mhurhangee/ep-ind-claims huggingface dataset:
A power transmitting apparatus of a hybrid vehicle comprising: a first clutch means arranged on the way of a power transmitting system from an engine mounted on a vehicle to driving wheels and adapted to transmit or cut-off the driving force of the engine to or from the driving wheels; a second clutch means arranged on the way of a power transmitting system from a motor mounted on a vehicle to the driving wheels and adapted to transmit or cut-off the driving force of the motor to or from the driving wheels; and the first and second clutch means (1a, 1b) being properly operated in accordance with running conditions of vehicle, the power transmission from one of the engine and the motor to the other of them can be performed with connecting them each other as well as with cutting-off the power transmission from the engine and the motor to the driving wheels, that the power characterized in transmitting apparatus further comprises a fourth clutch means (23 or 24) arranged between the output side of the first and second clutch means (1a, 1b) and a transmission mounted on a vehicle and adapted to transmit or cut-off the driving force of the engine or the motor to or from the transmission, and that the driving force is transmitted to the transmission only via the fourth clutch means (23 or 24). a first clutch means arranged on the way of a power transmitting system from an engine mounted on a vehicle to driving wheels and adapted to transmit or cut-off the driving force of the engine to or from the driving wheels; a second clutch means arranged on the way of a power transmitting system from a motor mounted on a vehicle to the driving wheels and adapted to transmit or cut-off the driving force of the motor to or from the driving wheels; and the first and second clutch means (1a, 1b) being properly operated in accordance with running conditions of vehicle, the power transmission from one of the engine and the motor to the other of them can be performed with connecting them each other as well as with cutting-off the power transmission from the engine and the motor to the driving wheels, that the power characterized in transmitting apparatus further comprises a fourth clutch means (23 or 24) arranged between the output side of the first and second clutch means (1a, 1b) and a transmission mounted on a vehicle and adapted to transmit or cut-off the driving force of the engine or the motor to or from the transmission, and that the driving force is transmitted to the transmission only via the fourth clutch means (23 or 24).
A method, comprising: storing at least a portion of an executable application program in a host system physical memory at a first host physical address; instrumenting a copy of said portion of said executable application program and storing said instrumented copy in said host system physical memory at a second host physical address; generating an entry in a first extended page table associated with said first host physical address and including a permission field with a permission set to read only said executable application program and an entry in a second extended page table associated with said second host physical address and including a permission field with a permission set to execute only said executable application program; instrumenting a memory scanner with a first instruction, said first instruction configured to select said entry of the first extended page table, wherein said memory scanner is configured to read said portion of said executable application program and said first instruction is configured to be executed prior to said memory scanner reading said portion of said executable application program; instrumenting said memory scanner with a second instruction, said second instruction configured to select said entry of the second extended page table, wherein said second instruction is configured to be executed after said memory scanner has read said portion of said executable application program. storing at least a portion of an executable application program in a host system physical memory at a first host physical address; instrumenting a copy of said portion of said executable application program and storing said instrumented copy in said host system physical memory at a second host physical address; generating an entry in a first extended page table associated with said first host physical address and including a permission field with a permission set to read only said executable application program and an entry in a second extended page table associated with said second host physical address and including a permission field with a permission set to execute only said executable application program; instrumenting a memory scanner with a first instruction, said first instruction configured to select said entry of the first extended page table, wherein said memory scanner is configured to read said portion of said executable application program and said first instruction is configured to be executed prior to said memory scanner reading said portion of said executable application program; instrumenting said memory scanner with a second instruction, said second instruction configured to select said entry of the second extended page table, wherein said second instruction is configured to be executed after said memory scanner has read said portion of said executable application program.
A drive device for a movable furniture part, in particular a drawer, comprising a first and a second lockable ejection device (3a, 3b) and a synchronizing device for synchronizing the two ejection devices (3a, 3b), wherein the synchronizing device comprises a synchronizing rod and a first and second synchronizing element (6a, 6b) which can be connected to the synchronizing rod, and wherein a relative movement takes place between the synchronizing elements (6a, 6b) and the ejection devices (3a, 3b) during the synchronizing operation, wherein the ejection devices (3a, 3b) each comprise a housing and a transmission element (8a, 8b) supported movably, preferably rotatably, on the housing, wherein the synchronizing elements (6a, 6b) each are movably coupled with one of the transmission elements (8a, 8b), wherein each synchronizing element (6a, 6b) comprises a gear wheel and each transmission element (8a, 8b) comprises a section in the shape of a gear rack, wherein the gear wheels each mesh with one of the sections in the shape of a gear rack, wherein the locking device comprises a locking peg and a heart curve-shaped, sliding guide track formed in the housing, wherein in an active synchronizing mode (Si) during the synchronizing operation a movement transmission takes place from the first ejection device via the first synchronizing element, the synchronizing rod and the second synchronizing element to the second ejection device characterized in that in an inactive synchronizing mode (So) the synchronizing rod is removed and the synchronizing elements (6a, 6b) each remain in contact with one of the ejection devices (3a, 3b), wherein the synchronizing elements (6a, 6b) are pre-mounted to the ejection devices (3a, 3b) and are connected non-detachably with the ejection devices (3a, 3b) in operating state and each transmission element (8a, 8b) forms a latch recess of the heart curve-shaped sliding guide track.
A rotor blade for a gas turbine, the rotor blade being configured for use within a row of samely configured rotor blades attached to and circumferentially spaced about a rotor disc, the rotor blade further including: an airfoil defined between a concave pressure face and a laterally opposed convex suction face, wherein the pressure face and the suction face extend axially between opposite leading and trailing edges (28, 29) and radially between an outboard tip and an inboard end that attaches to a root configured for attaching the rotor blade to the rotor disc; and a midspan shroud comprising a pressure wing extending from the pressure face of the airfoil and a suction wing extending from the suction face of the airfoil; wherein the pressure wing and the suction wing of the midspan shroud are configured so to cooperatively form an interface between installed neighboring ones of the rotor blades within the row of samely configured rotor blades; and wherein a first one of the pressure wing and the suction wing is disposed as an upstream wing and the remaining other one of the pressure wing and the suction wing is disposed as a downstream wing; and wherein the interface is formed between circumferentially overlapping sections of the upstream wing and the downstream wing; characterised in that the upstream wing and the downstream wing are configured as a downstream narrowing step within the circumferentially overlapping sections, wherein said downstream narrowing step comprises the upstream wing having a radial thickness that is greater than a radial thickness of the downstream wing. an airfoil defined between a concave pressure face and a laterally opposed convex suction face, wherein the pressure face and the suction face extend axially between opposite leading and trailing edges (28, 29) and radially between an outboard tip and an inboard end that attaches to a root configured for attaching the rotor blade to the rotor disc; and a midspan shroud comprising a pressure wing extending from the pressure face of the airfoil and a suction wing extending from the suction face of the airfoil; wherein the pressure wing and the suction wing of the midspan shroud are configured so to cooperatively form an interface between installed neighboring ones of the rotor blades within the row of samely configured rotor blades; and wherein a first one of the pressure wing and the suction wing is disposed as an upstream wing and the remaining other one of the pressure wing and the suction wing is disposed as a downstream wing; and wherein the interface is formed between circumferentially overlapping sections of the upstream wing and the downstream wing; characterised in that the upstream wing and the downstream wing are configured as a downstream narrowing step within the circumferentially overlapping sections, wherein said downstream narrowing step comprises the upstream wing having a radial thickness that is greater than a radial thickness of the downstream wing.
A medical guide wire having: a core shaft, a distal end side of which is thinned to have a reduced diameter; and a helical spring body having a front helical spring provided at a distal side of said helical spring body and a basal helical spring provided at a rear side of said front helical spring; said core shaft and said helical spring body being fixed together with said distal end side of said core shaft inserted into said helical spring body; characterised in that, said front helical spring having stranded wires formed by a plurality of wires stranded in a helically-wired spring configuration; a proximal end side of the core shaft is thickened to have an increased diameter; and said basal helical spring is formed by a single wire in a helically-wired spring configuration. a core shaft, a distal end side of which is thinned to have a reduced diameter; and a helical spring body having a front helical spring provided at a distal side of said helical spring body and a basal helical spring provided at a rear side of said front helical spring; said core shaft and said helical spring body being fixed together with said distal end side of said core shaft inserted into said helical spring body; characterised in that, said front helical spring having stranded wires formed by a plurality of wires stranded in a helically-wired spring configuration; a proximal end side of the core shaft is thickened to have an increased diameter; and said basal helical spring is formed by a single wire in a helically-wired spring configuration.
Apparatus for suspending an object from an anchor point positioned, in use, above it, comprising: an elongate rod having at least one waisted portion; a rod-engaging member; and a lock member, wherein the rod-engaging member is characterised by comprising: a substantially cylindrical main body having a longitudinal slot running along its entire length; a circumferential ridge disposed around the cylindrical main body, arranged to engage with a complementary recess provided in the object to be suspended; and a portion comprising at least one elongate element having an inwardly facing projection, arranged to engage with the waisted portion of the elongate rod. an elongate rod having at least one waisted portion; a rod-engaging member; and a lock member, wherein the rod-engaging member is characterised by comprising: a substantially cylindrical main body having a longitudinal slot running along its entire length; a circumferential ridge disposed around the cylindrical main body, arranged to engage with a complementary recess provided in the object to be suspended; and a portion comprising at least one elongate element having an inwardly facing projection, arranged to engage with the waisted portion of the elongate rod. a substantially cylindrical main body having a longitudinal slot running along its entire length; a circumferential ridge disposed around the cylindrical main body, arranged to engage with a complementary recess provided in the object to be suspended; and a portion comprising at least one elongate element having an inwardly facing projection, arranged to engage with the waisted portion of the elongate rod.
An article having a surface with an oligonucleotide fastened to the surface, and a moiety that facilitates fastening a protein separately attached to the surface, wherein the article is a gold nanoparticle and the oligonucleotide and moiety for fastening a protein are fastened to the surface of the article via a self-assembled monolayer, wherein the moiety for fastening the protein to the surface of the article is an entity that binds to an affinity tag on the protein, a metal chelate, NTA-thiol (nitrilo-tri-acetic acid) incorporated into the SAM, or a carboxy-terminated thiol incorporated into the SAM.
An automated CPR device for cyclically compressing a patient's chest comprising: - a front structure with a first and a second movable unit (44a, 44b, 83a, 83b) arranged to move back and forth along said front structure; - a back support for positioning behind the patient's back arranged to keep the front structure in a fixed position relative to the back support; - a chest pad; - two arms (45a, b) each rotatably coupled to the chest pad with one end and each being rotatably coupled to a respective one of the first and the second movable units (44a, 44b, 83a, 83b); and driving means (47, 48, 51, 52) arranged for, when in operation, driving the first and the second movable units (44a, 44b, 83a, 83b) back and forth such that the chest pad cyclically compresses the patient's chest. - a front structure with a first and a second movable unit (44a, 44b, 83a, 83b) arranged to move back and forth along said front structure; - a back support for positioning behind the patient's back arranged to keep the front structure in a fixed position relative to the back support; - a chest pad; - two arms (45a, b) each rotatably coupled to the chest pad with one end and each being rotatably coupled to a respective one of the first and the second movable units (44a, 44b, 83a, 83b); and
An air heat exchanger comprising a fan and provided with a fan guard, the fan guard comprising a grid arranged to enclose the fan and a first attachment means arranged to engage with a second attachment means of the air heat exchanger to attach the fan guard to the air heat exchanger, said second attachment means projecting from a surface of the air heat exchanger, wherein the first attachment means comprises a hook having a first end at which the hook is connected to the grid, the hook being arranged to just partially encircle the second attachment means to attach the fan guard to the air heat exchanger, wherein the hook has an opening enabling the hook to move into partial encirclement of the second attachment means when the fan guard is rotated in relation to the air heat exchanger, around a center axis of the fan guard, in a first rotation direction, and out of partial encirclement of the second attachment means when the fan guard is rotated in relation to the air heat exchanger, around the center axis of the fan guard, in a second rotation direction which is opposite to the first rotation direction, characterized in that the second attachment means has a first state in which it, as a whole, engages with the air heat exchanger and it is possible for the hook to move into and out of partial encirclement of an inner portion of the second attachment means when the fan guard is rotated in relation to the air heat exchanger around the center axis of the fan guard, and a second state in which it, as a whole, engages with the air heat exchanger and with the hook to prevent the hook from moving into and out of partial encirclement of the inner portion of the second attachment means by rotation of the fan guard.
A smoking article comprising a tobacco rod and a mouthpiece secured to a downstream end of the tobacco rod, the mouthpiece comprising: a tubular element defining a longitudinal channel, wherein the tubular element is provided adjacent the downstream end of the tobacco rod; a downstream segment of filter material, wherein the downstream segment of filter material is downstream of the tubular element and spaced apart from the tubular element to define a cavity between the tubular element and the downstream segment of filter material; and an extinguisher element comprising: a compressible reservoir provided in the cavity between the tubular element and the downstream segment of filter material, the compressible reservoir containing a liquid; a neck portion extending in a longitudinal direction upstream from the reservoir and having an open end, wherein the neck portion is received in the longitudinal channel of the tubular element such that the open end is proximate the downstream end of the tobacco rod; and sealing means provided over the open end of the neck portion, wherein upon compression of the reservoir during use, the sealing means are broken and the liquid from the reservoir is releasable through the neck portion directly into the tobacco rod. a tubular element defining a longitudinal channel, wherein the tubular element is provided adjacent the downstream end of the tobacco rod; a downstream segment of filter material, wherein the downstream segment of filter material is downstream of the tubular element and spaced apart from the tubular element to define a cavity between the tubular element and the downstream segment of filter material; and an extinguisher element comprising: a compressible reservoir provided in the cavity between the tubular element and the downstream segment of filter material, the compressible reservoir containing a liquid; a neck portion extending in a longitudinal direction upstream from the reservoir and having an open end, wherein the neck portion is received in the longitudinal channel of the tubular element such that the open end is proximate the downstream end of the tobacco rod; and sealing means provided over the open end of the neck portion, wherein upon compression of the reservoir during use, the sealing means are broken and the liquid from the reservoir is releasable through the neck portion directly into the tobacco rod. a compressible reservoir provided in the cavity between the tubular element and the downstream segment of filter material, the compressible reservoir containing a liquid; a neck portion extending in a longitudinal direction upstream from the reservoir and having an open end, wherein the neck portion is received in the longitudinal channel of the tubular element such that the open end is proximate the downstream end of the tobacco rod; and sealing means provided over the open end of the neck portion, wherein upon compression of the reservoir during use, the sealing means are broken and the liquid from the reservoir is releasable through the neck portion directly into the tobacco rod.
A process for preparing a strip or plate of a copper-nickel-tin-alloy, comprising: a first cold reduction of an input made of the copper-nickel-tin-alloy; a first annealing of the input; a second cold reduction of the input; a second annealing of the input; a third cold reduction of the input; a third annealing of the input; and a final cold reduction of the input to obtain the strip or plate; wherein the first cold reduction is performed to achieve a thickness reduction of 10% to 80%, and wherein the first annealing and/or the second annealing is performed at a temperature of 760°C to 788°C (1400°F to 1450°F). a first cold reduction of an input made of the copper-nickel-tin-alloy; a first annealing of the input; a second cold reduction of the input; a second annealing of the input; a third cold reduction of the input; a third annealing of the input; and a final cold reduction of the input to obtain the strip or plate; wherein the first cold reduction is performed to achieve a thickness reduction of 10% to 80%, and wherein the first annealing and/or the second annealing is performed at a temperature of 760°C to 788°C (1400°F to 1450°F).
A plate handler system for a flow cytometer comprising a drawtube, the plate handler system comprising: • a vertical actuation system that is coupled to the flow cytometer and that adjusts the vertical distance between the drawtube and a sample tray; • a horizontal linkage system that positions the sample tray in a horizontal plane including: ∘ a base arm that rotates about a base arm joint, wherein the base arm joint is concentric with a vertical actuation axis of the vertical actuation system; and ∘ a sample arm that rotates about a sample arm joint on the base arm; • a drive system comprising a first drive motor that is coupled to the base arm and a second drive motor that is coupled to the sample arm, wherein the drive system is configured to independently rotate the base arm and the sample arm to rotate any sample of the sample tray between the drawtube and the sample arm; characterized in that the horizontal linkage system further comprises: ∘ a plurality of positioning pegs for stopping the base arm and the sample arm when the arms are rotated to calibration positions; and ∘ a bumper for calibrating relative position between the drawtube and the sample tray. • a vertical actuation system that is coupled to the flow cytometer and that adjusts the vertical distance between the drawtube and a sample tray; • a horizontal linkage system that positions the sample tray in a horizontal plane including: ∘ a base arm that rotates about a base arm joint, wherein the base arm joint is concentric with a vertical actuation axis of the vertical actuation system; and ∘ a sample arm that rotates about a sample arm joint on the base arm; ∘ a base arm that rotates about a base arm joint, wherein the base arm joint is concentric with a vertical actuation axis of the vertical actuation system; and ∘ a sample arm that rotates about a sample arm joint on the base arm; • a drive system comprising a first drive motor that is coupled to the base arm and a second drive motor that is coupled to the sample arm, wherein the drive system is configured to independently rotate the base arm and the sample arm to rotate any sample of the sample tray between the drawtube and the sample arm; characterized in that the horizontal linkage system further comprises: ∘ a plurality of positioning pegs for stopping the base arm and the sample arm when the arms are rotated to calibration positions; and ∘ a bumper for calibrating relative position between the drawtube and the sample tray. ∘ a plurality of positioning pegs for stopping the base arm and the sample arm when the arms are rotated to calibration positions; and ∘ a bumper for calibrating relative position between the drawtube and the sample tray.