mhurhangee/ep-ind-claims huggingface dataset:
A child car seat, comprising an energy and shock absorbing device, a seat and a base for supporting the seat, the seat being arranged on the base slidably along a path; wherein the device comprises a limit block being formed on the base and located in front of the seat in the path along which the seat slides relative to the base; energy absorbing material is arranged between the limit block and the seat, and deformed to provide buffer force when the seat slides towards the limit block and cooperates with the limit block together to squeeze the energy absorbing material, characterized in that, a sliding rail is provided on the base for supporting the seat to slide, and the sliding rail linearly extends along the front-rear direction; the energy absorbing material is honeycomb aluminum.
A waveguide display comprising: an eyepiece waveguide including an input port configured to receive beams of light (345, 346) at differing angles; a plurality of point light sources (341, 713) positioned proximate the input port, each of the plurality of point light sources (341, 713) having an emission direction oriented away from the input port; and a scanning mirror (350, 710) having a surface with positive optical power positioned proximate the input port and positioned to intercept light emitted by the plurality of point light sources (341, 713), wherein the surface with positive optical power is configured to collimate light emitted by the plurality of point light sources (341, 713) to form a plurality of collimated light beams (346, 721, 722, 723) and reflect light emitted by the plurality of point light sources to the input port. an eyepiece waveguide including an input port configured to receive beams of light (345, 346) at differing angles; a plurality of point light sources (341, 713) positioned proximate the input port, each of the plurality of point light sources (341, 713) having an emission direction oriented away from the input port; and a scanning mirror (350, 710) having a surface with positive optical power positioned proximate the input port and positioned to intercept light emitted by the plurality of point light sources (341, 713), wherein the surface with positive optical power is configured to collimate light emitted by the plurality of point light sources (341, 713) to form a plurality of collimated light beams (346, 721, 722, 723) and reflect light emitted by the plurality of point light sources to the input port.
A method for channel state reporting using an aperiodic channel state information-reference signal, CSI-RS, in a wireless communication system, the method being performed by a terminal and comprising: receiving configuration information on a plurality of aperiodic CSI-RS resources configured for reporting an aperiodic channel state information, CSI; receiving an aperiodic CSI request indicating one of the plurality of aperiodic CSI-RS resources configured for reporting the aperiodic CSI; reporting the aperiodic CSI based on the one of the plurality of aperiodic CSI-RS resources indicated by the aperiodic CSI request, wherein the one of the plurality of aperiodic CSI-RS resources is located after a configured length of time from when the aperiodic CSI request is received, wherein the aperiodic CSI request is received as downlink control information, DCI, and includes state information indicating one of the plurality of aperiodic CSI-RS resources, and wherein the configured length of time is configured through a Radio Resource Control, RRC, signaling. receiving configuration information on a plurality of aperiodic CSI-RS resources configured for reporting an aperiodic channel state information, CSI; receiving an aperiodic CSI request indicating one of the plurality of aperiodic CSI-RS resources configured for reporting the aperiodic CSI; reporting the aperiodic CSI based on the one of the plurality of aperiodic CSI-RS resources indicated by the aperiodic CSI request, wherein the one of the plurality of aperiodic CSI-RS resources is located after a configured length of time from when the aperiodic CSI request is received, wherein the aperiodic CSI request is received as downlink control information, DCI, and includes state information indicating one of the plurality of aperiodic CSI-RS resources, and wherein the configured length of time is configured through a Radio Resource Control, RRC, signaling.
Shell, which can be fired from a barrel, for recoilless firing from a barrel which is open at both ends without any flow cross-section constrictions, comprising a shell base body which surrounds at least one explosive charge, and a flow cross-section reduction device for reducing the flow cross-section of the barrel, which device is arranged in the opposite direction to the firing direction with respect to the shell base body, wherein the flow cross-section reduction device is connected to the shell base body, at a distance from it and to make it stable during firing, via a connecting device, and wherein the flow cross-section reduction device comprises a hollow-cylindrical ring, which is connected to the connecting device via one or more webs, characterized in that the flow cross-section reduction device is a support for a wire-bound data link, which can be unwound while the shell is being fired and connects the shell to a firing control computer at least until it leaves the firing barrel or else in the initial flight phase of the shell after leaving the firing barrel, wherein the wire which can be unwound for the data link is arranged on the flow cross-section reduction device such that the wire is affected as little as possible by the hot powder gases and particles which are created when the shell is fired, wherein the wire is wound in the form of a coil around the ring in a hollow-cylindrical gap, which is open only in the opposite direction to the firing direction, between the external diameter of the ring and the inner surface of the firing barrel.
A lens arrangement comprising a reflective element configured to fold the path of light from a first optical path to a second optical path that is at an angle with said first optical path, a movable lens unit comprising one or more optical lenses arranged along a first optical axis along said second optical path, wherein said reflective element is configured to be linearly displaceable parallel to said second optical path, a first actuator configured to move the lens unit in first directions along said second optical path, and in second directions orthogonal to the plane containing the first optical path and the second optical path, and a second actuator configured to displace the reflective element parallel to said second optical path, wherein said reflective element comprises at least two sides, and wherein both the first actuator and the second actuator are arranged on a same side of said reflective element. a reflective element configured to fold the path of light from a first optical path to a second optical path that is at an angle with said first optical path, a movable lens unit comprising one or more optical lenses arranged along a first optical axis along said second optical path, wherein said reflective element is configured to be linearly displaceable parallel to said second optical path, a first actuator configured to move the lens unit in first directions along said second optical path, and in second directions orthogonal to the plane containing the first optical path and the second optical path, and a second actuator configured to displace the reflective element parallel to said second optical path, wherein said reflective element comprises at least two sides, and wherein both the first actuator and the second actuator are arranged on a same side of said reflective element.
A method of painting an object, wherein the object is at least part of an aircraft and wherein the at least part of the aircraft is a panel, frame, rib, trailing edge spar, or left hand horizontal tail, the method comprising: performing a chromate conversion coating process to dispose a chromate conversion coating onto the entirety of a surface of the object; partially masking the chromate conversion coating disposed on the object; performing an etching process to remove, from the object, an unmasked portion of the chromate conversion coating while retaining the masked portion of the chromate conversion coating on the object; performing an anodising process to dispose an anodic layer onto a region of the surface of the object from which the unmasked portion of the chromate conversion coating was removed; and applying a layer of paint onto the anodic layer and not onto the portion of the chromate conversion coating retained on the object. performing a chromate conversion coating process to dispose a chromate conversion coating onto the entirety of a surface of the object; partially masking the chromate conversion coating disposed on the object; performing an etching process to remove, from the object, an unmasked portion of the chromate conversion coating while retaining the masked portion of the chromate conversion coating on the object; performing an anodising process to dispose an anodic layer onto a region of the surface of the object from which the unmasked portion of the chromate conversion coating was removed; and applying a layer of paint onto the anodic layer and not onto the portion of the chromate conversion coating retained on the object.
A disposable therapeutic fluid dispenser, having a thin flat planar construction for infusing a therapeutic fluid through the skin into the body of a user, the dispenser comprising: a housing having on a bottom face a window; a power supply; a reservoir; a pump; a fluid delivery tool, the fluid delivery tool being fluidly coupled to the pump and being insertable through the window into the body of the user to deliver one or more controlled doses of therapeutic fluid to the user; and an adhesive for attaching the dispenser, to the skin of a user; characterized by removable tape arranged on the bottom face of the housing and configured upon removal of the tape to: enable power to be supplied from the power supply for operation of the fluid dispenser,; expose the adhesive; and expose the window for insertion of the fluid delivery tool therethrough into the body of the user. a housing having on a bottom face a window; a power supply; a reservoir; a pump; a fluid delivery tool, the fluid delivery tool being fluidly coupled to the pump and being insertable through the window into the body of the user to deliver one or more controlled doses of therapeutic fluid to the user; and an adhesive for attaching the dispenser, to the skin of a user; characterized by removable tape arranged on the bottom face of the housing and configured upon removal of the tape to: enable power to be supplied from the power supply for operation of the fluid dispenser,; expose the adhesive; and expose the window for insertion of the fluid delivery tool therethrough into the body of the user.
A modular data center comprising a plurality of racks (12, 14, 16, 18), each of the plurality of racks (12, 14, 16, 18) having a front face and a back face, the plurality of racks (12, 14, 16, 18) being arranged in a first row and a second row, such that the back faces of racks of the first row are facing the second row, and the back faces of other racks of the second row are facing the first row the modular data center characterized in that the modular data center further comprises: a first side panel to couple a side portion of a first rack in the first row with another side portion of another first rack in the second row; a second side panel to couple a second side portion of a second rack in the first row with another second side portion of another second rack in the second row; a roof panel to couple top portions of the racks of the first row with other top portions of the other racks of the second row and to couple a top portion of the first side panel with another top portion of the second side panel, wherein a common area between the first and second rows (32, 34) is substantially enclosed by the first side panel and the second side panel, the roof panel and the plurality of racks (12, 14, 16, 18); and cooling equipment included in at least one of the plurality of racks (12, 14, 16, 18) in one of the first row or the second row and configured to draw air from the common area, cool the air and exhaust the cooled air out of the common area into an outside area surrounding the modular data center out of a front face of the at least one of the plurality of racks (12, 14, 16, 18) including the cooling equipment. a first side panel to couple a side portion of a first rack in the first row with another side portion of another first rack in the second row; a second side panel to couple a second side portion of a second rack in the first row with another second side portion of another second rack in the second row; a roof panel to couple top portions of the racks of the first row with other top portions of the other racks of the second row and to couple a top portion of the first side panel with another top portion of the second side panel, wherein a common area between the first and second rows (32, 34) is substantially enclosed by the first side panel and the second side panel, the roof panel and the plurality of racks (12, 14, 16, 18); and cooling equipment included in at least one of the plurality of racks (12, 14, 16, 18) in one of the first row or the second row and configured to draw air from the common area, cool the air and exhaust the cooled air out of the common area into an outside area surrounding the modular data center out of a front face of the at least one of the plurality of racks (12, 14, 16, 18) including the cooling equipment.
A device for gas-liquid contacting, comprising: a) a downcomer wherein the downcomer comprises: i) first and second spaced apart side walls (220, 230); ii) first and second end walls (240, 250) wherein each end wall (240, 250) is coupled to a respective end of the first and second side walls (220, 230); iii) a floor coupled to the side walls (220, 230) and end walls (240, 250) wherein the floor has at least one section adapted for permitting the passage of liquid therethrough; and iv) first and second opposing discharge walls (300, 304) coupled to respective first and second side walls (220, 230) and having respective ends (302, 306) below the floor; and b) a tray coupled proximate to a top of the downcomer, the device further comprising a pan coupled to the ends (302, 306) of the first and second opposing discharge walls (300, 304) wherein the pan comprises: a) first and second end walls (430, 440) generally impervious to liquid passage; and b) a bottom portion coupled to the first and second end walls (430, 440) forming a floor to the pan, and wherein a plurality of teeth are formed along at least one edge the bottom portion for facilitating a passage of a liquid from at least one side of the pan. a) a downcomer wherein the downcomer comprises: i) first and second spaced apart side walls (220, 230); ii) first and second end walls (240, 250) wherein each end wall (240, 250) is coupled to a respective end of the first and second side walls (220, 230); iii) a floor coupled to the side walls (220, 230) and end walls (240, 250) wherein the floor has at least one section adapted for permitting the passage of liquid therethrough; and iv) first and second opposing discharge walls (300, 304) coupled to respective first and second side walls (220, 230) and having respective ends (302, 306) below the floor; and i) first and second spaced apart side walls (220, 230); ii) first and second end walls (240, 250) wherein each end wall (240, 250) is coupled to a respective end of the first and second side walls (220, 230); iii) a floor coupled to the side walls (220, 230) and end walls (240, 250) wherein the floor has at least one section adapted for permitting the passage of liquid therethrough; and iv) first and second opposing discharge walls (300, 304) coupled to respective first and second side walls (220, 230) and having respective ends (302, 306) below the floor; and b) a tray coupled proximate to a top of the downcomer, a) first and second end walls (430, 440) generally impervious to liquid passage; and b) a bottom portion coupled to the first and second end walls (430, 440) forming a floor to the pan, and wherein a plurality of teeth are formed along at least one edge the bottom portion for facilitating a passage of a liquid from at least one side of the pan.
A display device comprising: a display panel; a printed circuit board engaged with the display panel; a plurality of flexible circuit films having one end connected to the display panel and the other end connected to the printed circuit board, wherein the plurality of flexible circuit films is arranged in parallel to a rear surface of the display panel; a back cover disposed on the rear surface of the display panel, such that the plurality of flexible circuit films and the printed circuit board are accommodated in the display device; a plurality of first support members configured to: support the printed circuit board and the back cover; and maintain a distance between the printed circuit board and the back cover; and a plurality of second support members disposed at a space between each adjacent flexible circuit films of the plurality of flexible circuit films and configured to support the display panel and the back cover. a display panel; a printed circuit board engaged with the display panel; a plurality of flexible circuit films having one end connected to the display panel and the other end connected to the printed circuit board, wherein the plurality of flexible circuit films is arranged in parallel to a rear surface of the display panel; a back cover disposed on the rear surface of the display panel, such that the plurality of flexible circuit films and the printed circuit board are accommodated in the display device; a plurality of first support members configured to: support the printed circuit board and the back cover; and maintain a distance between the printed circuit board and the back cover; and support the printed circuit board and the back cover; and maintain a distance between the printed circuit board and the back cover; and a plurality of second support members disposed at a space between each adjacent flexible circuit films of the plurality of flexible circuit films and configured to support the display panel and the back cover.
A method of manufacturing a thermoplastic synthetic resin product, comprising: - preparing a mold having a cavity formed in a predetermined shape; - filling the cavity of the mold with a thermoplastic synthetic resin material in an amount greater than a volume of the cavity of the mold; - heating the mold under pressure; - releasing the pressure when the thermoplastic synthetic resin material charged in the cavity of the mold is melted by heating, and opening the mold; - removing the excess thermoplastic synthetic resin material in the opened mold at the other portions except for the intended cavity of the mold; - placing either a fabric or a hot melt on the mold having the cavity filled with the thermoplastic synthetic resin material; and - cooling the mold under pressure, thus integrating either the fabric or the hot melt with the thermoplastic synthetic resin material in contact with either the fabric or the hot melt. - preparing a mold having a cavity formed in a predetermined shape; - filling the cavity of the mold with a thermoplastic synthetic resin material in an amount greater than a volume of the cavity of the mold; - heating the mold under pressure; - releasing the pressure when the thermoplastic synthetic resin material charged in the cavity of the mold is melted by heating, and opening the mold; - removing the excess thermoplastic synthetic resin material in the opened mold at the other portions except for the intended cavity of the mold; - placing either a fabric or a hot melt on the mold having the cavity filled with the thermoplastic synthetic resin material; and - cooling the mold under pressure, thus integrating either the fabric or the hot melt with the thermoplastic synthetic resin material in contact with either the fabric or the hot melt.
A convolute abrasive wheel comprising a spirally wound nonwoven abrasive web, the nonwoven abrasive web comprising a make coat and abrasive particles comprising a Vickers indentation hardness of at least 16 Gpa and a toughness of at least 3.0 Mpa m 1/2, a first size coat over the make coat and abrasive particles comprising a phenolic resin, and a second size coat over the first size coat comprising a polyurethane.
Device for connecting an endpoint of a Bowden cable, in particular at bonnet locks of motor vehicles, where the end piece has a double-sided guide groove via which if can be inserted into a guide slot of a lock housing open on one side, where the end piece has a radially projecting latching nose, which engages in the inserted state of the end piece in a corresponding recess of the lock housing arranged outside the guide slot, characterised in that the end piece is tiltably guided in the area of the breakout of the latching nose from the guide slot to the recess in the lock housing, where the guide groove is provided with a broadened section on both sides that allows tilting in the area of the breakout of the latching nose from the guide slot to the recess, and the broadened sections are positioned between an upper and a lower, non-broadened section (16a, 16c) of the guide groove seen from the lateral view.