mhurhangee/ep-ind-claims huggingface dataset:
Assembly for generating brake pressure in a hydraulic motor-vehicle brake system with a fluid container for supply thereof with a brake fluid, comprising at least one connector piece for insertion into a receiving seat of the assembly, in the connector piece a connecting channel for hydraulically connecting a container interior space to the assembly, and a shut-off valve which is arranged in the connecting channel and serves for blocking the connecting channel, wherein the shut-off valve has a displaceable valve closure body which, upon insertion of the connector piece into the receiving seat, automatically transfers the shut-off valve into an open state by action of force and which, upon removal of the connector piece from the receiving seat, transfers said shut-off valve into a closed state, wherein, in the closed state of the shut-off valve, the valve closure body is received in the fluid container completely within a contour formed by an outer edge of the connector piece, wherein the assembly has in the receiving seat a supporting means which, in the inserted state, at least regionally engages into the connecting channel, and wherein the valve closure body is configured to be moved into the connecting channel in the inserted state by the supporting means in the receiving seat of the assembly, wherein the supporting means is provided as a separate insert part, characterized in that the receiving seat has a bottom with a depression and the supporting means is in the form of a ball placed into the depression.
A laundry washing machine comprising: a main body; a frame disposed below the main body; a drawer-type container installed to be able to slide in and out of the frame; a washing tub for containing water therein; a water supply path for supplying water from an external water source into the washing tub; a liquid detergent container for containing a liquid detergent therein; a circulation unit for circulating the water in the washing tub; a liquid detergent mixer for mixing the liquid detergent with the water circulated by the circulation unit; a liquid detergent supply path which connects the liquid detergent container to the liquid detergent mixer; a liquid detergent supply pump which is disposed on the liquid detergent supply path for pumping a liquid detergent from the liquid detergent container into the liquid detergent mixer; and a circulation path (48, 49) for supplying a mixture of the liquid detergent and the water circulated by the circulation unit into the washing tub, wherein the liquid detergent container is disposed in the drawer-type container, wherein the liquid detergent mixer is disposed in the main body, wherein, after the supply of the liquid detergent pumped by the liquid detergent supply pump into the liquid detergent mixer is complete, the water circulated by the circulation unit is injected into the liquid detergent mixer. a main body; a frame disposed below the main body; a drawer-type container installed to be able to slide in and out of the frame; a washing tub for containing water therein; a water supply path for supplying water from an external water source into the washing tub; a liquid detergent container for containing a liquid detergent therein; a circulation unit for circulating the water in the washing tub; a liquid detergent mixer for mixing the liquid detergent with the water circulated by the circulation unit; a liquid detergent supply path which connects the liquid detergent container to the liquid detergent mixer; a liquid detergent supply pump which is disposed on the liquid detergent supply path for pumping a liquid detergent from the liquid detergent container into the liquid detergent mixer; and a circulation path (48, 49) for supplying a mixture of the liquid detergent and the water circulated by the circulation unit into the washing tub, wherein the liquid detergent container is disposed in the drawer-type container, wherein the liquid detergent mixer is disposed in the main body, wherein, after the supply of the liquid detergent pumped by the liquid detergent supply pump into the liquid detergent mixer is complete, the water circulated by the circulation unit is injected into the liquid detergent mixer.
A multiple natural frequency coupling apparatus for connecting a rotatable driving member to a rotatable driven member of a drive line, comprising: a cylindrical housing having a longitudinal axis; a cylindrical fluid chuck housing; a cylindrical outer shaft having its outer diameter extend within and adjacent the inner diameter of the fluid chuck housing, the outer shaft coaxially aligned with said longitudinal axis and connected to said housing; a cylindrical inner shaft disposed within the outer shaft and coaxially aligned with said longitudinal axis and having a torsional stiffness about said longitudinal axis different than said outer shaft; the fluid chuck housing coaxially aligned with said longitudinal axis and connected to said inner shaft; and a cylindrical collapsible sleeve coaxially aligned with said longitudinal axis and disposed between said fluid chuck housing and said outer shaft, wherein said collapsible sleeve is configured to move between a non-actuated position, wherein said collapsible sleeve does not engage said outer shaft thereby providing a first torsional stiffness of said coupling apparatus corresponding to a first natural frequency when said inner shaft is rotatably driven by the fluid chuck housing, and an actuated position, wherein said collapsible sleeve engages said outer shaft thereby providing a second torsional stiffness of said coupling apparatus corresponding to a second natural frequency when said outer shaft is rotatably driven by the fluid chuck housing. a cylindrical housing having a longitudinal axis; a cylindrical fluid chuck housing; a cylindrical outer shaft having its outer diameter extend within and adjacent the inner diameter of the fluid chuck housing, the outer shaft coaxially aligned with said longitudinal axis and connected to said housing; a cylindrical inner shaft disposed within the outer shaft and coaxially aligned with said longitudinal axis and having a torsional stiffness about said longitudinal axis different than said outer shaft; the fluid chuck housing coaxially aligned with said longitudinal axis and connected to said inner shaft; and a cylindrical collapsible sleeve coaxially aligned with said longitudinal axis and disposed between said fluid chuck housing and said outer shaft, wherein said collapsible sleeve is configured to move between a non-actuated position, wherein said collapsible sleeve does not engage said outer shaft thereby providing a first torsional stiffness of said coupling apparatus corresponding to a first natural frequency when said inner shaft is rotatably driven by the fluid chuck housing, and an actuated position, wherein said collapsible sleeve engages said outer shaft thereby providing a second torsional stiffness of said coupling apparatus corresponding to a second natural frequency when said outer shaft is rotatably driven by the fluid chuck housing.
A composition comprising a first aptamer, second aptamer, and a target, wherein the first aptamer comprises a first C-5 pyrimidine modification scheme, the second aptamer comprises a second C-5 pyrimidine modification scheme, and wherein the first C-5 pyrimidine modification scheme and the second C-5 pyrimidine modification scheme are different; wherein the first C-5 pyrimidine modification scheme comprises a 5-(N-benzylcarboxyamide)-2'-deoxyuridine (BndU) and wherein the first aptamer comprises from 9 to 16 C-5 modified pyrimidines; wherein the second aptamer comprises from 5 to 15 C-5 modified pyrimidines; and wherein the first aptamer, second aptamer and the target are capable of forming a ternary complex.
Method for producing a cutting section for a drill bit, wherein the cutting section is connected to a drill shaft section of the drill bit via a releasable connecting device, having the following method steps: ▪ a first sheet metal part, which has a first height (h 1) between first end surfaces (64, 65), a first length (l 1) between first abutting edges (66, 67) and a first sheet metal thickness (b 1), is manufactured, ▪ a second sheet metal part, which has a second height (h 2) between second end surfaces (68, 69), a second length (l 2) between second abutting edges (70, 71) and a second sheet metal thickness (b 2), is manufactured, wherein the first height (h 1) is smaller than the second height (h 2) and the first length (l 1) is smaller than the second length (l 2), ▪ the first and second sheet metal parts (61, 62) are aligned with each other, wherein the first sheet metal part is arranged on the second sheet metal part, ▪ the first sheet metal part and second sheet metal part are connected to each other in the aligned state to form a double sheet metal part, ▪ the double sheet metal part is formed into an open tubular element, wherein the first sheet metal part is arranged on the inner side of the open tubular element, ▪ the open tubular element is connected at least at the second abutting edges (70, 71) of the second sheet metal part to form a closed tubular element, and ▪ one or more drill segments are connected to the closed tubular element. ▪ a first sheet metal part, which has a first height (h 1) between first end surfaces (64, 65), a first length (l 1) between first abutting edges (66, 67) and a first sheet metal thickness (b 1), is manufactured, ▪ a second sheet metal part, which has a second height (h 2) between second end surfaces (68, 69), a second length (l 2) between second abutting edges (70, 71) and a second sheet metal thickness (b 2), is manufactured, wherein the first height (h 1) is smaller than the second height (h 2) and the first length (l 1) is smaller than the second length (l 2), ▪ the first and second sheet metal parts (61, 62) are aligned with each other, wherein the first sheet metal part is arranged on the second sheet metal part, ▪ the first sheet metal part and second sheet metal part are connected to each other in the aligned state to form a double sheet metal part, ▪ the double sheet metal part is formed into an open tubular element, wherein the first sheet metal part is arranged on the inner side of the open tubular element, ▪ the open tubular element is connected at least at the second abutting edges (70, 71) of the second sheet metal part to form a closed tubular element, and ▪ one or more drill segments are connected to the closed tubular element.
A microphone unit comprising: a vibrating portion converting a sound to an electric signal; a substrate having a first surface where said vibrating portion is set and a second surface opposite to said first surface and including a hollow portion transmitting a sound therein; and a coating layer formed on an inner surface of said hollow portion of said substrate, wherein said substrate further includes: a first substrate sound hole portion provided on said first surface for causing said hollow portion and said vibrating portion to communicate with each other, and a second substrate sound hole portion provided on said first surface for causing said hollow portion and the exterior to communicate with each other, characterized by a coating liquid draining hole portion provided on said second surface for causing said hollow portion and the exterior to communicate with each other. a vibrating portion converting a sound to an electric signal; a substrate having a first surface where said vibrating portion is set and a second surface opposite to said first surface and including a hollow portion transmitting a sound therein; and a coating layer formed on an inner surface of said hollow portion of said substrate, wherein said substrate further includes: a first substrate sound hole portion provided on said first surface for causing said hollow portion and said vibrating portion to communicate with each other, and a second substrate sound hole portion provided on said first surface for causing said hollow portion and the exterior to communicate with each other, characterized by a coating liquid draining hole portion provided on said second surface for causing said hollow portion and the exterior to communicate with each other. a first substrate sound hole portion provided on said first surface for causing said hollow portion and said vibrating portion to communicate with each other, and a second substrate sound hole portion provided on said first surface for causing said hollow portion and the exterior to communicate with each other, characterized by a coating liquid draining hole portion provided on said second surface for causing said hollow portion and the exterior to communicate with each other.
A method for discharging an electrical energy storage system by means of a first discharge resistor, wherein the electrical energy storage system and the first discharge resistor are comprised with a vehicle, characterized by the steps of: - storing a coolant, in the form of a carbon dioxide gas, under pressure in storage unit comprised with the vehicle; - automatically initializing discharge of the electrical energy storage system in response to a trigger signal transmitted by an accident sensing sensor, wherein the accident sensing sensor is comprised with the vehicle and adapted to transmit the trigger signal in case a probability of an accident for the vehicle is determined to exceed a predetermined threshold, and - opening the storage unit in response to the trigger signal for generating a coolant jet in order to provide the coolant to the first discharge resistor and to the electrical energy storage system during discharge of the electrical energy storage system for leading off heat, wherein the storage unit is integrated with at least one of the electrical energy storage system and the discharge resistor. - storing a coolant, in the form of a carbon dioxide gas, under pressure in storage unit comprised with the vehicle; - automatically initializing discharge of the electrical energy storage system in response to a trigger signal transmitted by an accident sensing sensor, wherein the accident sensing sensor is comprised with the vehicle and adapted to transmit the trigger signal in case a probability of an accident for the vehicle is determined to exceed a predetermined threshold, and - opening the storage unit in response to the trigger signal for generating a coolant jet in order to provide the coolant to the first discharge resistor and to the electrical energy storage system during discharge of the electrical energy storage system for leading off heat, wherein the storage unit is integrated with at least one of the electrical energy storage system and the discharge resistor.
An electrical assembly for a LED light, the assembly comprising a light source board and a driver board of the LED light and an electrical connector configured to perform an electrical connection between the light source board and the driver board, the electrical connector comprising an input terminal and an output terminal, wherein one end of the input terminal is fixed on the driver board of the LED light and is electrically connected with the driver board, the output terminal comprises a conductive end, an elastic clamping portion and an abutting portion, the conductive end comprises a conductive leg, the conductive end is fixed onto and electrically connected with the light source board via the conductive leg, the elastic clamping portion and the abutting portion are provided on the conductive end, and in an assembled state, the other end of the input terminal elastically abuts against one side of the elastic clamping portion and the abutting portion abuts against the other side of the elastic clamping portion, wherein the elastic clamping portion and the abutting portion are both integrally provided on the conductive end, and a bottom of the elastic clamping portion is connected to the conductive end, and a top of the elastic clamping portion is obliquely bent in a direction away from the conductive end.
Electroacoustic device for generating at least one acoustic wave (Fv,Vx), the device comprising a piezoelectric substrate and first and second groups of electrodes (60,65,70,75) arranged on the substrate, each electrode of the first and second groups comprising a track (80 a-f,85 a-f,90 a-d,95 a-d), the tracks (90 a-d,95 a-d) of the electrodes of the first group spiralling around a same spiral axis along a first winding direction (Wi), and the tracks (80 a-f,85 a-f) of the electrodes of the second group spiralling around said spiral axis along a second winding direction (W 2) opposite to the first winding direction. the tracks (90 a-d,95 a-d) of the electrodes of the first group spiralling around a same spiral axis along a first winding direction (Wi), and the tracks (80 a-f,85 a-f) of the electrodes of the second group spiralling around said spiral axis along a second winding direction (W 2) opposite to the first winding direction.
A pneumatic tire having an innerliner comprising a multilayered innerliner film covering at least a portion of the tire carcass's inner surface in a circumferential direction, wherein the multilayered innerliner film contains an RFL adhesive coating on both of its sides and comprises from 2 to 7 layers (7A, 7B, 7C), wherein the multilayered innerliner film has a Young's modulus in a range of from 11 to 20 MPa, wherein the Young's modulus of each of the layers (7A, 7B, 7C) of the multilayered innerliner film successively increases from its innermost layer adjacent to the tire carcass layer, preferably through its RFL coating, to and including its outermost layer by at least one MPa, and wherein the multilayered innerliner film has its two end portions overlapping each other to form a splice comprising an inner first end portion adjacent to the tire carcass layer and an outer second end portion adjacent to the internal air cavity of the pneumatic tire.
Method of producing a low interfacial contact resistance material for use in batteries or connectors comprising the following steps: - providing a steel substrate in the form of a cold-rolled strip; - providing a nickel or nickel-based layer on one or both sides of the steel substrate to form a plated substrate; - electrodepositing a molybdenum oxide layer from an aqueous solution onto the plated substrate wherein the plated substrate acts as a cathode, wherein the aqueous solution comprises a molybdenum salt and an alkali metal phosphate and wherein the pH of the aqueous solution is adjusted to between 4.0 and 6.5; - wherein the plated substrate provided with the molybdenum oxide layer is subjected to an annealing step in a reducing atmosphere to, at least partly and preferably fully, reduce the molybdenum oxide in the molybdenum oxide layer to molybdenum metal in a reduction annealing step and to form, simultaneously or subsequently, in the annealing step a diffusion layer which contains nickel and molybdenum, wherein the nickel originates from the nickel or nickel-based layer and the molybdenum originates from the molybdenum oxide layer. - providing a steel substrate in the form of a cold-rolled strip; - providing a nickel or nickel-based layer on one or both sides of the steel substrate to form a plated substrate; - electrodepositing a molybdenum oxide layer from an aqueous solution onto the plated substrate wherein the plated substrate acts as a cathode, wherein the aqueous solution comprises a molybdenum salt and an alkali metal phosphate and wherein the pH of the aqueous solution is adjusted to between 4.0 and 6.5; - wherein the plated substrate provided with the molybdenum oxide layer is subjected to an annealing step in a reducing atmosphere to, at least partly and preferably fully, reduce the molybdenum oxide in the molybdenum oxide layer to molybdenum metal in a reduction annealing step and to form, simultaneously or subsequently, in the annealing step a diffusion layer which contains nickel and molybdenum, wherein the nickel originates from the nickel or nickel-based layer and the molybdenum originates from the molybdenum oxide layer.
A connector assembly for a gas delivery conduit for providing gases to a patient, the connector assembly comprising: a first conduit connector and, a connecting adapter configured to releasably attach the first conduit connector to a second conduit connector, the connecting adapter comprising: a connecting adapter body; and one or more locking fingers configured to releasably attach to the first conduit connector, the one or more locking fingers protruding longitudinally from the connecting adapter body; and the first conduit connector comprising: a first conduit body; and one or more locking tabs configured to releasably attach with the one or more locking fingers of the connecting adapter, characterised in that the one or more locking tabs are formed on an interior surface of the first conduit body, and an alignment tab is formed on an interior surface of the first conduit body of the first conduit connector, the alignment tab configured to automatically align the one or more locking fingers of the connecting adapter with the one or more locking tabs of the first conduit connector by causing the connecting adapter to rotate relative to the first conduit connector upon insertion of the connecting adapter within the first conduit connector. a first conduit connector and, a connecting adapter configured to releasably attach the first conduit connector to a second conduit connector, the connecting adapter comprising: a connecting adapter body; and one or more locking fingers configured to releasably attach to the first conduit connector, the one or more locking fingers protruding longitudinally from the connecting adapter body; and a connecting adapter body; and one or more locking fingers configured to releasably attach to the first conduit connector, the one or more locking fingers protruding longitudinally from the connecting adapter body; and a first conduit body; and one or more locking tabs configured to releasably attach with the one or more locking fingers of the connecting adapter, characterised in that the one or more locking tabs are formed on an interior surface of the first conduit body, and an alignment tab is formed on an interior surface of the first conduit body of the first conduit connector, the alignment tab configured to automatically align the one or more locking fingers of the connecting adapter with the one or more locking tabs of the first conduit connector by causing the connecting adapter to rotate relative to the first conduit connector upon insertion of the connecting adapter within the first conduit connector.