mhurhangee/ep-ind-claims huggingface dataset:
An X-ray image capturing device of bone-in meat for capturing an X-ray image of the bone-in meat that is from an arm part or a thigh part of a livestock carcass in a state where the bone-in meat is suspended, comprising: an X-ray source for irradiating the bone-in meat with an X-ray; a sensor which is disposed in the shielding box and which detects the X-ray which passes through the bone-in meat; a filter which is disposed between the bone-in meat and the X-ray source and which adjusts an intensity distribution of the X-ray with which the bone-in meat is irradiated; characterized in that the X-ray image capturing device further comprises a shielding box for covering the bone-in meat while the X-ray image is captured; the bone-in meat is suspended from a clamp going around an endless track, the X-ray image capturing device further comprises a rotation mechanism for rotating the clamp so that the bone-in meat rotates about a vertical axis in a rotation direction corresponding to whether the bone-in meat is from right side or left side of the livestock carcass in order to capturing the X-ray image. an X-ray source for irradiating the bone-in meat with an X-ray; a sensor which is disposed in the shielding box and which detects the X-ray which passes through the bone-in meat; a filter which is disposed between the bone-in meat and the X-ray source and which adjusts an intensity distribution of the X-ray with which the bone-in meat is irradiated;
Use of a composite material comprising a) a barrier ply, b) a support ply which comprises a spunbonded web and which is arranged on at least one side of the barrier ply and bonded to the barrier ply by heat and pressure, the barrier ply comprising a nonwoven web which contains 1% to 70% by weight of meltblown fibres and 30% to 99% by weight of staple fibres, based in each case on the total weight of the nonwoven web, as packaging material, in particular for sterile packaging applications, characterized in that the barrier ply is produced by jointly laying down the staple fibres with the meltblown fibres. a) a barrier ply, b) a support ply which comprises a spunbonded web and which is arranged on at least one side of the barrier ply and bonded to the barrier ply by heat and pressure,
A dosing unit for discharging a reductant, comprising: a fluid injector having an inlet tube, a nozzle and an injector fluid path from the inlet tube to the nozzle, the injector fluid path being part of a fluid path of the dosing unit; an inlet tube sized and shaped for receiving therein at least part of the inlet tube of the fluid injector, the inlet tube including a fluid inlet; an input tube in fluid communication with the inlet tube via the fluid inlet thereof, the input tube configured to receive fluid from a fluid source; and an insert (30, 40, 50, 60, 70, 80) partly disposed in the inlet tube of the fluid injector, the insert (30, 40, 50, 60, 70, 80) at least partly defining a fluid passage, the fluid passage being in fluid communication with the input tube and the inlet tube of the fluid injector and forming part of the fluid path of the dosing unit, characterised in that the fluid passage includes a portion extending in a direction that is orthogonal to a longitudinal axis of the fluid injector, the insert (30, 40, 50, 60, 70, 80) extends from the inlet tube within the inlet tube so that less space is available for reductant and/or air bubbles in the inlet tube, wherein the fluid passage of the insert (30, 40, 50, 60, 70, 80) comprises at least one groove (36, 56, 66, 74, 84) defined along an outer surface of the insert (30, 40, 50, 60, 70, 80). a fluid injector having an inlet tube, a nozzle and an injector fluid path from the inlet tube to the nozzle, the injector fluid path being part of a fluid path of the dosing unit; an inlet tube sized and shaped for receiving therein at least part of the inlet tube of the fluid injector, the inlet tube including a fluid inlet; an input tube in fluid communication with the inlet tube via the fluid inlet thereof, the input tube configured to receive fluid from a fluid source; and an insert (30, 40, 50, 60, 70, 80) partly disposed in the inlet tube of the fluid injector, the insert (30, 40, 50, 60, 70, 80) at least partly defining a fluid passage, the fluid passage being in fluid communication with the input tube and the inlet tube of the fluid injector and forming part of the fluid path of the dosing unit, characterised in that the fluid passage includes a portion extending in a direction that is orthogonal to a longitudinal axis of the fluid injector, the insert (30, 40, 50, 60, 70, 80) extends from the inlet tube within the inlet tube so that less space is available for reductant and/or air bubbles in the inlet tube, wherein the fluid passage of the insert (30, 40, 50, 60, 70, 80) comprises at least one groove (36, 56, 66, 74, 84) defined along an outer surface of the insert (30, 40, 50, 60, 70, 80).
A honeycomb structure formed of a silicon carbide material, the silicon carbide material including: a substrate containing, as a main component, silicon carbide or containing, as main components, silicon carbide and metallic silicon, the substrate being porous having a porosity of 20% to 70%, and a film covering at least a portion of the surface of the substrate, the surface of the substrate comprising an outer surface of the substrate and an inner surface of the pores of the substrate, wherein the film contains, as a main component, a lithium aluminosilicate phase, the lithium aluminosilicate phase being spodumene, and the film has a film weight ratio of between 4.1% and 58.3%, the film weight ratio being defined for a sample of the silicon carbide material as: weight of sample − weight of substrate / ( weight of sample) × 100. a substrate containing, as a main component, silicon carbide or containing, as main components, silicon carbide and metallic silicon, the substrate being porous having a porosity of 20% to 70%, and a film covering at least a portion of the surface of the substrate, the surface of the substrate comprising an outer surface of the substrate and an inner surface of the pores of the substrate, wherein the film contains, as a main component, a lithium aluminosilicate phase, the lithium aluminosilicate phase being spodumene, and the film has a film weight ratio of between 4.1% and 58.3%, the film weight ratio being defined for a sample of the silicon carbide material as: weight of sample − weight of substrate / ( weight of sample) × 100.
Apparatus for processing data comprising: a processing pipeline having fetch circuitry to fetch instructions to be executed from a memory; one or more buffers to store instructions fetched from said memory by said fetch circuitry; buffer control circuitry responsive to a programmable trigger: to stall a stallable portion of said processing pipeline downstream of said one or more buffers; to accumulate within said one or more buffers a burst of instructions comprising a number of instructions starting from a predetermined starting instruction; and when said number of instructions has been accumulated within said one or more buffers, to restart said stallable portion of said processing pipeline. a processing pipeline having fetch circuitry to fetch instructions to be executed from a memory; one or more buffers to store instructions fetched from said memory by said fetch circuitry; buffer control circuitry responsive to a programmable trigger: to stall a stallable portion of said processing pipeline downstream of said one or more buffers; to accumulate within said one or more buffers a burst of instructions comprising a number of instructions starting from a predetermined starting instruction; and when said number of instructions has been accumulated within said one or more buffers, to restart said stallable portion of said processing pipeline. to stall a stallable portion of said processing pipeline downstream of said one or more buffers; to accumulate within said one or more buffers a burst of instructions comprising a number of instructions starting from a predetermined starting instruction; and when said number of instructions has been accumulated within said one or more buffers, to restart said stallable portion of said processing pipeline.
A residual pressure valve (10; 10a; 10b) for a flow medium, in particular for air, the flow passage of which valve, which is arranged in a valve housing, is adapted to allow flows to pass in opposite directions and be interrupted depending on the pressure of the flow medium by means of an at least partially movable sealing element (41; 41a), wherein the sealing element (41; 41a) buts against a counter element (21; 21a) in a sealing manner by an energy storage configured as pressure spring when going below a minimum pressure of the flow medium for interrupting the flow passage, wherein the flow path comprises separate bores (32, 58) which are arranged coaxially to one another and connected to one another by at least one connecting channel, wherein the at least one connecting channel is formed in a valve housing part (17; 17b) which comprises a reception for the at least indirect, sliding guidance of the sealing element (41; 41a) and for the reception of the energy storage, and wherein the connection between one bore and the at least one connecting channel is effected via a ring chamber, which is arranged symmetrically to the longitudinal axis of the valve housing between one valve housing part (17; 17b) and another valve housing part (16; 16a; 16b) radially surrounding the first-mentioned valve housing part (17; 17b) in the region of the flow path, characterized in that the sealing element (41; 41a) is arranged directly in the reception, and in that the energy storage is arranged in a chamber formed by the reception and the sealing element (41; 41a) which is connected to the environment by means of at least one vent bore.
A self-administered tamper-evident drug detection system comprising: a biometric detection surface (14a, 14b) for each of a user's right and left hands, configured to identify the user and prevent tamper by continuously capturing biometric information from each of the user's right and left hands while the system is administering a drug detection test; a housing with an opening; a plurality of collection devices to administer the drug detection test by exposing a sample collection device to the user's mouth to collect a saliva sample; and a collection device mechanism including a cartridge with the plurality of sample collection devices that are configured to be exposed to the user for a period of time by ejecting one of said collection devices through the opening in the housing and then to be mechanically retracted into the collection device mechanism to be tested for indications of drugs or illegal substances. a biometric detection surface (14a, 14b) for each of a user's right and left hands, configured to identify the user and prevent tamper by continuously capturing biometric information from each of the user's right and left hands while the system is administering a drug detection test; a housing with an opening; a plurality of collection devices to administer the drug detection test by exposing a sample collection device to the user's mouth to collect a saliva sample; and a collection device mechanism including a cartridge with the plurality of sample collection devices that are configured to be exposed to the user for a period of time by ejecting one of said collection devices through the opening in the housing and then to be mechanically retracted into the collection device mechanism to be tested for indications of drugs or illegal substances.
Road paver, comprising a undercarriage arranged at a chassis frame, in particular a wheel-undercarriage, a hopper for paving material, a longitudinal conveyer, a drive source and an operator's platform at the chassis frame, an operation mode selector switch being switchable at least between a transport travelling position and a paving travelling position, a paving screed, connected rearwardly to the chassis frame, the paving screed being adjustable in relation to the chassis frame between a lowered paving position and a lifted transport position, and a variable ballast system including a ballast mass, which is displaceable at least in longitudinal direction of the chassis frame within the chassis frame by means of an actuator between at least two or even more predetermined and different respective displacement positions (I, II), characterized in that the chassis frame is formed as a frame grate at least having longitudinal bracings and lateral bracings (33, 34), that, as the ballast mass, at least one metal supplemental weight made from sheet steel is arranged in at least one guidance underneath, or on top of, or above, or below, or displaceably within the frame grate, that protruding centering bolts are provided at the metal supplemental weight or at the frame grate, that centering sockets are arranged at the frame grate or the metal supplemental weight for engagement of the centering bolts engaging there only in the respective displacement positions (I, II) in order to center the metal supplemental weight, and that the metal supplemental weight is mechanically lockable in relation to the frame grate by blocking elements of the centering sockets, the blocking elements being adjustable into counter sockets in the centering bolts only in the predetermined displacement positions (I, II).
A method for reducing agglomeration of silver etching by-products, comprising: Step 1, providing at least one group of filter screen groups in a vacuum tube connecting a dry pump and an Ion Beam Etching chamber, wherein an interval between adjacent filter screen groups of the at least one group of filter screen groups is 50 mm to 500 mm, each group of filter screen groups includes 1 to 3 layers of filter screens, and an interval between adjacent filter screens is 0.5 mm to 5 mm; and Step 2, filling a chemical adsorbent between the filter screens. Step 1, providing at least one group of filter screen groups in a vacuum tube connecting a dry pump and an Ion Beam Etching chamber, wherein an interval between adjacent filter screen groups of the at least one group of filter screen groups is 50 mm to 500 mm, each group of filter screen groups includes 1 to 3 layers of filter screens, and an interval between adjacent filter screens is 0.5 mm to 5 mm; and Step 2, filling a chemical adsorbent between the filter screens.
A fluid management system, comprising: a fluid pump capable of generating a pulsatile flow of fluid; a fluid pathway (26, 28) for transporting the pulsatile flow of fluid from a fluid source through the fluid pump to a medical device; a dampening element in fluid communication with the fluid pathway, the dampening element comprising one or more barrels, each barrel including a movable seal member disposed within the barrel and a biasing member disposed within the barrel and engaged with the movable seal member, the dampening element being responsive to pressure fluctuations of the pulsatile fluid flow to actively dampen the pressure fluctuations and smoothen the pulsatile fluid flow; and a fluid flow sensor disposed along the fluid pathway between the dampening element and the medical device to measure a flow rate of the smoothened pulsatile fluid flow, characterized in that the fluid flow sensor is a flow sensor for measuring a flow rate of the smoothened pulsatile fluid flow in both flow directions of the fluid pathway. a fluid pump capable of generating a pulsatile flow of fluid; a fluid pathway (26, 28) for transporting the pulsatile flow of fluid from a fluid source through the fluid pump to a medical device; a dampening element in fluid communication with the fluid pathway, the dampening element comprising one or more barrels, each barrel including a movable seal member disposed within the barrel and a biasing member disposed within the barrel and engaged with the movable seal member, the dampening element being responsive to pressure fluctuations of the pulsatile fluid flow to actively dampen the pressure fluctuations and smoothen the pulsatile fluid flow; and a fluid flow sensor disposed along the fluid pathway between the dampening element and the medical device to measure a flow rate of the smoothened pulsatile fluid flow, characterized in that the fluid flow sensor is a flow sensor for measuring a flow rate of the smoothened pulsatile fluid flow in both flow directions of the fluid pathway.
An assembly comprising an adapter (2, 64, 68) for receiving a vehicle attendant seat and a vehicle attendant seat for a cabin of a vehicle, the vehicle attendant seat comprising a swing-out seat element, the adapter (2, 64, 68) comprising: - a retaining body (4, 65, 71) with an upper edge, a lower edge, a height (h) and a width (b, b 1, b 2), taken up by a pivoting edge, - a receiving device connected to a vehicle attendant seat, - multiple first pivoting means, and - at least one first securing means, wherein outer contours of the retaining body (4, 65, 71) span a plane, wherein the first pivoting means are arranged on the pivoting edge of the retaining body (4, 65, 71) and is adapted for forming a vertical hinge with at least one correspondingly formed second pivoting means, wherein the receiving device is arranged on a surface of the retaining body (4, 65, 71), which surface extends parallel to the plane, and is adapted for mechanically connecting the vehicle attendant seat with the at least one retaining body (4, 65, 71), and characterized by: the retaining body (4, 65, 71) comprises an access opening with a closure means that is openable, which access opening is arranged in a region facing the lower edge of the retaining body (4, 65, 71) located underneath the swing-out seat element in order to reach a stowage compartment in the vehicle attendant seat from a side of the retaining body (4, 65, 71), which side is opposite the receiving device. - a retaining body (4, 65, 71) with an upper edge, a lower edge, a height (h) and a width (b, b 1, b 2), taken up by a pivoting edge, - a receiving device connected to a vehicle attendant seat, - multiple first pivoting means, and - at least one first securing means, the retaining body (4, 65, 71) comprises an access opening with a closure means that is openable, which access opening is arranged in a region facing the lower edge of the retaining body (4, 65, 71) located underneath the swing-out seat element in order to reach a stowage compartment in the vehicle attendant seat from a side of the retaining body (4, 65, 71), which side is opposite the receiving device.
A hydraulic machine able to function as a motor or as a pump, including a cylinder block rotating about a main axis, having cylinders parallel to the axis receiving pistons which are actuated by an inclined plate which is fixed with regard to rotation, the cylinder block comprising a means for driving in rotation (72, 80) connected to its outer radial edge, characterized in that the means (72, 80) for driving in rotation is connected to the cylinder block axially between two rollers supporting this cylinder block.
A track chain member comprising: a shoe member defining a track chain traveling direction and a lateral direction perpendicular to the track chain traveling direction, the shoe member further defining a first lateral end, a second lateral end, and a ground engaging surface spanning from the first lateral end to the second lateral end; a first lug extending from the shoe member in a first direction parallel to the track chain traveling direction; a second lug extending from the shoe member in a second direction parallel to the track chain traveling direction and opposite to the first direction; the track chain member further defining a top surface spanning from the first lug to the second lug; a first rib coupling the shoe member to the first lug; and a second rib coupling the shoe member to the second lug, defining a first recess between the first rib and the second rib, the first recess also extending from the exterior of the shoe member, the first lateral end defining a first lateral end width along the track chain traveling direction, the first side recess also spanning the majority of the first lateral end width along the track chain traveling direction, characterised in that the first recess extends underneath the top surface and has a top boundary, which is at least partially parallel with the top surface, and a bottom boundary defined by the shoe member. a shoe member defining a track chain traveling direction and a lateral direction perpendicular to the track chain traveling direction, the shoe member further defining a first lateral end, a second lateral end, and a ground engaging surface spanning from the first lateral end to the second lateral end; a first lug extending from the shoe member in a first direction parallel to the track chain traveling direction; a second lug extending from the shoe member in a second direction parallel to the track chain traveling direction and opposite to the first direction; the track chain member further defining a top surface spanning from the first lug to the second lug; a first rib coupling the shoe member to the first lug; and a second rib coupling the shoe member to the second lug, defining a first recess between the first rib and the second rib, the first recess also extending from the exterior of the shoe member, the first lateral end defining a first lateral end width along the track chain traveling direction, the first side recess also spanning the majority of the first lateral end width along the track chain traveling direction, characterised in that the first recess extends underneath the top surface and has a top boundary, which is at least partially parallel with the top surface, and a bottom boundary defined by the shoe member.
An electronic device comprising: a touch screen; and a processor, wherein the processor configured to: detect a touch input from a reference region which is set in at least a partial region of the touch screen; when a movement of the touch input is detected, activate a screen adjustment mode based on a movement range of the touch input; during maintenance of the touch input, adjust a screen size of the touch screen based on a movement distance of the touch input and display the touch screen of the adjusted screen size; and when the touch input is released after the screen size is adjusted, set a screen size at the time that the touch input is released as a screen size of the screen adjustment mode. a touch screen; and a processor, wherein the processor configured to: detect a touch input from a reference region which is set in at least a partial region of the touch screen; when a movement of the touch input is detected, activate a screen adjustment mode based on a movement range of the touch input; during maintenance of the touch input, adjust a screen size of the touch screen based on a movement distance of the touch input and display the touch screen of the adjusted screen size; and when the touch input is released after the screen size is adjusted, set a screen size at the time that the touch input is released as a screen size of the screen adjustment mode. detect a touch input from a reference region which is set in at least a partial region of the touch screen; when a movement of the touch input is detected, activate a screen adjustment mode based on a movement range of the touch input; during maintenance of the touch input, adjust a screen size of the touch screen based on a movement distance of the touch input and display the touch screen of the adjusted screen size; and when the touch input is released after the screen size is adjusted, set a screen size at the time that the touch input is released as a screen size of the screen adjustment mode.