mhurhangee/patent-ind-claim-en huggingface dataset:
A pouch-type battery cell , comprising a battery case comprising a metal layer and a polymer resin layer, wherein the battery case comprising: an electrode assembly receiving part formed on at least one of an upper case and a lower case , and a venting member disposed on an outer surface of the electrode assembly receiving part as an adjacent portion of a sealing part of the battery case, wherein the venting member is made of a shape memory alloy that is deformed in a straight form and is recovered to the form before deformation in such way that it penetrates the battery case when the temperature is above the transition temperature of the shape memory alloy; wherein the case comprises a space for receiving the bent venting member . an electrode assembly receiving part formed on at least one of an upper case and a lower case , and a venting member disposed on an outer surface of the electrode assembly receiving part as an adjacent portion of a sealing part of the battery case, wherein the venting member is made of a shape memory alloy that is deformed in a straight form and is recovered to the form before deformation in such way that it penetrates the battery case when the temperature is above the transition temperature of the shape memory alloy; wherein the case comprises a space for receiving the bent venting member .
Pump system , in particular a booster pump system, comprising - at least one pump unit , - at least one valve member , having a first thread , and - at least one manifold with a manifold tube having at least one manifold connecting pipe , wherein - the pump unit comprises a pump casing with at least two hydraulic connection ports , at least one of the hydraulic connection ports comprises a connecting pipe which is integrally connected to the pump casing and which has a flange , - a union nut is held on the connecting pipe between the flange and the pump casing so that the union nut is held back by the flange , the union nut of the pump unit is screwed to the first thread , - the manifold connecting pipe is integrally connected to the manifold tube and has a manifold flange , wherein a manifold union nut is held on the manifold connecting pipe between the manifold flange and the manifold tube so that the manifold union nut is held back by the flange , characterized in that, - the manifold is a discharge manifold with a discharge manifold tube having at least one discharge manifold connecting pipe with a discharge manifold flange and a discharge manifold union nut , - the valve member is a check valve member , and - the pump system further comprises a discharge valve member , - the discharge manifold union nut is screwed to a thread of the discharge valve member , - the union nut is a discharge union nut that is screwed to the first thread of the check valve member , and - the check valve member is directly hydraulically connected to the discharge valve member . - at least one pump unit , - at least one valve member , having a first thread , and - at least one manifold with a manifold tube having at least one manifold connecting pipe , wherein - the pump unit comprises a pump casing with at least two hydraulic connection ports , at least one of the hydraulic connection ports comprises a connecting pipe which is integrally connected to the pump casing and which has a flange , - a union nut is held on the connecting pipe between the flange and the pump casing so that the union nut is held back by the flange , the union nut of the pump unit is screwed to the first thread , - the manifold connecting pipe is integrally connected to the manifold tube and has a manifold flange , wherein a manifold union nut is held on the manifold connecting pipe between the manifold flange and the manifold tube so that the manifold union nut is held back by the flange , - the manifold is a discharge manifold with a discharge manifold tube having at least one discharge manifold connecting pipe with a discharge manifold flange and a discharge manifold union nut , - the valve member is a check valve member , and - the pump system further comprises a discharge valve member , - the discharge manifold union nut is screwed to a thread of the discharge valve member , - the union nut is a discharge union nut that is screwed to the first thread of the check valve member , and - the check valve member is directly hydraulically connected to the discharge valve member .
Wind power plant comprising a tower which has at least one flight obstacle light radiating outwards, which is connected to a supply line that is led from inside to outside via an aperture provided in the tower, the flight obstacle light being connected via the supply line to a supply device, characterized in that the supply line consists of at least one optical waveguide and the supply device is formed as a light source, and the arrangement of the aperture and/or the dimensions of the aperture are chosen such that stability and function of the tower are not impaired.
A method performed by a terminal in a communication system, the method comprising: receiving, from a base station, channel state information reference signal, CSI-RS, configuration information including configuration for a plurality of CSI-RSs; receiving, from the base station, information for channel state information, CSI, generation and feedback scheme; identifying a CSI-RS indicator indicating a CSI-RS among the plurality of CSI-RSs based on the information for CSI generation and feedback scheme; obtaining a rank indicator, RI, a precoding matrix indicator, PMI, and a channel quality indicator, CQI, based on the CSI-RS indicated by the CSI-RS indicator; and transmitting, to the base station, CSI including the CSI-RS indicator, the RI, the PMI, and the CQI, wherein the CQI is obtained based on the RI and the PMI using the CSI-RS indicated by the CSI-RS indicator, wherein the information for CSI generation and feedback scheme includes information on RI restriction which indicates a set of allowable RI to be reported, and wherein the RI is included in the set of allowable RI. receiving, from a base station, channel state information reference signal, CSI-RS, configuration information including configuration for a plurality of CSI-RSs; receiving, from the base station, information for channel state information, CSI, generation and feedback scheme; identifying a CSI-RS indicator indicating a CSI-RS among the plurality of CSI-RSs based on the information for CSI generation and feedback scheme; obtaining a rank indicator, RI, a precoding matrix indicator, PMI, and a channel quality indicator, CQI, based on the CSI-RS indicated by the CSI-RS indicator; and transmitting, to the base station, CSI including the CSI-RS indicator, the RI, the PMI, and the CQI, wherein the CQI is obtained based on the RI and the PMI using the CSI-RS indicated by the CSI-RS indicator, wherein the information for CSI generation and feedback scheme includes information on RI restriction which indicates a set of allowable RI to be reported, and wherein the RI is included in the set of allowable RI.
A rolling element bearing , consisting of an inner bearing ring , an outer bearing ring and a plurality of rolling elements , which roll between the bearing rings on inner and outer raceways (5, 6; 7, 8), and an angle-of-rotation limiting device arranged within the rolling element bearing , which angle-of-rotation limiting device limits the relative rotation between the inner bearing ring and the outer bearing ring within an angle-of-rotation range from 0° to greater than 360° and comprises at least one first stop element arranged on the inner bearing ring and at least one second stop element arranged on the outer bearing ring , wherein the first stop element of the angle-of-rotation limiting device , which first stop element is arranged on the inner bearing ring , is formed by a plurality of individual radial base bores arranged in peripheral succession in a row on the outer lateral surface of the inner bearing ring and by at least one slotted-hole-type radial base groove arranged between a first radial base bore and a last radial base bore , wherein one or two separate angle limiters protruding radially beyond the radial base bores or the radial base groove can be inserted into the radial base bores or the radial base groove depending on the size of the angle of rotation to be limited, and in that the second stop element of the angle-of-rotation limiting device , which second stop element is arranged on the outer bearing ring , is formed by a pivoting finger , which is fastened to the inner lateral surface of the outer bearing ring and extends to the radial base bores or the radial base groove in the inner bearing ring and is in stop connection with the angle limiters inserted into the radial base bores or into the radial base groove .
A work vehicle , comprising: - a plurality of control valves configured to selectively convey hydraulic fluid to a hydraulic machine, - a plurality of controllers connected to said control valves , - a terminal comprising a display screen displaying graphics associated with said valves , - a setting button configured to selectively modify the connection between the control valves and the controllers , and modifying graphics based on changes of the connection, the work vehicle being characterized in that the setting button is configured to selectively invert a flow direction of the hydraulic fluid of a selected control valve . - a plurality of control valves configured to selectively convey hydraulic fluid to a hydraulic machine, - a plurality of controllers connected to said control valves , - a terminal comprising a display screen displaying graphics associated with said valves , - a setting button configured to selectively modify the connection between the control valves and the controllers , and modifying graphics based on changes of the connection,
A portable system for collecting liquid bodily waste from a bodily waste collecting bag connected to an indwelling catheter to drain urine from a patient hygienically, comprises: a reservoir for collecting liquid bodily waste from the patient; an inlet , wherein the inlet is connected with the bodily waste collecting bag; a pumping means comprising an inlet pump to facilitate the movement of the liquid bodily waste into the reservoir and a discharge pump for discharging the urine to an outlet from the reservoir ; wherein an inflatable balloon is present on the reservoir to compensate any pressure change inside the reservoir ; and wherein a urine discharge channel is pulled out from an outer covering at the time of discharging the urine from the reservoir . a reservoir for collecting liquid bodily waste from the patient; an inlet , wherein the inlet is connected with the bodily waste collecting bag; a pumping means comprising an inlet pump to facilitate the movement of the liquid bodily waste into the reservoir and a discharge pump for discharging the urine to an outlet from the reservoir ; wherein an inflatable balloon is present on the reservoir to compensate any pressure change inside the reservoir ; and wherein a urine discharge channel is pulled out from an outer covering at the time of discharging the urine from the reservoir .
Black ink for use in inkjet printing, comprising a mixture of the dyes disperse blue 291 and/or 291:1, disperse red 82, and disperse red 54.
An electric pressure cooker for removing remaining internal pressures, comprising: a main body storing an internal pot through an opened upper surface, and a lid openably and closably coupled to the opened upper surface of the main body ; wherein the lid comprises: a lid coupling ring rotation-coupled to the opened upper surface of the main body ; an internal lid including a steam inlet , and disposed in the lid coupling ring and blocking an upper surface of the internal pot ; a steam discharge module horizontally swiveled and discharging steam, introduced from an inside of the internal pot through the steam inlet , outwards; a lid handle horizontally swiveled in a complete manipulation state of a button provided at one side of the lid handle and delivering a rotation force to the lid coupling ring ; characterized in that , the lid further comprises an external force delivery part delivering a rotational force to the steam discharge module using an external force delivered through the button in an incomplete manipulation state of the button . a main body storing an internal pot through an opened upper surface, and a lid openably and closably coupled to the opened upper surface of the main body ; wherein the lid comprises: a lid coupling ring rotation-coupled to the opened upper surface of the main body ; an internal lid including a steam inlet , and disposed in the lid coupling ring and blocking an upper surface of the internal pot ; a steam discharge module horizontally swiveled and discharging steam, introduced from an inside of the internal pot through the steam inlet , outwards; a lid handle horizontally swiveled in a complete manipulation state of a button provided at one side of the lid handle and delivering a rotation force to the lid coupling ring ; characterized in that , the lid further comprises an external force delivery part delivering a rotational force to the steam discharge module using an external force delivered through the button in an incomplete manipulation state of the button . a lid coupling ring rotation-coupled to the opened upper surface of the main body ; an internal lid including a steam inlet , and disposed in the lid coupling ring and blocking an upper surface of the internal pot ; a steam discharge module horizontally swiveled and discharging steam, introduced from an inside of the internal pot through the steam inlet , outwards; a lid handle horizontally swiveled in a complete manipulation state of a button provided at one side of the lid handle and delivering a rotation force to the lid coupling ring ; characterized in that , the lid further comprises an external force delivery part delivering a rotational force to the steam discharge module using an external force delivered through the button in an incomplete manipulation state of the button .
A method for reporting a user equipment capability, performed by a user equipment, the method comprising: determining whether a user equipment capability needs to be reported, and reporting , in a case that it is determined that the user equipment capability needs to be reported, the user equipment capability to a network device; characterized in that : the user equipment capability is associated with a spatial domain position or is associated with a frequency-domain position and a spatial domain position; and the spatial domain position corresponds to any of the following: a beam identifier, a carrier identifier, a transmission point identifier, or, a quasi-co-location, QCL, identifier. determining whether a user equipment capability needs to be reported, and reporting , in a case that it is determined that the user equipment capability needs to be reported, the user equipment capability to a network device; characterized in that : the user equipment capability is associated with a spatial domain position or is associated with a frequency-domain position and a spatial domain position; and the spatial domain position corresponds to any of the following: a beam identifier, a carrier identifier, a transmission point identifier, or, a quasi-co-location, QCL, identifier.
An antenna device comprising: a core formed by a magnetic material; a terminal attachment unit which is arranged on one end side of the core and concurrently, has a thickness dimension, and comprises an opening partially penetrating in the direction of the thickness dimension from a top surface of the terminal attachment unit ; a coil which is arranged on the outer-peripheral side of the core and concurrently, which is formed by winding a conductive wire ; and at least a pair of terminal members (60A1, 60A2) for electrical connection with the coil and with an external connector, the pair of terminal members being attached to the terminal attachment unit and being configured to be electrically connected to an electronic component having a chip-shape, the terminal members (60A1, 60A2) are provided each with a chip-support-piece portion positioned at the opening portion , and each chip-support-piece portion comprises a surface for supporting the electronic component , characterized in that each chip-support-piece portion is provided with a plurality of boss-like positioners (64A, 64A1, 64A2, 64A3, 64A5, 64A6) protruding from the support surface of the chip-support-piece portion for positioning the electronic component . a core formed by a magnetic material; a terminal attachment unit which is arranged on one end side of the core and concurrently, has a thickness dimension, and comprises an opening partially penetrating in the direction of the thickness dimension from a top surface of the terminal attachment unit ; a coil which is arranged on the outer-peripheral side of the core and concurrently, which is formed by winding a conductive wire ; and at least a pair of terminal members (60A1, 60A2) for electrical connection with the coil and with an external connector, the pair of terminal members being attached to the terminal attachment unit and being configured to be electrically connected to an electronic component having a chip-shape, the terminal members (60A1, 60A2) are provided each with a chip-support-piece portion positioned at the opening portion , and each chip-support-piece portion comprises a surface for supporting the electronic component , characterized in that each chip-support-piece portion is provided with a plurality of boss-like positioners (64A, 64A1, 64A2, 64A3, 64A5, 64A6) protruding from the support surface of the chip-support-piece portion for positioning the electronic component .
A fluid manifold comprising: a body defining: a fluid inlet ; a plurality of fluid outlets ; and a volume disposed between and in fluid communication with the fluid inlet and the plurality of fluid outlets, wherein the volume defines: a first width, W I , as measured at a first location near the fluid inlet, a second width, Wo, as measured at a second location near the plurality of fluid outlets, a first thickness, T I , as measured at the first location perpendicular to W I , and a second thickness, To, as measured at the second location perpendicular to Wo, and wherein Wo > W I ≥ T I ≥ T O , characterized in that the body defines an inlet sidewall thickness as measured along a fluid inlet coupling portion , and a volume sidewall thickness as measured along the volume, and wherein the volume sidewall thickness is greater than the inlet sidewall thickness. a fluid inlet ; a plurality of fluid outlets ; and a volume disposed between and in fluid communication with the fluid inlet and the plurality of fluid outlets, wherein the volume defines: a first width, W I , as measured at a first location near the fluid inlet, a second width, Wo, as measured at a second location near the plurality of fluid outlets, a first thickness, T I , as measured at the first location perpendicular to W I , and a second thickness, To, as measured at the second location perpendicular to Wo, and wherein Wo > W I ≥ T I ≥ T O , a first width, W I , as measured at a first location near the fluid inlet, a second width, Wo, as measured at a second location near the plurality of fluid outlets, a first thickness, T I , as measured at the first location perpendicular to W I , and a second thickness, To, as measured at the second location perpendicular to Wo, and wherein Wo > W I ≥ T I ≥ T O , characterized in that the body defines an inlet sidewall thickness as measured along a fluid inlet coupling portion , and a volume sidewall thickness as measured along the volume, and wherein the volume sidewall thickness is greater than the inlet sidewall thickness.
A deliver assist device for use in combination with a guide catheter, the deliver assist device comprising: an elongate proximal shaft ; a flexible distal section extending distally from the elongate proximal shaft, the flexible distal section including at least a first portion having a first flexibility and a second portion having a second flexibility; a lumen extending through the flexible distal section, the lumen configured to accommodate a guidewire extendible therethrough; and a tapered distal tip extending distally from the flexible distal section, wherein the first portion is formed of a polymeric material having a first durometer and the second portion is formed of the same polymeric material but having a second durometer different from the first durometer. an elongate proximal shaft ; a flexible distal section extending distally from the elongate proximal shaft, the flexible distal section including at least a first portion having a first flexibility and a second portion having a second flexibility; a lumen extending through the flexible distal section, the lumen configured to accommodate a guidewire extendible therethrough; and a tapered distal tip extending distally from the flexible distal section, wherein the first portion is formed of a polymeric material having a first durometer and the second portion is formed of the same polymeric material but having a second durometer different from the first durometer.
A method for nucleic acid amplification comprising: a) providing an input sample comprising target nucleic acid molecules; b) contacting the input sample with a reaction mixture comprising a solid phase and a liquid phase, wherein: i. the solid phase comprises a plurality of first amplification primers immobilized on a solid support, the first amplification primers capable of specifically hybridizing to a first sequence of the target nucleic acid molecules, and ii. the liquid phase comprises a plurality of second amplification primers in solution, the plurality of second primers capable of specifically hybridizing to a second sequence of the target nucleic acid molecules; c) amplifying the target nucleic acid molecules under isothermal conditions such that substantially all of the first amplification primers are incorporated into amplification products, wherein the plurality of first amplification primers is provided in an amount which limits the yield of amplification products to a predefined amount, and the plurality of second amplification primers is provided in an amount that exceeds the amount of the first amplification primers. a) providing an input sample comprising target nucleic acid molecules; b) contacting the input sample with a reaction mixture comprising a solid phase and a liquid phase, wherein: i. the solid phase comprises a plurality of first amplification primers immobilized on a solid support, the first amplification primers capable of specifically hybridizing to a first sequence of the target nucleic acid molecules, and ii. the liquid phase comprises a plurality of second amplification primers in solution, the plurality of second primers capable of specifically hybridizing to a second sequence of the target nucleic acid molecules; i. the solid phase comprises a plurality of first amplification primers immobilized on a solid support, the first amplification primers capable of specifically hybridizing to a first sequence of the target nucleic acid molecules, and ii. the liquid phase comprises a plurality of second amplification primers in solution, the plurality of second primers capable of specifically hybridizing to a second sequence of the target nucleic acid molecules; c) amplifying the target nucleic acid molecules under isothermal conditions such that substantially all of the first amplification primers are incorporated into amplification products, wherein the plurality of first amplification primers is provided in an amount which limits the yield of amplification products to a predefined amount, and the plurality of second amplification primers is provided in an amount that exceeds the amount of the first amplification primers.