mhurhangee/ep-ind-claims huggingface dataset:
A battery system improving operation reliability of a swelling current interrupt device including a battery part, a lead tab configured to connect the battery part to the exterior, the swelling current interrupt device disposed between the battery part and the lead tab, and a pouch configured to house the battery part and the swelling CID, the battery system comprising: a cooling plate adhered to the pouch to cool the battery part; and a swelling aperture formed in the cooling plate to accommodate a concentrated expansion of the pouch. a cooling plate adhered to the pouch to cool the battery part; and a swelling aperture formed in the cooling plate to accommodate a concentrated expansion of the pouch.
A transformer, comprising: a tank for housing a core, at least one coil winding, and an insulating fluid; a radiator for receiving the insulating fluid from the tank, the radiator including fins which are extending in a vertical direction for cooling the insulating fluid and a header for receiving the cooled insulating fluid from the radiator, wherein the header includes a port for measurement access to the insulating fluid therein; and a sensor for measuring properties of the insulating fluid through the port; characterized in that the header further comprises first and second valves (44,46) at respective ones of upstream and downstream ends of the header; and wherein at least a portion of the header is oriented along the vertical direction and extends downwardly from the radiator below a base of the radiator; and the port is located on the portion of the header. a tank for housing a core, at least one coil winding, and an insulating fluid; a radiator for receiving the insulating fluid from the tank, the radiator including fins which are extending in a vertical direction for cooling the insulating fluid and a header for receiving the cooled insulating fluid from the radiator, wherein the header includes a port for measurement access to the insulating fluid therein; and a sensor for measuring properties of the insulating fluid through the port; characterized in that the header further comprises first and second valves (44,46) at respective ones of upstream and downstream ends of the header; and wherein at least a portion of the header is oriented along the vertical direction and extends downwardly from the radiator below a base of the radiator; and the port is located on the portion of the header.
Belay device for securing at least one rope of the type comprising a main body composed of at least two flat plates (2, 2A, 3) constrained one to another according to substantially parallel planes by a plurality of constraining means (4 - 7), said at least one rope being adapted for being inserted inside the body of the device into the gap present between at least two of said plates (2, 2A, 3), comprising as well one opening for hooking a first karabiner to the main body of the device passing through said opening, said first karabiner being movable in said opening between an unlocking position of said at least one rope and a blocking position of said at least one rope, and vice versa, wherein said first karabiner constrains said device to an user when it is hooked in said opening, and further comprising at least one hole obtained on at least one of said plates (2, 2A, 3) adapted to allow the hooking of said first karabiner removed from said opening or of a second karabiner around which said at least one rope is passed through, and further comprising means for constraining the device to at least one fixed hooking point, characterized in that the contour of said opening comprises at least one protruding element for separating said opening in a first portion and in a second portion, said first karabiner being disposed at said first portion when it is in said unlocking position of said at least one rope, said first karabiner being disposed at said second portion when it is in said blocking position of said at least one rope.
A composition comprising 46±4.6 to 49±4.9 weight percent -1,2,3,3,3-pentafluoro-1-propene, 2±0.2 to 6±0.6 weight percent R-32, 45±4.5 to 48±4.8 weight percent HFO-1234yf, and 1±0.1 to 3±0.3 weight percent CO 2 or 43±4.3 to 47±4.7 weight percent -1,2,3,3,3-pentafluoro-1-propene, 4±0.4 to 10±1 weight percent R-32, 42±4.2 to 47±4.7 weight percent HFO-1234yf, 1±0.1 to 4±0.4 weight percent R-125, and 1±0.1 to 2±0.2 weight percent CO 2. 46±4.6 to 49±4.9 weight percent -1,2,3,3,3-pentafluoro-1-propene, 2±0.2 to 6±0.6 weight percent R-32, 45±4.5 to 48±4.8 weight percent HFO-1234yf, and 1±0.1 to 3±0.3 weight percent CO 2 or 43±4.3 to 47±4.7 weight percent -1,2,3,3,3-pentafluoro-1-propene, 4±0.4 to 10±1 weight percent R-32, 42±4.2 to 47±4.7 weight percent HFO-1234yf, 1±0.1 to 4±0.4 weight percent R-125, and 1±0.1 to 2±0.2 weight percent CO 2.
Layered setup comprising a substrate layer and a photopolymer layer bonded thereto at least segmentally, characterized in that the substrate layer has an average retardation of ≤ 60 nm, wherein the photopolymer layer comprises matrix polymers, writing monomers and a photoinitiator system.
Cutting tool for mechanical drilling or turning with an elongated shaft (2, 2a), on one end of which a cutting head (6, 6a) is arranged for receiving the cutting tool (7, 7a) and the other end of which is capable of being clamped in a tool holder of a machine tool, wherein the shaft (2, 2a) has an elongated shaft core (4, 4a) made from a carbon fibre-reinforced plastic and a shaft sleeve (3, 3a) made from another material surrounding the shaft core (4, 4a) and the shaft core (4, 4a) is firmly attached, for the transmission of force, to the shaft sleeve (3, 3a), characterised in that the fibre volume content of carbon fibres in the fibre composite material of the shaft core (4, 4a) is 70% to 90 %.
A turbogenerator for an aircraft comprising: - a turboshaft engine; - an electric generator comprising a rotor driven mechanically by the turboshaft engine and a stator supported by a casing of the electric generator; characterised in that the turbogenerator comprises a static decanter of an air/oil mixture coming from the turboshaft engine, the static decanter being positioned around the casing of the electric generator. - a turboshaft engine; - an electric generator comprising a rotor driven mechanically by the turboshaft engine and a stator supported by a casing of the electric generator;
Airbag module, in particular for a front passenger (21, 23) of a vehicle, comprising an inflatable bag having at least a first outer panel and a second outer panel arranged substantially symmetrically to each other with regard to a vertical middle plane of the inflated bag, wherein the inflatable bag comprises a strap structure substantially located between the first and second outer panels (33, 35), wherein the strap structure is designed such that the bag is extendable from a first state having a first size to a second state having a second size depending on the size of the respective passenger and/or the severity of an impact, wherein the strap structure comprises a plurality of straps, characterized in that the straps are integrally formed in a single piece of fabric.
An antenna assembly, comprising: an antenna receiving terminal comprising a first conductive region; a charge releasing terminal comprising a second conductive region; a clearance area disposed between the antenna receiving terminal and the charge releasing terminal to separate the antenna receiving terminal from the charge releasing terminal, wherein the antenna receiving terminal, the clearance area and the charge releasing terminal are arranged in a stacked configuration; a charge discharging member disposed at the first conductive region of the antenna receiving terminal, wherein the charge discharging member extends toward the charge releasing terminal, and forms a first apex angle close to the charge releasing terminal; and a charge recovering member corresponding to the charge discharging member disposed at the second conductive region of the charge releasing terminal, wherein the charge recovering member extends toward the antenna receiving terminal, and forms a second apex angle close to the antenna receiving terminal, wherein a distance between the first apex angle and the second apex angle is less than or equal to a preset distance, so as to initiate an arc discharge between the first apex angle and the second apex angle. an antenna receiving terminal comprising a first conductive region; a charge releasing terminal comprising a second conductive region; a clearance area disposed between the antenna receiving terminal and the charge releasing terminal to separate the antenna receiving terminal from the charge releasing terminal, wherein the antenna receiving terminal, the clearance area and the charge releasing terminal are arranged in a stacked configuration; a charge discharging member disposed at the first conductive region of the antenna receiving terminal, wherein the charge discharging member extends toward the charge releasing terminal, and forms a first apex angle close to the charge releasing terminal; and a charge recovering member corresponding to the charge discharging member disposed at the second conductive region of the charge releasing terminal, wherein the charge recovering member extends toward the antenna receiving terminal, and forms a second apex angle close to the antenna receiving terminal, wherein a distance between the first apex angle and the second apex angle is less than or equal to a preset distance, so as to initiate an arc discharge between the first apex angle and the second apex angle.
A Group 5 metal oxo-alkoxo complex represented by formula, chemical formula, chemical formula or chemical formula: M A (μ 4 -O) B (μ 3 -O) C (μ-O) D (μ-O t Bu) E (O t Bu) F wherein M represents a niobium atom or a tantalum atom; and A, B, C, D, E and F represent respectively numerical values of 10, 1, 8, 8, 0 and 16 or of 9, 1, 5, 9, 1 and 14:
A cold-chamber die-casting machine, with a vertically arranged casting chamber, with at least one cavity of at least one die-casting mould, said cavity via at least one gate channel which connects onto the casting chamber being channel-connected to this chamber, and with a casting piston which is traversable along the casting chamber and therein, wherein the casting chamber is open to the bottom and on the other side of the connection of the at least one gate channel is closable by way of a main slide, characterised in that the main slide is arranged transversely to the otherwise cylindrical casting chamber and that the casting chamber is free of a counter-piston.
A method of forming coated composite feedstock strips for additive manufacturing, the method comprising: slitting a sheet into composite feedstock strips, the sheet comprising a first resin and fibers extending parallel to each other within the sheet; slitting being performed along a direction parallel to all of the fibers within the sheet; and coating an outer surface of the composite feedstock strips with a material comprising a second resin thereby forming the coated composite feedstock strips comprising a coating layer disposed over the composite feedstock strips. slitting a sheet into composite feedstock strips, the sheet comprising a first resin and fibers extending parallel to each other within the sheet; slitting being performed along a direction parallel to all of the fibers within the sheet; and the sheet comprising a first resin and fibers extending parallel to each other within the sheet; slitting being performed along a direction parallel to all of the fibers within the sheet; and coating an outer surface of the composite feedstock strips with a material comprising a second resin thereby forming the coated composite feedstock strips comprising a coating layer disposed over the composite feedstock strips.
A resource allocation method of a Graphic Processing Unit, GPU,, the method comprising: dividing a task into a plurality of operation requests; storing the operation requests in a request queue; combining data of at least two operations of a same type of said request queue into a merged operation request of the same type; and allocating a GPU resource according to an execution order of the operation request in the request queue. dividing a task into a plurality of operation requests; storing the operation requests in a request queue; combining data of at least two operations of a same type of said request queue into a merged operation request of the same type; and allocating a GPU resource according to an execution order of the operation request in the request queue.
A method of detecting a stalled start in a multiphase induction motor, comprising: obtaining measurements of motor phase currents during a startup interval of the induction motor; deriving a magnitude of a positive sequence of the motor phase currents during the startup interval using the measurements of the motor phase currents; deriving a magnitude of a negative sequence of the motor phase currents during the startup interval using the measurements of the motor phase currents; characterised by calculating a stall indicator as a ratio of the magnitude of the positive sequence to the magnitude of the negative sequence; and removing power provided to the induction motor if the stall indicator meets a predefined criterion, wherein the predefined criterion is met if the ratio remains substantially unchanged from a previously calculated ratio during the startup interval. obtaining measurements of motor phase currents during a startup interval of the induction motor; deriving a magnitude of a positive sequence of the motor phase currents during the startup interval using the measurements of the motor phase currents; deriving a magnitude of a negative sequence of the motor phase currents during the startup interval using the measurements of the motor phase currents; characterised by calculating a stall indicator as a ratio of the magnitude of the positive sequence to the magnitude of the negative sequence; and removing power provided to the induction motor if the stall indicator meets a predefined criterion, wherein the predefined criterion is met if the ratio remains substantially unchanged from a previously calculated ratio during the startup interval.
A sensor module (100, 100A, 100B1, 100B2, 100B3, 100C1, 100C2, 100C3, 100D, 100E, 100F) comprising: a metal member (110, 110A, 110B, 110A1, 110B1, 110B21, 110B22, 110B31, 110B32) having a recessed portion; a resin portion (120, 120B) embedded within the recessed portion; a radiator (133, 133E, 133F) provided within the resin portion and configured to emit radio waves; a wireless communication portion provided within the resin portion and connected to the radiator; and a sensor connected to the wireless communication portion, wherein the metal member is insulated from the radiator by the resin portion and is configured to function as a parasitic element, characterized in that the metal member further has an annular, rectangular-annular, or polygonal-annular slit (115, 115B1, 115B2) in plan view, and in that the recessed portion is in communication with the slit. a metal member (110, 110A, 110B, 110A1, 110B1, 110B21, 110B22, 110B31, 110B32) having a recessed portion; a resin portion (120, 120B) embedded within the recessed portion; a radiator (133, 133E, 133F) provided within the resin portion and configured to emit radio waves; a wireless communication portion provided within the resin portion and connected to the radiator; and a sensor connected to the wireless communication portion, wherein the metal member is insulated from the radiator by the resin portion and is configured to function as a parasitic element, characterized in that the metal member further has an annular, rectangular-annular, or polygonal-annular slit (115, 115B1, 115B2) in plan view, and in that the recessed portion is in communication with the slit.
Process to prepare a char product by mild gasification of a solid biomass feed thereby obtaining a gaseous fraction comprising hydrogen, carbon monoxide and a mixture of gaseous organic compounds and a solid fraction comprising of char particles having a reduced atomic hydrogen over carbon ratio and a reduced oxygen over carbon ratio relative to the solid biomass feed, wherein the solid biomass feed are pellets of a solid torrefied biomass feed having a content of volatiles of between 50 and 75 wt% as measured using DIN 51720-2001-03, and wherein the mild gasification is performed at a temperature of between 500 and 800 °C and at a solid residence time of between 10 and 60 minutes and in the presence of oxygen and steam. wherein the solid biomass feed are pellets of a solid torrefied biomass feed having a content of volatiles of between 50 and 75 wt% as measured using DIN 51720-2001-03, and wherein the mild gasification is performed at a temperature of between 500 and 800 °C and at a solid residence time of between 10 and 60 minutes and in the presence of oxygen and steam.
An apparatus for measuring the tread of a tyre on a vehicle comprising: a plurality of light-emitting means (500, 502; 1500, 1502; 2500, 2502) arranged to emit coplanar respective sheets of light; first reflecting means (508, 510; 1508, 1510; 2508, 2510) arranged to reflect light from the light-emitting means onto the rolling surface of the tyre; imaging means (504, 506; 1504, 1506; 2504, 2506) arranged to image a region of the rolling surface of the tyre; and second reflecting means (512; 1512, 1530; 2512, 2530) arranged to reflect light from the rolling surface of the tyre towards the imaging means (504, 506; 1504, 1506; 2504, 2506); wherein said first reflecting means comprises two or more mirrors (508, 510; 1508, 1510; 2508, 2510) arranged to cooperate to reflect light from the light-emitting means (500, 502; 1500, 1502; 2500, 2502) onto the rolling surface of the tyre and/or said second reflecting means comprises two or more mirrors (1512, 1530; 2512, 2530) arranged to cooperate to reflect light from the rolling surface of the tyre towards the imaging means (1504, 1506; 2504, 2506); wherein the light-emitting means are arranged to project respective line segments such that an end of each line segment abuts or overlaps the end of an adjacent line segment, thus forming an extended line of light across the tyre from the viewpoint of a point in the plane of the sheets of light. a plurality of light-emitting means (500, 502; 1500, 1502; 2500, 2502) arranged to emit coplanar respective sheets of light; first reflecting means (508, 510; 1508, 1510; 2508, 2510) arranged to reflect light from the light-emitting means onto the rolling surface of the tyre; imaging means (504, 506; 1504, 1506; 2504, 2506) arranged to image a region of the rolling surface of the tyre; and second reflecting means (512; 1512, 1530; 2512, 2530) arranged to reflect light from the rolling surface of the tyre towards the imaging means (504, 506; 1504, 1506; 2504, 2506); wherein said first reflecting means comprises two or more mirrors (508, 510; 1508, 1510; 2508, 2510) arranged to cooperate to reflect light from the light-emitting means (500, 502; 1500, 1502; 2500, 2502) onto the rolling surface of the tyre and/or said second reflecting means comprises two or more mirrors (1512, 1530; 2512, 2530) arranged to cooperate to reflect light from the rolling surface of the tyre towards the imaging means (1504, 1506; 2504, 2506); wherein the light-emitting means are arranged to project respective line segments such that an end of each line segment abuts or overlaps the end of an adjacent line segment, thus forming an extended line of light across the tyre from the viewpoint of a point in the plane of the sheets of light.
A negative electrode active material containing particle of the negative electrode active material, wherein the particle of the negative electrode active material contains particle of a silicon compound containing a silicon compound (SiO x: 0.5≤x≤1.6), the particle of the silicon compound contains lithium, and the particle of the negative electrode active material has a total content rate of a polyphenylene compound component measured by TPD-MS of 1 ppm by mass or more and 4,000 ppm by mass or less. the particle of the negative electrode active material contains particle of a silicon compound containing a silicon compound (SiO x: 0.5≤x≤1.6), the particle of the silicon compound contains lithium, and the particle of the negative electrode active material has a total content rate of a polyphenylene compound component measured by TPD-MS of 1 ppm by mass or more and 4,000 ppm by mass or less.
An assembly comprising a fixed part and a movable part, said fixed and movable parts (22, 20) configured for relative motion therebetween, said assembly comprising a seal assembly, the seal assembly comprising: a first plurality of fingers each of which being attached to and disposed about one of said fixed part and said movable part, a seal land attached to the other of said fixed part and said movable part, and a seal attached to said seal land and in contact with said plurality of fingers wherein a first surface of one of said plurality of fingers and said seal is metallic and a second surface of another of said seal land or said plurality of fingers is non-metallic. a first plurality of fingers each of which being attached to and disposed about one of said fixed part and said movable part, a seal land attached to the other of said fixed part and said movable part, and a seal attached to said seal land and in contact with said plurality of fingers wherein a first surface of one of said plurality of fingers and said seal is metallic and a second surface of another of said seal land or said plurality of fingers is non-metallic.
An image processing apparatus which positions a first image and a second image with respect to each other, the image processing apparatus comprising: a first elasticity information acquiring unit configured to acquire first elasticity information regarding elasticity of a subject in the first image; and a second elasticity information acquiring unit configured to acquire second elasticity information regarding the elasticity of the subject in the second image; characterized by an evaluating unit configured to evaluate the consistency between the first elasticity information and the second elasticity information; and a positioning unit configured to position the first image and the second image with respect to each other on the basis of the consistency between the first elasticity information and the second elasticity information. a first elasticity information acquiring unit configured to acquire first elasticity information regarding elasticity of a subject in the first image; and a second elasticity information acquiring unit configured to acquire second elasticity information regarding the elasticity of the subject in the second image; characterized by an evaluating unit configured to evaluate the consistency between the first elasticity information and the second elasticity information; and a positioning unit configured to position the first image and the second image with respect to each other on the basis of the consistency between the first elasticity information and the second elasticity information.
A thermal air flow sensor comprising a substrate and having a hollow in a portion of a rectangular-shaped detecting element, wherein the detecting element is fixed to the substrate by bonding all four sides of the detecting element to the substrate so that the hollow is not communicated directly to a passage chamber, by which air flowing in a duct is conducted to an upper surface of the detecting element, a communicating passage is provided to communicate the hollow to a sub-passage chamber having a different path from that of the passage chamber, and an air flow rate in the sub-passage chamber is smaller than an air flow rate in the passage chamber.