mhurhangee/patent-ind-claim-en huggingface dataset:
An implant for retracting or/and supporting periurethral tissue enclosing a prostatic urethra along a length of prostate lobes, the implant comprising: a distal retractor incorporating a first and a second craniolateral corners ; a proximal retractor incorporating a first and a second caudolateral corners ; ; and two elongated edge members each said edge member including a respective one of said first and second craniolateral corners and a respective one of said first and second caudolateral corners , and wherein said distal retractor and proximal retractor are independently actuatable, and characterized by an elongated spine member extending along a spinal longitudinal axis having a length that is less than a longitudinal length of said two elongated edge members and wherein said distal retractor is connected to, or integrally formed as a single structure with, said proximal retractor , via at least one of said elongated spine member and said two elongated edge members (31 4 , 316) and wherein said distal retractor and said proximal retractor are in a form of a pair of curved wing-like structures connected to said spine member via interconnecting members , and symmetrically opposing each other relative to said spinal longitudinal axis. a distal retractor incorporating a first and a second craniolateral corners ; a proximal retractor incorporating a first and a second caudolateral corners ; ; and two elongated edge members each said edge member including a respective one of said first and second craniolateral corners and a respective one of said first and second caudolateral corners , and wherein said distal retractor and proximal retractor are independently actuatable, and characterized by an elongated spine member extending along a spinal longitudinal axis having a length that is less than a longitudinal length of said two elongated edge members and wherein said distal retractor is connected to, or integrally formed as a single structure with, said proximal retractor , via at least one of said elongated spine member and said two elongated edge members (31 4 , 316) and wherein said distal retractor and said proximal retractor are in a form of a pair of curved wing-like structures connected to said spine member via interconnecting members , and symmetrically opposing each other relative to said spinal longitudinal axis.
Sensor for measuring a property of a gas, comprising a body extending along a main axis (z), intended to be mounted perpendicular, or substantially perpendicular, to a direction of flow of a gas (x), and the sensor comprises at least one deflector (31, 32; 41, 42) arranged in the vicinity of the body and at least partially surrounding the body, the at least one deflector being formed by a wall designed to cause a flow of a gas to accelerate at the sensor, and the at least one deflector is parallel, or substantially parallel, to the main axis (z) of the sensor, characterized in that the at least one deflector is able to be positioned perpendicular to said direction of flow of a gas.
An electronic device (101; 200) comprising: a housing comprising a first plate , a second plate facing away from the first plate, and a side member surrounding a space between the first plate and the second plate; a printed circuit board, PCB, (310; 400) comprising a plurality of insulating layers interposed between the first plate and the second plate; an array of first conductive plates (3201; 412a; 412b; 412c; 711a; 711b) mounted in one layer of the PCB; a sensing electrode (380; 413; 713a; 713b) mounted in one layer of the PCB so as not to overlap the array when viewed from above the second plate; a wireless communication circuit (330; 473; 712a; 712b) electrically connected with the array, and configured to provide wireless communication at a frequency of 20 to 100 Ghz; and a grip sensing circuit (370; 675; 680; 685; 690; 714a; 714b) electrically connected with the sensing electrode. a housing comprising a first plate , a second plate facing away from the first plate, and a side member surrounding a space between the first plate and the second plate; a printed circuit board, PCB, (310; 400) comprising a plurality of insulating layers interposed between the first plate and the second plate; an array of first conductive plates (3201; 412a; 412b; 412c; 711a; 711b) mounted in one layer of the PCB; a sensing electrode (380; 413; 713a; 713b) mounted in one layer of the PCB so as not to overlap the array when viewed from above the second plate; a wireless communication circuit (330; 473; 712a; 712b) electrically connected with the array, and configured to provide wireless communication at a frequency of 20 to 100 Ghz; and a grip sensing circuit (370; 675; 680; 685; 690; 714a; 714b) electrically connected with the sensing electrode.
A leak detection and mitigation system , comprising: a gas flow path extending from a gas outlet of a fuel degassing device ; an orifice in the gas flow path ; and a sensor in the gas flow path upstream from the orifice , wherein the sensor is configured to detect a fuel leak into the gas flow path , characterized in that the system comprises a leak protection valve positioned in the gas flow path , wherein the leak protection valve includes a valve housing , a valve piston within the valve housing orientated to slide with respect to the valve housing and a biasing member operatively connected to the valve piston to bias the valve piston in a rest position, and the sensor is a position sensor operatively connected to the leak protection valve to detect a fuel leak in the gas flow path based on a position of the valve piston of the leak protection valve. a gas flow path extending from a gas outlet of a fuel degassing device ; an orifice in the gas flow path ; and a sensor in the gas flow path upstream from the orifice , wherein the sensor is configured to detect a fuel leak into the gas flow path , characterized in that the system comprises a leak protection valve positioned in the gas flow path , wherein the leak protection valve includes a valve housing , a valve piston within the valve housing orientated to slide with respect to the valve housing and a biasing member operatively connected to the valve piston to bias the valve piston in a rest position, and the sensor is a position sensor operatively connected to the leak protection valve to detect a fuel leak in the gas flow path based on a position of the valve piston of the leak protection valve.
An avalanche photodiode comprising: a p-contact layer made of a p-type semiconductor; a first light absorption layer formed on the p-contact layer and made of a p-type semiconductor; an avalanche layer formed on the first light absorption layer; a field control layer formed on the avalanche layer; a second light absorption layer formed on the field control layer; an n-contact layer formed on the second light absorption layer and made of an n-type semiconductor; a p-contact connected to the p-contact layer; and an n-contact connected to the n-contact layer, characterized in that only the first light absorption layer is p-type impurity doped at a concentration that does not cause depletion except near an interface between the first light absorption layer and the avalanche layer at an operating voltage. a p-contact layer made of a p-type semiconductor; a first light absorption layer formed on the p-contact layer and made of a p-type semiconductor; an avalanche layer formed on the first light absorption layer; a field control layer formed on the avalanche layer; a second light absorption layer formed on the field control layer; an n-contact layer formed on the second light absorption layer and made of an n-type semiconductor; a p-contact connected to the p-contact layer; and an n-contact connected to the n-contact layer, characterized in that only the first light absorption layer is p-type impurity doped at a concentration that does not cause depletion except near an interface between the first light absorption layer and the avalanche layer at an operating voltage.
An agitator for a vacuum cleaner comprising: a body ; and at least one deformable flap extending from the body , characterized in that the deformable flap includes at least one taper , the at least one taper causing a cleaning edge of the deformable flap to approach the body . a body ; and at least one deformable flap extending from the body , characterized in that the deformable flap includes at least one taper , the at least one taper causing a cleaning edge of the deformable flap to approach the body .
A cap assembly for a housing of an autoinjector device comprising: a needle cap remover; and a cap having a protruding pocket for receiving the needle cap remover; the needle cap remover comprising a connector having: a base ; and a plurality of first legs (702a-702d) spaced symmetrically away from one another and extending proximally from the base, characterized by comprising a plurality of second legs (706a-706d) extending proximally from the base and having a tip (707a-707d) that flares outwardly towards the protruding pocket, wherein at least one of the second legs is positioned between two of the first legs. a needle cap remover; and a cap having a protruding pocket for receiving the needle cap remover; the needle cap remover comprising a connector having: a base ; and a plurality of first legs (702a-702d) spaced symmetrically away from one another and extending proximally from the base, characterized by comprising a plurality of second legs (706a-706d) extending proximally from the base and having a tip (707a-707d) that flares outwardly towards the protruding pocket, wherein at least one of the second legs is positioned between two of the first legs. a base ; and a plurality of first legs (702a-702d) spaced symmetrically away from one another and extending proximally from the base, characterized by comprising a plurality of second legs (706a-706d) extending proximally from the base and having a tip (707a-707d) that flares outwardly towards the protruding pocket, wherein at least one of the second legs is positioned between two of the first legs.
A ketone for use in treating cancer in an animal; wherein the treatment comprises a ketogenic diet supplemented with said ketone and wherein the treatment further comprises subjecting the animal to a hyperbaric, oxygen-enriched environment.
An infrastructure for automated valet parking in combination with a vehicle having an autonomous valet parking apparatus , the infrastructure comprising: a communication circuit configured to receive vehicle information from the vehicle and transmit a target position and a guide route to the vehicle ; and a processor configured to determine a parking policy based on the vehicle information received and parking lot information stored and to determine the target position and the guide route based on the determined parking policy; wherein the autonomous valet parking apparatus is configured to transmit the vehicle information to the infrastructure , wherein the vehicle information includes a vehicle standard code, wherein the vehicle standard code refers to the type of automated valet parking performed by the vehicle ; wherein the parking lot information includes a parking lot standard code, wherein the parking lot standard code refers to the type of automated valet parking performed by the infrastructure ; wherein the processor is configured to determine whether the parking lot standard code matches with the vehicle's standard code and to determine the parking policy based at least in part on the vehicle information or the parking lot information. a communication circuit configured to receive vehicle information from the vehicle and transmit a target position and a guide route to the vehicle ; and a processor configured to determine a parking policy based on the vehicle information received and parking lot information stored and to determine the target position and the guide route based on the determined parking policy; wherein the autonomous valet parking apparatus is configured to transmit the vehicle information to the infrastructure , wherein the vehicle information includes a vehicle standard code, wherein the vehicle standard code refers to the type of automated valet parking performed by the vehicle ; wherein the parking lot information includes a parking lot standard code, wherein the parking lot standard code refers to the type of automated valet parking performed by the infrastructure ; wherein the processor is configured to determine whether the parking lot standard code matches with the vehicle's standard code and to determine the parking policy based at least in part on the vehicle information or the parking lot information.
Injection mould for plastics, comprising at least one first mould impression and one second mould impression that complements the first impression , the second impression being configured to close onto the first impression so as to define between the first and second impressions: - a moulding cavity that defines the surface of at least part of a component that is to be injection moulded, - a substantially triangular chamber , having a material inlet corner (O) and an opposite side for the exit of material towards the moulding cavity , configured to allow a substantially triangular sheet of material to flow between the inlet corner (O) and the opposite outlet side , characterized in that the chamber has dual concavity so that, for each point (14, 14', A, B, C, D) on the outlet side , the shortest flow path between the inlet corner (O) and this point on the outlet side is of a length substantially equal to a same length corresponding to a first flow path . - a moulding cavity that defines the surface of at least part of a component that is to be injection moulded, - a substantially triangular chamber , having a material inlet corner (O) and an opposite side for the exit of material towards the moulding cavity , configured to allow a substantially triangular sheet of material to flow between the inlet corner (O) and the opposite outlet side ,
Automotive lighting device comprising a light source intended to emit light; a driver arranged to control the operation of the light source , the driver comprising a driver cover arranged to dissipate the heat generated by the driver; a housing comprising a housing wall and a ventilation element located in the housing wall, the ventilation element being configured to allow water vapour to exit the housing ; a desiccant salt arranged in thermal contact with the driver cover ; a separating element provided between the desiccant salt and the light source , characterized in that the separating element is a hatch with an actuator, the actuator being controlled by the driver. a light source intended to emit light; a driver arranged to control the operation of the light source , the driver comprising a driver cover arranged to dissipate the heat generated by the driver; a housing comprising a housing wall and a ventilation element located in the housing wall, the ventilation element being configured to allow water vapour to exit the housing ; a desiccant salt arranged in thermal contact with the driver cover ; a separating element provided between the desiccant salt and the light source , characterized in that the separating element is a hatch with an actuator, the actuator being controlled by the driver.
Laboratory sample instrument , more particularly a dispenser or a pipette, with a cable holding space in which a printed circuit board cable device (1; 10; 20; 30; 40; 50; 60; 70; 80; 80'; 90; 100; 210; 300) is arranged, with the printed circuit board cable device having at least one flexible printed circuit board (2; 12; 22; 32; 42; 52; 62; 72; 82; 92; 102; 211, 212, 213), which has a first and a second side of the board, and, arranged in succession, at least one first printed circuit board section (A; 211), at least one second printed circuit board section (B; 212) and at least one third printed circuit board section (C; 213), with the printed circuit board having a number of conductor tracks (3, 4, 5, 6; 33, 35, 36; 46; 56; 66, 67; 76b, 77b, 76a, 77a; 86, 86b, 87, 87b; 87'; 96; 121, 122, 121a, 122a, 121b, 122b) which, at least in sections of the board, are arranged parallel with respect to one another on the printed circuit board and extend from a first track section of said number of conductor tracks, which is arranged in the first printed circuit board section, via the second printed circuit board section to the third printed circuit board section, in which a second track section of said number of conductor tracks is arranged, wherein in the second printed circuit board section, at least one conductor track (66; 76a, 76b; 86, 87b; 121a, 122a) is arranged on the first side of the board and at least one conductor track (67; 77a, 77b; 86b, 87; 121b, 122b) is arranged on the second side of the board, wherein the cable holding space being subdivided into at least one first , second and third holding space, with the first printed circuit board section being arranged in the first holding space , the second being arranged in the second holding space and the third being arranged in the third holding space , the second holding space having a smaller cross-sectional area perpendicular to the printed circuit board than the first holding space.
Agricultural spreading device for a fluid with multiple distributed spreading openings , which are supplied with fluid by a fluidic supply line system , the supply line system comprising a common line , from which multiple spreading lines branch off, which each lead to an associated spreading opening , characterized in that a) the supply line system comprises a first flow meter and comprises a second flow meter and the first flow meter is designated for measuring a higher flow than the second flow meter , b) the first flow meter is positioned in the common line or upstream of the same and c) the second flow meter is positioned in a bypass line , which bypasses a subsection of the common line , d) a test valve device is present, which, da) for a test operation for a test of a spreading of the fluid from only one spreading opening or only a subgroup of the spreading openings can be brought into an operating position, in which the subsection is closed and the fluid flows through the bypass line and db) for a spreading operation can be brought into an operating position, in which the subsection is open so the fluid flows through the subsection . a) the supply line system comprises a first flow meter and comprises a second flow meter and the first flow meter is designated for measuring a higher flow than the second flow meter , b) the first flow meter is positioned in the common line or upstream of the same and c) the second flow meter is positioned in a bypass line , which bypasses a subsection of the common line , d) a test valve device is present, which, da) for a test operation for a test of a spreading of the fluid from only one spreading opening or only a subgroup of the spreading openings can be brought into an operating position, in which the subsection is closed and the fluid flows through the bypass line and db) for a spreading operation can be brought into an operating position, in which the subsection is open so the fluid flows through the subsection . da) for a test operation for a test of a spreading of the fluid from only one spreading opening or only a subgroup of the spreading openings can be brought into an operating position, in which the subsection is closed and the fluid flows through the bypass line and db) for a spreading operation can be brought into an operating position, in which the subsection is open so the fluid flows through the subsection .
Clutch device for actuating a clutch of a motor vehicle gearbox, with a hydraulic actuating device , which is provided for clutch actuation and for this purpose has at least one housing element connected non-rotatably and axially fixed to a shaft and a clutch piston mounted at the housing element while being capable of moving between an inoperative position and an actuating position, wherein between the housing element and the clutch piston there is located a pressure chamber , by the application of an actuation fluid pressure to which pressure chamber the clutch piston can be moved at least from the inoperative position into the actuating position, and with a locking mechanism , which mechanically locks the clutch piston in the actuating position and for this purpose has at least one movably mounted holding element provided for being moved into a locking position by an actuation fluid pressure, wherein the locking mechanism has a locking element , which is mounted for axial displacement both with respect to the housing element and with respect to the clutch piston and which is provided to deactivate the holding element at least in a partially opened state of the clutch , characterised in that the locking element is mounted rotatably with respect to the housing element and/or to the clutch piston .
A method, comprising: determining a preamble, at least a portion of which is unique to one or more user equipment for a device-to-device communication of one or more subframes on a band; and performing the device-to-device communication of the one or more subframes comprising the preamble on the band; characterized by , wherein an indication of the portion is received from a base station prior to the performing the device-to-device communication. determining a preamble, at least a portion of which is unique to one or more user equipment for a device-to-device communication of one or more subframes on a band; and performing the device-to-device communication of the one or more subframes comprising the preamble on the band; characterized by , wherein an indication of the portion is received from a base station prior to the performing the device-to-device communication.
A power conversion system for a power machine , including a pump configured to provide a source of pressurized hydraulic fluid, a work actuator for controlling a work function, and an open center control valve assembly in communication with the pump to receive the pressurized hydraulic fluid, the open center control valve assembly comprising: a first spool having an unactuated position and first and second actuated positions configured to direct pressurized hydraulic fluid to the work actuator and receive pressurized hydraulic fluid returned from the work actuator; a second spool downstream of and in series with the first spool when the first spool is in the unactuated position, the second spool having first and second actuated positions ; and wherein the first spool is configured to direct hydraulic fluid returned from the work actuator through the second actuated position to the second spool and direct hydraulic fluid returned from the work actuator through the first actuated position to bypass the second spool. a first spool having an unactuated position and first and second actuated positions configured to direct pressurized hydraulic fluid to the work actuator and receive pressurized hydraulic fluid returned from the work actuator; a second spool downstream of and in series with the first spool when the first spool is in the unactuated position, the second spool having first and second actuated positions ; and wherein the first spool is configured to direct hydraulic fluid returned from the work actuator through the second actuated position to the second spool and direct hydraulic fluid returned from the work actuator through the first actuated position to bypass the second spool.