mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising a plurality of pixel sensors (60, 60b) connected to a bit line, each pixel sensor comprising a first photodetector comprising: a photodiode; a floating diffusion node characterized by a parasitic photodiode and parasitic capacitance; an amplifier that amplifies a voltage on said floating diffusion node to produce a signal on an amplifier output; a bit line gate that connects said amplifier output to said bit line in response to a row select signal; a voltage dividing capacitor having a first terminal connected to said floating diffusion node and a second terminal connected to a drive source that switches a voltage on said second terminal between a drive potential different from ground and ground in response to a drive control signal; a reset gate that connects said floating diffusion node to a first reset voltage source in response to a reset signal; a first transfer gate that connects said photodiode to said floating diffusion node in response to a first transfer signal; and a parasitic capacitor for providing the parasitic capacitance to the floating diffusion node, the parasitic capacitor having a first terminal connected to said floating diffusion node, and a second terminal connected to ground; wherein said amplifier comprises a source follower having a gate connected to said floating diffusion node; and wherein said source follower has a drain terminal and wherein said apparatus is characterized by further comprising a switching circuit that switches said drain terminal from a power rail to ground when said second terminal of said voltage dividing capacitor is at ground a photodiode; a floating diffusion node characterized by a parasitic photodiode and parasitic capacitance; an amplifier that amplifies a voltage on said floating diffusion node to produce a signal on an amplifier output; a bit line gate that connects said amplifier output to said bit line in response to a row select signal; a voltage dividing capacitor having a first terminal connected to said floating diffusion node and a second terminal connected to a drive source that switches a voltage on said second terminal between a drive potential different from ground and ground in response to a drive control signal; a reset gate that connects said floating diffusion node to a first reset voltage source in response to a reset signal; a first transfer gate that connects said photodiode to said floating diffusion node in response to a first transfer signal; and a parasitic capacitor for providing the parasitic capacitance to the floating diffusion node, the parasitic capacitor having a first terminal connected to said floating diffusion node, and a second terminal connected to ground; wherein said amplifier comprises a source follower having a gate connected to said floating diffusion node; and wherein said source follower has a drain terminal and wherein said apparatus is characterized by further comprising a switching circuit that switches said drain terminal from a power rail to ground when said second terminal of said voltage dividing capacitor is at ground
A pedal assembly module comprising: a forward pedal; a backward pedal; a first shaft supporting the forward pedal and the backward pedal; a brake pedal; a second shaft supporting the brake pedal; and a frame box supporting the first shaft and the second shaft, characterized in that the pedal assembly module further comprises: a roller attached to any one of the forward pedal and the backward pedal; and a link plate attached to the other of the forward pedal and the backward pedal; wherein by movement of the roller along curved surface of the link plate, the backward pedal is pushed out when the forward pedal is depressed and the forward pedal is pushed out when the backward pedal is depressed. a forward pedal; a backward pedal; a first shaft supporting the forward pedal and the backward pedal; a brake pedal; a second shaft supporting the brake pedal; and a frame box supporting the first shaft and the second shaft, characterized in that the pedal assembly module further comprises: a roller attached to any one of the forward pedal and the backward pedal; and a link plate attached to the other of the forward pedal and the backward pedal; a roller attached to any one of the forward pedal and the backward pedal; and a link plate attached to the other of the forward pedal and the backward pedal; wherein by movement of the roller along curved surface of the link plate, the backward pedal is pushed out when the forward pedal is depressed and the forward pedal is pushed out when the backward pedal is depressed.
A method for classifying a used secondary battery having been already used into stages of a usable period thereof, the stages including an initial stage of a usable period, a middle stage of the usable period, and an ending stage of the usable period, wherein the initial stage of the usable period is when the battery resistance is gradually reduced and an initial-stage high-resistance period having a battery resistance higher than a preset period threshold appears, the middle stage of the usable period is when a middle-stage low-resistance period having a battery resistance lower than the preset period threshold appears, and the ending stage of the usable period when the battery resistance is gradually raised and an ending-stage high-resistance period having a battery resistance higher than the preset period threshold appears, the method comprising the steps of a resistance measuring step of measuring the battery resistance of the used secondary battery; a resistance distinguishing step of distinguishing whether the battery resistance of the used secondary battery is high or low as compared with the preset period threshold identifying whether the used secondary battery is present in one of the initial-stage high-resistance period or ending-stage high-resistance period and the middle-stage low-resistance period; and a period distinguishing step of distinguishing whether the used secondary battery having the higher battery resistance than the preset period threshold belongs to the initial-stage high-resistance period or the ending-stage high-resistance period based on history information about use of the used secondary battery.
Bearing arrangement for a component to be mounted so as to rotate about an axis, such as a cylinder, roll, drum or shaft, comprising at least one antifriction bearing which is received in a bearing housing which is mounted movably in an arrangement housing such that it can be moved in a linear manner via at least one linear guide, and comprising an actuating device for bringing about a linear adjusting movement of the bearing housing perpendicularly with respect to the axis between a rest position and an operating position, characterized in that the actuating device comprises at least one prestressed spring element (5, 6) which presses the bearing housing into the operating position, and at least one hydraulic or pneumatic device for generating a restoring force which operates counter to the spring element (5, 6) in order to move the bearing housing into the rest position.
A wind power installation comprising a pylon and an entry in the pylon and an internal space in the pylon interior of the wind power installation, in which electrical or electronic components of the wind power installation are disposed, characterised in that provided between the entry of the wind power installation and the internal space in which the electronic components are disposed is a lock (101a, 104, 108) which prevents water that enters through the entry and/or salt-bearing or moist air which enters when the entry is opened from passing into the internal space of the installation, wherein the lock has a drain through which water which passes into the lock can drain away.
An article comprising a multi-directional textile of first reinforcing fiber tows extending in a first direction and second reinforcing fiber tows extending in a second direction, wherein portions of filaments in the first fiber tows extend past a boundary of the textile and are spread, and the tows are embedded in resin, and wherein each tow includes a number of rows of bundled filaments, wherein the spread filaments are in a lesser number of rows, and wherein ends of the spread filaments have in-plane waviness.
A power cutting tool comprising a housing; a motor accommodated in the housing; a cutting assembly being operational in a trimming mode or in an edging mode, and being driven by the motor to rotate around a first axis; a handle assembly; an elongated shaft connecting the cutting assembly and the handle assembly; a guard mounted to the cutting assembly; and a wheel assembly comprising a wheel, the wheel assembly being optionally mounted at least a first mounting position and a second mounting position, the central axis of the wheel being substantially perpendicular to the first axis when the wheel assembly is mounted at the first mounting position and being substantially parallel to the first axis when the wheel assembly is mounted at the second mounting position, characterised in that the wheel assembly further comprises a bracket (42, 44) for supporting the wheel, and the power cutting tool further comprises at least a first mounting base associated with the first mounting position and a second mounting base associated with the second mounting position, the bracket of the wheel assembly being optionally mounted to the first or second mounting base.
Modular framework for shelving, comprising: - at least one supporting frame of at least one shelving; - movement means (26, 48) of said supporting frame for moving it forward/backward on guide means defining a direction of movement; - actuating means (40, 41) of said movement means (26, 48) which are associated with said supporting frame; - motion transmission means (42, 43, 44) for transmitting motion from said actuating means (40, 41) to said movement means (26, 48), and associated with said supporting frame; wherein said motion transmission means (42, 43, 44) comprise at least one driving gear wheel associated with said actuating means (40, 41) and at least one driven gear wheel cooperating with said driving gear wheel and associated with said movement means (26, 48); wherein said motion transmission means (42, 43, 44) comprise at least one auxiliary gear wheel interposed between said driving gear wheel and said driven gear wheel; wherein said motion transmission means (42, 43, 44) comprise a plurality of said auxiliary gear wheels vertically aligned with each other, characterized in that said auxiliary gear wheels are suitably spaced away from each other and rotating, respectively, around substantially parallel axes of rotation so as to mesh with each other. - at least one supporting frame of at least one shelving; - movement means (26, 48) of said supporting frame for moving it forward/backward on guide means defining a direction of movement; - actuating means (40, 41) of said movement means (26, 48) which are associated with said supporting frame; - motion transmission means (42, 43, 44) for transmitting motion from said actuating means (40, 41) to said movement means (26, 48), and associated with said supporting frame; wherein said motion transmission means (42, 43, 44) comprise at least one driving gear wheel associated with said actuating means (40, 41) and at least one driven gear wheel cooperating with said driving gear wheel and associated with said movement means (26, 48); wherein said motion transmission means (42, 43, 44) comprise at least one auxiliary gear wheel interposed between said driving gear wheel and said driven gear wheel; wherein said motion transmission means (42, 43, 44) comprise a plurality of said auxiliary gear wheels vertically aligned with each other, characterized in that said auxiliary gear wheels are suitably spaced away from each other and rotating, respectively, around substantially parallel axes of rotation so as to mesh with each other.
Counter-die cylinder blanket of die cutting machine comprising: - a band of soft plastic material designed to completely surround the counter-die cylinder, provided with a key housed, and - an insert of stiffening material housed in the key, comprising a body of essentially prismatic configuration, provided with a front end, a rear end, a top face, a bottom face and side faces, characterized in that the insert additionally comprises separating protuberances which extend from the bottom face and/or the top face of the body of the insert. - a band of soft plastic material designed to completely surround the counter-die cylinder, provided with a key housed, and - an insert of stiffening material housed in the key, comprising a body of essentially prismatic configuration, provided with a front end, a rear end, a top face, a bottom face and side faces,
A windscreen wiper drive or motor for use in vehicles, having at least one electronic system, accommodated inside a gear, having a circuit board or PCB, the at least one electronic system being retained on the inside of a housing section which is a cover of a gear housing by at least one centring and locking pin protruding from an internal surface of the housing section, the gear housing is dish-like or bowl-like and designed to receive a worm wheel, characterised in that the at least one electronic system, with the use of the at least one centring and locking pin reaching through a centring and fixing opening is maintained centred in the interior of the gear, the at least one centring and locking pin is designed in the manner of a clip or catch pin for engagement of the PCB on this pin, the respective centring and locking pin being manufactured in one piece with the gear housing section, in the housing cover, wherein the cover is manufactured in one piece as a moulding from plastic, the at least one centring and locking pin presents several subsections (17.1, 17.2, 17.3) adjacent to each other in the direction of the pin axis, with a subsection (17.1) adjacent to a base of the pin, a subsection (17.2) following the subsection (17.1) and a subsection (17.3) following the subsection (17.2), and two undercuts acting as catches, formed at the transition between the subsection (17.2) and the subsection (17.3), on the convexly curved circumferential sides of these subsections (17.2, 17.3), - the at least one centring and locking pin forms two axial contact surfaces for the PCB at the transition between the subsection (17.1) and the subsection (17.2). - the at least one centring and locking pin forms two axial contact surfaces for the PCB at the transition between the subsection (17.1) and the subsection (17.2).
A neutron source comprising an enclosure containing a central ampoule placed coaxially inside the enclosure; wherein antimony is contained in the central ampoule wherein beryllium is located between the central ampoule and the enclosure; wherein the central ampoule is made of an alloy that does not react with the antimony during the process of antimony filling and operation of the neutron source; wherein the central ampoule is made of a niobium-based alloy; wherein the beryllium located between the central ampoule and the enclosure is beryllium powder with particle size of 60-200 μm, the beryllium powder forming a beryllium powder bed and the porosity of the beryllium powder bed is 45%. a central ampoule placed coaxially inside the enclosure; wherein antimony is contained in the central ampoule wherein beryllium is located between the central ampoule and the enclosure; wherein the central ampoule is made of an alloy that does not react with the antimony during the process of antimony filling and operation of the neutron source; wherein the central ampoule is made of a niobium-based alloy; wherein the beryllium located between the central ampoule and the enclosure is beryllium powder with particle size of 60-200 μm, the beryllium powder forming a beryllium powder bed and the porosity of the beryllium powder bed is 45%.
An adaptive signal processing system for improving a quality of a signal, comprising: a first weighted-overlap-add (WOLA) analysis filterbank (404,405, 704, 705, 806, 812, 1010, 1020, 1130) for receiving a primary information signal in the time domain and transforming the primary information signal into a plurality of oversampled sub-band primary complex signals in the frequency domain; a second WOLA analysis filterbank (404,405, 704, 705, 806, 812, 1010, 1020, 1130) for receiving a reference signal in the time domain and transforming the reference signal into a plurality of oversampled sub-band reference complex signals numerically equal to the number of primary signal sub-bands; a plurality of sub-band processing circuits (210, 810, 1030, 1140) for processing the oversampled sub-band complex signals to improve a quality of an output signal, each including a complex adaptive filter (304,430,630, 710, 912, 1216, 1217, 1218) for performing adaptive filtering and a feedback circuit, each complex adaptive filter having adjustable parameters, each feedback circuit including an adaptation circuit for adjusting the adjustable parameters and an emphasis filter (606, 607) for improving convergence of the adaptation circuit; and a WOLA synthesis filterbank (420, 730, 808, 1040, 1150) for combining the outputs of the sub-band processing circuits to generate the output signal in the time domain. a first weighted-overlap-add (WOLA) analysis filterbank (404,405, 704, 705, 806, 812, 1010, 1020, 1130) for receiving a primary information signal in the time domain and transforming the primary information signal into a plurality of oversampled sub-band primary complex signals in the frequency domain; a second WOLA analysis filterbank (404,405, 704, 705, 806, 812, 1010, 1020, 1130) for receiving a reference signal in the time domain and transforming the reference signal into a plurality of oversampled sub-band reference complex signals numerically equal to the number of primary signal sub-bands; a plurality of sub-band processing circuits (210, 810, 1030, 1140) for processing the oversampled sub-band complex signals to improve a quality of an output signal, each including a complex adaptive filter (304,430,630, 710, 912, 1216, 1217, 1218) for performing adaptive filtering and a feedback circuit, each complex adaptive filter having adjustable parameters, each feedback circuit including an adaptation circuit for adjusting the adjustable parameters and an emphasis filter (606, 607) for improving convergence of the adaptation circuit; and a WOLA synthesis filterbank (420, 730, 808, 1040, 1150) for combining the outputs of the sub-band processing circuits to generate the output signal in the time domain.
A regulating valve (70, 78) for a reservoir (60, 76) of a hydraulic working machine, in particular for regulating the fill level in an elevated tank of a hydraulic press, wherein the regulating valve (70, 78) is designed as a seat valve and comprises a valve tappet having a shaft and a plate, wherein the valve tappet with the plate is displaceable between a release position and a blocking position, wherein in the blocking position the plate rests against a blocking contour, wherein the regulating valve (70, 78) is hydraulically activatable, wherein the plate of the valve tappet faces a valve inlet, wherein in the blocking position the plate rests against the blocking contour on its side that faces away from the valve inlet, wherein in the release position the plate is lifted from the blocking contour in the direction towards the valve inlet, wherein the regulating valve (70, 78) is arranged as an angled seat valve, wherein the plate is inclined with respect to the flow direction, wherein the shaft is inclined by 30° to 60° with respect to the flow direction, wherein in the release position a flow through the regulating valve present that is axial and radial, and wherein in the release position the plate is lifted from the blocking contour opposite to the direction of flow of the fluid, characterized in that the regulating valve (70, 78) has a cartridge design and is insertable into a housing of a valve block, and in that on the cartridge housing there is provided the blocking contour, against which in the blocking position the plate of the valve tappet comes into sealing contact.
A plant for handling live poultry in a slaughterhouse, wherein the poultry is sent to the slaughterhouse inside transport units that include two piles set side by side of drawer-type cages arranged on top of one another carried by supporting frames in such a way that they can be slid in and slid out, the plant comprising an input station for input of said transport units, which is equipped with means for extraction of the drawer-type cages from the corresponding supporting frames, at least one line for transfer (6, 7) of the drawer-type cages through a poultry-stunning station and a poultry-pick-up station for picking up the poultry from the drawer-type cages, as far as an output station where said drawer-type cages are slid back into the condition where they are arranged on top of one another within said supporting frames to form again said transport units, said plant being characterized in that said extraction means are configured for simultaneously extracting from each supporting frame all the drawer-type cages of both of the piles.
A register file circuit comprising: a memory cell coupled to a virtual supply voltage and a write word line; a first header PFET having a gate, a source, and a drain, wherein the first header PFET source is coupled to a system supply voltage, the first header PFET gate is coupled to an output signal of a driver circuit to receive a write signal, and the first header PFET drain is coupled to the virtual supply voltage; a first header NFET having a gate, a source, and a drain, wherein the first header NFET drain is coupled to the virtual supply voltage, the first header NFET gate is coupled to the output signal of the driver circuit to receive a write signal, and the first header NFET source is coupled to a ground; and a second header NFET having a gate, a source and a drain, wherein the second header NFET drain is coupled to the system supply voltage, the second header NFET gate is coupled to the output signal of the driver circuit to receive a write signal, and the second header NFET source is coupled to the virtual supply voltage. a memory cell coupled to a virtual supply voltage and a write word line; a first header PFET having a gate, a source, and a drain, wherein the first header PFET source is coupled to a system supply voltage, the first header PFET gate is coupled to an output signal of a driver circuit to receive a write signal, and the first header PFET drain is coupled to the virtual supply voltage; a first header NFET having a gate, a source, and a drain, wherein the first header NFET drain is coupled to the virtual supply voltage, the first header NFET gate is coupled to the output signal of the driver circuit to receive a write signal, and the first header NFET source is coupled to a ground; and a second header NFET having a gate, a source and a drain, wherein the second header NFET drain is coupled to the system supply voltage, the second header NFET gate is coupled to the output signal of the driver circuit to receive a write signal, and the second header NFET source is coupled to the virtual supply voltage.