mhurhangee/ep-ind-claims huggingface dataset:
Turbocharger housing with a valve device formed in the turbocharger housing, wherein the turbocharger housing is a compressor housing, wherein the valve device is an overrun air recirculation valve, wherein the valve device has a valve chamber formed in the compressor housing and a valve seat formed in the valve chamber, wherein the valve device has at least a first passage section and a second passage section, wherein the first passage section forms an outlet passage, which is connected to a main passage of an intake side in the compressor housing and opens into the valve chamber, wherein the second passage section forms an inlet passage, which is connected to a spiral housing of a pressure side in the compressor housing and likewise opens into the valve chamber, characterized in that the first passage section and the second passage section, over their entire extent, are formed free of an undercut and are arranged with their longitudinal axes parallel to one another.
High pressure pump adapted to be arranged in a diesel fuel injection system wherein, in use, said HP pump pressurises fuel in a compression chamber defined by a coaxial arrangement of a bore extending along a main axis, a piston guided in the bore and an inlet valve member axially controlling an inlet arranged at the very end of the bore in the compression chamber and wherein, the piston is provided with a recess arranged at its end partially defining said compression chamber, said recess defining a peripheral wall and a bottom face and characterized in that the inlet valve member is provided with a head member arranged to complementary enter in said recess when the piston reaches the top dead centre position.
A multi-die module, comprising: a substrate having a first surface and a second surface; an unpackaged semiconductor die mounted to the first surface of the substrate, the semiconductor die having a rectangular footprint; a packaged semiconductor die mounted on the first surface of the substrate; wherein each of the unpackaged semiconductor die and packaged semiconductor die has a top surface that is not coupled to the substrate, and wherein the distance between the top surface of the unpackaged semiconductor die and the first surface of the substrate is different than the distance between the top surface of the packaged semiconductor die and the first surface of the substrate; characterized in that a shim positioned over the top surface of the unpackaged semiconductor die such that a top of the shim and the top surface of the packaged semiconductor die are of substantially equal distance from the first surface of the substrate. a substrate having a first surface and a second surface; an unpackaged semiconductor die mounted to the first surface of the substrate, the semiconductor die having a rectangular footprint; a packaged semiconductor die mounted on the first surface of the substrate; wherein each of the unpackaged semiconductor die and packaged semiconductor die has a top surface that is not coupled to the substrate, and wherein the distance between the top surface of the unpackaged semiconductor die and the first surface of the substrate is different than the distance between the top surface of the packaged semiconductor die and the first surface of the substrate; characterized in that a shim positioned over the top surface of the unpackaged semiconductor die such that a top of the shim and the top surface of the packaged semiconductor die are of substantially equal distance from the first surface of the substrate.
A photocurable acrylic-based thermal conductive composition suitable for an acrylic-based thermal conductive sheet, the photocurable acrylic-based thermal conductive composition comprising 100 parts by mass of a (meth)acrylate monomer, 300 to 2,000 parts by mass of a thermal conductive filler, 0.5 to 7.0 parts by mass of a photo-radical polymerization initiator, 0.5 to 4.0 parts by mass of a primary antioxidant, 0.5 to 8.0 parts by mass of a secondary antioxidant, and 0.1 to 4.0 parts by mass of a thermal degradation inhibitor, wherein the thermal degradation inhibitor is 1,1-bis(2-hydroxy-3-tert-alkyl-5-alkylphenyl)alkane monoacrylate, preferably 1,1-bis(2-hydroxy-3,5-di-tert-alkylphenyl)alkane monoacrylate, and more preferably 1,1-bis(2-hydroxy-3,5-di-tert-pentylphenyl)ethane monoacrylate, the primary antioxidant is a phenol-based antioxidant, and the secondary antioxidant is a phosphorus-based antioxidant.
Fragmentable projectile casing for an explosive projectile, having a non-uniform wall thickness and having predetermined breaking points arranged so as to be distributed over the projectile casing in order to define the shape of fragments, wherein the predetermined breaking points are spaced apart from one another non-uniformly in order to realize uniform fragments, wherein the predetermined breaking points have a smaller spacing to one another in a region of relatively great wall thickness, characterized in that predetermined breaking points are formed as material microstructure changes which run in the direction of the longitudinal axis and which extend over the entire wall thickness.
A method, for use in a basestation of a cellular communications network comprising a plurality of other basestations, for controlling mobility, the method comprising, in the basestation: receiving from one of the other basestations a report relating to a load on the one of the other basestations; determining a success rate for previous handover attempts to the one of the other basestations; setting a value for at least one mobility parameter determining mobility between the basestation and the one of the other basestations, based on said reported load and based on said determined success rate; and broadcasting the set value for the mobility parameter. receiving from one of the other basestations a report relating to a load on the one of the other basestations; determining a success rate for previous handover attempts to the one of the other basestations; setting a value for at least one mobility parameter determining mobility between the basestation and the one of the other basestations, based on said reported load and based on said determined success rate; and broadcasting the set value for the mobility parameter.
A method for determining a distance between a first charged particle beamlet and a second charged particle beamlet in a single plane for use in a multi-beamlet exposure apparatus, the multi-beamlet exposure apparatus being provided with a sensor comprising a converter element for converting the energy of charged particles into light and a light sensitive detector for receiving the light, the converter element being provided with a sensor surface area provided with a two-dimensional pattern (40;50;102) of beamlet blocking regions (33;74;84) and non-blocking regions (34;73;83), the method comprising: - scanning the first charged particle beamlet over the two-dimensional pattern, and obtaining first beamlet information by converting light received from the converter element into a first signal; - relatively moving the two-dimensional pattern and the first charged particle beamlet with respect to each other over a predetermined distance; - scanning the second charged particle beamlet over the two-dimensional pattern, and obtaining second beamlet information by converting light received from the converter element into a second signal; - determining the distance between the first charged particle beamlet and the second charged particle beamlet based on the first beamlet information, the second beamlet information and the predetermined distance. - scanning the first charged particle beamlet over the two-dimensional pattern, and obtaining first beamlet information by converting light received from the converter element into a first signal; - relatively moving the two-dimensional pattern and the first charged particle beamlet with respect to each other over a predetermined distance; - scanning the second charged particle beamlet over the two-dimensional pattern, and obtaining second beamlet information by converting light received from the converter element into a second signal; - determining the distance between the first charged particle beamlet and the second charged particle beamlet based on the first beamlet information, the second beamlet information and the predetermined distance.
A textile flat material for application to a human or animal body and for accommodating electrical and/or electronic components for medical measuring and/or control purposes, comprising: a longitudinal direction, a transverse direction running transversely to the longitudinal direction, an extension plane, a thickness direction orthogonal to the extension plane, at least one carrier portion extending in the longitudinal direction with a carrier layer, at least one pocket portion extending in the longitudinal direction and adjoining the carrier portion in the longitudinal direction with at least one pocket for accommodating the electrical and/or electronic components, wherein the at least one pocket comprises a first pocket layer facing the body and a second pocket layer facing away from the body, which define a pocket space between them, wherein the at least one pocket has at least one pocket opening accessible in the transverse direction, wherein the textile flat material comprises warp threads arranged in the longitudinal direction and weft threads arranged in the transverse direction, which form the carrier layer, the first pocket layer and the second pocket layer, wherein, in the thickness direction between the first pocket layer and the second pocket layer, at least one flexible electrical conductor extending in the longitudinal direction and arranged at in a floating manner at least in portions is provided, and wherein the electrical conductor arranged in a floating manner has a floating distance of at least 5 mm. a longitudinal direction, a transverse direction running transversely to the longitudinal direction, an extension plane, a thickness direction orthogonal to the extension plane, at least one carrier portion extending in the longitudinal direction with a carrier layer, at least one pocket portion extending in the longitudinal direction and adjoining the carrier portion in the longitudinal direction with at least one pocket for accommodating the electrical and/or electronic components, wherein the at least one pocket comprises a first pocket layer facing the body and a second pocket layer facing away from the body, which define a pocket space between them, wherein the at least one pocket has at least one pocket opening accessible in the transverse direction, wherein the textile flat material comprises warp threads arranged in the longitudinal direction and weft threads arranged in the transverse direction, which form the carrier layer, the first pocket layer and the second pocket layer, wherein, in the thickness direction between the first pocket layer and the second pocket layer, at least one flexible electrical conductor extending in the longitudinal direction and arranged at in a floating manner at least in portions is provided, and wherein the electrical conductor arranged in a floating manner has a floating distance of at least 5 mm.
A composition comprising the following proteins: NH 2 -A-[-X-L-]n-B-COOH, wherein n=2, X 1 =287, X 2 =953 961 NH 2 -A-[-X-L-] n -B-COOH, wherein n=2, X 1 =936, X 2 =741, wherein 287 is SEQ ID NO: 3104 from WO99/57280 or a protein having 80% or greater sequence identity thereto, 953 is SEQ ID NO: 2918 from WO99/57280 or a protein having 80% or greater sequence identity thereto, 961 is SEQ ID NO: 940 from WO99/57280 or a protein having 80% or greater sequence identity thereto, 936 is SEQ ID NO: 2884 from WO99/57280 or a protein having 80% or greater sequence identity thereto, 741 is SEQ ID NO: 2536 from WO99/57280 or a protein having 80% or greater sequence identity thereto, and wherein each L is an optional linker amino acid sequence, A is an optional N-terminal amino acid sequence, and B is an optional C-terminal amino acid sequence. NH 2 -A-[-X-L-]n-B-COOH, wherein n=2, X 1 =287, X 2 =953 961 NH 2 -A-[-X-L-] n -B-COOH, wherein n=2, X 1 =936, X 2 =741, wherein 287 is SEQ ID NO: 3104 from WO99/57280 or a protein having 80% or greater sequence identity thereto, 953 is SEQ ID NO: 2918 from WO99/57280 or a protein having 80% or greater sequence identity thereto, 961 is SEQ ID NO: 940 from WO99/57280 or a protein having 80% or greater sequence identity thereto, 936 is SEQ ID NO: 2884 from WO99/57280 or a protein having 80% or greater sequence identity thereto, 741 is SEQ ID NO: 2536 from WO99/57280 or a protein having 80% or greater sequence identity thereto, and wherein each L is an optional linker amino acid sequence, A is an optional N-terminal amino acid sequence, and B is an optional C-terminal amino acid sequence.
Door closer effective on both sides for use in or on a vertical door post or for fixed mounting on such a post, including a bolt which is rotably mounted at its two ends in a respective disc (2, 3), whereby it stands out from the upper disc in order to transmit a torque to a driver rod, at which the two discs (2, 3) are fixedly connected to one another via a bridge or stud bolts (4a, 4b, 4c) which extend parallel to and are radially spaced apart from the bolt and that the bolt in its longitudinal centre bears a rotary disc which is fixedly connected there, which extends radially up to the inner side of the bridge or the stud bolts (4a, 4b) and in its circumferential region a rotary disc is vertically traversed by a driving bar, with the result that the driving bar can swing within the bridge or the two stud bolts (4a, 4b) in both directions of rotation of the bolt, and that above and under the rotary disc is situated each a steel spring (9, 10) with several coils of a spring guided around the bolt and whose ends (11a, 11b) guided around the bolt in such a way that they from a central, neutral rotary position touching the driving bar and the bridge or the two stud bolts (4a, 4b) lengthwise at their outsides so that the bolt in this position can only be deflected in each direction of rotation under the action of the spring force of the steel springs (9, 10).
A nozzle for a fan assembly, the nozzle comprising: an air inlet; an air outlet; an interior passage for conveying air from the air inlet to the air outlet; an annular inner wall; an outer wall extending about the inner wall, the interior passage being located between the inner wall and the outer wall, the inner wall at least partially defining a bore through which air from outside the nozzle is drawn by air emitted from the air outlet, characterized in that the nozzle further comprises: a flow control port (111, 113) located downstream from the air outlet; a flow control chamber (110, 112) for conveying air to the flow control port (111, 113); and control means for selectively inhibiting a flow of air through the flow control port (111, 113). an air inlet; an air outlet; an interior passage for conveying air from the air inlet to the air outlet; an annular inner wall; an outer wall extending about the inner wall, the interior passage being located between the inner wall and the outer wall, the inner wall at least partially defining a bore through which air from outside the nozzle is drawn by air emitted from the air outlet, characterized in that the nozzle further comprises: a flow control port (111, 113) located downstream from the air outlet; a flow control chamber (110, 112) for conveying air to the flow control port (111, 113); and control means for selectively inhibiting a flow of air through the flow control port (111, 113). a flow control port (111, 113) located downstream from the air outlet; a flow control chamber (110, 112) for conveying air to the flow control port (111, 113); and control means for selectively inhibiting a flow of air through the flow control port (111, 113).
A linear compressor comprising: a shell having a cylindrical shape, the shell being configured to define an inner space; and a compressor body disposed in the inner space of the shell to compress a refrigerant, wherein the compressor body comprises: a cylinder (300, 1120) having a pipe shape to embed a piston therein, the cylinder (300, 1120) being configured to provide a moving path of the piston; a discharge valve configured to open and close one side of the cylinder (300, 1120), the discharge valve being configured to define a compression space for the refrigerant together with the piston; a groove which is defined in an outer circumferential surface of the cylinder (300, 1120) and into which at least a portion of the refrigerant discharged through the discharge valve is introduced; a gas hole defined in the groove to pass through the cylinder (300, 1120); and a flow restrictor disposed to be wound around the groove; characterized in that the flow restrictor is manufactured by twisting wires made of different materials. a shell having a cylindrical shape, the shell being configured to define an inner space; and a compressor body disposed in the inner space of the shell to compress a refrigerant, wherein the compressor body comprises: a cylinder (300, 1120) having a pipe shape to embed a piston therein, the cylinder (300, 1120) being configured to provide a moving path of the piston; a discharge valve configured to open and close one side of the cylinder (300, 1120), the discharge valve being configured to define a compression space for the refrigerant together with the piston; a groove which is defined in an outer circumferential surface of the cylinder (300, 1120) and into which at least a portion of the refrigerant discharged through the discharge valve is introduced; a gas hole defined in the groove to pass through the cylinder (300, 1120); and a flow restrictor disposed to be wound around the groove; a cylinder (300, 1120) having a pipe shape to embed a piston therein, the cylinder (300, 1120) being configured to provide a moving path of the piston; a discharge valve configured to open and close one side of the cylinder (300, 1120), the discharge valve being configured to define a compression space for the refrigerant together with the piston; a groove which is defined in an outer circumferential surface of the cylinder (300, 1120) and into which at least a portion of the refrigerant discharged through the discharge valve is introduced; a gas hole defined in the groove to pass through the cylinder (300, 1120); and a flow restrictor disposed to be wound around the groove; characterized in that the flow restrictor is manufactured by twisting wires made of different materials.
A connection piece for connecting a post with either a frame member; a sash member or one or more other posts, the connection piece comprising: - a tubular body defining a through hole, the tubular body extending along an axis X-X and having a proximal end and a distal end; - a shoulder portion provided at the proximal end of the tubular body configured to abut a sidewall of a first post or frame member, said shoulder portion defining an abutment extending in a plane askew from the X-X axis; - a pen or protrusion provided at or near the distal end of the tubular body and extending in a direction Y askew to the X-X axis; and - a screw extending through the tubular body, with a screw head seated next to the proximal end of the tubular body and a screw tip extending through the tubular body next to, yet askew in view of the pen or protrusion, characterized in that the shoulder portion at the proximal end of the tubular body extends in a plane parallel to a Y-direction under an angle ranging between 45° and 1° in view of the X-X axis. - a tubular body defining a through hole, the tubular body extending along an axis X-X and having a proximal end and a distal end; - a shoulder portion provided at the proximal end of the tubular body configured to abut a sidewall of a first post or frame member, said shoulder portion defining an abutment extending in a plane askew from the X-X axis; - a pen or protrusion provided at or near the distal end of the tubular body and extending in a direction Y askew to the X-X axis; and - a screw extending through the tubular body, with a screw head seated next to the proximal end of the tubular body and a screw tip extending through the tubular body next to, yet askew in view of the pen or protrusion,
A method for producing a vehicular structure in which a transparent substrate and an adherend are bonded together by an adhesive, the method comprising: pasting a protective film (30, 30A, 30B) on, so as to cover, an adhesive arrangement area (19a, 19c) in a peripheral part of a vehicle-inner-side surface of the transparent substrate; arranging an adhesive in the adhesive arrangement area after removing the protective film, and bonding together the transparent substrate and the adherend with the adhesive; and wherein after the transparent substrate is produced and before the transparent substrate and the adherend are bonded by the adhesive, processing for cleaning the transparent substrate is not performed. pasting a protective film (30, 30A, 30B) on, so as to cover, an adhesive arrangement area (19a, 19c) in a peripheral part of a vehicle-inner-side surface of the transparent substrate; arranging an adhesive in the adhesive arrangement area after removing the protective film, and bonding together the transparent substrate and the adherend with the adhesive; and wherein after the transparent substrate is produced and before the transparent substrate and the adherend are bonded by the adhesive, processing for cleaning the transparent substrate is not performed.
A conversion kit for converting a karting vehicle from a gasoline motor driven karting vehicle to an electric motor driven karting vehicle, said conversion kit includes: (a) a motor frame, (b) an electric motor mounted on the motor frame, (c) a motor control unit mounted on the motor frame, (d) a transducer for delivering an electric signal to the electric motor control unit, said electric signal being proportional to an accelerator pedal or throttle lever movement, said transducer being connectable to the motor control unit, (e) a battery assembly for powering the electric motor, (f) a transmission adapter for coupling the electric motor to the vehicle's transmission, (g) the motor frame comprises frame fixing means adapted fixing the motor frame to the karting vehicle after removal of the gasoline motor, using at least part of the gasoline motor fixing means, and (h) the transducer comprises acceleration coupling means for coupling an accelerator pedal or a throttle lever of the karting vehicle to the transducer, characterized in that the transducer is mounted or adapted to be mounted inside the motor housing and to be connected to a vehicle's accelerator or throttle lever cable. (a) a motor frame, (b) an electric motor mounted on the motor frame, (c) a motor control unit mounted on the motor frame, (d) a transducer for delivering an electric signal to the electric motor control unit, said electric signal being proportional to an accelerator pedal or throttle lever movement, said transducer being connectable to the motor control unit, (e) a battery assembly for powering the electric motor, (f) a transmission adapter for coupling the electric motor to the vehicle's transmission, (g) the motor frame comprises frame fixing means adapted fixing the motor frame to the karting vehicle after removal of the gasoline motor, using at least part of the gasoline motor fixing means, and (h) the transducer comprises acceleration coupling means for coupling an accelerator pedal or a throttle lever of the karting vehicle to the transducer, characterized in that the transducer is mounted or adapted to be mounted inside the motor housing and to be connected to a vehicle's accelerator or throttle lever cable.