integrated into the toilet seat. It appears clearly in the photo on the left.
The second most vital essential part of an auto toilet is the Solenoid valve. The valve at the top of the flush tank is like a switch to open and close water flow to the toilet. The valve opens or closes the water flow when it receives a signal.
Depending on the signal from the sensor (positive or negative), the solenoid valve will either open or close. The polarity of the signal dictates whether the solenoid valve will engage a pull or a push action. The solenoid valve controls the water flow through a rubber disc.
When the flush valve is not active, the valve is automatically closed, so no water passes through it. The flush sends a signal to the solenoid, causing it to open the water valve to permit water flow.
The third essential part is the Power source. As a secure backup power supply, the electrical power source is also essential to stock the electronic parts with power. Usually, there are three types, DC battery, AC power supply, and combined AC DC type.
AC battery power, normally 6V 4xAA or 3V 2XAA alkaline batteries. Battery replacement is easy to do. Open the battery case and replace the used alkaline batteries in the case.
On one side of the adapter, there is one sliding power cord, and the other side has a waterproof connector. When you connect the adapter to the toilet, there is a power transformer inside the adapter.
The input of this power adapter is 110-380 while also having an output from 6 to 9 volts. This adapter is affordable, and you often purchase it separately.
Waterproof Connector Cables
As one of many vital parts, waterproof connector cables connect every subpart, like a bridge to connect a sensor with a solenoid valve and power battery or AC Adapter.
Moreover, it must also be taken into consideration that the electronic control system and each electrical component should have exceptionally high requirements due to the humidity of your bathroom and toilet.
KEGE designs and develops anti-plug water-proof connector cables to fix an issue. It enhances the stability and security of the whole system, enhancing the reliability and lifespan of the touchless faucets, automatic urinal flusher, automatic toilet flusher, and so on. Even more, the cable’s waterproof class is ip67.
For more detailed information about how to flush automatic toilet read our blogHow To Flush Automatic Toilet
How Do Automatic Toilets Know When To Flush
Well, I am pretty sure that, just like me, many people think or wonder how automatic toilets know when to flush? Do I get you? There is no need to be embarrassed. Here is the simple answer to this childish but vital thought.
The process of automatic flushing is an important safety feature on many toilets. When the toilet is turned on, it needs to initialize its flush cycle. This process checks to see if any objects in the toilet bowl could block the flow of water and cause a clog.
If there are no obstructions, the toilet will begin its regular flush cycle. However, if there are any objects in the bowl, the toilet will automatically flush after a set amount of time has passed. This ensures that all objects have been removed and water can flow freely through the system.
How Do Automatic Flush Toilets Work
Now when you have a lot of knowledge about the critical components of an automatic toilet and their functions. So it will be easy for you to understand how automatic flush toilets work magically.
- Infrared LEDs (light-emitting diodes) and detectors like those on the TV remote compose infrared sensors. These sensors pick up infrared light from users and the secret when it has reflected.
- The sensor position will send an electrical pulse to the solenoid valve to allow it to open.
- The program is designed and run by a microchip. 9s into the Normal Mode, catchphrase Flush; lasting duration 4s throughout Water Saving Mode, usage lasts less than 1min; in Full Mode, it starts to flush less than 1min; with greater than 1min, does it take more than 9s to start the flush.
In conclusion, automatic flush toilets use a sensor to determine when someone is trying to use the toilet and then flush the toilet automatically. This prevents waste from accumulating in the tank and helps to maintain cleanliness.


Installing the AIS and its new SeaTalkng network was not a quick job. The AIS has connections for the VHF aerial, a splitter output back to the ship’s VHS, a dedicated GPS aerial and the SeaTalkng network. In addition, both the AIS and the SeaTalkng network have a power cable connection.
See also – E15- AIS and New Network
We attached the AIS GPS aerial on the starboard stern rail, alongside the existing old chart plotter’s aerial (which we may remove in a future upgrade).
Network to Helm Chartplotter
We managed to thread a network spur cable from the chart plotter pod through the rail, down the helm pedestal, and into the aft cabin ceiling. From there it joined the new SeaTalkng network backbone cable which is threaded around the stern space on Molia and down the cable pipe on the starboard side to the instrument panels at the navigation station in the cabin.
AIS VHF Aerial
We were able to take the existing VHF aerial cable directly to the AIS as there was enough slack. We then made a new hole in the floor of the instrument locker so that the splitter cable could reach the VHF.
Completed wiring (behind the removable panel).
Switch on – and Molia shows on the AIS app! https://www.vesselfinder.com
And now Tim can track us wherever we go (well almost). Thanks to Tim for the screengrab from our trip to Milford Haven (Day 3 20/05/2022).


What impact will #COVID19 have on #enterprise investments in #ArtificialIntelligence? Our CEO Ryohei Fujimaki recently shared his thoughts with @TechTarget’s @markrlabbe: https://bit.ly/3gDkKKk #AI #DataScience #DigitalTransformation
- Carl Bowen
- July 11, 2019
We look into why data science projects fail at such an alarming rate, and what data science teams can do to increase their success.
- March 31, 2019
Companies are moving forward with digital transformation with unprecedented speed. A recent survey by Gartner Research found that 49 percent of CIOs are reporting their enterprises have updated business models to better scale their digital endeavors.
As companies embrace these transformations, they are infusing data science and machine learning in various business functions. A typical enterprise data science project is highly complex and requires deployment of an interdisciplinary team. That team is often comprised of folks such as data engineers, developers, data scientists, subject matter experts and may even be individuals with other special skills or knowledge.
Read the full article “Five Reasons Why Your Data Science Project is Likely to Fail” in eWEEK featuring Ryohei Fujimaki, dotData CEO and founder.
- Carl Bowen
- February 7, 2019
Data science is now a major area of technology investment given its business impact. Business impact may be realized via:
- customer experience,
- supply chain,
- risk management, and
- multiple other business functions.
However, recent research indicates that although digital transformation and AI journeys are key initiatives, companies are struggling to get them off the ground. One of the key challenges is hiring the right team including a scarce commodity — the data scientist.
One of the most noticeable trends to overcome this challenge, and to accelerate enterprise data science is data science democratization. This process would empower citizen data scientists (such as business analysts and business intelligence engineers) to solve complex analytic problems, making it possible for a broader range of practitioners to execute data science projects. Although this concept has been widely discussed, many enterprises have been struggling to truly democratize data science. This article discusses best practices for enterprises to follow when democratizing data science.
Read the full article “How and Why Your Enterprise Should Democratize Data Science” in TDWI, featuring Ryohei Fujimaki, dotData CEO and founder.


Thanks to the complete building information modeling data (BIM) of SIVACON S8, the entire lifecycle of the switchboard in an infrastructure is supported from the planning stage to operation and service. When visualized with SIMARIS control, all communicationcapable switching devices can be operated and monitored uniformly by means of the SIVACON S8 low-voltage switchboard. In addition, the data can be integrated into higher-level automation or energy management systems. Cloud-based analysis systems such as MindSphere open up new opportunities of enhanced switchboard availability and high transparency
of power flows.Using the SIMARIS control visualisation application, all communication-capable switching devices of the SIVACON S8 low-voltage switchboard can be operated and monitored uniformly. Status information and measured values of devices are displayed comprehensively and clearly. Detailed warnings and error messages enable simple and fast diagnostics of the cause of the fault. The data can be connected with higher level automation or energy management systems. This provides a high level of switchboard availability and transparency of the power flows.


GECKO stands for Growing Epistemic Circuit Knowledge Outcomes. It is a suite of online tools for developing and delivering questions and assignments in introductory electronics and embedded systems. It was developed as a core output of Bill Collis' PhD research in Electrical Engineering Education.
The underpinning design goal for GECKO was that students would engage with conceptual knowledge within simulations, and then through questions, use this knowledge inferentially to solve problems. Specific ideas for GECKO came from thinking about what the conceptual knowledge needs of students were in introductory electronics and embedded systems, and how many tools were not equipped to meet those needs.


Partnership merges Google Cloud platform with Ericsson’s 5G portfolio to support communications service providers delivering capabilities at the edge for businesses and home customers
It is a partnership between Google Cloud and Ericsson. The aim is to jointly develop 5G and edge cloud solutions, to support communication service providers (CSPs) in their digital transformation, paving the way for new use cases for businesses and consumers.
Globally, edge industrials – including CSPs, retailers, manufacturers, transportation, healthcare, media and entertainment companies – face pressure to build more digitized businesses and deliver new digital experiences to their customers. To help companies cope with this change, Google Cloud and Ericsson are working together to develop new solutions at Ericsson’s D-15 Labs in Silicon Valley, an innovation center where advanced solutions and technologies are developed and tested on a live, multilayer 5G platform. Ericsson and Google Cloud have already completed onboarding Ericsson’s 5G network functions to Anthos, to enable edge and on-premise telco use cases for CSPs and enterprises. As part of this collaboration, Google Cloud and Ericsson are also experimenting with TIM on the deployment of enterprise edge applications on TIM’s live network.
The project, which will automate the functions of TIM’s 5G core network and cloud-based applications, will make use of TIM’s Telco Cloud infrastructure, Google Cloud solutions, and Ericsson technologies for the 5G core network and orchestrator. These joint offerings will help enterprises in the automotive, transportation, manufacturing, and other industries improve efficiency and reduce latency by bringing computational and storage capabilities closer to the physical locations of businesses. “Organizationshave an amazing opportunity to digitally transform their businesses through 5G and cloud capabilities such as artificial intelligence and machine learning at the edge, “emphasizes Thomas Kurian, CEO of Google Cloud.
“Weare working with Ericsson to support building the foundation for communications service providers and enterprises to take advantage of cloud technology and cloud-native services, from the core of the telecommunications network to the edge and corporate headquarters.” “5G is a formidable platform for innovation. Combined with the performance of the cloud edge, 5G has the potential to accelerate the digital transformation of virtually any sector of industry or society, ” highlights Niklas Heuveldop, President and Head of Ericsson for North America. “Weare committed, together with our customers, to leveraging the combined set of our capabilities to solve real-world business challenges for the benefit of consumers, businesses and society at large.”


General Vision and Maker Collider bring CurieNeurons to China for IoT Innovation
General Vision and Maker Collider
bring CurieNeurons to China for IoT Innovation
Petaluma, California and Shanghai, China: General Vision, the global leader in neuromophic technology and Maker Collider, the leading maker to startup platform in China have signed a distribution and collaboration agreement to bring to China a suite of libraries and tools unleashing the neurons of the Intel Curie module on the Arduino/Genuino 101 platform for learning and recognition.
The suite is presently composed of two Arduino libraries offering different level of control of the neurons (CurieNeurons and CurieNeurons Geek) and the Curie Knowledge Builder application providing an easy-to-use interface to teach the neurons by examples and validate their knowledge on new examples.
The libraries open up the leading edge neuromorphic technology of the 128 neurons inside the Curie modules which are based on the NeuroMem technology pioneered by General Vision. These tools will bring the capacity of developing smart wearables and IoT with the powerful patterns learning and recognition to the makers and hardware startups.
“Artificial intelligence should be an innovation tool in everyone’s hands, you cannot imagine this before the debut of Curie and CurieNeuron, we will work with Intel and General Vision to make it happen, to let people design their intelligent devices using not coding but training.” says Honggang Li co-founder and CEO of Maker Collider.
“General Vision is delighted to team with Maker Collider and Intel to allow the development of programming less knowledge in unforeseen domain.
Artificial intelligence should be something that any maker can use and make. Because of CurieNeurons, anyone can train a homemade object to perform important or less important tasks such as teaching the children how to brush efficiently their young teeth, monitoring health of dogs or favorite animals and much more to come.
As Intel CEO said at CES2016, now because of Curie ‘anyone can develop an application in a few minutes’.” says Guy Paillet, CEO of General Vision.
About General Vision
General Vision is developing leading edge of pattern recognition and image recognition, technologies driven by the use and benefits of neuromorphic semiconductor components. Our mission is to deliver solutions for real life problems which are practical in terms of speed, power consumption, foot print and cost.
About Maker Collider
Maker Collider is Intel’s closest business partner for developing maker community in China. Maker Collider is dedicated in helpingour partners to build maker spaces, providing advanced open-source tools for making smart devices, supporting innovative maker projects, helping them gocrowd-funding, and eventually connecting them to industry.


🔋 Charge Everything is a fun puzzle game that challenges you to connect electrical devices, an activity that is increasingly required on a daily basis. Connect all kinds of electronic devices to power, such as cell phones, music players or even electric cars to charge them in each level before the time runs out.
Nowadays we have the advantage of being able to use devices free of cables, but of course we have to charge them in order to use them. You may need to plug in a fan to blow away obstacles blocking one of your cell phone jacks. Some cables will be very short, others will have a connector that only fits in one specific place, and others may need to be somehow released. Find out how to connect everything and you will win. Have fun with Charge Everything, a free online game on Silvergames.com!
Controls: Touch / Mouse


When deciding between a portable generator and a portable power station, consider these factors.
It’s natural to have some questions if you’re just getting started with portable power stations, solar panels, and portable generators. After all, they are very cutting-edge pieces of technology, and mastering their ins and outs naturally takes some time.
Although they share many similarities, portable generators and portable power stations are two distinct products. Because of these differences, you may want to give more consideration to one over the other.
A portable generator is defined.
Electricity may be produced by a portable generator utilizing many energy sources.
Don’t let their portability deceive you; some portable generators with a high wattage output can power a full house.
This is the DELTA Pro Portable Solar Generator.
With its 400-watt solar panel, the EcoFlow DELTA Pro provides 6 kWh of electricity, which can be expanded to 25 kWh to run virtually any home appliance.
The solar panel is one of the lightest and most effective available, coming in at only 27 lb. It’s significantly easier to travel and store than rigid alternatives because to its folding and flexible nature.
With a portable generator and solar panels, you may be completely off the grid. As the cost of energy continues to rise, it’s important to look at potential alternatives.
Battery packs may be charged in a car or at home, turning the device into a portable power source.
The solar panels are the primary differentiating factor between the portable power station and the portable generator. They are necessary since portable power plants can only store energy and not produce it. Contrast this with them, though. If you have access to solar power, you can use all of your electronic devices normally when camping or during a power outage.
Unfurl your solar panels, and you immediately have access to renewable energy that won’t run out any time soon.
Negatives Lessening of Portability
As for how big of a scam this is, that’s all up to you. The solar panel limits the portability of the generator somewhat when compared to that of a portable power station (s). A solar panel can be very large, depending on the manufacturer. If you’re tight on square footage, this is something to think about.
Nonetheless, there are alternatives with a foldable design, such as the EcoFlow solar panels. The dimensions of the 400-watt solar panel are 41.70244.098 inches (105.8 x 62.0 x 2.5 cm). The size is comparable to a 40-inch flat-screen television.
That cannot be avoided. However, the cost of the solar panels makes solar generators more expensive than traditional power plants.
Despite appearances, there isn’t a huge chasm between the two. The price of solar panels has reduced significantly over the past decade as a result of the fast development of solar technology. They’re not as cutting-edge or expensive as they used to be.
However, a 220- or 400-watt solar panel would likely be necessary if you want to create your own solar energy and want to power a large number of appliances. The price of installing a panel of this size ranges from $600 to $1000.
Definition of a Mobile Power Supply Unit
Almost identical to a portable generator, the key difference between the two is that a PPS does not produce its own electricity.
When you simply need a small amount of electricity to recharge your personal electronic gadgets, PPS units are perfect as backup power sources during a blackout or on a camping trip.
An Effortless, Transportable Power Source on the River
A maximum of 1440 Wh may be added to the River Pro’s base 720 Wh capacity. It has enough juice to charge eight gadgets at once. One of the quickest charging choices available, the River Pro can go from dead to 80% charged in just one hour thanks to EcoFlow’s X-Stream technology.
Benefits Superb Capacity to Store Energy
The EcoFlow PPS models’ storage capacity is quite high and may be increased in several ways. For instance, the 2016Wh capacity of the DELTA Max can be increased to 4032Wh with the addition of one battery and to a whopping 6048Wh with the addition of two.
The convenience of mobility is a major selling point for PPS devices. They may not be able to generate their own power, but there’s nothing better for those times when you just need to grab some stuff and drive.
The River Portable Power Station weighs only 11 pounds (5 kilograms) and has compact dimensions of 11.3 by 7.3 by 7.7 inches (28.8 by 18.5 by 19.4 centimeters), making it easy to transport in the trunk among your other camping supplies.
The Solar Choice
Although solar panels aren’t included in the box with the portable power stations, they may be purchased separately and installed to transform your device into a solar-powered generator.
There is No Independent Source of Energy
The portable power station’s biggest limitation is that it cannot produce electricity independently. The power station doesn’t come with solar panels and must be charged either at home or in the car, unlike the portable solar generator.
External batteries can increase its already substantial storage capacity by a factor of three. However, if it is depleted, you will need to locate a new source of energy to keep going.
Over-dependence on Nonrenewable Energy Sources
We may believe we are in a new, more daring, and environmentally friendly period, but the truth is that global consumption of fossil fuels is increasing. When put in context with the unfolding climate crisis, these figures may be rather depressing.
Fossil fuels are still used to charge portable power stations that must be plugged into the grid. It is simple to convert grid-connected power plants into environmentally friendly solar generators by installing photovoltaic panels.
Which Features Set Portable Power Stations Apart from Portable Generators?
One key distinction between generators and power stations is that generators can generate and store solar energy whereas stations cannot. Generators can turn the sun’s rays into energy that can be stored, and power plants are essentially huge portable batteries.
There is only one other distinction, and that is the cost. It’s understandable that generators would cost more, given their greater theoretical capabilities and potential to reduce monthly power costs.
It’s true that solar panels used to be more expensive than conventional ones, but as we discussed, their price has come down significantly in recent years.
A portable power generator is your best choice if you need something that can do it all. The best of both worlds may be yours with this solution. It’s possible that a portable power station is all you need to charge a few phones, run a laptop, and play music while camping.
You don’t have to make a final choice right now because a solar panel may be bought separately and used with your power station.


Junda Lighting Limited has been focus on export of lighting products for more than 15 years. We have factories both in Shunde, Foshan and Zhongshan City.
We are a high-tech enterprise which is major in development, production and selling LED Lights. Our factory cover 10000 square meters with around 200 employees . Among these, 6-8 of them is engineer. We have our driver engineer, product appearance design engineer and aesthetic Engineer. All of these are in order to make our products more and more perfect and match to all our clients' demand.
Our main products include LED ceiling light, LED pendant light, LED wall light, Panel light, LED fixture, LED garden light, etc.


Smok Novo 2 Pod System Review
The Smok Novo II Tank is a hand blown glass tankless mod. It is a small sized vaporizer that is extremely well built. The quality of the build and the performance of the unit has increased from the original Smok Novo. Power output has increased from 10-15W to 6-20W which gives you a much wider voltage range to choose from. Now your Novo can smartly automatically adjust the voltage to provide you with a longer, more effective vaporizing experience.
A new feature with this version will be the Smok Novo II’s capacity to become chargerable. This is great for situations where you stand in the disposition to savor a fumes but don’t would like to use the mod. These are great for those fast trips to the particular store or proceeding on camping trips. With the ability to charge your device while that is on your current bed, you can usually be ready to be able to go.
The other significant change is the shape of the heating element. The authentic Smok Novo experienced a triangular heat element and because of producing issues, companies finally resolved to fix this issue. The particular newest model includes a flat heating platter that sits on top of the unit. Since of this alter, there is today no need to worry about your coils being flattened simply by the heat whenever using your Smok. Due to the particular flat plate, your current coils are free to be able to breathe and generate a much more efficient vapour.
The the majority of important part of this vaporizer now is the electronic digital control. The excellent thing about this electronic system will be which it includes each an electronic and mini USB port. By simply including these a couple of different port choices, users can quickly charge their devices and get in touch with their own friends while they will enjoy their new Smok Novo 2. It even contains two universal volt quality adapters, one with regard to the United Says and one universal voltage adapter for the particular Australian market.
One of the greatest issues about the initial note Pod Vaporizers was the fact of which users were continuously dealing with overheating. This problem had been mainly caused by not properly keeping the battery. Today that this issue have been resolved, Smok Novo users could enjoy their item knowing that reaching extreme temperatures is no extended an issue. The new novo 2 pod kit even permits two different battery capacities. If a person want to use the smallest amount associated with power, you may simply increase typically the power until your current device is reaching extreme temperatures.
Smok Novo 2 digital vaporizer also features two different wattages. Even if you are just applying your device to be able to stay hydrated, there is a built in loan calculator that will assist you determine typically the exact wattage that will you need. You can also enhance or decrease the particular power as required. In addition to these a couple JUUL Pods of variable options, the particular product has a new integrated safety function that provides users with up-to-date information regarding the temperature settings. For example, it will be possible to tell if your vaporizer is usually heating up your own lips or palms.
Lastly, Smok Novo 2 comes with a couple of different pod options. The built in pod options of typically the original Smok Novo are available as soon as again. These two alternatives, along with the particular new variable power consumption and power alternatives, provide you with additional functionality that can be useful. With regard to example, if you like to vapes but are worried about getting too hot, you can alter the power plus avoid overheating.
On the particular other hand, if you are looking for a high power result and don’t brain spending a little bit more money around the product, the Smok Novo 2 MLQ Rechargeable Battery Pod System is right for you. Having a built in wise thermal cut-off characteristic, you are able to regulate the power output regarding your unit without turning off the system. This is particularly useful with regard to people who love to use their equipment, but would prefer never to spend typically the extra time checking it during its charging cycle. Smok Novo 2 furthermore features an clever auto shut away feature that assures your device is off when it is not being used and fully charged.


W3C - World Wide Web Consortium
The World Wide Web Consortium (W3C) is an international community where Member organizations, a full-time staff, and the public work together to develop Web standards. Led by Web inventor Tim Berners-Lee and CEO Jeffrey Jaffe, W3C's mission is to lead the Web to its full potential by developing protocols and guidelines that ensure the long-term growth of the Web. The World Wide Web Consortium achieves its mission by bringing diverse stake-holders together, under a clear and effective consensus-based process to develop high-quality standards based on contributions from the W3C Members, staff, and the community at large. In this section we present MultilingualWeb which is one of the projects coordinated by the W3C.
The MultilingualWeb project is exploring standards and best practices that support the creation, localization and use of multilingual web-based information. It is coordinated by the W3C In order to build on current internationalization of the Web and move it forward as the importance of ensuring the multilingual viability of the World Wide Web is of paramount importance.


With our gMendel®Care initiative, we aim to bring accurate diagnosis and fair, equal care opportunities closer to all families facing genetic disorders. The gMendel®Care initiative includes:
Thanks to the gMendel® technology, screening can be democratized at the accuracy of a diagnosis, with sensitivity and specificity rate of over 99%. The gMendel® technology allows scientists to sequence any DNA fragment length, from short to ultra long, and therefore characterize more genetic variation, detect tandem repeats and genetic mosaicism, and eventually unlimited number of genetic disorders.
The use of artificial intelligence enables complete automation of the screening, meaning that hundreds of samples can run in one flow cell, as directed by the innovative library preparation protocol.
The library needs minimal training and runs on a cloud-based platform. Therefore, the AI-powered predictive outcome can be released in less than 24 hours.
The gMendel®Test is a certified and scalable in vitro diagnostic test that, in contrary to common, non-scalable Laboratory Developed Tests (LDT), can be used at all times, regardless of the changes in local or broader regulatory frameworks.
We are working with all possible stakeholders to promote systematic data collection and knowledge sharing of genetic disorders and contribute to the development of integrated healthcare services, regardless of social or financial inequalities of the patients.
Our end-to-end approach, the simplicity, upgradability and extensibility, namely the ability to add new genetic disorders, operability, scalability, and the superior user experience are all represented in the gMendel®Test, our efficient and affordable diagnostic tool with greater detection capabilities, applicable to genetic disorders beyond the available technologies.
Our gMendel®Hope initiative includes:
Our ultimate goal is to leverage multi-omics, clinical data, and AI for diagnosis and prediction of any disease.


When sophisticated heating and cooling consumers across the world want to improve their home health, energy efficiency and comfort, they turn to innovative Carrier products and systems.
Carrier split air conditioners comprise the indoor coil and fan unit, and the outdoor compressor, coil and fan section, these two parts can be separated by up to 30m, being joined by copper refrigerant piping and electrical cables.
Selected models of Carrier Hi-Wall Split systems offer advanced functions such as infrared remote control, 24 hour on/off timer, sleep functions, advanced filtration and dehumidification. Some models also have air ionisers.
Available in the deluxe Carrier Xpression Hi-Wall Series and the Carrier Alpha Hi-Wall Series, both offer a range of Fixed Speed and Inverter models to suit virtually every application.
Carrier Elite series features an Electrostatic carbon filter. The Electrostatic filter traps and the Carbon filter eliminates many unpleasant odours and gases inside the conditioned space.


The European Space Agency says a British-built space probe that disappeared more than a decade ago on Mars has been found.欧洲宇航局说道，在火星上寻找了十多年前下落不明的英国修建的太空探测器。The British space agency said Friday the Beagle 2 spacecraft has been found partially deployed on the surface of the planet, ending the mystery of what happened to the mission.英国宇航局星期五说道，小猎犬2号探测器一部分被部署在火星表面，从而揭露了探测器下落不明之谜。The agency said the partial deployment would explain why no signal or data was received from the Beagle because full deployment of all the solar panels was needed to transmit data and receive commands from Earth.英国宇航局说道，探测器只有一部分被部署在火星上，这就是为什么小猎犬2号之前音信全无。探测器的所有太阳能板必需都做到，才能收到数据，并从地球拒绝接受指令。
The agency said there was clear evidence of the lost lander in satellite images taken by the U.S. space agency NASAs Mars Reconnaissance Orbiter.英国宇航局说道，美国航天局升空的火星勘测轨道飞行器摄制的卫星图像获取了确凿证据。Officials said the find showed that the entry, descent and landing sequence for Beagle 2 worked and the lander did successfully touch down on Mars on Christmas Day 2003.这一找到表明， 小猎犬2号探测器2003年圣诞节顺利在火星降落，上升和降落程序没问题。Britains Beagle 2 was carried to the red planet on ESAs Mars Express. The Beagle was to report back from Mars using instruments designed to help search for signs of life, but nothing was heard after it was dropped off to make its landing.小猎犬2号探测器当年是由欧洲航天局的火星快车送来去火星的，任务是利用找寻生命迹象的仪器，向地球传回信息。但是探测器迫降后信息仅有无。
British planetary scientist Colin Pillinger who was the driving force behind the mission died last year at the age of 70.推展修建这一探测器的英国行星科学家科林皮林格去年去世，享寿70岁。
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