mhurhangee/ep-ind-claims huggingface dataset:
An air conditioner comprising: a flap configured to adjust an air direction and that is provided at a blow-out opening for temperature conditioned air, characterized in that a widthwise front edge of the flap is pivotably supported at both ends in a length direction thereof via first spindles and by second ends of linkages whose first ends are connected to a rotation shaft driven by a motor, and a widthwise rear edge of the flap is slidably supported via a second spindle and by a guiding pathway (24, 24A) which is provided to extend in a top-to-bottom direction of the blow-out opening. a flap configured to adjust an air direction and that is provided at a blow-out opening for temperature conditioned air, characterized in that a widthwise front edge of the flap is pivotably supported at both ends in a length direction thereof via first spindles and by second ends of linkages whose first ends are connected to a rotation shaft driven by a motor, and a widthwise rear edge of the flap is slidably supported via a second spindle and by a guiding pathway (24, 24A) which is provided to extend in a top-to-bottom direction of the blow-out opening.
A method comprising: receiving a memory command that comprises a memory access operation, a starting address for the memory access operation, and a dimension of a tensor for the memory access operation; generating a sequence of memory addresses for the memory access operation based at least in part on the starting address and the dimension of the tensor; the method being further characterized that it comprises the steps of: associating a set of instructions to access a memory based on the generated sequence of memory addresses, the set of instructions including a set of parameters associated with the memory command, the set of parameters including parameters for the starting address, a type of the memory command, and a length of data associated with the type of the memory command; and performing, according to the sequence of memory addresses, the memory access operation for data having a size that is based at least in part on the dimension of the tensor. receiving a memory command that comprises a memory access operation, a starting address for the memory access operation, and a dimension of a tensor for the memory access operation; generating a sequence of memory addresses for the memory access operation based at least in part on the starting address and the dimension of the tensor; the method being further characterized that it comprises the steps of: associating a set of instructions to access a memory based on the generated sequence of memory addresses, the set of instructions including a set of parameters associated with the memory command, the set of parameters including parameters for the starting address, a type of the memory command, and a length of data associated with the type of the memory command; and performing, according to the sequence of memory addresses, the memory access operation for data having a size that is based at least in part on the dimension of the tensor.
A method for detecting volcanic gases, comprising the following steps: (a) measuring the concentration of first and second volcanic gases in air circulating in a space inside an aircraft and (b) generating a perceptible alarm when the measured concentration of a faster-diffusing one of the volcanic gases exceeds a first threshold followed by the measured concentration of a slower-diffusing one of the volcanic gases exceeding a second threshold. (a) measuring the concentration of first and second volcanic gases in air circulating in a space inside an aircraft and (b) generating a perceptible alarm when the measured concentration of a faster-diffusing one of the volcanic gases exceeds a first threshold followed by the measured concentration of a slower-diffusing one of the volcanic gases exceeding a second threshold.
RF coaxial connector pair comprising a coaxial RF connector and a mating connector, the RF coaxial connector comprising an inner conductor and an outer conductor and at least a coupling nut with an inner thread for locking the connector to a mating connector; the coaxial RF connector having at least one protrusion with a first protrusion contact surface and a second protrusion surface in axial direction on the opposite side of the protrusion, the second protrusion surface is for interfacing to a second mating connector contact surface of the mating connector, the coupling nut is mechanically coupled to the protrusion by means of a locking ring; characterized in, that the locking ring has a cylinder shaped body with an inner protrusion at the inner side of the cylinder and an outer protrusion at the outer side of the cylinder the inner protrusion forming a first locking ring contact surface interfacing to a first protrusion contact surface at the protrusion, the outer protrusion forming a second locking ring contact surface interfacing to a coupling nut contact surface at the coupling nut, the cylinder shaped body forming a third locking ring contact surface oriented axially in the same direction as the first locking ring surface for interfacing to a first mating connector contact surface of the mating connector, the axial width of the at least one protrusion between the first protrusion contact surface and the second protrusion surface is less than the axial distance between the first locking ring contact surface and the third locking ring contact surface and less than the distance between the first locking ring contact surface and the second mating connector contact surface in a mated state, and there is a minor gap in axial direction between the connector and the mating connector when they are mated which allows rotation of the connector against the mating connector.
A horizontal scroll compressor, comprising: a hermetic vessel formed with an oil reservoir; a fixed scroll configured to constitute a portion of a fluid compression mechanism along with an orbiting scroll including a scroll member, the fixed scroll including a scroll member and being arranged in the hermetic vessel; a reed valve configured to open and close a discharge port of the fixed scroll, the reed valve being arranged on a back surface of the fixed scroll; a valve cover configured to cover the fixed scroll along with the reed valve, the valve cover being arranged on a back surface side of the fixed scroll; a capacity control mechanism configured to guide a refrigerant in the course of compression to a low-pressure side through a plurality of capacity control ports formed in the fixed scroll; and an injection mechanism configured to inject a liquid refrigerant to one of a plurality of compression chambers through a single injection port formed in the fixed scroll, the plurality of compression chambers being formed by the scroll member of the orbiting scroll and the scroll member of the fixed scroll, characterised in that the valve cover is formed with a first through hole that is in communication with the discharge port of the fixed scroll, second through holes that are in communication with the plurality of capacity control ports formed in the fixed scroll, and a third through hole that is in communication with the injection port formed in the fixed scroll, wherein the capacity control mechanism is connected to the capacity control ports formed in the fixed scroll through the second through holes, and wherein the injection mechanism is connected to the injection port formed in the fixed scroll through the third through hole. a hermetic vessel formed with an oil reservoir; a fixed scroll configured to constitute a portion of a fluid compression mechanism along with an orbiting scroll including a scroll member, the fixed scroll including a scroll member and being arranged in the hermetic vessel; a reed valve configured to open and close a discharge port of the fixed scroll, the reed valve being arranged on a back surface of the fixed scroll; a valve cover configured to cover the fixed scroll along with the reed valve, the valve cover being arranged on a back surface side of the fixed scroll; a capacity control mechanism configured to guide a refrigerant in the course of compression to a low-pressure side through a plurality of capacity control ports formed in the fixed scroll; and an injection mechanism configured to inject a liquid refrigerant to one of a plurality of compression chambers through a single injection port formed in the fixed scroll, the plurality of compression chambers being formed by the scroll member of the orbiting scroll and the scroll member of the fixed scroll, a first through hole that is in communication with the discharge port of the fixed scroll, second through holes that are in communication with the plurality of capacity control ports formed in the fixed scroll, and a third through hole that is in communication with the injection port formed in the fixed scroll,
Machine tool, having a workpiece and a tool for machining the workpiece, the machine tool having a chip removal device which is formed by two brushes having parallel longitudinal brush axes, the brushes being counter-rotationally movable about their longitudinal axes, which are arranged at a distance from one another via a gap, the machine tool having a workpiece clamping device for holding the workpiece to be machined and a tool clamping device for holding the tool, characterized in that the workpiece clamping device and the tool clamping device can be displaced relative to the chip removal device within the machine tool in such a way that the workpiece and the tool can be introduced into the gap of the chip removal device.
An arrangement for utilising waste heat of an internal combustion engine in a vehicle, in particular in a rail vehicle, wherein - the arrangement comprises an exhaust gas tract for removing exhaust gases of the internal combustion engine, - the exhaust gas tract is thermally coupled to a high-temperature side of a thermoelectric generator, - a latent heat accumulator is thermally coupled to the high-temperature side of the thermoelectric generator, characterised in that the latent heat accumulator is combined with an electrical accumulator-charging device, which is designed to use electrical energy generated under braking of the vehicle in order to charge the latent heat accumulator. - the arrangement comprises an exhaust gas tract for removing exhaust gases of the internal combustion engine, - the exhaust gas tract is thermally coupled to a high-temperature side of a thermoelectric generator, - a latent heat accumulator is thermally coupled to the high-temperature side of the thermoelectric generator,
An air filter cartridge (30, 600) for use in an air cleaner; the air filter cartridge (30, 600) comprising: (a) first and second, opposite, ends (57, 58) and end caps (92, 93); (i) the first end having an air flow exit aperture therethrough; the second end being a closed end; (b) filter media extending between the first and second ends (57, 58); (c) a framework (107, 612) having a sidewall structure circumscribing the media; the framework (107, 612) having an air permeable portion; (d) a seal on the first end and circumscribing the air flow exit aperture; the filter cartridge (30, 600) having an outer surface shape which is generally conical with a narrow end (241, 251, 1596) adjacent the second end; and, (e) the second end cap including a recessed surface and including centrally positioned in the surface a first member of a projection/receiver arrangement including a receiver, characterized in that said receiver is non-circular. (a) first and second, opposite, ends (57, 58) and end caps (92, 93); (i) the first end having an air flow exit aperture therethrough; the second end being a closed end; (i) the first end having an air flow exit aperture therethrough; the second end being a closed end; (b) filter media extending between the first and second ends (57, 58); (c) a framework (107, 612) having a sidewall structure circumscribing the media; the framework (107, 612) having an air permeable portion; (d) a seal on the first end and circumscribing the air flow exit aperture; the filter cartridge (30, 600) having an outer surface shape which is generally conical with a narrow end (241, 251, 1596) adjacent the second end; and, (e) the second end cap including a recessed surface and including centrally positioned in the surface a first member of a projection/receiver arrangement including a receiver,
An extractor system comprising: a base unit comprising a source of a positive pressure gas stream and a negative pressure gas stream; a positive pressure conduit configured to convey a positive pressure gas stream towards a work area; a negative pressure conduit positioned coaxially within the positive pressure conduit and configured to convey a negative pressure gas stream from the work area; and a hood coupled to receive the positive pressure gas stream and to direct the positive pressure gas stream into a region around the work area and to draw airborne components from the work area into the negative pressure gas stream; wherein the base unit comprises a manifold for receiving the negative pressure gas stream and for outputting the positive pressure gas stream, a filter between the negative pressure gas stream and the positive pressure gas stream, a blower for drawing the negative pressure gas stream into the base unit and for expressing the positive pressure gas stream from the base unit, and a single bend between an outlet of the blower and the manifold, characterized in that the bend is a smooth, radiused elbow that delivers the positive pressure gas stream to the manifold, wherein the manifold comprises a volute passage, and wherein the volute passage guides the positive pressure gas stream between the coaxial conduits (122, 124). a base unit comprising a source of a positive pressure gas stream and a negative pressure gas stream; a positive pressure conduit configured to convey a positive pressure gas stream towards a work area; a negative pressure conduit positioned coaxially within the positive pressure conduit and configured to convey a negative pressure gas stream from the work area; and a hood coupled to receive the positive pressure gas stream and to direct the positive pressure gas stream into a region around the work area and to draw airborne components from the work area into the negative pressure gas stream; wherein the base unit comprises a manifold for receiving the negative pressure gas stream and for outputting the positive pressure gas stream, a filter between the negative pressure gas stream and the positive pressure gas stream, a blower for drawing the negative pressure gas stream into the base unit and for expressing the positive pressure gas stream from the base unit, and a single bend between an outlet of the blower and the manifold, characterized in that the bend is a smooth, radiused elbow that delivers the positive pressure gas stream to the manifold, wherein the manifold comprises a volute passage, and wherein the volute passage guides the positive pressure gas stream between the coaxial conduits (122, 124).
A definition system for defining a spraying area (A1, A2, A3, A4) for a spraying machine, comprising a spraying boom of the machine, sensors of the boom, and a controller for controlling the boom, wherein the sensors are configured to obtain (258, 264, 270, 280) location information, characterized in that a nozzle tip of the boom is configured to contact (258, 264, 270, 280) several contact points (P1, P2, P3, P4, P5, P6) to define boundaries of the area to be sprayed on a surface and the sensors are configured to obtain location information of the nozzle tip in each contact point (P1, P2, P3, P4, P5, P6) so that the controller is configured to define (260, 266, 272, 282) location (L1, L2, L3, L4, L5, L6) of the each contact point in a co-ordinate system of the boom on a grounds of the obtained location information so that defined locations (L1, L2, L3, L4, L5, L6) of the contact points are used to form (274, 288) the area to be sprayed in the co-ordinate-system. a spraying boom of the machine, sensors of the boom, and a controller for controlling the boom, wherein the sensors are configured to obtain (258, 264, 270, 280) location information, characterized in that a nozzle tip of the boom is configured to contact (258, 264, 270, 280) several contact points (P1, P2, P3, P4, P5, P6) to define boundaries of the area to be sprayed on a surface and the sensors are configured to obtain location information of the nozzle tip in each contact point (P1, P2, P3, P4, P5, P6) so that the controller is configured to define (260, 266, 272, 282) location (L1, L2, L3, L4, L5, L6) of the each contact point in a co-ordinate system of the boom on a grounds of the obtained location information so that defined locations (L1, L2, L3, L4, L5, L6) of the contact points are used to form (274, 288) the area to be sprayed in the co-ordinate-system.
A container, comprising: a container body having a circumference/perimeter variation along a vertical axis, a bottom surface, and a container opening having a top surface; an axially oriented shrink wrap sleeve covering a portion of the body of the container having a circumference variation and a portion of the container opening, a top edge of the shrink wrap sleeve allowing the top surface to remain exposed, and a bottom edge of the shrink wrap sleeve allowing the bottom surface to remain exposed; the shrink wrap sleeve having a pair of generally vertical perforations descending from the shrink wrap top edge towards a circumferential perforation ring oriented below the container opening; wherein the shrink wrap sleeve covering a portion of the container body circumference variation has one of a smaller or larger circumference at at least one point between the circumferential perforation ring and the bottom edge as compared to adjacent portions of the circumference variation in order to prevent the shrink wrap sleeve from slipping off the container after removal of the portion thereof extending between the circumferential perforation ring and the top edge; characterised in that the container opening comprises a flip top cap and in that the shrink wrap sleeve above the circumferential perforation ring is an upper band which covers a seam of the flip top cap that can be removed to expose the flip top cap and allow the flip top cap to be opened for product removal. a container body having a circumference/perimeter variation along a vertical axis, a bottom surface, and a container opening having a top surface; an axially oriented shrink wrap sleeve covering a portion of the body of the container having a circumference variation and a portion of the container opening, a top edge of the shrink wrap sleeve allowing the top surface to remain exposed, and a bottom edge of the shrink wrap sleeve allowing the bottom surface to remain exposed; the shrink wrap sleeve having a pair of generally vertical perforations descending from the shrink wrap top edge towards a circumferential perforation ring oriented below the container opening; wherein the shrink wrap sleeve covering a portion of the container body circumference variation has one of a smaller or larger circumference at at least one point between the circumferential perforation ring and the bottom edge as compared to adjacent portions of the circumference variation in order to prevent the shrink wrap sleeve from slipping off the container after removal of the portion thereof extending between the circumferential perforation ring and the top edge; characterised in that the container opening comprises a flip top cap and in that the shrink wrap sleeve above the circumferential perforation ring is an upper band which covers a seam of the flip top cap that can be removed to expose the flip top cap and allow the flip top cap to be opened for product removal.
A laser inspection and machining head for machining a workpiece by boring and subsequently inspecting the workpiece, comprising a laser emission source, and characterized by - a regulating means for regulating the power of the laser emission source for switching alternatively between a first high-power laser beam and a second low-power laser beam, - a first guiding means for guiding the first high-power laser beam on the workpiece, and - a second guiding means for guiding the second low-power laser beam on the workpiece, the first high-power laser beam being used for machining the workpiece by boring, and the second low-power laser beam being used for inspecting the workpiece. - a regulating means for regulating the power of the laser emission source for switching alternatively between a first high-power laser beam and a second low-power laser beam, - a first guiding means for guiding the first high-power laser beam on the workpiece, and - a second guiding means for guiding the second low-power laser beam on the workpiece, the first high-power laser beam being used for machining the workpiece by boring, and the second low-power laser beam being used for inspecting the workpiece.
Homogeneous balance shaft made of a non-magnetic alloy comprising, in mass percent, between 50 and 55% nickel, between 17 and 21% chromium, between 2.8 and 3.3% molybdenum, between 4.75 and 5.50% niobium, between 0 and 1.0% cobalt, between 0 and 0.35% manganese, between 0 and 0.30% copper, between 0.20 and 0.80% aluminum, between 0.65 and 1.15% titanium, between 0 and 0.35% silicon, between 0 and 0.08% carbon, between 0 and 0.015% sulfur, between 0 and 0.015% phosphorus, and between 0 and 0.006% boron, with the remainder being iron.