mhurhangee/ep-ind-claims huggingface dataset:
Wearing element for a hinge, comprising an annular body which comprises at least one wearing surface and in which a passage for a hinge pin is provided, whereby the body comprises an inner ring made of plastic and an outer ring made of metal, said metal ring, having flat top and/ or bottom surfaces (3a, 3b) and a cylindrical outer side or flank, surrounds the plastic ring and comprises a central opening concentric with the flank, in which opening the plastic ring is accommodated, whereby at least a part of the wearing surface is formed by the top and/or bottom surfaces (3a, 3b) of the metal ring characterized in that the wall of said opening and the flank of the plastic ring are provided with cooperating retaining means (5, 6), so that the plastic ring is retained in the opening in the direction of the axis, so that the rings (2, 3) together form a single unit, and whereby said passage is only provided in the plastic ring.
Positioning device for regulating a fluid flow, comprising a valve housing, a flow restrictor and a valve seat, said flow restrictor being designed such that the flow restrictor forms a pressure-relief chamber together with an end portion which is in connection with the valve housing, such that a relative motion between the flow restrictor and the chamber end portion together with the positioning motion will result in a change in the volume of the pressure-relief chamber as a function of the direction of motion, and the flow restrictor includes an opening which allows the fluid to be controlled to flow into the pressure-relief chamber, wherein the seal (26, 30) is formed between the flow restrictor and the valve housing in such a way that in the closed position, in which the flow restrictor sits on the valve seat, said seal (26, 30) will exert a sealing effect, and when the flow restrictor does not sit on the valve seat, said seal (26, 30) will allow a defined flow of the fluid from the pressure-relief chamber, characterized in that said passage is dimensioned such that the flow rate to the outlet side is considerably lower than the inflow into the pressure-relief chamber.
A power semiconductor module arrangement comprising: a heat sink; a substrate arrangement arranged on the heat sink in a vertical direction; a heat-conducting paste arranged between a surface of the substrate arrangement and a surface of the heat sink in the vertical direction, wherein a plurality of thermally conducting particles is evenly distributed within the heat-conducting paste; and a plurality of whiskers or fibers, wherein each of the plurality of whiskers or fibers comprises a first end and a second end; characterized in that the first end of each of the plurality of whiskers or fibers is inseparably connected to either the surface of the substrate arrangement or to the surface of the heat sink, but not to both; and at least some of the plurality of whiskers or fibers have a length that is significantly less than a distance between the substrate arrangement and the heat sink. a heat sink; a substrate arrangement arranged on the heat sink in a vertical direction; a heat-conducting paste arranged between a surface of the substrate arrangement and a surface of the heat sink in the vertical direction, wherein a plurality of thermally conducting particles is evenly distributed within the heat-conducting paste; and a plurality of whiskers or fibers, wherein each of the plurality of whiskers or fibers comprises a first end and a second end; characterized in that the first end of each of the plurality of whiskers or fibers is inseparably connected to either the surface of the substrate arrangement or to the surface of the heat sink, but not to both; and at least some of the plurality of whiskers or fibers have a length that is significantly less than a distance between the substrate arrangement and the heat sink.
A food garbage disposer comprising: a reaction vessel which comprises a hopper into which food garbage is introduced, a heating tank filed with heat-medium oil to heat the hopper, and at least one heater to heat the heat-medium oil in the hopper; an automatic filter which comprises an automatic injection nozzle and filters vapor discharged from the reaction vessel; a condenser which condenses the vapor passed through the automatic filter and separate the vapor into condensed water and air; a condensed-water purifier which purifies the condensed water produced by the condenser and supplies the purified water to the automatic injection nozzle of the automatic filter; a deodorizer which purifies and deodorizes the air produced by the condenser; and an air circulation adjuster which mixes the air passed through the deodorizer with external air and reintroduces the mixed water into the reaction vessel. a reaction vessel which comprises a hopper into which food garbage is introduced, a heating tank filed with heat-medium oil to heat the hopper, and at least one heater to heat the heat-medium oil in the hopper; an automatic filter which comprises an automatic injection nozzle and filters vapor discharged from the reaction vessel; a condenser which condenses the vapor passed through the automatic filter and separate the vapor into condensed water and air; a condensed-water purifier which purifies the condensed water produced by the condenser and supplies the purified water to the automatic injection nozzle of the automatic filter; a deodorizer which purifies and deodorizes the air produced by the condenser; and an air circulation adjuster which mixes the air passed through the deodorizer with external air and reintroduces the mixed water into the reaction vessel.
Machining apparatus comprising: - support means for supporting at least one workpiece being machined; - at least one machining unit for machining at least one workpiece supported by said support means; - sensor means arranged on a movable element of said machining apparatus to detect objects and/or people present in a safety area, said sensor means being movable together with said movable element in a movement direction, said sensor means comprising emitting and receiving means arranged to emit at least one radiation and to receive a possible return radiation reflected from objects and/or people present in said safety area, said emitting and receiving means being configured for emission and reception of at least one mechanical wave; characterized by comprising: - reflecting means arranged to reflect the radiation emitted by said emitting and receiving means and/or the possible return radiation, said reflecting means being configured so that a reflected radiation beam is concentrated in a flat region of space having a minimum dimension than the other two, said flat region being transverse to said movement direction, said reflecting means being arranged on said movable element; - guide means arranged to increase the directivity of the radiation emitted by said emitting and receiving means, said guide means comprising acoustic transforming means, said guide means being arranged to direct a radiation emitted by said emitting and receiving means towards said reflecting means. - support means for supporting at least one workpiece being machined; - at least one machining unit for machining at least one workpiece supported by said support means; - sensor means arranged on a movable element of said machining apparatus to detect objects and/or people present in a safety area, said sensor means being movable together with said movable element in a movement direction, said sensor means comprising emitting and receiving means arranged to emit at least one radiation and to receive a possible return radiation reflected from objects and/or people present in said safety area, said emitting and receiving means being configured for emission and reception of at least one mechanical wave; characterized by comprising: - reflecting means arranged to reflect the radiation emitted by said emitting and receiving means and/or the possible return radiation, said reflecting means being configured so that a reflected radiation beam is concentrated in a flat region of space having a minimum dimension than the other two, said flat region being transverse to said movement direction, said reflecting means being arranged on said movable element; - guide means arranged to increase the directivity of the radiation emitted by said emitting and receiving means, said guide means comprising acoustic transforming means, said guide means being arranged to direct a radiation emitted by said emitting and receiving means towards said reflecting means.
A dual radio user equipment apparatus configured to communicate over cellular communication route through a cellular base station and a local route through a local access point, comprising: logic circuitry configured to cause a connection to be established to a local area network through the local route; memory configured to store information relating to the local area network, comprising an internet protocol address for the dual radio user equipment apparatus; the logic circuitry configured to cause the information relating to the local area network to be transmitted from the dual radio user equipment apparatus to a gateway selection function; and transceiver circuitry configured to receive configuration information from the gateway selection function, wherein the gateway selection function is comprised in a core network of a cellular communication network, characterized in that the configuration information comprises at least one of: a traffic filter arranged to block messages between the dual radio user equipment apparatus and disallowed hosts, and a bandwidth quota, and in that the dual radio user equipment is configured to apply the configuration information to subsequent traffic sent and received via the local route. logic circuitry configured to cause a connection to be established to a local area network through the local route; memory configured to store information relating to the local area network, comprising an internet protocol address for the dual radio user equipment apparatus; the logic circuitry configured to cause the information relating to the local area network to be transmitted from the dual radio user equipment apparatus to a gateway selection function; and transceiver circuitry configured to receive configuration information from the gateway selection function, wherein the gateway selection function is comprised in a core network of a cellular communication network, characterized in that the configuration information comprises at least one of: a traffic filter arranged to block messages between the dual radio user equipment apparatus and disallowed hosts, and a bandwidth quota, and in that the dual radio user equipment is configured to apply the configuration information to subsequent traffic sent and received via the local route.
A collet having a longitudinal collet axis and comprising angled cylindrical seal bores formed in interspaces of the collet, each seal bore extending between an inner end and an outer end thereof; the collet comprising a longitudinal clamping bore and a peripheral surface extending between a tool end and a holder end of the clamping bore, the clamping bore comprising a clamping surface extending from the tool end; wherein: the seal bores extend at an acute angle α to the collet axis, from the clamping surface to the peripheral surface, towards the tool end; the inner end of the seal bores partially intersects the clamping bore; the collet has seals located in the seal bores; and wherein each seal bore has a stopping surface formed at the inner end thereof adjacent the clamping bore. the seal bores extend at an acute angle α to the collet axis, from the clamping surface to the peripheral surface, towards the tool end; the inner end of the seal bores partially intersects the clamping bore; the collet has seals located in the seal bores; and wherein each seal bore has a stopping surface formed at the inner end thereof adjacent the clamping bore.
A computer-implemented method for performing a backup, the method comprising: receiving a start time for a backup of data in a system; at the start time, capturing a snapshot of the data in the system, including: when an environment of the system is a database environment, setting a status of a database to backup mode and freezing data files in the database while permitting applications to run; and when the environment of the system is a non-database environment: determining whether a file type system of the environment of the system is a general parallel file system, i.e., GPFS; and when a file system type is GPFS, caching new input/output operations to a cache and starting a timer counter for flushing the cache; and copying, at a specified time, the snapshot to media, setting the status of the database to normal mode, and providing copying notifications to users. receiving a start time for a backup of data in a system; at the start time, capturing a snapshot of the data in the system, including: when an environment of the system is a database environment, setting a status of a database to backup mode and freezing data files in the database while permitting applications to run; and when the environment of the system is a non-database environment: determining whether a file type system of the environment of the system is a general parallel file system, i.e., GPFS; and when a file system type is GPFS, caching new input/output operations to a cache and starting a timer counter for flushing the cache; and when an environment of the system is a database environment, setting a status of a database to backup mode and freezing data files in the database while permitting applications to run; and when the environment of the system is a non-database environment: determining whether a file type system of the environment of the system is a general parallel file system, i.e., GPFS; and when a file system type is GPFS, caching new input/output operations to a cache and starting a timer counter for flushing the cache; and determining whether a file type system of the environment of the system is a general parallel file system, i.e., GPFS; and when a file system type is GPFS, caching new input/output operations to a cache and starting a timer counter for flushing the cache; and copying, at a specified time, the snapshot to media, setting the status of the database to normal mode, and providing copying notifications to users.
A process for making a microporous breathable film comprising the steps of extruding a composition comprising a polyolefin and an inorganic filler to form a molten web, casting the molten web against a surface of a chill roll using an air knife, air blanket, a vacuum box, or a combination thereof, and without use of a nip, to form a quenched film, and stretching the quenched film to form the microporous breathable film, wherein the stretching comprises cross-directional intermeshing gear stretching; wherein the microporous breathable film made by the process has a basis weight of less than 12 gsm and a strain at peak machine direction of at least 125% according to ASTM D882. extruding a composition comprising a polyolefin and an inorganic filler to form a molten web, casting the molten web against a surface of a chill roll using an air knife, air blanket, a vacuum box, or a combination thereof, and without use of a nip, to form a quenched film, and stretching the quenched film to form the microporous breathable film, wherein the stretching comprises cross-directional intermeshing gear stretching; wherein the microporous breathable film made by the process has a basis weight of less than 12 gsm and a strain at peak machine direction of at least 125% according to ASTM D882.
Lift consisting of a lift cage movable in a lift shaft and a counterweight, wherein lift cage and counterweight are connected by way of supporting means guided over redirecting rollers (16, 18, 20) and wherein a drive drives the lift cage and the counterweight, characterised in that a mechanical linear drive, which is arranged in the shaft head (2.1) in a belt run (11.1, 11.2), is provided and drives the supporting and driving means, which are constructed as a belt, in looped-around manner, wherein the linear drive comprises at least one drive wheel and deflecting rollers and the deflecting rollers produce the looping around of the belt at the drive wheel, wherein the direction of the belt run at the outlet of the linear drive changes at most by approximately 90° relative to the direction of the belt run at the inlet of the linear drive.
A compound comprising a ligand having the structure: wherein A and B may independently represent a 6-membered aromatic or heteroaromatic ring; wherein R A and R B may represent mono, di, or tri substitutions; wherein X A and X B are independently C or a heteroatom; wherein R A, R B, R 1 and R 2 are independently selected from the group consisting of hydrogen, alkyl, alkoxy, amino, alkenyl, alkynyl, arylkyl, aryl, and heteroaryl; wherein at least one of R A, R B, R 1 and R 2 includes CD, CD 2 or CD 3; wherein R A, R B, R 1 and R 2 may be linked; wherein R A, R B, R 1 and R 2 may be fused; and wherein the ligand is coordinated to a metal having an atomic weight greater than 40. wherein A and B may independently represent a 6-membered aromatic or heteroaromatic ring; wherein R A and R B may represent mono, di, or tri substitutions; wherein X A and X B are independently C or a heteroatom; wherein R A, R B, R 1 and R 2 are independently selected from the group consisting of hydrogen, alkyl, alkoxy, amino, alkenyl, alkynyl, arylkyl, aryl, and heteroaryl; wherein at least one of R A, R B, R 1 and R 2 includes CD, CD 2 or CD 3; wherein R A, R B, R 1 and R 2 may be linked; wherein R A, R B, R 1 and R 2 may be fused; and wherein the ligand is coordinated to a metal having an atomic weight greater than 40.
Kit for closed double wall containers for independent watering of plants arranged therein, consisting of a filling hopper with filling pipe, a ventilating and exhaust pipe, characterized in that both the filling hopper with the filling pipe arranged thereon and the ventilating and exhaust pipe with a ventilation adapter are arranged in a plug-in unit to be arranged in the bottom region of a double wall container, that this plug-in unit is to be arranged with the lower end of the filling pipe in the lower region of the double wall container in a receiving aperture to be arranged there,that the plug-in unit has, at the lower end of the filling pipe, the ventilation adapter which is equipped with a screen rim serving for ventilation and exhaust, that a receiving device for the ventilating and exhaust pipe is formed on the ventilation adapter as a stepped hole receptacle to receive ventilation pipe cross sections of different dimensions, and that the ventilating and exhaust pipe is to be arranged in an aperture in the upper region of the double wall container with a connection for airtight closure.
An electronic integration circuit, comprising: a MOSFET first stage driver configured to drive a voltage follower stage; a MOSEFT integrator input element having a drain coupled to a voltage source, a gate coupled to an input current source configured to provide a linear current ramp, and a source coupled to both the MOSFET first stage driver and a current source, the MOSFET integrator input element configured to provide a constant drain current in a direct current state that controls a current of the MOSFET first stage driver; an inductive element; a MOSFET inductive load driver constructed and arranged to provide a final power stage of the electronic integration circuit to drive the inductive element as the voltage follower stage, wherein the MOSFET inductive load driver is configured to process a linear gate current to control a current output to the inductive element; and a capacitor between the MOSFET first stage driver and the MOSFET integrator input element, wherein a sum of a gate-source voltage of the MOSFET first stage driver and a gate-source voltage of the MOSFET integrator input element is provided as an integrator input to the capacitor, and wherein the capacitor performs a linear current ramp integration operation to provide a first quadratic voltage shape across the inductive element required for driving the inductive element in accordance with the controlled current output in a second quadratic voltage shape. a MOSFET first stage driver configured to drive a voltage follower stage; a MOSEFT integrator input element having a drain coupled to a voltage source, a gate coupled to an input current source configured to provide a linear current ramp, and a source coupled to both the MOSFET first stage driver and a current source, the MOSFET integrator input element configured to provide a constant drain current in a direct current state that controls a current of the MOSFET first stage driver; an inductive element; a MOSFET inductive load driver constructed and arranged to provide a final power stage of the electronic integration circuit to drive the inductive element as the voltage follower stage, wherein the MOSFET inductive load driver is configured to process a linear gate current to control a current output to the inductive element; and a capacitor between the MOSFET first stage driver and the MOSFET integrator input element, wherein a sum of a gate-source voltage of the MOSFET first stage driver and a gate-source voltage of the MOSFET integrator input element is provided as an integrator input to the capacitor, and wherein the capacitor performs a linear current ramp integration operation to provide a first quadratic voltage shape across the inductive element required for driving the inductive element in accordance with the controlled current output in a second quadratic voltage shape.
Ventilator for ventilating a patient by high-flow oxygen therapy via a hose system, wherein the ventilator has - at least one sensor element which is arranged and designed to determine and output a measured variable within the hose system, wherein the measured variable indicates a gas flow within the hose system, - at least one controllable inspiration or expiration valve which is arranged and designed to allow a flow of a respiratory gas out of a ventilation circuit of the ventilator, and - a control unit, characterized in that the control unit is configured to regulate a ventilation pressure, provided by the ventilator, via the at least one sensor element and the at least one inspiration or expiration valve, such that a predetermined maximum pressure in a predetermined region of the hose system is not exceeded, wherein the control unit is configured to carry out the regulation of the provided ventilation pressure without changing a power of a blower of the ventilator or the like. wherein the ventilator has - at least one sensor element which is arranged and designed to determine and output a measured variable within the hose system, wherein the measured variable indicates a gas flow within the hose system, - at least one controllable inspiration or expiration valve which is arranged and designed to allow a flow of a respiratory gas out of a ventilation circuit of the ventilator, and - a control unit, - at least one sensor element which is arranged and designed to determine and output a measured variable within the hose system, wherein the measured variable indicates a gas flow within the hose system, - at least one controllable inspiration or expiration valve which is arranged and designed to allow a flow of a respiratory gas out of a ventilation circuit of the ventilator, and - a control unit, characterized in that the control unit is configured to regulate a ventilation pressure, provided by the ventilator, via the at least one sensor element and the at least one inspiration or expiration valve, such that a predetermined maximum pressure in a predetermined region of the hose system is not exceeded, wherein the control unit is configured to carry out the regulation of the provided ventilation pressure without changing a power of a blower of the ventilator or the like.