mhurhangee/ep-ind-claims huggingface dataset:
A deskinning apparatus for a poultry leg or part of a poultry leg, comprising a conveyor with shackles from which the poultry leg or part of the poultry leg is suspendable by the ankles, and rollers (4', 4") below the conveyor defining a nip between the rollers (4', 4") that are rotatable with respect to each other in mutually opposite directions, which rollers (4', 4") are movable to engage, grip and draw the skin on the poultry leg or part of the poultry leg into said nip, and wherein the rollers are arranged to stop rolling after gripping the skin to hold the skin in said nip, and wherein the rollers are equipped to subsequently move away from the poultry leg so as to pull the skin loose from the poultry leg, characterized in that the rollers (4', 4") are configured to enable rotation in one direction only so that after the rollers (4', 4") have stopped rolling to hold the skin in said nip between the rollers (4', 4"), said rollers (4', 4") are blocked from rotating in a counter direction.
A method for managing a power supply unit (100, 110, 210) associated with a system board (120, 220), by a control circuit, wherein the method comprises the following steps of: routing a standby power port (211, 221) of the system board (120, 220) to a standby power port (211, 221) of the power supply unit (100, 110, 210); monitoring at least one electrical parameter for the standby power port (211, 221) of the system board (120, 220) by using a sensor; determining that the at least one electrical parameter meets a criterion; the method being characterised by further comprising the following steps of: transmitting an enable signal configured for enabling a main power port (213, 223) of the power supply unit (100, 110,210) and rerouting the standby power port (211, 221) of the system board (120, 220) to the main power port (213, 223) of the power supply unit (100, 110, 210) when the system board is not fully operational, in standby mode, in sleep mode, or is power off, in response to determining that the at least one electrical parameter meets the criterion, wherein the criterion is met if a power level consumed by the system board (120, 220) meets or exceeds a threshold power value, or the criterion is met if a current level consumed by the system board (120, 220) meets or exceeds a threshold current value. routing a standby power port (211, 221) of the system board (120, 220) to a standby power port (211, 221) of the power supply unit (100, 110, 210); monitoring at least one electrical parameter for the standby power port (211, 221) of the system board (120, 220) by using a sensor; determining that the at least one electrical parameter meets a criterion; the method being characterised by further comprising the following steps of: transmitting an enable signal configured for enabling a main power port (213, 223) of the power supply unit (100, 110,210) and rerouting the standby power port (211, 221) of the system board (120, 220) to the main power port (213, 223) of the power supply unit (100, 110, 210) when the system board is not fully operational, in standby mode, in sleep mode, or is power off, in response to determining that the at least one electrical parameter meets the criterion, wherein the criterion is met if a power level consumed by the system board (120, 220) meets or exceeds a threshold power value, or the criterion is met if a current level consumed by the system board (120, 220) meets or exceeds a threshold current value.
Composition in the form of an anhydrous multiphase gel system consisting of an outer lipid matrix and an inner phase gelled by means of a polymer, characterized in that the lipid phase contains lipids that are compatible with the skin, further characterized in that the polymers or polymer blends that can be swollen are swollen by means of swelling agents containing OH groups, further characterized in that the swelling agent additionally comprises carbonic acid diesters or mixtures of carbonic acid diesters, which phase can be obtained by a) melting the lipid phase with the formation of a liquid lipid phase, b) mixing and homogenizing polymers or polymer blends capable of swelling with the formation of a polymer phase to be dispersed which comprises swelling agents containing OH groups and additionally carbonic acid diesters or mixtures of carbonic acid diesters, c) combining the polymer phase with the liquid lipid phase and homogenizing the phases, and d) cold stirring the phase mixture until a solid gel-like mixed structure of the entire system is formed. a) melting the lipid phase with the formation of a liquid lipid phase, b) mixing and homogenizing polymers or polymer blends capable of swelling with the formation of a polymer phase to be dispersed which comprises swelling agents containing OH groups and additionally carbonic acid diesters or mixtures of carbonic acid diesters, c) combining the polymer phase with the liquid lipid phase and homogenizing the phases, and d) cold stirring the phase mixture until a solid gel-like mixed structure of the entire system is formed.
Composition for stabilization of polyethylene, characterized in that it consists from a first component selected from the group consisting of tocoferols, tocotrienols and mixtures thereof, and from a second component which is at least one tetracycline antibiotic, wherein the first component further contains tetraethylthiuramdisulfide in a mass ratio relative to total tocoferols and tocotrienols 1:3 to 1:1.
An electrically driven gerotor pump comprising: a pump housing in which a shaft is rotatably mounted and in which a gerotor, an inlet and an outlet are included; an electric drive with a motor stator and a motor rotor, which is connected to the shaft and which rotationally drives the gerotor; characterized in that the gerotor comprises a stationary outer gerotor element with internal teeth which is axially delimited by two chamber walls (13a, 13b), each chamber-forming root portion of the internal teeth having associated therewith a pressure valve communicating with the outlet; and an inner gerotor element with external teeth which is circumferentially guided and rotatably mounted on an eccentric portion of the shaft in the outer gerotor element so as to meshingly engage the internal teeth; wherein the pressure valves are formed by radial opening slots in the outer gerotor element which are covered with respect to an annular outlet chamber around the outer gerotor element by clasp-like bent sheet-metal parts with a turnaround section. a pump housing in which a shaft is rotatably mounted and in which a gerotor, an inlet and an outlet are included; an electric drive with a motor stator and a motor rotor, which is connected to the shaft and which rotationally drives the gerotor; characterized in that the gerotor comprises a stationary outer gerotor element with internal teeth which is axially delimited by two chamber walls (13a, 13b), each chamber-forming root portion of the internal teeth having associated therewith a pressure valve communicating with the outlet; and an inner gerotor element with external teeth which is circumferentially guided and rotatably mounted on an eccentric portion of the shaft in the outer gerotor element so as to meshingly engage the internal teeth; wherein the pressure valves are formed by radial opening slots in the outer gerotor element which are covered with respect to an annular outlet chamber around the outer gerotor element by clasp-like bent sheet-metal parts with a turnaround section.
Brake lining mount, in particular for a rail vehicle, having a lining carrier and at least one brake lining which is attached thereto, and a lining holder, wherein the lining carrier has a dovetail-shaped guide web which forms a positively locking connection with a dovetail-shaped groove of the lining holder in the mounted state, and wherein the connection can be locked by means of a closure, characterised in that the closure consists of a pin which is provided with a head and, in the mounted state, protrudes through the dovetail-shaped guide web of the lining carrier and the lining holder, and that the lining holder has a cylindrical projection on the side which faces away from the lining carrier, which projection is configured for receiving at least one spring split pin which secures the pin in the pushed-in state.
A method, for monitoring a vacuum on-load tap changer, wherein the tap changer comprises: - a housing filled with insulating fluid, - a diverter switch arranged inside of the housing and comprising at least one movable contact (MC, RC) and at least two vacuum interrupters comprising a main vacuum interrupter and a resistor vacuum interrupter for interrupting a current through the at least one movable contact, - at least one pressure sensor which measures the pressure in the housing, wherein the method comprises: - determining a pressure signature, including two succeeding peaks within a predetermined time interval, a first of the peaks corresponding to the main vacuum interrupter being open and a second of the peaks corresponding to the resistor vacuum interrupter being open, and where the maximum pressure does not exceed a predetermined level, - continuously measuring the pressure in the housing with the pressure sensor, for detecting opening and closing of the main vacuum interrupter and the resistor vacuum interrupter, wherein the pressure increases when a respective of the vacuum interrupters is opened and drops when it closes, - detecting when the measured pressure shows the pressure signature, - determining, based on the measured pressure within the pressure signature, the time between the first rise in pressure and the second drop, and - setting the determined time to represent the switch time of the diverter switch. - a housing filled with insulating fluid, - a diverter switch arranged inside of the housing and comprising at least one movable contact (MC, RC) and at least two vacuum interrupters comprising a main vacuum interrupter and a resistor vacuum interrupter for interrupting a current through the at least one movable contact, - at least one pressure sensor which measures the pressure in the housing, - determining a pressure signature, including two succeeding peaks within a predetermined time interval, a first of the peaks corresponding to the main vacuum interrupter being open and a second of the peaks corresponding to the resistor vacuum interrupter being open, and where the maximum pressure does not exceed a predetermined level, - continuously measuring the pressure in the housing with the pressure sensor, for detecting opening and closing of the main vacuum interrupter and the resistor vacuum interrupter, wherein the pressure increases when a respective of the vacuum interrupters is opened and drops when it closes, - detecting when the measured pressure shows the pressure signature, - determining, based on the measured pressure within the pressure signature, the time between the first rise in pressure and the second drop, and - setting the determined time to represent the switch time of the diverter switch.
A reception apparatus for wireless communication, comprising: reception means configured to receive an OFDM signal obtained by modulating a first frame configured so as to include packets of a common packet sequence configured from a packet common to a plurality of streams and a second frame configured so as to include packets of a data packet sequence configured from packets individually unique to the plural streams; acquisition means configured to acquire specification information for specifying a combination of a first frame and a second frame obtained by demodulating the received OFDM signal, wherein specification information is information for specifying frames which are in synchronism with each other; and detection means configured to detect a combination of a first frame and a second frame whose combination is specified based on the acquired specification information, and wherein the specification information includes information representative of numbers of first frames and second frames with respect to a predetermined frame which serves as a reference and information representative of a distance at which such common packet sequences are inserted in the first frame and information representative of a distance at which such data packet sequences are inserted in the second frame; and said detection means is configured to specify a first frame and a second frame which make a combination in accordance with the information representative of the numbers and the distances. reception means configured to receive an OFDM signal obtained by modulating a first frame configured so as to include packets of a common packet sequence configured from a packet common to a plurality of streams and a second frame configured so as to include packets of a data packet sequence configured from packets individually unique to the plural streams; acquisition means configured to acquire specification information for specifying a combination of a first frame and a second frame obtained by demodulating the received OFDM signal, wherein specification information is information for specifying frames which are in synchronism with each other; and detection means configured to detect a combination of a first frame and a second frame whose combination is specified based on the acquired specification information, and wherein the specification information includes information representative of numbers of first frames and second frames with respect to a predetermined frame which serves as a reference and information representative of a distance at which such common packet sequences are inserted in the first frame and information representative of a distance at which such data packet sequences are inserted in the second frame; and said detection means is configured to specify a first frame and a second frame which make a combination in accordance with the information representative of the numbers and the distances.
A method for guiding an autonomous vehicle, the method comprising: capturing a road region using a plurality of sensors (106; 602), wherein the road region corresponds to a road ahead of the autonomous vehicle captured as a three-dimensional point cloud; capturing a plurality of images of the road ahead of the autonomous vehicle using a camera; mapping the road region to the plurality of images, wherein the three-dimensional point cloud is mapped to a plurality of pixels within the plurality of images, and wherein mapping the road region to the plurality of images further comprises: converting rectangular coordinates of the three-dimensional point cloud to spherical coordinates; obtaining pixels per degree information from the plurality of pixels of the plurality of images; and comparing boundaries of the spherical coordinates with the pixels per degree information to obtain a free region in the plurality of images, wherein the free region is associated with the drivable region of the road; predicting a drivable region of the road based on the mapping and a training data, wherein the training data comprises dynamically updated information about the road; and controlling the autonomous vehicle based on the predicted drivable region of the road. capturing a road region using a plurality of sensors (106; 602), wherein the road region corresponds to a road ahead of the autonomous vehicle captured as a three-dimensional point cloud; capturing a plurality of images of the road ahead of the autonomous vehicle using a camera; mapping the road region to the plurality of images, wherein the three-dimensional point cloud is mapped to a plurality of pixels within the plurality of images, and wherein mapping the road region to the plurality of images further comprises: converting rectangular coordinates of the three-dimensional point cloud to spherical coordinates; obtaining pixels per degree information from the plurality of pixels of the plurality of images; and comparing boundaries of the spherical coordinates with the pixels per degree information to obtain a free region in the plurality of images, wherein the free region is associated with the drivable region of the road; converting rectangular coordinates of the three-dimensional point cloud to spherical coordinates; obtaining pixels per degree information from the plurality of pixels of the plurality of images; and comparing boundaries of the spherical coordinates with the pixels per degree information to obtain a free region in the plurality of images, wherein the free region is associated with the drivable region of the road; predicting a drivable region of the road based on the mapping and a training data, wherein the training data comprises dynamically updated information about the road; and controlling the autonomous vehicle based on the predicted drivable region of the road.
A traffic sign comprising a passively illuminated pixellated display matrix, the display matrix comprising: (a) an electropolymeric gating layer to gate incident light, the gating layer having an array of contiguous electrostatically actuated polymeric shutter elements, each shutter element defining a display pixel and the shutter elements being movable between open and closed positions in response to a drive signal and (b) retroreflective layer; wherein an open shutter permits incident light to be reflected from the retroreflective layer providing an open shutter appearance and a closed shutter presents a contrasting appearance to the viewer; characterized in that the retroreflective layer comprises light-reflective elements as transparent microspheres or prismatic sheeting, the light-reflective elements being capable of reflecting light from a road vehicle's headlights toward the viewer, when the display matrix is disposed adjacent a roadway to receive light from the road vehicle's headlights such that the light-reflective elements reflect light received in a non-perpendicular direction of incidence back in the direction of incidence, and wherein the gating layer comprises: i) a number of prestressed coiled rollouts formed of outwardly metallized flexible polymeric material; ii) a transparent dielectric layer having a viewer-facing surface contacted by the metallization of each rollout; and iii) a transparent electrode layer contacting the opposite surface of the dielectric layer; and in that one or more rollouts can be actuated to unroll across the dielectric layer and present a closed shutter appearance by application of a control voltage between the electrode layer and the rollout metallization, wherein the display matrix is computerized and programmable to selectively display desired images. (a) an electropolymeric gating layer to gate incident light, the gating layer having an array of contiguous electrostatically actuated polymeric shutter elements, each shutter element defining a display pixel and the shutter elements being movable between open and closed positions in response to a drive signal and (b) retroreflective layer; i) a number of prestressed coiled rollouts formed of outwardly metallized flexible polymeric material; ii) a transparent dielectric layer having a viewer-facing surface contacted by the metallization of each rollout; and iii) a transparent electrode layer contacting the opposite surface of the dielectric layer;
A preloaded test substrate for detecting a LAL-reactive substance, wherein at least a portion of said preloaded test substrate has been preloaded with a test reagent being: at least one LAL-reactive standard, or at least one detection reagent and at least one LAL-reactive standard; said test substrate being preloaded such that said test reagent is at least partially dry, physically immobilized on said test substrate; wherein said LAL-reactive standard is present in a plurality of concentrations and each concentration is present on a separate portion of said preloaded test substrate. at least one LAL-reactive standard, or at least one detection reagent and at least one LAL-reactive standard; said test substrate being preloaded such that said test reagent is at least partially dry, physically immobilized on said test substrate; wherein said LAL-reactive standard is present in a plurality of concentrations and each concentration is present on a separate portion of said preloaded test substrate.
A particle measuring apparatus, comprising: - a distributor unit arranged to provide a first partial flow and a second partial flow by separating the second partial flow from an input flow, - a particle collecting unit to collect particles from the first partial flow by using a first filter for determining the total mass of particles collected during a collection time period, - a flow sensor to monitor the flow rate (Q 1) of the first partial flow, - a particle monitoring unit to form charged particles by charging particles carried by the second partial flow, and to provide an electric current (I p (t)) by collecting the charged particles, and - a pump (PUMP2) to draw the second partial flow through the particle monitoring unit, a control unit for controlling operation of the apparatus, characterized in that the control unit is arranged to start the second partial flow based on the flow rate (Q 1) of the first partial flow. - a distributor unit arranged to provide a first partial flow and a second partial flow by separating the second partial flow from an input flow, - a particle collecting unit to collect particles from the first partial flow by using a first filter for determining the total mass of particles collected during a collection time period, - a flow sensor to monitor the flow rate (Q 1) of the first partial flow, - a particle monitoring unit to form charged particles by charging particles carried by the second partial flow, and to provide an electric current (I p (t)) by collecting the charged particles, and - a pump (PUMP2) to draw the second partial flow through the particle monitoring unit,
A battery (100, 200, 300, 400, 500), comprising: - a casing (101, 201, 301, 401, 501), - a positive and a negative terminal (102, 103, 202, 203, 302, 303, 402, 403, 502, 503), and - a first tape (104, 204, 304, 404, 504) having a first portion (105, 205, 305, 406, 505) attached to the casing (101, 201, 301, 401, 501) and a second portion (106, 206, 306, 407, 506) folded on the first portion (105, 205, 305, 406, 505), characterised in that the second portion (106, 206, 306, 407, 506) is adapted to be unfolded to cover at least one of the positive and negative terminals (102, 103, 202, 203, 302, 303, 402, 403, 502, 503). - a casing (101, 201, 301, 401, 501), - a positive and a negative terminal (102, 103, 202, 203, 302, 303, 402, 403, 502, 503), and - a first tape (104, 204, 304, 404, 504) having a first portion (105, 205, 305, 406, 505) attached to the casing (101, 201, 301, 401, 501) and a second portion (106, 206, 306, 407, 506) folded on the first portion (105, 205, 305, 406, 505),