mhurhangee/ep-ind-claims huggingface dataset:
A battery (100; 200; 630;1400) comprising: a plurality of battery cells (250a, 250b), each of the plurality of the battery cells (250a, 250b) comprising an isolator layer (210a, 210b), an anode layer (220a, 220b), a separator layer (230a, 230b), and a cathode layer (240a, 240b); a plurality of anode electrodes (110; 620) and a plurality of cathode electrodes (120, 610) located external to the body of the battery, said anode electrodes (110; 620) being formed on edges of the anode layers (220a, 220b) of the battery cells (250a, 250b) and said cathode electrodes (120; 610) being formed on edges of the cathode layers (240a, 240b) of the battery cells (250a, 250b), each of the plurality of the battery cells (250a, 250b) being arranged around a perimeter of the battery (100; 200; 1400); and a controller configured to apply, for each of the plurality of the battery cells (250a; 250b), a load or a charge from the plurality of the anode electrodes (110; 620) to the plurality of the cathode electrodes (120; 610) in a pattern such that charge is uniformly distributed across each of the plurality of the battery cells (250a; 250b), wherein the battery (100; 200; 630; 1400) further comprises a plurality of anode electrode collector tabs and a plurality of cathode electrode collector tabs, the plurality of the anode electrode collector tabs collecting the plurality of the anode electrodes from the plurality of the battery cells (250a, 250b), the plurality of the cathode electrode collector tabs collecting the plurality of the cathode electrodes from the plurality of the battery cells (250a, 250b). a plurality of battery cells (250a, 250b), each of the plurality of the battery cells (250a, 250b) comprising an isolator layer (210a, 210b), an anode layer (220a, 220b), a separator layer (230a, 230b), and a cathode layer (240a, 240b); a plurality of anode electrodes (110; 620) and a plurality of cathode electrodes (120, 610) located external to the body of the battery, said anode electrodes (110; 620) being formed on edges of the anode layers (220a, 220b) of the battery cells (250a, 250b) and said cathode electrodes (120; 610) being formed on edges of the cathode layers (240a, 240b) of the battery cells (250a, 250b), each of the plurality of the battery cells (250a, 250b) being arranged around a perimeter of the battery (100; 200; 1400); and a controller configured to apply, for each of the plurality of the battery cells (250a; 250b), a load or a charge from the plurality of the anode electrodes (110; 620) to the plurality of the cathode electrodes (120; 610) in a pattern such that charge is uniformly distributed across each of the plurality of the battery cells (250a; 250b), wherein the battery (100; 200; 630; 1400) further comprises a plurality of anode electrode collector tabs and a plurality of cathode electrode collector tabs, the plurality of the anode electrode collector tabs collecting the plurality of the anode electrodes from the plurality of the battery cells (250a, 250b), the plurality of the cathode electrode collector tabs collecting the plurality of the cathode electrodes from the plurality of the battery cells (250a, 250b).
A method of making a call by using a telephone number received from a near field communication tag, the method performed by a device and comprising: receiving from the NFC tag a telephone number and call limit information related to the telephone number according to an approach to the NFC tag; determining whether a call to a target device having the received telephone number is limited, based on the call limit information; and characterized by limiting a call to the target device based on the determination, wherein the limiting comprises blocking transmission of a call connection signal from the device to the telephone number of the target device. receiving from the NFC tag a telephone number and call limit information related to the telephone number according to an approach to the NFC tag; determining whether a call to a target device having the received telephone number is limited, based on the call limit information; and characterized by limiting a call to the target device based on the determination, wherein the limiting comprises blocking transmission of a call connection signal from the device to the telephone number of the target device.
A ground reference probe for use with a measurement device, the ground reference probe comprising: a housing having a bottom rim and a downward facing recess extending upward from the bottom rim into the housing, the housing formed from an insulative material; an electrically-conductive magnet movably coupled to the housing, the magnet having a bottom face, and the magnet being movable between a raised position wherein the bottom face of the magnet is disposed within the recess above the bottom rim and a lowered position wherein the bottom face of the magnet is disposed proximate to the bottom rim; a biasing actuator operatively coupled to bias the magnet in the raised position, the biasing actuator exerting an upward force on the magnet which is less than a downward magnetic force exerted on the magnet when the bottom rim of the housing is disposed adjacent a ferromagnetic material; and a coupling conductor electrically coupled with the magnet, the coupling conductor sized and dimensioned to electrically couple with a test lead which is electrically coupleable with the measurement device. a housing having a bottom rim and a downward facing recess extending upward from the bottom rim into the housing, the housing formed from an insulative material; an electrically-conductive magnet movably coupled to the housing, the magnet having a bottom face, and the magnet being movable between a raised position wherein the bottom face of the magnet is disposed within the recess above the bottom rim and a lowered position wherein the bottom face of the magnet is disposed proximate to the bottom rim; a biasing actuator operatively coupled to bias the magnet in the raised position, the biasing actuator exerting an upward force on the magnet which is less than a downward magnetic force exerted on the magnet when the bottom rim of the housing is disposed adjacent a ferromagnetic material; and a coupling conductor electrically coupled with the magnet, the coupling conductor sized and dimensioned to electrically couple with a test lead which is electrically coupleable with the measurement device.
Laminated film structure comprising one first film being laminated to one second film and whereby the laminated film structures are based on polyethylene only, whereby a) the first film comprises at least one core layer and two outer layers (O-1, O-2) sandwiching the core layer, wherein a 1) the core layer comprises a bimodal ethylene/1-butene/C 6 -C 12 -alpha-olefin terpolymer, with a density between 926 kg/m 3 to 950 kg/m 3 and a 2) the two outer layers comprising unimodal HDPE with a density of more than 940 kg/m 3 up to 970 kg/m 3, the first film being uniaxial oriented in the machine direction in a draw ratio of 1:4 to 1:12.and having a film thickness after orientation of 10 to 27 μm and b) the second film comprises at least one sealing layer, wherein b 1) the sealing layer comprises a blend of a metallocene produced linear low density polyethylene (mLLDPE) or an ethylene-based plastomer with a low density polyethylene (LDPE), the second film having a film thickness of 50 to 100 μm, wherein in the laminated film structures other polymers than ethylene based polymers are substantially absent. a) the first film comprises at least one core layer and two outer layers (O-1, O-2) sandwiching the core layer, wherein a 1) the core layer comprises a bimodal ethylene/1-butene/C 6 -C 12 -alpha-olefin terpolymer, with a density between 926 kg/m 3 to 950 kg/m 3 and a 2) the two outer layers comprising unimodal HDPE with a density of more than 940 kg/m 3 up to 970 kg/m 3, the first film being uniaxial oriented in the machine direction in a draw ratio of 1:4 to 1:12.and having a film thickness after orientation of 10 to 27 μm and a 1) the core layer comprises a bimodal ethylene/1-butene/C 6 -C 12 -alpha-olefin terpolymer, with a density between 926 kg/m 3 to 950 kg/m 3 and a 2) the two outer layers comprising unimodal HDPE with a density of more than 940 kg/m 3 up to 970 kg/m 3, b) the second film comprises at least one sealing layer, wherein b 1) the sealing layer comprises a blend of a metallocene produced linear low density polyethylene (mLLDPE) or an ethylene-based plastomer with a low density polyethylene (LDPE), the second film having a film thickness of 50 to 100 μm, wherein in the laminated film structures other polymers than ethylene based polymers are substantially absent.
Filter assembly for use in a fluid container of a domestic appliance, particularly for use in a fluid container comprising a fluid retrieval pipe for allowing fluid retrieval from the fluid container, - the filter assembly comprising a filter element and a filter housing for delimiting a portion of the fluid container in which the fluid retrieval pipe is present and in which the filter element is to be arranged, - the filter housing being adapted to let fluid into the delimited portion of the fluid container at an inlet position and to direct a fluid flow from the inlet position to an inlet of the fluid retrieval pipe through the filter element, - the filter element having an elongated shape and being configured for mounting on the fluid retrieval pipe, particularly for at least partially enclosing the fluid retrieval pipe, the filter element being provided with a longitudinal aperture which is completely surrounded by material of the filter element or a longitudinal recess which is open to the side of the filter element for receiving the fluid retrieval pipe, and - the filter element having a filter medium and a semi-permeable skin for at least partially enclosing the filter medium, which semi-permeable skin is adapted to let fluid pass while preventing particles of the filter medium from being extracted from the filter element under the influence of a fluid flow. - the filter assembly comprising a filter element and a filter housing for delimiting a portion of the fluid container in which the fluid retrieval pipe is present and in which the filter element is to be arranged, - the filter housing being adapted to let fluid into the delimited portion of the fluid container at an inlet position and to direct a fluid flow from the inlet position to an inlet of the fluid retrieval pipe through the filter element, - the filter element having an elongated shape and being configured for mounting on the fluid retrieval pipe, particularly for at least partially enclosing the fluid retrieval pipe, the filter element being provided with a longitudinal aperture which is completely surrounded by material of the filter element or a longitudinal recess which is open to the side of the filter element for receiving the fluid retrieval pipe, and - the filter element having a filter medium and a semi-permeable skin for at least partially enclosing the filter medium, which semi-permeable skin is adapted to let fluid pass while preventing particles of the filter medium from being extracted from the filter element under the influence of a fluid flow.
A storage shelf including a body frame and a plate-like shelf plate, the body frame including a plate-like base member, the shelf plate being attached to the base member with an elastic body interposed therebetween, the storage shelf configured to store therein a container containing a contained object, the storage shelf being characterized by afeednozzle provided on the shelf plate and configured to feed gas to the container; and a feed tube having one end communicating with the feed nozzle and the other end communicating with a main tube connected to a feed source of the gas to be fed to the container, the main tube being supported by a support separate from the shelf plate, wherein the feed tube has a flexible part having flexibility at least partially between the one end and the other end, and is arranged in a space formed between the plate-like base member and the plate-like shelf plate. a feed tube having one end communicating with the feed nozzle and the other end communicating with a main tube connected to a feed source of the gas to be fed to the container, the main tube being supported by a support separate from the shelf plate, wherein the feed tube has a flexible part having flexibility at least partially between the one end and the other end, and is arranged in a space formed between the plate-like base member and the plate-like shelf plate.
An ultrasound imaging apparatus comprising: a beamformer to transmit or receive an ultrasound signal; a first probe connection unit in which a first probe connector, which is connected to a first probe using a cable, is placed; and a second probe connection unit in which a second probe connector, which is connected to a second probe using a cable, is placed, wherein the first probe connection unit and the second probe connection unit are embodied as internal connectors of a body of the ultrasound imaging apparatus, wherein the second probe connection unit is connected to the beamformer via the first probe connection unit, and the first probe connection unit comprises a disconnecting unit to disconnect the first probe connection unit and the second probe connection unit from each other. a beamformer to transmit or receive an ultrasound signal; a first probe connection unit in which a first probe connector, which is connected to a first probe using a cable, is placed; and a second probe connection unit in which a second probe connector, which is connected to a second probe using a cable, is placed, wherein the first probe connection unit and the second probe connection unit are embodied as internal connectors of a body of the ultrasound imaging apparatus, wherein the second probe connection unit is connected to the beamformer via the first probe connection unit, and the first probe connection unit comprises a disconnecting unit to disconnect the first probe connection unit and the second probe connection unit from each other.
A suturing device comprising: a first and second hypodermic needle (102, 104); one or more sutures comprising a magnetic tip at an end of the one or more sutures and being at least partially disposed in a cavity of the first hypodermic needle; a magnetic retrieving probe comprising a magnetic tip and being at least partially disposed in a cavity of the second hypodermic needle; wherein the magnetic tip of the one or more sutures and the magnetic tip of the magnetic retrieving probe have opposite polarities; and a suture advancement component having a cannula, the suture advancement component being at least partially disposed in the cavity of the first hypodermic needle, the one or more sutures being at least partially disposed in the cannula, characterised in that the diameter of the magnetic tip of the one or more sutures is greater than the inner diameter of the cannula. a first and second hypodermic needle (102, 104); one or more sutures comprising a magnetic tip at an end of the one or more sutures and being at least partially disposed in a cavity of the first hypodermic needle; a magnetic retrieving probe comprising a magnetic tip and being at least partially disposed in a cavity of the second hypodermic needle; wherein the magnetic tip of the one or more sutures and the magnetic tip of the magnetic retrieving probe have opposite polarities; and a suture advancement component having a cannula, the suture advancement component being at least partially disposed in the cavity of the first hypodermic needle, the one or more sutures being at least partially disposed in the cannula,
A gearbox of a drive train in a wind turbine comprising a lubrication system, the gearbox comprising a first stage with a first internal oil level and a second stage with a second internal oil level, the second internal oil level being at a geodetic higher level than the first internal oil level, characterized in that the gearbox further comprises a supply passage for supplying oil from the first stage to the second stage of the gearbox.
A precursor supply cabinet for accommodating one or more precursor containers, the precursor supply cabinet having cabinet walls (3, 4, 6, 7, 8, 9) defining an inner cabinet space, wherein the precursor supply cabinet comprises: - a ventilation discharge connection (20, 21, 22) arranged to discharge ventilation gas from the inner cabinet space of the precursor supply cabinet; - one or more ventilation inlet connections (10, 11) arranged to provide ventilation gas into the inner cabinet space of the precursor supply cabinet; characterized in that the precursor supply cabinet further comprises: - two or more separate gas tight precursor supply chambers for accommodating precursor containers, the two or more gas tight precursor supply chambers being arranged inside the inner cabinet space of the precursor supply cabinet such that the inner cabinet space of the precursor supply cabinet surrounding the two or more separate gas tight precursor supply chambers is ventilated, two or more separate gas tight precursor supply chambers arranged spaced apart from each other inside the inner cabinet space of the precursor supply cabinet such that one or more flow gaps (A, B) is provided between the two or more separate gas tight precursor supply chambers. - a ventilation discharge connection (20, 21, 22) arranged to discharge ventilation gas from the inner cabinet space of the precursor supply cabinet; - one or more ventilation inlet connections (10, 11) arranged to provide ventilation gas into the inner cabinet space of the precursor supply cabinet; - two or more separate gas tight precursor supply chambers for accommodating precursor containers, the two or more gas tight precursor supply chambers being arranged inside the inner cabinet space of the precursor supply cabinet such that the inner cabinet space of the precursor supply cabinet surrounding the two or more separate gas tight precursor supply chambers is ventilated, two or more separate gas tight precursor supply chambers arranged spaced apart from each other inside the inner cabinet space of the precursor supply cabinet such that one or more flow gaps (A, B) is provided between the two or more separate gas tight precursor supply chambers.
A user interface device comprising: a display controller configured to display a first object (P1,..., P8) corresponding to a first subject and a second object (P1,..., P8) corresponding to a second subject; a detection unit configured to detect an input instructing a change of an arrangement of the first and second objects (P1,..., P8); wherein the display controller is configured to display a result of a search relating to the first and second subjects in response to an instruction detected by the detection unit, the result depending on the change of the arrangement; wherein the display controller is configured to narrow down the result when a distance between the first and second objects (P1,..., P8) becomes small in response to an input; wherein the display controller is configured to change the displayed results from a result of a search conducted based on a logical sum of the first and second subjects to a result of a search conducted based on a logical product of the first and second subjects when a distance between the first and second objects (P1,..., P8) becomes small in response to the input; and wherein the display controller is configured to generate different search results depending on a case where the input instructs dislocation of the second object and stay of the first object and a case where the input instructs dislocation of the first object and stay of the second object. a display controller configured to display a first object (P1,..., P8) corresponding to a first subject and a second object (P1,..., P8) corresponding to a second subject; a detection unit configured to detect an input instructing a change of an arrangement of the first and second objects (P1,..., P8); wherein the display controller is configured to display a result of a search relating to the first and second subjects in response to an instruction detected by the detection unit, the result depending on the change of the arrangement; wherein the display controller is configured to narrow down the result when a distance between the first and second objects (P1,..., P8) becomes small in response to an input; wherein the display controller is configured to change the displayed results from a result of a search conducted based on a logical sum of the first and second subjects to a result of a search conducted based on a logical product of the first and second subjects when a distance between the first and second objects (P1,..., P8) becomes small in response to the input; and wherein the display controller is configured to generate different search results depending on a case where the input instructs dislocation of the second object and stay of the first object and a case where the input instructs dislocation of the first object and stay of the second object.
Unwinding apparatus for a coremaker machine, comprising a main structure adapted for unwinding a reel of a band of cardboard or similar material that may be fed to the spindle of a winding module of the coremaker machine, the unwinding apparatus further comprising a glue dispenser for depositing glue on at least one portion of said band, and, downstream of said glue dispenser, at least one heating element configured to heat said at least one portion of said band, wherein said heating element comprises a hot air emitter, characterised in that said emitter is movable between a first operative position in which said emitter is oriented so that the air flow generated by said emitter hits at least the portion of said band on which the glue is present, and a second rest position in which said air flow is deviated with respect to said band, so as not to hit it.
A brake assembly comprising: a housing assembly; a piston assembly moveably disposed within the housing assembly; an operating shaft that is provided with a position feature and that is disposed proximate the housing assembly, wherein the operating shaft rotates about an operating shaft axis to actuate the piston assembly and translate a brake pad assembly (24 or 26) from a retracted position to an extended position; a sensor assembly that is disposed proximate the operating shaft and configured to detect rotation of the operating shaft by detecting a position of the position feature, wherein the sensor assembly includes a first sensor to provide a first signal indicative of indicative of an amount of wear of the brake pad assembly (24 or 26) and/or a rotor and a third sensor to provide a third signal indicative of rotation of the operating shaft based on the position of the position feature; and a brake overstroke warning means to provide a brake overstroke warning when the third signal is greater than a third threshold and the first signal is less than a first threshold. a housing assembly; a piston assembly moveably disposed within the housing assembly; an operating shaft that is provided with a position feature and that is disposed proximate the housing assembly, wherein the operating shaft rotates about an operating shaft axis to actuate the piston assembly and translate a brake pad assembly (24 or 26) from a retracted position to an extended position; a sensor assembly that is disposed proximate the operating shaft and configured to detect rotation of the operating shaft by detecting a position of the position feature, wherein the sensor assembly includes a first sensor to provide a first signal indicative of indicative of an amount of wear of the brake pad assembly (24 or 26) and/or a rotor and a third sensor to provide a third signal indicative of rotation of the operating shaft based on the position of the position feature; and a brake overstroke warning means to provide a brake overstroke warning when the third signal is greater than a third threshold and the first signal is less than a first threshold.