mhurhangee/patent-ind-claim-en huggingface dataset:
Method for manufacturing a device for adapting a footwear to the specific deformations of the foot of a user, characterized in that it comprises the following steps: - creating a first 3D scan of the weight bearing foot, a second 3D scan of the non-weight bearing foot, and a third 3D scan of the footwear , and sending the images obtained to a computer ; - determining the rubbing areas between the foot of the user and the footwear by means of superimposing the scanned 3D image of the footwear and the scanned 3D images of the weight bearing and the non-weight bearing foot, wherein said rubbing areas are the areas in the 3D images of the weight bearing and the non-weight bearing foot that protrude from the volume of the scanned 3D image of the footwear; - obtaining a final out-of-phase 3D image of the non-weight bearing foot, wherein the rubbing areas in the 3D image of the non-weight bearing foot are moved out of phase until they reach an intermediate position selected between a minimum limit set by the 3D image of the weight bearing foot and a maximum limit set by a final out-of-phase 3D image of the footwear ; - separately obtaining, from the final out-of-phase 3D image of the non-weight bearing foot, the part of the heel and the part of the forefoot by means of a 3D printer connected to the computer , and; - fitting a flexible element for joining together the part of the heel and the part of the forefoot , obtaining in this way the device to be placed in the footwear . - creating a first 3D scan of the weight bearing foot, a second 3D scan of the non-weight bearing foot, and a third 3D scan of the footwear , and sending the images obtained to a computer ; - determining the rubbing areas between the foot of the user and the footwear by means of superimposing the scanned 3D image of the footwear and the scanned 3D images of the weight bearing and the non-weight bearing foot, wherein said rubbing areas are the areas in the 3D images of the weight bearing and the non-weight bearing foot that protrude from the volume of the scanned 3D image of the footwear; - obtaining a final out-of-phase 3D image of the non-weight bearing foot, wherein the rubbing areas in the 3D image of the non-weight bearing foot are moved out of phase until they reach an intermediate position selected between a minimum limit set by the 3D image of the weight bearing foot and a maximum limit set by a final out-of-phase 3D image of the footwear ; - separately obtaining, from the final out-of-phase 3D image of the non-weight bearing foot, the part of the heel and the part of the forefoot by means of a 3D printer connected to the computer , and; - fitting a flexible element for joining together the part of the heel and the part of the forefoot , obtaining in this way the device to be placed in the footwear .
A wound dressing apparatus comprising: a wound contact layer comprising a proximal wound-facing face and a distal face, wherein the proximal wound-facing face is configured to be positioned in contact with a wound; at least one absorbent layer over the wound contact layer; a cover layer configured to cover and form a seal over the wound contact layer and the at least one absorbent layer; and an electronics assembly comprising: an electronics unit comprising a negative pressure source; a housing comprising: a plate; a flexible film; and a window comprising a porous material; wherein the electronics unit is enclosed within the flexible film and the plate; wherein the at least one absorbent layer and the cover layer comprise recesses configured to receive the electronics assembly and the at least one absorbent layer is configured to be in fluid communication with the window of the electronics assembly. a wound contact layer comprising a proximal wound-facing face and a distal face, wherein the proximal wound-facing face is configured to be positioned in contact with a wound; at least one absorbent layer over the wound contact layer; a cover layer configured to cover and form a seal over the wound contact layer and the at least one absorbent layer; and an electronics assembly comprising: an electronics unit comprising a negative pressure source; a housing comprising: a plate; a flexible film; and a window comprising a porous material; wherein the electronics unit is enclosed within the flexible film and the plate; an electronics unit comprising a negative pressure source; a housing comprising: a plate; a flexible film; and a window comprising a porous material; wherein the electronics unit is enclosed within the flexible film a plate; a flexible film; and a window comprising a porous material; wherein the electronics unit is enclosed within the flexible film and the plate; wherein the at least one absorbent layer and the cover layer comprise recesses configured to receive the electronics assembly and the at least one absorbent layer is configured to be in fluid communication with the window of the electronics assembly.
A user equipment, UE, comprising: one or more non-transitory computer-readable media having computer-executable instructions embodied thereon; and at least one processor coupled to the one or more non-transitory computer-readable media, the at least one processor is configured to execute the computer-executable instructions to: receive, by a Medium Access Control, MAC, entity of the UE, a Listen-Before-Talk, LBT, failure indication from a lower layer of the UE for all uplink, UL, transmissions; increase an LBT failure counter when the MAC entity receives the LBT failure indication; determine that an LBT failure event has occurred when the LBT failure counter is greater than or equal to a threshold; indicate, by the MAC entity of the UE, to an upper layer of the UE an LBT failure problem after determining that the LBT failure event has occurred; and transmit, to a secondary node, a Master Cell Group, MCG, failure report including information of the LBT failure problem when the LBT failure event occurs in a Primary Cell, PCell, or MCG. one or more non-transitory computer-readable media having computer-executable instructions embodied thereon; and at least one processor coupled to the one or more non-transitory computer-readable media, the at least one processor is configured to execute the computer-executable instructions to: receive, by a Medium Access Control, MAC, entity of the UE, a Listen-Before-Talk, LBT, failure indication from a lower layer of the UE for all uplink, UL, transmissions; increase an LBT failure counter when the MAC entity receives the LBT failure indication; determine that an LBT failure event has occurred when the LBT failure counter is greater than or equal to a threshold; indicate, by the MAC entity of the UE, to an upper layer of the UE an LBT failure problem after determining that the LBT failure event has occurred; and transmit, to a secondary node, a Master Cell Group, MCG, failure report including information of the LBT failure problem when the LBT failure event occurs in a Primary Cell, PCell, or MCG. receive, by a Medium Access Control, MAC, entity of the UE, a Listen-Before-Talk, LBT, failure indication from a lower layer of the UE for all uplink, UL, transmissions; increase an LBT failure counter when the MAC entity receives the LBT failure indication; determine that an LBT failure event has occurred when the LBT failure counter is greater than or equal to a threshold; indicate, by the MAC entity of the UE, to an upper layer of the UE an LBT failure problem after determining that the LBT failure event has occurred; and transmit, to a secondary node, a Master Cell Group, MCG, failure report including information of the LBT failure problem when the LBT failure event occurs in a Primary Cell, PCell, or MCG.
Lysozyme for use in the prevention of psoriasis, treatment of psoriasis, and/or prevention of psoriasis recurrence, wherein the PASI score of the psoriasis is not less than 5, wherein lysozyme is prepared into a medicament, and the medicament is an enteric preparation.
Method for cooling liquids for a beverage preparation apparatus, in which method a liquid to be cooled is conveyed through a throughflow cooler by means of a pump , wherein the liquid to be cooled is stored in an uncooled storage container , characterized in that the liquid to be cooled is repeatedly conveyed through the throughflow cooler by means of the pump until the liquid to be cooled is cooled to a prespecified temperature, wherein the pump is activated as soon as the prespecified temperature is exceeded during measurement using a temperature measuring unit .
A user equipment, UE , comprising a processor, a memory, a service capability exposure function, U-SCEF , and communication circuitry, the UE being connected to a network via its communication circuitry, the UE further comprising computer-executable instructions stored in the memory of the UE which, when executed by the processor of the UE, cause the UE to offer capabilities to one or more applications at the UE by causing the U-SCEF to perform operations comprising: receiving an application registration request from an application located at the UE, wherein an application registration request contains an identifier of the application; processing the application registration request to determine one or more UE or network capabilities that the application is permitted to use, wherein the capabilities include allowing the application to change the UE's mobility settings or the UE's communication schedule; and sending an application registration response to the application, wherein the response indicates the UE or network capabilities the application is permitted to use. receiving an application registration request from an application located at the UE, wherein an application registration request contains an identifier of the application; processing the application registration request to determine one or more UE or network capabilities that the application is permitted to use, wherein the capabilities include allowing the application to change the UE's mobility settings or the UE's communication schedule; and sending an application registration response to the application, wherein the response indicates the UE or network capabilities the application is permitted to use.
A vehicle protection device, including a base and a barrier located in front of the base and connected to the latter by at least two struts attached at one end to the barrier and at the other end to the base; wherein, each of said struts is made of at least two separate rod-shaped elements having holes along their longitudinal axes and detachable joints at their ends, and configured to stay connected with each other by force of a flexible element going through the holes of all rod-shaped elements of struts and capable of disengaging from each other under axial or lateral load; wherein said flexible element is adapted to interact with a base-mounted mechanism for activating the sensor of the vehicle stopping system.
A motor vehicle headlamp, in the form of a front headlamp or in the form of a rear lamp, having at least one light shaping unit for producing at least one light distribution and at least one component which comprises diffractive optical elements , characterized in that the at least one component which comprises the diffractive optical elements is a thick-walled optics having a light entry surface , a light exit surface and a totally reflective outer surface , the diffractive optical elements being arranged in lateral regions of the totally reflective outer surface with respect to the installed state of the motor vehicle headlamp in the motor vehicle; the motor vehicle headlamp comprises at least one white light source which is adapted to emit white light in the direction of the diffractive optical elements , the diffractive optical elements are adapted to diffract the white light emitted by the at least one white light source to form visually recognizable effects which are visible to an outside observer at the lateral regions of the lateral surface of the thick-walled optics wherein the diffractive optical elements arranged in the lateral regions of the lateral surface do not influence the light image obtained by the light distribution of the motor vehicle headlamp by the visually recognizable effects or do so to an extent which is not perceptible to an observer, and in that the visually recognizable effects formed by diffraction of the white light by the diffractive optical elements are colour effects. characterized in that the at least one component which comprises the diffractive optical elements is a thick-walled optics having a light entry surface , a light exit surface and a totally reflective outer surface , the diffractive optical elements being arranged in lateral regions of the totally reflective outer surface with respect to the installed state of the motor vehicle headlamp in the motor vehicle; the motor vehicle headlamp comprises at least one white light source which is adapted to emit white light in the direction of the diffractive optical elements , the diffractive optical elements are adapted to diffract the white light emitted by the at least one white light source to form visually recognizable effects which are visible to an outside observer at the lateral regions of the lateral surface of the thick-walled optics wherein the diffractive optical elements arranged in the lateral regions of the lateral surface do not influence the light image obtained by the light distribution of the motor vehicle headlamp by the visually recognizable effects or do so to an extent which is not perceptible to an observer, and in that the visually recognizable effects formed by diffraction of the white light by the diffractive optical elements are colour effects.
A method of binding a token key to an account, the method comprising: a webpage sending a binding request message carrying an account to a server, so that the server generates a certification link and a first token key corresponding to the account (S41); the webpage acquiring the certification link and the first token key from the server, and generating and displaying display information according to the certification link and the first token key (S42), so that by scanning the displayed display information a mobile terminal obtains encrypted information according to the first token key and sends an access request message carrying the certification link and the encrypted information to the server (S43) and the server receiving the access request message and sending the encrypted information to the webpage (S44); the webpage acquiring the encrypted information, and obtaining a second token key according to the encrypted information; and the webpage sending a binding success message to the server after determining the second token key is consistent with the first token key (S45), and the server binding the first token key to the account (S46). a webpage sending a binding request message carrying an account to a server, so that the server generates a certification link and a first token key corresponding to the account (S41); the webpage acquiring the certification link and the first token key from the server, and generating and displaying display information according to the certification link and the first token key (S42), so that by scanning the displayed display information a mobile terminal obtains encrypted information according to the first token key and sends an access request message carrying the certification link and the encrypted information to the server (S43) and the server receiving the access request message and sending the encrypted information to the webpage (S44); the webpage acquiring the encrypted information, and obtaining a second token key according to the encrypted information; and the webpage sending a binding success message to the server after determining the second token key is consistent with the first token key (S45), and the server binding the first token key to the account (S46).
An air particle measurement apparatus connected to a chamber , the chamber temporarily or constantly maintained at a humidity higher than an outside air humidity, the air particle measurement apparatus comprising: a measurement unit configured to measure particles in the drawn gas; a suction pipe through which the gas drawn from an interior of the chamber is transported to the measurement unit , the suction pipe connecting a mounting unit of the chamber and the measurement unit ; a pump configured to suction the gas so as to be transported from the chamber to the measurement unit through the suction pipe ; and a heating unit configured to heat the gas in a path upstream from the measurement unit , wherein the suction pipe is formed of a hygroscopic resin or wherein the apparatus comprises a removal unit Z configured to remove moisture in the gas by condensing moisture contained in the gas in the suction pipe , characterized in that the heating unit has a structure to cover the suction pipe upstream from the measurement unit . a measurement unit configured to measure particles in the drawn gas; a suction pipe through which the gas drawn from an interior of the chamber is transported to the measurement unit , the suction pipe connecting a mounting unit of the chamber and the measurement unit ; a pump configured to suction the gas so as to be transported from the chamber to the measurement unit through the suction pipe ; and a heating unit configured to heat the gas in a path upstream from the measurement unit , wherein the suction pipe is formed of a hygroscopic resin or wherein the apparatus comprises a removal unit Z configured to remove moisture in the gas by condensing moisture contained in the gas in the suction pipe , characterized in that the heating unit has a structure to cover the suction pipe upstream from the measurement unit .
Device for load detection of preferably compressive, tensile and/or torsional loads on a commercial vehicle chassis part, the device having two carrier feet arranged at a distance from one another, on each of which a bottom side and a top side are formed, each carrier foot being weldable to the chassis part along the bottom side and, on the top side, being provided with a fastening surface for supporting a sensor carrier which forms a bridge between the carrier feet , the sensor carrier consisting of a uniform piece of material, carrying a load sensor in a central portion arranged between the carrier feet, and forming a fastening region on each of the two end portions thereof, in which region the sensor carrier is supported against the fastening surface of the relevant support foot under the tightening force of a screw connection , and the sensor carrier and the carrier feet being surrounded by a releasably fastenable protective housing , the protective housing being supported, in a longitudinal direction of the sensor carrier , against neither the sensor carrier nor the first or second carrier foot, characterized in that the protective housing is fastened exclusively to fittings which can be connected directly to the chassis part without contacting the sensor carrier or the carrier feet .
A memory comprising: a plurality of one-time programmable, OTP, memory cells, wherein each OTP memory cell includes a corresponding storage element, wherein the corresponding storage element is capable of being in a permanently blown state or non-blown state, in which, in the non-blown state, the corresponding storage element is capable of being in a low conductive state, LCS, or a high conductive state, HCS, the LCS corresponding to a lower conductivity than the HCS; characterised in that the memory is further comprising : control circuitry configured to, in response to a received read request having a corresponding access address which selects a set of OTP memory cells: direct write circuitry to apply a voltage differential across the corresponding storage element of each selected OTP memory cell sufficient to set the corresponding storage element to a predetermined one of the LCS or HCS, and after the write circuitry applies the voltage differential across the corresponding storage element of each selected OTP memory cell, direct read circuity to read the selected OTP memory cells to output read data stored in the selected OTP memory cells. a plurality of one-time programmable, OTP, memory cells, wherein each OTP memory cell includes a corresponding storage element, wherein the corresponding storage element is capable of being in a permanently blown state or non-blown state, in which, in the non-blown state, the corresponding storage element is capable of being in a low conductive state, LCS, or a high conductive state, HCS, the LCS corresponding to a lower conductivity than the HCS; characterised in that the memory is further comprising : control circuitry configured to, in response to a received read request having a corresponding access address which selects a set of OTP memory cells: direct write circuitry to apply a voltage differential across the corresponding storage element of each selected OTP memory cell sufficient to set the corresponding storage element to a predetermined one of the LCS or HCS, and after the write circuitry applies the voltage differential across the corresponding storage element of each selected OTP memory cell, direct read circuity to read the selected OTP memory cells to output read data stored in the selected OTP memory cells. direct write circuitry to apply a voltage differential across the corresponding storage element of each selected OTP memory cell sufficient to set the corresponding storage element to a predetermined one of the LCS or HCS, and after the write circuitry applies the voltage differential across the corresponding storage element of each selected OTP memory cell, direct read circuity to read the selected OTP memory cells to output read data stored in the selected OTP memory cells.
A sound field reproduction device comprising an emphasis unit adapted to emphasize main sound source components of a first sound pickup signal obtained by picking up a sound using a first microphone array positioned ahead of a main sound source, on the basis of a feature amount extracted from a signal obtained by picking up a sound from the main sound source using a sound pickup unit, and a reduction unit adapted to reduce the main sound source components of a second sound pickup signal obtained by picking up a sound using a second microphone array positioned ahead of an auxiliary sound source, on the basis of the feature amount; wherein the emphasis unit is adapted to separate the first sound pickup signal into the main sound source component and an auxiliary sound source component on the basis of the feature amount and to emphasize the separated main sound source components; and wherein the reduction unit is adapted to separate the second sound pickup signal into the main sound source component and the auxiliary sound source component on the basis of the feature amount and to emphasize the separated auxiliary sound source components to reduce the main sound source components of the second sound pickup signal.
Method for marking a vehicle tyre , wherein the vehicle tyre is supplied to a marking station , wherein the vehicle tyre is aligned and centred in the marking station , wherein the marking takes place in the marking station according to properties of the vehicle tyre , wherein the marking takes place by means of a marking device from a plurality of different marking devices , and wherein the marking device for marking the vehicle tyre is positioned on the vehicle tyre by means of a robot arm , characterized in that the plurality of different marking devices are stored in a marking device magazine and in that the robot arm selects and picks up a specific marking device from the plurality of different marking devices .