mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing a rug, comprising the steps of: I. manufacturing a top layer L T by (i) weaving a fabric W T comprising warp yarns K T and weft yarns I T , (ii) applying a pre-coating C T to the underside of said fabric W T , and (iii) curing said pre-coating C T ; II. manufacturing a backing layer L B by (i) weaving a fabric W B comprising warp yarns K B and weft yarns I B ,; and III. attaching said top layer L T to said backing layer L B by applying an adhesive A; characterized in that step II also comprises the steps of: (ii) applying a pre-coating C B to the upper side of said fabric W B , and (iii) curing said pre-coating C B ; in that in step III adhesive A is applied between said at least partially cured pre-coating C T and said at least partially cured pre-coating C B ; and in that the material composition of said adhesive A is different from the material composition of pre-coating C B and pre-coating C T . I. manufacturing a top layer L T by (i) weaving a fabric W T comprising warp yarns K T and weft yarns I T , (ii) applying a pre-coating C T to the underside of said fabric W T , and (iii) curing said pre-coating C T ; II. manufacturing a backing layer L B by (i) weaving a fabric W B comprising warp yarns K B and weft yarns I B ,; and III. attaching said top layer L T to said backing layer L B by applying an adhesive A; characterized in that step II also comprises the steps of: (ii) applying a pre-coating C B to the upper side of said fabric W B , and (iii) curing said pre-coating C B ; in that in step III adhesive A is applied between said at least partially cured pre-coating C T and said at least partially cured pre-coating C B ; and in that the material composition of said adhesive A is different from the material composition of pre-coating C B and pre-coating C T .
A composition comprising a peptide consisting of the amino acid sequence LEKTCDWLPKPNMSASCKEI (SEQ ID NO. 29).
Turbomachine vane comprising a body extending principally in a plane defined by a principal axis B and a longitudinal direction, that is delimited by an intrados wall , an extrados wall , a leading edge located at a first longitudinal end of the body and a trailing edge located at a second longitudinal end of the body , wherein the body of the vane contains a plurality of first ducts carrying the circulation of a gas flow that extend principally along the direction of the principal axis B and a plurality of second ducts carrying the circulation of a second gas flow that extend principally along the longitudinal direction, characterised in that each second duct comprises two ends that open up in either the intrados wall or the extrados wall of the body . wherein the body of the vane contains a plurality of first ducts carrying the circulation of a gas flow that extend principally along the direction of the principal axis B and a plurality of second ducts carrying the circulation of a second gas flow that extend principally along the longitudinal direction, characterised in that each second duct comprises two ends that open up in either the intrados wall or the extrados wall of the body .
A heat pump, HP, system , comprising: an indoor blower/heat exchanger, ID, system; an outdoor fan /heat exchanger and compressor , OD, system , said ID system and said OD system being fluidly coupled together by refrigerant tubing that forms a refrigerant system; a refrigerant high pressure sensor located on said refrigerant tubing and configured to provide a trip signal of said refrigerant system; and a controller coupled to said heat pump system and configured to receive said trip signal from said refrigerant high pressure sensor and set a maximum heating %demand of said heat pump system as the heating %demand at the time of the said trip signal, recalculate a heating %demand based on said maximum heating %demand and cause said HP pump system to operate based on at least one of said recalculated heating %demand or said maximum heating %demand. an indoor blower/heat exchanger, ID, system; an outdoor fan /heat exchanger and compressor , OD, system , said ID system and said OD system being fluidly coupled together by refrigerant tubing that forms a refrigerant system; a refrigerant high pressure sensor located on said refrigerant tubing and configured to provide a trip signal of said refrigerant system; and a controller coupled to said heat pump system and configured to receive said trip signal from said refrigerant high pressure sensor and set a maximum heating %demand of said heat pump system as the heating %demand at the time of the said trip signal, recalculate a heating %demand based on said maximum heating %demand and cause said HP pump system to operate based on at least one of said recalculated heating %demand or said maximum heating %demand.
A computing system, the system comprising: a memory , the memory comprising function-in-memory circuits ; a host processing circuit ; and a cache coherent protocol interface circuit having a first interface configured for communicating with the memory and a second interface , the cache coherent protocol interface circuit is a Compute Express Link, CXL, interface circuit, wherein the cache coherent protocol interface circuit is adapted to operate as an interface adapter circuit between the second interface and the first interface enabling the host processing circuit connected to the second interface to delegate computing tasks to the function-in-memory circuits of the memory , a function-in-memory circuit of the function-in-memory circuits being configured to perform an operation on operands including a first operand retrieved from the memory , to form a result, the first interface being connected to the memory , and the second interface being configured as a cache coherent protocol interface on a bus interface being a Peripheral Component Interconnect express, PCIe, endpoint interface and configured for communicating with the host processing circuit through a switch , wherein the switch is configured to switch PCIe packets and be aware of CXL, wherein the function-in-memory circuits and their associated portions of memory are arranged in a systolic array. a memory , the memory comprising function-in-memory circuits ; a host processing circuit ; and a cache coherent protocol interface circuit having a first interface configured for communicating with the memory and a second interface , the cache coherent protocol interface circuit is a Compute Express Link, CXL, interface circuit, wherein the cache coherent protocol interface circuit is adapted to operate as an interface adapter circuit between the second interface and the first interface enabling the host processing circuit connected to the second interface to delegate computing tasks to the function-in-memory circuits of the memory , a function-in-memory circuit of the function-in-memory circuits being configured to perform an operation on operands including a first operand retrieved from the memory , to form a result, the first interface being connected to the memory , and the second interface being configured as a cache coherent protocol interface on a bus interface being a Peripheral Component Interconnect express, PCIe, endpoint interface and configured for communicating with the host processing circuit through a switch , wherein the switch is configured to switch PCIe packets and be aware of CXL, wherein the function-in-memory circuits and their associated portions of memory are arranged in a systolic array.
A system for ultrasound image acquisition, in particular for tracking an object of interest in ultrasound image information comprising an X-ray system having an X-ray source and an X-ray detector ; an ultrasound source ; wherein the system is adapted: to receive two-dimensional X-ray image information and two-dimensional ultrasound image information ; to register the X-ray image information and the ultrasound image information for obtaining a spatial relation between the X-ray image information and the ultrasound image information; to detect the object of interest in the X-ray image information ; to determine a first ultrasound image plane comprising the X-ray source, the ultrasound source and a projection of the object of interest in the X-ray image information wherein the first ultrasound image plane is established by points in space of the ultrasound source, the X-ray source and the projection of the object of interest; and to steer two-dimensional ultrasound image acquisition such that the object of interest is within a first ultrasound image plane ; wherein, for steering, the system is adapted to continuously readjust the first ultrasound image plane so that the X-ray source as well as the projection of the object of interest in the X-ray image information remain within the first ultrasound image plane, such that the obj ect of interest itself remains within the first ultrasound imaging plane. an X-ray system having an X-ray source and an X-ray detector ; an ultrasound source ; wherein the system is adapted: to receive two-dimensional X-ray image information and two-dimensional ultrasound image information ; to register the X-ray image information and the ultrasound image information for obtaining a spatial relation between the X-ray image information and the ultrasound image information; to detect the object of interest in the X-ray image information ; to determine a first ultrasound image plane comprising the X-ray source, the ultrasound source and a projection of the object of interest in the X-ray image information wherein the first ultrasound image plane is established by points in space of the ultrasound source, the X-ray source and the projection of the object of interest; and to steer two-dimensional ultrasound image acquisition such that the object of interest is within a first ultrasound image plane ; wherein, for steering, the system is adapted to continuously readjust the first ultrasound image plane so that the X-ray source as well as the projection of the object of interest in the X-ray image information remain within the first ultrasound image plane, such that the obj ect of interest itself remains within the first ultrasound imaging plane.
An anti-epidermal growth factor receptor (EGFR) antibody comprising: a) a light chain variable domain comprising the amino acid sequence set forth in SEQ ID NO: 32, and a heavy chain variable domain comprising the amino acid sequence set forth in SEQ ID NO: 38, b) a light chain variable domain comprising the amino acid sequence set forth in SEQ ID NO: 32, and a heavy chain variable domain comprising the amino acid sequence set forth in SEQ ID NO: 37, c) a light chain variable domain comprising the amino acid sequence set forth in SEQ ID NO: 33, and a heavy chain variable domain comprising the amino acid sequence set forth in SEQ ID NO: 36, or d) a light chain variable domain comprising the amino acid sequence set forth in SEQ ID NO: 34, and a heavy chain variable domain comprising the amino acid sequence set forth in SEQ ID NO: 36. a) a light chain variable domain comprising the amino acid sequence set forth in SEQ ID NO: 32, and a heavy chain variable domain comprising the amino acid sequence set forth in SEQ ID NO: 38, b) a light chain variable domain comprising the amino acid sequence set forth in SEQ ID NO: 32, and a heavy chain variable domain comprising the amino acid sequence set forth in SEQ ID NO: 37, c) a light chain variable domain comprising the amino acid sequence set forth in SEQ ID NO: 33, and a heavy chain variable domain comprising the amino acid sequence set forth in SEQ ID NO: 36, or d) a light chain variable domain comprising the amino acid sequence set forth in SEQ ID NO: 34, and a heavy chain variable domain comprising the amino acid sequence set forth in SEQ ID NO: 36.
A method for regenerating a lithium-ion cell without breaking and damaging the cell, the cell comprising an electrode assembly , in which electrodes and a separator are alternately combined with each other, an electrolyte (E), and a battery case accommodating the electrode assembly and the electrolyte (E), the method comprising: a negative pressure processing process in which a negative pressure (N) is applied to the cell to allow a gas (G) disposed between the electrodes to move to the outside the electrode assembly ; and an ultrasonic wave processing process in which the cell is stimulated by ultrasonic waves (S) to allow the electrolyte (E) disposed outside the electrode assembly to move between the electrodes . a negative pressure processing process in which a negative pressure (N) is applied to the cell to allow a gas (G) disposed between the electrodes to move to the outside the electrode assembly ; and an ultrasonic wave processing process in which the cell is stimulated by ultrasonic waves (S) to allow the electrolyte (E) disposed outside the electrode assembly to move between the electrodes .
Composite as an application segment for a semi-finished product of a book-like document , wherein the composite has a carrier film and two adhesive layers each is applied to the opposite sides of the carrier film , wherein the adhesive layer containing a reactive hot-melt adhesive composition which is enriched with temperature-sensitive, color-changing pigments which, by a color change, indicate that the hot-melt adhesive composition has been heated to its activation temperature, at least in certain regions, wherein either - the adhesive layer , which contains the reactive hot-melt adhesive composition with temperature-sensitive, color-changing pigments, is provided on both sides of the carrier film , or - the carrier film receives on one side the adhesive layer which contains the reactive hot-melt adhesive composition which is enriched with temperature-sensitive, color-changing pigments and receives on the opposite side an adhesive layer which is tacky in the initial state. - the adhesive layer , which contains the reactive hot-melt adhesive composition with temperature-sensitive, color-changing pigments, is provided on both sides of the carrier film , or - the carrier film receives on one side the adhesive layer which contains the reactive hot-melt adhesive composition which is enriched with temperature-sensitive, color-changing pigments and receives on the opposite side an adhesive layer which is tacky in the initial state.
An asphalt finisher , comprising: a tractor ; a hopper disposed in front of the tractor and configured to accept a pavement material (PV); a conveyor (CV) configured to supply the pavement material (PV) in the hopper to a rear side of the tractor ; a screw (SC) configured to lay and spread the pavement material (PV) supplied by the conveyor (CV) at the rear side of the tractor ; a screed configured to flatten the pavement material (PV) laid and spread by the screw (SC) at a rear side of the screw (SC); a controller configured to adjust an illumination range of a lighting apparatus that illuminates areas behind the asphalt finisher ; and an object detecting apparatus configured to detect a worker behind the screed, wherein the controller is configured to adjust the illumination range of the lighting apparatus based on a detection result of the object detecting apparatus such that an area around the detected worker is illuminated. a tractor ; a hopper disposed in front of the tractor and configured to accept a pavement material (PV); a conveyor (CV) configured to supply the pavement material (PV) in the hopper to a rear side of the tractor ; a screw (SC) configured to lay and spread the pavement material (PV) supplied by the conveyor (CV) at the rear side of the tractor ; a screed configured to flatten the pavement material (PV) laid and spread by the screw (SC) at a rear side of the screw (SC); a controller configured to adjust an illumination range of a lighting apparatus that illuminates areas behind the asphalt finisher ; and an object detecting apparatus configured to detect a worker behind the screed, wherein the controller is configured to adjust the illumination range of the lighting apparatus based on a detection result of the object detecting apparatus such that an area around the detected worker is illuminated.
A gas sampling apparatus to be used with a pump, the gas sampling apparatus comprising: a filter receptacle ; and a filter body configured to be insertable into the filter receptacle, the filter body comprising an accessory receptacle integral with the filter body at a first end of the filter body and connectable to a removable accessory connector to receive a gas supply, and a filter configured to filter the gas supply to provide a filtered gas sample to the filter receptacle through a second end of the filter body opposite the first end, the filter body further being configured so that only the accessory receptacle protrudes from the filter receptacle when the filter body is fully inserted into the filter receptacle characterized in that the apparatus further comprising a sensor configured to detect insertion of the accessory connector into the accessory receptacle to provide a pump actuator signal. a filter receptacle ; and a filter body configured to be insertable into the filter receptacle, the filter body comprising an accessory receptacle integral with the filter body at a first end of the filter body and connectable to a removable accessory connector to receive a gas supply, and a filter configured to filter the gas supply to provide a filtered gas sample to the filter receptacle through a second end of the filter body opposite the first end, the filter body further being configured so that only the accessory receptacle protrudes from the filter receptacle when the filter body is fully inserted into the filter receptacle characterized in that the apparatus further comprising a sensor configured to detect insertion of the accessory connector into the accessory receptacle to provide a pump actuator signal.
A deployable vehicle rear wing comprising: a rear mounted moveable element constructed from a main upper surface and a hinged lower surface , that in a first configuration closely conforms to the surrounding styled surface of the vehicle body and in a second configuration provides an airfoil section with an integrated Gurney flap; a lift mechanism including an arrangement of rotating linkages and sliding components such that a first actuator is configured to drive a pair of fixed arms to move the moveable element between a stowed position and a deployed position, the lift mechanism includes a second pair of actuators interconnected to the moveable element and the rotating linkages, the second actuators configured to move the moveable element between the deployed position and an air brake position; and a flap linkage packaged within the moveable element and coupled between the main upper surface and the hinged lower surface , the flap linkage incorporating a cam affixed with respect to the fixed arm so that the flap linkage is configured to move the hinged lower surface to the second configuration with the Gurney flap in an extended position in response to a change in relative position between the cam and the flap linkage . a rear mounted moveable element constructed from a main upper surface and a hinged lower surface , that in a first configuration closely conforms to the surrounding styled surface of the vehicle body and in a second configuration provides an airfoil section with an integrated Gurney flap; a lift mechanism including an arrangement of rotating linkages and sliding components such that a first actuator is configured to drive a pair of fixed arms to move the moveable element between a stowed position and a deployed position, the lift mechanism includes a second pair of actuators interconnected to the moveable element and the rotating linkages, the second actuators configured to move the moveable element between the deployed position and an air brake position; and a flap linkage packaged within the moveable element and coupled between the main upper surface and the hinged lower surface , the flap linkage incorporating a cam affixed with respect to the fixed arm so that the flap linkage is configured to move the hinged lower surface to the second configuration with the Gurney flap in an extended position in response to a change in relative position between the cam and the flap linkage .
An optical quantizer for an optical A/D converter which converts an input analog signal into a digital signal using sampling optical pulses, characterized in that the optical quantizer comprises: a first shaping unit configured to perform at least intensity modulation of the sampling optical pulses using the analog signal so as to generate first optical pulses having a spectrum in which intensity is flat in a spectrum axis direction; a second shaping unit configured to perform spectrum shaping of the sampling optical pulses so as to generate second optical pulses having a spectrum in which intensity increases or decreases monotonously in the spectrum axis direction; a phase shifter which is included in one of the first shaping unit and the second shaping unit , and shifts a phase of optical pulses input to the one of the first shaping unit and the second shaping unit so that a phase difference between the first optical pulses and the second optical pulses becomes a predetermined phase difference; an interference device which causes interference between the first optical pulses and the second optical pulses; and a wavelength demultiplexer which demultiplexes optical pulses output from the interference device into light of a plurality of wavebands. a first shaping unit configured to perform at least intensity modulation of the sampling optical pulses using the analog signal so as to generate first optical pulses having a spectrum in which intensity is flat in a spectrum axis direction; a second shaping unit configured to perform spectrum shaping of the sampling optical pulses so as to generate second optical pulses having a spectrum in which intensity increases or decreases monotonously in the spectrum axis direction; a phase shifter which is included in one of the first shaping unit and the second shaping unit , and shifts a phase of optical pulses input to the one of the first shaping unit and the second shaping unit so that a phase difference between the first optical pulses and the second optical pulses becomes a predetermined phase difference; an interference device which causes interference between the first optical pulses and the second optical pulses; and a wavelength demultiplexer which demultiplexes optical pulses output from the interference device into light of a plurality of wavebands.
Roof structure for an agricultural vehicle, comprising an upper roof assembly and a lower roof assembly , wherein the upper roof assembly is connectable to the lower roof assembly , and the lower roof assembly and/or the upper roof assembly comprise a ventilation opening for guiding air-conditioned air and a circulation opening for supplying recirculated air, the lower roof assembly and/or the upper roof assembly comprise a fresh-air opening for supplying fresh air, characterized in that the roof structure comprises an air-guiding element , wherein the air-guiding element is configured as a closed duct or as a tubular body, and the air-guiding element is arranged between the lower and upper roof assembly and at the fresh-air opening and at the circulation opening and at the ventilation opening such that the air-guiding element is formed as a region that is sealed off from an external environment.