mhurhangee/ep-ind-claims huggingface dataset:
An analog multiplexer with an insulated power supply, comprising: an analog signal transformer, which receives an input of an analog signal in a primary winding of the analog signal transformer via a first semiconductor switch, and performs ON/OFF driving on the first semiconductor switch, to thereby generate a pulse with an amplitude of the analog signal in a secondary winding of the analog signal transformer; a drive transformer, which receives an input of a drive pulse in a primary winding of the drive transformer via a second semiconductor switch, to thereby generate a pulse for turning ON/OFF the first semiconductor switch in a secondary winding of the drive transformer; an inhibit generation circuit, which generates an inhibit pulse having a pulse width wider than a pulse width of the drive pulse; a continuous pulse generation circuit, which generates a continuous pulse having a pulse width narrower than the pulse width of the drive pulse; an AND gate, which determines a logical product of the inhibit pulse sent from the inhibit generation circuit and the continuous pulse sent from the continuous pulse generation circuit, to thereby obtain a power supply pulse train for driving a primary winding of a power supply transformer; and a rectifying/smoothing circuit connected to a secondary winding of the power supply transformer, which obtains a direct current voltage corresponding to the power supply pulse train, to thereby apply the direct current voltage to the primary winding of the analog signal transformer through high resistance (R3, R4). an analog signal transformer, which receives an input of an analog signal in a primary winding of the analog signal transformer via a first semiconductor switch, and performs ON/OFF driving on the first semiconductor switch, to thereby generate a pulse with an amplitude of the analog signal in a secondary winding of the analog signal transformer; a drive transformer, which receives an input of a drive pulse in a primary winding of the drive transformer via a second semiconductor switch, to thereby generate a pulse for turning ON/OFF the first semiconductor switch in a secondary winding of the drive transformer; an inhibit generation circuit, which generates an inhibit pulse having a pulse width wider than a pulse width of the drive pulse; a continuous pulse generation circuit, which generates a continuous pulse having a pulse width narrower than the pulse width of the drive pulse; an AND gate, which determines a logical product of the inhibit pulse sent from the inhibit generation circuit and the continuous pulse sent from the continuous pulse generation circuit, to thereby obtain a power supply pulse train for driving a primary winding of a power supply transformer; and a rectifying/smoothing circuit connected to a secondary winding of the power supply transformer, which obtains a direct current voltage corresponding to the power supply pulse train, to thereby apply the direct current voltage to the primary winding of the analog signal transformer through high resistance (R3, R4).
Method for recovering platinum and cobalt contained in an electrode membrane assembly, comprising at least one of the following successive tasks: a) processing of the EMA by lixiviation producing a lixiviate containing platinum ions and cobalt ions, b) extraction from the lixiviate of platinum ions and cobalt ions, c) separation of the cobalt ions from the platinum ions by the formation and precipitation of cobalt oxide. a) processing of the EMA by lixiviation producing a lixiviate containing platinum ions and cobalt ions, b) extraction from the lixiviate of platinum ions and cobalt ions, c) separation of the cobalt ions from the platinum ions by the formation and precipitation of cobalt oxide.
Pushbutton switch assembly for a hand piece for performing medical procedures, comprising: - a ring-like carrier surrounding a carrier interior space, - at the carrier, a pushbutton element to be activated for carrying out a switch operation, wherein the pushbutton element is attached to the carrier sealing the carrier interior space in a fluid-tight manner, wherein at an outer circumferential side of the ring-like carrier a seal arrangement (36, 38) is provided, surrounding the ring-like carrier, and wherein a switch arrangement is provided with at least one switch element (66, 68, 70) to be activated by the pushbutton element and comprises a switch plate arranged in the carrier interior space and carrying at least one switch element (66, 68, 70), wherein the pushbutton element comprises an actuation area (82, 84, 86) associated to at least one switch element (66, 68, 70), characterized in that at least one actuation area (82, 84, 86) comprises a second actuation projection at an inner side of the pushbutton element oriented towards the carrier interior space. - a ring-like carrier surrounding a carrier interior space, - at the carrier, a pushbutton element to be activated for carrying out a switch operation, wherein the pushbutton element is attached to the carrier sealing the carrier interior space in a fluid-tight manner, wherein at an outer circumferential side of the ring-like carrier a seal arrangement (36, 38) is provided, surrounding the ring-like carrier, and wherein a switch arrangement is provided with at least one switch element (66, 68, 70) to be activated by the pushbutton element and comprises a switch plate arranged in the carrier interior space and carrying at least one switch element (66, 68, 70), wherein the pushbutton element comprises an actuation area (82, 84, 86) associated to at least one switch element (66, 68, 70), characterized in that at least one actuation area (82, 84, 86) comprises a second actuation projection at an inner side of the pushbutton element oriented towards the carrier interior space.
A method of making a sectioned continuous string of springs for use in an assembler, said method comprising: cutting a starting string of pocketed springs to create a first supply string of pocketed springs containing first springs from a first coiler; providing a second supply string of pocketed springs containing second springs different than the first springs from a second coiler; moving the first supply string of pocketed springs from an in-line position aligned with the starting string of pocketed springs to an off-line position; moving the second supply string of pocketed springs to an in-line position with the starting string of pocketed springs; welding overlapped tabs from the second supply string of pocketed springs and the starting string of pocketed springs together to create a combined string of pocketed springs; moving the combined string of springs downstream; cutting the combined string of pocketed springs at a desired location; moving the second supply string of pocketed springs out-of-line with the combined string; moving the first supply string in-line with the combined string of pocketed springs; and; welding tabs from the first supply string and combined string together. cutting a starting string of pocketed springs to create a first supply string of pocketed springs containing first springs from a first coiler; providing a second supply string of pocketed springs containing second springs different than the first springs from a second coiler; moving the first supply string of pocketed springs from an in-line position aligned with the starting string of pocketed springs to an off-line position; moving the second supply string of pocketed springs to an in-line position with the starting string of pocketed springs; welding overlapped tabs from the second supply string of pocketed springs and the starting string of pocketed springs together to create a combined string of pocketed springs; moving the combined string of springs downstream; cutting the combined string of pocketed springs at a desired location; moving the second supply string of pocketed springs out-of-line with the combined string; moving the first supply string in-line with the combined string of pocketed springs; and; welding tabs from the first supply string and combined string together.
A vehicle for transporting bulk and/or piece goods, comprising a chassis on wheels and a loading space whose floor is delimited at least by two opposing side walls (3, 3'), a front wall and a movable rear wall, - wherein the floor is formed by a movable endless conveyor belt of a constant conveying length which loops around a head drum and a tail drum, - wherein the endless conveyor belt has an upper run and a lower run as well as spaced-apart bearing elements located therebetween which are each mounted on longitudinal members (17, 17') of the chassis and lie transversely to a conveying direction, and - wherein the endless conveyor belt runs out into a discharge area, which is located in a rear area of the vehicle, and characterized in that - the lower run is supported on two pressure rollers (15, 16) which are arranged between the head drum and the rear drum and tension the lower run in such a way that a distance extending between the pressure rollers (15, 16) is formed between the upper run and the lower run, the size of which distance is less than a diameter of the head drum and/or a diameter of the rear drum und - the rear drum and/or the head drum is provided with a V-shaped profiling, wherein the tip of the V-shaped profiling is arranged at the midpoint of that of the rear or head drum (8, 9) and points in the direction of rotation, so that the endless conveyor belt is centred by the profiling when the rear and head drum (8, 9) rotate. - wherein the floor is formed by a movable endless conveyor belt of a constant conveying length which loops around a head drum and a tail drum, - wherein the endless conveyor belt has an upper run and a lower run as well as spaced-apart bearing elements located therebetween which are each mounted on longitudinal members (17, 17') of the chassis and lie transversely to a conveying direction, and - wherein the endless conveyor belt runs out into a discharge area, which is located in a rear area of the vehicle, and - the lower run is supported on two pressure rollers (15, 16) which are arranged between the head drum and the rear drum and tension the lower run in such a way that a distance extending between the pressure rollers (15, 16) is formed between the upper run and the lower run, the size of which distance is less than a diameter of the head drum and/or a diameter of the rear drum und - the rear drum and/or the head drum is provided with a V-shaped profiling, wherein the tip of the V-shaped profiling is arranged at the midpoint of that of the rear or head drum (8, 9) and points in the direction of rotation, so that the endless conveyor belt is centred by the profiling when the rear and head drum (8, 9) rotate.
A composition comprising a first rAAV particle comprising a first nucleic acid encoding miR-708, and a second rAAV particle comprising a second nucleic acid encoding rhodopsin.
A lock comprising a housing, a shaft, at least one blocking member, and at least one rotary bearing, wherein the rotary bearing rotatably supports the shaft relative to the housing and defines a rotational axis of the shaft, wherein - the shaft has an axially extending channel being delimited by a channel surface, - at least one through hole extends between a peripheral surface of the shaft and the channel surface, - at least one pair azimuthal abutments (14, 16) is attached to the housing and defines a recess in between of the azimuthal abutments (14, 16), - the blocking member is movably supported in the through hole, and movable between an extended position and a retracted position, - in the extended position, a radially outward portion of the blocking member extends radially outward out of the through hole and into the recess while another portion of the blocking member is supported by the boundary of the through hole, - in the retracted position, the blocking member does not interfere with the pair of azimuthal abutment (14,16), while a radially inward portion of the blocking member extends into the channel, - the channel accommodates a movable slider, wherein the slider has a blocking position and an unblocking position, - in the blocking position, the slider blocks a movement of the blocking member out of the extended position into to the retracted position, - in the unblocking position, the slider clears a void dimensioned to receive at least a radially inward facing portion of the blocking member in the retracted position, characterized in that the at least one blocking member if, in its retracted position, is elastically biased towards its extended position. - the shaft has an axially extending channel being delimited by a channel surface, - at least one through hole extends between a peripheral surface of the shaft and the channel surface, - at least one pair azimuthal abutments (14, 16) is attached to the housing and defines a recess in between of the azimuthal abutments (14, 16), - the blocking member is movably supported in the through hole, and movable between an extended position and a retracted position, - in the extended position, a radially outward portion of the blocking member extends radially outward out of the through hole and into the recess while another portion of the blocking member is supported by the boundary of the through hole, - in the retracted position, the blocking member does not interfere with the pair of azimuthal abutment (14,16), while a radially inward portion of the blocking member extends into the channel, - the channel accommodates a movable slider, wherein the slider has a blocking position and an unblocking position, - in the blocking position, the slider blocks a movement of the blocking member out of the extended position into to the retracted position, - in the unblocking position, the slider clears a void dimensioned to receive at least a radially inward facing portion of the blocking member in the retracted position,
A method for transmitting a physical layer convergence procedure, PLCP, protocol data unit, PPDU, the method comprising: generating, by a station, STA, (1500, 1550), the PPDU including a legacy part and a High Efficiency Wireless, HEW, part; and transmitting, by the STA (1500, 1550), the PPDU, wherein the legacy part is generated by performing an inverse fast Fourier transform, IFFT, in a given channel bandwidth based on a first fast Fourier transform, FFT, size, wherein the HEW part is generated by performing an IFFT in the given channel bandwidth based on a second FFT size, and wherein the first FFT size is different from the second FFT size. generating, by a station, STA, (1500, 1550), the PPDU including a legacy part and a High Efficiency Wireless, HEW, part; and transmitting, by the STA (1500, 1550), the PPDU, wherein the legacy part is generated by performing an inverse fast Fourier transform, IFFT, in a given channel bandwidth based on a first fast Fourier transform, FFT, size, wherein the HEW part is generated by performing an IFFT in the given channel bandwidth based on a second FFT size, and wherein the first FFT size is different from the second FFT size.
An alignment guide (20; 120) for use in aligning an instrument in a surgical procedure to replace a hip, comprising: a shaft (21; 121) having a longitudinal axis, a housing (32; 132) configured to be attached to the shaft, and a guide arm (30; 130) having a first portion (34; 134) and a second portion (36;136), the first portion being attached to the housing and extending from the housing along a second axis, the second portion extending from the first portion at a first predetermined angle (γ), characterised in that the housing (32; 132) is rotatable about a first axis substantially perpendicular to the longitudinal axis. a shaft (21; 121) having a longitudinal axis, a housing (32; 132) configured to be attached to the shaft, and a guide arm (30; 130) having a first portion (34; 134) and a second portion (36;136), the first portion being attached to the housing and extending from the housing along a second axis, the second portion extending from the first portion at a first predetermined angle (γ),
A cell-mimetic device comprising: an array of fibers comprised of a material comprising: hexanediol diacrylate (HDDA) or an HDDA derivative; and a multi-arm PEG-acrylate. hexanediol diacrylate (HDDA) or an HDDA derivative; and a multi-arm PEG-acrylate.
An intersection guide system comprising: path information acquisition means for acquiring information on a path of a vehicle; travel direction acquisition means for acquiring a travel direction of the vehicle at a guide intersection ahead of the vehicle on the basis of the information on the path; and display control means for causing a display section to display a guide image that represents the travel direction as superimposed on a portion of a forward scene ahead of the vehicle other than an image of the guide intersection, and causing the display section to display a connection line image as superimposed on the forward scene, the connection line image connecting between the image of the guide intersection in the forward scene and the guide image, characterized in that the display control means is configured to cause the display section to display the connection line image as superimposed on the forward scene such that a length of the connection line image becomes shorter as a degree of approach of the vehicle to the guide intersection becomes larger, wherein the degree of approach is an index that indicates how close the vehicle is to the guide intersection. path information acquisition means for acquiring information on a path of a vehicle; travel direction acquisition means for acquiring a travel direction of the vehicle at a guide intersection ahead of the vehicle on the basis of the information on the path; and display control means for causing a display section to display a guide image that represents the travel direction as superimposed on a portion of a forward scene ahead of the vehicle other than an image of the guide intersection, and causing the display section to display a connection line image as superimposed on the forward scene, the connection line image connecting between the image of the guide intersection in the forward scene and the guide image,
A dispenser comprising: a liquid container for holding a liquid; a liquid pump for moving the liquid from the liquid container to a mixing chamber located downstream of the liquid pump and upstream of a first outlet, wherein the mixing chamber receives a liquid from the liquid pump and air from an air source and mixes the liquid and air to form a mixture that is dispensed at the first outlet in the form of a foam; a grit container for holding grit, characterized by: an air pump; a first passageway extending from the air pump to the grit container; a second passageway extending from the grit container to a second outlet; and an actuator for actuating the liquid pump and the air pump; wherein the air pump causes air to flow through the first passageway into the grit container and causes at least some grit to flow through the second passageway and out of the second outlet. a liquid container for holding a liquid; a liquid pump for moving the liquid from the liquid container to a mixing chamber located downstream of the liquid pump and upstream of a first outlet, wherein the mixing chamber receives a liquid from the liquid pump and air from an air source and mixes the liquid and air to form a mixture that is dispensed at the first outlet in the form of a foam; a grit container for holding grit, characterized by: an air pump; a first passageway extending from the air pump to the grit container; a second passageway extending from the grit container to a second outlet; and an actuator for actuating the liquid pump and the air pump; wherein the air pump causes air to flow through the first passageway into the grit container and causes at least some grit to flow through the second passageway and out of the second outlet. an air pump; a first passageway extending from the air pump to the grit container; a second passageway extending from the grit container to a second outlet; and an actuator for actuating the liquid pump and the air pump; wherein the air pump causes air to flow through the first passageway into the grit container and causes at least some grit to flow through the second passageway and out of the second outlet.
An eccentric assembly for a vibration compacting machine, the eccentric assembly comprising: a housing driven and rotated by a motor; characterized in that the eccentric assembly comprises: an eccentric shaft installed in the housing so as to have a changeable angular position by rotating relative to the housing; a locking device adopted to lock the eccentric shaft by engaging with one side of the eccentric shaft, and to unlock the eccentric shaft when a rotational speed of the housing is greater than a predetermined locking critical speed ω1; a clamping device adopted to clamp an opposite side of the one side of the eccentric shaft that engages with the locking device, and to release clamping to the eccentric shaft when a rotational speed of the housing is greater than a predetermined clamping critical speed ωc; and a stopper installed in the housing so as to limit a rotation angle of the eccentric shaft generated when locking and clamping to the eccentric shaft are released. an eccentric shaft installed in the housing so as to have a changeable angular position by rotating relative to the housing; a locking device adopted to lock the eccentric shaft by engaging with one side of the eccentric shaft, and to unlock the eccentric shaft when a rotational speed of the housing is greater than a predetermined locking critical speed ω1; a clamping device adopted to clamp an opposite side of the one side of the eccentric shaft that engages with the locking device, and to release clamping to the eccentric shaft when a rotational speed of the housing is greater than a predetermined clamping critical speed ωc; and a stopper installed in the housing so as to limit a rotation angle of the eccentric shaft generated when locking and clamping to the eccentric shaft are released.
A bicycle pedal adapted for use with a plurality of different shoe cleats each having a respective and different cleat configuration, the bicycle pedal comprising: a front hook adapted to be engageable with a first portion of a shoe cleat; a cleat contact surface coupled to the front hook and adapted to be engageable with a second portion of the shoe cleat; and a rear hook coupled to the cleat contact surface and adapted to be engageable with a third portion of the shoe cleat; the front hook, cleat contact surface, and rear hook defining an engagement configuration complimentary to the cleat configuration; the front hook, cleat contact surface, and rear hook being configured such that the engagement configuration is selectively adjustable to conform to the cleat configuration. a front hook adapted to be engageable with a first portion of a shoe cleat; a cleat contact surface coupled to the front hook and adapted to be engageable with a second portion of the shoe cleat; and a rear hook coupled to the cleat contact surface and adapted to be engageable with a third portion of the shoe cleat; the front hook, cleat contact surface, and rear hook defining an engagement configuration complimentary to the cleat configuration; the front hook, cleat contact surface, and rear hook being configured such that the engagement configuration is selectively adjustable to conform to the cleat configuration.