Years after continuous planning, Nigeria has finally launched its first humanoid robot, which has also been recognized as the first in Africa. Launched by the country’s Vice President, Yemi Osinbajo, he noted that the Federal Government was committed to intensifying its efforts as to harnessing the numerous talented Nigerian youths in the Artificial Intelligence sector to enhance the country’s national and economic development. This was disclosed during the launch of the humanoid robot by the UNICCON group of companies, with the event themed, “The Future of Artificial Intelligence in African Tech Ecosystem”.
V.P. Osinbajo stated that the imminent success of Omeife was a clear indication of the huge strides that Nigerian youths were taking in AI development as well as other technological innovations and as such, pointed that the Federal Government was in full support of this development which is poised to immensely contribute to the fight against insecurity and improvement of the national development. He indicated that the government was working to develop a national data strategy for the availability of data for scientific usage.
FG devising strategies to ensure responsible technology.
He also noted that it was hugely important to encourage indigenous technological innovations by creating a conducive ambience for technological development and making available, needed data for artificial intelligence for decision making that would improve the country’s situation. In a bid to achieve overt success in the artificial intelligence industry, V.P. Osinbajo stated that the government was making efforts to expand its mandate to further include more initiatives such as the broadband that will help in connecting the unconnected.
The Vice President disclosed that Federal Government was devising different strategies and regulatory frameworks to ensure the presence of responsible technology. He said what was most important was maximizing the efficiency of the sector, for the improvement of lives of every citizen in accordance with the data available to it. Represented by the Minister of Communication and Digital Economy, Isa Pantami, V.P. Osinbajo, pointed out that technology, when left unchecked could be a double-edged sword and thus, the reason for the government’s necessary measures to protect the Nigerian populace from any misuse.
Artificial Intelligence, applicable for use in every human endeavor.
The Director General of the National Information Technology Development and Agency (NITDA), Kashifu Abdullahi expounded on some poignant and beneficial importance of artificial intelligence to national development. He pointed out that robots could be very useful in the construction of roads, for farming, teaching in classes, gathering of intelligence and also curbing insecurity in the country. Pantami however indicated that Nigeria was working to launch an innovation centre to enhance the youth’s artificial intelligence capabilities.
Chuks Ekwueme, the Chairman of UNICCON Group explained that as an AI, Omeife was applicable for use in every aspect of human endeavors, a due to the fact that it is powered by data that gives it the capability of near human semblance per language, competency, navigation and behavioral tendencies using AI vision capacities. He noted that the motivation for Omeife was as a result of Africa’s recurrent lagging in the area of technology and thus, it was designed to bridge the technology gap in Africa by meeting the needs of Nigerians and Africans at large.
Omeife posed to bring immense value by improving Nigeria’s security.
He stated again that this technological innovation was posed to bring immense value by improving the security efficiency in the country when used for surveillance, intelligence gathering and robo-army purposes. He also stated that subsequently, products that will roll out from the Omeife initiative would range from Omeife as a service, Omeife hardware and Omeife humanoid robot which is projected to have a market revenue of about 6.8 billion dollars across the African market and globally.
Google Research: Website


Using RasterDensityOp in a Standalone VB Application
This code using RasterDensityOp as an example shows the basic steps to perform a spatial operation in a standalone VB application. The steps include checking in Spatial Analyst license, creating Spatial operator, setting spatial analysis environment for the operator, perform the spatial operation as well as saving the result.
How to use:
Change the input file name and directory to fit your data.
Change output working directory ("c:\temp" in code) if necessary.
Change output grid name ("out0" in code) if necessary.
Change cell size of the output and neighborhood size if necessary.


We’ve heard about the iPhone 7 enough already and with the time of its launch coming closer, here we bring to you some more of what we hear latest!
- iPhone 7 shall be priced the same as that of iPhone 6S
The cost of iPhone 7 is almost the same as that of the previous model and going by that logic, the iPhone 7 shall be priced as equal to the current price of iPhone 6s. The iPhone 7 will therefore cost around £539/$649 for the base model while the one with maximum memory and it’s elite model can range up to 699/$849.
- iPhone 7 will have iOS 10
Well, new iPhone brings with itself a new iOS and so with the iPhone 7 we can expect the current iOS 9.3 to change into an iOS 10.
- A sleeker design?
This might contradict a lot of other news we’ve heard about the iPhone 7 sporting a design similar to that of the iPhone 6. From what we now hear, the iPhone 7 will have a new design in the matter that no more of antenna bands at the back and the removal of the headphone jack. That is what will make iPhone 7 an mm slimmer than the iPhone 6.
- A sharper iPhone 7 with no bezel
The iPhone 6s has no 1080p resolution and most iPhones sport a 4k QHD screen. Going by that, the iPhone 7 might take up to an AMOLED 4k display and with iPhone 7 it shall go back to a glass on glass screen. Now that shall bring out a better resolution and also sport a bezel less display.
- A bigger battery
The iPhone 7 is going to sport a bigger battery and it shall depend upon the model you buy since only upon the features will the battery interdepend. iPhone 7 will have a 1735 mAh capacity, and the iPhone 7 Plus will have a 2810 mAh capacity. That is only a slightly higher than what we have seen, since the iPhone 6S has a 1715mAh battery while the iPhone 6S Plus encompasses a 2750mAh battery.
- Additional features
Apple is going to have alot of newness added to this device from what we hear. Be it the wireless charging which Apple has been for long talking about or the finger print and IRIS scanning technology that has now for long been in the testing phase. Also, the iPhone 7 PRO could as well have a dual lens camera which will make it worth all the money and give DSRL feels!


PXC550 Wireless Noise Cancelling Headphones
The Sennheiser PXC 550 Wireless turns every journey into a first-class experience. A truly smart travel companion, it offers Sennheiser’s renowned high-quality sound and NoiseGard™ hybrid adaptive noise cancellation in a sleek foldable design. An intuitive, ear cup-mounted touch control panel and voice prompt system allow for a convenient selection of settings. With up to 30 hours of battery life, the PXC 550 Wireless lets you travel around the world in comfort on a single charge.
3"L x 7"W x 8"H
— Warranty: Manufacturer's 2 Year
— NoiseGard™ Hybrid Adaptive Noise Cancellation
— Ear-Cup Mounted Controls
— Voice Prompt System
— Up To 30 Hours Of Battery Life Between Charges
Yes, they do come with a soft case.Does it have a cable so you can connect to the airplane's video system?
Yes, it does come with a cable for that.
*Continental US only. Surcharges apply to HI, AK and Canada
Shipping Availability— USA
Shipping PolicyFREE Standard Shipping
Ships In2-3 weeks
Return PolicyFinal sale, not eligible for return


Light speed travel has been a staple of popular culture for years. I first became aware of the idea of light speed from watching Star Wars as a kid. But would we ever be able to actually travel at the speed of light? What would happen if we were able to achieve light speed travel?
First of all, traveling at the speed of light is most likely impossible. Because of Einstein’s famous equation E=mc^2, we know that energy and mass can be converted into each other. As the energy of an item increases because of its speed, its mass will also increase. Because of this, as an item gets closer to the speed of light, the item’s mass will approach infinity. Since its mass approaches infinity, the energy required to move it will also approach infinity, making it impossible to travel at the speed of light.
What would happen if we could get close to the speed of light? One thing that would change is our perception of time. If someone could travel at 90% of the speed of light, time for that person would be halved compared to someone observing from Earth. Another noticeable change would be your field of view. Someone traveling at close to the speed of light would experience serious tunnel vision due to a phenomenon known as Aberration. You would experience Aberration because the photons would appear to be coming from in front of you. You would also experience the Doppler Effect, where light waves crowd together, creating the blue color seen in a number of science fiction movies.
Even though the light speed travel from science fiction is impossible, traveling close to the speed of light would be a mind bending experience. For more in depth reading on the speed of light, check out this article on How Stuff Works.


NX for Design is an integrated product design solution that streamlines and accelerates the product development process for engineers who need to deliver innovative products in a collaborative environment.
Unlike CAD-only solutions and closed enterprise solutions, NX for Design offers the highest level of integration between development disciplines in an open, collaborative environment.
The increasing complexity of products, development processes and design teams challenges you to find new tools and methods to deliver greater innovation and higher quality at lower cost. NX 3D product design software from Siemens PLM Software delivers power, efficiency and cost savings that extend beyond the design process to all phases of product development.
Innovative product design is a well thought-out combination of form, fit and function that leaves customers with a positive experience each time they use a product. NX delivers flexible, robust computer-aided industrial design and styling software that accelerates your product engineering by providing fast concept design and modeling.
Does your company use both 2D and 3D CAD tools? Do you maintain separate systems for 2D and 3D design work? NX includes powerful and productive capabilities for 2D design, layout, drafting, annotation, and documentation that are ideally suited for 2D, hybrid 2D/3D, and 3D design environments.
Integrating mechanical, electronic and electrical components in electromechanical products is crucial to aerospace, automotive, electronics, machinery and medical device manufacturers. These manufacturers are challenged to transform their development processes to concurrent design and systems engineering methods that support collaboration among diverse disciplines. Real-time information sharing between electrical, mechanical and control systems designers is essential to delivering innovative, high-quality products on-time and under-budget.
Too many engineering projects incur excessive rework because you do not realize that a current engineering problem has already been solved. Frequently, companies are unaware that existing knowledge – parts, products and processes – can be used in new projects.
Savings from maximizing part re-use can extend across multiple domains and their related processes, including part design, inspection, engineering analysis, engineering change orders, workflow, NC programming, documentation, shop floor instructions, sourcing, resource planning, assembly instructions, manufacturing, spare part management and many other functions.


Traffic Light Controller Using 8085 Microprocessor Pdf Free |WORK| 11
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The main aim of this project is to design a Traffic light controller using 8085 microprocessor, interfacing with peripheral device 8085, and program implementing the process.IntroductionThe 8085 Microprocessor is a popular Microprocessor used in Industries for various applications. Such as traffic light control, temperature control, stepper motor control, etc. In this project, the traffic lights are interfaced to Microprocessor system through buffer and ports of programmable peripheral Interface 8255. So the traffic lights can be automatically switched ON/OFF in desired sequence. The Interface board has been designed to work with parallel port of Microprocessor system.The hardware of the system consists of two parts. The first part is Microprocessor based system with 8085. Microprocessor as CPU and the peripheral devices like EPROM, RAM, Keyboard & Display Controller 8279, Programmable as Peripheral Interface 8255, 26 pin parallel port connector, 21 keys Hexa key pad and six number of seven segment LED's.The second part is the traffic light controller interface board, which consist of 36 LED's in which 20 LED's are used for vehicle traffic and they are connected to 20 port lines of 8255 through Buffer. Remaining LED's are used for pedestrian traffic. The traffic light interface board is connected to Main board using 26 core flat cables to 26-pin Port connector. The LED's can be switched ON/OFF in the specified sequence by the Microprocessor. Get Help With Your EssayIf you need assistance with writing your essay, our professional essay writing service is here to help!
The normal function of traffic lights requires sophisticated control and coordination to ensure that traffic moves as smoothly and safely as possible and that pedestrians are protected when they cross the roads. A variety of different control systems are used to accomplish this, ranging from simple clockwork mechanisms to sophisticated computerized control and coordination systems that self-adjust to minimize delay to people using the road.Traffic Controller SystemsA traffic signal is typically controlled by a controller inside a cabinet mounted on a concrete pad. Although some electro-mechanical controllers are still in use (New York City still has 4,800), modern traffic controllers are solid state. The cabinet typically contains a power panel, to distribute electrical power in the cabinet; a detector interface panel, to connect to loop detectors and other detectors; detector amplifiers; the controller itself; a conflict monitor unit; flash transfer relays; a police panel, to allow the police to disable the signal; and other components.Fixed Time ControlThe simplest control system uses a timer (fixed-time): each phase of the signal lasts for a specific duration before the next phase occurs; this pattern repeats itself regardless of traffic. Many older traffic light installations still use these, and timer-based signals are effective in one way grids where it is often possible to coordinate the traffic lights to the posted speed limit. They are however disadvantageous when the signal timing of an intersection would profit from being adapted to the dominant flows changing over the time of the day.Dynamic ControlDynamic, or actuated, signals are programmed to adjust their timing and phasing to meet changing traffic conditions. The system adjusts signal phasing and timing to minimize the delay of people going through the intersection. It is also commonplace to alter the control strategy of a traffic light based on the time of day and day of the week, or for other special circumstances such as a major event causing unusual demand at an intersection.The controller uses input from detectors, which are sensors that inform the controller processor whether vehicles or other road users are present, to adjust signal timing and phasing within the limits set by the controllersprogramming. It can give more time to an intersection approach that is experiencing heavy traffic, or shorten or even skip a phase that has little or no traffic waiting for a green light. Detectors can be grouped into three classes: in-pavement detectors, non-intrusive detectors, and detection for non-motorized road users.Working ProgramDesign of a microprocessor system to control traffic lights. The traffic should be controlled in the following manner.1) Allow traffic from W to E and E to W transition for 20 seconds. 2) Give transition period of 5 seconds (Yellow bulbs ON) 3) Allow traffic from N to 5 and 5 to N for 20 seconds 4) Give transition period of 5 seconds (Yellow bulbs ON) 5) Repeat the process.Source Program:MVI A, 80H: Initialize 8255, port A and port BOUT 83H (CR): in output modeSTART: MVI A, 09HOUT 80H (PA): Send data on PA to glow R1 and R2MVI A, 24HOUT 81H (PB): Send data on PB to glow G3 and G4MVI C, 28H: Load multiplier count (40ıο) for delayCALL DELAY: Call delay subroutineMVI A, 12HOUT (81H) PA: Send data on Port A to glow Y1 and Y2OUT (81H) PB: Send data on port B to glow Y3 and Y4MVI C, 0AH: Load multiplier count (10ıο) for delayCALL: DELAY: Call delay subroutineMVI A, 24HOUT (80H) PA: Send data on port A to glow G1 and G2MVI A, 09HOUT (81H) PB: Send data on port B to glow R3 and R4MVI C, 28H: Load multiplier count (40ıο) for delayCALL DELAY: Call delay subroutineMVI A, 12HOUT PA: Send data on port A to glow Y1 and Y2OUT PB: Send data on port B to glow Y3 and Y4MVI C, 0AH: Load multiplier count (10ıο) for delayCALL DELAY: Call delay subroutineJMP STARTDelay Subroutine:DELAY: LXI D, Count: Load count to give 0.5 sec delayBACK: DCX D: Decrement counterMOV A, DORA E: Check whether count is 0JNZ BACK: If not zero, repeatDCR C: Check if multiplier zero, otherwise repeatJNZ DELAYRET: Return to main programReferenceswww.rbainnovations.com/.../A%208085/H%20Traffic%20light%20controller-n.docwww.freshpatents.com/-dt20090702ptan20090167561.php -programs-for-8085-microprocessor.aspx -Light-Control.aspxU.S.Shah, Microprocessor and its applications, Tech- Max Pulications, Pune. Share this:FacebookFacebook logoTwitterTwitter logoRedditReddit logoLinkedInLinkedIn logoWhatsAppWhatsApp logo Cite This WorkTo export a reference to this article please select a referencing stye below:
Abstract:Vehicular traffic is endlessly increasing everywhere in the world and can cause terrible traffic congestion at intersections. Most of the traffic lights today feature a fixed green light sequence, therefore the green light sequence is determined without taking the presence of the emergency vehicles into account. Therefore, emergency vehicles such as ambulances, police cars, fire engines, etc. stuck in a traffic jam and delayed in reaching their destination can lead to loss of property and valuable lives. This paper presents an approach to schedule emergency vehicles in traffic. The approach combines the measurement of the distance between the emergency vehicle and an intersection using visual sensing methods, vehicle counting and time sensitive alert transmission within the sensor network. The distance between the emergency vehicle and the intersection is calculated for comparison using Euclidean distance, Manhattan distance and Canberra distance techniques. The experimental results have shown that the Euclidean distance outperforms other distance measurement techniques. Along with visual sensing techniques to collect emergency vehicle information, it is very important to have a Medium Access Control (MAC) protocol to deliver the emergency vehicle information to the Traffic Management Center (TMC) with less delay. Then only the emergency vehicle is quickly served and can reach the destination in time. In this paper, we have also investigated the MAC layer in WSNs to prioritize the emergency vehicle data and to reduce the transmission delay for emergency messages. We have modified the medium access procedure used in standard IEEE 802.11p with PE-MAC protocol, which is a new back off selection and contention window adjustment scheme to achieve low broadcast delay for emergency messages. A VANET model for the UTMS is developed and simulated in NS-2. The performance of the standard IEEE 802.11p and the proposed PE-MAC is analysed in detail. The NS-2 simulation results have shown that the PE-MAC outperforms the IEEE 802.11p in terms of average end-to-end delay, throughput and energy consumption. The performance evaluation results have proven that the proposed PE-MAC prioritizes the emergency vehicle data and delivers the emergency messages to the TMC with less delay compared to the IEEE 802.11p. The transmission delay of the proposed PE-MAC is also compared with the standard IEEE 802.15.4, and Enhanced Back-off Selection scheme for IEEE 802.15.4 protocol [EBSS, an existing protocol to ensure fast transmission of the detected events on the road towards the TMC] and the comparative results have proven the effectiveness of the PE-MAC over them. Furthermore, this research work will provide an insight into the design of an intelligent urban traffic management system for the effective management of emergency vehicles and will help to save lives and property.Keywords: VANETs; audio visual sensing; emergency vehicle; traffic lights; traffic monitoring; priority; distance measurement techniques 2b1af7f3a8


Graphene, a new paradigm
Two-dimensional materials are a new stage in the history of mankind, as well as the bronze age, the invention of the printing press or electricity.
Graphene, in addition to its outstanding features, has shaken up some rules may challenge certain laws of physics (eg, the Fourier heat conduction law)
GRAPHENE PRODUCTION working on advanced research projects with its public partners but also autonomy.
GRAPHENE PRODUCTION is above all a passionate project. We believe that the most amazing applications have not yet been found for graphene.
This research activity is done on materials but also on the potential applications of graphene in the areas of energy and electronics.


isodotLaser-based measurement tool for collecting measurement data
With the new isodot, the completely digital measurement is finally a reality. Leave the ruler in your pocket – a high-precision laser will now take over the measurements for you. It is easy to transport and set up, levels itself and is completely mobile thanks to batteries.
The laser-based measurement tool works in combination with our measurement software isoconnect and is connected to a tablet via Bluetooth. A camera integrated in the isodot helps you to steer the laser point precisely onto the object to be measured. Immediately after the measurement, the objects are displayed three-dimensionally in isoconnect and the measured dimensions are adopted. The measurement data are sent directly to the workshop via a cloud service or a company-owned sync service and forwarded to the production machine via an interface. With a Schwartmanns universal cutting unit, this is possible without further adjustments.
- High-precision, three-dimensional measurement recording with a deviation of 0.03% at a distance of 10 m
- Own, independent energy supply through integrated, replaceable batteries
- Saving of aids such as ladders, scaffolding or lifting platforms


Serving amateur radio operators and
providing emergency communications for Atikokan and area
All material copyright © Atikokan Amateur Radio Club
Snail mail: P.O. Box 2106, Atikokan, Ontario P0T 1C0
By Warren Paulson, VE3FYN (Updated 20 February 2014)
The GE MVS radio is easily available on e-
While the power output is fixed, a quick modification allows you to reduce it as low as five watts for QRP operation. I've done this on two of my radios that are used only to access the local repeater.
You will need to locate or build a programming cable and software, or pay the price to have it done. Other than that, you'll find this a sound radio for these applications.
Download the original GE MVS manual here. This will provide operating information,
Go to our GE MVS Manuals page for technical manuals on this radio.
On the bottom of the radio is a silver tag with "COMB" then a number/letter sequence, and also "SER#" and a number/letter sequence. There is also some FCC data. What we're concerned with is the "COMB" data. This will tell you the band, frequency range, power output, number of channels, etc. The website has a complete chart, so I won't repeat it here. Note that many eBayers selling MVSs don't know what they have, so get the combination number off them and find out for yourself before bidding.
Most of these mods are found on the bottom side of the radio. To access it, flip the radio over, and remove the two screws at the front of the metal plate. Simply flip the plate off, and expose the pc board.
Open the underside of the radio. Clip the red power lead about two inches from the board. Strip a little insulator off, and solder the red wire to the topmost (in the picture) lead on the regulator. This simplifies your electrical hookup. Note F901, the little green fuse. It is discussed further below.
Open the underside of the radio. To the right of Q903 mosfet, you'll see what looks
like a green resistor. (It's already removed in the picture below.) It may or may
not have resistor-
I have found these fuses hard to find, and annoying to replace. So, I replaced it with a fuse holder. Remove the fuse, and solder short leads of wire to each hole. Solder a fuse holder to these leads, and insert a 3 amp fuse. Alternatively, one lead of the fuse holder may be soldered to the centre lead of the MOSFET. All my MVS radios are in fixed locations. If you are using your radio in a car, you may want something a little more robust than that, but you get the idea.
(The ignition sense mod photo, above, shows the F901 fuse quite well.)
If it applies to you, there's an easy mod that reduces the power output on the radio. This is the topside of the radio, at the back. Modifying the jumpers as described in the photos below will reduce the power output from 40 watts to ten watts. Backing off the trim pot (see adjustments below, will reduce output to five watts.
There are several trim pots on the top side of the radio offering adjustments, as indicated in the photo.
On the System Board, you'll see a row of 13 pins. They are shown in the photo below, with the relevant pins labelled. The manual shows all pins and their purpose.
If you are running a TNC or interface (like a SignaLink) that requires power, connect
Audio from the radio is #3. The audio level from pin #3 varies depending on the volume
setting of your radio. Set the volume level where you want it for proper audio levels
into the computer, and leave it. I have found that even at its lowest setting, the
The MVS volume setting does not go down to 0, which is I've rigged a switch that bypasses the speaker and runs the audio through an 8 ohm resister to create a mute function. The manual indicates that to create a mute function, solder a switch that shorts #10 to ground. When #10 is shorted to ground, the speaker is muted. Output levels to #3 are not affected. However, #10 works as a COS indicator, which is useful in many applications. (#10 will go to +5vdc when a signal is received.)
The mic connector has the same functionality as the option connector. Pins are shown in the photo below. Be careful. Shorting certain pins with power on will blow the internal fuse.
There are other good GE-
Thanks to Scott, VA3EXT for all his help teaching me many of these mods, and for many of the photos in this article.
In certain situations, you may want to bypass the power switch. This will ensure that the radio is always on, and that it will turn on automatically in the event of a power failure, once power is restored. (Note, that a feature of the MVS is that it will power up to the channel is was set to when it turned off.)
To set a GE-
This applies to UHF and VHF models.
R513 in this photo is not the squelch. It adjusts the audio level from the RF (receiver) board to the audio board. It should be left nearly fully clockwise for proper squelch operation.
The squelch pot is accessed through a hole on the audio board (inverted, on the left of the photo). It is labelled.
Thanks to Bill, K4OOO for pointing this out. (A new photo will be uploaded shortly).


Samsung TV wont turn on blinking red light explained fix 18
I had a problem with my Flat screen TV notturning on. Instead of sending it in for repairs I decided to fix it. Using time lapse to speedthings up, I'll show you how I did it. First I disconnected and removed the TV from thewall and laid it face down on a flat carpeted floor. I then removed the rear panel screwsand lifted off the panel to get closer to accessing the boards inside. I wanted to geta closer look at the power supply board, as I suspected it was causing the problem. SoI disconnected more connectors, removed more Philips screws and then removed the metalprotective panel over the boards to gain access. Once the panel was off, I had a clear viewof the power supply board. It was the board
with the heavy power cable wires that wentto the wall outlet plug connector. Then I proceeded to carefully unplug the board. Ialso zeroed the high voltage capacitors that were present on the board. These on mine read450 volts. I did this by holding the plastic handle of the screwdriver and shorted thelegs of each capacitor together with the screwdriver blade to zero them. I then lifted the boardoff the chassis and took a closer look. I could clearly see that the tops of 2 electrolyticcapacitors were swollen. One was actually leaking. I decided to replace those, as wellas the 2 capacitors that were beside them. From my local electronics store, I purchased4 replacement capacitors. See my notes below
for details. All 4 items cost me a total of3 dollars. Using some Soder wick, a 25 watt soldering Iron, and some solder I proceededto remove and replace the 4 capacitors. After marking the bottom of the circuit board, Igently and carefully desoldered the capacitors. You can see that I clearly marked the polaritiesof the old capacitors on the circuit board. I took this information from the top of theboard by looking at the labels on the existing blown capacitors. One must always use theexact same voltage and capacity components when replacing parts on their devices. I hadno way of knowing whether the 2nd pair of capacitors were defective by visual inspection,but for the price, it was hard to go wrong
in replacing them. Once the old capacitorswere removed, I had to clean up the leftover solder residue from the board using soderwick. If this old residue was not removed, I would later have a tough time getting thenew ones in where the old ones came out. Now it's time to install the new electrolyticcapacitors. I'm careful to pay close attention to the polarity labeling of the new ones asI put them in. Careful not to get solder on any other components I progressively moveup the circuit board one connection at a time, always careful not to spend too much timein one spot. Excessive heat for extended periods on any connection can cause collateral damageto the components being soldered, the board,
or anything nearby. Once the connections wereall made, I carefully snipped off the long legs of the capacitors, and took a quick lookat the board afterwards. That's it. I reassembled the TV in the reverse order that I took itapart and fired it up. This repair I did 2 weeks ago, and as you can see, all is in order.Thanks for watching! And don't forget, I have many more tutorials for you, so please subscribe.
Using an Apple IPad for Laser Refractive Eye Surgery


With many US giants like Apple and Microsoft having a significant presence in Ireland, it seems logical that it is one of the few countries ahead of the smart device curve, having access to, and releasing gadgets that are on, or ahead of, the trends we see worldwide. Let’s take a look at another emerging technology trend to be on the lookout for in Ireland, and around the world.
The last decade has redefined the word “smart” for many of us with smartphones, smart TVs, tablets, etc. emerging as must-have devices. Apps are now regarded as a part of our daily lives; they wake us up, count our calories, organise our time, and so on. With apps being in constant development, many consumers, (as per studies and surveys), have started feeling overwhelmed and bombarded with the number that they have access to. Apps have gone from being a helpful, sought-after tool, to an in your face annoyance. This has led to the recent emergence of the digital simplification trend. The concept revolves around the idea of developing apps and devices with multiple functionalities, so to centralise many functions and tasks.
For example, smart gadgets can help you to control your home security, surveillance, locks, thermostat and cooling from one central place. This allows you to do everything, from locking your door to turning on your air conditioning at the touch of just one button, making it simple, easy and central; the three things consumers are looking for in devices and technology. Ireland’s technology scene is taking advantage of this opportunity, as studies suggest that the love of smart devices in Ireland, and by the Irish, is at an all-time high. This presents an excellent opportunity for device enhancements and innovation. We are excited to see what will come in 2019 to help us further simplify and centralise our lives.


2D soft magnetic powder is made from spherical soft magnetic powder through special flake treatment. This kind of soft magnetic alloy has high saturation magnetic induction strength, high magnetic permeability, low loss and other characteristics.
Domain-wall resonance and natural resonance occur at reasonable frequencies for powders designed at GHz, which is conducive to the absorption of electromagnetic waves. Using this type of powder as an absorbent to make absorbing materials can be used in higher frequency bands.
Large aspect ratio
Narrow particle size
Proportion of moderate
Permeability test method: 50vol% powder is mixed with 50vol% polyurethane to make a 0.1mm thick soft magnetic flake, then tested with E4991B + 16454A.


What Are Data Points & Wall Plates
1300 564 154
Written by Tristan Cameron
Table of Contents
Gone are the days when everything electronic we use in the house simply plugs into a powerpoint. We have so many different devices that we now need a range of connections.
Data points and wall plates are gaining in popularity as they’re more specific and enable better connections.
Here’s a complete look at what data points and wall plates are and how they’re installed.
What are Data Points
Some WiFi routers generate a strong internet signal and mostly do the job. There’s nothing more frustrating, though, than when the signal drops, especially if you’re playing a game, watching a movie or conducting an online meeting.
Another challenge with WiFi is that if multiple devices are connected and utilising it simultaneously, the signal is divided between them all. The only solution is to plug a device directly into the network connection. That’s where a data point comes in.
A data point is a dedicated network connection that provides a more stable signal than a WiFi one.
Data points connect the internet to these devices:
- Desktops and laptops
- CCTV and home security
- ADSL and NBN connections
- Home theatres
- Gaming consoles
- Smart devices
What are Wall Plates
Exposed wires can be dangerous. Wall plates cover them to keep everyone and everything safe. There are several types of wall plates.
- Electrical wall plates – these are the most common; they protect light switches and other primary electrical points
- Data wall plates – these cover the cables that are used to connect the internet to gaming consoles and computers
- Multi-purpose plates – when numerous cables are in the same area, some for networking, and some for a home entertainment system, these plates keep them all organised
Considerations When Installing Data Points and Wall Plates
Installing data points and data wall plates when a home is newly built or undergoing a major renovation is preferable. However, they can be installed in older homes; it just requires some additional work, like rewiring, which comes at a higher cost.
Data points and wall plates should only ever be installed by a licensed electrician. Despite the many DIY videos available on YouTube, it’s extremely dangerous if not done correctly.
The quality of the walls is a significant consideration. If they’re made of drywall or plastic, there’s nothing stable for the points to be attached to, and a wall bracket may need to be installed initially.
We may need to install an in-wall box if the wall is fragile. This will be placed into a hole in the wall to provide a secure area to hold the wires.
Some walls are made from brick or concrete. These pose a different challenge, and we may need to install a surface-mounted box.
The next step is to connect the wires to the plate; this may involve either screwing them in or some snap in.
Finally, we’ll test that everything is in working order and complies with Australian standards. We’ll issue a certificate of compliance for electrical work (CCEW) to guarantee the installation is safe.
Why Choose North Shore Electricians to Install Data Points and Wall Plates
The North Shore Electricians team has served Sydney for over 20 years. In that time, we’ve watched the rapid increase in technology use and have been installing data points and wall plates right across the city.
We’re up to date with the latest Australian electricity standards and ensure every installation is fully compliant.
Courtesy and professionalism are what we deliver; our testimonials confirm we’re the team to employ for all your electrical needs.
How’s your WiFi connection? Is it time you upgraded to data points and wall plates? Contact us today and strengthen your internet signal.


Post by wireman134 on May 18, 2020 11:09:06 GMT -5
Wanted to have the potential to dry camp before our first trip to Yellowstone in 2015. Added 300 w solar panels on roof using 3M VHB and Windy Nation tilt mounts, Tracer
2015BN charge controller, 2 AGM's (200ahr + 150ahr), AIMS 1200/2400w inverter with transfer SW under bed. I have wired the 5 120v receptacles and a option to have the Norcold refer on inverter. Tooling down the road using inverter for refrigerator. Currently waiting on shipping for a upgrade to a 30A Tracer 3210AN and additional 170w Rich Solar to use on ground. Should be ready for S. Dakota in a month.
Last Edit: May 18, 2020 11:17:17 GMT -5 by wireman134
850w total AC load, inverter running voltage 113vac. Solar panels providing 320 watts to Tracer 3210AN, charging 25 amps, maintaining 12.7v battery voltage with hazy 2 pm sun. 68% of max 470 PV wattage. I decided instead of drilling a hole in the side wall to mount SAE plug in a modified $1 Curt 4 pin bracket near outside 150 ahr battery.
Last Edit: Jun 1, 2020 19:49:52 GMT -5 by wireman134


In the fast-paced world of modern dentistry, technological advancements continue to revolutionize the way oral health is assessed and treated. Among these innovations, dental sensors stand out as game-changers, significantly improving diagnostic accuracy and enabling precision dentistry. These small yet powerful devices have reshaped the dental landscape, providing dental professionals with real-time digital imaging for better patient care. In this article, we explore the transformative impact of dental sensors and how they are shaping the future of oral healthcare.
Digital Imaging for Accurate Diagnoses
Dental sensors offer a significant leap forward from traditional film-based X-rays. With digital imaging, dentists can capture highly detailed and instant radiographs of a patient’s teeth and oral structures. These high-resolution images allow for a more accurate diagnosis, as even minute dental issues can be identified with greater clarity. Furthermore, the reduced radiation exposure associated with digital radiography makes it a safer and more patient-friendly option compared to conventional X-rays.
Improved Patient Experience
One of the key advantages of dental sensors is the enhanced patient experience they provide. The sensors are smaller and more comfortable in the mouth compared to traditional X-ray films, reducing patient discomfort during imaging procedures. Additionally, digital radiography requires less time to produce images, leading to shorter appointment durations and increased patient convenience.
Efficiency and Workflow Optimization
Dental sensors streamline the entire imaging process, resulting in improved practice efficiency. The digital images are available instantly, eliminating the need for film processing, which can be time-consuming. Dental professionals can review and discuss the results with patients immediately, facilitating prompt treatment planning and discussion of any identified issues. This efficiency not only benefits patients but also allows dental practices to see more patients in a day, ultimately optimizing their workflow.
Enhanced Diagnoses with Image Manipulation
The digital nature of dental sensor images allows for post-processing and image manipulation, further enhancing their diagnostic capabilities. Dental professionals can zoom in, adjust contrast, and highlight specific areas of interest, providing a comprehensive view of the oral health condition. Moreover, the ability to compare images side by side helps track changes over time, such as monitoring the progression of dental treatments or the effectiveness of preventive measures.
Facilitating Precision Dentistry
Dental sensors play a crucial role in facilitating precision dentistry. The detailed digital images aid in the accurate planning and execution of dental procedures, leading to improved treatment outcomes. From placing dental implants and performing endodontic treatments to evaluating orthodontic progress, dental sensors empower dentists to deliver tailored, patient-centric care.
Reducing Environmental Impact
Compared to traditional X-ray film, digital dental sensors are more environmentally friendly. They eliminate the need for chemical processing solutions and film disposal, reducing waste and harmful chemicals in dental practices. By adopting digital imaging, dental professionals contribute to a more sustainable and eco-conscious approach to oral healthcare.
Dental sensors have ushered in a new era of precision and efficiency in dentistry. With their ability to provide instant digital imaging, enhance diagnostic accuracy, and improve patient comfort, these advanced devices are becoming indispensable tools for dental practices worldwide. As technology continues to advance, the future holds even greater possibilities for dental sensors, promising further improvements in oral health diagnostics and paving the way for a brighter and healthier smile for all.


CBDC, Blockchain & Smart Contracts
The convergence of Central Bank Digital Currencies (CBDCs), blockchain technology, and smart contracts heralds a transformative era in the financial landscape. CBDCs, issued by central banks, are leveraging blockchain’s decentralized and transparent ledger to revolutionize traditional currency transactions. The integration of smart contracts further amplifies this revolution, introducing self-executing agreements that automate and streamline complex financial processes. This triad of innovation promises not only enhanced efficiency in transactions but also unprecedented levels of security and programmability, fundamentally reshaping the dynamics of modern finance. As CBDCs ride on the backbone of blockchain and tap into the power of smart contracts, they collectively represent a forward-thinking approach to currency and financial systems worldwide.
- Blockchain Foundation: CBDCs built on blockchain provide a decentralized and transparent ledger, ensuring secure and immutable record-keeping for transactions.
- Smart Contract Integration: Smart contracts embedded in the blockchain enable self-executing agreements, automating contractual processes, and reducing the need for intermediaries.
- Efficient Transactions: The combination of CBDCs, blockchain, and smart contracts streamlines financial operations, facilitating quicker and cost-effective transactions.
- Enhanced Security: Blockchain’s cryptographic features and the self-executing nature of smart contracts contribute to a highly secure CBDC environment, minimizing the risk of fraud and unauthorized access.
- Programmable Features: Smart contracts allow for programmable and conditional payments, introducing flexibility and customization to CBDC transactions.
Central Bank Digital Currencies (CBDCs) leveraging blockchain and smart contracts redefine the future of finance with decentralized, transparent transactions and automated, secure agreements.


He is well known for his experimental work with Positron Emission Tomography (PET) technology - originally developed to follow pathways in the brain - as a way of imaging insulin-producing beta cells in the pancreas. “Imaging is a means to an end,” said Paul Harris, PhD, a scientist at Columbia University’s Naomi Berrie Diabetes Center. “It’s a tool, really – an innovative way of tracking beta cell mass and function. There are many ways to do this - imaging of this type happens to be one of the most precise ways.”
Recently, Dr. Harris - who has an undergraduate degree from UC Berkeley in biophysics, a graduate degree from Cornell in Cell Biology and postdoctoral training in peptide chemistry from Rockefeller University - talked about the growing field of beta cell imaging and the role it might one day play in the treatment of both T1D and T2D. He started by setting the record straight:
“Everything I do, I do with my wife,” said Dr. Harris of his partner and colleague, Antonella Maffei, PhD, with whom he has worked since 1995. “So it’s never just me, it’s us. And when we’re not arguing about results, we’re actually enjoying doing this.”
Where did the idea of trying to image pancreatic beta cells come from?
We were working with a friend, a surgeon at Columbia, who was doing islet transplant studies. Doctors were unhappy then (and still are) with the current tools available to measure the status of beta cells in the pancreas. Current insulin measurements alone aren’t very reliable. We thought, wouldn’t it be nice if we could actually, quantitatively measure the islets in vivo - that is, from within a living organism - by imaging the pancreas. So far, imaging is much more precise than any other known method.
Doesn’t most of medicine use imaging as a tool? Did this help you get started?
Actually, all of our PET imaging work directly relies on techniques developed by people who have already, quite successfully, imaged the brain. We’ve used their molecules and their targets. We’re pretending that the pancreas is a brain. And so far, it’s proving to be a very precise measurement tool.
What is the benefit or promise of imaging?
With some measurements of insulin, by the time a person shows signs of insulin dependence, they’re already in deep trouble. With imaging, we have a proactive way of following the progression of beta cells, which allows for earlier intervention and better outcomes.
Do you imagine a day when doctors send their patients for PET scans to proactively diagnose diabetes?
We are currently studying whether our probes are sensitive enough to detect small changes in a single patient. We’ve already demonstrated that, by using the power of multiple individuals in a single study, this PET technology is probably sensitive enough to allow detection of clinically relevant changes in beta cell mass, making this technology ideal for diabetes drug development. Preparing more sensitive probes is a future research direction.
Click here to read more about Dr. Harris’s research.


With Alexa, you can enable your built in voice-forward prodructs. Your smart home offers a natural user interface. You can create delightful experiences with lights, switches, thermostats, cameras, door locks, and many more device types. You have the flexibility to either connect your devices to Alexa, enabling you to control them from Alexa devices, or create a fully integrated Alexa experience into your devices, enabling you to talk to them directly.
Connect your smart home devices to Alexa by building an Alexa skill, enabling you to control them from tens of millions of Alexa devices.
You can ask Alexa to view live and recorded video feeds from your smart home cameras on Echo Show, Echo Spot, and FireTV. You can specify a variety of camera stream attributes including protocol, resolution, authorization type, and codecs.
You can use Alexa to control thermostat settings and to query current temperatures. We support single, dual, and triple set-point thermostats, as well as mode query and control. With the smart sense feature , the thermostat will sense your proximity to your home and begin cooling or heating accordingly .
Lock and unlock your door from anywhere, grant secure access to friends and family, and track who is coming and going, all from the August app. Automatically unlocks when you arrive and locks when you leave. August Smart Lock Pro works with all three voice assistants - Siri, Amazon Alexa, and the Google Assistant.
Theres no need to run upstairs And turn off the lights anymore. You can now control most lights in your home with Alexa , your smart phone from anywhere in the world.
An intro to your complimentary Echo show that will control your home
Here’s a short video about August Smart locks
Here’s a short video about your Nest outdoor camera
Here’s a short video about your nest thermostat
Here’s a short video about Ring Doorbells


深度對話 | 中國物聯網的現在與未來
作者：Jana Tian & Sharon Chen來源：騰訊網
The Internet of Things (IoT) is a technology frontier that connects the physical realm with the digital. A multitude of sensors collect and transmit real-time data, which allows for unprecedented monitoring, control, and feedback in a system. IoT has transformed manufacturing lines, urban infrastructure, and is now vying for a place in the average household.
The Global System for Mobile Communications Association (GSMA) estimated that by 2025, there will be 14 billion IoT connections worldwide, with a third coming from China.As its society embraces digital transformation, China has seen its IoT market size nearly double in just the past three years - from $56 billion to $100 billion.
How has China achieved such rapid growth in its IoT industry, and what’s on the horizon?We interviewed industry veteran Dan Qiao to get an insider glance into the mix of industrial, government, and consumer forces behind China’s IoT boom.
▎Interview with an Industry Expert
Dan Qiao is a VP at Plug and Play China and leads the IoT Accelerator. He has been active in tech incubation, open innovation and early-stage investment in China since 2013. Previously, he worked at Huawei for seven years, playing a key role in their overseas expansion sales operations. His experience has given him both hands-on experience and a bird’s eye view around China’s IoT industry.
How do you define IoT?
IoT is not a very new concept. In short, the idea is toconnect everything. On a basic level, we build small, localized networks involving physical objects. Then, upon this foundation, we can collect data, perform optimization, and apply machine learning/AI. IoT has already found many applications among various industries and consumers, and with additional policy incentives, I thinkhigh connectivity can be attained within three to five years.
What does the IoT marketin China look like today?
Many tech innovations start in business-driven applications then trickle down to consumer adoption. For IoT in China, the three major sectors of activity are industry (IIoT), smart city, and smart home.
- Industry & manufacturing:
IoT has been embraced inmanufacturing and agriculture, as increasedmonitoring and feedback capabilityhelp companiesboost productivity,cut costs, and increase efficiency. This has also driven the development and scale-up of specialized sensors that can then benefit other non-industrial IoT applications.
- Smart cities:
Many governments are looking to incorporate IoT in their transportation systemsin the form of traffic cameras, EV chargers, and even manhole covers. Another major application isutilities management. In most large cities in China, water and electricity meter readings are automated through IoT, which has helpedcut costs in the long-term, despite higher upfront investment.
- Smart homes / consumer goods:
This is the newest frontier of IoT development, including Internet-connected household appliances and wearables such as smart watches. We also seeintersections with healthcare needs, with products that can perform health monitoring. The two groups of players racing to develop consumer-facing IoT today are 1) tech giants like Xiaomi and Huawei and 2) traditional home appliance companies like Haier and Midea.
Which of the three areas is the innovation focused on now?
At Plug and Play, we are currently more focused on2B applications, such as IoT in manufacturing, agriculture, and smart cities. In these cases, if you can solve the technical problem, there will be a market and business. In contrast, consumer-facing applications are riskier because their business model requires“killer apps”, mature technology, and proper timing. That being said, companies like Baidu, Alibaba, Tencent, JD, and Meituan are all investing in their own consumer IoT projects.
在Plug and Play，我們目前更專注于企業應用（toB application），例如制造業，農業和智慧城市中的IoT。在這些情況下，如果服務商能夠解決技術問題，他們就會有市場和業務。相反，面向消費者的應用程序則更具風險，因為其業務模型需要“殺手級應用程序”，成熟的技術和適當的時機。巨頭公司更具優勢，例如百度，阿里巴巴，騰訊，京東和美團等公司都在投資自己的消費物聯網項目。
What do you think has contributed towardsthe rapid growth of IoT in China?
To be market ready, a technology needs to demonstrate not only performance, but alsocost competitiveness. For IoT in China,the policy environment around network infrastructure has really lowered the cost.
For example, take the cost of data bandwidth. A few years ago, there was no distinction between data use by users versus by objects. Without this distinction, even connecting something as basic as an electricity meter was prohibitively expensive. Now, with infrastructure advances, and platforms designed by the three largest network providers specifically for IoT, costs have lowered significantly.
In fact, since 2015, Chinese government has been backing the support towards integrating the country’s mobile internet, cloud computing and big data initiatives through its ‘Internet Plus’ strategy.I believe the growth of IoT in China will continue as long as Chinese government keeps providing positive support.China has just committed to the ‘Made in China 2025’ program to upgrade the nation’s manufacturing capacity, which is promising to the whole IoT industry but especially IIoT.
How is the IoT landscape in China compared to thatin the United States, or other parts of the world?
From the demand side, the products that consumers want are probably more similar than not. The differences lie inthe cost of and the ecosystem around IoT. For example, a key factor of lowering cost in China is the government push to invest in IoT and enabling technologies. Sharing an ecosystem with Huawei, who can provide advanced and affordable 5G networks, is a clear advantage.In other countries, industry growth is mostly driven by private sector players and market forces, which focus more on short-term returns on investment. This can hinder the development of infrastructure on which IoT depends.Policy and culturecan play roles too. For example, more skeptical attitudes towards data privacy have posed major challenges for IoT companies in other parts of the world.
What is the role of 5G in driving forward IoT?
The power of IoT lies in the number of devices connected.As the Internet infrastructure continues to mature with the spread of 4G/5G, IoT will only continue to grow. However, infrastructure is only the first step - real market takeoff will require killer apps to convince people to buy in. Most consumer-facing projects harnessing 5G capabilities are still in their experimental phase, but I expect some key benefits to be realized as soon as next year.
物聯網的能力在于所連接設備的數量。隨著4G / 5G的普及，互聯網基礎設施逐漸成熟，物聯網將持續增長。但是，基礎架構只是第一步。真正的市場飛速發展需要殺手級的應用程序才能說服消費者購買。大多數面向消費者的5G功能項目仍處于試驗階段，但是我希望一些關鍵的優勢在明年能夠盡快實現。
One example is a digital mall piloted by Wanda and Huawei. By providing 5G/IoT capability, they are exploring how to better serve shops and customers through guided purchasing and more bespoke shopping experiences. For example, by combining location data and a customer’s purchase history, they can make recommendations, and make it easier to buy what you want to buy.
例如由萬達和華為牽頭的數字商城。通過提供5G / IoT功能，他們正在探索如何通過指導性購買和更多定制性的購物體驗更好地為商店和客戶服務。數字商城通過結合位置數據和客戶的購買歷史記錄提出建議，并使消費者購買商品變得更加容易。
Supported by government policy and network providers, Chinese IoT products have found a multitude of applications in industry and urban infrastructure. Now, the industry has set its gaze on extending into people’s everyday lives in the form of wearables, smart home appliances, and next generation mall experiences. Active support through investment and policy, combined with the dawn of 5G network capability, continues to propel China towards IoT’s promise of connecting everything.


Colortrac SmartLF Scan! Portable Scanner
The Colortrac SmartLF Scan is the world's first self-contained scanner for large drawings and documents up to A0 in size, weighing in at only 5.2kg this lightweight device is supplied with a toughened carry case which allows you to move the device to multiple sites with ease. Using Colortrac's patented SingleSensor technology at its core this lightweight solution requires only power to produce stunningly accurate scans which can be saved to USB drive, network or its on-board 6GB storage. It works like a digital camera with no computer or software required.
Small. Light. Easy to use. Portable. Self-contained. SmartLF Scan! is a revolution in wide-format scanning. With 24" and 36" options, SmartLF Scan! helps you collaborate with partners and will revolutionize your projects. Designed for technical drawings, you can now have good quality scans where and when you need them.


Introduction: In the dynamic realm of technology, where innovation is the driving force, a new player has emerged to redefine the landscape. AllTechBehind, a rising star in the tech world, has been making waves with its cutting-edge solutions and commitment to pushing the boundaries of what is possible. In this article, we’ll delve into the fascinating world of AllTechBehind, exploring the technologies that power its success and the impact it has on our digital future alltechbehind.
- The All-Tech Ecosystem: AllTechBehind operates at the intersection of various technological domains, creating a robust ecosystem that seamlessly integrates hardware, software, and emerging technologies. From artificial intelligence to the Internet of Things (IoT), AllTechBehind’s comprehensive approach ensures a holistic solution for modern-day challenges.
- Artificial Intelligence at the Core: One of the key pillars supporting AllTechBehind’s success is its utilization of artificial intelligence (AI). The company harnesses the power of machine learning algorithms and deep neural networks to enhance its products and services. From intelligent automation to predictive analytics, AI is the driving force behind the transformative solutions offered by AllTechBehind.
- Internet of Things (IoT) Innovations: AllTechBehind recognizes the potential of connecting devices and systems to create a smarter and more efficient world. Through its innovative IoT solutions, the company is enabling seamless communication between devices, collecting and analyzing data in real-time. This not only enhances efficiency but also opens up new possibilities for industries ranging from healthcare to smart cities.
- Blockchain for Security and Transparency: In an era where data security is paramount, AllTechBehind incorporates blockchain technology to fortify its systems. By leveraging the decentralized and tamper-resistant nature of blockchain, the company ensures the integrity and transparency of transactions, providing users with a secure and trustworthy experience.
- Sustainability and Green Tech: AllTechBehind is not just about cutting-edge technology; it’s also committed to sustainability. The company integrates green tech solutions into its operations, striving for energy efficiency and reduced environmental impact. This commitment aligns with the global push for eco-friendly practices in the tech industry.
- Customer-Centric Approach: At the heart of AllTechBehind’s success is its unwavering commitment to customer satisfaction. The company prioritizes user experience, actively seeking feedback to improve its products and services continually. This customer-centric approach has garnered a loyal user base and positions AllTechBehind as a reliable partner in the tech ecosystem.
Conclusion: As we navigate the ever-evolving landscape of technology, AllTechBehind stands out as a beacon of innovation. Through its integration of AI, IoT, blockchain, and green tech, the company is shaping the future of technology with a focus on sustainability and customer satisfaction. Keep an eye on AllTechBehind as it continues to push the boundaries and redefine what’s possible in the dynamic world of tech.


Cable assemblies, those intricate amalgamations of cables, connectors, and other accompanying accessories, are indispensable in a realm saturated with electronic and electrical devices. Cable assemblies on their part strengthen various important functions of modern technology.
Imbued with impeccable design, cable assemblies exhibit remarkable reliability when establishing electrical connections. Employing copper cables and corrosion-resistant, gold-plated connectors, these assemblies guarantee first-rate conductivity even after enduring years of usage. Meticulous attention to manufacturing tolerances and rigorous testing protocols ensure the rarity of failures when entrusted to reputable suppliers. The unwavering dependability offered by cable assemblies guarantees unhindered device operation while sidestepping exorbitant downtime costs.
While standardized cable assemblies saturate the market, customized cable solutions empower engineers to tailor a cable system precisely to suit specific applications. Variables such as wire gauge, insulation type, connector type, shielding mechanisms, and length can be meticulously selected to harmonize with exact requirements. By embracing custom cables, safety is augmented, performance is optimized, and valuable space is conserved within intricately packed electronic equipment. The ability to procure an assembly specifically attuned to its intended use renders innovation attainable and brings forth groundbreaking products.
Ease of utilization
A prime example lies in the single USB cable that effortlessly connects printers, cameras, and other peripherals to computers through a plug-and-play approach. Pre-configured assemblies prevent the need for laborious manual splicing of raw cables or matching connectors during installation or repair procedures.
Engineers incessantly grapple with the confinements of space as they endeavor to accommodate an ever-growing multitude of components within devices. Ribbon cables ingeniously bundle multiple wires into a flat strip, exerting minimal spatial demands. Coaxial and shielded cables seamlessly amalgamate multiple lines within a solitary sheath. Flexible cables adeptly navigate confined spaces, granting access where it was once deemed impossible. Rather than individual cables and connectors, the utilization of cable assemblies appreciably reduces spatial prerequisites, ultimately facilitating groundbreaking strides towards miniaturization.
Equipping cables and connectors in centralized production environments engenders substantial cost savings. Manufacturing expenses can be reduced by specialized tooling, bulk part procurement and optimized assembly processes. Moreover, adopting ready-to-use cable assemblies is a more economical alternative to labor-intensive cable construction during on-site installations.
While interfaces designed to transmit electrical energy, signals, or data continually evolve alongside technological advancements, standardizing cable assemblies during these transitional phases yields tangible benefits. Consequently, the existing USB power adapters and computer ports do not change but can still work with the latest USB-C phones and peripherals to show how standard lines contribute to technological progress.
Meticulous testing procedures throughout the manufacture of cable assemblies diligently eradicate any manufacturing defects. Inspecting the physical damage rigorously, high throughput testing and checks of integrity are helpful in identifying any faults before they are shipped. Strict adherence to compliance regulations safeguards users against untimely failures.
Cable assemblies’ unique advantages, such as dependability, customizability, ease of use, space optimization, economic viability, standardization, and safety assurances, exceed their role as passive interconnects. One can hardly imagine how cable assemblies are compact, user-friendly and functional in electronic devices.


A diminutive single-board computer, the Raspberry Pi evokes memories of the 1980s, when home computers were largely meant for learning to program, rather than for the consumption of ready-made content.
This is just about as ‘bare bones’ as computing can be, demanding a bring-your-own approach to input, output, and storage… but it’s astonishingly cheap.
Pi reminds me a lot of the Sinclair Spectrum. It’s infinitely superior in terms of its computing power (unsurprisingly, given the intervening decades) and build quality, but in some ways it’s very similar to the humble ‘Speccy’ that so may of us were scratching our heads over in 1982. For one thing, it’s incomplete: straight out of the box it does nothing – and although you’re getting a bargain, it’s a stripped-down system and will likely see you buying accessories in the weeks that follow. Early Raspberry Pis came with just one or two USB ports, so once your mouse and keyboard are in place, you’re stuck. I found myself having to disconnect the keyboard in order to drag files off a USB drive with the mouse… so obviously you find yourself buying a USB hub pretty quickly, and then you find that the Pi can’t support the power demands of all the ancillaries, so make that a powered hub… and then you’ll want a wifi dongle, and… and…
Pretty soon, the alleged $35 computer is weighing in at well over $100: a price point at which it’s a bit less attractive. Just like my old Spectrum that needed an interface to connect with a disk drive, and another to connect with a joystick, or a decent printer… start down this path and your piggy bank is in for a battering.
If you already have a mass of computer accessories around the house, you can get a Raspberry Pi up and running for not much money. No power supply is included with the Pi, but its creators claim that most folks already have one kicking around in a drawer, in the form of a phone charger. (If your old mobile had a micro USB connector, that is: people with iPhones will need to visit eBay.)
If I was less keen on experimenting for the sake of it, I might have noted that I have three or four ‘retired’ computers around the house of a specification at least equal to the early ‘Pi’ models. In other words, I didn’t need a low-cost computer. The last thing I need is another computer, really… but I visit developing countries for the purposes of delivering education, so I’m interested in practical, affordable hardware.
The greenest computer choice is probably one that you already own. After a long useful life, a failed USB port and an ailing trackpad meant that this laptop was beyond economic repair, but even in retirement it was far more capable than the first Pi that I bought.
People who donate computer hardware they’ve finished with are doing a good thing, no doubt, but have you ever stopped to think about what a difficult proposition it must be to manage a classroom full of donated computers? IT support staff are likely to have a mixture of different hardware, and are forced to choose between having the computers plod along as they attempt to run an up-to-date operating system, or leaving them vulnerable to viruses… while also coping with hardware that’s already had a hard life and is likely to have acquired a few foibles of its own. Add in the fact that few developing countries have a capability to recycle e-waste and these schemes look a bit less attractive. The “$35 computer” may be a better bet.
My experience with the original Raspberry Pi (model B) was largely positive, although I never did anything productive with it. Dr Joe and I were impressed to get OpenProject up and running on the diminutive Pi, because that was a piece of software that we were regularly using on one of our Masters programmes in Zambia and Malawi. Imagine how useful it would be if instead of giving each new student a flash drive with assorted reading materials, we were able to give them a “$35 computer”, with all the programs they’re going to use over the next 18 months preinstalled, plus documents, bookmarks and so on… even if it inevitably becomes a $100 computer by the time you’ve added the peripherals that are needed to make it function, that’s not half bad.
The 700 MHz single-core CPU of the original Pi didn’t really have enough oomph to run OpenProject. Web browsing and word processing were similarly sluggish: just not as snappy as we’ve all become used to. Once you’ve had an Intel Core i5 or better, it’s hard to go back to waiting for things to happen.
In the early days of the Raspberry Pi, cases were overpriced, clunky things that were typically made by 3D printing. I made my own out of plywood instead… but by the time the Model 2 came along, decent polycarbonate cases were available.
I abandoned all thoughts of using the original Pi as a ‘proper computer’, and most users appear to have done the same. The Pi found its niche in hardware projects: the low cost of the unit makes it ideal for hardware hacking, since it doesn’t really matter if you manage to destroy one, and its ridiculously low power requirements made it ideal for oddball applications that see it providing the brains of amateur-built robots, or being sent up in weather balloons, etc. Some enthusiasts have racked dozens of Raspberry Pis together to make a kind of ersatz supercomputer… but as with the robots and balloons, one of the reasons it works so well is because it doesn’t really involve interfacing with a human being. Superb low-power performance is meaningless if you have to hook the Pi up to a monitor, and low cost is similarly elusive if we have to source a keyboard, mouse, etc. for every unit.
So: a great little gadget to tinker with and learn about computer hardware itself, but not a ‘full computer’ in terms of what most people actually need to do with a computer, day-to-day. Your cast-off smartphone is a more ‘complete’ computing device in some ways, since it has things like a battery, a screen, a camera and a means of data entry – all of which need to be procured if they are to be used with a Pi.
Things changed somewhat when the Raspberry Pi Foundation brought out the Raspberry Pi 2, with a quad core processor that operated at a more respectable 900 MHz – making it about six times as capable as the original. They also provided four USB ports, which reduced desktop clutter nicely. With the Mark 2, though, I found myself caught in a bizarre chicken-and-egg situation where I wanted to get it working with our wireless network, but after purchasing a wifi dongle I found that I needed to download additional software. (And if there’s one thing you can’t do until you’re on the network, it’s download software…)
Four lovely USB ports: the original Model A had just one…
Such a wrinkle would be trivial if I had a tame guru that I could persuade to solve my IT problems for me, but our IT staff have enough trouble keeping Microsoft Windows lurching along, without getting distracted by questions about non-standard hardware and software. For your Pi’s operating system you’re probably going to be using the Unix-like operating system Debian, which has the advantage of being free, but which has a few rough edges as you might expect. There will be nerd-enthusiasts out there who find it incomprehensible that I should have trouble setting up the wifi, but I’ve bought almost nothing but Macs since 1991, and despite continuing to write software I seldom feel the need to ‘pop the hood’ and tinker with my computer’s operating system.
The newer models of Raspberry Pi come in packaging with much more retail appeal: the Pi has gone mainstream
I never managed to get my first Raspberry Pi to make a sound under Debian. I didn’t particularly care, and I knew it wasn’t a hardware fault because if I ran a different operating system that turned it into a cheap media player then the sound worked nicely. No doubt a Pi nerd would laugh and tell me that all I needed to do was to open a hidden file called “hash dot underscore 23296” and change the 307th line to read “Expecto Petronem!” (with or without quotation marks not made clear) and all would be well.
That’s fine. Except… really? Apple (who are backsliding a bit nowadays but who were once the guiding light in producing computers for “the rest of us”) have spoiled me in the last quarter century. In the good old days Apple refused to accept that the problem was stupid users, and instead identified such problems as stupid software.
Inevitably, you get what you pay for. A computer with a price tag that goes firmly into four digits earns you the right to expect that things like sound or wifi will just work, with no arcane setup necessary.
I remember being amused when one Raspberry Pi enthusiast web page, supposedly giving clear instructions for wifi setup finished with “If this still hasn’t sorted out your wifi access, ask an adult.”
I’m 45. I have a PhD that involved a lot of computer programming. I’m no technophobe, but I’m damned if I can tell you how to get a Raspberry Pi working properly. I mean, really properly.
There are people who can do this kind of thing, of course: and good luck to them… Kudos to them, even, but there aren’t all that many of them, and (based on what I’ve seen of the output of the community) they aren’t generally very good at communicating, nor at designing user interfaces.
Getting Raspberry Pis working in a well-funded school in England where there’s a suitably skilled and enthusiastic teacher who’s prepared to put in the time to set up a school club in, say, robotics is one thing: getting them working (and keeping them working) in a school in Kenya that doesn’t have a water supply, never mind mains power… that’s the real test. And not just getting them working in a single school, but everywhere. That would be awesome.
But is that possible? Am I just being unrealistic? Maybe, but wouldn’t it be nice? I mean, how is it that there are organisations that can design computer chips that are more complex than the road network of the entire planet… but nobody has managed to deliver a computer that can actually be enjoyed by people everywhere on Earth?
The experiment begins again: I note that the Pi is now in its third incarnation, which sees the CPU improved to a 1.2 GHz, 64-bit processor… and wifi and bluetooth are now built in as standard, which ought to put an end to wifi woes of the kind I had with its predecessor. So I guess it’s time to spend another $35. (Actually £34.30 at Amazon: Raspberry Pis never quite seem to quite arrive at the quoted price point.)
I can use all the old bits and pieces that I collected for my earlier Pis: the low-power keyboard and mouse, the phone charger power supply, the old flat screen monitor, the microSD card that serves in place of a hard disk… it really won’t cost me any more than £34.30. But is that a bargain? My old Apple laptop – the retired one – cost around £1400, but I used it for ten or more hours a day, almost every day for five years.
What’s the carbon footprint for a computer? DEFRA’s Conversion Factors say office machinery including computers, in 2009 (when my old Mac was bought), worked out at 0.53 kg CO2e per pound spent. By that crude measure (no doubt disputed by Apple, who claim their products are greener than most) there’s 742 kg of greenhouse gases… but for a machine that had such a long life, the carbon embodied in its manufacture works out at a mere 40 g per hour of use, and any additional use of the ailing machine is free. If we ignore all the oddments like keyboard, mouse, screen and power supply on the grounds that users have spare ones knocking about, a new £34 Raspberry Pi weighs in at… call it 15 kg CO2e… and if I evaluate it for a grand total of perhaps 24 hours before I consign it to a drawer like its predecessors, it’s actually far less ‘green’ (625 g per hour of use) than the much more expensive Apple laptop.
But of course, I’m probably doing it wrong. Stupid user.
Pi Revisited: August 2018
Following my early disappointments with the Raspberry Pi, I persevered… if not right away. More recent versions of the installer with the slightly insulting acronym, NOOBS (“New Out-of-Box Software”), improved usability a great deal, to the point where a beginner can now get a Raspberry Pi to do useful things. You will still find “how-to” web pages to be simultaneously incredibly patronising while also omitting key instructions, but I’ve discovered that the solution lies in watching users’ YouTube videos instead, where you generally get to see every step that is performed.
Nowadays my Raspberry Pis quietly run BOINC all day long: donating their rather modest computing power to scientific computing applications that depend upon public support. Each Pi does this in a ‘headless’ configuration, with no peripherals attached and no GUI running: I can connect to them via SSH from a regular computer if I need to.
My original Raspberry Pi is feeble, but I decided “the more the merrier” so I have let it join in. (All these computers are powered through a single USB-based charger anyway.) The Raspberry Pi 2 is a trooper, endlessly chewing on computing tasks with never an error or a gripe. The Pi 3 proved to be a delicate flower, it’s 300Mhz speed bump largely squandered because it always hangs after a few hours if I leave it running BOINC on all four processor cores. It runs very hot, too: the first Pi that forced me to buy a cooling fan. The model 3+ which came out in March of 2018 is a much better machine, running reliably and with less heat, working hard (for a Pi) on all four cores.
Most recently I also added a Pi Zero W, intrigued by its 65mm x 30mm form factor. At a speed of 0.4 gigaFLOPS it’s never going to set records, but if I’m not mistaken my $10 computer is calculating at a rate equivalent to half of a Cray X-MP… the best supercomputer that money (fifteen million dollars) could buy in the early 1980’s, when my pocket money budget limited my own choice to that of a Sinclair ZX-81.


Hario smart beam halogen heater offers syphon brewing with precise control like never before!
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It differs from traditional syphon gas flame and instead uses "halogen method" to brew coffee in a scientific way.
The Hario smart beam heater gives the brewer total control of the coffee operation process by allowing the user to choose one of 3 modes:
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Professional mode has 4 options: heat, brew, keep and stop.
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The Hario Smart Beam Heater has an intuitive LCD screen and Halogen Heater for professional coffee brewing.
Hario Smart Beam Heater Design:
The magnificently designed smart beam heater is a superb addition to the coffee shop and home environment alike. The stylish black and silver appearance is not the only reason to equip your coffee laboratory with this halogen device. Eye-dazzling features such as manual LCD touchpad control of the heat are ideal for experimenting with new brewing techniques and methods. A simple swipe to the right or left will instantly increase or decrease the desired temperature.
Smart Beam Heater
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There may not have been any human exploration of Mars this year, but there certainly were plenty of galactic milestones in the last 12 months from NASA and international space programs. From the end of the space shuttle program that once had kids dreaming of becoming astronauts to the launch of a space robot to a possible planet twin, which of these 2011 headlines was your highlight of the year's space exploration?
- End of Shuttle Era — Over the Summer, NASA marked its 135th and final space shuttle mission. After a 30-year long program, the shuttle Atlantis was the last manned American spaceship of its kind to leave Earth. NASA is turning future missions to the exploration of other planets and deep space.
- Curiosity Mars Rover Takes Off — In hopes of learning more about the Red Planet, NASA launched the Mars Science Laboratory, with a rover named Curiosity on board in November. It will take about nine months before the Rover descends on our neighbor planet, where its high-tech components will analyze the Martian terrain.
- Earth-Like Planet Confirmed in the Habitable Zone — The team of NASA scientists working with the Kepler satellite confirmed the sighting of a planet in the habitable zone of a distant star. Kepler-22b, is 600 light years away from Earth, is larger in size than our planet, and orbits its sun-like star in just 290 days.
- Voyager Enters Interstellar Space — After 30 years of travel, the Voyager 1 spacecraft passed the boundaries of our solar system, inching closer to interstellar space. Launched from the US in 1977, Voyager 1 is now about 11 billion miles away from the sun.
Reminisce back to two more 2011 space events after the break.
- Researchers exit Mars simulation after 520 days — With dreams of humans one day landing on Mars at the top of scientists' wish lists, in November, a group of six men exited a container in Russia where they stayed in close quarters for 18 months to simulate the possible conditions of Mars exploration.
- Robonaut 2 — Robonaut 2 was launched aboard the space shuttle Discovery in February for transport to the International Space Station. Robonaut is used as the crew's right-hand droid performing tasks that might be too monotonous or dangerous for humans. Plus, it even tweets!


Swivel screens, superior colours, graphics and layouts – now for even basic phones!
Simple, stylish and useable, emoze has added swivel-screens, cool theming and animated screen transitions as some of the new benefits offered to mobile users, along with extending its consumer push-mobile solution to over 800 mobile handsets using the newest Java technology
The first in the world to use the not-yet-released Lwuit technology in push communication, it offers users a preferred web-like view of email, calendar contacts and soon social networking applications. Java-users will also benefit from this advance in emoze technology as it is now available to many more mobile handsets (and no longer simply for smartphones)
With even broader handset compatibility, outstanding graphics and flexible layouts, emoze pushes the limits of the user experience, certifying a visually-smooth transition from desktop to mobile
“Emoze is expanding the push mobile lifestyle by building a simple, fun and easy solution with a look and feel to appeal to all mobile users!” says Eitan Linker, emoze CEO “Graphical animations in even those most basic of devices can now be fully realised to create a never before seen mobile push experience for the user”
This much anticipated emoze Java-product, will be released next month and available to mass market devices including Samsung, Sony Ericsson, Motorola and the Nokia S40
Software download is available from the simple one-stop-shop at www.emoze.com, or directly from the mobile device at http://emoze.com. Once registered, new users can begin to send and receive push email, calendar and contact information direct to their chosen mobile device, ‘Anytime, Anywhere!’
emoze turns mobile phones and mobile devices in to fully functional personal communication devices with a single, simple and free download for the individual user. It delivers real-time, secure synchronisation of emails, calendars, contacts and tasks - pushing data and updates to you anytime, anywhere using any mobile service provider network or WiFi and all leading brands of mobile device. Download, registration and use of emoze are all free for the individual user. Users need a data package from their mobile service provider. emoze supports all popular email data sources (e.g. Lotus Notes and Domino Servers, Microsoft Outlook and Exchange, POP3 and Web-Access) and mobile device operating systems, and provides a simple user interface and high level security for emails and data. It is available for download through the Download! folder of all new Nokia Nseries mobile phones
As a spin-off of Emblaze in 2006, emoze has users in almost every country worldwide
emoze is a subsidiary of the Emblaze Group (LSE: BLZ). For more information, please visit www.emoze.com Stay connected with emoze - wherever you are!


CADPXS commercial dehumidifiers use an AI wifi control app, an automated humidity control system for a hurricane, tropical storm and flood disaster relief system that is compatible with existing networks.
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Our industry leading LCD display control panel with APP monitoring and data logging. The control panel displays the current humidity level and turns off when the target level you set is reached.
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The CADPXS LGR Pro dehumidifier is a commercial dehumidifier for water damage, crawl spaces and basements. Using LGR technology, it removes 85 pints of water per day.
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The Download: The Lockly Vision
Upgrading the front door of your home with smart technology has never been easier thanks to the Lockly Vision.
The Ring, which is the most popular video doorbell around, is just a doorbell and needs a separate device to actually unlock doors. The Lockly Vision is actually both products in one.
Lockly makes all kinds of smartlocks, but with Vision it's added in an advanced HD video doorbell. When someone rings the doorbell you get a notification, and then with Vision you can unlock your door from the same app.
There's no monthly subscription to save the video and it's stored locally on Lockly's Wi-Fi hub.
What makes the Lockly Vision extra special is the ways you can open it. The most obvious is the keypad, but unlike other smart locks, the Lockly's numbers move to a random location each time on the screen. That way the PIN code pattern when you press the keypad changes each time.
Lockly says installation takes only 15 minutes and the batteries will last about eight months.


With the overwhelming success of previous Nanotechnology Summit, Bioleagues Worldwide with immense pleasure welcomes you to attend the 3rd World Nano Technology Summit which is to be held from December 22nd-24th, 2017 at Bangalore, India. We cordially welcome all the eminent nanotechnology experts, material science experts, researchers, students and delegates to take part in this upcoming 3rd World Nanotechnology Summit.
3rd World Nanotechnology Summit will cover the fields of Current Concepts in Nanoscience and Technology, Nano Medicine, Nano Electronics, Nano Materials Synthesis and Characterisation, Pharmaceutical Nanotechnology, Material Science and Engineering, Nanotechnology in Water Treatment, Advanced Nanomaterials, Carbon Nanotechnology, Nanotech for Energy and Environment, Nanobiotechnology, Nanobiomaterials, Nano Toxicology, Nanophotonics, Molecular Nanotechnology, Nanotechnology Safety, Nanotechnology in Tissue Engineering, Nanotechnology in Food and Agriculture, Nano Fluidics, Nano Computational Modelling, Nano Composites, Nanoengineeringand not limited to Graphene and its Applications.
|Early Bird Deadline||30th-July ,2017|
|Discount Period Deadline||30th-August ,2017|
|Abstract Submission Deadline||24th-October ,2017|
|Registration Deadline||24th-November ,2017|


Google's Search Appliance hardware which can be used to index and search content not exposed to the internet like internal documents, has never really caught on. Though Google has never revealed the number of Search Appliances it has sold, most people agree that the number is not large. To bolster the sales of the search appliance Google has now released a virtual version of the appliance which can be run in Vmware.Its capabilities are limited compared to the hardware appliance.
It is free software download and is intended to be used as a platform for developers to build and test applications against Google enterprise search technology. Since it is intended only as a development platform, there is no support options available except developer forums.


Wednesday, June 13, 2018
White Oak Public Library, 121 E. 8th. Street, Lockport, Illinois
6:30 pm - 7:30 pm
Come Celebrate the Illinois Bicentennial with a lecture from Katie Yurkewicz, Ph.D, Communication Director at Fermilab. She will be talking about Fermilab, America’s particle physics and accelerator laboratory located in Chicago’s western suburbs. Fermilab has been an international hub for research on matter, energy, space, and time for more than 50 years. This talk will give an overview of the lab’s history, its current science and technology program, and a new flagship science experiment under construction with partners from over 30 countries.
Cost of Admission: $free


“With the Android operating system being so popular in the country, the user interface of our streaming device will be familiar and will help customers adapt to the new technology quickly,” Adarsh Menon, Senior Vice President – Private Brands, Electronics and Furniture, Flipkart, said in a statement.
“Through this latest offering, we are once again bringing to the Indian market a product of unmatched quality, crafted to meet the needs of our consumers,” he added.
The ”MarQ TurboStream” device is equipped with the latest Android 9.0 OS and sports Dolby Digital Audio and a voice-controlled remote with Google Assistant.
The device comes with Full HD resolution of 1920*1080 at 60 frames per second; 1 GB DDR3 RAM, 8GB ROM, and streaming support for 2.4 GHz and 5 GHz WiFi.
With built-in Chromecast, it allows users to cast their mobile phone screens onto the TV and supports all apps available on the Google Play Store.


Visual learning and education for augmented reality environments
Keywords:visual learning, visual perception, augmented reality, immersive technology, digital learning environments
AbstractStudies on the neurosciences and the cognitive sciences have shown the existing interconnections between visual perception and cognition in the knowledge/interaction with the world. It is recognised in particular how the perception of the information in the multimedia format can improve the teaching-learning processes. With reference to the neuro-cognitive and cognitive aspects, I will focus my attention on visual learning, with particular regard to the use of augmented reality technologies. The present contribution aims specifically to identify the elements of tangency between visual educational perspectives and the construction/use of augmented digital environments.
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