mhurhangee/ep-ind-claims huggingface dataset:
A rehabilitation apparatus for wrist and forearm therapy comprising: an adjustable armrest, a motor, a plurality of handles comprising a handle for flexion-extension therapy of the wrist, a handle for ulnar radial therapy of the wrist, and a handle for supination-pronation therapy of the forearm for different types of therapy, and a rotatable base having a plurality of sockets for engaging said plurality of handles, wherein the motor is configured to move the rotatable base with respect to the adjustable armrest. an adjustable armrest, a motor, a plurality of handles comprising a handle for flexion-extension therapy of the wrist, a handle for ulnar radial therapy of the wrist, and a handle for supination-pronation therapy of the forearm for different types of therapy, and a rotatable base having a plurality of sockets for engaging said plurality of handles, wherein the motor is configured to move the rotatable base with respect to the adjustable armrest.
A method for evaluating the risk of developing hypertension in a healthy subject who does not have hypertension, the method comprising: determining a level of soluble ST2 in a biological sample from a subject; comparing the level of soluble ST2 in the biological sample to a reference level of soluble ST2; and identifying a subject having an elevated level of soluble ST2 in the biological sample compared to the reference level of soluble ST2 as having an increased risk of developing hypertension, or identifying a subject having decreased low level of soluble ST2 in the biological sample compared to the reference level of soluble ST2 as having a decreased risk of developing hypertension. determining a level of soluble ST2 in a biological sample from a subject; comparing the level of soluble ST2 in the biological sample to a reference level of soluble ST2; and identifying a subject having an elevated level of soluble ST2 in the biological sample compared to the reference level of soluble ST2 as having an increased risk of developing hypertension, or identifying a subject having decreased low level of soluble ST2 in the biological sample compared to the reference level of soluble ST2 as having a decreased risk of developing hypertension.
A communication system wherein a plurality of communication devices (10, 11 to 15) are coupled together such that mutual communication is possible over a network and each of the communication devices is coupled with a server such that communication with the server is possible, wherein the server is requested authentication from the communication devices (10, 11 to 15) under a secure environment and issues random seeds of the same value and individual identifiers to the communication devices when the server has authenticated the communication devices (10, 11 to 15), wherein each of the communication devices (10, 11 to 15) includes its own area information and includes an IP address comprising a first part comprising a pseudorandom number that has been generated by using the area information and the issued random seed as seeds, and a second part comprising the identifier that has been issued to the communication device itself, and wherein the communication devices (10, 11 to 15) establish communication between the communication devices that include the pseudorandom numbers that are mutually the same in their IP addresses.
A method of manufacturing a light emitting diode device comprising steps of: preparing an electrically conductive member provided with a reflective film; disposing a light emitting element on the reflective film; characterized by forming a protective film on the reflective film by means of an atomic layer deposition method. preparing an electrically conductive member provided with a reflective film; disposing a light emitting element on the reflective film; characterized by forming a protective film on the reflective film by means of an atomic layer deposition method.
An implantable apparatus for treating cardiac arrhythmia, the apparatus comprising: a plurality of implantable leads (110, 115) including at least one high-energy shock lead, wherein each lead of the plurality of implantable leads (110, 115) include at least one electrode; an impedance measurement circuit coupled to the plurality of electrodes configured to measure the impedance between electrodes in a plurality of pairs of electrodes; a control circuit coupled to the impedance measurement circuit, wherein the control circuit is configured to determine that a condition exists for which shock therapy is to be delivered, wherein the impedance measurement circuit is configured to measure the impedance of a shock electrode to at least one other electrode in response to determining that a condition exists for which shock therapy is to be delivered, and before delivery of therapy, wherein the control circuit is configured to set a shorted lead indicator to a fault state when the impedance between a pair of electrodes is less than a predetermined value, and wherein the control circuit is adaptable to prevent the delivery of shock therapy when the shorted lead indicator is set to a fault state. a plurality of implantable leads (110, 115) including at least one high-energy shock lead, wherein each lead of the plurality of implantable leads (110, 115) include at least one electrode; an impedance measurement circuit coupled to the plurality of electrodes configured to measure the impedance between electrodes in a plurality of pairs of electrodes; a control circuit coupled to the impedance measurement circuit, wherein the control circuit is configured to determine that a condition exists for which shock therapy is to be delivered, wherein the impedance measurement circuit is configured to measure the impedance of a shock electrode to at least one other electrode in response to determining that a condition exists for which shock therapy is to be delivered, and before delivery of therapy, wherein the control circuit is configured to set a shorted lead indicator to a fault state when the impedance between a pair of electrodes is less than a predetermined value, and wherein the control circuit is adaptable to prevent the delivery of shock therapy when the shorted lead indicator is set to a fault state.
An apparatus for blowing insulating material in particular insulating material made of wood fiber, cellulose and/or mineral fiber, into an insulating material chamber which is open on at least one side, comprising: a cover element for covering at least a part of the insulating chamber; and at least one nozzle for blowing in the insulating material, wherein the nozzle is provided on a side of the cover element which, in operation, faces a cavity of the insulating material chamber to be filled and wherein the nozzle projects beyond this side of the cover element; characterized in that the nozzle is configured to be flexible, wherein the nozzle comprises a textile material. a cover element for covering at least a part of the insulating chamber; and at least one nozzle for blowing in the insulating material, wherein the nozzle is provided on a side of the cover element which, in operation, faces a cavity of the insulating material chamber to be filled and wherein the nozzle projects beyond this side of the cover element; characterized in that the nozzle is configured to be flexible, wherein the nozzle comprises a textile material.
An aerosolisable gel comprising (a) nicotine; (b) one or more gel forming materials, wherein the one or more gel forming materials is at least agarose, wherein the agarose is present in an amount of 1 to 12 wt.% based on the aerosolisable gel; (c) an aerosol forming material; and (d) water; wherein the aerosolisable gel contains agaropectin in an amount of less than 0.1 wt.% based on the aerosolisable gel. (a) nicotine; (b) one or more gel forming materials, wherein the one or more gel forming materials is at least agarose, wherein the agarose is present in an amount of 1 to 12 wt.% based on the aerosolisable gel; (c) an aerosol forming material; and (d) water;
An operating method of an aggregate media server aggregating content information stored in at least one of an aggregated media server, comprising the steps of: receiving an aggregation restriction request for content information of a first aggregated media server; adding identification information of the first aggregated media server to a list included in an aggregation restriction state variable according to the request, wherein the list includes identification information of a specific aggregated media server of which the content information is not allowed to be aggregated by the aggregate media server; requesting and obtaining aggregation state information of a second aggregated media server from the second aggregated media server not included in the list, wherein the aggregation state information includes an update identifier of the second aggregated media server; checking whether a state of the second aggregated server has been changed by comparing the update identifier with a pre-stored update identifier of the second aggregated media server; and updating, when the state of the second aggregated media server has been changed according to the checking result, the state of the second aggregated media server. receiving an aggregation restriction request for content information of a first aggregated media server; adding identification information of the first aggregated media server to a list included in an aggregation restriction state variable according to the request, wherein the list includes identification information of a specific aggregated media server of which the content information is not allowed to be aggregated by the aggregate media server; requesting and obtaining aggregation state information of a second aggregated media server from the second aggregated media server not included in the list, wherein the aggregation state information includes an update identifier of the second aggregated media server; checking whether a state of the second aggregated server has been changed by comparing the update identifier with a pre-stored update identifier of the second aggregated media server; and updating, when the state of the second aggregated media server has been changed according to the checking result, the state of the second aggregated media server.
A tunnel operation robot, comprising: a robot body, provided with protruding cantilever parts on both sides, wherein the cantilever parts on both sides are collinearly arranged; a walking module, arranged on the robot body and configured to drive the robot body to walk and steer on a tunnel wall surface; a fixed wing module, comprising a fixed fan, fixedly arranged on the robot body, and configured to provide a pressure for the walking module to be pressed against the tunnel wall surface; and a plurality of rotatable wing modules, respectively arranged on the cantilever parts on both sides of the robot body, and comprising a rotatable rotating fan and a wind direction adjustment driver, wherein each rotating fan has a rotation axis parallel to an extension direction of the cantilever parts and an air outlet direction perpendicular to the extension direction of the cantilever parts, and the wind direction adjustment driver is connected to the rotating fan, and configured to maintain the air outlet direction of the rotating fan downward to generate a thrust capable of balancing gravity; the rotatable wing modules are detachably connected to the cantilever parts, wherein a pressure detection device is provided between the robot body and the walking module, and the pressure detection device is configured to detect a pressure transmitted from the robot body to the walking module. a robot body, provided with protruding cantilever parts on both sides, wherein the cantilever parts on both sides are collinearly arranged; a walking module, arranged on the robot body and configured to drive the robot body to walk and steer on a tunnel wall surface; a fixed wing module, comprising a fixed fan, fixedly arranged on the robot body, and configured to provide a pressure for the walking module to be pressed against the tunnel wall surface; and a plurality of rotatable wing modules, respectively arranged on the cantilever parts on both sides of the robot body, and comprising a rotatable rotating fan and a wind direction adjustment driver, wherein each rotating fan has a rotation axis parallel to an extension direction of the cantilever parts and an air outlet direction perpendicular to the extension direction of the cantilever parts, and the wind direction adjustment driver is connected to the rotating fan, and configured to maintain the air outlet direction of the rotating fan downward to generate a thrust capable of balancing gravity; the rotatable wing modules are detachably connected to the cantilever parts, wherein a pressure detection device is provided between the robot body and the walking module, and the pressure detection device is configured to detect a pressure transmitted from the robot body to the walking module.
Device for the sliding along a cable comprising a base body, at least one connecting element openable to couple said base body of the device to a load and/ or to at least one cable, sliding means (20, 21, 22) allowing the sliding on said cable, characterized by comprising at least one hub comprising at least one opening passing through it in which said connecting element is inserted and in that said base body is rotatable with respect to said hub and with respect to said connecting element.
A tolerance ring comprising: a plurality of discrete tolerance ring panels wherein each tolerance ring panel comprises an arcuate sidewall having an unformed portion and at least one projection extending from the unformed portion, wherein the at least one projection is surrounded by the unformed portion of the arcuate sidewall and wherein the tolerance ring is configured to be deployed in an interference fit between an inner component and an outer component to provide torque coupling between the inner component and the outer component, and further comprising a support structure secured to the panels in order to maintain the panels in position relative to each other, characterized in that the support structure includes a first ring affixed to a top of each tolerance ring panel and a second ring affixed to a bottom of each tolerance ring panel. a plurality of discrete tolerance ring panels wherein each tolerance ring panel comprises an arcuate sidewall having an unformed portion and at least one projection extending from the unformed portion, wherein the at least one projection is surrounded by the unformed portion of the arcuate sidewall and wherein the tolerance ring is configured to be deployed in an interference fit between an inner component and an outer component to provide torque coupling between the inner component and the outer component, and further comprising a support structure secured to the panels in order to maintain the panels in position relative to each other, characterized in that the support structure includes a first ring affixed to a top of each tolerance ring panel and a second ring affixed to a bottom of each tolerance ring panel.
Apparatus for treating an object using a plasma process, comprising - a supporting structure (3, 4, 5) for supporting the object, - an electrode structure for generating the plasma process, including a surface dielectric barrier discharge plasma unit (6, 7, 8) comprising a solid dielectric structure (9, 10, 11) provided with an interior space wherein an interior electrode (12, 13, 14) is arranged, further comprising a further electrode (15, 16, 17) for generating in concert with the interior electrode a surface dielectric barrier discharge plasma, wherein the apparatus further comprises multiple gas flow paths (F1, F2, F3, F4) configured to separately flowing materials towards the object and characterised in that downstream sections of at least two gas flow paths of the multiple gas flow paths substantially coincide, wherein a gas in the first of the two gas flow paths contains a first material and wherein a gas in the second of the two gas flow paths contains a second material, and wherein the substantially coinciding downstream sections of the at least two gas flow paths are located near the object. - a supporting structure (3, 4, 5) for supporting the object, - an electrode structure for generating the plasma process, including a surface dielectric barrier discharge plasma unit (6, 7, 8) comprising a solid dielectric structure (9, 10, 11) provided with an interior space wherein an interior electrode (12, 13, 14) is arranged, further comprising a further electrode (15, 16, 17) for generating in concert with the interior electrode a surface dielectric barrier discharge plasma,
Single-hand lever cartridge, comprising a head piece which holds a base piece, and a disk-control system with a control disk which is arranged in such a way that it can rotate and/or move via a spindle which is mounted movably and/or rotatably in a spindle seat, where the spindle seat has a duct for the spindle, where at least two slots are made in the spindle seat in the area of the duct, by means of which the inner contour of the duct is interrupted at a section of the spindle seat towards its end, characterised in that a spreading groove is arranged in the spindle seat at a distance from the duct, in which groove at least one spreading body (91, 92) is located.
Device for producing hollow bodies from a glass melt with at least one rotary indexing table and with at least one carrier mechanism which has at least one drive and which moves a blank mold serving the purpose of receiving a gob of a glass melt between at least two operating positions by means of a carrier, characterized in that - the at least one drive of the carrier mechanism is at least one servo-electric drive, - and the carrier of the blank mold performs a radial movement across a guide rail having a multi-curved shape, wherein the two halves of the guide rail are twisted against each other, with said radial movement being determined by the length and the curvature of the guide rail. - the at least one drive of the carrier mechanism is at least one servo-electric drive, - and the carrier of the blank mold performs a radial movement across a guide rail having a multi-curved shape, wherein the two halves of the guide rail are twisted against each other, with said radial movement being determined by the length and the curvature of the guide rail.
An object information acquiring apparatus comprising: an irradiating unit configured to irradiate an object with light; a probe configured to receive an acoustic wave generated from the object irradiated with the light, and to be scanned restrictively to a zone above a surface of a holding unit of the apparatus configured to hold the object; a generating unit configured to generate an image of an object interior on the basis of the acoustic wave; an imaging region input unit configured to receive an input of a designation of an imaging region, which is a region of the object from which the acoustic wave is received by the probe being scanned; a display region input unit configured to receive an input of a designation of a display region, which is a region of the object including the designated imaging region for which the image generated by the generating unit is displayed; a display unit configured to display the generated image for the display region; characterized in that the display region input unit is configured to receive a selection as to whether to display an image of an adjacent region, which is a region of the object adjacent to the imaging region and faces a region of the surface of the holding unit above which the probe scanning cannot be performed; when the selection to display the image of the adjacent region is inputted, the generating unit is configured to cause the display unit to display a generated image of the adjacent region based on the acoustic wave from the adjacent region. an irradiating unit configured to irradiate an object with light; a probe configured to receive an acoustic wave generated from the object irradiated with the light, and to be scanned restrictively to a zone above a surface of a holding unit of the apparatus configured to hold the object; a generating unit configured to generate an image of an object interior on the basis of the acoustic wave; an imaging region input unit configured to receive an input of a designation of an imaging region, which is a region of the object from which the acoustic wave is received by the probe being scanned; a display region input unit configured to receive an input of a designation of a display region, which is a region of the object including the designated imaging region for which the image generated by the generating unit is displayed; a display unit configured to display the generated image for the display region; characterized in that the display region input unit is configured to receive a selection as to whether to display an image of an adjacent region, which is a region of the object adjacent to the imaging region and faces a region of the surface of the holding unit above which the probe scanning cannot be performed; when the selection to display the image of the adjacent region is inputted, the generating unit is configured to cause the display unit to display a generated image of the adjacent region based on the acoustic wave from the adjacent region.