mhurhangee/patent-ind-claim-en huggingface dataset:
An operating device comprising: a first light-emitting area (E1) provided on a front surface of the operating device; a first light-transmitting member that is formed with a material that transmits light and that makes up the first light-emitting area; a second light-emitting area (E2) provided on an upper surface of the operating device; a second light-transmitting member that is formed with a material that transmits light and that makes up the second light-emitting area; a light source ; and a light guide member adapted to guide light of the light source to the first light-transmitting member and the second light-transmitting member, characterized in that the light guide member includes a first guide section arranged behind the first light-transmitting member to guide light to the first light-transmitting member, and a second guide section that extends upward beyond a position of the first light-transmitting member toward the second light-transmitting member, wherein the second guide section includes a light emission tip surface adapted to emit light from the second guide section, and when the operating device is seen in plan view, at least part of the light emission tip surface overlaps the second light-emitting area. a first light-emitting area (E1) provided on a front surface of the operating device; a first light-transmitting member that is formed with a material that transmits light and that makes up the first light-emitting area; a second light-emitting area (E2) provided on an upper surface of the operating device; a second light-transmitting member that is formed with a material that transmits light and that makes up the second light-emitting area; a light source ; and a light guide member adapted to guide light of the light source to the first light-transmitting member and the second light-transmitting member, characterized in that the light guide member includes a first guide section arranged behind the first light-transmitting member to guide light to the first light-transmitting member, and a second guide section that extends upward beyond a position of the first light-transmitting member toward the second light-transmitting member, wherein a first guide section arranged behind the first light-transmitting member to guide light to the first light-transmitting member, and a second guide section that extends upward beyond a position of the first light-transmitting member toward the second light-transmitting member, wherein the second guide section includes a light emission tip surface adapted to emit light from the second guide section, and when the operating device is seen in plan view, at least part of the light emission tip surface overlaps the second light-emitting area.
A heat exchanger comprising: a plurality of plate-shaped fins disposed at intervals; and a plurality of heat transfer tubes inserted in through holes (1 a) of the fins in a direction perpendicular to the fins , the fins each including a starting hole which is formed therethrough and located adjacent ones of the through holes of the each fin to serve as a start point of bending of the each fin and have a vertex portion at a bending portion of the each fin which is closer to an edge thereof, the each fin including a cut which is made to connect an other edge of the each fin and a side of the starting hole which is located opposite to the vertex portion of the starting hole , the each fin being bent at the vertex portion of the starting hole by opening the cut from the starting hole , the starting hole having a displacement allowable width which is set to allow displacement of the cut in a direction perpendicular to an extending direction of the cut , and a depth-variation allowable width which is set to allow variation between lengths of cuts of the fins in the extending direction of the cuts , the starting hole having, as sides of a region having both the displacement allowable width and the depth-variation allowable width , a boundary which is located opposite to the bending portion of the each fin and the vertex portion , and which is located in a straight line perpendicular to the extending direction of the cut , and boundaries , which extend by the displacement allowable width , and which are located in straight lines extending in the extending direction of the cut . a plurality of plate-shaped fins disposed at intervals; and a plurality of heat transfer tubes inserted in through holes (1 a) of the fins in a direction perpendicular to the fins , the fins each including a starting hole which is formed therethrough and located adjacent ones of the through holes of the each fin to serve as a start point of bending of the each fin and have a vertex portion at a bending portion of the each fin which is closer to an edge thereof, the each fin including a cut which is made to connect an other edge of the each fin and a side of the starting hole which is located opposite to the vertex portion of the starting hole , the each fin being bent at the vertex portion of the starting hole by opening the cut from the starting hole , the starting hole having a displacement allowable width which is set to allow displacement of the cut in a direction perpendicular to an extending direction of the cut , and a depth-variation allowable width which is set to allow variation between lengths of cuts of the fins in the extending direction of the cuts , the starting hole having, as sides of a region having both the displacement allowable width and the depth-variation allowable width , a boundary which is located opposite to the bending portion of the each fin and the vertex portion , and which is located in a straight line perpendicular to the extending direction of the cut , and boundaries , which extend by the displacement allowable width , and which are located in straight lines extending in the extending direction of the cut .
A method of treating an exhaust gas containing methane by oxidation, the exhaust gas being produced by a natural gas engine, which method comprises: contacting the exhaust gas with a catalytic material comprising a molecular sieve and a platinum group metal (PGM) supported on the molecular sieve, wherein the molecular sieve has a framework consisting of silicon, oxygen, germanium and heteroatom T-atoms (tetrahedrally coordinated atoms), wherein the heteroatom T-atoms are not silicon, not germanium and not oxygen, wherein the framework has a content of heteroatom T-atoms of ≤ 0.20 mol%.
A device for performing ultrasound scanning of an object , comprising: a body having a cuff adapted to fit on the object ; a carrier adapted to traverse a circumference of the cuff ; an ultrasound probe mounted on the carrier and positioned to scan the object ; a carrier motor coupled to the carrier for driving the carrier around the circumference of the cuff ; a data processing system/controller configured to provide control information; one or more data connections providing control information for the carrier motor and the ultrasound probe and receiving scanning data from the ultrasound probe ; an adjustable reflector mounted to the carrier ; and a reflector motor for controlling an angle of the adjustable reflector in a plane substantially normal to a longitudinal axis of the object ; wherein: the ultrasound probe is positioned to scan the object via reflection of ultrasound signals off of the adjustable reflector ; and the one or more data connections provide control information for the reflector motor . a body having a cuff adapted to fit on the object ; a carrier adapted to traverse a circumference of the cuff ; an ultrasound probe mounted on the carrier and positioned to scan the object ; a carrier motor coupled to the carrier for driving the carrier around the circumference of the cuff ; a data processing system/controller configured to provide control information; one or more data connections providing control information for the carrier motor and the ultrasound probe and receiving scanning data from the ultrasound probe ; an adjustable reflector mounted to the carrier ; and a reflector motor for controlling an angle of the adjustable reflector in a plane substantially normal to a longitudinal axis of the object ; wherein: the ultrasound probe is positioned to scan the object via reflection of ultrasound signals off of the adjustable reflector ; and the one or more data connections provide control information for the reflector motor . the ultrasound probe is positioned to scan the object via reflection of ultrasound signals off of the adjustable reflector ; and the one or more data connections provide control information for the reflector motor .
An insulation tile comprising a first planar surface, a second planar surface and side surfaces defining the surfaces, and which insulation tile comprises - a casting compound layer , and - an insulation material layer , which is made of thermal insulation material, the compression strength of which is at least 10 kPa, wherein the casting compound layer forms a first planar surface of the insulation tile and the insulation material layer forms a second planar surface of the insulation tile , and which insulation material layer comprises grooves in the longitudinal and/or in the lateral direction of the surface in the area of the entire planar surface which will be against the casting compound layer , the casting compound layer comprises - concrete, mortar or similar casting compound, which comprises binding agent and inorganic material, and characterised in that the casting compound layer further comprises - 1-80 weight-% recycled extruded polystyrene, expanded polystyrene, polyurethane (PIR/PUR) or phenolic foam material or recycled rubber granules, and the casting compound layer extends partly to these grooves on the surface of the insulation material layer , whereby a gap remains to the grooves in the surface of the insulation material layer between the insulation material layer and the casting compound layer . - a casting compound layer , and - an insulation material layer , which is made of thermal insulation material, the compression strength of which is at least 10 kPa, - concrete, mortar or similar casting compound, which comprises binding agent and inorganic material, and characterised in that the casting compound layer further comprises - 1-80 weight-% recycled extruded polystyrene, expanded polystyrene, polyurethane (PIR/PUR) or phenolic foam material or recycled rubber granules,
Machine for the additive manufacture of a part by complete or partial selective melting of a powder, comprising: - a horizontal working plane intended to receive a powder layer; - at least one device for spreading the said powder layer over the working plane , which is movable with respect to the working plane along a trajectory over the working plane comprising at least one component parallel to a longitudinal horizontal direction; - at least one system for deposition of powder on the working plane comprising at least one slide for receiving powder and at least one powder injector ; the receiving slide being movable in translation, with respect to the working plane , along at least one transverse horizontal direction, between a retracted position in which the receiving slide extends outside the trajectory of the device for spreading over the working plane and a deployed position in which the receiving slide extends at least in part into the trajectory of the device for spreading over the working plane ; the injector being positioned above the receiving slide , so as to dispense powder over the receiving slide which is moving between a retracted position and a deployed position. - a horizontal working plane intended to receive a powder layer; - at least one device for spreading the said powder layer over the working plane , which is movable with respect to the working plane along a trajectory over the working plane comprising at least one component parallel to a longitudinal horizontal direction; - at least one system for deposition of powder on the working plane comprising at least one slide for receiving powder and at least one powder injector ; the receiving slide being movable in translation, with respect to the working plane , along at least one transverse horizontal direction, between a retracted position in which the receiving slide extends outside the trajectory of the device for spreading over the working plane and a deployed position in which the receiving slide extends at least in part into the trajectory of the device for spreading over the working plane ; the injector being positioned above the receiving slide , so as to dispense powder over the receiving slide which is moving between a retracted position and a deployed position.
A gas turbine engine comprising: a variable geometry combustor (206, 206', 206") having fuel injectors , a rich-burn zone , a quick-quench zone , and a lean-burn zone , and further comprising quench ports for admitting quench air to the quick-quench zone; a variable geometry airflow arrangement for the variable geometry combustor, which is configured to vary an airflow through the fuel injectors and/or the quench ports; and a control system configured to control the variable geometry airflow arrangement in dependence upon an airflow delivered to the combustor, a fuel flow to the fuel injectors, and a target index of soot emissions to control the quantity of soot produced by combustion, wherein the control system is configured to derive the target index of soot emissions in dependence upon an atmospheric condition which is causative of a condensation trail; and, wherein the control system is configured to respond to a decrease in the target index of soot emissions by controlling the variable geometry airflow arrangement to decrease the airflow through the quench ports relative to the airflow through the fuel injectors. a variable geometry combustor (206, 206', 206") having fuel injectors , a rich-burn zone , a quick-quench zone , and a lean-burn zone , and further comprising quench ports for admitting quench air to the quick-quench zone; a variable geometry airflow arrangement for the variable geometry combustor, which is configured to vary an airflow through the fuel injectors and/or the quench ports; and a control system configured to control the variable geometry airflow arrangement in dependence upon an airflow delivered to the combustor, a fuel flow to the fuel injectors, and a target index of soot emissions to control the quantity of soot produced by combustion, wherein the control system is configured to derive the target index of soot emissions in dependence upon an atmospheric condition which is causative of a condensation trail; and, wherein the control system is configured to respond to a decrease in the target index of soot emissions by controlling the variable geometry airflow arrangement to decrease the airflow through the quench ports relative to the airflow through the fuel injectors.
A method for the adaptation of the driving of a vehicle on a roadway in association with taking a curve, comprising the steps: to determine continuously (S1) the current lateral acceleration, to compare (S2), based on a maximum permitted lateral acceleration of the vehicle that has been determined, the current lateral acceleration with the maximum permitted lateral acceleration; and characterised by the step: in the case in which the current lateral acceleration lies below the maximum permitted lateral acceleration, to apply (S3) an automatic limitation of the longitudinal acceleration of the vehicle, in order to avoid that the current lateral acceleration exceeds the maximum permitted lateral acceleration.
A method for wireless communications at a user equipment, UE, (115-c) comprising: transmitting , to a base station (105-b), a report indicating a beamforming capability of the UE (115-c); receiving , from the base station (105-b), a configuration for a plurality of control resource sets based at least in part on the report, characterised by selecting , based at least in part on the beamforming capability, multiple control resource sets of the plurality of control resource sets to monitor during a monitoring occasion; and monitoring the selected multiple control resource sets during the monitoring occasion. transmitting , to a base station (105-b), a report indicating a beamforming capability of the UE (115-c); receiving , from the base station (105-b), a configuration for a plurality of control resource sets based at least in part on the report, characterised by selecting , based at least in part on the beamforming capability, multiple control resource sets of the plurality of control resource sets to monitor during a monitoring occasion; and monitoring the selected multiple control resource sets during the monitoring occasion.
A substrate working machine comprising: a conveyance device configured to convey a substrate; a holding device configured to hold the substrate conveyed to a work position by the conveyance device ; and a control device configured to control operation of the conveyance device , wherein the control device is configured to control the operation of the conveyance device such that the substrate is conveyed at a conveyance speed calculated based on a preset setting time and a conveyance distance of the substrate from the work position by the conveyance device or a conveyance distance of the substrate to the work position by the conveyance device . characterized by a raising and lowering device configured to integrally raise the conveyance device and the holding device in a state with the substrate held, and to integrally lower the conveyance device and the holding device in a state with the substrate released, wherein the control device is configured to control the operation of the conveyance device such that the substrate is conveyed at the conveyance speed calculated based on the setting time, which is set based on a time required for the raising and lowering device to integrally lower the holding device and the conveyance device , and the conveyance distance of the substrate by the conveyance device from the work position to a downstream end section, when the holding device and the conveyance device are integrally lowered by the raising and lowering device . a conveyance device configured to convey a substrate; a holding device configured to hold the substrate conveyed to a work position by the conveyance device ; and a control device configured to control operation of the conveyance device , wherein the control device is configured to control the operation of the conveyance device such that the substrate is conveyed at a conveyance speed calculated based on a preset setting time and a conveyance distance of the substrate from the work position by the conveyance device or a conveyance distance of the substrate to the work position by the conveyance device . characterized by a raising and lowering device configured to integrally raise the conveyance device and the holding device in a state with the substrate held, and to integrally lower the conveyance device and the holding device in a state with the substrate released, wherein the control device is configured to control the operation of the conveyance device such that the substrate is conveyed at the conveyance speed calculated based on the setting time, which is set based on a time required for the raising and lowering device to integrally lower the holding device and the conveyance device , and the conveyance distance of the substrate by the conveyance device from the work position to a downstream end section, when the holding device and the conveyance device are integrally lowered by the raising and lowering device .
A method of forming a device structure, comprising: forming an alternating stack of insulating layers and spacer material layers over a substrate ; and forming a memory stack structure extending through the alternating stack , the memory stack structure comprising an oxygen-containing dielectric silicon compound layer , a tunneling dielectric , and a vertical semiconductor channel ; the method further comprising: forming a backside trench through the alternating stack; forming backside recesses by removing the spacer material layers selective to the insulating layers ; and physically exposing an outer sidewall of the oxygen-containing dielectric silicon compound layer at each level of the backside recesses ; and converting exposed portions of the oxygen-containing dielectric silicon compound layer at levels of the backside recesses into silicon nitride portions that are charge storage elements of a memory device. forming an alternating stack of insulating layers and spacer material layers over a substrate ; and forming a memory stack structure extending through the alternating stack , the memory stack structure comprising an oxygen-containing dielectric silicon compound layer , a tunneling dielectric , and a vertical semiconductor channel ; the method further comprising: forming a backside trench through the alternating stack; forming backside recesses by removing the spacer material layers selective to the insulating layers ; and physically exposing an outer sidewall of the oxygen-containing dielectric silicon compound layer at each level of the backside recesses ; and converting exposed portions of the oxygen-containing dielectric silicon compound layer at levels of the backside recesses into silicon nitride portions that are charge storage elements of a memory device. forming a backside trench through the alternating stack; forming backside recesses by removing the spacer material layers selective to the insulating layers ; and physically exposing an outer sidewall of the oxygen-containing dielectric silicon compound layer at each level of the backside recesses ; and converting exposed portions of the oxygen-containing dielectric silicon compound layer at levels of the backside recesses into silicon nitride portions that are charge storage elements of a memory device.
A medical instrument for removal of articular cartilage in the form of metal bar element equipped with the handle on the one end and a workpiece with a frontal cutting edge on the opposite one, the frontal cutting edge being located on the leading edge and across the width of the frontal wall , and the workpiece comprising a hook-like protuberance with a profile similar to isosceles triangle of 3-7 mm width and 3-6 mm height, which frontal wall is arched and concaved by the radius of curvature of R=3-10 mm, characterized in that the hooked end comprising the workpiece frontal wall is transverse and comprises the frontal cutting edge and longitudinal cutting edges .