mhurhangee/patent-ind-claim-en huggingface dataset:
A battery cell with a housing part, wherein the housing part - has an inner side facing an interior of the battery cell and an outer side facing an exterior of the battery cell, wherein - a hole is provided in the housing part , via which hole in the event of a malfunction in which an impermissibly high pressure increase occurs in the interior of the battery cell, pressure can escape into the surrounding area, wherein - a small-plate-like rupture element is provided which completely overlaps the hole , wherein an edge region of the rupture element is connected all around to an edge region of the housing part which extends around the hole , as a result of which the hole is closed off in fluid-tight manner, wherein - the small-plate-like rupture element is at least somewhat larger than the hole and is applied from the outer side onto the hole , wherein provision is made - that when a specified pressure in the interior of the battery cell is exceeded a connection between the rupture element and the housing part fails and the rupture element becomes partially or completely detached from the housing part , - the housing part comprises a plastics material and the small-plate-like rupture element of a metal. - has an inner side facing an interior of the battery cell and an outer side facing an exterior of the battery cell, wherein - a hole is provided in the housing part , via which hole in the event of a malfunction in which an impermissibly high pressure increase occurs in the interior of the battery cell, pressure can escape into the surrounding area, wherein - a small-plate-like rupture element is provided which completely overlaps the hole , wherein an edge region of the rupture element is connected all around to an edge region of the housing part which extends around the hole , as a result of which the hole is closed off in fluid-tight manner, wherein - the small-plate-like rupture element is at least somewhat larger than the hole and is applied from the outer side onto the hole , wherein provision is made - that when a specified pressure in the interior of the battery cell is exceeded a connection between the rupture element and the housing part fails and the rupture element becomes partially or completely detached from the housing part , - the housing part comprises a plastics material and the small-plate-like rupture element of a metal.
A compound of formula (I) or a pharmaceutically acceptable salt thereof; wherein, R 1 is H or C 1 -C 6 alkyl; and Hal is halogen. R 1 is H or C 1 -C 6 alkyl; and Hal is halogen.
Coolant pump for an internal combustion engine comprising a drive shaft , a coolant pump impeller which is arranged at least in a rotationally fixed manner on the drive shaft and via which coolant can be conveyed, an adjustable control slide , via which a flow cross section of an annular gap between an outlet of the coolant pump impeller and the surrounding conveying channel can be regulated, the control slide comprising an outer hollow cylindrical circumferential wall the radial outer side of which has a radial groove formed therein, in which a sealing ring is arranged, characterized in that the control slide comprises an inner hollow cylindrical circumferential wall , on the radial inside of which a radial groove is formed, in which a sealing ring is arranged, the two peripheral walls being connected to one another via a bottom , the bottom separating a first pressure chamber from a second pressure chamber , so that the control slide is displaceable as a function of a pressure difference between the two pressure chambers .
A biosignal sensor , comprising: a stretchable light-transmitting layer , a light source on the stretchable light-transmitting layer, a light sensor on the stretchable light-transmitting layer, a first polarizer embedded within the stretchable light-transmitting layer, the first polarizer being configured to linearly polarize light emitted from the light source, such that the biosignal sensor is configured to cause at least some of the light emitted from the light source to be linearly polarized by the first polarizer subsequent to being emitted from the light source, and a second polarizer embedded within the stretchable light-transmitting layer, the second polarizer being configured to linearly polarize light received at the light sensor, such that the biosignal sensor is configured to cause at least some of the light received at the light sensor to be linearly polarized by the second polarizer prior to being received at the light sensor, wherein the stretchable light-transmitting layer includes a plurality of first regions and a second region between adjacent first regions of the plurality of first regions, the plurality of first regions each having a first elastic modulus, the second region having a second elastic modulus that is lower than the first elastic modulus, the light source and the light sensor are each on a separate first region of the plurality of first regions, and the second region is entirely continuously connected. a stretchable light-transmitting layer , a light source on the stretchable light-transmitting layer, a light sensor on the stretchable light-transmitting layer, a first polarizer embedded within the stretchable light-transmitting layer, the first polarizer being configured to linearly polarize light emitted from the light source, such that the biosignal sensor is configured to cause at least some of the light emitted from the light source to be linearly polarized by the first polarizer subsequent to being emitted from the light source, and a second polarizer embedded within the stretchable light-transmitting layer, the second polarizer being configured to linearly polarize light received at the light sensor, such that the biosignal sensor is configured to cause at least some of the light received at the light sensor to be linearly polarized by the second polarizer prior to being received at the light sensor, wherein the stretchable light-transmitting layer includes a plurality of first regions and a second region between adjacent first regions of the plurality of first regions, the plurality of first regions each having a first elastic modulus, the second region having a second elastic modulus that is lower than the first elastic modulus, the light source and the light sensor are each on a separate first region of the plurality of first regions, and the second region is entirely continuously connected.
A crosshead die for use with an extruder, the crosshead die comprising: a body and a cassette received in the body for feeding reinforcement cords through the crosshead die ; an inlet formed in the body , the inlet being configured for being in fluid communication with an extruder; an outlet formed in the body; and a flow channel formed in the body , the flow channel extending between the inlet and the outlet, and being bounded by an upper wall , a lower wall , a first side wall having a height, and a second side wall having a heigth, characterized in that the flow channel is formed with a cross section that has or includes a trapezoidal shape with the first side wall and the second side wall being parallel in relation to one another, the upper wall and the lower wall being oblique in relation to one another, and the height of the first side wall being less than the height of the second side wall . a body and a cassette received in the body for feeding reinforcement cords through the crosshead die ; an inlet formed in the body , the inlet being configured for being in fluid communication with an extruder; an outlet formed in the body; and a flow channel formed in the body , the flow channel extending between the inlet and the outlet, and being bounded by an upper wall , a lower wall , a first side wall having a height, and a second side wall having a heigth, characterized in that the flow channel is formed with a cross section that has or includes a trapezoidal shape with the first side wall and the second side wall being parallel in relation to one another, the upper wall and the lower wall being oblique in relation to one another, and the height of the first side wall being less than the height of the second side wall .
Method for operating a regenerative heat storage arrangement , the heat storage arrangement having at least one gas heater for heating a carrier gas , in particular for heating air, a heat storage row with a plurality of heat storage modules and at least one compressor , wherein during a charging cycle at least one heat storage module (5 - 8), preferably a plurality of subsequent heat storage modules (5 - 8) of the heat storage row , is flowed through by carrier gas heated in the gas heater , preferably a plurality of subsequent heat storage modules (5 - 8) of the heat storage row , being flowed through by carrier gas heated in the gas heater and being thermally charged by heat transfer from the heated carrier gas to a heat storage material of the heat storage module (5 - 8) and the carrier gas being cooled during the charging, wherein the carrier gas , if the carrier gas temperature, after loading of a heat storage module (5 - 7), reaches or exceeds a minimum loading temperature of a subsequent heat storage module (6 - 8) in the heat storage row , is supplied to the subsequent heat storage module (6 - 8) for loading, and wherein a circulation of the carrier gas is provided if the carrier gas temperature falls below the minimum loading temperature of the subsequent heat storage module (6 - 8), and the carrier gas is fed to the compressor during the circulation and, after compression, is returned to the gas heater for renewed heating of the carrier gas , characterized in that a minimum charging temperature above a permissible setpoint temperature at the compressor inlet is selected, and in that the carrier gas is cooled during the circulation before entering the compressor if the carrier gas temperature is above the permissible setpoint temperature at the compressor inlet.
Method for treating a surface of a fibre composite component , comprising the following steps: Abrasive removal of the surface of the fibre composite component by blasting an abrasive agent transported by a gaseous transport fluid onto the surface of the fibre composite component by means of a feed nozzle , characterised in that the blasting by the feed nozzle takes place in a working space which is formed by a bell placed on the surface of the fibre composite component , the bell having an abutment rim which faces the surface of the fibre composite component , wherein a sealing device for sealing the working space with respect to the surface of the fibre composite component is arranged at the abutment rim , and wherein the working space is sealed with respect to a rear surface of the fibre composite component when a rim region of the surface of the fibre composite component is removed; and that a suction of the removal agent and of material removed by the removal agent from the working space is carried out by means of a suction nozzle arranged in the region of the feed nozzle ; wherein the rim region of the surface extends along an edge of the fibre composite component , and wherein the sealing device encloses the edge of the fibre composite component and thereby abuts against the surface and the rear surface of the fibre composite component . Abrasive removal of the surface of the fibre composite component by blasting an abrasive agent transported by a gaseous transport fluid onto the surface of the fibre composite component by means of a feed nozzle , characterised in that the blasting by the feed nozzle takes place in a working space which is formed by a bell placed on the surface of the fibre composite component , the bell having an abutment rim which faces the surface of the fibre composite component , wherein a sealing device for sealing the working space with respect to the surface of the fibre composite component is arranged at the abutment rim , and wherein the working space is sealed with respect to a rear surface of the fibre composite component when a rim region of the surface of the fibre composite component is removed; and that a suction of the removal agent and of material removed by the removal agent from the working space is carried out by means of a suction nozzle arranged in the region of the feed nozzle ; wherein the rim region of the surface extends along an edge of the fibre composite component , and wherein the sealing device encloses the edge of the fibre composite component and thereby abuts against the surface and the rear surface of the fibre composite component .
Method for operating an illuminating device of a motor vehicle , wherein the illuminating device radiates light into a luminous volume , wherein a control condition is evaluated, the fulfilment of which depends on whether the luminous volume comprises a partial luminous volume which illuminates an area and/or an ambient volume which is illuminated by an infrastructure lamp , wherein, when the control condition is fulfilled, the illuminating device is controlled in such a manner that light is radiated into the partial luminous volume with a different light intensity than into a residual luminous volume of the luminous volume that is outside the partial luminous volume , characterized in that light is radiated into the partial luminous volume with a higher light intensity than into the residual luminous volume .
A biologically active single chain relaxin peptide comprising a relaxin B chain derived from relaxin-2, wherein the peptide is truncated by six amino acid residues at the N-terminus with respect to the sequence of the B chain of native relaxin-2, wherein the peptide comprises four additional amino acids at the C-terminus, at least two of which are positively charged, and wherein one or both of the cysteine residues at positions 11 and 23, with respect to the native relaxin-2 B chain sequence of SEQ ID NO: 1, are replaced with a neutral amino acid.
An ultra-high power single mode,SM, fiber laser system comprising: a monolithic fiber - to - fiber-rod booster including an elongated input fiber portion and an output fiber rod portion , the booster being structured with a core and a cladding surrounding the core between opposite ends of the booster , the core including: a flexible, uniformly dimensioned input core region extending along a length of the input fiber portion and configured to waveguide a SM in a propagating direction, and a straight output core region expanding from the input core region along a length of the fiber rod portion towards an output end of the core , which is capable of supporting fundamental and high order modes with a mode area of the fundamental mode,FM, overlapping a central zone of a cross-section area of the core , the fiber rod portion being configured with a length between 10 cm and 30 cm, and the output end of the core having a numerical aperture of equal to or higher than 0.1; and an ultra-high power multimode pump source operative to emit pump light having a numerical aperture lower than that of the output end of the core and coupled into the output end in a counter-propagating direction, a power density of the pump light being higher than a density required to bleach a peripheral zone of the cross section area of the core not overlapped by the FM , wherein the booster emits an output in the SM with an average output power exceeding 5 kW or a peak power reaching a MW level. a flexible, uniformly dimensioned input core region extending along a length of the input fiber portion and configured to waveguide a SM in a propagating direction, and a straight output core region expanding from the input core region along a length of the fiber rod portion towards an output end of the core , which is capable of supporting fundamental and high order modes with a mode area of the fundamental mode,FM, overlapping a central zone of a cross-section area of the core , the fiber rod portion being configured with a length between 10 cm and 30 cm, and the output end of the core having a numerical aperture of equal to or higher than 0.1; and an ultra-high power multimode pump source operative to emit pump light having a numerical aperture lower than that of the output end of the core and coupled into the output end in a counter-propagating direction, a power density of the pump light being higher than a density required to bleach a peripheral zone of the cross section area of the core not overlapped by the FM , wherein the booster emits an output in the SM with an average output power exceeding 5 kW or a peak power reaching a MW level.
A method comprising: receiving radar parameters from a unit under test, UUT ; generating multiple tasks based on the radar parameters; sending the tasks and the radar parameters to multiple graphics processing units, GPUs (110a-110f); generating , using the GPUs, a simulated radar return for the UUT based on the tasks, the radar parameters, and a three-dimensional model of a scene, the simulated radar return comprising digital signals; controlling a timing of output of the simulated radar return to the UUT using multiple field programmable gate array, FPGA, carriers , the FPGA carriers associated with different ones of the GPUs; converting the digital signals into analog signals using multiple digital-to-analog converters, DACs (106a-106h); and transmitting the analog signals to the UUT. receiving radar parameters from a unit under test, UUT ; generating multiple tasks based on the radar parameters; sending the tasks and the radar parameters to multiple graphics processing units, GPUs (110a-110f); generating , using the GPUs, a simulated radar return for the UUT based on the tasks, the radar parameters, and a three-dimensional model of a scene, the simulated radar return comprising digital signals; controlling a timing of output of the simulated radar return to the UUT using multiple field programmable gate array, FPGA, carriers , the FPGA carriers associated with different ones of the GPUs; converting the digital signals into analog signals using multiple digital-to-analog converters, DACs (106a-106h); and transmitting the analog signals to the UUT.
A toilet lid capable of being connected to a toilet seat , wherein the toilet lid comprises: a core structural layer having a shape and size associated with the toilet lid, and a first layer disposed on a first surface of the core structural layer, wherein the first layer is formed of a slate stone, wherein the first layer is bonded to the core structural layer using an adhesive. a core structural layer having a shape and size associated with the toilet lid, and a first layer disposed on a first surface of the core structural layer, wherein the first layer is formed of a slate stone, wherein the first layer is bonded to the core structural layer using an adhesive.
A composition, advantageously cosmetic, dermatological or nutraceutical, comprising (a) an oily extract of Tannat variety grape and/or Cannonau variety grape and (b) a hydrophilic concentrate of Tannat variety grape and/or Cannonau variety grape and (c) optionally a dermatologically or nutraceutically acceptable excipient, said oily extract having a peroxide value of less than 20 meqO 2 per kg of oily extract, and said oily extract being obtained by mixing the Tannat variety and/or Cannonau variety grape berries and at least one oil and then physically extracting the lipophilic non-volatile active ingredients from the grape berries to said oil by a method involving only thermal and mechanical treatments, without involving any other solvent.
A mid-sole , or insole, particularly for shoes, which is constituted by a body having an upper surface having a plantar-like perimetric shape, wherein from the lower surface of said body a first plurality and a second plurality of elastically compressible protrusions protrude downward, each one having an axial cavity , wherein on the lateral surface of each one of said first pluralities of protrusions there is a series of concentric annular grooves that increase in diameter in the direction of said upper surface of said mid-sole and which give said first pluralities of protrusions the shape of a stepped pyramid characterized in that said first pluralities of protrusions are frustum-shaped and said second pluralities of protrusions have a cylindrical shape.
A method for advertisement detection based on fingerprints, the method comprising: storing a sequence of broadcast content in real time; selecting a reference section and a test section from the stored sequence of broadcast content, wherein the selected test section and the selected reference section are respective time sections defined in relation to each other in the stored sequence of broadcast content; generating fingerprints respectively from the selected reference section and from the selected test section , using one or more fingerprint generation methods; comparing the fingerprints generated from the selected test section with the fingerprints generated from the selected reference section , to perform matching between the compared fingerprints; determining advertisement segments from the selected test section based on results of the matching; storing segment information about the determined advertisement segments, selecting two advertisement segments based on the stored segment information; comparing fingerprints of the selected advertisement segments with each other; detecting an identical section, based on the comparing of fingerprints of the selected advertisement segments with each other; and separating the identical section and remaining sections of the selected advertisement segments as a new advertisement segment formation procedure. storing a sequence of broadcast content in real time; selecting a reference section and a test section from the stored sequence of broadcast content, wherein the selected test section and the selected reference section are respective time sections defined in relation to each other in the stored sequence of broadcast content; generating fingerprints respectively from the selected reference section and from the selected test section , using one or more fingerprint generation methods; comparing the fingerprints generated from the selected test section with the fingerprints generated from the selected reference section , to perform matching between the compared fingerprints; determining advertisement segments from the selected test section based on results of the matching; storing segment information about the determined advertisement segments, selecting two advertisement segments based on the stored segment information; comparing fingerprints of the selected advertisement segments with each other; detecting an identical section, based on the comparing of fingerprints of the selected advertisement segments with each other; and separating the identical section and remaining sections of the selected advertisement segments as a new advertisement segment formation procedure.