mhurhangee/patent-ind-claim-en huggingface dataset:
Battery comprising a first housing element and a second housing element , which together form an interior space for receiving a battery module , wherein a plurality of battery cells of the battery module , which are connected in an electrically conducting manner to one another in series and/or in parallel, are arranged in the interior space , wherein the plurality of battery cells are in particular of a prismatic form, and also arranged in the interior space is a first element of a battery controller, wherein the first housing element forms a first temperature-control structure on a side facing away from the interior space and in particular the second housing element , wherein the second housing element forms a second temperature-control structure on a side facing away from the interior space and in particular the first housing element , and a covering element is connected to the second housing element in such a way that the covering element delimits a temperature-control fluid receptacle which can be flowed through by a temperature-control fluid, and the second temperature-control structure is formed such that it can be flowed around by the temperature-control fluid, wherein the covering element is formed from a metal in a planar manner or has a shaping for receiving a second element of the battery controller, wherein the first element of the battery controller is arranged in a thermally conducting manner on a side of the second housing element that is facing towards the interior space . a first housing element and a second housing element , which together form an interior space for receiving a battery module , wherein a plurality of battery cells of the battery module , which are connected in an electrically conducting manner to one another in series and/or in parallel, are arranged in the interior space , wherein the plurality of battery cells are in particular of a prismatic form, and also arranged in the interior space is a first element of a battery controller, wherein the first housing element forms a first temperature-control structure on a side facing away from the interior space and in particular the second housing element , wherein the second housing element forms a second temperature-control structure on a side facing away from the interior space and in particular the first housing element , and a covering element is connected to the second housing element in such a way that the covering element delimits a temperature-control fluid receptacle which can be flowed through by a temperature-control fluid, and the second temperature-control structure is formed such that it can be flowed around by the temperature-control fluid, wherein the covering element is formed from a metal in a planar manner or has a shaping for receiving a second element of the battery controller, wherein the first element of the battery controller is arranged in a thermally conducting manner on a side of the second housing element that is facing towards the interior space .
An anti-kink protection assembly that is configured for being situated on a connector housing that is connected to a cable for anti-kink protection, comprising: - a cylindrical base part that is formed in one piece from a top part and a bottom part , wherein the bottom part includes multiple locking arms that are separated from one another by a distance in the radial direction, and locking tabs are in each case situated on the lower end areas of the locking arms facing away from the top part , in the direction of the inner area of the cylindrical base part , wherein the bottom part has a defined internal cross section (D) in the area of the locking arms without the locking tabs , characterized in that at least one upper end element is situated at the upper outer edge of the top part facing away from the locking arms , and the anti-kink protection assembly further comprises a ring that is configured and designed for being pushed over the bottom part of the base part onto an area of the top part in a preassembly step (S1), and for abutting against the at least one upper end element , and in a final assembly step (S2), being pushed in the opposite direction with respect to the preassembly step (S1), from the top part in the direction of the bottom part , until reaching the lower end areas of the locking arms . - a cylindrical base part that is formed in one piece from a top part and a bottom part ,
A method for receiving data in a cooperative multi-point wireless communication system, the method performed by a user equipment and comprising: receiving Zero Power Channel State Information-Reference Signal, ZP CSI-RS resource configurations; receiving (S1230) Downlink Control Information, DCI; and decoding (S1250) Physical Downlink Shared Channel, PDSCH, data based on the DCI by assuming the PDSCH data is not mapped to resource elements which are used for transmission of a ZP CSI-RS corresponding to one of the ZP CSI-RS resource configurations, characterized in that , a cell-specific reference signal, CRS, is used for PDSCH data demodulation, and when 2-bit DCI field indicating a CSI-RS is not included in the DCI, the user equipment assumes that the resource elements to which the PDSCH data is not mapped correspond to only a lowest indexed ZP CSI-RS resource configuration among the ZP CSI-RS resource configurations. receiving Zero Power Channel State Information-Reference Signal, ZP CSI-RS resource configurations; receiving (S1230) Downlink Control Information, DCI; and decoding (S1250) Physical Downlink Shared Channel, PDSCH, data based on the DCI by assuming the PDSCH data is not mapped to resource elements which are used for transmission of a ZP CSI-RS corresponding to one of the ZP CSI-RS resource configurations, characterized in that , a cell-specific reference signal, CRS, is used for PDSCH data demodulation, and when 2-bit DCI field indicating a CSI-RS is not included in the DCI, the user equipment assumes that the resource elements to which the PDSCH data is not mapped correspond to only a lowest indexed ZP CSI-RS resource configuration among the ZP CSI-RS resource configurations.
A method of performing a narrowband physical uplink shared channel, NPUSCH, transmission, the method comprising: determining a start position of the NPUSCH transmission in a first group of two contiguous subframes that are configured as time division duplex, TDD, uplink subframes, wherein the first group of two contiguous subframes are defined for a subcarrier spacing of 3.75 kHz; and postponing the NPUSCH transmission to a second group of two contiguous subframes that are subsequent to the first group of two contiguous subframes, based on that the start position of the NPUSCH transmission is determined as a second subframe of the first group of the two contiguous subframes; and performing the NPUSCH transmission in the first group of two contiguous subframes, based on that the first group of the two contiguous subframes does not overlap with any uplink subframe that is configured as invalid subframe by a base station , wherein the NPUSCH transmission is not performed in the first group of two contiguous subframe, based on that the first group of the two contiguous subframes overlapping with any uplink subframe that is configured as the invalid subframe by the base station . determining a start position of the NPUSCH transmission in a first group of two contiguous subframes that are configured as time division duplex, TDD, uplink subframes, wherein the first group of two contiguous subframes are defined for a subcarrier spacing of 3.75 kHz; and postponing the NPUSCH transmission to a second group of two contiguous subframes that are subsequent to the first group of two contiguous subframes, based on that the start position of the NPUSCH transmission is determined as a second subframe of the first group of the two contiguous subframes; and performing the NPUSCH transmission in the first group of two contiguous subframes, based on that the first group of the two contiguous subframes does not overlap with any uplink subframe that is configured as invalid subframe by a base station , wherein the NPUSCH transmission is not performed in the first group of two contiguous subframe, based on that the first group of the two contiguous subframes overlapping with any uplink subframe that is configured as the invalid subframe by the base station .
A surgical instrument comprising: a housing having a handle assembly ; an elongated body extending from the housing ; an end effector supported at a distal end of the elongated body ; a drive rod operably coupling the handle assembly to the end effector , and a dissection element disposed about the elongated body proximal to the distal end of the elongated body and configured to bluntly dissect tissue surrounding the elongated body , wherein the housing includes an inflation port that is in fluid communication with an interior of the dissection element , an outer wall of the elongated body defines an inflation channel and an inflation opening that fluidly connects the inflation port and the interior of the dissection element , and the drive rod passes through the inflation channel of the elongated body . a housing having a handle assembly ; an elongated body extending from the housing ; an end effector supported at a distal end of the elongated body ; a drive rod operably coupling the handle assembly to the end effector , and a dissection element disposed about the elongated body proximal to the distal end of the elongated body and configured to bluntly dissect tissue surrounding the elongated body , wherein the housing includes an inflation port that is in fluid communication with an interior of the dissection element , an outer wall of the elongated body defines an inflation channel and an inflation opening that fluidly connects the inflation port and the interior of the dissection element , and the drive rod passes through the inflation channel of the elongated body .
Geared motor unit , having: a. a motor (12, having a stator and a rotor , b. a wave gearbox having a flex spline , a circular spline , and a wave generator , wherein c. an element of the motor is connected to the wave generator , and the other element of the motor is connected to the flex spline of the wave gearbox , and d. an element of the wave gearbox is connected to a mechanical mass , wherein the motor is integrated in the wave gearbox , characterized in that the stator is connected to the wave generator , the rotor is connected to the flex spline of the wave gearbox , and the wave generator of the wave gearbox is connected to the mechanical mass . a. a motor (12, having a stator and a rotor , b. a wave gearbox having a flex spline , a circular spline , and a wave generator , wherein c. an element of the motor is connected to the wave generator , and the other element of the motor is connected to the flex spline of the wave gearbox , and d. an element of the wave gearbox is connected to a mechanical mass , wherein the motor is integrated in the wave gearbox , characterized in that the stator is connected to the wave generator , the rotor is connected to the flex spline of the wave gearbox , and the wave generator of the wave gearbox is connected to the mechanical mass .
Fiber application head for the production of composite material parts by application of bands formed of several continuous fibers arranged edge to edge, comprising a compaction system comprising several independent compaction rollers and compaction cylinders , and for each fiber, cutting means and rerouting means , - for each fiber, the head comprises a functional module including the cutting means , the rerouting means , and a compaction roller, each functional module is mounted so as to be movable in translation along a compaction direction (T2) on a support element of the head, - a compaction cylinder is associated with each functional module for the displacement in translation of the functional module, and - the rerouting means of each functional module comprise a drive roller driven by a motor and a counter-roller , said motor being embedded in said functional module, - said head comprising at least one first functional module and at least one second functional module arranged alternately side by side, each first functional module comprising guiding means able to guide a first fiber towards a compaction roller along a first guiding plane (P1) and each second functional module comprising guiding means able to guide a second fiber towards a compaction roller along a second guiding plane (P2), so as to form at the level of the compaction rollers a fiber band formed by first and second fibers arranged alternately edge to edge. - for each fiber, the head comprises a functional module including the cutting means , the rerouting means , and a compaction roller, each functional module is mounted so as to be movable in translation along a compaction direction (T2) on a support element of the head, - a compaction cylinder is associated with each functional module for the displacement in translation of the functional module, and - the rerouting means of each functional module comprise a drive roller driven by a motor and a counter-roller , said motor being embedded in said functional module, - said head comprising at least one first functional module and at least one second functional module arranged alternately side by side, each first functional module comprising guiding means able to guide a first fiber towards a compaction roller along a first guiding plane (P1) and each second functional module comprising guiding means able to guide a second fiber towards a compaction roller along a second guiding plane (P2), so as to form at the level of the compaction rollers a fiber band formed by first and second fibers arranged alternately edge to edge.
Apparatus for assisted ventilation comprising at least one ventilatory block connected to and controlled by a drive block , as well as a sensor block connected to said drive block and adapted to provide it with a signal of electrical activity produced by the diaphragm, wherein the apparatus further comprises at least one calculation block connected to said drive block , to said sensor block and to said ventilatory block , said calculation block receiving from said sensor block a signal of diaphragmatic electrical activity (Eadi) and from said ventilatory block a ventilatory pressure signal (Paw), and providing said drive block with calibration parameters (Cal) calculated on the basis of a signal of diaphragmatic electrical activity (Eadi*) and a ventilatory pressure signal (Paw*) upon switching-off said ventilatory block such so as to cause an expiratory pause wherein the ventilatory pressure signal (Paw*) during the expiratory pause is determined solely by the spontaneous breathing activity and therefore of the muscle pressure (Pmusc) produced by the subject, wherein at the end of the expiratory pause the ventilator block resumes the assisted ventilation and is regulated by means of the calibration parameters (Cal), wherein the assisted ventilation is regulated by defining a specific percentage of the pressure provided by the ventilator in relation to the muscle pressure produced by the subject by obtaining and using the spontaneous breathing activity of the subject undergoing the assisted ventilation as a basis for evaluating which percentage of the total pressure provided by the ventilator block may be regarded as being attributable to the subject.
A method of determining a condition of a surface of an additively manufactured polymer part, comprising: capturing an image of a surface of an additively manufactured polymer part; normalising the captured image to remove illumination geometry and illumination colour; extracting a plurality of test parameters, the test parameters comprising colour parameters and texture parameters respectively relating to a colour and a texture of the surface of the additively manufactured polymer part from the captured image; and determining the condition of the surface of the additively manufactured polymer part based on the test parameters extracted from the captured image, wherein the test parameters are each evaluated using Principle Component Analysis. capturing an image of a surface of an additively manufactured polymer part; normalising the captured image to remove illumination geometry and illumination colour; extracting a plurality of test parameters, the test parameters comprising colour parameters and texture parameters respectively relating to a colour and a texture of the surface of the additively manufactured polymer part from the captured image; and determining the condition of the surface of the additively manufactured polymer part based on the test parameters extracted from the captured image, wherein the test parameters are each evaluated using Principle Component Analysis.
Panel assembly which is to be fitted into the opening of a railway vehicle carriage structure, the assembly comprising: - a panel of a transparent or translucent material having two faces , - a first fixing element , - a layer of adhesive serving to glue the first fixing element to the panel , - at least one second fixing element cooperating with the first fixing element , each second fixing element being capable of being connected to the structure , - each second fixing element being arranged opposite the layer of adhesive in a direction normal to a face of the plate , the assembly being characterised in that the first fixing element and the second fixing element have complementary shapes, and in that the or each second fixing element comprises a screw having a head of a shape that is complementary to the cross-section of the first fixing element , a threaded rod , and a screw complementary to the rod . - a panel of a transparent or translucent material having two faces , - a first fixing element , - a layer of adhesive serving to glue the first fixing element to the panel , - at least one second fixing element cooperating with the first fixing element , each second fixing element being capable of being connected to the structure , - each second fixing element being arranged opposite the layer of adhesive in a direction normal to a face of the plate ,
A computer implemented method for determining a burial depth of a submarine power cable under a sea bed from a cable temperature curve of the cable along its length over time and from a temperature of seawater in proximity of the cable over time, the method comprising the steps of: - receiving the cable temperature curve through a cable optical fibre ; - splitting the cable temperature curve into a seawater temperature variation influence and a cable heating influence based on the seawater temperature; - subtracting from the cable heating influence a soil-free cable heating influence , thereby obtaining a soil sea bed heating influence ; and - determining the burial depth based on the soil sea bed heating influence . - receiving the cable temperature curve through a cable optical fibre ; - splitting the cable temperature curve into a seawater temperature variation influence and a cable heating influence based on the seawater temperature; - subtracting from the cable heating influence a soil-free cable heating influence , thereby obtaining a soil sea bed heating influence ; and - determining the burial depth based on the soil sea bed heating influence .
A bolt support plate fitted to an external surface of a door or gate , the bolt support plate being connected with a lock having a lock body on an opposing surface of the door or gate and comprising one or more holes , wherein the edges of the holes provide a bolt , e.g. a latch bolt or a dead bolt of the lock, with a close fit, thereby providing lateral support for the bolt.
A cleaning composition comprising - 25-45 weight-% of one or more alkylene carbonates, preferably propylene carbonate; - 25-45 weight-% of one or more fatty acid methyl esters, preferably vegetable oil methyl esters, more preferably soybean oil methyl ester; - 10-45 weight-% of one or more glycol ether and/or dibasic ester containing solvents; and - 5-27 weight-% of one or more surfactants, preferably nonionic surfactants, wherein the cleaning composition has a flash point above 110 °C. - 25-45 weight-% of one or more alkylene carbonates, preferably propylene carbonate; - 25-45 weight-% of one or more fatty acid methyl esters, preferably vegetable oil methyl esters, more preferably soybean oil methyl ester; - 10-45 weight-% of one or more glycol ether and/or dibasic ester containing solvents; and - 5-27 weight-% of one or more surfactants, preferably nonionic surfactants,
A method of maintaining a pipette tip column in a wet state, comprising the steps of: a) providing a pipette tip column, wherein the column comprises a packed bed of gel resin beads, and wherein at least 99% of the interstitial space is occupied by a water miscible solvent with a boiling point greater than 100°C; wherein the pipette tip comprises: i) a pipette tip column body having an open upper end, an open lower end, and an open channel between the upper and lower end of the column body; ii) a bottom frit bonded to and extending across the open channel; iii) a top frit bonded to and extending across the open channel between the bottom frit and the open upper end of the column body, wherein the top frit, bottom frit, and column body define a media chamber; iv) the packed bed of gel resin beads positioned inside the media chamber, b) storing the column so that it is open to ambient temperature, air pressure and humidity. a) providing a pipette tip column, wherein the column comprises a packed bed of gel resin beads, and wherein at least 99% of the interstitial space is occupied by a water miscible solvent with a boiling point greater than 100°C; wherein the pipette tip comprises: i) a pipette tip column body having an open upper end, an open lower end, and an open channel between the upper and lower end of the column body; ii) a bottom frit bonded to and extending across the open channel; iii) a top frit bonded to and extending across the open channel between the bottom frit and the open upper end of the column body, wherein the top frit, bottom frit, and column body define a media chamber; iv) the packed bed of gel resin beads positioned inside the media chamber, i) a pipette tip column body having an open upper end, an open lower end, and an open channel between the upper and lower end of the column body; ii) a bottom frit bonded to and extending across the open channel; iii) a top frit bonded to and extending across the open channel between the bottom frit and the open upper end of the column body, wherein the top frit, bottom frit, and column body define a media chamber; iv) the packed bed of gel resin beads positioned inside the media chamber, b) storing the column so that it is open to ambient temperature, air pressure and humidity.