mhurhangee/ep-ind-claims huggingface dataset:
A telescopic sight for designating a weapon's point of aim when pointed at a target, comprising: a. an objective lens for forming a first image of the target, said objective lens having a first focal plane and an optical axis, b. an image-erecting means for converting said first image into an upright and laterally-correct second image, said image-erecting means comprising lenses or prisms, said image erecting means being positioned on the objective optical axis after said objective, c. an eyepiece lens for converting said second image into a virtual third image of the target for convenient viewing by an operator, said eyepiece lens having a second focal plane, said eyepiece lens being positioned after said image erecting means, said eyepiece lens being mounted at a predetermined tilt with respect to said optical axis, d. a reticle for indicating the point of aim, said reticle being positioned coplanar with either said first focal plane or said second focal plane, and e. a wedge prism, said wedge prism having a predetermined apex angle, said wedge prism being positioned between said image-erecting means and said eyepiece lens, said wedge prism being positioned at or close to said second focal plane, whereby the operator can view said third image of the target from a position offset from said optical axis, characterized in that said wedge prism is positioned such that it operates at minimum deviation. a. an objective lens for forming a first image of the target, said objective lens having a first focal plane and an optical axis, b. an image-erecting means for converting said first image into an upright and laterally-correct second image, said image-erecting means comprising lenses or prisms, said image erecting means being positioned on the objective optical axis after said objective, c. an eyepiece lens for converting said second image into a virtual third image of the target for convenient viewing by an operator, said eyepiece lens having a second focal plane, said eyepiece lens being positioned after said image erecting means, said eyepiece lens being mounted at a predetermined tilt with respect to said optical axis, d. a reticle for indicating the point of aim, said reticle being positioned coplanar with either said first focal plane or said second focal plane, and e. a wedge prism, said wedge prism having a predetermined apex angle, said wedge prism being positioned between said image-erecting means and said eyepiece lens, said wedge prism being positioned at or close to said second focal plane, whereby the operator can view said third image of the target from a position offset from said optical axis, characterized in that said wedge prism is positioned such that it operates at minimum deviation.
A stacked type falling film evaporator, comprising: a first evaporator and a second evaporator respectively having evaporation tubes, the first evaporator and the second evaporator being stacked in such a manner that wastewater passes through the first evaporator and the second evaporator in order; a first vapor recovering device that collects vapor generated from the wastewater in the first evaporator and supplies the collected vapor to the second evaporator; a second vapor recovering device that collects vapor generated from the wastewater in the second evaporator and supplies the collected vapor to the first evaporator; and a vapor recompressor that compresses the vapor collected in the second vapor recovering device before the vapor is supplied to the first evaporator. a first evaporator and a second evaporator respectively having evaporation tubes, the first evaporator and the second evaporator being stacked in such a manner that wastewater passes through the first evaporator and the second evaporator in order; a first vapor recovering device that collects vapor generated from the wastewater in the first evaporator and supplies the collected vapor to the second evaporator; a second vapor recovering device that collects vapor generated from the wastewater in the second evaporator and supplies the collected vapor to the first evaporator; and a vapor recompressor that compresses the vapor collected in the second vapor recovering device before the vapor is supplied to the first evaporator.
A gripping system, comprising: a gripping device comprising a row of grippers arranged in a first direction and adapted to grip a row of contacts; and a pitch adjustment device (200, 300) adapted to adjust a pitch between adjacent grippers of the row of grippers, wherein the gripping device further comprises a support frame on which at least two grippers of the row of grippers are slidably attached; and a row of gripper supports arranged in a second direction perpendicular to the first direction, the row of grippers being attached on the row of gripper supports, respectively, and each gripper support of the row of gripper supports other than an outmost gripper support being slidably attached on the support frame; and wherein the pitch adjustment device (200, 300) is adapted to drive the at least two grippers of the row of grippers to slide in the first direction, so as to adjust the pitch between adjacent grippers; wherein the pitch adjustment device (200, 300) comprises: a first pushing mechanism adapted to push each gripper support of the row of gripper supports other than the outmost gripper support to slide in the first direction; and characterized in that the pitch adjustment device (200, 300) comprises a first drive mechanism adapted to drive the first pushing mechanism to slide in the second direction. a gripping device comprising a row of grippers arranged in a first direction and adapted to grip a row of contacts; and a pitch adjustment device (200, 300) adapted to adjust a pitch between adjacent grippers of the row of grippers, wherein the gripping device further comprises a support frame on which at least two grippers of the row of grippers are slidably attached; and a row of gripper supports arranged in a second direction perpendicular to the first direction, the row of grippers being attached on the row of gripper supports, respectively, and each gripper support of the row of gripper supports other than an outmost gripper support being slidably attached on the support frame; and wherein the pitch adjustment device (200, 300) is adapted to drive the at least two grippers of the row of grippers to slide in the first direction, so as to adjust the pitch between adjacent grippers; wherein the pitch adjustment device (200, 300) comprises: a first pushing mechanism adapted to push each gripper support of the row of gripper supports other than the outmost gripper support to slide in the first direction; and characterized in that the pitch adjustment device (200, 300) comprises a first drive mechanism adapted to drive the first pushing mechanism to slide in the second direction. a first pushing mechanism adapted to push each gripper support of the row of gripper supports other than the outmost gripper support to slide in the first direction; and characterized in that the pitch adjustment device (200, 300) comprises a first drive mechanism adapted to drive the first pushing mechanism to slide in the second direction.
A slide structure of a seat for a vehicle which positions a cushion seat in the longitudinal direction of the vehicle comprises a stationary outer rail which extends in the longitudinal direction of the vehicle and includes a substantially C-shaped cross section an open portion of which is oriented to be inner in the widthwise direction, and is disposed in such a way that its cross section is elongate in the vertical direction, a movable inner rail which extends in the longitudinal direction of the vehicle and fits over the stationary outer rail so as to be slid relative to the stationary outer rail in the longitudinal direction and is fixed on the cushion seat and includes a substantially C-shaped cross section an open portion of which is oriented to be outer in the widthwise direction, and is disposed in such a way that its side surface is elongate in the vertical direction, whereby the movable inner rail fits with the stationary outer rail in such a way that open portions formed by the respective C-shaped cross sections are opposed to each other, so that in a case where the cushion seat is located to be in the most front position, the front end of the movable inner rail protrudes forward from the front end of the stationary outer rail, while, in a case where the cushion seat is located to be in the most rear position, the rear end of the movable inner rail protrudes rearward from the rear end of the stationary outer rail, said slide structure further comprises a parallelogram link mechanism rotatable about a horizontal axis including a front link and a rear link parallel to each other one end of each of which is pinned to the cushion seat, while the other end of each of which is pinned to the side surface of the movable inner rail, and a means for adjusting the widthwise position which functions to adjust the relative positional relationship in the widthwise direction between the movable inner rail and the front link or the rear link in such a way that the shear load transmitted from the front link or the rear link passes through a shear center, characterized in that the shear center is defined to be a point where an acting line of a resultant force of a shear stress on a cross section of the movable inner rail passes through and situated to be inner in the widthwise direction of the side surface of the movable inner rail.
A heat-dissipation lamp cup, comprising a light source board, a heat transfer layer and an insulation layer made from heat conductive plastic, the insulation layer being disposed on a periphery of the heat transfer layer, the heat transfer layer comprises a heat conductive portion and a heat transfer portion, a thermal communication is established between the heat conductive portion and the light source board, and the heat conductive portion is disposed to be inclined relative to the heat transfer portion; wherein the heat-dissipation lamp cup further comprises a heat transfer wall, a thermal communication is established between one end of the heat transfer wall and the heat conductive portion, and a thermal communication is established between the other end of the heat transfer wall and the heat transfer portion, and the insulation layer is disposed outside of the heat transfer layer and heat transfer wall, characterized in that an opening is provided in the heat transfer wall, and the insulation layer, disposed outside of the heat transfer layer and the heat transfer wall, extends into the opening.
A method for obtaining a Sf-rhabdovirus free Spodoptera frugiperda cell line, comprising: isolating a cell from a Sf-rhabdovirus-contaminated Spodoptera frugiperda organism or from a Sf-rhabdovirus-contaminated Spodoptera frugiperda cell line; combining the isolated cell with a cell culture media comprising an antiviral compound to form a first culture composition; incubating the first culture composition under conditions suitable for the cell to grow and divide, thereby generating a multiplicity of cells; removing a portion of the multiplicity of cells or the cell culture media and testing for the presence or absence of a virus; combining at least some of the multiplicity of cells with cell culture media without an antiviral compound to form a second culture composition; and incubating the second culture composition under conditions suitable for the cells to grow and divide, thereby obtaining a virus free cell line. isolating a cell from a Sf-rhabdovirus-contaminated Spodoptera frugiperda organism or from a Sf-rhabdovirus-contaminated Spodoptera frugiperda cell line; combining the isolated cell with a cell culture media comprising an antiviral compound to form a first culture composition; incubating the first culture composition under conditions suitable for the cell to grow and divide, thereby generating a multiplicity of cells; removing a portion of the multiplicity of cells or the cell culture media and testing for the presence or absence of a virus; combining at least some of the multiplicity of cells with cell culture media without an antiviral compound to form a second culture composition; and incubating the second culture composition under conditions suitable for the cells to grow and divide, thereby obtaining a virus free cell line.
Apparatus for heating tubular bodies, comprising supply means adapted to convey a mixture of a combustible fluid toward a distributor, a plurality of ducts connected to said distributor adapted to convey said combustible fluid toward a plurality of flame nozzles, wherein said ducts are arranged so that the respective flame nozzles, placed at their ends, are aligned along a substantially circular perimeter, characterized by the fact that said ducts extend in a prevalently vertical direction and are configured to vary their length automatically along at least said substantially vertical direction, that is parallel to the main direction of extension of the ducts, so that the flame nozzles can be positioned independently with respect to the tubular body.
Method for assembling a rotor segment of an electric machine, wherein the rotor segment has at least one rotor shaft, at least two laminated cores (11, 11.1, 11.2, 11.3, 11.4, 11.5) joined to the rotor shaft, and two pressure elements (7, 12), which axially clamp the at least two laminated cores (11, 11.1, 11.2, 11.3, 11.4, 11.5), and wherein the method has at least the following steps: - arranging the rotor shaft in an assembly device and orienting the rotor shaft using an orienting means of the assembly device; - arranging the at least two laminated cores (11, 11.1, 11.2, 11.3, 11.4, 11.5) and at least the second pressure element or the first pressure element within a clamping means of the assembly device, - orienting at least the at least two laminated cores (11, 11.1, 11.2, 11.3, 11.4, 11.5) in regard to their angular position by means of a positioning module (23, 23.1, 23.2, 23.3, 23.4, 23.5) of the clamping means, wherein the number of positioning modules (23, 23.1, 23.2, 23.3, 23.4, 23.5) corresponds to the number of laminated cores (11, 11.1, 11.2, 11.3, 11.4, 11.5) being arranged on the rotor shaft, and - moving the rotor shaft in relation to the clamping means in such a way that the at least two laminated cores (11, 11.1, 11.2, 11.3, 11.4, 11.5) are pushed onto the rotor shaft and at least the second pressure element or the first pressure element is connected to the rotor shaft. - arranging the rotor shaft in an assembly device and orienting the rotor shaft using an orienting means of the assembly device; - arranging the at least two laminated cores (11, 11.1, 11.2, 11.3, 11.4, 11.5) and at least the second pressure element or the first pressure element within a clamping means of the assembly device, - orienting at least the at least two laminated cores (11, 11.1, 11.2, 11.3, 11.4, 11.5) in regard to their angular position by means of a positioning module (23, 23.1, 23.2, 23.3, 23.4, 23.5) of the clamping means, wherein the number of positioning modules (23, 23.1, 23.2, 23.3, 23.4, 23.5) corresponds to the number of laminated cores (11, 11.1, 11.2, 11.3, 11.4, 11.5) being arranged on the rotor shaft, and - moving the rotor shaft in relation to the clamping means in such a way that the at least two laminated cores (11, 11.1, 11.2, 11.3, 11.4, 11.5) are pushed onto the rotor shaft and at least the second pressure element or the first pressure element is connected to the rotor shaft.
A lighting device for a motorcycle or a saddled three-/four-wheeled vehicle comprising: a pair of left and right headlights configured to be placed on a front portion of a vehicle; a pair of left and right position lights configured to be placed on the front portion of the vehicle, the position lights being situated underneath the headlights; and a pair of left and right flasher lights configured to be placed on the front portion of the vehicle, the flasher lights being situated underneath the position lights, wherein the headlights and the position lights are placed to overlap each other in a vehicle width direction as viewed in a front view of the vehicle, and the position lights and the flasher lights are placed to overlap each other in the vehicle width direction as viewed in a front view of the vehicle, and characterized in that the pair of left and right flasher lights are placed in outward lower portions of the lighting device in the vehicle width direction, so that when the vehicle is seen from the front of the vehicle and the sides of the vehicle, light-emission surfaces of the headlights and the position lights and light-emission surfaces of the flasher lights are continuously formed. a pair of left and right headlights configured to be placed on a front portion of a vehicle; a pair of left and right position lights configured to be placed on the front portion of the vehicle, the position lights being situated underneath the headlights; and a pair of left and right flasher lights configured to be placed on the front portion of the vehicle, the flasher lights being situated underneath the position lights, wherein the headlights and the position lights are placed to overlap each other in a vehicle width direction as viewed in a front view of the vehicle, and the position lights and the flasher lights are placed to overlap each other in the vehicle width direction as viewed in a front view of the vehicle, and characterized in that the pair of left and right flasher lights are placed in outward lower portions of the lighting device in the vehicle width direction, so that when the vehicle is seen from the front of the vehicle and the sides of the vehicle, light-emission surfaces of the headlights and the position lights and light-emission surfaces of the flasher lights are continuously formed.
A display apparatus including a display panel, comprising: a front chassis provided in front of the display panel; an optical sheet disposed behind the display panel and supported by the front chassis; a light guide plate disposed behind the optical sheet; a light emitting diode, LED, substrate disposed beside the light guide plate and configured to emit light toward the light guide plate; a plastic rear cover configured to form an exterior of the display panel, coupled to a rear side of the front chassis, and configured to press the light guide plate toward the front chassis; a heat sink connected to the LED substrate to dissipate heat generated by the LED substrate and interposed between the light guide plate and the rear cover; and a metallic reinforcing member coupled to the rear cover to reinforce strength of the rear cover, wherein the reinforcing member is in contact with the heat sink, wherein the rear cover includes a plurality of ribs (210 and characterized in that the plurality of ribs is in contact with the heat sink and is configured to press the heat sink into direct contact with the front chassis such that the heat sink is supported by the front chassis. a front chassis provided in front of the display panel; an optical sheet disposed behind the display panel and supported by the front chassis; a light guide plate disposed behind the optical sheet; a light emitting diode, LED, substrate disposed beside the light guide plate and configured to emit light toward the light guide plate; a plastic rear cover configured to form an exterior of the display panel, coupled to a rear side of the front chassis, and configured to press the light guide plate toward the front chassis; a heat sink connected to the LED substrate to dissipate heat generated by the LED substrate and interposed between the light guide plate and the rear cover; and a metallic reinforcing member coupled to the rear cover to reinforce strength of the rear cover, wherein the reinforcing member is in contact with the heat sink, wherein the rear cover includes a plurality of ribs (210 and characterized in that the plurality of ribs is in contact with the heat sink and is configured to press the heat sink into direct contact with the front chassis such that the heat sink is supported by the front chassis.
Heater for generating an inhalable aerosol in an aerosol-generating device, wherein the heater comprises at least two meshes (12, 14), wherein the meshes (12, 14) are arranged to be distanced from each other so that the meshes (12, 14) are configured for enabling wicking of aerosol-forming substrate between the meshes (12, 14).
A system (1000, 1100, 1200) for stimulating tissue comprising: a stimulation device (1005, 1105, 1205); an impedance sensor; and a control unit (1001, 1101, 1201) configured to: receive an impedance signal from the impedance sensor; determine a first value of a lung gas parameter based on the impedance signal; compare the first value to a pre-determined value of the lung gas parameter; determine one or more first stimulation parameters based on the comparison of the first value to the pre-determined value; and deliver a stimulation signal, including the one or more first stimulation parameters, to tissue, via the stimulation device, characterized in that the lung gas parameter corresponds to a distribution of air between portions of lungs. a stimulation device (1005, 1105, 1205); an impedance sensor; and a control unit (1001, 1101, 1201) configured to: receive an impedance signal from the impedance sensor; determine a first value of a lung gas parameter based on the impedance signal; compare the first value to a pre-determined value of the lung gas parameter; determine one or more first stimulation parameters based on the comparison of the first value to the pre-determined value; and receive an impedance signal from the impedance sensor; determine a first value of a lung gas parameter based on the impedance signal; compare the first value to a pre-determined value of the lung gas parameter; determine one or more first stimulation parameters based on the comparison of the first value to the pre-determined value; and deliver a stimulation signal, including the one or more first stimulation parameters, to tissue, via the stimulation device, characterized in that the lung gas parameter corresponds to a distribution of air between portions of lungs.
A population of redirected T lymphocytes with a regulatory phenotype (redirected T-cells), the redirected T-cells being endowed with specificity toward a target antigen or ligand, which target antigen or ligand is one that is present or expressed at a site or tissue of an undesired immune or inflammatory response, which cells each comprise a chimeric nucleic acid molecule that expresses, in one single, continuous chain, a chimeric receptor polypeptide comprising an extracellular recognition region, a transmembrane region and an intracellular signaling region, such that the extracellular region thereof is displayed on the surface of said cells, wherein said chimeric nucleic acid molecule comprises: (a) a first nucleic acid segment comprising a sequence encoding said extracellular recognition region specific for said target antigen or ligand, which region does not comprise an MHC protein extracellular domain; and wherein said region binds to the target antigen or ligand in a non MHC restricted manner or in a manner not dependent on the MHC; (b) a second nucleic acid segment comprising a sequence encoding said transmembrane region; and (c) a third nucleic acid segment comprising a sequence encoding said intracellular signaling region comprising a combination of T-cell signaling polypeptide moieties. (a) a first nucleic acid segment comprising a sequence encoding said extracellular recognition region specific for said target antigen or ligand, which region does not comprise an MHC protein extracellular domain; and wherein said region binds to the target antigen or ligand in a non MHC restricted manner or in a manner not dependent on the MHC; (b) a second nucleic acid segment comprising a sequence encoding said transmembrane region; and (c) a third nucleic acid segment comprising a sequence encoding said intracellular signaling region comprising a combination of T-cell signaling polypeptide moieties.