mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a wireless device in a wireless communication system, the method comprising: receiving, from a network, channel busy ratio, CBR, information for a resource pool that is broadcast via system information; and performing a sidelink communication based on transmission parameters, wherein, after receiving the CBR information, the method further comprises: in case a CBR measured by the wireless device for the resource pool is available, determining the transmission parameters based on the measured CBR; and in case the CBR measured for the resource pool is unavailable, identifying the transmission parameters by the CBR information received from the network. receiving, from a network, channel busy ratio, CBR, information for a resource pool that is broadcast via system information; and performing a sidelink communication based on transmission parameters, wherein, after receiving the CBR information, the method further comprises: in case a CBR measured by the wireless device for the resource pool is available, determining the transmission parameters based on the measured CBR; and in case the CBR measured for the resource pool is unavailable, identifying the transmission parameters by the CBR information received from the network.
A clamping device comprising a collar which has a belt able to adopt an unclamped state and a clamped state in which its diameter is reduced compared to the unclamped state, and a seal disposed inside the belt by being retained axially relative to the collar, the seal being formed in a strip , which is wound on itself and whose ends are configured to cooperate together via a sealing arrangement , wherein the seal is pre-mounted in the belt, so that the collar and the pre-mounted seal form a component, and wherein, in the unclamped state of the belt, the pre-mounted seal disposed inside the belt undergoes a stress towards the inner surface of the belt, characterized in that the seal is configured to, when pre-mounted in the belt, be elastically deformed against this stress to allow the insertion of an annular object between the seal and the belt , and in that the seal has a rear edge which is provided with at least one insertion ramp inclined towards the axis of winding of the strip in the direction moving away axially from the seal from said rear edge so as to promote the approach of the ends of the belts allowing insertion of said annular object between the seal and the belt .
A support system for a medical treatment room , wherein the support system comprises a rail assembly to be attached to a ceiling of the medical treatment room and a roller trolley for supporting a medical device, wherein the rail assembly comprises one or more longitudinal rails and one or more transverse rails , wherein the roller trolley is movable along each longitudinal track in a longitudinal movement direction and along each transverse rail in a transverse movement direction , wherein the rail assembly has a turntable at common crossing points of the longitudinal rails and the transverse rails , wherein the roller trolley can be arranged on the corresponding turntable for transfer between one of the longitudinal rails and one of the transverse rails , and wherein the roller trolley is configured to rotate the turntable about a rotation axis .
Arrangement configured to determine an operation parameter reference of controlling a generator side converter portion coupled to a generator , in particular of a wind turbine , the arrangement characterized by : at least one arithmetic element configured to derive at least one harmonic current error by subtracting a generator output current from at least one harmonic current reference ; at least one harmonic current controller configured to determine at least one harmonic reference current deviation (260, Δi*dqh) based on the harmonic current error ; another arithmetic element configured to derive a fundamental current error by subtracting the generator output current from a sum of a fundamental current reference and the at least one harmonic current reference ; still another arithmetic element configured to determine a modified fundamental current error as a sum of the fundamental current error and the harmonic reference current deviation (260, Δi*dqh); a fundamental current controller adapted to determine the operation parameter reference (v*dq, 262) based on the modified fundamental current error . at least one arithmetic element configured to derive at least one harmonic current error by subtracting a generator output current from at least one harmonic current reference ; at least one harmonic current controller configured to determine at least one harmonic reference current deviation (260, Δi*dqh) based on the harmonic current error ; another arithmetic element configured to derive a fundamental current error by subtracting the generator output current from a sum of a fundamental current reference and the at least one harmonic current reference ; still another arithmetic element configured to determine a modified fundamental current error as a sum of the fundamental current error and the harmonic reference current deviation (260, Δi*dqh); a fundamental current controller adapted to determine the operation parameter reference (v*dq, 262) based on the modified fundamental current error .
A skin care device comprising: a) a handle comprising: a power source ; a user interface ; and a base unit comprising a first magnet and a motor that is electrically connected to said power source and to said user interface ; and b) a head , watertight and detachably connected to said base unit , comprising: a transmission operatively connected to said base unit via a second magnet 198 for transmitting power from said base unit to said head , and a disposable dispenser comprising a basis and a perforated sponge , enclosing therapeutic cream , molded onto the basis wherein said base unit is arranged to create a rotating magnetic force as said first magnet rotatable via a motor ; said rotatable first magnet rotating said second magnet , and thus, said transmission transmitting power from said base unit to said head , and wherein the disposable dispenser is arranged to release a specified portion of the therapeutic cream through said perforated sponge onto a user's skin dependable upon said power transmitted to said head . a) a handle comprising: a power source ; a user interface ; and a base unit comprising a first magnet and a motor that is electrically connected to said power source and to said user interface ; and a power source ; a user interface ; and a base unit comprising a first magnet and a motor that is electrically connected to said power source and to said user interface ; and b) a head , watertight and detachably connected to said base unit , comprising: a transmission operatively connected to said base unit via a second magnet 198 for transmitting power from said base unit to said head , and a disposable dispenser comprising a basis and a perforated sponge , enclosing therapeutic cream , molded onto the basis wherein said base unit is arranged to create a rotating magnetic force as said first magnet rotatable via a motor ; said rotatable first magnet rotating said second magnet , and thus, said transmission transmitting power from said base unit to said head , and wherein the disposable dispenser is arranged to release a specified portion of the therapeutic cream through said perforated sponge onto a user's skin dependable upon said power transmitted to said head . a transmission operatively connected to said base unit via a second magnet 198 for transmitting power from said base unit to said head , and a disposable dispenser comprising a basis and a perforated sponge , enclosing therapeutic cream , molded onto the basis wherein said base unit is arranged to create a rotating magnetic force as said first magnet rotatable via a motor ; said rotatable first magnet rotating said second magnet , and thus, said transmission transmitting power from said base unit to said head , and wherein the disposable dispenser is arranged to release a specified portion of the therapeutic cream through said perforated sponge onto a user's skin dependable upon said power transmitted to said head .
A display device comprising: a display panel ; a chassis configured to support the display panel ; and an input device disposed on the chassis , wherein the input device comprises: a manipulator configured to be horizontally movable and vertically movable, the manipulator comprising a magnet ; a sensor configured to detect a change in a magnetic force due to a motion of the magnet as a result of a motion of the manipulator horizontally and vertically, and to generate an input command based on the detected change in the magnetic force; and an elastic member configured to elastically support the manipulator , and to separate the manipulator from the sensor , the elastic member being configured to be elastically deformed by an external force, wherein when the external force is released, the manipulator returns to its original position, wherein the elastic member comprises: an elastic supporter having a top surface, wherein an outer circumference of the elastic supporter decreases toward the top surface, and a combiner formed on the top surface of the elastic supporter , the combiner being combined with the manipulator . a display panel ; a chassis configured to support the display panel ; and an input device disposed on the chassis , wherein the input device comprises: a manipulator configured to be horizontally movable and vertically movable, the manipulator comprising a magnet ; a sensor configured to detect a change in a magnetic force due to a motion of the magnet as a result of a motion of the manipulator horizontally and vertically, and to generate an input command based on the detected change in the magnetic force; and an elastic member configured to elastically support the manipulator , and to separate the manipulator from the sensor , the elastic member being configured to be elastically deformed by an external force, wherein when the external force is released, the manipulator returns to its original position, a manipulator configured to be horizontally movable and vertically movable, the manipulator comprising a magnet ; a sensor configured to detect a change in a magnetic force due to a motion of the magnet as a result of a motion of the manipulator horizontally and vertically, and to generate an input command based on the detected change in the magnetic force; and an elastic member configured to elastically support the manipulator , and to separate the manipulator from the sensor , the elastic member being configured to be elastically deformed by an external force, wherein when the external force is released, the manipulator returns to its original position, wherein the elastic member comprises: an elastic supporter having a top surface, wherein an outer circumference of the elastic supporter decreases toward the top surface, and a combiner formed on the top surface of the elastic supporter , the combiner being combined with the manipulator . an elastic supporter having a top surface, wherein an outer circumference of the elastic supporter decreases toward the top surface, and a combiner formed on the top surface of the elastic supporter , the combiner being combined with the manipulator .
A method for operating a network, especially an Internet Protocol, IP, network, wherein at least one service function chain, SFC, comprising several service functions, SFs, is implemented for providing traffic steering, wherein traffic steering information related to the at least one SFC is encoded and wherein redundant information in an addressing scheme of network hosts is used for addressing the SFs, characterized in that SF identifiers, IDs, or SF addresses are represented as IP network addresses and advertised into a routing domain of an underlying transport network for forwarding traffic towards a particular SF or particular SFs, wherein the redundant information is a common prefix in the form of network prefix bits of host addresses within the addressing scheme, wherein the common prefix is temporarily replaced with SFC metadata used for traffic steering between and/or to SFs, and wherein the steering relies on destination-based or source-based forwarding.
An anthropomorphic test device comprising: a base member having a base inner surface and an opposing base outer surface with said base inner surface defining a first cavity ; and an abdomen component having a first portion defining a first width (W1) and a second portion defining a second width (W2) larger than said first width (W1) with said first portion contained within said first cavity , characterized by a resilient flange coupled to and extending from said base member with said resilient flange having a flange inner surface , an opposing flange outer surface and a flange peripheral edge with said flange defining a second cavity , with said second cavity extending from and open to said first cavity , with said second portion being contained within said second cavity and with said resilient flange directly engaging said second portion of said abdomen component to resiliently retain said abdomen component to said base member . a base member having a base inner surface and an opposing base outer surface with said base inner surface defining a first cavity ; and an abdomen component having a first portion defining a first width (W1) and a second portion defining a second width (W2) larger than said first width (W1) with said first portion contained within said first cavity , characterized by a resilient flange coupled to and extending from said base member with said resilient flange having a flange inner surface , an opposing flange outer surface and a flange peripheral edge with said flange defining a second cavity , with said second cavity extending from and open to said first cavity , with said second portion being contained within said second cavity and with said resilient flange directly engaging said second portion of said abdomen component to resiliently retain said abdomen component to said base member .
Erasable, sintered coloured lead for writing-, drawing- and painting devices or coloured chalk having a sintered lead- or chalk base body, which is formed from a lead- or chalk base mass including at least one binding agent having a proportion of from 4 to 17% by weight and at least one filler having a proportion of from 25 to 99% by weight, wherein the sintered lead- or chalk base body is impregnated with at least one dye and at least one lubricant, wherein dye having a proportion of from 0.1 to 10% by weight is included in the coloured lead or coloured chalk, wherein boron nitride and/or a mineral filler, in particular kaolin and/or talcum and/or calcium carbonate, and/or clay is included in the lead- or chalk base body as fillers.
A fully-differential class-D amplifier , comprising: a loop filter , arranged to receive an input signal (Vin) of the class-D amplifier to generate a filtered signal (VLF); a pulse-width modulation circuit , hereinafter PWM circuit, arranged to convert a non-PWM signal (VSUM) into a PWM signal (VPWM), wherein the non-PWM signal (VSUM) is derived from the filtered signal (VLF); an output circuit , arranged to generate an output signal (VOUT) of the class-D amplifier according to the PWM signal (VPWM); and a common-mode control circuit , arranged to monitor a common-mode level of the output signal (VOUT) to generate a common-mode control signal (VCM_CTRL) for PWM common-mode control, characterized in that : - the loop filter comprises a common-mode feedback circuit, hereinafter CMFB circuit; the common-mode control circuit is arranged to output the common-mode control signal (VCM_CTRL) to the CMFB circuit of the loop filter ; and the CMFB circuit of the loop filter is arranged to adjust a common-mode level of the filtered signal (VLF) according to the common-mode control signal (VCM_CTRL). a loop filter , arranged to receive an input signal (Vin) of the class-D amplifier to generate a filtered signal (VLF); a pulse-width modulation circuit , hereinafter PWM circuit, arranged to convert a non-PWM signal (VSUM) into a PWM signal (VPWM), wherein the non-PWM signal (VSUM) is derived from the filtered signal (VLF); an output circuit , arranged to generate an output signal (VOUT) of the class-D amplifier according to the PWM signal (VPWM); and a common-mode control circuit , arranged to monitor a common-mode level of the output signal (VOUT) to generate a common-mode control signal (VCM_CTRL) for PWM common-mode control, characterized in that : - the loop filter comprises a common-mode feedback circuit, hereinafter CMFB circuit; the common-mode control circuit is arranged to output the common-mode control signal (VCM_CTRL) to the CMFB circuit of the loop filter ; and the CMFB circuit of the loop filter is arranged to adjust a common-mode level of the filtered signal (VLF) according to the common-mode control signal (VCM_CTRL). - the loop filter comprises a common-mode feedback circuit, hereinafter CMFB circuit; the common-mode control circuit is arranged to output the common-mode control signal (VCM_CTRL) to the CMFB circuit of the loop filter ; and the CMFB circuit of the loop filter is arranged to adjust a common-mode level of the filtered signal (VLF) according to the common-mode control signal (VCM_CTRL).
A blood sugar testing device comprising at least one disposable biosensor adapted to receive a blood sample, further comprising evaluation electronics adapted to retrieve and process information from the at least one disposable biosensor with the applied blood sample, a display adapted to display information from the evaluation electronics , wherein the at least one disposable biosensor and the display are arranged in a common non-vapour permeable closable space, characterized in that the display is hygroscopic.
A packaging system for storing a bioprosthetic device , wherein the packaging system maintains a target relative humidity across a temperature range, the packaging system comprising: a sealed package having an internal space ; a bioprosthetic device disposed within the internal space ; and a humidity control device disposed within the internal space , the humidity control device having a barrier defining an enclosed space in vapor communication with the internal space of the sealed package and characterized in that a humidity control solution comprising glycerol is in the enclosed space , wherein the glycerol concentration in the humidity control solution is selected according to a target relative humidity from about 15% to about 95%. a sealed package having an internal space ; a bioprosthetic device disposed within the internal space ; and a humidity control device disposed within the internal space , the humidity control device having a barrier defining an enclosed space in vapor communication with the internal space of the sealed package and characterized in that a humidity control solution comprising glycerol is in the enclosed space , wherein the glycerol concentration in the humidity control solution is selected according to a target relative humidity from about 15% to about 95%.
A comfortably movable sun umbrella base, comprising an outer frame , an underframe being disposed in the outer frame , and roller wheels being provided at the bottom of the underframe , wherein a pull rod assembly is disposed on at least one side of the outer frame , fixed tubes are cooperatively disposed at both ends of the pull rod assembly, a limiting assembly is disposed at an end of each fixed tube , the limiting assembly is connected to the underframe , the pull rod assembly can be overturned when being drawn outwards relative to the fixed tubes to the extent that the pull rod assembly abuts against the ends of the fixed tubes , the limiting assemblies are in a limiting fit with the pull rod assembly overturned upwards, and at the same time, through a warp motion, the roller wheels at the bottom of the underframe are downwards exposed out of the outer frame to abut against the ground, so as to achieve the movement of the base.
Process for depositing, with forward progression, at least one layer of graphene on the surface of a metallic or metallized continuous reinforcer (R), at the periphery of which is positioned a layer of metal referred to as "surface metal" (Ms) chosen from copper, nickel and copper/nickel alloys said process comprising at least one stage of flame (F) spray pyrolysis, under a reducing atmosphere , of a carbon precursor (P) which generates, in the flame, at least one carbon-based gas which is sprayed onto the surface of the reinforcer in forward progression, and is decomposed thereon to form the said at least one graphene layer at the surface of the surface metal.
A method for controlling an electrical system (11; 21) in a vehicle, the electrical system comprising: at least a first switch and a second switch (ES1, ES2) arranged such that operating the switches will isolate parts of the electrical system controlled by said switches; and a control unit , the control unit being arranged to operate the switches, wherein the electrical system comprises a main battery (13; 23) and an auxiliary battery (15; 25), the first switch being arranged such that operating the first switch isolates the auxiliary battery from at least one component within the electrical system, the method characterized by : putting the control unit into a first operational mode, the first operational mode comprising at least a first arrangement of switches (ES1, ES2, ES3); receiving a request in the control unit to enter a second operational mode, the second operational mode comprising at least a second arrangement of the switches; determining the priority of the first and second operational modes at least in part by consulting a database of operational modes and their priorities; switching the control unit into the second operational mode if the second operational mode has a higher priority than the first operational mode or when the first operational mode ceases. at least a first switch and a second switch (ES1, ES2) arranged such that operating the switches will isolate parts of the electrical system controlled by said switches; and a control unit , the control unit being arranged to operate the switches, wherein the electrical system comprises a main battery (13; 23) and an auxiliary battery (15; 25), the first switch being arranged such that operating the first switch isolates the auxiliary battery from at least one component within the electrical system, the method characterized by : putting the control unit into a first operational mode, the first operational mode comprising at least a first arrangement of switches (ES1, ES2, ES3); receiving a request in the control unit to enter a second operational mode, the second operational mode comprising at least a second arrangement of the switches; determining the priority of the first and second operational modes at least in part by consulting a database of operational modes and their priorities; switching the control unit into the second operational mode if the second operational mode has a higher priority than the first operational mode or when the first operational mode ceases. putting the control unit into a first operational mode, the first operational mode comprising at least a first arrangement of switches (ES1, ES2, ES3); receiving a request in the control unit to enter a second operational mode, the second operational mode comprising at least a second arrangement of the switches; determining the priority of the first and second operational modes at least in part by consulting a database of operational modes and their priorities; switching the control unit into the second operational mode if the second operational mode has a higher priority than the first operational mode or when the first operational mode ceases.