mhurhangee/ep-ind-claims huggingface dataset:
Agricultural work machine with at least one first axle and one second axle, several ground-engaging means arranged on the axles (12,14), wherein the ground-engaging means are formed at least partly driveable by a drive motor and at least partly steerable, in particular by means of a stub axle steering system, at least one steering angle sensor arranged on a steerable ground-engaging means for detecting a set steering angle (δ th) of the allocated ground-engaging means, and at least one steering brake for the selective braking of one or more, in particular driveable, ground-engaging means of an axle (12, 14) for assisted steering, wherein a control device is provided for controlling and regulating at least the steering brake, characterized in that the control device is formed such that both a steering angle (5 th,tat) and a slip angle (a) or just a slip angle (a) of at least one steerable ground-engaging means are determined, and the steering brake is controlled and regulated as a function of both the steering angle (5 th,tat) and the slip angle (a) or just the slip angle (a).
A method for encoding real-time media for wireless transmission from a source device to a sink device over a wireless transmission channel, the method characterized in that the wireless transmission channel is configured for wireless peer-to-peer communication, and that the method comprises: determining an available bandwidth (BW a) between the source device and the sink device for the wireless transmission based on a time-allocation of the source device for wireless transmission defined by a Notice-of-Absence schedule, said Notice-of-Absence schedule defining absence periods where the wireless transmission between the source device and the sink device is suspended; and encoding (810, 832, 842) the real-time media for the wireless transmission by comparing the available bandwidth (BW a) between the source device and the sink device with a throughput constraint (Thpt HW) for the wireless transmission. determining an available bandwidth (BW a) between the source device and the sink device for the wireless transmission based on a time-allocation of the source device for wireless transmission defined by a Notice-of-Absence schedule, said Notice-of-Absence schedule defining absence periods where the wireless transmission between the source device and the sink device is suspended; and encoding (810, 832, 842) the real-time media for the wireless transmission by comparing the available bandwidth (BW a) between the source device and the sink device with a throughput constraint (Thpt HW) for the wireless transmission.
A handgrip device, comprising: a palm rest operable to engage with a palm of a user; a grip bar pivotally coupled with the palm rest, the grip bar operable to engage with one or more fingers of a user; one or more force transducers disposed between the palm rest and the grip bar, the one or more force transducers operable to measure a compression rate and the return rate of the grip bar relative to the palm rest in response to the grip bar rotating relative to the palm rest; a position sensor coupled with the palm rest and the grip bar, the position sensor operable to determine a position of the grip bar relative to the palm rest; and a data connection operable to communicate the compression rate, the return rate and the position of the grip bar relative to the palm rest. a palm rest operable to engage with a palm of a user; a grip bar pivotally coupled with the palm rest, the grip bar operable to engage with one or more fingers of a user; one or more force transducers disposed between the palm rest and the grip bar, the one or more force transducers operable to measure a compression rate and the return rate of the grip bar relative to the palm rest in response to the grip bar rotating relative to the palm rest; a position sensor coupled with the palm rest and the grip bar, the position sensor operable to determine a position of the grip bar relative to the palm rest; and a data connection operable to communicate the compression rate, the return rate and the position of the grip bar relative to the palm rest.
Lock cylinder - key system, having a cylinder housing in which a cylinder core is rotatably mounted, which cylinder core for its part has a keyway accommodating an insertable key provided with a profiling of the lateral face, cooperating tumblers which consist of core pin and housing pin being provided in the cylinder core and in the cylinder housing, which tumblers sense the mechanical coding of the key and given appropriate coding allow a rotation of the cylinder core and thus enable a closing operation, characterised in that the keyway has a profiling corresponding to one of the lateral profilings of the key, in that the lateral profiling of the keyway has a clearance, into which projects a ball (6,7) spring-mounted in the key, in that the last core pin in the cylinder core has a groove or cutout, with which a finger pin rotatably mounted in the cylinder core is engageable to maintain the core pin in its locking position, the finger pin being rotatable and disengageable from the groove of the core pin by the ball on insertion of the key.
First scissor element for a scissor mechanism (Sa, Sb) for a seal having a lowerable sealing strip (13, 14), wherein the scissor mechanism (Sa, Sb) has a first scissor element (6a, 6b) and a second scissor element (7a, 7b) swivel-mounted on each other, wherein the first scissor element (6a, 6b) has a first section and a second section, wherein the first scissor element (6a, 6b) has a bearing for the second scissor element (7a, 7b) between the two sections (61, 62) of the first scissor element (6a, 6b), characterised in that the first section forms a frame with an opening which can be used for guiding the first section, and in that the second section is a rod or is rod-shaped. the first section forms a frame with an opening which can be used for guiding the first section, and in that the second section is a rod or is rod-shaped.
An agricultural implement comprising hydraulic circuitry comprising hydraulic components (40, 42) and hydraulic connection means for connecting said hydraulic circuitry to an operator-adjustable source of pressurised hydraulic fluid on an agricultural vehicle, said hydraulic circuitry further comprising indicator means for indicating to the operator whether the flow rate of said hydraulic fluid reaches a predetermined minimum flow rate value sufficient for the adequate operation of said hydraulic components (40, 42), characterised in that said components comprise a continuously driven component during its operation and an intermittently used actuator.
Shutter device for an article dispensing system, comprising a cabinet, with compartments, boxes or drawers for articles to be dispensed, two shutters (6, 8; 10, 12) coupled to each other for the front area of the cabinet and opening means for the shutters for article dispensing, characterized in that the shutters (6, 8; 10, 12) are dimensioned and arranged in their length such that their closing edges (18, 20) are located in the front region of the cabinet and their other end edges are arranged in the closed position of the blinds at a vertical distance from one another which is at least the dimension of the greatest compartment height, positioning means are provided for moving the closed shutters (10, 12) with the closing edges (18, 20) in front of a selected compartment with articles to be dispensed, and opening/closing means are provided for moving apart the closing edges (18, 20) of the shutters (10, 12) moved in front of a selected compartment for opening the compartment, wherein the shutters (10, 12) are moved towards each other again after article dispensing.
Aircraft having a fuel cell device that can be operated using hydrogen from a hydrogen tank and also using oxygen that is drawn from the surrounding air, moreover said aircraft having a superconductive magnetic energy storage unit (SMES unit) that is arranged together with the hydrogen tank in a cryogenic container, wherein the cryogenic container does not comprise an active cooling system or a liquid hydrogen-producing device, characterised in that the cryogenic container comprises a volume for receiving a maximum of 40 kg of liquid hydrogen.
A surgical device, comprising: a suction shaft having an inner passageway extending therethrough between proximal and distal ends (10p, 10d) thereof, the suction shaft being configured to couple to a vacuum source to apply suction through the inner passageway; and a cutting assembly comprising an outer shaft having an inner passageway extending therethrough between proximal and distal ends (20p, 20d) thereof, the outer shaft having a window formed through a sidewall thereof adjacent to the distal end, and an inner shaft having a cutting element at a distal end thereof, the inner shaft being slidably disposed within the outer shaft such that the cutting element is movable relative to the window to allow tissue extending through the window and into the inner passageway of the outer shaft to be cut by the cutting element; and wherein the distal end of the outer shaft is configured to mate with the distal end of the suction shaft such that, when suction is applied through the passageway in the suction shaft, tissue cut by the cutting element is suctioned out of the distal end of the outer shaft in a distal direction and is suctioned into the distal end of the suction shaft and can flow in a proximal direction through the inner passageway of the suction shaft. a suction shaft having an inner passageway extending therethrough between proximal and distal ends (10p, 10d) thereof, the suction shaft being configured to couple to a vacuum source to apply suction through the inner passageway; and a cutting assembly comprising an outer shaft having an inner passageway extending therethrough between proximal and distal ends (20p, 20d) thereof, the outer shaft having a window formed through a sidewall thereof adjacent to the distal end, and an inner shaft having a cutting element at a distal end thereof, the inner shaft being slidably disposed within the outer shaft such that the cutting element is movable relative to the window to allow tissue extending through the window and into the inner passageway of the outer shaft to be cut by the cutting element; and an outer shaft having an inner passageway extending therethrough between proximal and distal ends (20p, 20d) thereof, the outer shaft having a window formed through a sidewall thereof adjacent to the distal end, and an inner shaft having a cutting element at a distal end thereof, the inner shaft being slidably disposed within the outer shaft such that the cutting element is movable relative to the window to allow tissue extending through the window and into the inner passageway of the outer shaft to be cut by the cutting element; and
A method for saving power of User Equipment, UE (20, 1500), the method applying to UE (20, 1500) in an idle state or a deactivated state, and comprising: generating (101, 202, 302) second signaling by comprising, in first signaling, a signaling element, the signaling element being a cause value indicating that a request for establishing a Radio Resource Control, RRC, connection is sent for Discontinuous Reception, DRX, cycle update, the first signaling being RRC connection request signaling; sending (102, 203, 303) the second signaling to a base station (10, 1600); and receiving response signaling sent by the base station (10, 1600) based on the second signaling, the response signaling comprising an updated DRX cycle, characterized in that the second signaling comprises information indicating a desired DRX cycle and an effective term during which the updated DRX cycle is in effect. generating (101, 202, 302) second signaling by comprising, in first signaling, a signaling element, the signaling element being a cause value indicating that a request for establishing a Radio Resource Control, RRC, connection is sent for Discontinuous Reception, DRX, cycle update, the first signaling being RRC connection request signaling; sending (102, 203, 303) the second signaling to a base station (10, 1600); and receiving response signaling sent by the base station (10, 1600) based on the second signaling, the response signaling comprising an updated DRX cycle, characterized in that the second signaling comprises information indicating a desired DRX cycle and an effective term during which the updated DRX cycle is in effect.
A method of producing, from a target element, comprised in a target compound, a target element radioisotope, comprised in a target element radioisotope compound, wherein the method is performed in a a radiation therapy device that is adapted to produce an electron beam and wherein the radiation therapy device comprises a gamma radiation target adapted to be irradiated with said electron beam in order to produce gamma radiation; characterised in that the method comprises the following steps: - providing a module located in the path of the electron beam upstream of the gamma radiation target of the radiation therapy device, the module containing the target compound and a gamma radiation source element or compound; and wherein the target compound is in gaseous form and is contained in a target compound chamber defined by said module; - irradiating said gamma radiation source element or compound with the electron beam, thus causing the gamma radiation source element or compound to produce gamma radiation; said gamma radiation in turn irradiating the target compound, thereby producing the target element radioisotope, wherein the target element radioisotope is of different oxidation state than the target element and is comprised in a target element radioisotope compound that is different from the target compound and that is separable from the target compound by a physical and/or chemical separation method. - providing a module located in the path of the electron beam upstream of the gamma radiation target of the radiation therapy device, the module containing the target compound and a gamma radiation source element or compound; and wherein the target compound is in gaseous form and is contained in a target compound chamber defined by said module; - irradiating said gamma radiation source element or compound with the electron beam, thus causing the gamma radiation source element or compound to produce gamma radiation;
An electrical generator inspection system for detecting insulation breakdown axially between two or more adjacent laminates of a generator stator core characterised in comprising: a curved track generally shaped to conform to at least a portion of the longitudinal axial profile of the generator; a carriage that rides along and is supported by the track between the track and the generator stator core; an electromagnetic detector for identifying eddy currents flowing between laminates, said electromagnetic detector being supported by said carriage between the carriage and the generator stator core; and drive means for remotely moving the carriage along the track. a curved track generally shaped to conform to at least a portion of the longitudinal axial profile of the generator; a carriage that rides along and is supported by the track between the track and the generator stator core; an electromagnetic detector for identifying eddy currents flowing between laminates, said electromagnetic detector being supported by said carriage between the carriage and the generator stator core; and drive means for remotely moving the carriage along the track.
A method for generating a debug message (80, 82), the method comprising: receiving a translated address and an untranslated address associated with a same processor operation; determining a value of one or more control indicators; based on the value of the one or more control indicators, selecting the translated address or the untranslated address as a selected address; and creating a debug message (80, 82) using at least a portion of the selected address, characterized in that, the one or more control indicators comprises a first control indicator that indicates whether translated addresses or untranslated addresses are used for creating a program trace debug message (80, 82) and a second control indicator that indicates whether translated addresses or untranslated addresses are used for creating a data trace debug message (80, 82). receiving a translated address and an untranslated address associated with a same processor operation; determining a value of one or more control indicators; based on the value of the one or more control indicators, selecting the translated address or the untranslated address as a selected address; and creating a debug message (80, 82) using at least a portion of the selected address, characterized in that, the one or more control indicators comprises a first control indicator that indicates whether translated addresses or untranslated addresses are used for creating a program trace debug message (80, 82) and a second control indicator that indicates whether translated addresses or untranslated addresses are used for creating a data trace debug message (80, 82).
Extrusion apparatus intended for manufacturing a continuous strip of profiled product, comprising a screw that is set in rotation in a fixed barrel having a feed inlet for elastomer mixture and an outlet provided with an extrusion nozzle which discharges into the nip formed between a first rotary roll and a second rotary roll that are made to rotate in opposite directions, the apparatus having first means for rotating the first roll and first control means that are able to synchronize the speed of rotation (Ω r1) of the first roll and the speed of rotation (Ω vis) of the screw, and second means for rotating the second roll that are able to rotate the latter at a speed of rotation (Ω r2) that is different from the speed of rotation of the first roll (Ω r1), characterized in that said first control means are connected to the means for driving the screw in order to regulate the speed of rotation of the screw depending on the width of the strip of profiled product, and in that it comprises second control means connected to said second means for rotating in order to regulate the speed of rotation (Ω r2) of the second roll depending on the thickness of said strip.
A non-evaporable getter coated component comprising a non-evaporable getter material layer with a total storage capacity of carbon atoms, nitrogen atoms and oxygen atoms of 9 mol% or less and/or a noble metal layer with a total storage capacity of carbon atoms, nitrogen atoms and oxygen atoms of 12 mol% or less, wherein a performance of pumping residual gas is demonstrated by heating at an activation temperature of 185 °C or less under low pressure.
A crystalline polymorph comprising a compound of Formula I: characterized by a powder x-ray diffraction pattern with at least peaks at diffraction angles 2θ of 7.7°, 15.0°, and 18.8° ± 0.2.
Method for purifying a organically contaminated raw gas stream containing water vapor, wherein the method comprises the following: - feeding the raw gas stream to a reforming region in which the contaminants in the raw gas stream react chemically with the water vapor in the raw gas stream, as a result of which a reformed raw gas stream which contains oxidizable and/or organic gas substances is obtained; - feeding the reformed raw gas stream and an oxidizing agent stream to an oxidation region in which the oxidizable and/or organic gas substances of the reformed raw gas stream react chemically with the oxidizing agent of the oxidizing agent stream, as a result of which a purified gas stream is obtained, wherein the purification device comprises a plurality of flow chambers, a raw gas feed line and a control device, wherein the purification device is switched to different operating modes by means of the control device, wherein in a first purification mode: the raw gas stream is fed to at least a first of the flow chambers by means of the raw gas feed line and the purified gas stream is discharged from at least a second of the flow chambers by means of a purified gas discharge line; and wherein in a second purification mode: the raw gas stream is fed to the at least one second flow chamber by means of the raw gas feed line and the purified gas stream is discharged from the at least one first flow chamber by means of the purified gas discharge line. - feeding the raw gas stream to a reforming region in which the contaminants in the raw gas stream react chemically with the water vapor in the raw gas stream, as a result of which a reformed raw gas stream which contains oxidizable and/or organic gas substances is obtained; - feeding the reformed raw gas stream and an oxidizing agent stream to an oxidation region in which the oxidizable and/or organic gas substances of the reformed raw gas stream react chemically with the oxidizing agent of the oxidizing agent stream, as a result of which a purified gas stream is obtained, wherein the purification device comprises a plurality of flow chambers, a raw gas feed line and a control device, wherein the purification device is switched to different operating modes by means of the control device, wherein in a first purification mode: the raw gas stream is fed to at least a first of the flow chambers by means of the raw gas feed line and the purified gas stream is discharged from at least a second of the flow chambers by means of a purified gas discharge line; and wherein in a second purification mode: the raw gas stream is fed to the at least one second flow chamber by means of the raw gas feed line and the purified gas stream is discharged from the at least one first flow chamber by means of the purified gas discharge line.
A hub configured for selective wireless communication over any channel of a plurality of wireless communication channels, the hub being configured to: transmit a response request, the response request comprising a request for at least one or any device receiving and processing at least part of the response request to transmit a response over a listening period; during the listening period, listen to each channel of the plurality of channels; and determine an activity characteristic for each channel based, at least in part, on activity received by the hub on the respective channel during the listening period transmit a response request, the response request comprising a request for at least one or any device receiving and processing at least part of the response request to transmit a response over a listening period; during the listening period, listen to each channel of the plurality of channels; and determine an activity characteristic for each channel based, at least in part, on activity received by the hub on the respective channel during the listening period