mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: generating a plurality of focal plane images using a description of three-dimensional content; arranging the plurality of focal plane images in space; receiving information indicating head movement of a user relative to a real world environment; responsive to receiving the information indicating head movement of the user, synthesizing motion parallax by shifting and rotating one or more of the plurality of focal plane images in order to generate views for the user, the views comprising motion parallax information, wherein rotating one or more of the plurality of focal plane images comprises rotating one or more of the plurality of focal plane images relative to a fixed origin; and displaying the plurality of focal plane images shifted and rotated to generate the views for the user. generating a plurality of focal plane images using a description of three-dimensional content; arranging the plurality of focal plane images in space; receiving information indicating head movement of a user relative to a real world environment; responsive to receiving the information indicating head movement of the user, synthesizing motion parallax by shifting and rotating one or more of the plurality of focal plane images in order to generate views for the user, the views comprising motion parallax information, wherein rotating one or more of the plurality of focal plane images comprises rotating one or more of the plurality of focal plane images relative to a fixed origin; and displaying the plurality of focal plane images shifted and rotated to generate the views for the user.
Hydraulic control arrangement, in particular for a press, in particular for a press brake, having a hydraulic control block, which has channels (14, 16, 18, 34), hydraulic connections (20, 22, 24) and attachment surfaces for valves and/or installation bores for valves, having a pressureless fluid container for hydraulic fluid, which is arranged with one of its container walls opposite a first side surface of the control block, having a hydraulic machine for conveying hydraulic fluid between at least the connections (20, 22, 24) and/or between the fluid container and at least one of the connections (20, 22, 24), and having an electric motor, which is arranged for driving the hydraulic machine, wherein the hydraulic machine is arranged in an installation space in the control block, and an intake fluid path (18, 62) via which the hydraulic machine can suck in fluid from the fluid container during operation is guided through the first side surface of the control block and through said one container wall, wherein the intake fluid path has a first transverse bore in the hydraulic control block that opens out in the first side surface, and wherein the first transverse bore is arranged substantially transversely to an axis of the hydraulic machine, characterized in that the first transverse bore opens out in a second side surface of the control block, wherein the second side surface is arranged opposite the first side surface. having a hydraulic control block, which has channels (14, 16, 18, 34), hydraulic connections (20, 22, 24) and attachment surfaces for valves and/or installation bores for valves, having a pressureless fluid container for hydraulic fluid, which is arranged with one of its container walls opposite a first side surface of the control block, having a hydraulic machine for conveying hydraulic fluid between at least the connections (20, 22, 24) and/or between the fluid container and at least one of the connections (20, 22, 24), and having an electric motor, which is arranged for driving the hydraulic machine, wherein the hydraulic machine is arranged in an installation space in the control block, and an intake fluid path (18, 62) via which the hydraulic machine can suck in fluid from the fluid container during operation is guided through the first side surface of the control block and through said one container wall, wherein the intake fluid path has a first transverse bore in the hydraulic control block that opens out in the first side surface, and wherein the first transverse bore is arranged substantially transversely to an axis of the hydraulic machine, characterized in that the first transverse bore opens out in a second side surface of the control block, wherein the second side surface is arranged opposite the first side surface.
System of payment comprising a module (101, 21) for emulating at least one payment card, providing a corresponding emulated card, a communications terminal and a payment card reader connected with or integrated into said communications terminal, said emulation module being integrated into a secured enclosure of said communications terminal and said system comprising: • means for receiving, by said emulation module, at least one request coming from at least one administration module installed in said communications terminal; • means for obtaining, by said emulation module, a card data, via at least one communications module of a payment device; • means for communicating of said emulation module with at least one payment-acquisition module of said payment device, via at least one communications module of said payment device, said means for communicating being activated during a payment operation involving said emulated card and requiring at least said card data obtained, said emulated card being capable of being involved in a plurality of successive payment operations characterized in that said card data is at least one piece of data representing the payment card read by means for reading of said payment card reader. • means for receiving, by said emulation module, at least one request coming from at least one administration module installed in said communications terminal; • means for obtaining, by said emulation module, a card data, via at least one communications module of a payment device; • means for communicating of said emulation module with at least one payment-acquisition module of said payment device, via at least one communications module of said payment device, said means for communicating being activated during a payment operation involving said emulated card and requiring at least said card data obtained,
Artillery shell with the following features: a) the artillery shell is spin-stabilized and has a shell casing, which is enclosed by a guide band for spin transmission, b) the shell casing is also encompassed by a sealing ring, c) the sealing ring is arranged to the rear of the guide band, d) the sealing ring, which has a peripheral sealing profile, is mounted in an outer groove of the shell casing, e) the outer groove comprises a groove base, which is adjoined by a rear-side groove flank and a front-side groove flank, characterized by the following features: f) the peripheral sealing profile of the sealing ring has a V shape which is open towards the rear and has a first leg and a second leg connected thereto, g) the first leg is a groove-base leg, which encloses the groove base, h) the second leg is a sprung sealing leg, the free end of which springs radially outwards, but can be compressed to the extent that it can be received completely by the outer groove and does not protrude. a) the artillery shell is spin-stabilized and has a shell casing, which is enclosed by a guide band for spin transmission, b) the shell casing is also encompassed by a sealing ring, c) the sealing ring is arranged to the rear of the guide band, d) the sealing ring, which has a peripheral sealing profile, is mounted in an outer groove of the shell casing, e) the outer groove comprises a groove base, which is adjoined by a rear-side groove flank and a front-side groove flank, characterized by the following features: f) the peripheral sealing profile of the sealing ring has a V shape which is open towards the rear and has a first leg and a second leg connected thereto, g) the first leg is a groove-base leg, which encloses the groove base, h) the second leg is a sprung sealing leg, the free end of which springs radially outwards, but can be compressed to the extent that it can be received completely by the outer groove and does not protrude.
A fender assembly for a tractor, the fender assembly comprising: a first fender part to be positioned above a wheel of a tractor; and a second fender part mounted to the first fender part via a rail, the second fender part moveable on the rail along a path substantially parallel to a portion of the circumference of the wheel of the tractor, characterised in that the rail has a partial spiral or helical shape such that as the second fender part is moved along the rail, the second fender part moves rotationally and outwardly relative to the first fender part and to the tractor. a first fender part to be positioned above a wheel of a tractor; and a second fender part mounted to the first fender part via a rail, the second fender part moveable on the rail along a path substantially parallel to a portion of the circumference of the wheel of the tractor, characterised in that the rail has a partial spiral or helical shape such that as the second fender part is moved along the rail, the second fender part moves rotationally and outwardly relative to the first fender part and to the tractor.
A multi-mode uninterruptible power supply, UPS, comprising: a first path comprising a rectifier and an inverter; a second path in parallel with said first path, wherein said multi-mode UPS is operable in an economy mode in which power flows from a utility to a load through said second path while one of said rectifier and said inverter is activated and the other of said rectifier and said inverter is in a standby mode, upon a determination that said power is within a predefined tolerance, said one of said rectifier and said inverter operable to perform at least one of DC voltage regulation, reactive power compensation, and active damping; and characterized by comprising a controller configured to (i) monitor resource usage, bandwidth and inverter capability of the multi-mode UPS, (ii) determine an amount of power to deliver in response to the monitored resource usage and under what environmental conditions the power is to be delivered, and (iii) control bandwidth and inverter capability of the multi-mode UPS. a first path comprising a rectifier and an inverter; a second path in parallel with said first path, wherein said multi-mode UPS is operable in an economy mode in which power flows from a utility to a load through said second path while one of said rectifier and said inverter is activated and the other of said rectifier and said inverter is in a standby mode, upon a determination that said power is within a predefined tolerance, said one of said rectifier and said inverter operable to perform at least one of DC voltage regulation, reactive power compensation, and active damping; and characterized by comprising a controller configured to (i) monitor resource usage, bandwidth and inverter capability of the multi-mode UPS, (ii) determine an amount of power to deliver in response to the monitored resource usage and under what environmental conditions the power is to be delivered, and (iii) control bandwidth and inverter capability of the multi-mode UPS.
A white organic light emitting device (200; 800) comprising: an anode (202; 802); a first emission part (210; 810) on the anode (202; 802); a first charge generation layer (240; 840) on the first emission part (210; 810); a second emission part (220; 820) on the first charge generation layer (240; 840); a second charge generation layer (250; 850) on the second emission part (220; 820); a third emission part (230; 830) on the second charge generation layer (250; 850); and a cathode (204; 804) on the third emission part (230; 830), wherein the first emission part (210; 810) includes at least two emission layers (214, 215; 814, 815) including a red emission layer (215; 815) and a blue emission layer (214; 814), wherein the red emission layer (215; 815) is disposed directly on the blue emission layer (214; 814), wherein the blue emission layer (214; 814) is closer to the anode (202; 802) than the red emission layer (215; 815), and wherein a host in the red emission layer (215; 815) is a blue host or a green host having an emission wavelength that is shorter than a wavelength of red, and wherein the white organic light emitting device includes just one red emission layer. an anode (202; 802); a first emission part (210; 810) on the anode (202; 802); a first charge generation layer (240; 840) on the first emission part (210; 810); a second emission part (220; 820) on the first charge generation layer (240; 840); a second charge generation layer (250; 850) on the second emission part (220; 820); a third emission part (230; 830) on the second charge generation layer (250; 850); and a cathode (204; 804) on the third emission part (230; 830), wherein the first emission part (210; 810) includes at least two emission layers (214, 215; 814, 815) including a red emission layer (215; 815) and a blue emission layer (214; 814), wherein the red emission layer (215; 815) is disposed directly on the blue emission layer (214; 814), wherein the blue emission layer (214; 814) is closer to the anode (202; 802) than the red emission layer (215; 815), and wherein a host in the red emission layer (215; 815) is a blue host or a green host having an emission wavelength that is shorter than a wavelength of red, and wherein the white organic light emitting device includes just one red emission layer.
An apparatus comprising an intermediate communication device (120, 150, 193, 220, 520, 570) configured to transmit and receive audio data exchanged between a first end user device (110, 160, 191, 210, 510, 560) and a second end user device (110, 160, 191, 210, 510, 560) over a communication network (140, 540), the intermediate communication device (120, 150, 193, 220, 520, 570) characterised by being configured to: - receive a first plurality of audio data packet fragments from the first end user device (110, 160, 191, 210, 510, 560) via a low energy communication link (142, 242); - assemble a first audio data packet comprising N audio data packet fragments from the received first plurality of audio data packet fragments; - transmit the first audio data packet to the second end user device (110, 160, 191, 210, 510, 560) over the communication network (140, 540); - receive a second audio data packet from the second end user device (110, 160, 191, 210, 510, 560) via the communication network (140, 540); - divide the second audio data packet into N audio data packet fragments; and - transmit the N audio data packet fragments to the first end user device (110, 160, 191, 210, 510, 560) via the low energy communication link (142, 242). - receive a first plurality of audio data packet fragments from the first end user device (110, 160, 191, 210, 510, 560) via a low energy communication link (142, 242); - assemble a first audio data packet comprising N audio data packet fragments from the received first plurality of audio data packet fragments; - transmit the first audio data packet to the second end user device (110, 160, 191, 210, 510, 560) over the communication network (140, 540); - receive a second audio data packet from the second end user device (110, 160, 191, 210, 510, 560) via the communication network (140, 540); - divide the second audio data packet into N audio data packet fragments; and - transmit the N audio data packet fragments to the first end user device (110, 160, 191, 210, 510, 560) via the low energy communication link (142, 242).
A secondary battery, comprising a first terminal assembly, a second terminal assembly, a top cover plate, an electrode assembly, a first sealing piece, a fixing piece and a conductive plate, wherein the electrode assembly comprises a first electrode plate, a second electrode plate and a separator between the first electrode plate and the second electrode plate; at least one of the first terminal assembly and the second terminal assembly is electrically insulated from the top cover plate; characterized in that the first terminal assembly comprises a connecting plate and a deformable plate, the connecting plate is located at a side of the top cover plate away from the electrode assembly and fixed to the top cover plate via the fixing piece, and the deformable plate directly contacts with the connecting plate; the top cover plate is provided with a first through-hole, and the deformable plate, the conductive plate and the first through-hole are aligned with each other; the first sealing piece is connected between the connecting plate and the top cover plate; in a normal state, the deformable plate is electrically connected with the first electrode plate via the conductive plate, the first electrode plate is electrically connected with the connecting plate via the deformable plate, and the second electrode plate is electrically connected with the second terminal assembly; and the deformable plate is configured to deform to electrically disconnect from the first electrode plate when an internal pressure of the secondary battery exceeds a reference pressure.
A unit dosage formulation for use in a method for treating a subject in need of enhanced blood coagulation comprising administering a therapeutically effective amount of a composition comprising a non-anticoagulant sulfated or sulfonated polysaccharide (NASP) to the subject wherein the sulfated or sulfonated polysaccharide is a member selected from α-cyclodextrin, β-cyclodextrin, melezitose, stachyose, raffinose, maltotriose, maltotetraose, maltopentaose, cellotriose, cellotetraose, cellopentaose, icodextrin, 6-carboxyicodextrin, the unit dosage formulation comprising the NASP in an amount from about 0.5 mg to about 1000 mg.
A lockout device for a fire suppression system, comprising: a discharge valve including a load end and a discharge end, said load end and said discharge end defining a discharge path therethrough, said discharge valve including a side opening transverse of said discharge path; and wherein the lockout device further comprises, and is characterised by; a lockout member removably insertable into said side opening, so as to mechanically block said discharge path, wherein said lockout member prevents inadvertent fluid discharge through said discharge end of said discharge path. a discharge valve including a load end and a discharge end, said load end and said discharge end defining a discharge path therethrough, said discharge valve including a side opening transverse of said discharge path; and wherein the lockout device further comprises, and is characterised by;
A method of random access response reception for a network in a wireless communication system comprising: assigning a first preamble for a non contention random access procedure to a first mobile device of the wireless communication system; configuring a first set of subframes of a random access response window to the first mobile device to receive a first random access response corresponding to the first preamble according to the first set of subframes of the random access response window, wherein the random access response window includes subframes for reception of a random access response; assigning a second preamble for the non contention random access procedure to a second mobile device of the wireless communication system, wherein the second mobile device and the first mobile device have the same primary cell and the second preamble is the same as the first preamble; and configuring a second set of subframes of the random access response window to the second mobile device to receive a second random access response corresponding to the second preamble according to the second set of subframes, wherein the second set of subframes of the random access response window is different from the first set of subframes of the random access response window. assigning a first preamble for a non contention random access procedure to a first mobile device of the wireless communication system; configuring a first set of subframes of a random access response window to the first mobile device to receive a first random access response corresponding to the first preamble according to the first set of subframes of the random access response window, wherein the random access response window includes subframes for reception of a random access response; assigning a second preamble for the non contention random access procedure to a second mobile device of the wireless communication system, wherein the second mobile device and the first mobile device have the same primary cell and the second preamble is the same as the first preamble; and configuring a second set of subframes of the random access response window to the second mobile device to receive a second random access response corresponding to the second preamble according to the second set of subframes, wherein the second set of subframes of the random access response window is different from the first set of subframes of the random access response window.
A method comprising: joining a plurality of fuel injection components to a fuel manifold, wherein for each fuel injection component in the plurality of fuel injection components, a metallic joint is formed joining and sealing the fuel injection component to the manifold by welding or brazing, the method being characterised in that: the fuel injection components are fuel injectors, each including a feed arm and nozzle tip extending from the feed arm, wherein the feed arm is where the fuel injector is joined to the manifold, wherein the fuel manifold is outside of a high pressure case of a gas turbine engine, and wherein the nozzle tips are inside the high pressure case, and wherein the nozzle tips are in fluid communication with a combustion space within a combustor that is inside the high pressure case, wherein the manifold is mounted to the gas turbine engine, and wherein joining the plurality of injection components to the manifold is performed in situ on the gas turbine engine. joining a plurality of fuel injection components to a fuel manifold, wherein for each fuel injection component in the plurality of fuel injection components, a metallic joint is formed joining and sealing the fuel injection component to the manifold by welding or brazing, the method being characterised in that: the fuel injection components are fuel injectors, each including a feed arm and nozzle tip extending from the feed arm, wherein the feed arm is where the fuel injector is joined to the manifold, wherein the fuel manifold is outside of a high pressure case of a gas turbine engine, and wherein the nozzle tips are inside the high pressure case, and wherein the nozzle tips are in fluid communication with a combustion space within a combustor that is inside the high pressure case, wherein the manifold is mounted to the gas turbine engine, and wherein joining the plurality of injection components to the manifold is performed in situ on the gas turbine engine.