mhurhangee/patent-ind-claim-en huggingface dataset:
Lighting device , in particular for a motor vehicle, comprising: - a substrate ; - light sources of the side-emitting LED type, which are placed on the substrate and which illuminate in main directions that are orientated along the substrate ; and - a screen placed so as to receive the light rays emitted by the light sources ; characterized in that the substrate comprises windows and the lighting device furthermore comprises reflective surfaces that are placed facing the windows so as to reflect, toward the screen , a portion of the light rays emitted by the light sources . - a substrate ; - light sources of the side-emitting LED type, which are placed on the substrate and which illuminate in main directions that are orientated along the substrate ; and - a screen placed so as to receive the light rays emitted by the light sources ;
An apparatus for depositing particles on a substrate , the apparatus comprising: a. an aerosol supplier of an aerosol of particles; b. a plurality of suppliers of ionized gas molecules, designated below as a plurality of ionizers , arrayed along a first dimension; c. a coating chamber coupled to the aerosol supplier and the ionizers, so that the ionized gas molecules and the aerosol particles can be maintained in proximity, such that substantially all the particles can become charged; d. a movable substrate support , upon which a substrate can be placed and moved, along the first dimension; and e. an electric field generator , at which an electric field can be generated that can direct charged particles to a substrate upon the substrate support, the electric field being large enough in magnitude to direct charged particles to a substrate and the field being located downstream along the first dimension, with respect to motion of the movable support, of at least two of the ionizers, wherein the aerosol supplier is configured to supply an aerosol gas, the ionizer is configured to supply an ionizer gas that is different from the aerosol gas. a. an aerosol supplier of an aerosol of particles; b. a plurality of suppliers of ionized gas molecules, designated below as a plurality of ionizers , arrayed along a first dimension; c. a coating chamber coupled to the aerosol supplier and the ionizers, so that the ionized gas molecules and the aerosol particles can be maintained in proximity, such that substantially all the particles can become charged; d. a movable substrate support , upon which a substrate can be placed and moved, along the first dimension; and e. an electric field generator , at which an electric field can be generated that can direct charged particles to a substrate upon the substrate support, the electric field being large enough in magnitude to direct charged particles to a substrate and the field being located downstream along the first dimension, with respect to motion of the movable support, of at least two of the ionizers,
An electrical box , comprising a casing defining an opening , a door configured to close the casing opening when in a closed position and at least one hinge , the hinge enabling the door to be pivotally connected to the casing, the hinge comprising a knuckle and a pin , wherein the knuckle of the hinge comprises a pin-receiving groove , the groove extending along the entire length (L9) of the knuckle, wherein a width (L97) of the knuckle groove is substantially equal to a diameter (D81) of the hinge pin , in which the groove of the hinge pin of each hinge extends in a groove plane (P97) comprising a pivot axis (X) of the door with respect to the casing , characterised in that : - the pin is mounted on the door , - the knuckle is fixed to the casing , or integral with the casing, and - an angle (β) between the plane of the groove (P97) and a plane (P37) of the opening of the casing is between 5° and 35°, preferably between 15° and 25°. wherein the knuckle of the hinge comprises a pin-receiving groove , the groove extending along the entire length (L9) of the knuckle, wherein a width (L97) of the knuckle groove is substantially equal to a diameter (D81) of the hinge pin , in which the groove of the hinge pin of each hinge extends in a groove plane (P97) comprising a pivot axis (X) of the door with respect to the casing , characterised in that : - the pin is mounted on the door , - the knuckle is fixed to the casing , or integral with the casing, and - an angle (β) between the plane of the groove (P97) and a plane (P37) of the opening of the casing is between 5° and 35°, preferably between 15° and 25°. - the pin is mounted on the door , - the knuckle is fixed to the casing , or integral with the casing, and - an angle (β) between the plane of the groove (P97) and a plane (P37) of the opening of the casing is between 5° and 35°, preferably between 15° and 25°.
Fixing bracket , in particular for fixing a tie wrap at a fuel rail for mounting a wiring harness at the fuel rail , wherein the fixing bracket comprises a one-piece bracket body which extends along a longitudinal extending direction , and the bracket body comprises a first longitudinal end section , a second longitudinal end section and an intermediate section , wherein the intermediate section with regard to the longitudinal extending direction is formed between said first and second longitudinal end sections , wherein the intermediate section comprises a protrusion , wherein the protrusion comprises at least two bows which are spaced apart from each other by a slot , which is formed between the bows , characterized in that the first longitudinal end section at least in a part of its longitudinal extension is curved to adapt to a first circular contour and/or that the second longitudinal end section at least in a part of its longitudinal extension is curved to adapt to a second circular contour , wherein the curve of the first circular contour and the curve of the second circular contour are the same and in particular overlap each other.
A separator comprising: a porous substrate; an organic-inorganic composite inner layer disposed on at least one surface of the porous substrate and comprising a first binder polymer and inorganic particles; and a porous polymer outer layer disposed on the organic-inorganic composite inner layer and comprising a second binder polymer; wherein the organic-inorganic composite inner layer has pores or interstitial volumes formed between the inorganic particles; and wherein each of the first binder polymer and the second binder polymer is, independently, at least one of polyvinylidene fluoride-co-hexafluoropropylene, polyvinylidene fluoride-co-trichloroethylene, polyvinylidene fluoride-co-chlorotrifluoroethylene, polymethylmethacrylate, polybutylacrylate, polyacrylonitrile, polyvinylpyrrolidone, polyvinylacetate, polyethylene-co-vinylacetate, polyethylene oxide, polyarylate, cellulose acetate, cellulose acetate butyrate, cellulose acetate propionate, cyanoethylpullulan, cyanoethylpolyvinlyalcohol, cyanoethylcellulose, cyanoethylsucrose, pullulan and carboxyl methyl cellulose. a porous substrate; an organic-inorganic composite inner layer disposed on at least one surface of the porous substrate and comprising a first binder polymer and inorganic particles; and a porous polymer outer layer disposed on the organic-inorganic composite inner layer and comprising a second binder polymer; wherein the organic-inorganic composite inner layer has pores or interstitial volumes formed between the inorganic particles; and wherein each of the first binder polymer and the second binder polymer is, independently, at least one of polyvinylidene fluoride-co-hexafluoropropylene, polyvinylidene fluoride-co-trichloroethylene, polyvinylidene fluoride-co-chlorotrifluoroethylene, polymethylmethacrylate, polybutylacrylate, polyacrylonitrile, polyvinylpyrrolidone, polyvinylacetate, polyethylene-co-vinylacetate, polyethylene oxide, polyarylate, cellulose acetate, cellulose acetate butyrate, cellulose acetate propionate, cyanoethylpullulan, cyanoethylpolyvinlyalcohol, cyanoethylcellulose, cyanoethylsucrose, pullulan and carboxyl methyl cellulose.
Thread-tension influencing device for a twisting or cabling machine for feeding a thread via a traversing thread guide to a take-up package , the thread-tension influencing device comprising: a thread handling device, a first deflection roller , which is arranged downstream of the thread handling device in the thread transport direction and is provided for guiding the thread from a balloon thread guide through the thread handling device and for deflecting the thread ; a second deflection roller , which is arranged downstream of the first deflection roller in the thread transport direction and is provided for further deflection of the thread ; a third deflection roller , which is arranged downstream of the second deflection roller in the thread transport direction and is provided for adjusting the angle of wrap of the thread around an advance roller ; and an advance roller , which is arranged downstream of the third deflection roller in the thread transport direction and is provided for regulating the thread tension, characterised in that the thread handling device, which is arranged upstream of the first deflection roller in the thread transport direction, is a thread clamping and cutting device and that a sensor device , which is arranged downstream of the first deflection roller in the thread transport direction, is provided for monitoring the thread , the second deflection roller being arranged on a plane different from a horizontal plane formed by the axis of rotation of the first deflection roller . a thread handling device, a first deflection roller , which is arranged downstream of the thread handling device in the thread transport direction and is provided for guiding the thread from a balloon thread guide through the thread handling device and for deflecting the thread ; a second deflection roller , which is arranged downstream of the first deflection roller in the thread transport direction and is provided for further deflection of the thread ; a third deflection roller , which is arranged downstream of the second deflection roller in the thread transport direction and is provided for adjusting the angle of wrap of the thread around an advance roller ; and an advance roller , which is arranged downstream of the third deflection roller in the thread transport direction and is provided for regulating the thread tension, characterised in that the thread handling device, which is arranged upstream of the first deflection roller in the thread transport direction, is a thread clamping and cutting device and that a sensor device , which is arranged downstream of the first deflection roller in the thread transport direction, is provided for monitoring the thread , the second deflection roller being arranged on a plane different from a horizontal plane formed by the axis of rotation of the first deflection roller .
A method for wireless communications by a first access node of a wireless backhaul communications network, comprising: receiving , from a central unit node of the wireless backhaul communications network, a configuration indicating that network coding is activated for a packet flow, wherein the packet flow carries data for a specific UE ; receiving, from a second access node of the wireless backhaul communications network, a first packet of the packet flow via a first wireless link; and transmitting , via a second wireless link, a first encoded packet that is generated based at least in part on network encoding the first packet. receiving , from a central unit node of the wireless backhaul communications network, a configuration indicating that network coding is activated for a packet flow, wherein the packet flow carries data for a specific UE ; receiving, from a second access node of the wireless backhaul communications network, a first packet of the packet flow via a first wireless link; and transmitting , via a second wireless link, a first encoded packet that is generated based at least in part on network encoding the first packet.
A lighter comprising a container (1; 40) suitable for containing a liquefied gas or a mixture of a liquid and a gas, comprising a compressible member which is arranged in the container (1; 40), characterized in that the compressible member occupies at least 30% of the total volume of the container (1; 40) when the pressure in the container is identical to the ambient pressure surrounding the lighter, in that the compressible member occupies not more than 15% of the total volume of the container (1; 40) when the pressure in the container is 250 kPa higher than the ambient pressure surrounding the lighter, and in that the compressible member occupies not more than 5% of the total volume of the container (1; 40) when the pressure in the container is 1700 kPa higher than the ambient pressure surrounding the lighter. characterized in that the compressible member occupies at least 30% of the total volume of the container (1; 40) when the pressure in the container is identical to the ambient pressure surrounding the lighter, in that the compressible member occupies not more than 15% of the total volume of the container (1; 40) when the pressure in the container is 250 kPa higher than the ambient pressure surrounding the lighter, and in that the compressible member occupies not more than 5% of the total volume of the container (1; 40) when the pressure in the container is 1700 kPa higher than the ambient pressure surrounding the lighter.
A method of receiving control information for sounding reference symbol, SRS, transmission by a user equipment, UE, in a wireless communication system, the method comprising: transmitting, to a base station, BS, information including a peak-to-average power ratio, PAPR, capability, related to the SRS transmission, of the UE; receiving, from the BS control information including at least one of an SRS bandwidth, BW, the number of SRS blocks, or the length of one SRS block, configured for the UE; and transmitting an SRS based on the control information, characterized in that the control information is configured, by the BS, based on the information including the PAPR capability, and wherein the at least one of the SRS BW, the number of SRS blocks, or the length of one SRS block is configured to satisfy a PAPR of the SRS transmission lower than a required PAPR corresponding to the PAPR capability. transmitting, to a base station, BS, information including a peak-to-average power ratio, PAPR, capability, related to the SRS transmission, of the UE; receiving, from the BS control information including at least one of an SRS bandwidth, BW, the number of SRS blocks, or the length of one SRS block, configured for the UE; and transmitting an SRS based on the control information, characterized in that the control information is configured, by the BS, based on the information including the PAPR capability, and wherein the at least one of the SRS BW, the number of SRS blocks, or the length of one SRS block is configured to satisfy a PAPR of the SRS transmission lower than a required PAPR corresponding to the PAPR capability.
A method implemented at a base station , comprising: determining a plurality of semi-persistent scheduling, SPS, configurations for a terminal device ; indicating priority information associated with at least one of the plurality of SPS configurations to the terminal device , so that the terminal device can select an SPS configuration from the at least one SPS configuration for packet transmission based on the priority information; receiving , from the terminal device , an indication of the SPS configuration selected by the terminal device ; and adjusting the priority information based on the indication. determining a plurality of semi-persistent scheduling, SPS, configurations for a terminal device ; indicating priority information associated with at least one of the plurality of SPS configurations to the terminal device , so that the terminal device can select an SPS configuration from the at least one SPS configuration for packet transmission based on the priority information; receiving , from the terminal device , an indication of the SPS configuration selected by the terminal device ; and adjusting the priority information based on the indication.
An electric power steering apparatus that assists and controls a steering system by driving a motor based on a motor current command value calculated based on a steering torque and a vehicle speed, wherein said electric power steering apparatus comprises: a SAT compensation value calculating section that calculates a SAT compensation value based on a SAT value; characterized in that said steering apparatus comprises a steering reaction compensation value calculating section that calculates a steering reaction compensation value based on said SAT compensation value, a steering angle and a steering angular velocity; wherein said steering reaction compensation value calculating section comprises a virtual spring constant gain section that inputs said steering angle and calculates a spring component compensation value, a virtual damper constant gain section that inputs said steering angular velocity and calculates a damper component compensation value, an adding section that calculates a spring-damper component compensation value by adding said spring component compensation value and said damper component compensation value, and a subtracting section that calculates said steering reaction compensation value by subtracting said spring-damper component compensation value from said SAT compensation value; and wherein said electric power steering apparatus corrects said motor current command value by said steering reaction compensation value from said steering reaction compensation value calculating section . a SAT compensation value calculating section that calculates a SAT compensation value based on a SAT value; characterized in that said steering apparatus comprises a steering reaction compensation value calculating section that calculates a steering reaction compensation value based on said SAT compensation value, a steering angle and a steering angular velocity; wherein said steering reaction compensation value calculating section comprises a virtual spring constant gain section that inputs said steering angle and calculates a spring component compensation value, a virtual damper constant gain section that inputs said steering angular velocity and calculates a damper component compensation value, an adding section that calculates a spring-damper component compensation value by adding said spring component compensation value and said damper component compensation value, and a subtracting section that calculates said steering reaction compensation value by subtracting said spring-damper component compensation value from said SAT compensation value; and wherein said electric power steering apparatus corrects said motor current command value by said steering reaction compensation value from said steering reaction compensation value calculating section .
A particle detector , comprising: a housing comprising a sample inlet and a sample outlet , and enclosing a detection cavity having a cavity length along a longitudinal axis , wherein the housing defines a flow path for a sample fluid from the sample inlet , through the detection cavity , and to the sample outlet ; and a light source configured for directing irradiating light along the longitudinal axis to particles of the sample fluid flowing in the detection cavity ; a flexible photoelectric material conformally disposed on the housing and surrounding the detection cavity such that, along at least a portion of the cavity length, the photoelectric material extends around the longitudinal axis through an arc length in a range from 30° to 360° in a plane orthogonal to the longitudinal axis, wherein the photoelectric material is configured for receiving measurement light propagating from the particles in a plurality of measurement light paths angled relative to the longitudinal axis . a housing comprising a sample inlet and a sample outlet , and enclosing a detection cavity having a cavity length along a longitudinal axis , wherein the housing defines a flow path for a sample fluid from the sample inlet , through the detection cavity , and to the sample outlet ; and a light source configured for directing irradiating light along the longitudinal axis to particles of the sample fluid flowing in the detection cavity ; a flexible photoelectric material conformally disposed on the housing and surrounding the detection cavity such that, along at least a portion of the cavity length, the photoelectric material extends around the longitudinal axis through an arc length in a range from 30° to 360° in a plane orthogonal to the longitudinal axis, wherein the photoelectric material is configured for receiving measurement light propagating from the particles in a plurality of measurement light paths angled relative to the longitudinal axis .
A seatbelt buckle device comprising: a buckle switch which includes a switch substrate and a slider part which slides on the switch substrate , the buckle switch detecting whether a tongue is inserted in and connected with a buckle as the slider part moves by sliding on the switch substrate synchronously with attachment/detachment of the tongue ; and a channel which has a substantially U-shaped section and slidably holds an ejector , the ejector sliding synchronously with attachment/detachment of the tongue , the switch substrate being supported by the channel as one end thereof is fixed to a side wall of the channel , characterized in that the slider part includes a pin to be fitted to a hole part formed in the ejector , and the pin is offset to one end side of the switch substrate from a middle part of the slider part in a sliding direction, wherein the seatbelt buckle device further comprises a case cover for storing the buckle switch and the channel , wherein one end of the switch substrate is supported by the channel in a cantilever manner, and the other end of the switch substrate is stored in a substrate storing part of the case cover in a non-contact state, wherein the buckle switch includes a substrate housing attached to one end of the switch substrate and held at the side wall of the channel , one end of the switch substrate is fixed to the side wall of the channel through the substrate housing . a buckle switch which includes a switch substrate and a slider part which slides on the switch substrate , the buckle switch detecting whether a tongue is inserted in and connected with a buckle as the slider part moves by sliding on the switch substrate synchronously with attachment/detachment of the tongue ; and a channel which has a substantially U-shaped section and slidably holds an ejector , the ejector sliding synchronously with attachment/detachment of the tongue , the switch substrate being supported by the channel as one end thereof is fixed to a side wall of the channel , characterized in that the slider part includes a pin to be fitted to a hole part formed in the ejector , and the pin is offset to one end side of the switch substrate from a middle part of the slider part in a sliding direction, wherein the seatbelt buckle device further comprises a case cover for storing the buckle switch and the channel , wherein one end of the switch substrate is supported by the channel in a cantilever manner, and the other end of the switch substrate is stored in a substrate storing part of the case cover in a non-contact state, wherein the buckle switch includes a substrate housing attached to one end of the switch substrate and held at the side wall of the channel , one end of the switch substrate is fixed to the side wall of the channel through the substrate housing .
A powder composition suitable for use in a cosmetic composition, comprising at least one micronized biodegradable polymer, preferably polylactic acid (PLA), wherein the powder composition has a particle size from about 0.1 to about 44 microns with a mean particle size of 5 to 20 microns with a maximum particle size of 44 microns as measured per ASTM D4464 standard.