mhurhangee/ep-ind-claims huggingface dataset:
A method for inter-process communication, wherein the method is applied to a computer device, the computer device comprises a hardware layer and an operating system running on the hardware layer, a caller and a callee that are to perform communication with each other run in the operating system, wherein the caller is a process and the callee is a process, the computer device further comprises a communication engine, and the method comprises: calling, by the caller, a first instruction, wherein the first instruction is executed by the communication engine to implement switching from a context of the caller to a context of the callee; or calling, by the callee, a second instruction, wherein the second instruction is executed by the communication engine to implement switching from the context of the callee to the context of the caller, wherein the first instruction and the second instruction are implemented asynchronously, wherein a process in which the first instruction is executed by the communication engine to implement context switching comprises: determining the context of the callee based on an identifier of the callee in the first instruction; storing the context of the caller; and switching to the context of the callee, wherein the following step is performed in an asynchronous manner: storing the context of the caller. calling, by the caller, a first instruction, wherein the first instruction is executed by the communication engine to implement switching from a context of the caller to a context of the callee; or calling, by the callee, a second instruction, wherein the second instruction is executed by the communication engine to implement switching from the context of the callee to the context of the caller, wherein the first instruction and the second instruction are implemented asynchronously, wherein a process in which the first instruction is executed by the communication engine to implement context switching comprises: determining the context of the callee based on an identifier of the callee in the first instruction; storing the context of the caller; and switching to the context of the callee, wherein the following step is performed in an asynchronous manner: storing the context of the caller. determining the context of the callee based on an identifier of the callee in the first instruction; storing the context of the caller; and switching to the context of the callee, wherein the following step is performed in an asynchronous manner: storing the context of the caller.
A spring for friction pads associable with a caliper of a disc brake for elastically biasing the friction pads away from a brake disc of the disc brake, said spring comprising an elongated plate bent so as to form: - a descending fixing stretch, - an ascending resting stretch, opposite to the fixing stretch, wherein the fixing stretch forms a fixing seat for interlocking the spring to a corresponding fixing portion of either the caliper or the friction pad, wherein the resting stretch forms a plate-shaped contact portion for freely resting the spring, with slipping possibility, against a contact surface of either the friction pad or the caliper, characterised in that a return stretch is formed between the fixing stretch and the resting stretch, wherein the return stretch extends from a narrowing region, in which the fixing stretch and the resting stretch locally approach each other until reaching a lower apical region of the spring, and wherein, when the spring is undeformed, the contact portion extends, starting from the narrowing region, in a diverging manner with respect to the fixing stretch. - a descending fixing stretch, - an ascending resting stretch, opposite to the fixing stretch, wherein the resting stretch forms a plate-shaped contact portion for freely resting the spring, with slipping possibility, against a contact surface of either the friction pad or the caliper, characterised in that a return stretch is formed between the fixing stretch and the resting stretch, wherein the return stretch extends from a narrowing region, in which the fixing stretch and the resting stretch locally approach each other until reaching a lower apical region of the spring, and wherein, when the spring is undeformed, the contact portion extends, starting from the narrowing region, in a diverging manner with respect to the fixing stretch.
Length-adjustable connecting rod for a reciprocating-piston engine, in particular an internal combustion engine, comprising at least one first and one second rod part (2, 4), which two rod parts (2, 4) are telescopically displaceable towards and/or into one another, wherein the second rod part forms a guide cylinder and the first rod part forms a piston element which is longitudinally displaceable in the guide cylinder, wherein a high-pressure chamber is defined between the first and the second rod part (2, 4), into which open at least one first oil channel and one second oil channel which is designed as a feed channel, wherein at least one valve is arranged in the first oil channel, the actuator of which valve can be displaced into a first position by a return spring and into a second position by oil pressure against the force of the return spring, wherein a non-return valve opening in the direction of the high-pressure chamber is arranged in the second oil channel, characterised in that the first oil channel is constructed as an inflow and outflow channel and the valve arranged in the first oil channel is constructed as a control valve which has an actuating piston axially displaceable in a receiving bore, wherein an oil supply channel flow-connected to the connecting rod bearing opens into the receiving bore and the actuating piston activates and deactivates the first and second oil channels, 15) and, in the first position of the control valve, the first oil channel is closed and, in the second position of the control valve, the first oil channel and a connecting opening of the first oil channel to a connecting rod bearing are opened.
A method for providing self-aligned local interconnects on a substrate, the method comprising: providing diffusion regions (203; 401, 403; 64, 68) in the substrate; providing a plurality of linear-shaped conductive structures (501; 74) within a gate level over the substrate and in a regular and repeating alignment along a same direction, wherein some of the plurality of linear-shaped conductive structures extend within the gate level over one or more of the diffusion regions, and wherein some of the plurality of linear-shaped conductive structures do not extend over a diffusion region; providing dielectric spacers along each side of each of the plurality of linear-shaped conductive structures within the gate level such that channels are respectively formed between dielectric spacers between adjacent linear-shaped conductive structures (501; 74); and providing local interconnect layer (196, 196') material within the channels within the gate level so as to be self-aligned between dielectric spacers and spaced apart from dielectric spacers, the local interconnect layer material being conductive and disposed over the substrate to allow electrical contact and interconnection with or to some of the diffusion regions. providing diffusion regions (203; 401, 403; 64, 68) in the substrate; providing a plurality of linear-shaped conductive structures (501; 74) within a gate level over the substrate and in a regular and repeating alignment along a same direction, wherein some of the plurality of linear-shaped conductive structures extend within the gate level over one or more of the diffusion regions, and wherein some of the plurality of linear-shaped conductive structures do not extend over a diffusion region; providing dielectric spacers along each side of each of the plurality of linear-shaped conductive structures within the gate level such that channels are respectively formed between dielectric spacers between adjacent linear-shaped conductive structures (501; 74); and providing local interconnect layer (196, 196') material within the channels within the gate level so as to be self-aligned between dielectric spacers and spaced apart from dielectric spacers, the local interconnect layer material being conductive and disposed over the substrate to allow electrical contact and interconnection with or to some of the diffusion regions.
A method comprising: applying a pressure to a first portion of a composite material blank with a pair of forming dies of a composite filler forming apparatus, the pair of forming dies having a pair of convex radii, each forming die of the pair of forming dies having a respective convex radius of the pair of convex radii; and repeating the applying step to a subsequent portion of the composite material blank to incrementally form the composite material blank into a desired cross-section along its length; wherein the pressure is a first pressure, and the pair of forming dies is a first pair of forming dies and further comprising: applying a second pressure to a second portion of the composite material blank with a second pair of forming dies as the first pair of forming dies applies the first pressure to the first portion of the composite material blank, the second pair of forming dies having a second pair of convex radii, each forming die of the second pair of forming dies having a respective convex radius of the second pair of convex radii; and the method further comprising: advancing the composite material blank on a base of the composite filler forming apparatus a designated distance prior to repeating the applying step to incrementally form the composite material blank into a desired cross-section along its length. applying a pressure to a first portion of a composite material blank with a pair of forming dies of a composite filler forming apparatus, the pair of forming dies having a pair of convex radii, each forming die of the pair of forming dies having a respective convex radius of the pair of convex radii; and repeating the applying step to a subsequent portion of the composite material blank to incrementally form the composite material blank into a desired cross-section along its length; wherein the pressure is a first pressure, and the pair of forming dies is a first pair of forming dies and further comprising: applying a second pressure to a second portion of the composite material blank with a second pair of forming dies as the first pair of forming dies applies the first pressure to the first portion of the composite material blank, the second pair of forming dies having a second pair of convex radii, each forming die of the second pair of forming dies having a respective convex radius of the second pair of convex radii; and the method further comprising: advancing the composite material blank on a base of the composite filler forming apparatus a designated distance prior to repeating the applying step to incrementally form the composite material blank into a desired cross-section along its length.
A composite part intended to be in direct contact with the skin of an individual comprising a textile base having a thickness delimited by a lower face and an upper face characterized in that it comprises - a sticky paste composed of a mixture of an adhesive with an oxide paste comprising at least one metal oxide, the sticky paste being at least partially incorporated into the textile base and extending, from the lower face of the textile base, to form an interface layer of a thickness, and - at least one hydrophilic component; the oxide paste comprising an organic solvent 2 selected from the following solvents: ethyl acetate, gasoline S, butyl acetate, methyl ethyl ketone. - a sticky paste composed of a mixture of an adhesive with an oxide paste comprising at least one metal oxide, the sticky paste being at least partially incorporated into the textile base and extending, from the lower face of the textile base, to form an interface layer of a thickness, and - at least one hydrophilic component;
Milking system, comprising - milking means (2, 11, 12), - at least one milk line (3, 5) for carrying milk from the milking means, and - a sampling unit that is arranged to take a sample from the milk line and to test the sample for the presence or concentration of at least one substance, wherein the sampling unit is provided with a control unit and a housing, wherein the housing comprises therein a supply reel with a tape that carries reagent, and a sample supplier (29, 41, 44, 45, 53) to supply, under control of the control unit, at least a part of the sample to the reagent on the tape, the sampling unit further comprising a tape displacer displacing the tape under control of the control unit, a sample analyser (26, 28), and a used tape collector device collecting tape with reagent to which a sample has been supplied, characterized in that the supply reel at a surface thereof comprises a desiccant. - milking means (2, 11, 12), - at least one milk line (3, 5) for carrying milk from the milking means, and - a sampling unit that is arranged to take a sample from the milk line and to test the sample for the presence or concentration of at least one substance, wherein the sampling unit is provided with a control unit and a housing, wherein the housing comprises therein a supply reel with a tape that carries reagent, and a sample supplier (29, 41, 44, 45, 53) to supply, under control of the control unit, at least a part of the sample to the reagent on the tape, the sampling unit further comprising a tape displacer displacing the tape under control of the control unit, a sample analyser (26, 28), and a used tape collector device collecting tape with reagent to which a sample has been supplied, characterized in that the supply reel at a surface thereof comprises a desiccant.
An electric pump comprising: a pump main body that accommodates a pump unit and a motor; and a plate-shaped elastic member that is wound around an outer circumference of the pump main body such that a longitudinal direction of the elastic member extends along a circumferential direction of the pump main body, characterized in that the elastic member is provided with a pair of first locking portions on both end portions in the longitudinal direction, and the outer circumference of the pump main body is provided with a pair of first locking target portions that are locked to the first locking portions, the first locking portions are holes that penetrate through the elastic member in a plate thickness direction thereof, and the first locking target portions are hooks that are upright on the outer circumference of the pump main body and are inserted into the holes, each of the holes is formed by communicating a first hole positioned on a side closer to the pump main body in the plate thickness direction and a second hole positioned on a side away from the pump main body, and when viewed from the outer side of the pump main body in the radial direction, the second hole is formed to be wider than the first hole toward an end portion side of the elastic member in the longitudinal direction, and the top portion of each of the hooks is positioned in the second hole. a pump main body that accommodates a pump unit and a motor; and a plate-shaped elastic member that is wound around an outer circumference of the pump main body such that a longitudinal direction of the elastic member extends along a circumferential direction of the pump main body, characterized in that the elastic member is provided with a pair of first locking portions on both end portions in the longitudinal direction, and the outer circumference of the pump main body is provided with a pair of first locking target portions that are locked to the first locking portions, the first locking portions are holes that penetrate through the elastic member in a plate thickness direction thereof, and the first locking target portions are hooks that are upright on the outer circumference of the pump main body and are inserted into the holes, each of the holes is formed by communicating a first hole positioned on a side closer to the pump main body in the plate thickness direction and a second hole positioned on a side away from the pump main body, and when viewed from the outer side of the pump main body in the radial direction, the second hole is formed to be wider than the first hole toward an end portion side of the elastic member in the longitudinal direction, and the top portion of each of the hooks is positioned in the second hole.
A freight vehicle, comprising: a frame defining a support surface for the goods to be handled; a plurality of rubberised wheel assemblies arranged beneath the frame, each one having a respective suspension; adjustment means for adjusting the height of the respective suspension and for varying the height of the support surface from the rolling surface of the wheels; a driver's cab arranged beneath said support surface; means of coupling said cab to said frame; and damping elastic means placed between said frame and said cab; characterised in that said coupling means comprise a crank transmission unit and actuating means placed between said frame and said cab and configured to move the whole cab vertically in relation to said support surface between two extreme end positions, one approaching said support surface and one spaced apart from said support surface, and to arrange the cab in a cushioned intermediate position for the transport of the load. a frame defining a support surface for the goods to be handled; a plurality of rubberised wheel assemblies arranged beneath the frame, each one having a respective suspension; adjustment means for adjusting the height of the respective suspension and for varying the height of the support surface from the rolling surface of the wheels; a driver's cab arranged beneath said support surface; means of coupling said cab to said frame; and damping elastic means placed between said frame and said cab; characterised in that said coupling means comprise a crank transmission unit and actuating means placed between said frame and said cab and configured to move the whole cab vertically in relation to said support surface between two extreme end positions, one approaching said support surface and one spaced apart from said support surface, and to arrange the cab in a cushioned intermediate position for the transport of the load.
A device for cooling a cable assembly for use in an electrosurgical system, the device comprising: a housing defining a fluid inlet chamber, a fluid outlet chamber, and an aperture for receiving a cable assembly therethrough; a tubular sleeve member extending from a distal portion of the housing; and a flexible fluid-cooled shaft including: an inlet sleeve; an outlet sleeve; an inner tubular member coaxially disposed about and slideably coupled to the inlet sleeve; and an outer tubular member coaxially disposed about and slideably coupled to the outlet sleeve, wherein the flexible fluid-cooled shaft is in fluid communication with the inlet chamber and the outlet chamber of the housing, and the tubular sleeve member is configured to house a portion of the flexible fluid-cooled shaft. a housing defining a fluid inlet chamber, a fluid outlet chamber, and an aperture for receiving a cable assembly therethrough; a tubular sleeve member extending from a distal portion of the housing; and a flexible fluid-cooled shaft including: an inlet sleeve; an outlet sleeve; an inner tubular member coaxially disposed about and slideably coupled to the inlet sleeve; and an outer tubular member coaxially disposed about and slideably coupled to the outlet sleeve, wherein the flexible fluid-cooled shaft is in fluid communication with the inlet chamber and the outlet chamber of the housing, and the tubular sleeve member is configured to house a portion of the flexible fluid-cooled shaft. an inlet sleeve; an outlet sleeve; an inner tubular member coaxially disposed about and slideably coupled to the inlet sleeve; and an outer tubular member coaxially disposed about and slideably coupled to the outlet sleeve, wherein the flexible fluid-cooled shaft is in fluid communication with the inlet chamber and the outlet chamber of the housing, and the tubular sleeve member is configured to house a portion of the flexible fluid-cooled shaft.
A method performed by a device in a wireless network, the method comprising: detecting a data unit at a first wireless device that is a member of a first basic service set, in the following also referred to as BSS, of the wireless network, the data unit sent on a channel from a second wireless device that is a member of a second overlapping basic service set, in the following also referred to as OBSS, of the wireless network; the first wireless device ignoring the data unit after said detecting the data unit; and after said ignoring, the first wireless device obtaining a transmission opportunity comprising a time interval during which the first wireless device can transmit on the channel; characterized in that during the time interval of the transmission opportunity, the first wireless device is prohibited from transmitting a frame to a wireless device that is a member of the OBSS. detecting a data unit at a first wireless device that is a member of a first basic service set, in the following also referred to as BSS, of the wireless network, the data unit sent on a channel from a second wireless device that is a member of a second overlapping basic service set, in the following also referred to as OBSS, of the wireless network; the first wireless device ignoring the data unit after said detecting the data unit; and after said ignoring, the first wireless device obtaining a transmission opportunity comprising a time interval during which the first wireless device can transmit on the channel; characterized in that during the time interval of the transmission opportunity, the first wireless device is prohibited from transmitting a frame to a wireless device that is a member of the OBSS.
Sensor system for measuring the thickness of a film moved relative to the sensor system, and comprising: - a first sensor device for measuring the thickness of a film, - means for producing an air cushion, which are so arranged that an air cushion is produced during operation between at least one of the sides of the sensor device facing the film and the film itself, - wherein the first sensor device comprises surface sections of porous material and/or material provided with microholes in the region of the air cushion, characterized in that at least two of the surface sections have a different air discharge rate per unit area - a first sensor device for measuring the thickness of a film, - means for producing an air cushion, which are so arranged that an air cushion is produced during operation between at least one of the sides of the sensor device facing the film and the film itself, - wherein the first sensor device comprises surface sections of porous material and/or material provided with microholes in the region of the air cushion,