various embodiments of the present invention are described hereinafter with reference to the figures . it should be noted that the figures are not drawn to scale and elements of similar structures or functions are represented by like reference numerals throughout the figures . it should also be noted that the figures are only intended to facilitate the description of specific embodiments of the invention . in addition , an aspect described in conjunction with a particular embodiment of the present invention is not necessarily limited to that embodiment and can be practiced in any other embodiments of the present invention . referring now to the invention in more detail , fig1 schematically shows a medical treatment device ( 100 ) for controlling a therapeutic pad , for example , the therapeutic pad as schematically shown in fig6 . the device may or may not have wheels ( 102 ) or other means for facilitating the transportation and handling , so that the device is a portable device . the treatment device ( 100 ) is equipped with a hardware and software user interface ( 104 ). the user interface ( 104 ) may be a touch screen user interface , but any other kind that allows the operator of the treatment device ( 100 ) to perform and view the input and request and view the output of data and instructions is possible ( included but not limited to hardware keyboard , pointing device , audio input and output ). further , the treatment device ( 100 ) can have a printer device , embedded ( 106 ) or external ( connected through radio or wire to the treatment device ( 100 )), for the printing of labels and reports . finally , the treatment device ( 100 ) may be a thermal treatment device and may be equipped with a hydraulic tube ( 108 ) and a hydraulic connector ( 110 ) to allow the circulating fluid to reach a therapeutic pad through the hydraulic device ( 200 ) described in fig2 . the hydraulic connector ( 110 ) can be formed by two separate hydraulic connectors or the two connectors can be embedded in a single element , as depicted in fig1 . fig2 shows a top view of a hydraulic device ( 200 ). the hydraulic device ( 200 ) is formed by two tubes ( 212 , 214 ), two hydraulic connectors connected to the tubes ( 212 , 214 ), and two hydraulic sealed connections ( 206 , 208 ). the hydraulic sealed connections are preferably sealed in a non - removable way to the fluid inlet ( 14 ) and outlet ( 22 ) of the therapeutic pad ( 10 ). preferably the hydraulic device ( 200 ) is assembled and forms one single part with the therapeutic pad ( 10 ). for example , the hydraulic device and the pad may be integrally formed , e . g . integrally molded . optionally the hydraulic device ( 200 ) can be equipped with an element ( 210 ) with the mechanical goal of keeping the tubes close to each other . in an alternative but similar embodiment , the two connectors can be embedded in such an element ( 210 ). the hydraulic device ( 200 ) allows the circulation of the fluid from a thermal treatment device through the connectors ( 202 , 204 ) to and through the therapeutic pad ( 10 ). fig3 shows a functional diagram of the components of an external treatment device , for example , the device ( 100 ) as shown in fig1 , for controlling the treatment of a pad , for example pad ( 10 ) as shown in fig6 as an example , to the body . in a particular embodiment , the processing unit ( 316 ), a data storage ( 318 ), and a rf reader and / or writer module ( 314 ) form a contactless communication system . for example , if a readable and writeable electronic memory chip , e . g . the data storage ( 310 ), is placed in a rf tag ( 312 ), see also fig4 , and attached on or within a part of the pad , the contactless communication system allows a controlling and adjusting of fluid flow , pressure , and / or temperature in the pad . in a particular embodiment , the treatment and patient information data storage unit is placed on a therapeutic pad ( 10 ) or on the hydraulic connection system ( device ) ( 200 ). the preferred embodiment is a contactless communication system , with a readable and writeable electronic memory chip ( 310 ) placed in a rf tag ( 312 ) placed in the hydraulic connector ( 202 or 204 ), but can also be placed in ( 210 ), or in a label on the therapeutic pad ( 10 ). any other solution is possible for placing the rf tag . the read and write operations are performed by a rf reader / writer module ( 314 ) part of the thermal treatment device ( 100 ). the rf reader / writer module ( 314 ) is preferably collocated with the processing unit ( 316 ). in this case the rf antenna part of the rf reader / writer module ( 314 ) can be located for example on the connector ( 110 ), and connected to the rf reader / writer module ( 314 ) by means of , but not limited to , a coaxial cable . the re reader / writer module ( 314 ) is driven by the processing unit ( 316 ), and is either integrated with it or connected to it by means of , for example but not limited to , a spi bus , a rs232 port . the information is read from and written to a data storage unit ( 318 ) by the rf reader / writer module ( 314 ). the data storage unit ( 318 ) is preferably accessed by the rf reader / writer module ( 314 ) through the processing unit ( 316 ). an example of a contact based communication system is that of a readable and writeable electronic memory chip placed as described above , but the communication is implemented through an electrical connection ( e . g . electric wire and plugs ) between the data storage ( 310 ) on the therapeutic pad ( 10 ) and a reader / writer on the thermal treatment server ( 100 ). fig4 shows a part of the therapeutic pad having an rf tag ( 312 ) attached . in this embodiment , the tag 312 comprises a data storage ( 310 ) to allow the storage of data received , e . g ., from an external device . in a particular embodiment , the storage is a treatment and patient information data storage and is placed on the therapeutic pad ( 10 ) via a tag . in doing so , application of the pad and use of the pad may be efficiently and effectively controlled by the system ( treatment device ) so that the wearing of the pad is more convenient for the patient and healing is enhanced . in one embodiment , once the treatment starts , the thermal treatment device will start writing data onto the data storage tag ( 310 ). once the treatment stops , and the user moves to another location , the therapeutic pad ( 10 ) will be connected to a new thermal treatment device . the latter will read the information from the data storage tag ( 310 ), and by doing so it will be able to implement the right treatment protocol without needing any manual input . also , because the thermal treatment device will also log on the data storage tag ( 310 ) information related to the therapeutic pad ( 10 ) performance , usage , quality , etc ., the thermal treatment device will be able to control and regulate the use of expired or non - performing therapeutic pads ( 10 ). preferably , the therapeutic pad ( 10 ) is a disposable unit which is replaced after a pre - determined amount of time , due to treatment protocols , safety , or expiry of the pad . the data storage tag ( 310 ) allows the treatment device to disable the pad ( 10 ) after a pre - determined amount of time , for example , 10 hours of treatment . at that time , it is anticipated that information from the data storage tag ( 310 ) on the therapeutic pad ( 10 ) is copied to the replacement therapeutic pad ( 10 ), via means of an intermediary device , for example , but not limited to the thermal treatment device . additionally or alternatively , information can also be copied onto a storage device held on the patient &# 39 ; s person , for example , onto an rf bracelet , for example . for example , such information may be uploaded to a computer network or the internet , either by the treatment device or from the therapeutic pad ( 10 ) preferably using wireless transmission means . such alternative embodiments advantageously allow data specific to the patient to be collated for various purposes , such as but not limited to , generating or modifying treatment protocols , assessing the current status of the patient on their path to recovery , or collecting data in the process of a clinical trial . finally , one of the problems with the kind of therapeutic pad ( 10 ) described and the domain of the treatment , is the risk of infections due to improper use of the therapeutic pads ( e . g . multiple patient use ). the operator is able now to register the patient name , and possibly also to print it and stick it to the therapeutic pad ( 10 ). because the thermal treatment server will ask confirmation of the current patient — therapeutic pad ( 10 ) relationship , there will be a further step of control in ensuring the single patient usage of the therapeutic pad ( 10 ). fig5 schematically shows an ( optional ) handheld device ( 400 ), equipped with a hardware and software user interface ( 414 , 416 ). the user interface ( 414 , 416 ) depicted in fig6 is a video display ( 416 ) with a hardware keyboard ( 414 ), but any other kind that allows the operator of the ( thermal ) treatment device ( 100 ) to perform and view the input and to request and view the output of data and instructions is possible ( included but not limited to hardware keyboard , pointing device , audio input and output ). further , the handheld device ( 400 ) can have a printer device , embedded ( 412 ) or external ( connected through radio or wire to the handheld device ( 400 )), for the printing of labels and reports . finally , the handheld device ( 400 ) may have a rf reader / writer module ( 410 ). fig6 shows a top view of a therapeutic pad ( 10 ) as an example . the shape of the therapeutic pad ( 10 ) may be modified to fit to particular part of the body to be treated and depends on the application . the depicted therapeutic pad ( 10 ) in fig6 is , for example , for knee application . other shapes are also possible and may be preferred for different applications . the therapeutic pad ( 10 ) is outlined by externally enclosing welding lines ( 12 ). the therapeutic pad receives the fluid , for example , from a thermal treatment device through a fluid inlet ( 14 ). the fluid circulates in the therapeutic pad through internal communicating channels ( 16 ), delimited by internal welding lines ( 18 ) and welding points ( 20 ). finally , the fluid returns to the thermal treatment device through a fluid outlet ( 22 ). fig7 shows the overall system with the arrangement of the medical treatment device ( 100 ) and the pad ( 10 ) connected to the device ( 100 ) via a tube system ( 108 , 110 , 202 , 204 , 206 and 208 ). while the invention has been illustrated and described in detail in the foregoing description , such illustration and description are to be considered illustrative or exemplary and non - restrictive ; the invention is thus not limited to the disclosed embodiments . features mentioned in connection with one embodiment described herein may also be advantageous as features of another embodiment described herein without explicitly showing these features . variations to the disclosed embodiments can be understood and effected by those skilled in the art and practicing the claimed invention , from a study of the disclosure and the appended claims . in the claims , the word “ comprising ” does not exclude other elements or steps , and the indefinite article “ a ” or “ an ” does not exclude a plurality . the mere fact that certain measures are recited in mutually different dependent claims does not indicate that a combination of these measures can not be used to advantage .
the invention provides for a system for controlling a therapeutic pad having a data storage medium . the system for controlling has means for reading and / or writing the data of the data storage medium of the therapeutic pad , and means for implementing an operational procedure depending on the data of the storage medium of the therapeutic pad . further , a method for controlling a therapeutic pad having a data storage medium is provided . the method has the steps of reading and / or writing the data of the data storage medium of the therapeutic pad , and implementing operational procedure depending on the data of the storage medium of the therapeutic pad . furthermore , a computer program product is provided . the computer program product has one or more computer readable media having computer executable instructions for performing the steps of the method as discussed hereinbefore .