mhurhangee/ep-ind-claims huggingface dataset:
Gas generator for generating a driving gas for a vehicle safety device, wherein the gas generator comprises: - an ignition device, - fuel which, after ignition by the ignition device, generates the driving gas, - a tubular or at least partially tubular carrier element (20, 20a), the tube interior of which contains a combustion chamber for the fuel, and which has a connection hole for the ignition device, - an injection-molded body which fixes the ignition device in the connection hole and is situated with an inner portion inside the carrier element (20, 20a) and with an outer portion outside the carrier element (20, 20a), - a supply pipe which is connected to a tube end of the carrier element (20, 20a) and conducts the driving gas out of the combustion chamber, and - a lid which seals the combustion chamber and which, before ignition of the ignition device, separates the combustion chamber from the supply pipe, characterized in that - the injection-molded body has a sleeve-like portion which lies against an inner wall of the carrier element (20, 20a) and extends inside the carrier element (20, 20a) up to the lid, so that the injection-molded body and the lid delimit the combustion chamber towards the outside, - the carrier element (20, 20a) and the supply pipe are screwed together, and - the pipe end of the supply pipe facing the carrier element (20, 20a) presses the lid onto the circumferential sleeve edge of the sleeve-like portion remote from the ignition device. - an ignition device, - fuel which, after ignition by the ignition device, generates the driving gas, - a tubular or at least partially tubular carrier element (20, 20a), the tube interior of which contains a combustion chamber for the fuel, and which has a connection hole for the ignition device, - an injection-molded body which fixes the ignition device in the connection hole and is situated with an inner portion inside the carrier element (20, 20a) and with an outer portion outside the carrier element (20, 20a), - a supply pipe which is connected to a tube end of the carrier element (20, 20a) and conducts the driving gas out of the combustion chamber, and - a lid which seals the combustion chamber and which, before ignition of the ignition device, separates the combustion chamber from the supply pipe, characterized in that - the injection-molded body has a sleeve-like portion which lies against an inner wall of the carrier element (20, 20a) and extends inside the carrier element (20, 20a) up to the lid, so that the injection-molded body and the lid delimit the combustion chamber towards the outside, - the carrier element (20, 20a) and the supply pipe are screwed together, and - the pipe end of the supply pipe facing the carrier element (20, 20a) presses the lid onto the circumferential sleeve edge of the sleeve-like portion remote from the ignition device.
A flap wheel comprising: a hub, a plurality of abrasive flaps, wherein the plurality of abrasive flaps are circumferentially disposed about said hub, wherein the abrasive flaps comprise a fabric backing, and an abrasive layer disposed on the fabric backing, wherein the fabric backing comprises a fabric and a reinforcing polymer composition dispersed throughout the fabric, wherein the fabric comprises yarns in a warp direction and yarns in a weft direction, wherein the yarns in the warp direction comprise a blend of natural fibers and synthetic fibers, and wherein the yarns in the weft direction comprise natural fibers. a hub, a plurality of abrasive flaps, wherein the plurality of abrasive flaps are circumferentially disposed about said hub, wherein the abrasive flaps comprise a fabric backing, and an abrasive layer disposed on the fabric backing, wherein the fabric backing comprises a fabric and a reinforcing polymer composition dispersed throughout the fabric, wherein the fabric comprises yarns in a warp direction and yarns in a weft direction, wherein the yarns in the warp direction comprise a blend of natural fibers and synthetic fibers, and wherein the yarns in the weft direction comprise natural fibers.
A lamp device comprising: a light source in which a plurality of light emitting elements are regularly arranged in a plane, wherein said light emitting elements are located along a first direction and along a second direction crossing said first direction in said plane; a projecting optic system capable of forming images of the respective light emitting elements of said light source on an image plane positioned on an optic axis of a light beam emitted from said light source; and an image shifter capable of forming basic images of said plurality of light emitting elements on the image plane, and simultaneously forming first moved images which are formed by simultaneously moving said basic images along said first direction and along said second direction on the image plane, wherein said image shifter has a trapezoid cross section, forming a flat surface orthogonally crossing the optic axis of the light beam at a central part, and slanted surfaces ascending or descending from the flat surface on right and left sides, the slanted surfaces being elongated in a direction crossing said first direction and said second direction. a light source in which a plurality of light emitting elements are regularly arranged in a plane, wherein said light emitting elements are located along a first direction and along a second direction crossing said first direction in said plane; a projecting optic system capable of forming images of the respective light emitting elements of said light source on an image plane positioned on an optic axis of a light beam emitted from said light source; and an image shifter capable of forming basic images of said plurality of light emitting elements on the image plane, and simultaneously forming first moved images which are formed by simultaneously moving said basic images along said first direction and along said second direction on the image plane, wherein said image shifter has a trapezoid cross section, forming a flat surface orthogonally crossing the optic axis of the light beam at a central part, and slanted surfaces ascending or descending from the flat surface on right and left sides, the slanted surfaces being elongated in a direction crossing said first direction and said second direction.
A temperature measurement apparatus using a negative temperature coefficient thermistor, comprising: a temperature sensor comprising the NTC thermistor and a variable resistor part, in which a resistance value of the variable resistor part varies between a default resistance value for measuring a temperature and a temporary resistance value for determining a disconnection; and an abnormal operation determination unit determining whether the NTC thermistor is disconnected, based on an output voltage of the temperature sensor when the variable resistor part has the temporary resistance value, characterized in that the default resistance value is smaller than a resistance value of the NTC thermistor at a predetermined temperature, the abnormal operation determination unit is configured to determine the NTC thermistor to be disconnected, when the intensity of the output voltage of the temperature sensor is smaller than a disconnection determination reference voltage while the variable resistor part has the temporary resistance value, the abnormal operation determination unit is configured to allow the variable resistor part to have the temporary resistance value, when a present temperature maintains a value lower than a lower limit temperature of a preset normal operation temperature range for an abnormal operation reference time or more, and in that the abnormal operation determination unit is configured to determine a short circuit of the NTC thermistor when the present temperature maintains a value higher than an upper limit temperature of the normal operation temperature range for the abnormal operation reference time or more. a temperature sensor comprising the NTC thermistor and a variable resistor part, in which a resistance value of the variable resistor part varies between a default resistance value for measuring a temperature and a temporary resistance value for determining a disconnection; and an abnormal operation determination unit determining whether the NTC thermistor is disconnected, based on an output voltage of the temperature sensor when the variable resistor part has the temporary resistance value,
Fitting, in particular for domestic appliances and furniture, comprising a first fitting part that can be moved relative to a second fitting part, wherein a damping element (4, 4') is provided in order to slow down the relative movement of the first fitting part to the second fitting part before an end position is reached, characterized in that a knitted fabric is arranged that is capable of being compressed for the purpose of damping the movement of the fitting parts (2, 3).
Furnace for heat treating of annealing good, wherein the furnace comprises: a closable first furnace chamber which is formed for receiving and for heat treating of annealing good by thermal interacting of the annealing good with heatable or coolable first annealing gas in the first furnace chamber; a first heat exchanger arranged in the first furnace chamber, which is formed for thermal exchange between the first annealing gas and a transport fluid, wherein the first heat exchanger is arranged inside a housing section of the first furnace chamber, which housing section encloses the first annealing gas in the interior of the first furnace chamber and which housing section is in direct contact with the first annealing gas; a closable second furnace chamber which is formed for receiving and for heat treating of annealing good by thermal interacting of the annealing good with heatable or coolable second annealing gas in the second furnace chamber; a second heat exchanger arranged in the second furnace chamber, which is formed for thermal exchange between the second annealing gas and the transport fluid, wherein the second heat exchanger is arranged inside a housing section of the second furnace chamber, which housing section encloses the second annealing gas in the interior of the second furnace chamber; a closed transport fluid path which is effectively connected with the first heat exchanger and with the second heat exchanger in such a way that thermal energy is contactless transferable by the transport fluid between the first annealing gas and the second annealing gas. a closable first furnace chamber which is formed for receiving and for heat treating of annealing good by thermal interacting of the annealing good with heatable or coolable first annealing gas in the first furnace chamber; a first heat exchanger arranged in the first furnace chamber, which is formed for thermal exchange between the first annealing gas and a transport fluid, wherein the first heat exchanger is arranged inside a housing section of the first furnace chamber, which housing section encloses the first annealing gas in the interior of the first furnace chamber and which housing section is in direct contact with the first annealing gas; a closable second furnace chamber which is formed for receiving and for heat treating of annealing good by thermal interacting of the annealing good with heatable or coolable second annealing gas in the second furnace chamber; a second heat exchanger arranged in the second furnace chamber, which is formed for thermal exchange between the second annealing gas and the transport fluid, wherein the second heat exchanger is arranged inside a housing section of the second furnace chamber, which housing section encloses the second annealing gas in the interior of the second furnace chamber; a closed transport fluid path which is effectively connected with the first heat exchanger and with the second heat exchanger in such a way that thermal energy is contactless transferable by the transport fluid between the first annealing gas and the second annealing gas.
A purging system, which is provided in order to purge at least one energy source device and/or at least one energy sink device, comprising a purging device which is provided in such a way that it is capable to generate a discharge volume flow during a purging process, wherein the purging system comprises a mixing device, being provided, in flow direction of the discharge volume flow, downstream the purging device, which is provided for mixing the discharge volume flow with an air volume flow, characterized in that the mixing device comprises a defined open mixing space for mixing the discharge volume flow with the air volume flow, in that the mixing device for this purpose comprises a wall, in that the wall delimits only a partial region of the mixing space to less than 90%, and in that the region of the mixing device, which is not limited by the wall, forms an entrance area for the discharge volume flow and the air volume flow.
A method for securely storing an electronic identification document on a mobile end device which has an application processor having an application processor memory and a secure element, in which - a digitally signed biographic data object, which has desired biographic data of the electronic identification document, is stored in the application processor memory and - cryptographic data for the copy protection of the digitally signed biographic data object are stored in the secure element, wherein the copy protection ensures that the digitally signed biographic data object belongs to the mobile end device. - a digitally signed biographic data object, which has desired biographic data of the electronic identification document, is stored in the application processor memory and - cryptographic data for the copy protection of the digitally signed biographic data object are stored in the secure element, wherein the copy protection ensures that the digitally signed biographic data object belongs to the mobile end device.
A flame protective fabric structure comprising: - a fabric being formed with multiple yarns, wherein each of the yarns is made of a fiber blend of at least a first fiber component and a second fiber component, characterized by - the first fiber component comprising flame resistant viscose fibers in an amount of at least 50% of the fiber blend weight and the second fiber component comprising meltable fibers in an amount of at least 10% of the fiber blend weight, wherein the yarns do not include aramide fibers; and - the fabric being formed as a woven fabric with a total fractional cover factor of greater than 60% having a capability to withstand a horizontal flame exposure of 10 seconds without hole formation according to ISO 15025/14116_Index III. - a fabric being formed with multiple yarns, wherein each of the yarns is made of a fiber blend of at least a first fiber component and a second fiber component, characterized by - the first fiber component comprising flame resistant viscose fibers in an amount of at least 50% of the fiber blend weight and the second fiber component comprising meltable fibers in an amount of at least 10% of the fiber blend weight, wherein the yarns do not include aramide fibers; and - the fabric being formed as a woven fabric with a total fractional cover factor of greater than 60% having a capability to withstand a horizontal flame exposure of 10 seconds without hole formation according to ISO 15025/14116_Index III.
System for analyzing a surface to be traversed by a vehicle, wherein the system comprises at least one event-based vision sensor for monitoring the surface to be traversed, the event-based vision sensor being a camera adapted to sense illumination and/or contrast events caused by a change of surface properties, and adapted to deliver event detection data in an Address Event Representation format preserving temporal coding, wherein the event-based vision sensor only transmits local pixel-level changes caused by movement in a scene, and a processing unit for analyzing the monitored surface based on a signal provided by the at least one event-based vision sensor.
Valve for regulating the pressure of a gas flow in a pipeline according to two pressure levels, said valve comprising a gate arranged in said pipeline, the position of which is controlled by an actuator which comprises two chambers (112, 114), a first control means with a first set point pressure P1 making it possible to position the gate in a first regulated position by comparing a pressure Pav downstream of the gate and the first set point pressure P1, said valve comprising a second contol means with a second set point pressure P2 making it possible to position the gate in a second regulated position by comparing the pressure Pav downstream of the gate and the second set point pressure P2 and permutation means for making the first control means or the second control means communicate alternately with one of the chambers of the actuator.
A method for controlling a capacity change of a compressor, wherein the method comprises: determining whether a capacity of the compressor is required to be changed; if yes, determining an intermediate frequency; changing the capacity of the compressor while maintaining an operating frequency of the compressor at the intermediate frequency; wherein determining the intermediate frequency and changing the capacity of the compressor while maintaining the operating frequency of the compressor at the intermediate frequency reduces a sudden change in output of the compressor after changing the capacity; wherein determining the intermediate frequency comprises: when the capacity is to be changed from high to low, selecting a smaller one from a first frequency, before a frequency change, of the compressor, and a second frequency, after the frequency change, of the compressor, as the intermediate frequency; when the capacity is to be changed from low to high, selecting a frequency smaller than the first frequency as the intermediate frequency. determining whether a capacity of the compressor is required to be changed; if yes, determining an intermediate frequency; changing the capacity of the compressor while maintaining an operating frequency of the compressor at the intermediate frequency; wherein determining the intermediate frequency and changing the capacity of the compressor while maintaining the operating frequency of the compressor at the intermediate frequency reduces a sudden change in output of the compressor after changing the capacity; wherein determining the intermediate frequency comprises: when the capacity is to be changed from high to low, selecting a smaller one from a first frequency, before a frequency change, of the compressor, and a second frequency, after the frequency change, of the compressor, as the intermediate frequency; when the capacity is to be changed from low to high, selecting a frequency smaller than the first frequency as the intermediate frequency. when the capacity is to be changed from high to low, selecting a smaller one from a first frequency, before a frequency change, of the compressor, and a second frequency, after the frequency change, of the compressor, as the intermediate frequency; when the capacity is to be changed from low to high, selecting a frequency smaller than the first frequency as the intermediate frequency.
A tyre for a passenger vehicle comprising a crown, two beads, two sidewalls each connecting each bead to the crown, and a carcass reinforcement anchored in each bead, the crown comprising a crown reinforcement and a tread, the carcass reinforcement extending in each sidewall and in the crown radially internally to the crown reinforcement, the crown reinforcement being arranged radially between the tread and the carcass reinforcement and comprising a working reinforcement comprising at least an axially narrowest working layer, the axially narrowest working layer having an axial width T2 expressed in mm, the tyre is adapted to be mounted on a mounting support comprising a rim, characterized in that the tyre has a load index LI such that LI ≥ LI'+1, LI' being the load index of an EXTRA LOAD tyre of the same size according to the ETRTO 2019 Standards Manual, and in that, when the tyre is mounted on a rim having a rim width code equal to the measuring rim width code for the tyre size defined according to the ETRTO 2019 Standards Manual minus 0.5, the ratio T2/A is such that T2/A ≤ 1.00 with A being the rim width A according to the ETRTO 2019 Standards Manual, expressed in mm of the rim.
A surgical tool (31, 41, 71) for use in revision arthroplasty, adapted to be activated by torsional-mode ultrasonic vibrations, comprising elongate waveguide means (13, 14) adapted to transmit said ultrasonic vibrations to an operative head (36, 46, 76) mounted adjacent a distal end of the waveguide means, characterised in that said operative head (36, 46, 76) comprises a planar body (37, 47, 77) extending transversely to a longitudinal axis of the elongate waveguide means (13, 14), and a proximal face of said planar body (37, 47, 77) is provided with a plurality of concave recesses, each said recess being adapted to focus and project torsional-mode ultrasonic vibrations into material such as bone cement in contact with said proximal face. said operative head (36, 46, 76) comprises a planar body (37, 47, 77) extending transversely to a longitudinal axis of the elongate waveguide means (13, 14), and a proximal face of said planar body (37, 47, 77) is provided with a plurality of concave recesses, each said recess being adapted to focus and project torsional-mode ultrasonic vibrations into material such as bone cement in contact with said proximal face.