mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: executing , by a processing unit , a first work-item, wherein the first work-item corresponds to a first subgroup, wherein the processing unit includes one or more compute units (24-1, 24-N), wherein each of the one or more compute units includes one or more processing elements (26A-1, 26A-N, 26B-1, 26B-N) for executing work-items, wherein the processing unit includes a local memory accessible by each of the one or more compute units, and wherein the processing unit includes one or more private memory spaces (28A-1, 28A-N, 28B-1, 28B-N) respectively accessible by the one or more processing elements (26A-1, 26A-N, 26B-1, 26B-N); executing , by the processing unit, a second work-item, wherein the second work-item corresponds to a second subgroup; executing , by the processing unit, a first barrier that synchronizes each work-item of the first subgroup and each work-item of the second subgroup; performing , by the processing unit, using the one or more private memory spaces (28A-1, 28A-N, 28B-1, 28B-N), once each work-item of the first subgroup and each work-item of the second subgroup are synchronized by the first barrier, an inter-subgroup data transfer between the first subgroup and the second subgroup; and executing , by the processing unit, a second barrier that synchronizes each work-item of the first subgroup and each work-item of the second subgroup to ensure the inter-subgroup data transfer is complete before allowing each work-item of the first subgroup and each work-item of the second subgroup to proceed past the second barrier. executing , by a processing unit , a first work-item, wherein the first work-item corresponds to a first subgroup, wherein the processing unit includes one or more compute units (24-1, 24-N), wherein each of the one or more compute units includes one or more processing elements (26A-1, 26A-N, 26B-1, 26B-N) for executing work-items, wherein the processing unit includes a local memory accessible by each of the one or more compute units, and wherein the processing unit includes one or more private memory spaces (28A-1, 28A-N, 28B-1, 28B-N) respectively accessible by the one or more processing elements (26A-1, 26A-N, 26B-1, 26B-N); executing , by the processing unit, a second work-item, wherein the second work-item corresponds to a second subgroup; executing , by the processing unit, a first barrier that synchronizes each work-item of the first subgroup and each work-item of the second subgroup; performing , by the processing unit, using the one or more private memory spaces (28A-1, 28A-N, 28B-1, 28B-N), once each work-item of the first subgroup and each work-item of the second subgroup are synchronized by the first barrier, an inter-subgroup data transfer between the first subgroup and the second subgroup; and executing , by the processing unit, a second barrier that synchronizes each work-item of the first subgroup and each work-item of the second subgroup to ensure the inter-subgroup data transfer is complete before allowing each work-item of the first subgroup and each work-item of the second subgroup to proceed past the second barrier.
An internal combustion engine comprising a crankcase including a crankshaft; at least one cylinder (6; 6i, 6 2 , 6 3 , 6 4 ) coupled to the crankcase and defining an internal combustion chamber ; an air intake system comprising an air inlet and an intake port of the at least one cylinder, a supplementary air inlet fluidly coupled to the intake port, and a throttle body assembly having a throttle valve coupled to the air inlet and including a throttle plate ; wherein the supplementary air inlet is configured to receive a flow of air from the air intake system of the at least one cylinder from a location downstream of the throttle plate, the flow of air is directed into the intake port of the at least one cylinder for combustion within the combustion chamber, and the flow of air is controlled and modulated by the position of the throttle plate; characterized in that the throttle body assembly includes a plurality of apertures extending through a wall of the throttle body assembly; and in that a portion of the plurality of apertures are positioned downstream from the throttle plate when the throttle plate is in a fully closed position, and a portion of the apertures are configured to receive air when the throttle plate is in a fully closed position (A) and each of the apertures receives air when the throttle plate is in an open position (B, C, D); and in that the plurality of apertures include at least one one-way valve to allow the flow of air toward the supplementary air inlet but inhibit the flow of air in the opposite direction toward the throttle valve.
Medical Gas mixture consisting of oxygen and carbon dioxide for use as an inhalation medicinal product (medicament), characterized in that the carbon dioxide content in oxygen is between 100 ppm and 2000 ppm.
An information processing device that is connectable to a first storage unit and a second storage unit , the first storage unit including a readable and writable first memory, the second storage unit including a readable and writable second memory, the second storage unit including a data migration log area , characterized in that the information processing device includes a control unit configured to: determine a storage status of the first storage unit based on reliability information acquired from the first storage unit , when the storage status of the first storage unit is determined as a protected state based on the reliability information, write first data in only the second storage unit of the first and second storage units , when a read target address is recorded in the data migration log area , read second data from the second storage unit and, when the read target address is not recorded in the data migration log area , read third data from the first storage unit , when writing the first data in the second storage unit , record a logical address of the first data written in the second storage unit into the data migration log area , and when the storage status of the first storage unit is not determined as the protected state based on the reliability information, read fourth data from the first storage unit . determine a storage status of the first storage unit based on reliability information acquired from the first storage unit , when the storage status of the first storage unit is determined as a protected state based on the reliability information, write first data in only the second storage unit of the first and second storage units , when a read target address is recorded in the data migration log area , read second data from the second storage unit and, when the read target address is not recorded in the data migration log area , read third data from the first storage unit , when writing the first data in the second storage unit , record a logical address of the first data written in the second storage unit into the data migration log area , and when the storage status of the first storage unit is not determined as the protected state based on the reliability information, read fourth data from the first storage unit .
High-rise building module having a cuboid housing that forms a floor , a ceiling , two side-walls and two front walls of the housing module , where the building module incorporates a central axis around which the floor , the ceiling and the side walls are arranged, and where a door is arranged in the housing, where the housing incorporates a tubular body consisting of a concrete material the four walls of which tubular body form the floor , the ceiling and the side walls , characterised in the tubular body consists entirely of the concrete material and is cast with a horizontally aligned central axis, where the bottom and top wall of the tubular body, as opposing tube walls, have different grades of concrete in the sense that they have different physical properties.
A vibration-type actuator comprising: a vibration body including an electric-mechanical energy conversion element with a lead content of 1000 ppm or less, and an elastic body having a plate portion and protrusions protruding in a direction intersecting with a main surface of the plate portion ; and a contact body in contact with the protrusions , wherein the vibration body and the contact body are relatively moved by vibration of the vibration body , characterized in that the vibration-type actuator further comprises a pressure member pressing the vibration body against the contact body and a foamed member arranged between the pressure member and the vibration body , and in that the foamed member contains, as a main skeleton, a siloxane bond including silicon and oxygen, and an average equivalent circle diameter of bubbles contained in the foamed member is greater than 120 μm. a vibration body including an electric-mechanical energy conversion element with a lead content of 1000 ppm or less, and an elastic body having a plate portion and protrusions protruding in a direction intersecting with a main surface of the plate portion ; and a contact body in contact with the protrusions , wherein the vibration body and the contact body are relatively moved by vibration of the vibration body , characterized in that the vibration-type actuator further comprises a pressure member pressing the vibration body against the contact body and a foamed member arranged between the pressure member and the vibration body , and in that the foamed member contains, as a main skeleton, a siloxane bond including silicon and oxygen, and an average equivalent circle diameter of bubbles contained in the foamed member is greater than 120 μm.
Smoke evacuation shutter comprising: - a frame for installing the smoke evacuation shutter in a smoke evacuation duct; - at least one door leaf which is arranged in the frame so as to be rotatable about a hinge pin (A) between a closed position and an open position; - a motor which is configured to drive a motor shaft of this motor ; - transmission means for transmitting the driving movement of the motor shaft to the rotating movement of the door leaf ; - uncoupling means for uncoupling the motor shaft from the transmission means ; and - a locking mechanism for locking and unlocking the door leaf ; - the motor is configured as a reversible motor; characterized in that the uncoupling means comprise an operating element , which is incorporated in the locking mechanism , which is operable by hand, in such a way that the operating element is operated when manually unlocking the door leaf in order to uncouple the motor shaft from the transmission means . - a frame for installing the smoke evacuation shutter in a smoke evacuation duct; - at least one door leaf which is arranged in the frame so as to be rotatable about a hinge pin (A) between a closed position and an open position; - a motor which is configured to drive a motor shaft of this motor ; - transmission means for transmitting the driving movement of the motor shaft to the rotating movement of the door leaf ; - uncoupling means for uncoupling the motor shaft from the transmission means ; and - a locking mechanism for locking and unlocking the door leaf ; - the motor is configured as a reversible motor;
An electronic device comprising: a substrate ; a buried oxide layer overlying said substrate ; at least one semiconductor device overlying said buried oxide layer ; and at least one shallow trench isolation region in the substrate and adjacent the at least one semiconductor device , said at least one shallow trench isolation region defining a sidewall surface with the substrate and buried oxide layer , the shallow trench isolation region comprising: a nitride layer lining the sidewall surface on a bottom portion of the sidewall surface, the nitride layer being directly adjacent the substrate on the bottom portion of the sidewall surface, an oxide layer lining and directly adjacent to the sidewall surface on a top portion of the sidewall surface vertically above the bottom portion of the sidewall surface lined by the nitride layer wherein the oxide layer extends vertically from below the buried oxide layer to above the buried oxide layer , and an insulating material within the nitride and oxide layers. a substrate ; a buried oxide layer overlying said substrate ; at least one semiconductor device overlying said buried oxide layer ; and at least one shallow trench isolation region in the substrate and adjacent the at least one semiconductor device , said at least one shallow trench isolation region defining a sidewall surface with the substrate and buried oxide layer , the shallow trench isolation region comprising: a nitride layer lining the sidewall surface on a bottom portion of the sidewall surface, the nitride layer being directly adjacent the substrate on the bottom portion of the sidewall surface, an oxide layer lining and directly adjacent to the sidewall surface on a top portion of the sidewall surface vertically above the bottom portion of the sidewall surface lined by the nitride layer wherein the oxide layer extends vertically from below the buried oxide layer to above the buried oxide layer , and an insulating material within the nitride and oxide layers. a nitride layer lining the sidewall surface on a bottom portion of the sidewall surface, the nitride layer being directly adjacent the substrate on the bottom portion of the sidewall surface, an oxide layer lining and directly adjacent to the sidewall surface on a top portion of the sidewall surface vertically above the bottom portion of the sidewall surface lined by the nitride layer wherein the oxide layer extends vertically from below the buried oxide layer to above the buried oxide layer , and an insulating material within the nitride and oxide layers.
A method for directly quantifying the presence of DNA without prior application of extraction techniques for Short Tandem Repeat (STR) analysis comprising: contacting an object thought to have been touched by a suspect with a paper to collect any residual nucleic acid left by the suspect on the object, in the collection of evidence for a criminal investigation, depositing the paper into a vessel, performing a real-time polymerase chain reaction (rtPCR) within the vessel and detecting the level of fluorescence emitted from the vessel during rtPCR, wherein the level of fluorescence is detected by a charge-coupled device while the paper is in the vessel, and determining the quantity of nucleic acid left by the suspect on the object by correlating the level of fluorescence to the quantity of nucleic acid left by the suspect on the object, wherein the paper is not subjected to nucleic acid extraction techniques; using direct quantification results to determine the amount of input DNA for STR analysis, and optionally performing a direct STR amplification. contacting an object thought to have been touched by a suspect with a paper to collect any residual nucleic acid left by the suspect on the object, in the collection of evidence for a criminal investigation, depositing the paper into a vessel, performing a real-time polymerase chain reaction (rtPCR) within the vessel and detecting the level of fluorescence emitted from the vessel during rtPCR, wherein the level of fluorescence is detected by a charge-coupled device while the paper is in the vessel, and determining the quantity of nucleic acid left by the suspect on the object by correlating the level of fluorescence to the quantity of nucleic acid left by the suspect on the object, wherein the paper is not subjected to nucleic acid extraction techniques; using direct quantification results to determine the amount of input DNA for STR analysis, and optionally performing a direct STR amplification.
Signalling and/or lighting device, in particular for a motor vehicle, comprising: - means for emitting a light beam, called the primary beam , including a light source , - a scattering element and - controlled transmitting means interposed between the emitting means and the scattering element , the controlled transmitting means being controlled in order to selectively transmit at least one portion of the primary beam toward the scattering element in order to form a beam, called the secondary beam , with at least two different distributions of the light, characterized in that the controlled transmitting means comprise at least one liquid-crystal display arranged at distance from the scattering element , an image of the liquid-crystal display being formed on the scattering element , wherein the liquid-crystal display is curved so as to allow a small angle of incidence to be obtained for each of the rays of the primary beam on the liquid-crystal display . - means for emitting a light beam, called the primary beam , including a light source , - a scattering element and - controlled transmitting means interposed between the emitting means and the scattering element , the controlled transmitting means being controlled in order to selectively transmit at least one portion of the primary beam toward the scattering element in order to form a beam, called the secondary beam , with at least two different distributions of the light,
A powder coating facility - wherein a coupling for connecting lines is provided, - wherein the coupling has a first coupling disc comprising first line connectors and a second coupling disc comprising second line connectors , - wherein the coupling has a first drive in order to be able to move the two coupling discs (135; 136) axially relative to one another, - wherein the coupling has a second drive in order to be able to rotate the two coupling discs (135; 136) relative to one another, - wherein a powder conveyor (1.1) is provided, which is connected to one of the first line connectors of the coupling via a powder line , - wherein a powder applicator is provided, which is connected to one of the second line connectors of the coupling via a further powder line , - wherein a compressed air purging line is provided, which is connected to one of the second line connectors of the coupling , and - wherein a further compressed air purging line is provided, which is connected to one of the first line connectors of the coupling . - wherein a coupling for connecting lines is provided, - wherein the coupling has a first coupling disc comprising first line connectors and a second coupling disc comprising second line connectors , - wherein the coupling has a first drive in order to be able to move the two coupling discs (135; 136) axially relative to one another, - wherein the coupling has a second drive in order to be able to rotate the two coupling discs (135; 136) relative to one another, - wherein a powder conveyor (1.1) is provided, which is connected to one of the first line connectors of the coupling via a powder line , - wherein a powder applicator is provided, which is connected to one of the second line connectors of the coupling via a further powder line , - wherein a compressed air purging line is provided, which is connected to one of the second line connectors of the coupling , and - wherein a further compressed air purging line is provided, which is connected to one of the first line connectors of the coupling .
Belt strap for a safety belt device of a motor vehicle, comprising - at least one hollow portion which has at least one cavity for receiving electronic components and/or lines, wherein - the cavity is formed by two fabric layers , - the fabric layers are formed by a plurality of warp threads and weft threads , - the fabric layers are connected to each other in the outer edge portions by one or more edge binding threads which extend in parallel with the longitudinal direction of the belt strap , wherein - at least one single-layer portion adjoins the at least one hollow portion in the longitudinal direction of the belt strap , wherein the single-layer portion is formed by the two fabric layers , wherein - the fabric layers , in central portions situated between the edge portions , are interconnected by a plurality of central binding threads which extend in parallel with the longitudinal direction of the belt strap , and wherein - the central binding threads are woven in only one of the fabric layers in the hollow portion . - at least one hollow portion which has at least one cavity for receiving electronic components and/or lines, wherein - the cavity is formed by two fabric layers , - the fabric layers are formed by a plurality of warp threads and weft threads , - the fabric layers are connected to each other in the outer edge portions by one or more edge binding threads which extend in parallel with the longitudinal direction of the belt strap , wherein - at least one single-layer portion adjoins the at least one hollow portion in the longitudinal direction of the belt strap , wherein the single-layer portion is formed by the two fabric layers , wherein - the fabric layers , in central portions situated between the edge portions , are interconnected by a plurality of central binding threads which extend in parallel with the longitudinal direction of the belt strap , and wherein - the central binding threads are woven in only one of the fabric layers in the hollow portion .
A charging apparatus comprising: charging means for inductively charging a separate, mobile apparatus ; flow path means for providing a flow path for a phase-change cooling fluid to an interface with the mobile apparatus so as to enable cooling of, at least part of, the mobile apparatus when the mobile apparatus is being inductively charged by the charging means , wherein the flow path means is configured to allow the phase-change cooling fluid to flow into the ambient surroundings around the charging apparatus ; and wherein the flow path means comprises wick structures that enable the phase-change cooling fluid to be transported via capillary action. charging means for inductively charging a separate, mobile apparatus ; flow path means for providing a flow path for a phase-change cooling fluid to an interface with the mobile apparatus so as to enable cooling of, at least part of, the mobile apparatus when the mobile apparatus is being inductively charged by the charging means , wherein the flow path means is configured to allow the phase-change cooling fluid to flow into the ambient surroundings around the charging apparatus ; and wherein the flow path means comprises wick structures that enable the phase-change cooling fluid to be transported via capillary action.
A transdermal delivery device consisting of : a dexmedetomidine composition for treating attention deficit hyperactivity disorder (ADHD), anxiety or insomnia, which dexmedetomidine composition consists of dexmedetomidine, a solubility enhancer and an acrylate pressure sensitive adhesive with pendant hydroxyl groups; and a backing layer. a dexmedetomidine composition for treating attention deficit hyperactivity disorder (ADHD), anxiety or insomnia, which dexmedetomidine composition consists of dexmedetomidine, a solubility enhancer and an acrylate pressure sensitive adhesive with pendant hydroxyl groups; and a backing layer. a solubility enhancer and an acrylate pressure sensitive adhesive with pendant hydroxyl groups; and a backing layer.