mhurhangee/ep-ind-claims huggingface dataset:
A vehicle light, comprising: an LED light source, a first lens, a second lens, a first reflector, a second reflector, whereby, when the vehicle light is installed in a vehicle body, said LED light source having an optical axis as a light emitting direction, is disposed so as to be inclined with respect to a vertical axis; said first lens is disposed forward of the LED light source; said second lens is disposed below or above, and forward of the first lens; said first reflector is disposed rearward of the LED light source at a position opposite to the first lens with the LED light source therebetween so as to extend in a vertical plane in the front-to-rear direction of the vehicle body from both sides of the LED light source to a position near the optical axis of the LED light source, the first reflector being configured to reflect light beams from the LED light source toward the first lens so as to form a wide light distribution pattern vertically converged and horizontally diffused; said second reflector is disposed at a position below or above, and forward of the first reflector and opposite to the second lens, the second reflector being configured to reflect light beams from the LED light source toward the second lens so as to form a middle-area light distribution pattern vertically converged and horizontally diffused.
A secondary battery system comprising: a battery module having at least one lithium ion battery; a measuring device for measuring a voltage and a temperature of the battery module; a state of charge detection device for detecting a state of charge SOC based on the voltage; and a charge-discharge control device; wherein an estimated battery resistance of the battery module is calculated based on a battery resistance in a standard state, an initial battery resistance in the standard state, and a measured initial battery resistance, the standard state is the condition in which the degradation of the lithium ion battery is minimized, the battery resistance in the standard state is calculated based on a voltage and a current of the battery module during said condition in which the degradation of the battery module is minimized, the initial battery resistance in the standard state is calculated under the same conditions of SOC and temperature as those in the standard state, and the measured initial battery resistance is calculated based on a measured initial condition of the battery module, and the charge-discharge control device sets a current to supply to the battery module based on the estimated battery resistance. a battery module having at least one lithium ion battery; a measuring device for measuring a voltage and a temperature of the battery module; a state of charge detection device for detecting a state of charge SOC based on the voltage; and a charge-discharge control device;
Device for transporting a hollow body provided with a neck that comprises an inner, vertically oriented wall and an upper rim circumferentially delimiting an access opening to the interior of said hollow body, said device comprising at least means for gripping the hollow body by engagement with the inner wall of the neck, which are mounted on the lower, free end of a stem and are displaceably connected to the stem, said stem being mounted so as to be able to move vertically between: - an upper position in which the gripping means are retracted upwards by the stem so as to allow the neck of the hollow body to be introduced radially into a determined reference position with respect to the gripping means of the device, and - a lower position in which the gripping means engage radially with the inner wall of the neck so as to grip the hollow body, characterized in that the gripping means are mounted so as to be able to move radially between: - a retracted position in which the gripping means are introduced vertically downwards into the neck without making contact with the inner wall, and - a deployed position in which the gripping means engage with the inner wall of the neck, and in that the change of position of the gripping means from the retracted position to the deployed position is controlled by the vertical, downward displacement of the stem, from the upper position to the lower position. - an upper position in which the gripping means are retracted upwards by the stem so as to allow the neck of the hollow body to be introduced radially into a determined reference position with respect to the gripping means of the device, and - a lower position in which the gripping means engage radially with the inner wall of the neck so as to grip the hollow body, characterized in that the gripping means are mounted so as to be able to move radially between: - a retracted position in which the gripping means are introduced vertically downwards into the neck without making contact with the inner wall, and - a deployed position in which the gripping means engage with the inner wall of the neck,
A kit of parts comprising: in one part a) a water-borne stain; and, in another part b) a water-immiscible organic solvent-borne stain, wherein said water-borne stain a) is essentially free of resin and further contains at least one water-miscible organic solvent. in one part a) a water-borne stain; and, in another part b) a water-immiscible organic solvent-borne stain, wherein said water-borne stain a) is essentially free of resin and further contains at least one water-miscible organic solvent.
A heat radiation apparatus for LED lighting, comprising: an LED lighting unit mounting plate (2;30;35;40;45) which is formed of a thermally conductive material and which has a lighting unit mounting surface to which an LED lighting unit is mounted and a flat heat transfer surface; and a plurality of heat radiation fins (5;20) disposed on the heat transfer surface of the LED lighting unit mounting plate (2;30;35;40;45), wherein each of the heat radiation fins (5;20) has a base portion and a heat radiation portion integrally provided on the base portion such that the heat radiation portion extends upward from the base portion; the plurality of heat radiation fins (5;20) are fixed to the LED lighting unit mounting plate (2;30;35;40;45) such that the heat radiation portions are spaced from one another; and a hollow operation fluid storing circuit (12;22) is formed in the heat radiation portion of each heat radiation fin (5;20), and an operation fluid is charged into the operation fluid storing circuit (12;22), whereby a heat pipe portion (11;21) is provided at the heat radiation portion. an LED lighting unit mounting plate (2;30;35;40;45) which is formed of a thermally conductive material and which has a lighting unit mounting surface to which an LED lighting unit is mounted and a flat heat transfer surface; and a plurality of heat radiation fins (5;20) disposed on the heat transfer surface of the LED lighting unit mounting plate (2;30;35;40;45), wherein each of the heat radiation fins (5;20) has a base portion and a heat radiation portion integrally provided on the base portion such that the heat radiation portion extends upward from the base portion; the plurality of heat radiation fins (5;20) are fixed to the LED lighting unit mounting plate (2;30;35;40;45) such that the heat radiation portions are spaced from one another; and a hollow operation fluid storing circuit (12;22) is formed in the heat radiation portion of each heat radiation fin (5;20), and an operation fluid is charged into the operation fluid storing circuit (12;22), whereby a heat pipe portion (11;21) is provided at the heat radiation portion.
A method for setting up a bearer, comprising: receiving, by a serving general packet radio service support node, SGSN, a packet data protocol, PDP, context activation request from a user equipment, UE; sending, by the SGSN, a second bearer setup request to a serving gateway, SGW, for the SGW to send a first bearer setup request to a packet data network gateway, PGW; receiving, by the SGSN, a second bearer setup response from the SGW, wherein the second bearer setup response is sent by the SGW after the SGW receives a first bearer setup response from the PGW; sending, by the SGSN, a radio access bearer, RAB, assignment request to a radio access network, RAN, for the RAN to set up a radio bearer, RB, with the UE; receiving, by the SGSN, an RAB assignment response from the RAN; and returning, by the SGSN, a PDP context activation response to the UE. receiving, by a serving general packet radio service support node, SGSN, a packet data protocol, PDP, context activation request from a user equipment, UE; sending, by the SGSN, a second bearer setup request to a serving gateway, SGW, for the SGW to send a first bearer setup request to a packet data network gateway, PGW; receiving, by the SGSN, a second bearer setup response from the SGW, wherein the second bearer setup response is sent by the SGW after the SGW receives a first bearer setup response from the PGW; sending, by the SGSN, a radio access bearer, RAB, assignment request to a radio access network, RAN, for the RAN to set up a radio bearer, RB, with the UE; receiving, by the SGSN, an RAB assignment response from the RAN; and returning, by the SGSN, a PDP context activation response to the UE.
Electric shock protection device for a busbar, wherein the electric shock protection device comprises a covering body, wherein the covering body comprises a receptacle region for receiving the busbar, wherein the covering body comprises a covering portion for covering the busbar on the front side, wherein the covering body comprises a holding portion, wherein a partial region of the holding portion of the covering body, with the busbar arranged in the receptacle region, engages behind the busbar on a side facing away from the covering portion, wherein the electric shock protection device comprises a holding element, wherein the holding element is suitable for preventing unintentional release of the electric shock protection device from the busbar, characterized in that the holding element is mounted displaceably in a guide portion of the covering body, for the purpose of changing a distance between the holding portion and the holding element, wherein the holding element cooperates with the covering body in a form-fitting manner in at least one displacement position.
A stiffener tool position and stiffener forming apparatus (1000; 100, 200, 300, 340, 400, 701, 701', 726), the apparatus comprising: a base; a first flipper member slidably attached to the base, the first flipper member configured to selectively attach a first mandrel thereon, the first flipper member configured to rotate the first mandrel; and a second flipper member slidably attached to the base, the second flipper member configured to selectively attach a second mandrel thereon, the second flipper member configured to rotate the second mandrel, wherein the first and second flippers (1016, 1018) are configured to rotate to align select surfaces of the first and second mandrels (1060, 1062) relative to each other; characterized in that the first and second flipper members (1016, 1018) are slidably positioned at select distances from each other on the base, the first flipper member and the second flipper member are configured to clamp together to compress at least one ply of fibers on the first and second mandrels (1060, 1062) on the select surfaces into each other; and the clamped together first and second mandrels (1060, 1062) are configured to be removed from the first flipper member and the second flipper member and then rotated 180° and reinstalled on the first flipper member and second flipper member so that the first mandrel is attached to the second flipper member and the second mandrel is attached to the first flipper member. a base; a first flipper member slidably attached to the base, the first flipper member configured to selectively attach a first mandrel thereon, the first flipper member configured to rotate the first mandrel; and a second flipper member slidably attached to the base, the second flipper member configured to selectively attach a second mandrel thereon, the second flipper member configured to rotate the second mandrel, wherein the first and second flippers (1016, 1018) are configured to rotate to align select surfaces of the first and second mandrels (1060, 1062) relative to each other; characterized in that the first and second flipper members (1016, 1018) are slidably positioned at select distances from each other on the base, the first flipper member and the second flipper member are configured to clamp together to compress at least one ply of fibers on the first and second mandrels (1060, 1062) on the select surfaces into each other; and the clamped together first and second mandrels (1060, 1062) are configured to be removed from the first flipper member and the second flipper member and then rotated 180° and reinstalled on the first flipper member and second flipper member so that the first mandrel is attached to the second flipper member and the second mandrel is attached to the first flipper member.
Letterbox apparatus for receiving items into a receiving space, the apparatus including a closure member which, in use, is mounted in a letterbox opening, the closure member being movable between an open condition and a closed condition, the opening being defined by a structure 84 such as a door or wall or by a housing 12 mounted in an aperture in the structure, the apparatus including a locking device which is movable between a locked condition in which the locking device locks the closure member in the closed condition and an unlocked condition in which the locking device permits the closure member to move between the open and closed conditions, the apparatus including a timer, a controller and an alarm indicator 32, the alarm indicator is movable by the controller from a normal condition to an alarm condition, wherein the controller, the timer and the alarm indicator are located in a control housing 72, the locking device including a lock member, which is movable between the locked condition in which the lock member is engaged by a lock keeper mounted to the housing 12 and/or the structure 84 and the unlocked condition in which the lock member is disengaged from the lock keeper, wherein the apparatus includes an actuator which moves the lock member between the locked and the unlocked conditions, characterised in that: the control housing and the lock member are mounted to the closure member which is an internal closure member. the apparatus including a timer, a controller and an alarm indicator 32, the alarm indicator is movable by the controller from a normal condition to an alarm condition, wherein the controller, the timer and the alarm indicator are located in a control housing 72, the locking device including a lock member, which is movable between the locked condition in which the lock member is engaged by a lock keeper mounted to the housing 12 and/or the structure 84 and the unlocked condition in which the lock member is disengaged from the lock keeper, wherein the apparatus includes an actuator which moves the lock member between the locked and the unlocked conditions, characterised in that: the control housing and the lock member are mounted to the closure member which is an internal closure member.
A lighting apparatus comprising: a string of serially-connected light-emitting diodes (LEDs) (510a, 510b) coupled between first and second terminals (501, 502) and comprising a first set of blue-shifted yellow LEDs having a first chromaticity and a second set of BSY LEDs having a second chromaticity different from the first chromaticity; and a control circuit comprising a bypass circuit, coupled to the string, that bypasses at least one LED of the first set of LEDs and varies a color temperature produced by the string by varying a current passing through the first set of LEDs relative to the second set of LEDs of the string, characterized by the bypass circuit bypassing the at least one LED of the first set of LEDs responsive to a variation in a total current passing between the first and second terminals such that the color temperature varies substantially in conformance with the Planckian locus in response to the variation in the total current. a string of serially-connected light-emitting diodes (LEDs) (510a, 510b) coupled between first and second terminals (501, 502) and comprising a first set of blue-shifted yellow LEDs having a first chromaticity and a second set of BSY LEDs having a second chromaticity different from the first chromaticity; and a control circuit comprising a bypass circuit, coupled to the string, that bypasses at least one LED of the first set of LEDs and varies a color temperature produced by the string by varying a current passing through the first set of LEDs relative to the second set of LEDs of the string, characterized by the bypass circuit bypassing the at least one LED of the first set of LEDs responsive to a variation in a total current passing between the first and second terminals such that the color temperature varies substantially in conformance with the Planckian locus in response to the variation in the total current.
A work machine comprising: a machine body frame; an engine section provided at a front portion of the machine body frame; an engine provided on a front end side of the engine section and having an output shaft portion (60, 24) oriented to a machine body front side; a transmission belt entrained around the output shaft portion (60, 24) and an input portion of a PTO shaft; and an electromagnetic clutch provided in the output shaft portion (60, 24); wherein the output shaft portion (60, 24) includes an output pulley and the electromagnetic clutch connects/disconnects power transmission to the output pulley entrained by the transmission belt, characterized in that the electromagnetic clutch provided in a shaft end portion of the output shaft portion (60, 24) which portion is disposed on more machine body front side than the transmission belt; and an electric conduction harness for the electromagnetic clutch is disposed to extend from an electric power supply section on more machine body rear side than the transmission belt and to bypass an outer side of entraining range of the transmission belt to be connected to the electromagnetic clutch to be freely inserted and withdrawn thereto/therefrom from the machine body front side. a machine body frame; an engine section provided at a front portion of the machine body frame; an engine provided on a front end side of the engine section and having an output shaft portion (60, 24) oriented to a machine body front side; a transmission belt entrained around the output shaft portion (60, 24) and an input portion of a PTO shaft; and an electromagnetic clutch provided in the output shaft portion (60, 24); wherein the output shaft portion (60, 24) includes an output pulley and the electromagnetic clutch connects/disconnects power transmission to the output pulley entrained by the transmission belt, characterized in that the electromagnetic clutch provided in a shaft end portion of the output shaft portion (60, 24) which portion is disposed on more machine body front side than the transmission belt; and an electric conduction harness for the electromagnetic clutch is disposed to extend from an electric power supply section on more machine body rear side than the transmission belt and to bypass an outer side of entraining range of the transmission belt to be connected to the electromagnetic clutch to be freely inserted and withdrawn thereto/therefrom from the machine body front side.
A method for etching a curved substrate, comprising: forming a conductive thin film layer with an etched pattern on a curved substrate; supplying power to the conductive thin film layer such that the conductive thin film layer has an equal potential at each position of the conductive thin film layer; etching each position of the curved substrate to an etching depth corresponding to the potential at each position of the conductive thin film layer based on the etched pattern of the conductive thin film layer, so as to obtain the curved substrate having a consistent etching depth at each position of the curved substrate. forming a conductive thin film layer with an etched pattern on a curved substrate; supplying power to the conductive thin film layer such that the conductive thin film layer has an equal potential at each position of the conductive thin film layer; etching each position of the curved substrate to an etching depth corresponding to the potential at each position of the conductive thin film layer based on the etched pattern of the conductive thin film layer, so as to obtain the curved substrate having a consistent etching depth at each position of the curved substrate.
A clearance control system for a turbine having a stator assembly and a rotor assembly, the system comprising: a controller (26,28) for axially moving the stator assembly relative to the rotor assembly and an outer casing of the turbine; at least one actuator (36,38,40,42) fixedly connected to the outer casing of the turbine; and an actuator shaft connected to the at least one actuator (36,38, 40, 42) and to the stator assembly; wherein said controller (26,28) is adapted to move the stator assembly relative to the rotor assembly and the outer casing of the turbine in an axial direction to adjust the clearance between certain portions of the rotor assembly and the stator assembly, characterized in that the rotor assembly comprises rotor bucket shank portion angel wings, and in that adjusting the clearance between certain portions of the rotor assembly and the stator assembly comprises adjusting angel wing clearance between shanks of the rotating buckets and stator assembly. a controller (26,28) for axially moving the stator assembly relative to the rotor assembly and an outer casing of the turbine; at least one actuator (36,38,40,42) fixedly connected to the outer casing of the turbine; and an actuator shaft connected to the at least one actuator (36,38, 40, 42) and to the stator assembly; wherein said controller (26,28) is adapted to move the stator assembly relative to the rotor assembly and the outer casing of the turbine in an axial direction to adjust the clearance between certain portions of the rotor assembly and the stator assembly, characterized in that the rotor assembly comprises rotor bucket shank portion angel wings, and in that adjusting the clearance between certain portions of the rotor assembly and the stator assembly comprises adjusting angel wing clearance between shanks of the rotating buckets and stator assembly.
A method of monitoring a seal, the seal being an abradable seal comprising an outer ring arrangement and an energiser for urging said outer ring arrangement against an opposing surface, wherein an outermost surface of said outer ring arrangement defines a sealing surface of said abradable seal, wherein said outer ring arrangement is configured such that after a first period of operation said sealing surface suddenly transitions from having a relatively large surface area to having a relatively small surface area, so as to cause a sudden increase in internal leakage across the seal at said transition, the method comprising: monitoring internal leakage across said abradable seal; and detecting a sudden increase in internal leakage due to said sealing surface transitioning from having a relatively large surface area to having a relatively small surface area. monitoring internal leakage across said abradable seal; and detecting a sudden increase in internal leakage due to said sealing surface transitioning from having a relatively large surface area to having a relatively small surface area.