mhurhangee/ep-ind-claims huggingface dataset:
A switching assembly, in particular for the high-voltage and/or high-current range, with two contacts and a contact bridge movable from a bridging position, at which the contact bridge connects the contacts to one another in an electrically conductive manner, to a separated position, at which the contacts are electrically separated from one another, wherein the switching assembly comprises a detector with at least one detector element (60, 61, 62) by means of which the presence of the contact bridge at the separated position and/or the bridging position is detectable, characterized in that the detector comprises at least one two-point controller (70, 71, 72) with a first switching point (111, 121) and a second switching point (112, 122) for the detector element (60, 61, 62), wherein at least one of the switching points (111, 112, 121, 122) is assigned to a position of the contact bridge between the bridging position and the separated position.
A terminal comprising: a receiving section configured to receive a downlink shared channel based on Downlink Control Information, DCI, format 1_0; and a control section configured to assume, when the terminal reports a capability related to a density of a Phase Tracking Reference Signal, PTRS, that a PTRS for the downlink shared channel is not present during a duration after receiving Radio Resource Control, RRC, reconfiguration signaling including PTRS configuration information, or that a PTRS of a specific density for the downlink shared channel is present during the duration after receiving RRC reconfiguration signaling including PTRS configuration information. a receiving section configured to receive a downlink shared channel based on Downlink Control Information, DCI, format 1_0; and a control section configured to assume, when the terminal reports a capability related to a density of a Phase Tracking Reference Signal, PTRS, that a PTRS for the downlink shared channel is not present during a duration after receiving Radio Resource Control, RRC, reconfiguration signaling including PTRS configuration information, or that a PTRS of a specific density for the downlink shared channel is present during the duration after receiving RRC reconfiguration signaling including PTRS configuration information.
A combined irrigation/aspiration (I/A) handpiece (100, 1000) for use in a bimanual phacoemulsification procedure, comprising: an irrigation portion (102, 1002) having a proximal end and a distal end; and an aspiration portion (104, 1004) having a proximal end and a distal end, characterized in that the irrigation portion and the aspiration portion are adapted to be separable, wherein one of the irrigation portion and the aspiration portion comprises a body (141, 1008) defining a longitudinally extending receptacle (148, 1015) into which at least a portion (122, 1050) of the other of the irrigation portion or the aspiration portion is removably received, whereby the I/A hand piece is selectively configurable between an assembled configuration in which the irrigation portion (102, 1002) and the aspiration portion (104, 1004) are coupled together such that the at least a portion (122, 1050) of irrigation portion or the aspiration portion is received within the receptacle (148, 1015) of the other of the irrigation portion or the aspiration portion and may be held by the user with a single hand, and a separated configuration in which the irrigation portion and the aspiration portion are decoupled from each other and utilized separately for use in a bimanual surgical procedure. an irrigation portion (102, 1002) having a proximal end and a distal end; and an aspiration portion (104, 1004) having a proximal end and a distal end,
An apparatus of wireless communication, the apparatus comprising: a radio to receive at a first Bluetooth device a scan request from a second Bluetooth device between two consecutive scanning periods of said first Bluetooth device and to measure a signal strength of said scan request; and a proximity estimator to estimate a proximity between said first and second Bluetooth devices based on the signal strength of said scan request. a radio to receive at a first Bluetooth device a scan request from a second Bluetooth device between two consecutive scanning periods of said first Bluetooth device and to measure a signal strength of said scan request; and a proximity estimator to estimate a proximity between said first and second Bluetooth devices based on the signal strength of said scan request.
Arrangement for supplying media that serve as immersion media, said arrangement comprising: - a media supply unit for the controlled supply of a medium or of a mixture into a contact region between an optical lens and a specimen slide, on which a specimen is arranged or arrangeable in an object space, - an image capture unit for capturing image data on the basis of detection radiation obtained from the object space along a detection beam path extending through the contact region, characterized in that - an evaluation unit is present, said evaluation unit being configured to establish current image parameters on the basis of captured image data, to compare said current image parameters to intended image parameters and to establish a desired mixing ratio of at least two components (K1, K2) of the medium depending on the comparison, - a mixing apparatus is present for the controlled setting of the mixing ratio of the components (K1, K2) of the medium to be introduced into the contact region and - a control unit, which is embodied to actuate the mixing apparatus depending on the established desired mixing ratio. - a media supply unit for the controlled supply of a medium or of a mixture into a contact region between an optical lens and a specimen slide, on which a specimen is arranged or arrangeable in an object space, - an image capture unit for capturing image data on the basis of detection radiation obtained from the object space along a detection beam path extending through the contact region, characterized in that - an evaluation unit is present, said evaluation unit being configured to establish current image parameters on the basis of captured image data, to compare said current image parameters to intended image parameters and to establish a desired mixing ratio of at least two components (K1, K2) of the medium depending on the comparison, - a mixing apparatus is present for the controlled setting of the mixing ratio of the components (K1, K2) of the medium to be introduced into the contact region and - a control unit, which is embodied to actuate the mixing apparatus depending on the established desired mixing ratio.
A fuel pump assembly for use in an internal combustion engine, the fuel pump assembly comprising: a pumping plunger for pressurising fuel within a pumping chamber during a plunger pumping stroke; and a cam follower arrangement (18, 20) for imparting drive to the pumping plunger including a cam follower member which cooperates with the pumping plunger, the cam follower arrangement (18, 20) being biased into engagement with a cam drive (22, 26) whilst a degree of relative movement along the plunger axis is permitted between the cam follower member and the pumping plunger; characterised in that at least one of the pumping plunger and the cam follower member includes a surface provided with a feature which defines together with a facing surface of the other of the pumping plunger and the cam follower member, a cushioning volume therebetween for receiving fluid to provide a cushioning effect as the pumping plunger and the cam follower member move into contact with one another, in use, wherein the feature includes a flat central portion and an annular region, which is conical in form and which is angled relative to the facing shoe surface, the pumping plunger and the surface of the cam follower member defining therebetween an included angle of between 0.1 and 1.5 degrees a pumping plunger for pressurising fuel within a pumping chamber during a plunger pumping stroke; and a cam follower arrangement (18, 20) for imparting drive to the pumping plunger including a cam follower member which cooperates with the pumping plunger, the cam follower arrangement (18, 20) being biased into engagement with a cam drive (22, 26) whilst a degree of relative movement along the plunger axis is permitted between the cam follower member and the pumping plunger; characterised in that at least one of the pumping plunger and the cam follower member includes a surface provided with a feature which defines together with a facing surface of the other of the pumping plunger and the cam follower member, a cushioning volume therebetween for receiving fluid to provide a cushioning effect as the pumping plunger and the cam follower member move into contact with one another, in use, wherein the feature includes a flat central portion and an annular region, which is conical in form and which is angled relative to the facing shoe surface, the pumping plunger and the surface of the cam follower member defining therebetween an included angle of between 0.1 and 1.5 degrees
A medical drill assembly comprising: a probe connectable at a proximal end to an electromechanical transducer for generating mechanical vibration of an ultrasonic frequency, said probe having a shaft with a central lumen or channel, said shaft being formed at a distal end with an enlarged head having a tapered distal side; a source of pressurized liquid communicating with said lumen or channel; a translatory or linear drive operatively connected to said probe for applying a distally directed force to said probe; and a controller operatively connected to said translatory or linear drive for periodically at least reducing the magnitude of said distally directed force; wherein said assembly further comprises a rotary or oscillating drive operatively connected to said probe for applying a sector rotation to said probe; said rotary or oscillating drive rotating said probe in alternating angular directions about a longitudinal axis of said probe. a probe connectable at a proximal end to an electromechanical transducer for generating mechanical vibration of an ultrasonic frequency, said probe having a shaft with a central lumen or channel, said shaft being formed at a distal end with an enlarged head having a tapered distal side; a source of pressurized liquid communicating with said lumen or channel; a translatory or linear drive operatively connected to said probe for applying a distally directed force to said probe; and a controller operatively connected to said translatory or linear drive for periodically at least reducing the magnitude of said distally directed force; wherein said assembly further comprises a rotary or oscillating drive operatively connected to said probe for applying a sector rotation to said probe; said rotary or oscillating drive rotating said probe in alternating angular directions about a longitudinal axis of said probe.
A method for operating a renewable energy power plant comprising a plurality of renewable energy generators, the method comprising: identifying a predetermined condition of the renewable energy power plant, of the grid, or of the connection between the renewable energy power plant and the grid, the predetermined condition indicating a weak grid interconnection between the renewable energy power plant and the grid; and controlling each renewable energy generator in an adaptive active power mode in response to recovery of the grid from a voltage deviation, characterized in that the adaptive active power mode comprises: determining a thermal capacity of a chopper resistor of the renewable energy generator; calculating, based upon the determined thermal capacity, a limit level of rate of change of active power output that may be implemented by the renewable energy generator; and operating the renewable energy generator to output active power at the calculated rate of change limit level. identifying a predetermined condition of the renewable energy power plant, of the grid, or of the connection between the renewable energy power plant and the grid, the predetermined condition indicating a weak grid interconnection between the renewable energy power plant and the grid; and controlling each renewable energy generator in an adaptive active power mode in response to recovery of the grid from a voltage deviation, characterized in that the adaptive active power mode comprises: determining a thermal capacity of a chopper resistor of the renewable energy generator; calculating, based upon the determined thermal capacity, a limit level of rate of change of active power output that may be implemented by the renewable energy generator; and operating the renewable energy generator to output active power at the calculated rate of change limit level. determining a thermal capacity of a chopper resistor of the renewable energy generator; calculating, based upon the determined thermal capacity, a limit level of rate of change of active power output that may be implemented by the renewable energy generator; and operating the renewable energy generator to output active power at the calculated rate of change limit level.
An electric contact element (1, 1') that has at least one crimping strap (31a, 31b) which is configured and arranged to reach around the outer circumference of an electric conductor, at least in sections, at least in a fully crimped state of the contact element (1, 1'), comprising at least one front protection strap (11a, 11b) which is configured and arranged to cover, at least in sections, a front section of the conductor running transversely to the at least one crimping strap (31a, 31b), at least in the fully crimped state resting against the at least one crimping strap (31a, 31b), the contact element (1, 1') further comprising at least one additional front protection strap (11a, 11b) that is configured and arranged to cover, at least in sections, the front section running transversely to the at least one crimping strap (31a, 31b), at least in the fully crimped state, characterised in that the at least one front protection strap (11a, 11b) and the at least one additional front protection strap (11a, 11b) overlap in a longitudinal direction of the contact element (1, 1'), at least in the fully crimped state.
A portable sound source searching sensor comprising: a front body in which acoustic sensors of MEMS microphones are arranged to face forward, wherein the front body includes a front plate which forms a plane; MEMS microphones of which acoustic sensors are exposed to the front body in a fixed state to the substrate; a substrate on which the microphones are mounted; an image photographing unit of which a photographing lens is exposed through a lens hole of the front body; and a rear body for surrounding a rear side of the substrate and a rear side of the image photographing unit in a state that the substrate is positioned at a rear side of the front body, wherein the rear body includes a concavely formed bottom groove at a back center of the rear body, wherein the photographing lens is exposed through the lens hole which is formed in a central deep part of the front plate, and wherein the acoustic sensors of the MEMS microphones are exposed through a plurality of sensing holes which are formed in the front plate, wherein an inner side of a central handle faces the bottom groove. a front body in which acoustic sensors of MEMS microphones are arranged to face forward, wherein the front body includes a front plate which forms a plane; MEMS microphones of which acoustic sensors are exposed to the front body in a fixed state to the substrate; a substrate on which the microphones are mounted; an image photographing unit of which a photographing lens is exposed through a lens hole of the front body; and a rear body for surrounding a rear side of the substrate and a rear side of the image photographing unit in a state that the substrate is positioned at a rear side of the front body, wherein the rear body includes a concavely formed bottom groove at a back center of the rear body, wherein the photographing lens is exposed through the lens hole which is formed in a central deep part of the front plate, and wherein the acoustic sensors of the MEMS microphones are exposed through a plurality of sensing holes which are formed in the front plate, wherein an inner side of a central handle faces the bottom groove.
An arc welding control method of alternating a feeding rate (Fw) of a welding wire between a forward feeding period and a reverse feeding period, controlling a welding voltage (Vw) based on a voltage setting value and alternating short-circuiting periods and arc periods to perform welding, the voltage setting value being set depending on the welding condition such as joint shape, welding speed or welding posture, the arc welding control method is characterized in that it comprises: changing a cycle (Tf) of the feeding rate (Fw) based on the voltage setting value.
A caliper body gasket, wherein said gasket comprises an annular gasket body; said gasket comprising at least one inner radial sealing lip adapted to come into contact with an outer contact surface of a rotating shaft having rotation axis (X-X) defining an axial direction (A-A); wherein said gasket comprises at least two first lips (14, 15), said at least two first lips (14, 15) are annular and protrude from opposite sides of said gasket body, forming a first outer lip and a first inner lip; and wherein said first outer lip and first inner lip are axially aligned (A-A); and wherein said first outer lip is adapted to come into contact with at least one lever supporting surface; and wherein said first inner lip is adapted to come into sliding contact with at least one caliper sliding surface, characterised in that said gasket comprises at least one metal ring, wherein said metal ring is at least partially embedded in said annular gasket body, wherein said metal ring is configured to press the inner radial sealing lip against said outer contact surface which delimits externally a shaft seal portion of said rotating shaft. said gasket comprises an annular gasket body; said gasket comprising at least one inner radial sealing lip adapted to come into contact with an outer contact surface of a rotating shaft having rotation axis (X-X) defining an axial direction (A-A); wherein said gasket comprises at least two first lips (14, 15), said at least two first lips (14, 15) are annular and protrude from opposite sides of said gasket body, forming a first outer lip and a first inner lip; and wherein said first outer lip and first inner lip are axially aligned (A-A); and wherein said first outer lip is adapted to come into contact with at least one lever supporting surface; and wherein said first inner lip is adapted to come into sliding contact with at least one caliper sliding surface, characterised in that said gasket comprises at least one metal ring, wherein said metal ring is at least partially embedded in said annular gasket body, wherein said metal ring is configured to press the inner radial sealing lip against said outer contact surface which delimits externally a shaft seal portion of said rotating shaft.
An electronic device, comprising: circuitry for carrying out an operation unrelated to camera operation; camera circuitry for carrying out a camera related operation, the camera circuitry including circuitry for providing autofocus control; a camera lens operatively coupled to the camera circuitry, a focus state of the camera lens being controlled by the camera circuitry, an operator input (32a, 32b) operatively coupled to at least the camera circuitry for enabling an operator to provide an input unrelated to focus control of the camera lens in a first operating condition, and to provide a manual focus control input to the camera lens in a second operating condition; and characterized in that the camera circuitry further comprises circuitry for detection of unsatisfactory autofocus control, and for automatically reconfiguring the operator input from the first operating condition to the second operating condition when the autofocus control is detected as unsatisfactory. circuitry for carrying out an operation unrelated to camera operation; camera circuitry for carrying out a camera related operation, the camera circuitry including circuitry for providing autofocus control; a camera lens operatively coupled to the camera circuitry, a focus state of the camera lens being controlled by the camera circuitry, an operator input (32a, 32b) operatively coupled to at least the camera circuitry for enabling an operator to provide an input unrelated to focus control of the camera lens in a first operating condition, and to provide a manual focus control input to the camera lens in a second operating condition; and characterized in that the camera circuitry further comprises circuitry for detection of unsatisfactory autofocus control, and for automatically reconfiguring the operator input from the first operating condition to the second operating condition when the autofocus control is detected as unsatisfactory.
A fixture characterized in that it comprises a pin and a bushing, and after temporarily fixing the bushing to an attaching member and a mounting member, then inserting the pin into the bushing, it connects the attaching member to the mounting member; the pin includes head part and a shaft part extending from the head part; the bushing includes a flange and a leg part extending from the flange; the leg part has shaft-part receiving openings that receive the shaft part of the pin, outer walls that surround the shaft-part receiving openings, a pair of opposing elastic engagement claws (12a, 12b) disposed on a portion (11a, 11b) of the outer walls, and a leg center column disposed in the center of the shaft-part receiving openings; a connecting part of the leg part with the flange is completely covered by the outer wall; and the leg center column connects opposing outer wall portions (11c, 11d) with each other which are perpendicular to the outer wall portions (11a, 11b) where the elastic engagement claws (12a, 12b) are disposed.
Exhaust gas recirculation system for an internal combustion engine, comprising a housing, at least one check valve arranged in the housing and having flap elements and a channel with at least one deflection, characterized in that the deflection of the channel in the housing is continuous, and that a partition wall (26, 28) extends downstream of the check valve along the deflection and divides the channel into sub-channels.
A sealing device for bearings, intended to be fitted at a side of a bearing unit in order to seal laterally a gap between a stationary race and a rotatable race of the bearing unit, the sealing device including: - a relatively rigid reinforcing insert of disc-annular shape, and - a gasket of relatively soft rubber or elastomeric material, over-moulded or vulcanized onto the reinforcing insert, the gasket forming two opposite peripheral sealing portions (18, 19): - a first peripheral portion intended to perform a static sealing action against the rotatable race and - a second peripheral portion intended to perform a dynamic sealing action on the: stationary race, characterised in that the insert is made of a matrix of plastic material loaded with a powder of magnetized or magnetizable material for forming, at predetermined angular zones or fields, a sequence of alternate and/or spaced north/south poles, in order to act as an encoder, and that the insert does not comprise a metal reinforcement. - a relatively rigid reinforcing insert of disc-annular shape, and - a gasket of relatively soft rubber or elastomeric material, over-moulded or vulcanized onto the reinforcing insert, the gasket forming two opposite peripheral sealing portions (18, 19): - a first peripheral portion intended to perform a static sealing action against the rotatable race and - a second peripheral portion intended to perform a dynamic sealing action on the: stationary race, - a first peripheral portion intended to perform a static sealing action against the rotatable race and - a second peripheral portion intended to perform a dynamic sealing action on the: stationary race,