mhurhangee/patent-ind-claim-en huggingface dataset:
A work vehicle comprising: an engine including an exhaust gas purifier configured to purify exhaust gas; and a fan shroud disposed ahead of the engine , wherein the exhaust gas purifier includes a filter configured to collect particulate matter in the exhaust gas, the engine includes a differential pressure sensor configured to detect a pressure difference between an upstream side and a downstream side of the filter of the exhaust gas purifier in a direction in which the exhaust gas flows, and the engine includes a pipe connecting the upstream and downstream sides of the filter of the exhaust gas purifier to the differential pressure sensor , a part of an upper portion of the fan shroud includes a bent portion that bends toward the exhaust gas purifier , characterized in that the pressure difference sensor is supported by the bent portion of the fan shroud . an engine including an exhaust gas purifier configured to purify exhaust gas; and a fan shroud disposed ahead of the engine , wherein the exhaust gas purifier includes a filter configured to collect particulate matter in the exhaust gas, the engine includes a differential pressure sensor configured to detect a pressure difference between an upstream side and a downstream side of the filter of the exhaust gas purifier in a direction in which the exhaust gas flows, and the engine includes a pipe connecting the upstream and downstream sides of the filter of the exhaust gas purifier to the differential pressure sensor , a part of an upper portion of the fan shroud includes a bent portion that bends toward the exhaust gas purifier , characterized in that the pressure difference sensor is supported by the bent portion of the fan shroud .
A system comprising a processor , wherein the processor includes: processor means for controlling an electrical stimulation module to deliver a pacing stimulus to a first ventricle of a heart of a patient; after the electrical stimulation module delivers the pacing stimulus to the first ventricle, processor means for determining, whether a surrogate indication of intrinsic conduction from an atrium of the heart of the patient is detected, wherein the determining whether the surrogate indication of the intrinsic conduction from the atrium is detected comprises detecting activation of a second ventricle of the heart within a predetermined window of time immediately following delivery of the pacing stimulus to the first ventricle; and processor means for controlling cardiac resynchronization therapy delivered by the electrical stimulation module to the patient based on whether the surrogate indication of intrinsic conduction from the atrium is detected. processor means for controlling an electrical stimulation module to deliver a pacing stimulus to a first ventricle of a heart of a patient; after the electrical stimulation module delivers the pacing stimulus to the first ventricle, processor means for determining, whether a surrogate indication of intrinsic conduction from an atrium of the heart of the patient is detected, wherein the determining whether the surrogate indication of the intrinsic conduction from the atrium is detected comprises detecting activation of a second ventricle of the heart within a predetermined window of time immediately following delivery of the pacing stimulus to the first ventricle; and processor means for controlling cardiac resynchronization therapy delivered by the electrical stimulation module to the patient based on whether the surrogate indication of intrinsic conduction from the atrium is detected.
An industrial truck with a built-in charger that can be connected to an external voltage source by a cable in order to charge an on-board battery, wherein 1. the built-in charger has a resonant converter with a full bridge, the transistors of which are designed as GaN transistors, wherein the resonant converter has a resonant LLC topology, and 2. a transformer is provided, 3. on the secondary side of which a current doubler with two coupled inductances (L a , L b ) is provided. 1. the built-in charger has a resonant converter with a full bridge, the transistors of which are designed as GaN transistors, wherein the resonant converter has a resonant LLC topology, and 2. a transformer is provided, 3. on the secondary side of which a current doubler with two coupled inductances (L a , L b ) is provided.
An ultraviolet crosslinkable composition comprising: a thermoplastic acrylic resin in which a glass transition temperature is 25 °C or higher; and a (meth) acrylic copolymer having an ultraviolet crosslinkable site in which a glass transition temperature is 25 °C or higher, wherein the ultraviolet crosslinkable composition is in the form of a film, the ultraviolet crosslinkable site has a structure in which a hydrogen radical can be removed by ultraviolet irradiation, the ultraviolet crosslinkable site is a benzophenone group, and the number of moles of the benzophenone group is 0.3 to 320 μmol/g based on the total mass of the thermoplastic acrylic resin and the (meth) acrylic copolymer having the ultraviolet crosslinkable site in which a glass transition temperature is 25 °C or higher, wherein the glass transition temperature is determined in accordance with the description. a thermoplastic acrylic resin in which a glass transition temperature is 25 °C or higher; and a (meth) acrylic copolymer having an ultraviolet crosslinkable site in which a glass transition temperature is 25 °C or higher,
An array of switched capacitors comprising: a plurality of capacitors upon a substrate, said capacitors arranged into a plurality of capacitor array branches (122A-D), each capacitor array branch (122A-D) having a characteristic capacitance; and a plurality of electronic switches configured to selectively connect each capacitor array branch (122A-D) to an extended conducting ground plane , wherein each said capacitor array branch (122A-D) is conductively coupled to a common functional circuit terminal junction, and wherein said ground plane comprises at least one current limiting element located such that return current from each said capacitor array branch (122A-D) to the functional circuit terminal junction is equalized. a plurality of capacitors upon a substrate, said capacitors arranged into a plurality of capacitor array branches (122A-D), each capacitor array branch (122A-D) having a characteristic capacitance; and a plurality of electronic switches configured to selectively connect each capacitor array branch (122A-D) to an extended conducting ground plane , wherein each said capacitor array branch (122A-D) is conductively coupled to a common functional circuit terminal junction, and wherein said ground plane comprises at least one current limiting element located such that return current from each said capacitor array branch (122A-D) to the functional circuit terminal junction is equalized.
A ceramic-resin composite body comprising: from 35% to 70% by volume of a sintered body having a monolithic structure in which non-oxide ceramic primary particles having an average major diameter of from 3 μm to 60 μm and an aspect ratio of from 5 to 30 are three-dimensionally continuous; and from 65% to 30% by volume of a thermosetting resin composition having an exothermic onset temperature of 180 °C or more and a curing rate of from 5% to 60% as determined with a differential scanning calorimeter, and having a number average molecular weight of from 450 to 4800, wherein the sintered body is impregnated with the thermosetting resin composition. from 35% to 70% by volume of a sintered body having a monolithic structure in which non-oxide ceramic primary particles having an average major diameter of from 3 μm to 60 μm and an aspect ratio of from 5 to 30 are three-dimensionally continuous; and from 65% to 30% by volume of a thermosetting resin composition having an exothermic onset temperature of 180 °C or more and a curing rate of from 5% to 60% as determined with a differential scanning calorimeter, and having a number average molecular weight of from 450 to 4800, wherein the sintered body is impregnated with the thermosetting resin composition.
A neck assembly for an anthropomorphic test device (ATD) comprising: a plurality of vertebra discs ; a plurality of ligament joints disposed between adjacent vertebra discs , each ligament joint having a joint element disposed between each respective pair of said vertebra discs ; and a torsion assembly including a bottom member coupled to one of said vertebra discs and a top member cooperating with and rotatable relative to said bottom member to allow rotation of said top member of said torsion assembly about an axis of said one of said vertebra discs to simulate torsion response of a human neck, wherein said torsion assembly includes a plurality of torsion stops to limit a range of rotation of said assembly . a plurality of vertebra discs ; a plurality of ligament joints disposed between adjacent vertebra discs , each ligament joint having a joint element disposed between each respective pair of said vertebra discs ; and a torsion assembly including a bottom member coupled to one of said vertebra discs and a top member cooperating with and rotatable relative to said bottom member to allow rotation of said top member of said torsion assembly about an axis of said one of said vertebra discs to simulate torsion response of a human neck, wherein said torsion assembly includes a plurality of torsion stops to limit a range of rotation of said assembly .
Apparatus for filtering molten metal, in particular aluminium, including a container with an outer shell or casing of metal and an inner thermally insulated interior cladding or wall construction made of heat resistant insulation and refractory material, a lid removable provided on top of the container to keep the container sealed (air tight) during operation, the container being provided with an inlet chamber having an inlet opening receiving metal from a metal supply launder and an outlet chamber with an outlet opening the container further being provided with air evacuating means and a ceramic or refractory filter in the inlet and/or outlet chamber, wherein the apparatus comprises means for priming said filter by molten metal in a direction reverse to the flow of molten metal during filtering, wherein the inlet chamber and outlet chamber are provided side by side within the container and being split by a partition wall extending from the bottom of the container and upwardly to a preset level of the container interior height, whereby the container is connected in parallel with a metal supply launder via transversal metal launder stubs respectively provided between the inlet and outlet openings and the metal supply launder , the launder being provided with a dam or valve device by the outlet of the container and another dam or valve device between the two launder stubs (8 and 9), the inlet and outlet openings of the container being further provided with optional closures or stoppers respectively enabling closing and opening of the inlet and outlet of the container respectively.
An exercise device , including: a main body , including an axle disposed thereon; two fan wheels , connected to the axle and being rotatable relative to the main body ; a magnetic resistance assembly , including two magnetoresistive rings disposed respectively on the two fan wheels and around the axle , a magnetic unit and a controlling unit , the magnetic unit including two magnetic portions respectively corresponding to the two magnetoresistive rings , the controlling unit including a lever rotatably disposed on the main body at a pivot point , and the magnetic unit and an operating portion being disposed on the lever and located by two opposite sides with respect to the pivot point , the pivot point being eccentrically arranged in relation to the the axle , movement of the two magnetic portions driven by the lever changing the magnetic active force between the two magnetic portions and the two magnetoresistive rings . a main body , including an axle disposed thereon; two fan wheels , connected to the axle and being rotatable relative to the main body ; a magnetic resistance assembly , including two magnetoresistive rings disposed respectively on the two fan wheels and around the axle , a magnetic unit and a controlling unit , the magnetic unit including two magnetic portions respectively corresponding to the two magnetoresistive rings , the controlling unit including a lever rotatably disposed on the main body at a pivot point , and the magnetic unit and an operating portion being disposed on the lever and located by two opposite sides with respect to the pivot point , the pivot point being eccentrically arranged in relation to the the axle , movement of the two magnetic portions driven by the lever changing the magnetic active force between the two magnetic portions and the two magnetoresistive rings .
A clothes dryer, comprising a draught fan composed of a positive-negative-rotation fan and a volute , wherein a chamber of the volute is of a symmetrical structure, the fan is located in the chamber of the volute and a center of the fan is located on a symmetry axis of the chamber of the volute ; characterized by the positive-negative-rotation fan comprising multiple whole-size fan blades arranged on a periphery of an outer frame of the fan , and multiple half size fan blades arranged on the periphery of the outer frame of the fan , wherein a distance between the half size fan blade and the whole-size fan blade adjacent is 5~60 mm, wherein a flow guide device is arranged on one side of the fan towards an outlet of the volute , and a clearance is formed between the flow guide device and a periphery of the fan ; and the flow guide device is symmetrical in structure and a center of the flow guide device is set on the symmetry axis of the chamber of the volute . a flow guide device is arranged on one side of the fan towards an outlet of the volute , and a clearance is formed between the flow guide device and a periphery of the fan ; and the flow guide device is symmetrical in structure and a center of the flow guide device is set on the symmetry axis of the chamber of the volute .
Device for checking a functional capability of temperature sensors arranged in distribution at a casting mould , characterised by at least one electronic evaluating system , which is connectible with at least two temperature sensors , for simultaneous detection and evaluation of temperature signals of the temperature sensors and at least one heating plate or heating mat , which can be arranged in the vicinity of the temperature sensors , for simultaneous heating of the temperature sensors .
Blade (6; 106; 206) for folding an edge (2 2 ; 102 2 ; 202 2 ) of a metal sheet (2; 102; 202), comprising a contact surface (6 2 ; 106 2 ; 206 2 ) extending along a generally twisted profile and configured to fold and collapse said edge (2 2 ; 102 2 ; 202 2 ) onto the metal sheet (2; 102; 202) when said blade (6; 106; 206) moves along said edge (2 2 ; 102 2 ; 202 2 ); characterised in that the transverse profile of the contact surface (6 2 ; 106 2 ; 206 2 ) has a variation in inclination along the entirety of said surface which is between 120° and 180° or between 20° and 60°.
A system comprising: a first hanger configured to be secured to a frame element of an aircraft; a second hanger configured to be secured to another frame element of the aircraft; and a section of aircraft sidewall comprising multiple fittings along a fore side secured to the first hanger, and multiple fittings along an aft side secured to the second hanger; each of the hangers comprising: an elongated vertical member configured to attach to the frame element of the aircraft; and a set of keyholes that is arranged in a vertical pattern along the member and that is configured to support the section of sidewall, wherein each keyhole includes a receptacle dimensioned to receive one of the fittings, and a slot dimensioned to slidably accept the fitting via the receptacle to secure the fitting in place, and wherein slot sizes of keyholes in the set vary from one end of the vertical pattern to another end of the vertical pattern. a first hanger configured to be secured to a frame element of an aircraft; a second hanger configured to be secured to another frame element of the aircraft; and a section of aircraft sidewall comprising multiple fittings along a fore side secured to the first hanger, and multiple fittings along an aft side secured to the second hanger; each of the hangers comprising: an elongated vertical member configured to attach to the frame element of the aircraft; and a set of keyholes that is arranged in a vertical pattern along the member and that is configured to support the section of sidewall, wherein each keyhole includes a receptacle dimensioned to receive one of the fittings, and a slot dimensioned to slidably accept the fitting via the receptacle to secure the fitting in place, and wherein slot sizes of keyholes in the set vary from one end of the vertical pattern to another end of the vertical pattern. an elongated vertical member configured to attach to the frame element of the aircraft; and a set of keyholes that is arranged in a vertical pattern along the member and that is configured to support the section of sidewall, wherein each keyhole includes a receptacle dimensioned to receive one of the fittings, and a slot dimensioned to slidably accept the fitting via the receptacle to secure the fitting in place, and wherein slot sizes of keyholes in the set vary from one end of the vertical pattern to another end of the vertical pattern.
An electrophoretic chip comprising: (a) a non-conductive substrate designed to support elements of said electrophoretic chip; (b) an electrode structure for conducting electric current through said electrophoretic chip, printed on said non-conductive substrate and comprising a counter electrode and at least two working electrodes , each electrode comprising: a conductive low-resistance ink layer printed on the non-conductive substrate ; and a carbon ink layer printed on top of said conductive low-resistance ink layer ; (c) a dielectric ink insulator layer placed on top of, and covering, said electrode structure, said dielectric ink insulator layer having at least one opening above the counter electrode and at least one opening above each of said at least two working electrodes thereby forming at least two addressable locations ; and (d) a molecule capturing matrix covering said at least two addressable locations ; characterised in that said molecule capturing matrix comprises a matrix of microgels , including at least two microgel regions, said matrix of microgels including microgels spotted directly onto each of said at least two working electrodes and covering only the surface of said at least two working electrodes and protruding into the solution for the thickness of the microgel such that each working electrode is covered with a single microgel spotted on top of it and such that adjacent microgel regions of said matrix of microgels are not in direct contact with each other. (a) a non-conductive substrate designed to support elements of said electrophoretic chip; (b) an electrode structure for conducting electric current through said electrophoretic chip, printed on said non-conductive substrate and comprising a counter electrode and at least two working electrodes , each electrode comprising: a conductive low-resistance ink layer printed on the non-conductive substrate ; and a carbon ink layer printed on top of said conductive low-resistance ink layer ; a conductive low-resistance ink layer printed on the non-conductive substrate ; and a carbon ink layer printed on top of said conductive low-resistance ink layer ; (c) a dielectric ink insulator layer placed on top of, and covering, said electrode structure, said dielectric ink insulator layer having at least one opening above the counter electrode and at least one opening above each of said at least two working electrodes thereby forming at least two addressable locations ; and (d) a molecule capturing matrix covering said at least two addressable locations ;
An orbital cutting apparatus that is capable of freely and selectively controlling a plurality of cutting tools within a rotary body using a rotational speed ratio, the orbital cutting apparatus comprising: a spindle rotating unit coupled to any one surface of a main body so as to rotate (C axis); a plurality of tool units coupled to reciprocate (X axis) toward a center of the spindle rotating unit on a front surface of the spindle rotating unit so as to cut a clamped material (P) in an orbital manner; a relative movement unit coupled to the main body on an opposite side to the spindle rotating unit to be rotatable in synchronization with the spindle rotating unit , and configured to transmit a power to the plurality of tool units so as to cause the tool units to reciprocate; an operation unit configured to cause a connection gear selected among the connection gears to be engaged with or be disengaged from the relative movement unit ; a control unit configured to control movements of the spindle rotating unit and the relative movement unit ; and connection gears respectively formed at ends of driving shafts of the tool units so as to be selectively engaged with the relative movement unit so as to receive a power of the relative movement unit , wherein the connection gear is engaged with or disengaged from the relative movement unit while reciprocating on the end of the driving shaft by the operation unit so as to activate or deactivate a tool. a spindle rotating unit coupled to any one surface of a main body so as to rotate (C axis); a plurality of tool units coupled to reciprocate (X axis) toward a center of the spindle rotating unit on a front surface of the spindle rotating unit so as to cut a clamped material (P) in an orbital manner; a relative movement unit coupled to the main body on an opposite side to the spindle rotating unit to be rotatable in synchronization with the spindle rotating unit , and configured to transmit a power to the plurality of tool units so as to cause the tool units to reciprocate; an operation unit configured to cause a connection gear selected among the connection gears to be engaged with or be disengaged from the relative movement unit ; a control unit configured to control movements of the spindle rotating unit and the relative movement unit ; and connection gears respectively formed at ends of driving shafts of the tool units so as to be selectively engaged with the relative movement unit so as to receive a power of the relative movement unit , wherein the connection gear is engaged with or disengaged from the relative movement unit while reciprocating on the end of the driving shaft by the operation unit so as to activate or deactivate a tool.