mhurhangee/ep-ind-claims huggingface dataset:
A rotary blow molding machine comprising: a base; a movable member mounted for rotation on the base about a rotational axis, the movable member having a first component and a second component which is parallel to the first component, the first and second components (42, 44) extend transversely to the rotational axis; a plurality of modular mold clamp assemblies positioned on the movable member, each of the modular mold clamp assemblies being moveable between an open and a closed position, each of the modular mold clamp assemblies having mounting areas which are mounted with respective mounting locations of the first and second components (42, 44); the modular mold clamp assemblies provide the structure and rigidity between the first and second components to help maintain the first and second components in position relative to each other; wherein an array of mounting openings which are provided in the mounting locations of the first and second components (42, 44) of the movable members, the mounting openings are configured to accommodate multiple mold clamp assembly configurations, characterized in that. the modular mold clamp assemblies have cam followers which cooperate with a cam member provided in the base, the cam followers are movable between different openings of the modular mold clamp assembly to allow the cam followers to be positioned at the same diameter, whether the mold clamp assemblies are used with the first and second components having a large diameter or a small diameter. a base; a movable member mounted for rotation on the base about a rotational axis, the movable member having a first component and a second component which is parallel to the first component, the first and second components (42, 44) extend transversely to the rotational axis; a plurality of modular mold clamp assemblies positioned on the movable member, each of the modular mold clamp assemblies being moveable between an open and a closed position, each of the modular mold clamp assemblies having mounting areas which are mounted with respective mounting locations of the first and second components (42, 44); the modular mold clamp assemblies provide the structure and rigidity between the first and second components to help maintain the first and second components in position relative to each other; wherein an array of mounting openings which are provided in the mounting locations of the first and second components (42, 44) of the movable members, the mounting openings are configured to accommodate multiple mold clamp assembly configurations,
A method of determining arrangement position of a spherical joint that connects exhaust pipes to each other in exhaust system for discharging exhaust gas of an engine, comprising: preparing an exhaust system having no spherical joint; detecting a position in the exhaust system without spherical joint, a spherical inner peripheral surface and a spherical outer peripheral surface being components of the spherical joint, wherein said position is detected such that a bending moment at the position being generated in the exhaust system without spherical joint is larger than or equal to a torque of generating a maximum static friction force between the spherical inner peripheral surface and the spherical outer peripheral surface in contact with each other upon prescribed vibration being applied to an upstream end of the exhaust system, wherein said bending moment is determined by attaching strain gauges a plurality of positions of the exhaust system without spherical joint or by employing Computer Aided Engineering analysis; and determining the detected position to be the arrangement position of the spherical joint in the exhaust system. preparing an exhaust system having no spherical joint; detecting a position in the exhaust system without spherical joint, a spherical inner peripheral surface and a spherical outer peripheral surface being components of the spherical joint, wherein said position is detected such that a bending moment at the position being generated in the exhaust system without spherical joint is larger than or equal to a torque of generating a maximum static friction force between the spherical inner peripheral surface and the spherical outer peripheral surface in contact with each other upon prescribed vibration being applied to an upstream end of the exhaust system, wherein said bending moment is determined by attaching strain gauges a plurality of positions of the exhaust system without spherical joint or by employing Computer Aided Engineering analysis; and determining the detected position to be the arrangement position of the spherical joint in the exhaust system.
A method of manufacturing a thermoelectric leg comprising: preparing a first metal substrate including a first metal, forming a first plated layer including a second metal on the first metal substrate, disposing a layer including tellurium (Te) on the first plated layer, forming a portion of the first plated layer as a first bonding layer by reacting the second metal and the Te, disposing a thermoelectric material layer including bismuth (Bi) and Te on an upper surface of the first bonding layer, disposing a second metal substrate, on which a second bonding layer and a second plated layer are formed, on the thermoelectric material layer, and sintering the first metal substrate, the first plated layer, the first bonding layer, the thermoelectric material layer, the second metal substrate, the second bonding layer, and the second plated layer. preparing a first metal substrate including a first metal, forming a first plated layer including a second metal on the first metal substrate, disposing a layer including tellurium (Te) on the first plated layer, forming a portion of the first plated layer as a first bonding layer by reacting the second metal and the Te, disposing a thermoelectric material layer including bismuth (Bi) and Te on an upper surface of the first bonding layer, disposing a second metal substrate, on which a second bonding layer and a second plated layer are formed, on the thermoelectric material layer, and sintering the first metal substrate, the first plated layer, the first bonding layer, the thermoelectric material layer, the second metal substrate, the second bonding layer, and the second plated layer.
A roller carriage for the reception of a sliding door, including a roller module for the displaceable affixing at a roller running path, and a basic body for the attachment to the sliding door, wherein at least two mounting devices are provided for realizing one respective mounting function of the roller carriage, wherein each one of said mounting devices is a self-contained system, wherein each mounting device includes at least one mounting means with a manipulation interface for applying a mounting force for performing a mounting movement of the at least one mounting means, wherein furthermore the manipulation interfaces of the mounting means of the at least two mounting devices are disposed on a first side of the roller carriage, and a bearing device of the roller module for the displaceable affixing at the roller running path is disposed on a second side of the roller carriage, which side is oriented opposite the first side, wherein all mounting means have a movement axis for the mounting movement, wherein said movement axes are oriented parallel or essentially parallel to each other, characterized in that all manipulation interfaces include at least one a form closure portion, which, with an interface portion of a uniform manipulation tool, forms at least a section-wise form closure, and wherein at least the following mounting devices are provided: - height adjusting device for a height adjustment of the basic body in relation to the roller module in a direction of gravity, - securing device for a clamped affixing between the basic body and the roller module following completed adjustment of the height of the sliding door. wherein all mounting means have a movement axis for the mounting movement, wherein said movement axes are oriented parallel or essentially parallel to each other, characterized in that all manipulation interfaces include at least one a form closure portion, which, with an interface portion of a uniform manipulation tool, forms at least a section-wise form closure, and wherein at least the following mounting devices are provided: - height adjusting device for a height adjustment of the basic body in relation to the roller module in a direction of gravity, - securing device for a clamped affixing between the basic body and the roller module following completed adjustment of the height of the sliding door. - height adjusting device for a height adjustment of the basic body in relation to the roller module in a direction of gravity, - securing device for a clamped affixing between the basic body and the roller module following completed adjustment of the height of the sliding door.
A foveated rendering system configured to render one or more images, the foveated rendering system comprising: ray tracing logic configured to process graphics data for one or more foveal regions of an image using a ray tracing technique; and rasterisation logic configured to process graphics data for one or more peripheral regions of the image using a rasterisation technique, wherein the foveated rendering system is configured to form a rendered image using the processed graphics data for the one or more foveal regions of the image processed using the ray tracing technique and the processed graphics data for the one or more peripheral regions of the image processed using the rasterisation technique. ray tracing logic configured to process graphics data for one or more foveal regions of an image using a ray tracing technique; and rasterisation logic configured to process graphics data for one or more peripheral regions of the image using a rasterisation technique, wherein the foveated rendering system is configured to form a rendered image using the processed graphics data for the one or more foveal regions of the image processed using the ray tracing technique and the processed graphics data for the one or more peripheral regions of the image processed using the rasterisation technique.
A method, performed by a subscriber device, for facilitating secure communication between a subscriber to a mobile communication network and one or more service providers (SPs), wherein the subscriber is associated with a plurality of entities comprising any combination of devices and profiles, the method comprising: obtaining (1810, 1180) a security identifier associated with the subscriber; based on the security ID, receiving, from a multi-X context-aware service, MX-CAS, server, a list of entities, comprising any combination of devices and profiles, associated with the subscriber and establishing an identity hierarchy comprising the list of entities associated with the subscriber; based on the security ID, establishing (1830, 1365) consents for one or more SPs to access data generated by the entities included in the identity hierarchy, and sending the consents to the MX-CAS server; in response to a request comprising the security ID, receiving (1840, 1665), from a multi-X key-chaining, MX-KC, server, a public key usable to encrypt data for sending to a particular SP, wherein the data is decryptable using a corresponding secret key associated with an established consent for the particular SP; encrypting (1850, 1667) the data using the PK and the identity hierarchy. obtaining (1810, 1180) a security identifier associated with the subscriber; based on the security ID, receiving, from a multi-X context-aware service, MX-CAS, server, a list of entities, comprising any combination of devices and profiles, associated with the subscriber and establishing an identity hierarchy comprising the list of entities associated with the subscriber; based on the security ID, establishing (1830, 1365) consents for one or more SPs to access data generated by the entities included in the identity hierarchy, and sending the consents to the MX-CAS server; in response to a request comprising the security ID, receiving (1840, 1665), from a multi-X key-chaining, MX-KC, server, a public key usable to encrypt data for sending to a particular SP, wherein the data is decryptable using a corresponding secret key associated with an established consent for the particular SP; encrypting (1850, 1667) the data using the PK and the identity hierarchy.
A method of producing a dehydrated starch powder, said method comprising the successive steps of: a) providing a starch filter cake comprising biopolymer material and 30 to 60 wt.% of water, wherein the biopolymer material selected from the group of native plant starch, starch from a genetically modified plant, physically modified starch, chemically modified starch, enzymatically modified starch, and combinations thereof; b) contacting said filter cake with a pressurised gas to extract water from the filter cake, said pressurised gas having a pressure and a temperature below the critical point of the gas; c) separating water-containing pressurised gas from the dehydrated filter cake; and d) collecting a dehydrated starch powder, wherein the pressurised gas has a pressure of at least 0.6 MPa (6 bar) and up to 6 MPa (60 bar), and a temperature of 10 to 40 °C. a) providing a starch filter cake comprising biopolymer material and 30 to 60 wt.% of water, wherein the biopolymer material selected from the group of native plant starch, starch from a genetically modified plant, physically modified starch, chemically modified starch, enzymatically modified starch, and combinations thereof; b) contacting said filter cake with a pressurised gas to extract water from the filter cake, said pressurised gas having a pressure and a temperature below the critical point of the gas; c) separating water-containing pressurised gas from the dehydrated filter cake; and d) collecting a dehydrated starch powder,
A method for transmitting, by a transmitting device, a data unit in a wireless communication system, the method comprising: generating, by the transmitting device, a medium access control, MAC, protocol data unit, PDU; and transmitting, by the transmitting device, the MAC PDU, the method characterized in that: the MAC PDU includes at least: i) a MAC service data unit, SDU, and a first MAC subheader of the MAC SDU which is attached immediately after the end of the MAC SDU, and ii) a MAC control element, CE, and a second MAC subheader of the MAC CE which is attached immediately after the end of the MAC CE. generating, by the transmitting device, a medium access control, MAC, protocol data unit, PDU; and transmitting, by the transmitting device, the MAC PDU, the method characterized in that: the MAC PDU includes at least: i) a MAC service data unit, SDU, and a first MAC subheader of the MAC SDU which is attached immediately after the end of the MAC SDU, and ii) a MAC control element, CE, and a second MAC subheader of the MAC CE which is attached immediately after the end of the MAC CE. i) a MAC service data unit, SDU, and a first MAC subheader of the MAC SDU which is attached immediately after the end of the MAC SDU, and ii) a MAC control element, CE, and a second MAC subheader of the MAC CE which is attached immediately after the end of the MAC CE.
Arrangement consisting of a seal profile of a vehicle body seal and a trim strip which, with pressing of the trim strip perpendicularly with respect to the profile longitudinal direction against the seal profile, can be connected to the seal profile, whereas two connecting projections (13, 14) which run in the strip longitudinal direction parallel to one another and at a spacing project from the trim strip, the seal profile having groove recesses (15, 16) which run in the profile longitudinal direction for receiving in each case one connecting projection (13, 14), the connecting projections (13, 14) being undercut counter to the pressing direction and the groove recesses (15, 16) being undercut as viewed in the pressing direction, and the undercuts of the groove recesses (15, 16) being formed by way of rib projections (17, 18) for engagement into in each case one undercut of the connecting projections (13, 14), the rib projections being configured as tongues (17, 18) which can be bent away elastically by way of the connecting projections (13, 14) during the pressing of the trim strip onto the seal profile and which project in a barb-like manner against the connecting projections (13, 14) after returning to the original shape in the connecting position, characterized in that that intermediate region of the seal profile which is arranged between the groove recesses (15, 16) and from which the tongues (17, 18) project laterally consists of solid material, and the connecting projections (13, 14) comprising end sections (13, 14) which taper towards one another in the pressing direction, the end sections (13, 14) lying, in the connecting position, with one side in each case against a bearing face (19, 20) of the seal profile and in each case with a side which faces away from the said side opposite the free end of the relevant tongue (17, 18), and the tongue (17, 18) projecting only with the free end in a barb-like manner against the end section (13, 14), and in that at least one of the tongues (17, 18) lies with its centre axis perpendicularly on the side of the relevant end section (13, 14).
A farnesoid X receptor agonist for use for the treatment of hepatitis D virus infection in a subject in need thereof, wherein the subject suffers from a chronic HDV infection.
An arrangement for cleaning contaminated bulk material comprising: a) a pick-up and conveying device (12, 14, 16, 22, 29, 34) for picking up and for conveying the contaminated bulk material within the arrangement, b) a mechanical separation unit for mechanical separation of the bulk material and/or sludge comprising a feed and mixing device for feeding and mixing of support grains and water to the contaminated bulk material, c) a screening device with a vibrating screen for separating coarse grained components, in particular support grains, d) a centrifuge for separation of contaminants from the bulk material, e) a up-current classifier for upward streaming of dissolved suspended solids out of the bulk material, f) dewatering means for separating the cleaned bulk material from the water therein, characterized by g) a steam generator processing the bulk material with steam, in which h) a first high pressure water generator leads hot water and/or steam under high pressure into the feed and mixing device, and i) a second high pressure water generator is provided for the screening device for jetting the contaminated bulk material on the vibrating screen with hot water and/or steam under high pressure. a) a pick-up and conveying device (12, 14, 16, 22, 29, 34) for picking up and for conveying the contaminated bulk material within the arrangement, b) a mechanical separation unit for mechanical separation of the bulk material and/or sludge comprising a feed and mixing device for feeding and mixing of support grains and water to the contaminated bulk material, c) a screening device with a vibrating screen for separating coarse grained components, in particular support grains, d) a centrifuge for separation of contaminants from the bulk material, e) a up-current classifier for upward streaming of dissolved suspended solids out of the bulk material, f) dewatering means for separating the cleaned bulk material from the water therein, g) a steam generator processing the bulk material with steam, in which h) a first high pressure water generator leads hot water and/or steam under high pressure into the feed and mixing device, and i) a second high pressure water generator is provided for the screening device for jetting the contaminated bulk material on the vibrating screen with hot water and/or steam under high pressure.
A system comprising: a surgical tool for use with a drill bit to prevent skiving at an implant insertion site on a bone, the surgical tool including a cannulated sleeve having a distal end defining a burr surface; and the drill bit configured to be disposed within the cannulated sleeve, wherein: in a first configuration the cannulated sleeve and the drill bit are rotationally coupled to each other and in a second configuration the cannulated sleeve and the drill bit rotate independent of one another. a surgical tool for use with a drill bit to prevent skiving at an implant insertion site on a bone, the surgical tool including a cannulated sleeve having a distal end defining a burr surface; and the drill bit configured to be disposed within the cannulated sleeve, wherein: in a first configuration the cannulated sleeve and the drill bit are rotationally coupled to each other and in a second configuration the cannulated sleeve and the drill bit rotate independent of one another.
A lubrication device for points locking devices (1a, 1b) using lubricant cartridges for lubricating a locking catch, interacting with a locking piece, and cam rod (5a, 5b), characterized by cartridges arranged on the points-locking-device sides (1a, 1b) as single-point lubricator and filled with a lubricant, which cartridges dispense the lubricant to the locking catch, wherein the cartridge is connected to a hose element on the output side, at the other end of which an application means is arranged, which acts directly on the locking catch as soon as the locking catch has dipped through the locking piece, wherein the cartridge and the application means are arranged on a holding element which is fastened directly on the locking piece.
An active bolt release arrangement comprising a nut having nut portions (11a, 11b, 11c, 11d) adapted for radial movement, a sleeve part encircling the nut and having contact portions in contact with the nut portions (11a, 11b, 11c, 11d) in order to prevent the nut portions (11a, 11b, 11c, 11d) from radial movement, and a pyrotechnical actuator adapted for, upon deployment, moving the sleeve part relative to the nut to a released position forming a release space allowing radial movement of the nut portions (11a, 11b, 11c, 11d), whereby the pyrotechnical actuator is arranged for turning, upon deployment, the sleeve part a predetermined rotational distance (R 1) to the released position, such that radial movement of the nut portions (11a, 11b, 11c, 11d) by formation of the release space is allowed, thereby causing release of a bolt connected to the bolt release arrangement, characterized in that the active bolt release arrangement comprises a housing, wherein the housing has at least one inwardly extending protrusion which is arranged to prevent the nut from being rotated with respect to the housing.