mhurhangee/ep-ind-claims huggingface dataset:
A brake system characterized by comprising: a hydraulic brake device that supplies a hydraulic pressure to a wheel cylinder (60FL, 60FR, 60RR, 60RL) provided correspondingly to each wheel mounted on a vehicle, thereby pressing friction members (106a, 106b) against the wheels and applying a hydraulic braking force; an electric parking brake device that is mounted on at least one wheel from among the wheels and applies a braking force to the wheel by drive of an electric actuator; and an ECU that executes control of supply of hydraulic pressure to each wheel cylinder (60FL, 60FR, 60RR, 60RL) by the hydraulic brake device and operation control of the electric parking brake device, regardless of a braking request operation performed by a driver, and causes a transition from hydraulic braking force control of all of the wheels to hydraulic braking force control of the wheel on which the electric parking brake device has been mounted, when a speed state of the vehicle satisfies a predetermined speed condition during the hydraulic braking force control of all of the wheels. a hydraulic brake device that supplies a hydraulic pressure to a wheel cylinder (60FL, 60FR, 60RR, 60RL) provided correspondingly to each wheel mounted on a vehicle, thereby pressing friction members (106a, 106b) against the wheels and applying a hydraulic braking force; an electric parking brake device that is mounted on at least one wheel from among the wheels and applies a braking force to the wheel by drive of an electric actuator; and an ECU that executes control of supply of hydraulic pressure to each wheel cylinder (60FL, 60FR, 60RR, 60RL) by the hydraulic brake device and operation control of the electric parking brake device, regardless of a braking request operation performed by a driver, and causes a transition from hydraulic braking force control of all of the wheels to hydraulic braking force control of the wheel on which the electric parking brake device has been mounted, when a speed state of the vehicle satisfies a predetermined speed condition during the hydraulic braking force control of all of the wheels.
A method (1700, 1900) for wireless communication, comprising: identifying (1705, 1805, 1905) a first numerology for transmitting data to a user equipment, UE; identifying (1710, 1810, 1910) a second numerology for transmitting a synchronization signal to the UE; configuring at least a first downlink transmission in a regular downlink burst with the first numerology for transmitting at least a portion of the data to the UE; configuring a portion of a second downlink transmission in the regular downlink burst with the second numerology for transmitting the synchronization signal to the UE; configuring a second portion of the second downlink transmission for transmitting a second portion of the data to the UE, wherein the portion and the second portion at least partially overlap in time; and transmitting (1725, 1830, 1930) the first downlink transmission and the second downlink transmission to the UE. identifying (1705, 1805, 1905) a first numerology for transmitting data to a user equipment, UE; identifying (1710, 1810, 1910) a second numerology for transmitting a synchronization signal to the UE; configuring at least a first downlink transmission in a regular downlink burst with the first numerology for transmitting at least a portion of the data to the UE; configuring a portion of a second downlink transmission in the regular downlink burst with the second numerology for transmitting the synchronization signal to the UE; configuring a second portion of the second downlink transmission for transmitting a second portion of the data to the UE, wherein the portion and the second portion at least partially overlap in time; and transmitting (1725, 1830, 1930) the first downlink transmission and the second downlink transmission to the UE.
A device for immunochromatographic assay, comprising a housing and a vessel body located inside the housing, wherein, the housing comprises an upwardly extending hollow protrusion for housing the vessel body, the vessel body comprises a vessel body wall and a vessel body bottom, the housing is provided under the vessel body bottom with a raised tip, the vessel body and the raised tip are capable of moving towards each other, and during the movement, the raised tip can break the vessel body bottom to release a liquid contained in the vessel body; and the housing is further provided with a fence surrounding the raised tip at a bottom of the housing, the fence comprises an annular structure corresponding to an outer circumference of the vessel body bottom, and a groove communicating with the annular structure, wherein, the fence is provided at a place where the annular structure communicates with the groove with a projection, which is used together with the groove for fixing a test strip, wherein, a portion of the bottom of the housing inside the annular structure of the fence is a ramp structure, and a base of the ramp structure is located at the place where the annular structure communicates with the groove.
A metallized film capacitor comprising: a plurality of capacitor elements each composed of rolled up or multi-layered metallized films and electrodes (2, 2', 10, 10') on both end portions in the width direction; a first electrical conductor and a second electrical conductor to connect each of the electrodes of each end portion of each of said capacitor elements correspondingly, and a capacitor case (5, 5a) to house the plurality of capacitor elements, wherein the plurality of capacitor elements are aligned facing a same direction in the capacitor case (5, 5a) and placing each of the electrodes of each end portion generally coplanarly, the capacitor case (5, 5a) has an opening and a bottom surface facing the opening surface, a resin is provided as a sealant to house the plurality of capacitor elements in the capacitor case (5, 5a), characterized in that the first electrical conductor covers the opening of the case entirely, and includes an electrode terminal exposed through the resin and the opening of the case, and the second electrical conductor is provided between the bottom surface of the case (5, 5a) and each of the plurality of capacitor elements and includes another electrode terminal exposed through the resin and the opening of case (5, 5a). a plurality of capacitor elements each composed of rolled up or multi-layered metallized films and electrodes (2, 2', 10, 10') on both end portions in the width direction; a first electrical conductor and a second electrical conductor to connect each of the electrodes of each end portion of each of said capacitor elements correspondingly, and a capacitor case (5, 5a) to house the plurality of capacitor elements, wherein the plurality of capacitor elements are aligned facing a same direction in the capacitor case (5, 5a) and placing each of the electrodes of each end portion generally coplanarly, the capacitor case (5, 5a) has an opening and a bottom surface facing the opening surface, a resin is provided as a sealant to house the plurality of capacitor elements in the capacitor case (5, 5a), characterized in that the first electrical conductor covers the opening of the case entirely, and includes an electrode terminal exposed through the resin and the opening of the case, and the second electrical conductor is provided between the bottom surface of the case (5, 5a) and each of the plurality of capacitor elements and includes another electrode terminal exposed through the resin and the opening of case (5, 5a).
A rotating compressor comprising a casing housing therein: a compressor motor, a compression mechanism which is driven by said compressor motor, and a partition member which divides the inside of said casing into a high-level pressure space and a low-level pressure space, said casing having a trunk part shaped like a cylinder and an end plate secured firmly to said trunk part by welding, characterized in that said partition member is so formed as to be press-fitted to said casing at a weld area where said trunk part and said end plate are welded together, and has a collar part which projects radially outwardly so as to abut against an upper end surface of the trunk part; said end plate is configured to abut against an upper end surface of said collar part, and to be radially clearance-fitted to said trunk part and said partition member; and a peripheral groove extending continuously in a circumferential direction for allowing for shrinkage of said casing caused by welding at said weld area of said trunk part and said end plate is formed in an outer peripheral surface of said partition member.
A cold plate assembly comprising: a first sheet having an aperture; a second sheet secured to the first sheet; and a fluid port (34,36) including a body (48;148) having passage (62,64;162,164), and a flange (46;146) extending from the body (48;148) and secured to the first sheet with a material, the passage (62,64;162,164) and aperture being in fluid communication with one another, wherein the fluid port (34,36) includes a first locating feature cooperating with the first sheet and configured to locate the fluid port (34,36) in a desired position relative to the first sheet, and wherein the first locating feature is a protrusion (70;170) extending from the flange (46;146) in a direction opposite the body (48;148), the protrusion (70;170) being received within the aperture, and wherein a second locating feature is provided by a periphery (42;142) of the flange (46;146), an edge at the second sheet abutting at least a portion of the periphery (42,142). a first sheet having an aperture; a second sheet secured to the first sheet; and a fluid port (34,36) including a body (48;148) having passage (62,64;162,164), and a flange (46;146) extending from the body (48;148) and secured to the first sheet with a material, the passage (62,64;162,164) and aperture being in fluid communication with one another,
A caster wheel assembly (100, 200), comprising: a double bell-shaped caster wheel (110, 210) comprising two bell-shaped halves (110a, 110b, 210a, 210b), wherein each bell-shaped half comprises a central hub (214a, 214b), a smooth transition portion (216a, 216b), an outer circumferential rim (218a, 218b), and a planar face (220a, 220b); and a wheel mount (112, 212). a double bell-shaped caster wheel (110, 210) comprising two bell-shaped halves (110a, 110b, 210a, 210b), wherein each bell-shaped half comprises a central hub (214a, 214b), a smooth transition portion (216a, 216b), an outer circumferential rim (218a, 218b), and a planar face (220a, 220b); and a wheel mount (112, 212).
Method for the dynamic nuclear polarisation of a compound comprising one or more carboxyl groups characterized in that a radical of the formula wherein M represents hydrogen or one equivalent of a cation; and R1 which is the same or different represents a straight chain or branched C 1 -C 6 -alkyl group or a group -(CH 2) n -X-R2, wherein n is 1, 2 or 3; X is O or S and R2 is a straight chain or branched C 1 -C 4 -alkyl group is used as the paramagnetic agent in said DNP process. M represents hydrogen or one equivalent of a cation; and R1 which is the same or different represents a straight chain or branched C 1 -C 6 -alkyl group or a group -(CH 2) n -X-R2, wherein n is 1, 2 or 3; X is O or S and R2 is a straight chain or branched C 1 -C 4 -alkyl group
A power interface, characterized by comprising: a plug shell; a plug body, arranged in the plug shell, configured to be connected to a circuit board, and comprising at least one power-pin assembly; wherein each of the at least one power-pin assembly comprises a pair of power pins spaced apart from each other in a first direction; and an intermediate patch, sandwiched between the pair of power pins, extending along a second direction perpendicular to the first direction, and comprising a tail end connected to the circuit board and a head end away from the circuit board and opposite to the tail end in the second direction; wherein the head end defines a through hole and has a reinforcing rib arranged in the through hole; wherein the plug body further comprises a data pin, at least one of the pair of power pins comprises an expanded portion, and the expanded portion has a cross-sectional area larger than that of the data pin of the plug body to increase a current load of the at least one of the pair of power pins; and wherein an end of each of the pair of power pins is connected to the circuit board, and a recess is defined in the expanded portion at a position away from the circuit board. a plug shell; a plug body, arranged in the plug shell, configured to be connected to a circuit board, and comprising at least one power-pin assembly; wherein each of the at least one power-pin assembly comprises a pair of power pins spaced apart from each other in a first direction; and an intermediate patch, sandwiched between the pair of power pins, extending along a second direction perpendicular to the first direction, and comprising a tail end connected to the circuit board and a head end away from the circuit board and opposite to the tail end in the second direction; wherein the head end defines a through hole and has a reinforcing rib arranged in the through hole; wherein the plug body further comprises a data pin, at least one of the pair of power pins comprises an expanded portion, and the expanded portion has a cross-sectional area larger than that of the data pin of the plug body to increase a current load of the at least one of the pair of power pins; and wherein an end of each of the pair of power pins is connected to the circuit board, and a recess is defined in the expanded portion at a position away from the circuit board.
An oligonucleotide probe comprising a sequence selected from a group consisting of SEQ. ID. NO: 31 or its complement, SEQ. ID. NO: 32 or its complement and SEQ. ID. NO: 33 or its complement.
Method for exchanging electric power between a power grid carrying any one of a direct current electrical variable and an alternating current electrical variable, and a power storage unit for a hybrid or electric motor vehicle, the storage unit being part of an electrical circuit that further comprises: - a switching system comprising a plurality of controllable switching cells (20; 30), - a plurality of inductors, and - a connector enabling to connect the electrical circuit to a connector of the said power grid, the method comprising the following steps: - the connector of the electrical circuit is connected to the connector of said power grid, and - the switching cells (20; 30) are controlled on the basis of the electrical variable supplied by the power grid, namely either direct current or alternating current, thereby allowing electric power exchange between the power storage unit and the power grid. - a switching system comprising a plurality of controllable switching cells (20; 30), - a plurality of inductors, and - a connector enabling to connect the electrical circuit to a connector of the said power grid, - the connector of the electrical circuit is connected to the connector of said power grid, and - the switching cells (20; 30) are controlled on the basis of the electrical variable supplied by the power grid, namely either direct current or alternating current, thereby allowing electric power exchange between the power storage unit and the power grid.
A blade unit for a safety razor, comprising: a connecting structure configured to fix the blade unit to a handle; a blade housing comprising a plurality of blades having respective cutting edges lying in a shaving plane and being arranged to exert a cutting action when moved across a user's skin in a shaving direction (d); and a rear portion arranged next to the plurality of blades in the shaving direction, characterised in that the rear portion comprises a non-flexible concave back portion that arcuately bends away from the shaving plane, and a convex lubricating pad arranged on and being supported by the non-flexible concave back portion and which extends up to a rear edge of the rear portion of the blade unit. a connecting structure configured to fix the blade unit to a handle; a blade housing comprising a plurality of blades having respective cutting edges lying in a shaving plane and being arranged to exert a cutting action when moved across a user's skin in a shaving direction (d); and a rear portion arranged next to the plurality of blades in the shaving direction, characterised in that the rear portion comprises a non-flexible concave back portion that arcuately bends away from the shaving plane, and a convex lubricating pad arranged on and being supported by the non-flexible concave back portion and which extends up to a rear edge of the rear portion of the blade unit. a non-flexible concave back portion that arcuately bends away from the shaving plane, and a convex lubricating pad arranged on and being supported by the non-flexible concave back portion and which extends up to a rear edge of the rear portion of the blade unit.
A pivotable mounting base for an armrest of a backrest of a seat shaped to be received in a retracted position in a complementary housing provided in the padding of said backrest, said mounting base comprising a plate (51; 51'; 51") of sheet metal comprising a plate (52; 52'; 52') designed to extend along a mean plane substantially parallel to the lower part of the frame of said backrest by being rigidly fixed thereto, as well as two lateral hinge screws (53, 54) extending perpendicularly projecting forwards from the two lateral edges of said plate; 52'; 52') and comprising pivoting articulation means for said armrest; characterized in that it also comprises a metal anti-tilt anchoring element (66; 57; 91) rigidly bonded to said plate; 52'; 52") and capable of allowing the hooking of a locking clamp provided at the end of a strap connected to the upper part of a child seat.
Device for bending pipes, in particular coated pipes, preferably pipes which are insulated and/or coated with PU-foam/rigid PUR foam, for pipelines having a basic body which can be positioned in the pipe, on which basic body a chassis for driving in the pipe is provided and at least three contact elements (13, 14, 15) for creating a contact with an inner wall of the pipe for introducing a bending force, wherein at least a first and a second contact element (13, 14) are provided on one side of the basic body, in each case at the ends of the basic body, and at least one third contact element is arranged on the opposite side of the basic body, and wherein at least one first of the contact elements (13, 14, 15) is provided movable, with respect to the basic body via a force introducing element for introducing the bending force, in the direction of the inner wall of the pipe, characterised in that the at least one second contact element is provided movable, with respect to the basic body via a further force introducing element, separately from the moving of the first contact element, in the direction of the inner wall of the pipe, and that on the opposite side to the second contact element a further contact element is provided on the basic body.
A conveying device comprising: a first guide rail (2A, 2B); a second guide rail (12A, 12B) for being connected to the first guide rail; a movable holding part that holds the second guide rail such that the second guide rail is movable in a transverse direction with respect to a longitudinal direction of the second guide rail; a moving part (3A, 3B) that moves by being guided by the first guide rail and the second guide rail; characterized by a first coupler that is provided at an end portion of the first guide rail (2A, 2B); a second coupler (26A, 26B) that is provided at an end portion of the second guide rail (12A, 12B) and that is capable of being coupled with the first coupler; and a first holding member that holds the first guide rail (2A, 2B) such that the first guide rail does not move in a transverse direction with respect to a longitudinal direction of the first guide rail (2A, 2B). a first guide rail (2A, 2B); a second guide rail (12A, 12B) for being connected to the first guide rail; a movable holding part that holds the second guide rail such that the second guide rail is movable in a transverse direction with respect to a longitudinal direction of the second guide rail; a moving part (3A, 3B) that moves by being guided by the first guide rail and the second guide rail; characterized by a first coupler that is provided at an end portion of the first guide rail (2A, 2B); a second coupler (26A, 26B) that is provided at an end portion of the second guide rail (12A, 12B) and that is capable of being coupled with the first coupler; and a first holding member that holds the first guide rail (2A, 2B) such that the first guide rail does not move in a transverse direction with respect to a longitudinal direction of the first guide rail (2A, 2B).
A composition comprising: (a) at least one Group II basestock; and (b) at least one PAO characterized by a pour point less than -54°C, and at least one of the following: when the PAO has a kinematic visocity within the range of 3.5 to 3.95 cSt at 100°C, the Noack volatility = -3.2; and when the PAO has a kinematic viscosity within the range of greater than 3.95 to 6 cSt at 100°C, the Noack Volatility = -2. (a) at least one Group II basestock; and (b) at least one PAO characterized by a pour point less than -54°C, and at least one of the following: when the PAO has a kinematic visocity within the range of 3.5 to 3.95 cSt at 100°C, the Noack volatility = -3.2; and when the PAO has a kinematic viscosity within the range of greater than 3.95 to 6 cSt at 100°C, the Noack Volatility = -2.
A sheet for a photovoltaic cell, comprising: a resin layer that comprises a silicon resin which comprises an aryl group, of which a molar ratio of the aryl group with respect to silicon atoms comprised therein is more than 0,3, and which comprises a siloxane unit of Formula 1 and a siloxane unit of Formula 2; and a light resistance providing agent: [Formula 1] (R 1 R 2 SiO 2/2) [Formula 2] (R 3 SiO 3/2) wherein R 1 and R 2 are each independently hydrogen, a hydroxyl group, an epoxy group, an acryloyl group, a methacryloyl group, an isocyanate group, an alkoxy group, or a monovalent hydrocarbon group, at least one of the R 1 and R 2 is an aryl group, and R 3 is an aryl group.
An interactive graphics decoder, comprising a stream graphics processor which decodes a received interactive graphic stream including a first graphics data or a second graphics data and transmits button image object data and button configuration information of the first graphics data or the second graphics data after the decoding; a coding data buffer which temporarily stores the interactive graphics stream and then transmits the interactive graphics stream to the stream graphics processor; an object buffer which receives the button image object data of the first graphics data or the second graphics data; a composition buffer which receives the button configuration information of the first graphics data or the second graphics data; and a graphics controller which builds an image to be displayed using data stored in the object buffer and the composition buffer and transmits the built image from the object buffer to a graphics plane, wherein the graphics controller transmits a button image generated from the first graphics data when the interactive graphic stream includes the first graphics data and an activation command is received from a user, and transmits a button image generated from the second graphics data at a designated output start time when the interactive graphic stream includes the second graphics data.