mhurhangee/ep-ind-claims huggingface dataset:
A drum conveyor defining a drum rotational axis and an outer peripheral surface, the drum conveyor comprising: a first seat and a second seat, each of the first seat and second seat being adapted to transport a rod-shaped article, the first seat and the second seat being located at the outer peripheral surface of the drum conveyor; a first shaft and a second shaft, wherein the first shaft defines a first shaft longitudinal axis and the second shaft defines a second shaft longitudinal axis, the first shaft longitudinal axis and the second shaft longitudinal axis being substantially perpendicular to the drum rotational axis, the first seat being attached to the first shaft and the second seat being attached to the second shaft, so that a rotation of the first shaft around the first shaft longitudinal axis and a rotation of the second shaft around the second shaft longitudinal axis cause the first seat and the second seat to rotate; a pusher coupled with the first shaft and the second shaft by mechanical coupling, the pusher being adapted to linearly move along a pusher direction and engage with the first shaft and second shaft while moving; an actuator adapted to move the pusher along the pusher direction while the drum conveyor rotates around the drum rotational axis so as to rotate the first shaft and the second shaft and the attached first seat and second seat at the same time. a first seat and a second seat, each of the first seat and second seat being adapted to transport a rod-shaped article, the first seat and the second seat being located at the outer peripheral surface of the drum conveyor; a first shaft and a second shaft, wherein the first shaft defines a first shaft longitudinal axis and the second shaft defines a second shaft longitudinal axis, the first shaft longitudinal axis and the second shaft longitudinal axis being substantially perpendicular to the drum rotational axis, the first seat being attached to the first shaft and the second seat being attached to the second shaft, so that a rotation of the first shaft around the first shaft longitudinal axis and a rotation of the second shaft around the second shaft longitudinal axis cause the first seat and the second seat to rotate; a pusher coupled with the first shaft and the second shaft by mechanical coupling, the pusher being adapted to linearly move along a pusher direction and engage with the first shaft and second shaft while moving; an actuator adapted to move the pusher along the pusher direction while the drum conveyor rotates around the drum rotational axis so as to rotate the first shaft and the second shaft and the attached first seat and second seat at the same time.
A refrigeration device comprising: a refrigerant circuit in which a compressor, a condenser, a decompressor, and an evaporator are connected circularly in the stated order; and a regenerative refrigerator including a heat dissipation portion that compresses a working fluid enclosed in a chamber and dissipates heat produced by compression, and a heat absorption portion in which the working fluid compressed in the heat dissipation portion is expanded, wherein a refrigerant in the condenser is cooled by heat exchange between the condenser and the heat absorption portion, characterized in that the refrigeration device further comprising: a first thermal siphon including a first condensation unit and a first evaporation unit; and a storage chamber cooled by each of the evaporator and the first evaporation unit, wherein a refrigerant in the first condensation unit is cooled and condensed by heat exchange between the first condensation unit and the heat absorption portion, and the storage chamber is cooled by evaporation of the refrigerant in the first evaporation unit. a refrigerant circuit in which a compressor, a condenser, a decompressor, and an evaporator are connected circularly in the stated order; and a regenerative refrigerator including a heat dissipation portion that compresses a working fluid enclosed in a chamber and dissipates heat produced by compression, and a heat absorption portion in which the working fluid compressed in the heat dissipation portion is expanded, wherein a refrigerant in the condenser is cooled by heat exchange between the condenser and the heat absorption portion, characterized in that the refrigeration device further comprising: a first thermal siphon including a first condensation unit and a first evaporation unit; and a storage chamber cooled by each of the evaporator and the first evaporation unit, wherein a refrigerant in the first condensation unit is cooled and condensed by heat exchange between the first condensation unit and the heat absorption portion, and the storage chamber is cooled by evaporation of the refrigerant in the first evaporation unit. a first thermal siphon including a first condensation unit and a first evaporation unit; and a storage chamber cooled by each of the evaporator and the first evaporation unit, wherein a refrigerant in the first condensation unit is cooled and condensed by heat exchange between the first condensation unit and the heat absorption portion, and the storage chamber is cooled by evaporation of the refrigerant in the first evaporation unit.
A system comprising: at least one non-linear crystal, which is configured to receive incident light and to convert a wavelength of at least a portion of the incident light; characterized in that the system further comprises: an outer housing defining a first chamber; an inner housing disposed in the first chamber, the inner housing defining a second chamber, wherein the at least one non-linear crystal is disposed in the second chamber; at least one piston disposed between the outer housing and the inner housing to limit movement of the inner housing relative to the outer housing, wherein the piston is configured to be actuated to allow movement of the inner housing relative to the outer housing; and at least one shape memory alloy element in mechanical contact with the inner housing, wherein thermal or electrical energy applied to the shape memory alloy causes movement of the inner housing. at least one non-linear crystal, which is configured to receive incident light and to convert a wavelength of at least a portion of the incident light; characterized in that the system further comprises: an outer housing defining a first chamber; an inner housing disposed in the first chamber, the inner housing defining a second chamber, wherein the at least one non-linear crystal is disposed in the second chamber; at least one piston disposed between the outer housing and the inner housing to limit movement of the inner housing relative to the outer housing, wherein the piston is configured to be actuated to allow movement of the inner housing relative to the outer housing; and at least one shape memory alloy element in mechanical contact with the inner housing, wherein thermal or electrical energy applied to the shape memory alloy causes movement of the inner housing. an outer housing defining a first chamber; an inner housing disposed in the first chamber, the inner housing defining a second chamber, wherein the at least one non-linear crystal is disposed in the second chamber; at least one piston disposed between the outer housing and the inner housing to limit movement of the inner housing relative to the outer housing, wherein the piston is configured to be actuated to allow movement of the inner housing relative to the outer housing; and at least one shape memory alloy element in mechanical contact with the inner housing, wherein thermal or electrical energy applied to the shape memory alloy causes movement of the inner housing.
A force transmitting frame (1, 2, 3, 8, 43, 53, 63) for use in a motion assistance apparatus (4, 5, 7) and/or a robot arm, the force transmitting frame having a first end and a second end, the force transmitting frame comprising: a base (11, 21, 31, 81, 531, 631) arranged at the second end of the force transmitting frame; a first longitudinal member (12, 22, 32, 82a, 532, 632) connected to the base; a second longitudinal member (13, 23, 33, 83a, 533, 633); a first fastener (14, 24, 34, 84a, 534, 634) arranged at the first end of the force transmitting frame and configured to fasten a first end of the first longitudinal member to a first end of the second longitudinal member; and at least one distance maintaining member (25, 35, 535, 635) arranged between the base and the first fastener, and between the first longitudinal member and the second longitudinal member, the at least one distance maintaining member configured to maintain a distance between the first longitudinal member and the second longitudinal member; wherein the force transmitting frame is shaped such that a distance between the first longitudinal member and the second longitudinal member increases from the first fastener toward the base; wherein a second end of the first longitudinal member is fixed to the base; characterized in that a second end of the second longitudinal member is configured to slide with respect to the base. a base (11, 21, 31, 81, 531, 631) arranged at the second end of the force transmitting frame; a first longitudinal member (12, 22, 32, 82a, 532, 632) connected to the base; a second longitudinal member (13, 23, 33, 83a, 533, 633); a first fastener (14, 24, 34, 84a, 534, 634) arranged at the first end of the force transmitting frame and configured to fasten a first end of the first longitudinal member to a first end of the second longitudinal member; and at least one distance maintaining member (25, 35, 535, 635) arranged between the base and the first fastener, and between the first longitudinal member and the second longitudinal member, the at least one distance maintaining member configured to maintain a distance between the first longitudinal member and the second longitudinal member; wherein the force transmitting frame is shaped such that a distance between the first longitudinal member and the second longitudinal member increases from the first fastener toward the base; wherein a second end of the first longitudinal member is fixed to the base; characterized in that a second end of the second longitudinal member is configured to slide with respect to the base.
An assembly comprising an outer ring of an exhaust casing, a structural ring of an outer duct of the by-pass duct of a two-flow jet engine which is concentric relative to the outer ring of the exhaust casing, and at least one first and one second arm or connecting rod (40, 140) which form(s) a hyperstatic link, whilst being secured at one end to the outer ring of the exhaust casing, and at the other end to said structural ring, characterized in that the link which is formed by the first arm (140A-D) or connecting rod (40A-D, 140A-D) is designed to be broken beyond a predetermined load, and the second arm (140 E-F) or connecting rod (40 E-F, 140 E-F) is designed to form a path for transmission of the forces between said rings (21, 23) when said link is broken.
Method for determining an anonymised dose report image (200, 400), comprising the following method steps: - Receipt of a personal dose report image (100, 300) by means of a first interface (701, 801.1), wherein the personal dose report image (100, 300) comprises personal data (101, 301) and dose data (102, 302) of an imaging by means of ionising radiation, wherein the personal data (101, 301) and the dose data (102, 302) are contained as rasterised text in the personal dose report image, and wherein the personal data (101, 301) or the dose data (102, 302) comprise a first signal word (103, 303.1), - First determination (DET-1) of a first position of the first signal word (103, 303.1) in the personal dose report image (100, 300) through optical character recognition by means of a first computing unit (702, 802.1), - Second determination (DET-2) of an image area (106, 306) in the personal dose report image (100, 300) based on the first position by means of the first computing unit (702, 802.1), wherein the image area (106, 306) comprises at least a part of the personal data (101, 301), - Third determination (DET-3) of an anonymised dose report image (200, 400) based on the personal dose report image (100, 300) by means of the first computing unit (702, 802.1), wherein at least the image area (206, 406) of the anonymised dose report image (200, 400) corresponding to the image area (106, 306) of the personal dose report image (100, 300) is anonymised, wherein all pixels of the image area (206, 406) of the anonymised dose report image (200, 400) are allocated a constant value or a random value or a value which does not depend on the intensity values of the pixels of the image area (106, 306) in the personal dose report image (100, 300). - Receipt of a personal dose report image (100, 300) by means of a first interface (701, 801.1), wherein the personal dose report image (100, 300) comprises personal data (101, 301) and dose data (102, 302) of an imaging by means of ionising radiation, wherein the personal data (101, 301) and the dose data (102, 302) are contained as rasterised text in the personal dose report image, and wherein the personal data (101, 301) or the dose data (102, 302) comprise a first signal word (103, 303.1), - First determination (DET-1) of a first position of the first signal word (103, 303.1) in the personal dose report image (100, 300) through optical character recognition by means of a first computing unit (702, 802.1), - Second determination (DET-2) of an image area (106, 306) in the personal dose report image (100, 300) based on the first position by means of the first computing unit (702, 802.1), wherein the image area (106, 306) comprises at least a part of the personal data (101, 301), - Third determination (DET-3) of an anonymised dose report image (200, 400) based on the personal dose report image (100, 300) by means of the first computing unit (702, 802.1), wherein at least the image area (206, 406) of the anonymised dose report image (200, 400) corresponding to the image area (106, 306) of the personal dose report image (100, 300) is anonymised,
A system including a battery service unit for state-of-charge, SOC, maintenance and management of a high voltage energy storage system, ESS, and the ESS, the ESS configured for installation in an electric vehicle, the battery service unit comprising: a primary connection system interfacing with a high voltage port of the ESS; a high voltage battery service interface coupled to said primary connection system, said high voltage battery service interface including a discharge port; a high voltage discharger unit coupled to said discharge port, said high voltage discharger unit configured to dissipate energy from the ESS transferred through said primary connection system; a controller, coupled to said high voltage battery service interface, selectively dissipating energy from the ESS using said high voltage discharger unit to automatically set an SOC level for the ESS to a predetermined SOC level when said SOC level for the ESS exceeds said predetermined SOC level; and an operating environment simulator which interfaces with the ESS and duplicates an operating environment of the ESS in the electric vehicle to enable the ESS to transition into an operational mode to enable discharging of the ESS in case the ESS is not installed in the operating environment of the electric vehicle or in case the ESS is installed in the operating environment of the electric vehicle, but the operating environment of the electric vehicle is compromised. a primary connection system interfacing with a high voltage port of the ESS; a high voltage battery service interface coupled to said primary connection system, said high voltage battery service interface including a discharge port; a high voltage discharger unit coupled to said discharge port, said high voltage discharger unit configured to dissipate energy from the ESS transferred through said primary connection system; a controller, coupled to said high voltage battery service interface, selectively dissipating energy from the ESS using said high voltage discharger unit to automatically set an SOC level for the ESS to a predetermined SOC level when said SOC level for the ESS exceeds said predetermined SOC level; and an operating environment simulator which interfaces with the ESS and duplicates an operating environment of the ESS in the electric vehicle to enable the ESS to transition into an operational mode to enable discharging of the ESS in case the ESS is not installed in the operating environment of the electric vehicle or in case the ESS is installed in the operating environment of the electric vehicle, but the operating environment of the electric vehicle is compromised.
A fishing rod, comprising: a solid tip made of a fiber-reinforced resin material in which reinforced fibers are continuously disposed along an axial direction, the tip being tapered toward a distal end, and a covering layer (20, 20') being made of a fiber-reinforced resin in which short fibers are dispersed in a matrix resin material, characterized in that the covering layer (20, 20') is formed on a surface of the tip, and that the short fibers are dispersed in the matrix resin material such that many of the short fibers are arranged anisotropically in a radially inner region and many of the short fibers are aligned along the axial direction in a radially outer region. a solid tip made of a fiber-reinforced resin material in which reinforced fibers are continuously disposed along an axial direction, the tip being tapered toward a distal end, and a covering layer (20, 20') being made of a fiber-reinforced resin in which short fibers are dispersed in a matrix resin material,
A terminal, in particular mobile terminal comprising: a display unit comprising: - a housing; - a liquid crystal display provided to one side of the housing; and - a backlight unit including a plurality of light emitting diodes for a backlight provided to a backside of the liquid crystal display; and - a touch screen; a light-transmissive material part provided to a side of the housing; a sensing module capable of detecting a posture of the housing; and a control unit adapted to control the backlight unit to selectively adjust brightness of the light emitting diodes in part, and to control at least one or more objects to be displayed on the display unit, wherein the control unit is further adapted to control some of the light emitting diodes of the backlight unit to cause a visual effect to the light-transmissive material part to inform a user of the posture of the housing, and wherein the mobile terminal further comprises means for changing the propagation direction of light generated from a light emitting diode located at an edge of the backlight unit to arrive at the light-transmissive material part. a display unit comprising: - a housing; - a liquid crystal display provided to one side of the housing; and - a backlight unit including a plurality of light emitting diodes for a backlight provided to a backside of the liquid crystal display; and - a touch screen; - a housing; - a liquid crystal display provided to one side of the housing; and - a backlight unit including a plurality of light emitting diodes for a backlight provided to a backside of the liquid crystal display; and - a touch screen; a light-transmissive material part provided to a side of the housing; a sensing module capable of detecting a posture of the housing; and a control unit adapted to control the backlight unit to selectively adjust brightness of the light emitting diodes in part, and to control at least one or more objects to be displayed on the display unit,
A front vehicle body structure including: a cowl box provided on an upper section of a dashboard's lower member partitioning between an engine room and a passenger compartment; left and right damper housings provided forwardly of the cowl box; left and right side extensions provided adjacent to the left and right damper housings and closing left and right end portions of the cowl box; left and right dashboard's side members mounted to the left and right side extensions and the left and right damper housings; and left and right front pillars connected to rear end portions of corresponding ones of the left and right side extensions, wherein each of the left and right side extensions includes a side wall section covering a corresponding one of the left and right end portions of the cowl box, and an upper bent section bent from an upper end portion of the side wall section toward an upper surface of the corresponding end portion of the cowl box, the side extension having a substantially hook shape defined with the side wall section and the upper bent section, and characterized in that each of the left and right dashboard's side members includes: a first horizontal section mounted to an underside of the upper bent section of a corresponding one of the left and right side extensions; a side-member's ridge line portion formed integrally with and forwardly of the first horizontal section, the ridge line portion having a first projection provided on an inner end portion, in a vehicle width direction, of the ridge line portion and projecting upwardly; and a side-member's wall portion extending downward from a front end portion of the ridge line portion and located inwardly, in the vehicle width direction, of the side wall section of the corresponding side extension.
A grease composition for rolling bearings, comprising a base oil, a urea thickener and a metal deactivator, wherein; the urea thickener is at least one selected from the group consisting of diurea compounds represented by formula: R 1 - NHCONH - R 2 - NHCONH - R 3 wherein R 1 and R 3 which may be the same or different from each other represent a C 6-30 alkyl group, a C 5-8 cycloalkyl group or a C 6-10 aryl group, and R 2 represents a bivalent aromatic hydrocarbon group having 6 to 15 carbon atoms, characterized in that the metal deactivator is at least one selected from the group consisting of a benzotriazole compound, a thiadiazole compound, and a benzimidazole compound, and is contained in an amount of 0.1 to 10 mass% of the total mass of the grease composition, and the base oil has an aniline point as defined in JIS K2256 of 110°C or more.
A method in a wireless communication device, the method comprising: receiving, by the wireless communication device, in a Tracking Area Update response message, a rate adaptation sequence (626, 628, 630); detecting (624, 1202), at the wireless communication device, whether there is an Explicit Congestion Notification, ECN, Congestion Experienced, CE, marking within an internet protocol, IP, packet header; and transmitting, by the wireless communication device, a request to reduce a bit rate to a reduced bit rate responsive to detecting that there is an ECN CE marking within the IP packet header, or, a request to increase the bit rate to an increased bit rate responsive to detecting that there is no ECN CE marking within the IP packet header, wherein the bit rate is adapted according to the rate adaptation sequence received in the Tracking Area Update response message. receiving, by the wireless communication device, in a Tracking Area Update response message, a rate adaptation sequence (626, 628, 630); detecting (624, 1202), at the wireless communication device, whether there is an Explicit Congestion Notification, ECN, Congestion Experienced, CE, marking within an internet protocol, IP, packet header; and transmitting, by the wireless communication device, a request to reduce a bit rate to a reduced bit rate responsive to detecting that there is an ECN CE marking within the IP packet header, or, a request to increase the bit rate to an increased bit rate responsive to detecting that there is no ECN CE marking within the IP packet header, wherein the bit rate is adapted according to the rate adaptation sequence received in the Tracking Area Update response message.