mhurhangee/ep-ind-claims huggingface dataset:
A power converter assembly comprising: - at least two power converter units (2a-e); - a busbar; - at least two connecting elements (4a-e), each connecting element (4a-e) galvanically connecting one of said power converter units (2a-e) to the busbar, thereby interconnecting the at least two power converter units (2a-e); and - at least one converter housing (5a-e), wherein the at least one converter housing (5a-e) encloses and electromagnetically shields at least one of said power converter units (2a-e); characterized in that the power converter assembly further comprises a busbar housing in which the busbar is contained and electromagnetically shielded, wherein the at least two connecting elements (4a-e) are galvanically isolated from the busbar housing and from the at least one converter housing (5a-e). - at least two power converter units (2a-e); - a busbar; - at least two connecting elements (4a-e), each connecting element (4a-e) galvanically connecting one of said power converter units (2a-e) to the busbar, thereby interconnecting the at least two power converter units (2a-e); and - at least one converter housing (5a-e), wherein the at least one converter housing (5a-e) encloses and electromagnetically shields at least one of said power converter units (2a-e);
A projection system including a safety detection system for a protected space, said projection system including a projection light source, a projection imaging system, a projection lens system, a detection light source and a detection sensor, the optical axis of the projection light source being identical to the optical axis (12, 13) of the detection light source and the detection sensor at least in the protected space, characterised by means to combine the optical axes (12, 13) of the detection sensor and detection light source with the optical axis of the projection light source within the projection lens system.
A method for allocating a resource of a fixed broadband network, wherein the method comprises: Transmitting, by an Internet Protocol, IP, edge gateway, a session establishment request to a Policy and Charging Rule Function, PCRF, upon determining authentication of a Residential Gateway, RG, is completed, the session establishment request carries an identifier of an access line corresponding to the RG; receiving a session establishment response sent by the PCRF; and when there are devices accessing through the RG, statistical multiplexing a bandwidth resource of the access line corresponding to the RG among the devices accessing through the RG according to an Aggregated Maximum Bit Rate, AMBR, parameter carried in the session establishment response; the method further comprises: receiving, by the IP edge gateway, a session modification request transmitted by the PCRF upon determining an update to the AMBR of the access line; and returning a session modification response to the PCRF and statistical multiplexing the bandwidth resource of the access line according to the updated AMBR carried in the session modification request. Transmitting, by an Internet Protocol, IP, edge gateway, a session establishment request to a Policy and Charging Rule Function, PCRF, upon determining authentication of a Residential Gateway, RG, is completed, the session establishment request carries an identifier of an access line corresponding to the RG; receiving a session establishment response sent by the PCRF; and when there are devices accessing through the RG, statistical multiplexing a bandwidth resource of the access line corresponding to the RG among the devices accessing through the RG according to an Aggregated Maximum Bit Rate, AMBR, parameter carried in the session establishment response; receiving, by the IP edge gateway, a session modification request transmitted by the PCRF upon determining an update to the AMBR of the access line; and returning a session modification response to the PCRF and statistical multiplexing the bandwidth resource of the access line according to the updated AMBR carried in the session modification request.
A method for wireless communication in a communications system using carrier frequencies greater than 6 GHz, wherein the method is configured to be used by a user equipment, UE, the method comprising: determining, by the UE, a capability of the UE to receive signals in the wireless communication system at least partially based on the receiver implementation of the UE; determining, by the UE, a phase noise estimation capability; determining, by the UE, an phase-noise compensation reference signal, PCRS, configuration based at least in part on the determined capability of the UE to receive signals in the wireless communication system, wherein the PCRS configuration comprises the determined capability of the UE to receive signals and the determined phase noise estimation capability; transmitting, to a base station via radio resource control, RRC, signalling, a reporting message comprising an indication of the determined PCRS configuration, and receiving one or more uplink PCRS from the base station as a response to the indication of the determined PCRS configuration. determining, by the UE, a capability of the UE to receive signals in the wireless communication system at least partially based on the receiver implementation of the UE; determining, by the UE, a phase noise estimation capability; determining, by the UE, an phase-noise compensation reference signal, PCRS, configuration based at least in part on the determined capability of the UE to receive signals in the wireless communication system, wherein the PCRS configuration comprises the determined capability of the UE to receive signals and the determined phase noise estimation capability; transmitting, to a base station via radio resource control, RRC, signalling, a reporting message comprising an indication of the determined PCRS configuration, and receiving one or more uplink PCRS from the base station as a response to the indication of the determined PCRS configuration.
A rechargeable battery comprising: an electrode assembly having a first electrode, a second electrode, and a separator interposed between the first and the second electrodes (11, 12); a case for mounting the electrode assembly therein; a cap assembly coupled to an opening of the case, the cap assembly comprising a first terminal connected to the first electrode; a first lead tab (50, 70, 120, 140) coupled to the first terminal and providing the connection between the first terminal and the electrode assembly, wherein a spacer (60, 80, 130, 150) is fixed to the first lead tab (50, 70, 120, 140) being adapted to absorb an external impact on the battery, characterized in that the spacer (60, 80, 130, 150) is formed to protrude from one surface of the first lead tab (50, 70, 120, 140) in a direction towards the case and is formed to protrude from the opposite surface of the first lead tab (50, 70, 120, 140) towards the electrode assembly, and the first lead tab (50, 70, 120, 140) comprises: a hole (56, 76, 126), wherein the spacer (60, 80, 130) is inserted into the hole (56, 76, 126); or a groove, wherein the spacer is inserted into the groove. an electrode assembly having a first electrode, a second electrode, and a separator interposed between the first and the second electrodes (11, 12); a case for mounting the electrode assembly therein; a cap assembly coupled to an opening of the case, the cap assembly comprising a first terminal connected to the first electrode; a first lead tab (50, 70, 120, 140) coupled to the first terminal and providing the connection between the first terminal and the electrode assembly, wherein a spacer (60, 80, 130, 150) is fixed to the first lead tab (50, 70, 120, 140) being adapted to absorb an external impact on the battery, characterized in that the spacer (60, 80, 130, 150) is formed to protrude from one surface of the first lead tab (50, 70, 120, 140) in a direction towards the case and is formed to protrude from the opposite surface of the first lead tab (50, 70, 120, 140) towards the electrode assembly, and the first lead tab (50, 70, 120, 140) comprises: a hole (56, 76, 126), wherein the spacer (60, 80, 130) is inserted into the hole (56, 76, 126); or a groove, wherein the spacer is inserted into the groove. a hole (56, 76, 126), wherein the spacer (60, 80, 130) is inserted into the hole (56, 76, 126); or a groove, wherein the spacer is inserted into the groove.
A battery pack for a portable tool, comprising: a body having opposed first and second side walls (108, 110) oriented perpendicular to a body rear face; a body front face oppositely directed with respect to the rear face; and a finger notch including an engagement wall and an oppositely positioned lead-in wall, the engagement wall and the lead-in wall joined at a notch cavity bottom wall recessed within the body below the front face, the engagement wall having a first pitch angle with respect to the front face and the lead-in wall having a second pitch angle with respect to the front face smaller than the first pitch angle; characterized by a plurality of contact members adapted to be engaged by fingers of a user and integrally extending from the front face, each including an extending portion extending partially into the finger notch past the lead-in wall. a body having opposed first and second side walls (108, 110) oriented perpendicular to a body rear face; a body front face oppositely directed with respect to the rear face; and a finger notch including an engagement wall and an oppositely positioned lead-in wall, the engagement wall and the lead-in wall joined at a notch cavity bottom wall recessed within the body below the front face, the engagement wall having a first pitch angle with respect to the front face and the lead-in wall having a second pitch angle with respect to the front face smaller than the first pitch angle; characterized by a plurality of contact members adapted to be engaged by fingers of a user and integrally extending from the front face, each including an extending portion extending partially into the finger notch past the lead-in wall.
Airbag Module, in particular for a front passenger (21, 23) of a vehicle, comprising an inflatable bag having at least a first outer panel and a second outer panel arranged substantially symmetrically to each other with regard to a vertical middle plane of the inflated bag, wherein the inflatable bag comprises a strap structure substantially located between the first and second outer panels (33, 35), wherein the strap structure includes a plurality of straps and is designed such that the bag is extendable from a first state having a first size to a second state having a second size depending on the size of the respective passenger and/or the severity of an impact, characterized in that the strap structure comprises two layers of ray-like straps, which are arranged substantially parallel to each other, or in that the strap structure is substantially y-shaped in a horizontal cross sectional view of the inflated bag, wherein a first outer periphery of the strap structure is attached to a seam area of a first outer panel and a front panel and a second outer periphery of the strap structure is attached to a seam area of a second outer panel and a front panel, the strap structure comprising two branches (37, 37'), which include an angle with each other and are connected to a common panel, wherein each of the branches (37, 37') comprises a plurality of straps having a ray-like arrangement.
A cleansing agent composition comprising a sulfonate-type surfactant and/or a sulfate-type anionic surfactant, and a heterocyclic compound represented by the formula wherein R 1 and R 2 are each independently a hydrogen atom, a methyl group, a hydroxymethyl group, or a hydroxyethyl group. a sulfonate-type surfactant and/or a sulfate-type anionic surfactant, and a heterocyclic compound represented by the formula wherein R 1 and R 2 are each independently a hydrogen atom, a methyl group, a hydroxymethyl group, or a hydroxyethyl group.
A control method based on a mid-air gesture, comprising: enabling a display to display a user interface of an application; obtaining a mid-air gesture collected by a camera, wherein the mid-air gesture is a gesture whose distance from the display is greater than a preset threshold; and continuously adjusting, based on a first distance by which the mid-air gesture moves within a photographing range of the camera, a target function corresponding to the mid-air gesture, wherein the target function is a function that is of the application and that can be continuously adjusted, and an adjustment amount for continuous adjustment is positively correlated with the first distance, characterised in that the first distance is determined based on at least a focal length of the camera, a distance between the mid-air gesture and an optical center of the camera, and a second distance, wherein the second distance is used to indicate a distance by which a mid-air gesture on an imaging plane of the camera moves when the mid-air gesture moves within the photographing range of the camera. enabling a display to display a user interface of an application; obtaining a mid-air gesture collected by a camera, wherein the mid-air gesture is a gesture whose distance from the display is greater than a preset threshold; and continuously adjusting, based on a first distance by which the mid-air gesture moves within a photographing range of the camera, a target function corresponding to the mid-air gesture, wherein the target function is a function that is of the application and that can be continuously adjusted, and an adjustment amount for continuous adjustment is positively correlated with the first distance, characterised in that the first distance is determined based on at least a focal length of the camera, a distance between the mid-air gesture and an optical center of the camera, and a second distance, wherein the second distance is used to indicate a distance by which a mid-air gesture on an imaging plane of the camera moves when the mid-air gesture moves within the photographing range of the camera.
An eye rinsing element, wherein the eye rinsing element comprises two rinsing fluid discharge areas, characterized in that the discharge areas form part of a curved surface which in a first longitudinal cross-section (A-A) has a radius between 3 mm and 9 mm, and wherein each discharge area comprises at least 6 openings for discharging rinsing fluid. wherein the eye rinsing element comprises two rinsing fluid discharge areas, characterized in that the discharge areas form part of a curved surface which in a first longitudinal cross-section (A-A) has a radius between 3 mm and 9 mm, and wherein each discharge area comprises at least 6 openings for discharging rinsing fluid.
A coaxial impedance synthesizer, comprising: - a central longitudinal (Ox) conductor, - an outer conductive tube coaxial with the conductor, - at least one probe mounted around the central conductor in longitudinal translation, the coaxial impedance synthesizer being characterized in that: - the outer tube comprises two separable half-tubes displaceable between two mutual positions, such that: o when the two half-tubes are brought into a first position away from each other, for adjusting the synthesizer, the probe is allowed to move longitudinally relative to the central conductor towards a desired position, and o when the two half-tubes are brought into a second position close to each other, for using the synthesizer, the outer periphery of the probe and the inner wall of the outer tube are in mechanical and possibly electrical contact to block the prove in position, and in that: - the probe comprises at least one leg for displacing the probe, extending in a space separating the two half-tubes and allowing to displace the probe in the first position, away from each other, of the two half-tubes. - a central longitudinal (Ox) conductor, - an outer conductive tube coaxial with the conductor, - at least one probe mounted around the central conductor in longitudinal translation, - the outer tube comprises two separable half-tubes displaceable between two mutual positions, such that: o when the two half-tubes are brought into a first position away from each other, for adjusting the synthesizer, the probe is allowed to move longitudinally relative to the central conductor towards a desired position, and o when the two half-tubes are brought into a second position close to each other, for using the synthesizer, the outer periphery of the probe and the inner wall of the outer tube are in mechanical and possibly electrical contact to block the prove in position, o when the two half-tubes are brought into a first position away from each other, for adjusting the synthesizer, the probe is allowed to move longitudinally relative to the central conductor towards a desired position, and o when the two half-tubes are brought into a second position close to each other, for using the synthesizer, the outer periphery of the probe and the inner wall of the outer tube are in mechanical and possibly electrical contact to block the prove in position, - the probe comprises at least one leg for displacing the probe, extending in a space separating the two half-tubes and allowing to displace the probe in the first position, away from each other, of the two half-tubes.
Apparatus for providing a sensor signal (V_PS) for evaluation for a braking system of a vehicle, wherein the apparatus has the following features: a first signal path for outputting the sensor signal (V_PS) to a first output interface to a first converter device, wherein the first signal path has first electronic components (C1a, R2a, R3a), wherein the first signal path is electrically connected to an input interface which is connectable to a sensor of the vehicle; a first test device for applying a first test signal (V_TEST_a) to the sensor signal (V_PS) in the first signal path, wherein the first test device can be or is electrically connectable to the first signal path; characterized in that the apparatus has the following further features: a second signal path for outputting the sensor signal (V_PS) to a second output interface to a second converter device, wherein the second signal path has second electronic components (C2b, R2b, R3b), wherein the second signal path is electrically connected to the input interface which is connectable to the sensor of the vehicle; and a second test device for applying a second test signal (V_TEST_b) to the sensor signal (V_PS) in the second signal path, wherein the second test device can be or is electrically connected to the second signal path. a first signal path for outputting the sensor signal (V_PS) to a first output interface to a first converter device, wherein the first signal path has first electronic components (C1a, R2a, R3a), wherein the first signal path is electrically connected to an input interface which is connectable to a sensor of the vehicle; a first test device for applying a first test signal (V_TEST_a) to the sensor signal (V_PS) in the first signal path, wherein the first test device can be or is electrically connectable to the first signal path; characterized in that the apparatus has the following further features: a second signal path for outputting the sensor signal (V_PS) to a second output interface to a second converter device, wherein the second signal path has second electronic components (C2b, R2b, R3b), wherein the second signal path is electrically connected to the input interface which is connectable to the sensor of the vehicle; and a second test device for applying a second test signal (V_TEST_b) to the sensor signal (V_PS) in the second signal path, wherein the second test device can be or is electrically connected to the second signal path. a second signal path for outputting the sensor signal (V_PS) to a second output interface to a second converter device, wherein the second signal path has second electronic components (C2b, R2b, R3b), wherein the second signal path is electrically connected to the input interface which is connectable to the sensor of the vehicle; and a second test device for applying a second test signal (V_TEST_b) to the sensor signal (V_PS) in the second signal path, wherein the second test device can be or is electrically connected to the second signal path.
An imaging device for capturing images from a surrounding of a motor vehicle, said imaging device comprising a lens objective having a longitudinal axis A and an image sensor adapted to convert incident light into an electrical signal containing image data and having a sensitive plane, wherein the image sensor is arranged with a non-zero tilt angle α relative to the lens objective axis A around a horizontal axis oriented perpendicularly to the lens objective axis A, wherein the image sensor is tilted away from the lens objective in an upper region of the image sensor, characterized in that the tilt angle α is in the range between 0.0001 to 0.002 rad.
An ammoxidation catalyst for propylene in which metal oxide represented by Chemical Formula 1 is supported on a silica carrier, wherein the catalyst has D50 particle diameter of 30 to 300 μ m, and D10 particle diameter, D50 particle diameter and D90 particle diameter satisfying the relationship of the following Formula 1: D90 − D10 / D50 < 2.0, wherein D10, D50 and D90 are measured by a laser diffraction method, [Chemical Formula 1] Mo 12 Bi a Fe b A c B d C e O x in the Chemical Formula 1, A is one or more elements of Ni, Mn, Co, Zn, Mg, Ca, and Ba, B is one or more elements of Li, Na, K, Rb, and Cs, C is one or more elements of Cr, W, B, Al, Ca, and V, a to e, and x are respectively fractions of each atom or atomic group, wherein a is 0.1 to 5, b is 0.1 to 5, c is 0.01 to 10, d is 0.01 to 2, e is 0 to 10, and x is 24 to 48. wherein the catalyst has D50 particle diameter of 30 to 300 μ m, and D10 particle diameter, D50 particle diameter and D90 particle diameter satisfying the relationship of the following Formula 1: D90 − D10 / D50 < 2.0, wherein D10, D50 and D90 are measured by a laser diffraction method, [Chemical Formula 1] Mo 12 Bi a Fe b A c B d C e O x in the Chemical Formula 1, A is one or more elements of Ni, Mn, Co, Zn, Mg, Ca, and Ba, B is one or more elements of Li, Na, K, Rb, and Cs, C is one or more elements of Cr, W, B, Al, Ca, and V, a to e, and x are respectively fractions of each atom or atomic group, wherein a is 0.1 to 5, b is 0.1 to 5, c is 0.01 to 10, d is 0.01 to 2, e is 0 to 10, and x is 24 to 48.
A cooling system adapted to cool the inside of an enclosure of a housing accommodating equipment including a heat-generating element, the system comprising heat exchange means comprising a plurality of heat exchange modes, wherein the heat exchange means are housed in one enclosure, and wherein the plurality of heat exchange modes include a refrigerant forced circulation mode, a refrigerant natural circulation mode, and a ventilation mode, wherein a refrigerant forced circulation circuit of the refrigerant forced circulation mode and a refrigerant natural circulation circuit of the refrigerant natural circulation mode are constituted as a single refrigerant circuit, characterised in that the internal temperature of the enclosure of the housing is controlled by regulating the quantity of refrigerant circulating through the refrigerant natural circulation circuit during cooling operation in the refrigerant natural circulation mode.