mhurhangee/ep-ind-claims huggingface dataset:
A foam article comprising: a base foam having a textured surface; a trim cover covering at least a portion of the textured surface, the trim cover comprising: (i) a finished outer layer comprising an occupant-contact outer portion and inner portion; (ii) a compressible buffer layer secured with respect to the inner portion of the finished outer layer; and (iii) a contact layer secured with respect to the compressible layer and configured to be in contact with the textured surface of the base foam, the contact layer having a secant modulus at 5% strain of at least about 7 MPa when measured according to modified ASTM D3574-11, Test E, Tensile Test disclosed in the description. a base foam having a textured surface; a trim cover covering at least a portion of the textured surface, the trim cover comprising: (i) a finished outer layer comprising an occupant-contact outer portion and inner portion; (ii) a compressible buffer layer secured with respect to the inner portion of the finished outer layer; and (iii) a contact layer secured with respect to the compressible layer and configured to be in contact with the textured surface of the base foam, the contact layer having a secant modulus at 5% strain of at least about 7 MPa when measured according to modified ASTM D3574-11, Test E, Tensile Test disclosed in the description.
A refrigerator comprising: a cabinet comprising a storage compartment provided therein; a main door opening and closing the storage compartment and comprising a sub storage compartment provided in a rear portion of the main door; a sub door opening and closing a food introduction opening of the sub storage compartment; a moveable basket comprising a basket provided in the sub storage compartment; a rail provided in the sub storage compartment and guiding vertical movement of the moveable basket; a lever provided to be displaced by a user's manipulation; and a stopper provided to be selectively hooked to the rail by the user's manipulation of the lever and securing a vertical position of the moveable basket with respect to the rail, characterized in that the movable basket comprises: a moveable frame spaced a distance from a top of the basket and comprising an opening for introducing foods into the basket; and a bridge connecting the basket and the moveable frame with each other; a support projected from the bridge toward the rail and supporting the moveable basket with respect to the rail; wherein the lever is displaced by the user's manipulation in a state of being accommodated by the movable frame. a cabinet comprising a storage compartment provided therein; a main door opening and closing the storage compartment and comprising a sub storage compartment provided in a rear portion of the main door; a sub door opening and closing a food introduction opening of the sub storage compartment; a moveable basket comprising a basket provided in the sub storage compartment; a rail provided in the sub storage compartment and guiding vertical movement of the moveable basket; a lever provided to be displaced by a user's manipulation; and a stopper provided to be selectively hooked to the rail by the user's manipulation of the lever and securing a vertical position of the moveable basket with respect to the rail, characterized in that the movable basket comprises: a moveable frame spaced a distance from a top of the basket and comprising an opening for introducing foods into the basket; and a bridge connecting the basket and the moveable frame with each other; a support projected from the bridge toward the rail and supporting the moveable basket with respect to the rail; wherein the lever is displaced by the user's manipulation in a state of being accommodated by the movable frame. a moveable frame spaced a distance from a top of the basket and comprising an opening for introducing foods into the basket; and a bridge connecting the basket and the moveable frame with each other; a support projected from the bridge toward the rail and supporting the moveable basket with respect to the rail; wherein the lever is displaced by the user's manipulation in a state of being accommodated by the movable frame.
A rotation detecting sensor mounting construction in which a wheel is supported rotatably by an inner ring (4, 51) of a hub unit which is fixed to a vehicle body via an outer ring, and a head portion of a sensor for detecting a change in rotation of a pulser ring which is fixed to a vehicle inner side end portion in an axial direction of the inner ring of the hub unit is pushed into a holding portion which is provided on an annular cover element which is fixed to the outer ring of the hub unit to confront the pulser ring from a radial direction so as to be fixed therein, wherein the holding portion of the annular cover element has a guide piece for guiding the head portion of the sensor which is being pushed thereinto along the push-in direction on a vehicle outer side in the radial direction and a resilient piece which is pressed from the vehicle inner side so as to be brought into engagement with an engagement portion which is formed on the head portion, whereby the holding portion holds the head portion in the axial direction, and wherein the head portion includes a head main body which is formed of a polymeric material, characterized in that the head portion is molded with a sensor and a reinforcement member which is made of a metal material and taking a bare form on at least a surface of the engagement portion so as to receive a pressure from the resilient piece.
A heat radiation device comprising: a heat generator; a heat radiator; and a heat conductive sheet attached in a sandwiched manner between the heat generator and the heat radiator, wherein the heat conductive sheet contains a resin and an expanded graphite, a heat conductivity of the heat conductive sheet in a thickness direction is 15 W/m·K or more, and an area of a sandwiched surface of the heat conductive sheet is smaller than an area of an attached surface of the heat generator and the heat radiator. a heat generator; a heat radiator; and a heat conductive sheet attached in a sandwiched manner between the heat generator and the heat radiator, wherein the heat conductive sheet contains a resin and an expanded graphite, a heat conductivity of the heat conductive sheet in a thickness direction is 15 W/m·K or more, and an area of a sandwiched surface of the heat conductive sheet is smaller than an area of an attached surface of the heat generator and the heat radiator.
A method in recovery boiler outage, comprising: mixing by mixing devices wash water in which remaining salt on recovery boiler furnace floor dissolves, in which method wash water is sucked from a wash water pool on the furnace floor into suction openings of the mixing devices for implementing said mixing, characterized in that said mixing is implemented by mixing devices placed on the floor of the recovery boiler.
A machine for generating energy by exploiting the flow of a fluid, said machine comprising a first cylindrical static component part being a stator which defines a first cylindrical inner surface and a second outer surface, said machine further comprising: a second component part being a rotor adapted to be rotated and accommodated in the inner space confined by said first inner surface, said stator being shaped so as to allow the introduction of a fluid into the inner space confined by said first cylindrical inner surface through said second outer surface and first cylindrical inner surface, wherein the interaction between said flow of fluid introduced into said inner space and said rotor results in said rotor being rotated; characterized in that said stator comprises a plurality of overlapping lamellar elements, wherein each lamellar element having a circular crown shape with an inner circumference of diameter corresponding to that of the first cylindrical inner surface and an outer circumference of diameter corresponding to that of the second outer surface, wherein at least one of said lamellar elements is shaped so as to define non-contact areas with a lamellar element adjacent thereto, and therefore so as to define, with the lamellar element adjacent thereto, a plurality of passages for said fluid, wherein each of said passages puts into communication said inner space with the space outside said second outer surface. a second component part being a rotor adapted to be rotated and accommodated in the inner space confined by said first inner surface, said stator being shaped so as to allow the introduction of a fluid into the inner space confined by said first cylindrical inner surface through said second outer surface and first cylindrical inner surface, wherein the interaction between said flow of fluid introduced into said inner space and said rotor results in said rotor being rotated; characterized in that said stator comprises a plurality of overlapping lamellar elements, wherein each lamellar element having a circular crown shape with an inner circumference of diameter corresponding to that of the first cylindrical inner surface and an outer circumference of diameter corresponding to that of the second outer surface, wherein at least one of said lamellar elements is shaped so as to define non-contact areas with a lamellar element adjacent thereto, and therefore so as to define, with the lamellar element adjacent thereto, a plurality of passages for said fluid, wherein each of said passages puts into communication said inner space with the space outside said second outer surface.
A lingonberry preparation manufactured by a process which comprises the steps of a) fermenting cold-pressed lingonberry juice with Saccharomyces cerevisiae, b) removing yeast cells from the fermented juice, c) drying the juice to obtain a substantially dry cake, d) milling the cake obtained into powder, and e) pressing the powder into sucking tablets, for use in inhibiting the growth of undesirable yeasts and bacteria and promoting the growth of probiotic bacteria in mouth. a) fermenting cold-pressed lingonberry juice with Saccharomyces cerevisiae, b) removing yeast cells from the fermented juice, c) drying the juice to obtain a substantially dry cake, d) milling the cake obtained into powder, and e) pressing the powder into sucking tablets,
A method for producing disposable absorbent hygiene products, in particular in the form of underpants, in endless production in a high-speed manufacturing machine, wherein portions of flat material are joined together and glued by means of spray adhesive application by means of spray nozzles, and the spray adhesive is sprayed onto a length of material guided in a machine direction, and for forming a spray adhesive application that engages one edge of the length of material, the spray nozzle is positioned and oriented in a conveyor portion of the machine in such a way relative to the edge of the length of material that its spray stream, which in particular widens in conical or fanlike form, extends past the edge of the length of material, so that the length of material is sprayed as far as the edge with spray adhesive, and some of the spray adhesive is sprayed past the length of material, and in this conveyor portion, preferably at a slight spacing from one plane of the length of material, a collection means (18, 26) that engages the spray stream is provided for the part of the spray adhesive that extends past the edge of the length of material, so that spray adhesive sprayed past the edge of the length of material does not cause contamination of the machine, characterized in that the collection means is embodied two-dimensionally and is heated or is formed by a heated guide or deflection roller, so that the spray adhesive is carried away from the collection means in a liquid state.
Method for cutting out workpiece parts from a plate-shaped workpiece by means of a cutting jet guided within a cutting gap, which comprises the following steps: - providing the plate-shaped workpiece on a workpiece support composed of three separate support surfaces, wherein these three support surfaces are arranged in a row and the cutting gap is delimited by two directly neighboring support surfaces of the three support surfaces, wherein the cutting gap extends perpendicularly to the row-shaped arrangement of the support surfaces and is completely open, wherein a single support surface, which is directly neighboring the cutting gap and is arranged between two other support surfaces, is a height-adjustable support surface, - cutting out at least one workpiece part from the plate-shaped workpiece, with a residual grid remaining, - removing the cut-out workpiece part from the residual grid by lowering the height-adjustable support surface from a high position, in which the support surface is part of the workpiece support, into at least one low position, - removing the cut-out workpiece part from the height-adjustable support surface in the low position, - raising the height-adjustable support surface from the low position to the high position. - providing the plate-shaped workpiece on a workpiece support composed of three separate support surfaces, wherein these three support surfaces are arranged in a row and the cutting gap is delimited by two directly neighboring support surfaces of the three support surfaces, wherein the cutting gap extends perpendicularly to the row-shaped arrangement of the support surfaces and is completely open, wherein a single support surface, which is directly neighboring the cutting gap and is arranged between two other support surfaces, is a height-adjustable support surface, - cutting out at least one workpiece part from the plate-shaped workpiece, with a residual grid remaining, - removing the cut-out workpiece part from the residual grid by lowering the height-adjustable support surface from a high position, in which the support surface is part of the workpiece support, into at least one low position, - removing the cut-out workpiece part from the height-adjustable support surface in the low position, - raising the height-adjustable support surface from the low position to the high position.
A hub device (25, 44) for use in a vehicle braking system which includes an electronic braking system and a CAN bus (20, 20a, 20b), characterised in that the hub device (25, 44) is operable to communicate electrical signals, including a braking demand signal, to components of the electronic braking system, and to function as either a CAN bus repeater or a CAN bus router, and is operable to determine its required function as either a CAN bus repeater or a CAN bus router based upon signals received by the hub device (25, 44) from the electronic control unit of a trailer (14, 15) with which the hub device (25, 44) is associated, and one or more electronic control units (16, 18) associated with a tractor of the vehicle and/or one or more other trailers (14, 15), where one or more additional trailers is provided.
A knee replacement prosthesis having anterior, posterior, lateral, medial, distal and proximal sides and sagittal, coronal and transverse planes, comprising: a) a femoral component that connects to the distal end of a resected femur, said femoral component including medial and lateral condyles having distal, articulating surfaces, and a patellar flange having a patellar articulating surface; and, b) a tibial component (52, 252) that connects to the proximal end of a resected tibia, said tibial component (52,252) including a proximal bearing surface (62, 262) with medial (72, 272) and lateral (74, 274) concavities that articulate with said medial and lateral condyles; characterized in that said condylar articulating surfaces and said concavities (72,272, 74, 274) are substantially defined by non-uniform, rational B-spline surfaces which enable and control anterior-posterior translation of the femur relative to the tibia (52, 252) and enable and control tibial rotation about its longitudinal axis during flexion of the knee. a) a femoral component that connects to the distal end of a resected femur, said femoral component including medial and lateral condyles having distal, articulating surfaces, and a patellar flange having a patellar articulating surface; and, b) a tibial component (52, 252) that connects to the proximal end of a resected tibia, said tibial component (52,252) including a proximal bearing surface (62, 262) with medial (72, 272) and lateral (74, 274) concavities that articulate with said medial and lateral condyles;
Vehicle device for a system for point-shaped inductive train control having - at least one generator (27a, 27b, 27c) for generating an alternating current and for supplying at least one oscillating circuit (41a, 41b, 41c) of at least one vehicle magnet with the generated alternating current and - at least one monitoring device (28a, 28b, 28c) for detecting an effect caused by at least one track magnet on the at least one oscillating circuit (41a, 41b, 41c) of the vehicle magnet, - wherein the vehicle device is embodied such that it can be configured, and as a function of its particular configuration can be used for different track magnets of different systems for point-shaped inductive train control, characterised in that the vehicle device can be configured by changing the current intensity of the alternating current generated by the at least one generator (27a, 27b, 27c) and supplied to the at least one oscillating circuit (41a, 41b, 41c) of the at least one vehicle magnet. - at least one generator (27a, 27b, 27c) for generating an alternating current and for supplying at least one oscillating circuit (41a, 41b, 41c) of at least one vehicle magnet with the generated alternating current and - at least one monitoring device (28a, 28b, 28c) for detecting an effect caused by at least one track magnet on the at least one oscillating circuit (41a, 41b, 41c) of the vehicle magnet, - wherein the vehicle device is embodied such that it can be configured, and as a function of its particular configuration can be used for different track magnets of different systems for point-shaped inductive train control,
Protective cover for a profile pipe system comprising at least two profile pipes, that are connected to one another, substantially orthogonally, via a connecting element, - wherein the protective cover has a second protective cover component that can be connected with a first protective cover component, which covers the connecting element in the assembled state, - wherein a latching contour and a counter-latching contour are arranged on a first protective cover component and a complementary counter-latching contour and latching contour, designed to be complementary thereto, are arranged on the second protective cover component, so that two protective cover components (5,6) are secured to one another via two latching connections, - wherein the protective cover has a hollow cylindrical section and an adjoining pointed section, characterised in that the pointed section has two mutually orthogonal flanks, which each have a curved recess for a profile pipe extending orthogonally to the two profile pipes, - in that the respective latching contour is designed as a latching hook that has a curved back and which, when the protective cover is assembled, runs flush with a surface of the hollow cylindrical section. - wherein the protective cover has a second protective cover component that can be connected with a first protective cover component, which covers the connecting element in the assembled state, - wherein a latching contour and a counter-latching contour are arranged on a first protective cover component and a complementary counter-latching contour and latching contour, designed to be complementary thereto, are arranged on the second protective cover component, so that two protective cover components (5,6) are secured to one another via two latching connections, - wherein the protective cover has a hollow cylindrical section and an adjoining pointed section, characterised in that - in that the respective latching contour is designed as a latching hook that has a curved back and which, when the protective cover is assembled, runs flush with a surface of the hollow cylindrical section.
Electropneumatic two-channel axle modulator for commercial vehicles, comprising a first supply connection for connecting a first compressed air supply and a second supply connection for connecting a second compressed air supply; a front axle channel connection; a rear axle channel connection; an electropneumatic front axle valve arrangement connected to the first supply connection for controlling a front axle brake pressure (pVA) at the front axle channel connection; an electropneumatic rear axle valve arrangement connected to the second supply connection for controlling a rear axle brake pressure (pHA) at the rear axle channel connection; characterized by a first redundancy valve arrangement connected to the second supply connection for controlling a redundant front axle brake pressure (pVAR) at the front axle channel connection, and a first redundancy connection for receiving a first redundancy pressure connected to at least the first redundancy valve arrangement, the first redundancy valve arrangement having a first electropneumatic redundancy valve connected to the first redundancy connection and a first redundancy relay valve. a first supply connection for connecting a first compressed air supply and a second supply connection for connecting a second compressed air supply; a front axle channel connection; a rear axle channel connection; an electropneumatic front axle valve arrangement connected to the first supply connection for controlling a front axle brake pressure (pVA) at the front axle channel connection; an electropneumatic rear axle valve arrangement connected to the second supply connection for controlling a rear axle brake pressure (pHA) at the rear axle channel connection; characterized by a first redundancy valve arrangement connected to the second supply connection for controlling a redundant front axle brake pressure (pVAR) at the front axle channel connection, and a first redundancy connection for receiving a first redundancy pressure connected to at least the first redundancy valve arrangement, the first redundancy valve arrangement having a first electropneumatic redundancy valve connected to the first redundancy connection and a first redundancy relay valve.