mhurhangee/ep-ind-claims huggingface dataset:
A fluidic control system for a vehicle, the system comprising a controller and a fluidic circuit including: a pump having an inlet and an outlet for pressurising fluid in the circuit; valve means operatively connected to the controller and fluidly connected to the inlet and outlet of the pump; an actuator fluidly connected to the valve means for selectively receiving pressurised fluid therefrom; and a precharge accumulator fluidly connected between the valve means and the inlet of the pump, the precharge accumulator comprising: a movable member describing a variable volume fluidly connected to the valve means and the inlet of the pump; and a sensor for determining the position of the movable member; wherein the valve means comprises a high pressure inlet fluidly connected to an outlet of the pump and a low pressure outlet fluidly connected to an inlet of the pump such that the fluidic circuit is a pressurised closed circuit configured to operate at a non-zero pressure throughout the pressurised closed circuit; wherein the controller is configured to detect automatically, from a position of the movable member determined using the sensor, faults and/or leaks within the pressurised closed circuit by estimating the quantity of fluid within the circuit and/or by detecting an abnormal pressure variation within the pressurised closed circuit. a pump having an inlet and an outlet for pressurising fluid in the circuit; valve means operatively connected to the controller and fluidly connected to the inlet and outlet of the pump; an actuator fluidly connected to the valve means for selectively receiving pressurised fluid therefrom; and a precharge accumulator fluidly connected between the valve means and the inlet of the pump, the precharge accumulator comprising: a movable member describing a variable volume fluidly connected to the valve means and the inlet of the pump; and a sensor for determining the position of the movable member; wherein a movable member describing a variable volume fluidly connected to the valve means and the inlet of the pump; and a sensor for determining the position of the movable member; wherein the valve means comprises a high pressure inlet fluidly connected to an outlet of the pump and a low pressure outlet fluidly connected to an inlet of the pump such that the fluidic circuit is a pressurised closed circuit configured to operate at a non-zero pressure throughout the pressurised closed circuit; wherein the controller is configured to detect automatically, from a position of the movable member determined using the sensor, faults and/or leaks within the pressurised closed circuit by estimating the quantity of fluid within the circuit and/or by detecting an abnormal pressure variation within the pressurised closed circuit.
A top drive for well operations, the top drive comprising: a gearbox; a traction motor connected to the gearbox so that a motor shaft of the traction motor extends into the gearbox; a quill extending into the gearbox; a gear train (48, 49) positioned within the gearbox and mechanically connected between the traction motor shaft and the quill; and characterized in that the top drive comprises: a connector (31, 32, 33, 34) positioned in the gear train (48, 49), wherein in a coupled configuration the connector (31, 32, 33, 34) communicates torque through the gear train (48, 49), and wherein in a decoupled configuration the connector (31, 32, 33,34) does not communicate torque through the gear train (48, 49). a gearbox; a traction motor connected to the gearbox so that a motor shaft of the traction motor extends into the gearbox; a quill extending into the gearbox; a gear train (48, 49) positioned within the gearbox and mechanically connected between the traction motor shaft and the quill; and characterized in that the top drive comprises: a connector (31, 32, 33, 34) positioned in the gear train (48, 49), wherein in a coupled configuration the connector (31, 32, 33, 34) communicates torque through the gear train (48, 49), and wherein in a decoupled configuration the connector (31, 32, 33,34) does not communicate torque through the gear train (48, 49).
An article of footwear, comprising: an upper having a toe covering portion and an entry hole for receiving a foot; an intermediate covering portion disposed between the toe covering portion and the entry hole, wherein the intermediate covering portion is closed around the instep of the foot and wherein the volume of the intermediate covering portion is variable; at least one tensioning member extending through the intermediate covering portion; wherein the volume of the intermediate covering portion can be changed by adjusting the tension of the at least one tensioning member; and wherein the tension of the tensioning member is controlled using a reel-based tensioning device. an upper having a toe covering portion and an entry hole for receiving a foot; an intermediate covering portion disposed between the toe covering portion and the entry hole, wherein the intermediate covering portion is closed around the instep of the foot and wherein the volume of the intermediate covering portion is variable; at least one tensioning member extending through the intermediate covering portion; wherein the volume of the intermediate covering portion can be changed by adjusting the tension of the at least one tensioning member; and wherein the tension of the tensioning member is controlled using a reel-based tensioning device.
Motor vehicle door latch, having a latch housing, and having at least one lever which is arranged in the latch housing and projects at least partially out of the latch housing through an opening, the lever being designed as a pivot lever which can move along the opening and is mounted in the interior and/or on the latch housing, and the opening is equipped with at least one seal largely closing an opening gap, characterized in that the latch housing consists of a thermoplastic synthetic material and the seal consists of an elastomeric synthetic material, the latch housing including the seal being produced in a common manufacturing process.
Method for operating a dishwasher, wherein cleaning agent is discharged into the washing chamber of the dishwasher via a dosing opening, wherein the dosing of the cleaning agent is monitored at the dosing opening by means of a light barrier, and wherein the function of a spray arm arranged in a washing container of a dishwasher is monitored, wherein the light barrier is positioned in the beam path of a spray jet that can be emitted by the spray arm, and emits a signal to an evaluation unit, wherein the signal has a signal curve that depends on a rotational movement of the spray arm, and in which method the signal curve is evaluated by means of the evaluation unit for the purpose of monitoring the function of the spray arm.
Hot blast lance with a nozzle brick arranged at the hot blast outlet, for use in metallurgic processes such as steel production in a converter, having at least one hot blast outlet nozzle in the nozzle brick via which hot air is blasted onto the steel bath of a converter, characterized in that the nozzle brick is provided with at least two hot blast outlet nozzles or nozzle channels, and is interchangeable, and bears at the hot blast outlet against a bearing ring, in that the at least two nozzle channels are oriented such that the longitudinal axis thereof runs at an angle to the longitudinal axis of the hot blast lance, and in that the nozzle channel longitudinal axes are inclined with respect to the longitudinal axis such that they do not intersect the latter.
A shielded decoupled RFID tag comprising: a decoupler including a three dimensional cavity having conductive material walls; a tag located in the three dimensional cavity; and at least one slot (12, 45) in the conductive material wall that creates a passage for RF communication signals in the tag frequency range of operation to pass into and/or out of the three dimensional cavity, characterized in that the three dimensional cavity is surrounded by the conductive material walls. a decoupler including a three dimensional cavity having conductive material walls; a tag located in the three dimensional cavity; and at least one slot (12, 45) in the conductive material wall that creates a passage for RF communication signals in the tag frequency range of operation to pass into and/or out of the three dimensional cavity, characterized in that the three dimensional cavity is surrounded by the conductive material walls.
Method for the manufacture of an artificial control tissue suitable for use as a control in histomorphological analysis comprising the steps of (a) providing twenty-five or more tissue samples; (b) shredding the tissue samples into tissue fragments; (c) mixing the tissue fragments; and (d) forming an artificial control tissue wherein 50% or more of the tissue fragments comprised in the artificial control tissue have a maximal diameter of 500 μm or less. (a) providing twenty-five or more tissue samples; (b) shredding the tissue samples into tissue fragments; (c) mixing the tissue fragments; and (d) forming an artificial control tissue wherein 50% or more of the tissue fragments comprised in the artificial control tissue have a maximal diameter of 500 μm or less.
An information processing apparatus comprising: a communication unit configured to perform communication with an external device; a vibration unit configured to generate vibrations which can be felt by a user; and a control unit configured to detect a state of the information processing apparatus and control a state of the vibration unit on a basis of a detection result of the state of the information processing apparatus, wherein the control unit is configured to control the vibration unit to vibrate in accordance with reproduction of sound content while the sound content is being reproduced in the information processing apparatus, and, in a case where the detection result of the state of the information processing apparatus satisfies a predetermined condition that wireless power charging of the information processing apparatus is detected, restrict vibration of the vibration unit even while the sound content is being reproduced in the information processing apparatus and cause the communication unit to transmit data for causing vibration of the external device. a communication unit configured to perform communication with an external device; a vibration unit configured to generate vibrations which can be felt by a user; and a control unit configured to detect a state of the information processing apparatus and control a state of the vibration unit on a basis of a detection result of the state of the information processing apparatus, wherein the control unit is configured to control the vibration unit to vibrate in accordance with reproduction of sound content while the sound content is being reproduced in the information processing apparatus, and, in a case where the detection result of the state of the information processing apparatus satisfies a predetermined condition that wireless power charging of the information processing apparatus is detected, restrict vibration of the vibration unit even while the sound content is being reproduced in the information processing apparatus and cause the communication unit to transmit data for causing vibration of the external device.
Substance mixture comprising A) from 20 to 85 parts by weight of at least one polyamide with ≥ 50 mmol/kg of terminal amino groups, B) from 14.98 to 60 parts by weight of at least one filler and reinforcing material, C) from 0.01 to 2 parts by weight of copper iodide/potassium bromide mixture, and D) from 0.01 to 1.5 parts by weight of montan wax, where the sum of the parts by weight is 100 and where the amount present of the two components of the copper iodide/potassium bromide stabilizer mixture is such that the molar amount of bromide present in the moulding composition is at least six times the molar amount and at most fifteen times the molar amount of copper present in the moulding composition. A) from 20 to 85 parts by weight of at least one polyamide with ≥ 50 mmol/kg of terminal amino groups, B) from 14.98 to 60 parts by weight of at least one filler and reinforcing material, C) from 0.01 to 2 parts by weight of copper iodide/potassium bromide mixture, and D) from 0.01 to 1.5 parts by weight of montan wax,
A system for synchronizing a PC exhibiting latency of operations and a biosensor enabled microcontroller with real-time clock, comprising: a transmitter (570,680,690,712) that transmits a stimulus signal from the PC exhibiting latency; an input device indicating the subject's response to the stimulus signal; an encoding circuit (564,584,708) adapted to encode a difference in time between the stimulus signal and the subject's response to the stimulus signal; an emitter (434, 522, 534) adapted to transmit the encoded difference signal representing the subject's reaction time; and a complementary receiver (432, 526, 534) adapted to detect the encoded difference signal and including a decoding circuit that decodes the encoded difference signal to determine the subject's reaction time, said complementary receiver providing the subject's reaction time to the biosensor enabled microcontroller with real-time clock for synchronization of the PC exhibiting latency of operations and the biosensor enabled microcontroller with real-time clock. a transmitter (570,680,690,712) that transmits a stimulus signal from the PC exhibiting latency; an input device indicating the subject's response to the stimulus signal; an encoding circuit (564,584,708) adapted to encode a difference in time between the stimulus signal and the subject's response to the stimulus signal; an emitter (434, 522, 534) adapted to transmit the encoded difference signal representing the subject's reaction time; and a complementary receiver (432, 526, 534) adapted to detect the encoded difference signal and including a decoding circuit that decodes the encoded difference signal to determine the subject's reaction time, said complementary receiver providing the subject's reaction time to the biosensor enabled microcontroller with real-time clock for synchronization of the PC exhibiting latency of operations and the biosensor enabled microcontroller with real-time clock.
A method for using blockchains for metrology in an industrial control and automation system, comprising: obtaining by a processor, measurement_data obtained from a level gauging instrument_associated with at least one of: (i) material that is transferred during a material transfer involving multiple parties and (ii) the level gauging instrument_associated with the material transfer, wherein the processor is configured to: execute a transaction node to receive the measurement data; submit the measurement data to one or more mining nodes for inclusion in one or more suitable blockchains;generating, an update to a blockchain (100, 420) based on the measurement data, including identifying one or more sealing actions associated with one or more seals that are issued when the level gauging instrument is verified to provide the measurement data with acceptable accuracy applied to the level gauging instrument or to components of the level gauging instrument, including information about when the seals were applied or information about events that broke the seals, wherein the processor executes the mining node to generate one or more blocks to be added to one or more blockchains; updating a local copy of the blockchain using the update; and publishing the update to one or more nodes for updating one or more additional copies of the blockchain. execute a transaction node to receive the measurement data; submit the measurement data to one or more mining nodes for inclusion in one or more suitable blockchains;generating, an update to a blockchain (100, 420) based on the measurement data, including identifying one or more sealing actions associated with one or more seals that are issued when the level gauging instrument is verified to provide the measurement data with acceptable accuracy applied to the level gauging instrument or to components of the level gauging instrument, including information about when the seals were applied or information about events that broke the seals, wherein the processor executes the mining node to generate one or more blocks to be added to one or more blockchains; updating a local copy of the blockchain using the update; and publishing the update to one or more nodes for updating one or more additional copies of the blockchain.
A human abzyme being a human antibody κ light chain against rabies virus and having a variable domain consisting of a polypeptide represented by the amino acid sequence shown in SEQ ID NO: 50.
A zinc-air secondary battery comprising: an air electrode serving as a positive electrode; a negative electrode comprising zinc, a zinc alloy, and/or a zinc compound; an aqueous electrolytic solution, the negative electrode being immersed in the aqueous electrolytic solution; a container having an opening and accommodating the negative electrode and the electrolytic solution, wherein the container is composed of a resin; and a separator disposed to cover the opening and having hydroxide ion conductivity, water impermeability, and gas impermeability, the separator being in contact with the electrolytic solution and defining a hermetic space with the container such that the air electrode is separated from the electrolytic solution by the separator through which hydroxide ions pass, wherein the hermetic space has an extra space having a volume that meets a variation in amount of water in association with reaction at the negative electrode during charge and discharge of the battery, and wherein the separator comprises an inorganic solid electrolyte. an air electrode serving as a positive electrode; a negative electrode comprising zinc, a zinc alloy, and/or a zinc compound; an aqueous electrolytic solution, the negative electrode being immersed in the aqueous electrolytic solution; a container having an opening and accommodating the negative electrode and the electrolytic solution, wherein the container is composed of a resin; and a separator disposed to cover the opening and having hydroxide ion conductivity, water impermeability, and gas impermeability, the separator being in contact with the electrolytic solution and defining a hermetic space with the container such that the air electrode is separated from the electrolytic solution by the separator through which hydroxide ions pass, wherein the hermetic space has an extra space having a volume that meets a variation in amount of water in association with reaction at the negative electrode during charge and discharge of the battery, and wherein the separator comprises an inorganic solid electrolyte.
An agricultural vehicle having a cooling system comprising a fan and a radiator mounted on a mounting plate, said fan provided with an upper shroud part which extends rearwards from the upper half of the fan towards the radiator over the plate,said cooling system housed in a bonnet of the vehicle, characterised in that the fan includes a fan ring, and the cooling system has a complete fan shroud formed by the fan ring, the upper shroud part, two removable side panels and the mounting plate wherein the complete fan shroud extends from the fan to the radiator to direct air between the fan and the radiator in a direction parallel or substantially parallel to the longitudinal axis of the vehicle.
A method for predicting sensitivity of a subject having colorectal cancer to anticancer targeted drugs selected from at least one of bevacizumab and FOLFIRI (5-FU + leucovorin + irinotecan), the method comprising: determining the type of a nucleotide at the position of the SNP corresponding to the nucleotide at position 401 of SEQ ID NO: 4 (which is part of the ANXA11 (annexin All) gene) from nucleic acid molecules isolated from the subject. determining the type of a nucleotide at the position of the SNP corresponding to the nucleotide at position 401 of SEQ ID NO: 4 (which is part of the ANXA11 (annexin All) gene) from nucleic acid molecules isolated from the subject.
Medical implant for a human or animal organism, comprising a housing having a housing wall that has at least one region configured to be permeable to light, in particular permeable to infrared light, and an infrared transmitting device and/or infrared receiving device arranged in the interior of the housing and permitting communication between the implant and an external transmitting/receiving device, characterised in that said region configured to be permeable to light has - aluminium oxide, Al 2 O 3, in an amorphous and/or semi-crystalline form, or zirconium oxide, ZrO 2 in an amorphous and/or semi-crystalline form, or - high-temperature multilayer ceramic with some aluminium oxide content, and with the region of the housing that is configured to be permeable to light having a smaller thickness than the remaining region of the housing. - aluminium oxide, Al 2 O 3, in an amorphous and/or semi-crystalline form, or zirconium oxide, ZrO 2 in an amorphous and/or semi-crystalline form, or - high-temperature multilayer ceramic with some aluminium oxide content, and
A process for manufacturing a microelectromechanical mirror device comprising: in a semiconductor wafer, defining a support frame, a plate connected to the support frame so as to be orientable around at least one rotation axis and cantilever structures extending from the support frame and coupled to the plate so that bending of the cantilever structures causes rotations of the plate around the at least one rotation axis; forming piezoelectric actuators on the cantilever structures; and forming pads on the support frame; characterized by forming spacer structures protruding from the support frame more than both the pads and stacks of layers (15, 16, 17, 20, 21, 22) forming the piezoelectric actuators. in a semiconductor wafer, defining a support frame, a plate connected to the support frame so as to be orientable around at least one rotation axis and cantilever structures extending from the support frame and coupled to the plate so that bending of the cantilever structures causes rotations of the plate around the at least one rotation axis; forming piezoelectric actuators on the cantilever structures; and forming pads on the support frame; characterized by forming spacer structures protruding from the support frame more than both the pads and stacks of layers (15, 16, 17, 20, 21, 22) forming the piezoelectric actuators.
An Arrangement comprising a device for recording biometric features of a persons' face, having a housing in which a camera having a first focal length for recording the biometric features and an optical mirror for folding a beam path running between the persons' face and the camera are arranged, with an evaluation and/or control unit which is designed to be in a wireless or wired communication connection with a digital mirror which is designed to display the image captured by the camera and which is arranged vertically offset with respect to the optical mirror, and with an illumination device, characterized in that the illumination device comprises a first illumination unit and a second illumination unit, the first illumination unit and the second illumination unit, when the arrangement is prepared for its intended use, being vertically offset with respect to the optical mirror, wherein the first illumination unit is vertically offset in a first direction with respect to the optical mirror, and wherein the second illumination unit is vertically offset in a second direction different from the first direction with respect to the optical mirror, and in that a rear wall is present which is spatially offset from the housing, which on its front side facing the housing comprises a light guide which is designed to couple out light, which has been coupled into it, via the front side of the rear wall, whereas the persons' face being located between the housing and the rear wall, when the arrangement is prepared for its intended use.