mhurhangee/patent-ind-claim-en huggingface dataset:
A control device comprising: an acquisition unit that acquires a detection result of an attitude of at least any one of one or more antenna elements configured to control directions of directional beams and performing wireless communication using the directional beams; and a control unit that sets a state in which a radio signal transmitted using at least a directional beam from a base station is receivable as a reference state, and controls the wireless communication with the base station using the directional beam according to a change in the attitude from the reference state; wherein the reference state is a state in which in an initial access procedure, reception power of a synchronisation signal, SS, block in the radio signal transmitted using the directional beam from the base station is equal to or larger than a threshold; and wherein 5 in a subsequent random access procedure, spatial quasi co-location, QCL, is performed on the assumption that beam synchronization with the SS block has been taken and a beam pair link state has been maintained. an acquisition unit that acquires a detection result of an attitude of at least any one of one or more antenna elements configured to control directions of directional beams and performing wireless communication using the directional beams; and a control unit that sets a state in which a radio signal transmitted using at least a directional beam from a base station is receivable as a reference state, and controls the wireless communication with the base station using the directional beam according to a change in the attitude from the reference state; in an initial access procedure, reception power of a synchronisation signal, SS, block in the radio signal transmitted using the directional beam from the base station is equal to or larger than a threshold; and wherein 5 in a subsequent random access procedure, spatial quasi co-location, QCL, is performed on the assumption that beam synchronization with the SS block has been taken and a beam pair link state has been maintained.
Radiant heater with a heating tube element comprising: - at least one heat tube element with a heating tube that is transparent or semi-transparent for infrared radiation; - at least one reflector having a focussing curvature , wherein the at least one heating tube element is arranged in a focussing area of the curvature ; - a housing with at least one front side open or transparent or semi-transparent for infrared radiation and with edge and rear sides screening the infrared radiation surrounding the front side ; wherein - the at least one heating tube element within the heating tube comprises a plurality of carbon fibres which form a dimensionally stable infrared heating coil of a carbon cord which has a circular cross-section, characterised in that the carbon cord of the infrared heating cord comprises braided carbon fibres , - wherein the reflector is an infrared reflector matched to the infrared spectrum of the heating tube element and - wherein facing the infrared heating coil the curved surface of the infrared reflector comprises mirror layers of metal oxides with a reflection coefficient R between 0.85 ≤ R ≤ 0.98 for infrared radiation of an infrared wavelength λR between 1.2 μm ≤ λR ≤ 2.4 μm in the transition area from IR-a to IR-B. - at least one heat tube element with a heating tube that is transparent or semi-transparent for infrared radiation; - at least one reflector having a focussing curvature , wherein the at least one heating tube element is arranged in a focussing area of the curvature ; - a housing with at least one front side open or transparent or semi-transparent for infrared radiation and with edge and rear sides screening the infrared radiation surrounding the front side ; wherein - the at least one heating tube element within the heating tube comprises a plurality of carbon fibres which form a dimensionally stable infrared heating coil of a carbon cord which has a circular cross-section, characterised in that the carbon cord of the infrared heating cord comprises braided carbon fibres , - wherein the reflector is an infrared reflector matched to the infrared spectrum of the heating tube element and - wherein facing the infrared heating coil the curved surface of the infrared reflector comprises mirror layers of metal oxides with a reflection coefficient R between 0.85 ≤ R ≤ 0.98 for infrared radiation of an infrared wavelength λR between 1.2 μm ≤ λR ≤ 2.4 μm in the transition area from IR-a to IR-B.
A tire comprising a tread portion comprising: a plurality of oblique grooves extending obliquely from a first tread edge (Te1) positioned on one side in a tire axial direction toward a tire equator and terminating without crossing the tire equator (c), a plurality of oblique land regions each defined between a pair of the oblique grooves adjacent to each other in a tire circumferential direction, wherein each of the oblique land regions is provided with a plurality of joint grooves each connecting between the pair of the oblique grooves Wherein the joint grooves include an inner joint groove arranged closest to the tire equator (c), at least one middle joint groove arranged adjacently to the inner joint groove on a side of the first tread edge (Te1) and an outer joint groove arranged closest to the first tread edge (Te1) in addition to the middle joint groove , and wherein the middle joint groove has a smaller angle (θ4) than that of the inner joint groove with respect to the tire circumferential direction, wherein the middle joint groove has a smaller angle (θ4) than that of the outer joint groove with respect to the tire circumferential direction, characterized in that the outer joint groove has a smaller angle (θ7) than that of the inner joint groove with respect to the tire circumferential direction. a plurality of oblique grooves extending obliquely from a first tread edge (Te1) positioned on one side in a tire axial direction toward a tire equator and terminating without crossing the tire equator (c), a plurality of oblique land regions each defined between a pair of the oblique grooves adjacent to each other in a tire circumferential direction, wherein each of the oblique land regions is provided with a plurality of joint grooves each connecting between the pair of the oblique grooves Wherein the joint grooves include an inner joint groove arranged closest to the tire equator (c), at least one middle joint groove arranged adjacently to the inner joint groove on a side of the first tread edge (Te1) and an outer joint groove arranged closest to the first tread edge (Te1) in addition to the middle joint groove , and wherein the middle joint groove has a smaller angle (θ4) than that of the inner joint groove with respect to the tire circumferential direction, wherein the middle joint groove has a smaller angle (θ4) than that of the outer joint groove with respect to the tire circumferential direction, characterized in that the outer joint groove has a smaller angle (θ7) than that of the inner joint groove with respect to the tire circumferential direction.
An assay measurement apparatus adapted to receive a lateral flow test strip and to concurrently incubate and generate a diagnostic test result from said lateral flow test strip , said apparatus comprising: a. an incubator ; b. a reader comprising an optical emitter and an optical image detector; c. a cavity configured to receive said lateral flow test strip and to position and maintain said lateral flow test strip aligned in an optical path with said optical image detector, d. wherein said incubator is arranged to incubate said lateral flow test strip , and said optical image detector is arranged in optical alignment with said test strip , to acquire an image of a first transmission of light on said lateral flow test strip and, when the first optical reading is found satisfactory, to acquire a second image of at least a second transmission of light on said lateral flow test strip , said incubation taking place from at least between the first transmission of light until the second transmission of light; and e. a microprocessor in communication with said optical image detector, wherein said microprocessor is adapted to signal said optical image detector to monitor an optical reading of said first transmission of light of said lateral flow test strip and monitor an optical reading of said second transmission of light of said lateral flow test strip , to generate said diagnostic test result from the optical readings of said first transmission of light and when available said second transmission of light, on test completion, wherein the lateral flow test strip undergoes a change in reflectance when contacted with a sample. a. an incubator ; b. a reader comprising an optical emitter and an optical image detector; c. a cavity configured to receive said lateral flow test strip and to position and maintain said lateral flow test strip aligned in an optical path with said optical image detector, d. wherein said incubator is arranged to incubate said lateral flow test strip , and said optical image detector is arranged in optical alignment with said test strip , to acquire an image of a first transmission of light on said lateral flow test strip and, when the first optical reading is found satisfactory, to acquire a second image of at least a second transmission of light on said lateral flow test strip , said incubation taking place from at least between the first transmission of light until the second transmission of light; and e. a microprocessor in communication with said optical image detector, wherein said microprocessor is adapted to signal said optical image detector to monitor an optical reading of said first transmission of light of said lateral flow test strip and monitor an optical reading of said second transmission of light of said lateral flow test strip , to generate said diagnostic test result from the optical readings of said first transmission of light and when available said second transmission of light, on test completion, wherein the lateral flow test strip undergoes a change in reflectance when contacted with a sample.
A structure of partial tunnel oxide passivated contact for a photovoltaic cell, comprising: a cell body ; a first tunnel oxide layer on a surface of the cell body ; and a first polysilicon film on a surface of the first tunnel oxide layer : wherein the surface of the cell body has a region for passivated contact and a region for light absorption, the first tunnel oxide layer is disposed in the region for passivated contact, and a projection of the first polysilicon film on the surface of the cell body is located in the region for passivated contact; characterized in that the structure further comprises: a second tunnel oxide layer on the surface of the cell body and a second polysilicon film on a surface of the second tunnel oxide layer , which are disposed between the first tunnel oxide layer and the cell body , wherein: both a projection of the second tunnel oxide layer and a projection of the second polysilicon film on the cell body cover entirely the region for passivated contact and the region for light absorption. a cell body ; a first tunnel oxide layer on a surface of the cell body ; and a first polysilicon film on a surface of the first tunnel oxide layer : wherein the surface of the cell body has a region for passivated contact and a region for light absorption, the first tunnel oxide layer is disposed in the region for passivated contact, and a projection of the first polysilicon film on the surface of the cell body is located in the region for passivated contact; characterized in that the structure further comprises: a second tunnel oxide layer on the surface of the cell body and a second polysilicon film on a surface of the second tunnel oxide layer , which are disposed between the first tunnel oxide layer and the cell body , wherein: both a projection of the second tunnel oxide layer and a projection of the second polysilicon film on the cell body cover entirely the region for passivated contact and the region for light absorption. wherein the surface of the cell body has a region for passivated contact and a region for light absorption, the first tunnel oxide layer is disposed in the region for passivated contact, and a projection of the first polysilicon film on the surface of the cell body is located in the region for passivated contact; characterized in that the structure further comprises: a second tunnel oxide layer on the surface of the cell body and a second polysilicon film on a surface of the second tunnel oxide layer , which are disposed between the first tunnel oxide layer and the cell body , wherein: both a projection of the second tunnel oxide layer and a projection of the second polysilicon film on the cell body cover entirely the region for passivated contact and the region for light absorption.
A seat heating control system for a smart toilet with a detachable toilet seat , comprising a toilet main body, and the toilet main body is connected to a detachable toilet seat, the toilet main body is provided with a main control panel , and the main control panel is connected to a power supply; the toilet seat is provided with a heat control panel , and the heat control panel is connected to a heating wire ; wherein a circuit loop is formed between the main control panel and the heat control panel through a first lead wire and a second lead wire ; the first lead wire is connected to a switch control device; a heating information is sent by the main control panel and is converted into a high-frequency switch signal by the switch control device and then sent to the heat control panel; the heat control panel measures the high-frequency switch signal, analyzes the information sent by the main control panel, and controls the heating of the heating wire.
A method for recovering a valuable metal, the method recovering at least cobalt of valuable metals, cobalt and nickel, from an acidic solution obtained by subjecting waste containing positive electrode materials for lithium ion secondary batteries to a wet process, the acidic solution comprising cobalt ions, nickel ions and impurities, wherein the method comprises a first extraction step for Co recovery, the first extraction step being for extracting cobalt ions by solvent extraction from the acidic solution and stripping the cobalt ions, and is characterized by : an electrolytic step for Co recovery, the electrolytic step being for providing electrolytic cobalt by electrolysis using a stripped solution obtained in the first extraction step for Co recovery as an electrolytic solution; a dissolution step for Co recovery, the dissolution step being for dissolving the electrolytic cobalt in an acid; and a second extraction step for Co recovery, the second extraction step being for extracting cobalt ions by solvent extraction from a cobalt dissolved solution obtained in the dissolution step for Co recovery and stripping the cobalt ions. an electrolytic step for Co recovery, the electrolytic step being for providing electrolytic cobalt by electrolysis using a stripped solution obtained in the first extraction step for Co recovery as an electrolytic solution; a dissolution step for Co recovery, the dissolution step being for dissolving the electrolytic cobalt in an acid; and a second extraction step for Co recovery, the second extraction step being for extracting cobalt ions by solvent extraction from a cobalt dissolved solution obtained in the dissolution step for Co recovery and stripping the cobalt ions.
Fastener comprising: a. a receptacle part having an aperture with a lateral opening and a guide slot , the aperture being surrounded by a lateral wall and a bottom wall , b. a connecting part adapted to be fitted with the receptacle part , the connecting part having: i. an insertion opening adapted to accommodate a stud with a head and a shank , and extending through the connecting part along a longitudinal axis (X), ii. a flange adapted to be introduced in the aperture through the lateral opening , iii. a fastening section comprising elastic hooks , iv. a guide section adapted to be inserted in the guide slot , characterized in that the hooks project from the flange along the longitudinal axis (X), and the connecting part further comprises a spring plate having a base body and a spring element projecting from the base body , the spring element being inclined with regard to the longitudinal axis (X), and the guide section extends between the flange and the spring plate , the guide section having a reduced cross-section compared to the flange and to the base body , such that the bottom wall is sandwiched between the base body and the flange when the connecting part and the receptacle part are fitted together. a. a receptacle part having an aperture with a lateral opening and a guide slot , the aperture being surrounded by a lateral wall and a bottom wall , b. a connecting part adapted to be fitted with the receptacle part , the connecting part having: i. an insertion opening adapted to accommodate a stud with a head and a shank , and extending through the connecting part along a longitudinal axis (X), ii. a flange adapted to be introduced in the aperture through the lateral opening , iii. a fastening section comprising elastic hooks , iv. a guide section adapted to be inserted in the guide slot , i. an insertion opening adapted to accommodate a stud with a head and a shank , and extending through the connecting part along a longitudinal axis (X), ii. a flange adapted to be introduced in the aperture through the lateral opening , iii. a fastening section comprising elastic hooks , iv. a guide section adapted to be inserted in the guide slot ,
A method for sorting droplets, comprising: (a) bringing a first phase in contact with a second phase to generate a plurality of droplets, wherein said first phase and second phase are immiscible, wherein the plurality of droplets comprises field-attractable particles and wherein the plurality of droplets comprises (i) a first subset of droplets each including, and not more than, one biological particle, and (ii) a second subset of droplets each including more than one biological particle, wherein the biological particle is a cell, a derivative of a cell, or a constituent of a cell; (b) directing the plurality of droplets along a first channel towards an intersection of the first channel with a second channel and a third channel; and (c) subjecting the plurality of droplets comprising the field-attractable particles to an electric or magnetic field under conditions sufficient to separate all or a portion of the first subset of the plurality of droplets from all or a portion of the second subset of the plurality of droplets, wherein upon separation, all or the portion of the first subset of the plurality of droplets flows along the second channel and all or the portion of the second subset of the plurality of droplets flows along the third channel. (a) bringing a first phase in contact with a second phase to generate a plurality of droplets, wherein said first phase and second phase are immiscible, wherein the plurality of droplets comprises field-attractable particles and wherein the plurality of droplets comprises (i) a first subset of droplets each including, and not more than, one biological particle, and (ii) a second subset of droplets each including more than one biological particle, wherein the biological particle is a cell, a derivative of a cell, or a constituent of a cell; (b) directing the plurality of droplets along a first channel towards an intersection of the first channel with a second channel and a third channel; and (c) subjecting the plurality of droplets comprising the field-attractable particles to an electric or magnetic field under conditions sufficient to separate all or a portion of the first subset of the plurality of droplets from all or a portion of the second subset of the plurality of droplets, wherein upon separation, all or the portion of the first subset of the plurality of droplets flows along the second channel and all or the portion of the second subset of the plurality of droplets flows along the third channel.
A prosthesis deployment device comprising: an elongate delivery catheter assembly configured to retain and deploy a prosthesis; a housing operably coupled to the delivery catheter assembly ; and an actuator operably coupled to the housing such that displacement of the actuator displaces a portion of the delivery catheter assembly to deploy the prosthesis, characterized in that ; the displacement of the delivery catheter assembly to deploy the prosthesis is in a direction parallel to a longitudinal axis of the deployment device and the displacement of the actuator to displace the portion of the delivery catheter assembly is in a direction disposed at an angle to the longitudinal axis of the deployment device, wherein displacement of a ratchet slide incrementally advances a carrier along the ratchet slide , and wherein the carrier comprises a ratchet slide engaging arm that extends from the carrier to engage the ratchet slide and a housing engaging arm that extends from the carrier to engage the housing , wherein the actuator rotates about a pin when the actuator is displaced to deploy the prosthesis, and wherein the actuator is coupled to the ratchet slide such that rotation of the actuator about the pin displaces the ratchet slide parallel to the longitudinal axis of the deployment device . an elongate delivery catheter assembly configured to retain and deploy a prosthesis; a housing operably coupled to the delivery catheter assembly ; and an actuator operably coupled to the housing such that displacement of the actuator displaces a portion of the delivery catheter assembly to deploy the prosthesis, characterized in that ; the displacement of the delivery catheter assembly to deploy the prosthesis is in a direction parallel to a longitudinal axis of the deployment device and the displacement of the actuator to displace the portion of the delivery catheter assembly is in a direction disposed at an angle to the longitudinal axis of the deployment device, wherein displacement of a ratchet slide incrementally advances a carrier along the ratchet slide , and wherein the carrier comprises a ratchet slide engaging arm that extends from the carrier to engage the ratchet slide and a housing engaging arm that extends from the carrier to engage the housing , wherein the actuator rotates about a pin when the actuator is displaced to deploy the prosthesis, and wherein the actuator is coupled to the ratchet slide such that rotation of the actuator about the pin displaces the ratchet slide parallel to the longitudinal axis of the deployment device .