mhurhangee/ep-ind-claims huggingface dataset:
Double clutch for a motor vehicle, having a first component clutch arranged at an engine side and having a second component clutch arranged at a transmission side, wherein the first component clutch has a first pressure plate which is movable toward a first counterpressure plate in order to clamp a friction disc, wherein the second component clutch has a second pressure plate which is movable toward a second counterpressure plate in order to clamp a friction disc, wherein the first counterpressure plate is connected rotationally conjointly to the second counterpressure plate, characterized in that at least one of the counterpressure plates (7, 13) forms a lug which follows the circumferential direction and which, in an axially projecting manner, forms a fastening region to the other counterpressure plate (13, 7).
A machine for manufacturing containers, notably bottles of thermoplastic material, which includes at least one molding unit including: - at least two mold holders which are mounted movably between an open position and a closed position of the molding unit, and a mold including at least two molding elements, each of which is fixed removably to one of the mold holders, and - a locking device of the molding unit including at least one control member capable of actuating locking means which are mounted movably between: • a locked position in which the mold holders of the molding unit are kept in the closed position by said locking means, and • an unlocked position in which the mold holders are freely movable between the closed and open positions, characterized in that the machine includes a system for providing assistance when changing molds, which can be in at least a standby state associated with an operating mode of the machine called the production mode, for manufacturing containers by means of the machine, and a state of use associated with another operating mode of the machine, called the intervention mode, for the purpose of at least changing the mold of said at least one molding unit, said system including at least one module associated with said at least one molding unit, said module including an actuating device which includes an operating member intended to interact with said member for controlling the locking means when the molding unit occupies a specified reference position relative to the module, said operating member being capable of being driven and thereby moved so as to actuate said member for controlling the locking means in order to cause, on the one hand, the movement of the locking means toward at least one of said locked and unlocked positions and, on the other hand, the movement of the mold holders toward at least one of said open and closed positions of the molding unit. - at least two mold holders which are mounted movably between an open position and a closed position of the molding unit, and a mold including at least two molding elements, each of which is fixed removably to one of the mold holders, and - a locking device of the molding unit including at least one control member capable of actuating locking means which are mounted movably between: • a locked position in which the mold holders of the molding unit are kept in the closed position by said locking means, and • an unlocked position in which the mold holders are freely movable between the closed and open positions, • a locked position in which the mold holders of the molding unit are kept in the closed position by said locking means, and • an unlocked position in which the mold holders are freely movable between the closed and open positions,
A cut-sheet feeder (10; 10V; 10W; 10X) for bringing a feed belt into rotational contact with the lowermost cut sheet of a stack of cut sheets, one stacked on another, and for drawing and feeding the lowermost cut sheet sequentially from the stack of cut sheets in the forward direction of feeding of cut sheets, the cut-sheet feeder (10; 10V; 10W; 10X) comprising: a belt contact amount adjuster (20; 20V; 20W; 20X) disposed below the stack of cut sheets, and while a rear portion of the lowermost cut sheet of the stack of cut sheets from an intermediate position in the direction of feeding of cut sheets being lifted off the feed belt, supporting a front portion from the intermediate position rotationally contactably with the feed belt, an inclined guide member (73; 73W) disposed below the rear end of the stack of cut sheets and protruded above the belt contact amount adjuster (20; 20V; 20W; 20X), the inclined guide member (73; 73W) also having a guide surface (73M, 73WM) inclined downwardly in the forward direction and shifting the plurality of cut sheets included in the stack of cut sheets along the guide surface (73M; 73WM) in the direction of feeding of cut sheets, an inclined guide member variable support mechanism (76; 76W) being capable of moving and fixing the inclined guide member (73; 73W) at a given position in the direction of feeding of cut sheets, characterized by a belt contact amount adjusting mechanism (26; 26W) being capable of moving separately from the inclined guide member (73; 73W) and of fixing the belt contact amount adjuster (20; 20V; 20W; 20X) at a given position in the direction of feeding of cut sheets. a belt contact amount adjuster (20; 20V; 20W; 20X) disposed below the stack of cut sheets, and while a rear portion of the lowermost cut sheet of the stack of cut sheets from an intermediate position in the direction of feeding of cut sheets being lifted off the feed belt, supporting a front portion from the intermediate position rotationally contactably with the feed belt, an inclined guide member (73; 73W) disposed below the rear end of the stack of cut sheets and protruded above the belt contact amount adjuster (20; 20V; 20W; 20X), the inclined guide member (73; 73W) also having a guide surface (73M, 73WM) inclined downwardly in the forward direction and shifting the plurality of cut sheets included in the stack of cut sheets along the guide surface (73M; 73WM) in the direction of feeding of cut sheets, an inclined guide member variable support mechanism (76; 76W) being capable of moving and fixing the inclined guide member (73; 73W) at a given position in the direction of feeding of cut sheets, characterized by a belt contact amount adjusting mechanism (26; 26W) being capable of moving separately from the inclined guide member (73; 73W) and of fixing the belt contact amount adjuster (20; 20V; 20W; 20X) at a given position in the direction of feeding of cut sheets.
A video encoding apparatus for subjecting a video image to motion compensated encoding, the apparatus comprising: an acquisition module configured to acquire available blocks having motion vectors and number of the available blocks from encoded blocks adjacent to a to-be-encoded block; a selection module configured to select one block from the available blocks; a selection information encoding module configured to select one selection code table from a plurality of code tables depending on the number of the available blocks and to encode selection information specifying the selected block and not to encode the selection information when the number of available blocks is 1; an image encoding module configured to subject the to-be-encoded block to a motion compensated prediction encoding using a motion vector of the selected block. an acquisition module configured to acquire available blocks having motion vectors and number of the available blocks from encoded blocks adjacent to a to-be-encoded block; a selection module configured to select one block from the available blocks; a selection information encoding module configured to select one selection code table from a plurality of code tables depending on the number of the available blocks and to encode selection information specifying the selected block and not to encode the selection information when the number of available blocks is 1; an image encoding module configured to subject the to-be-encoded block to a motion compensated prediction encoding using a motion vector of the selected block.
A fire transformable fire resistant coating for use in a transparent fire resistant glazing product, wherein the fire resistant coating is arrangable on a flat side of a transparent panel element, wherein the fire transformable fire resistant coating comprises: - at least one noble metal oxide layer and - at least one sacrificial layer wherein the at least one noble metal oxide layer comprises a noble metal oxide with a first affinity to oxygen and wherein the at least one sacrificial layer comprises a transition metal with a second affinity to oxygen, wherein the second affinity to oxygen is higher than the first affinity to oxygen, wherein the noble metal oxide layer is arranged alongside to the sacrificial layer and wherein the fire resistant coating is transformable from a first state to a second state upon exposure to fire and wherein the sheet resistance of the fire resistant coating is smaller in the second state compared to the first state, wherein the fire resistant coating comprises at least one separator layer arranged between the at least one noble metal oxide layer and the at least one sacrificial layer and wherein the separator layer is designed to prevent reduction of the noble metal oxide of the noble metal oxide layer at room temperature. - at least one noble metal oxide layer and - at least one sacrificial layer
A portable terminal cover (PC-1) for providing to a portable terminal, the portable terminal cover (PC-1) consisting of: a front surface configured to cover a top surface display part of the portable terminal, four transparent side surfaces (SP1, SP2, SP3, SP4) configured to cover side surface display parts (SPD1, SPD2, SPD3, SPD4) of the portable terminal; and an insertion space defined by the front surface and the four transparent side surfaces (SP1, SP2, SP3, SP4), wherein the four transparent side surfaces (SP1, SP2, SP3, SP4) are spaced apart from each other and extend from an edge of the front surface, respectively, the front surface and the four transparent side surfaces (SP1, SP2, SP3, SP4) are affixed to each other and formed in a single body using a same transparent material, and the insertion space is surrounded by the front surface and the four transparent side surfaces (SP1, SP2, SP3, SP4) characterized in that a surface facing the front surface is opened for enabling an insertion of the portable terminal into a portion of the insertion space of the portable terminal cover (PC-1), wherein the portable terminal cover (PC-1) is configured to expose a bottom surface of the portable terminal, wherein the four transparent side surfaces (SP1, SP2, SP3, SP4) are spaced apart from each other such that the corner parts of the portable terminal are exposed to the outside. a front surface configured to cover a top surface display part of the portable terminal, four transparent side surfaces (SP1, SP2, SP3, SP4) configured to cover side surface display parts (SPD1, SPD2, SPD3, SPD4) of the portable terminal; and an insertion space defined by the front surface and the four transparent side surfaces (SP1, SP2, SP3, SP4), wherein the four transparent side surfaces (SP1, SP2, SP3, SP4) are spaced apart from each other and extend from an edge of the front surface, respectively, the front surface and the four transparent side surfaces (SP1, SP2, SP3, SP4) are affixed to each other and formed in a single body using a same transparent material, and the insertion space is surrounded by the front surface and the four transparent side surfaces (SP1, SP2, SP3, SP4) characterized in that a surface facing the front surface is opened for enabling an insertion of the portable terminal into a portion of the insertion space of the portable terminal cover (PC-1), wherein the portable terminal cover (PC-1) is configured to expose a bottom surface of the portable terminal, wherein the four transparent side surfaces (SP1, SP2, SP3, SP4) are spaced apart from each other such that the corner parts of the portable terminal are exposed to the outside.
Packaging material, specifically a film or a planar material for producing a packaging using the film and/or a packaging container, comprising a layered structure made up of a plurality of layers and comprising: - a substrate layer; - at least one indicator layer (2, 2') on the inside of the layered structure, at least in portions of which comprise an indicator substance having a reversible indicator that visibly changes its appearance as a result of photo activation; - a photo-blocker layer which is photo-blocking at least in a portion. - a substrate layer; - at least one indicator layer (2, 2') on the inside of the layered structure, at least in portions of which comprise an indicator substance having a reversible indicator that visibly changes its appearance as a result of photo activation; - a photo-blocker layer which is photo-blocking at least in a portion.
A converting apparatus for converting content into content in a predetermined format, comprising: a memory for storing the content and a received content-information signal concerning the content; first obtaining means for obtaining information on a terminal; and converting means for converting the content into content in a format suitable for said terminal based on the content-information signal; wherein the content-information signal includes image quality information indicating an image quality of the content, the image quality information of the content including an encoding image size and an encoding frame rate at which optimal image quality is achieved when transcoding the content at a predetermined bit rate; and said converting means is operable to convert the content based on the image quality information, and the information on the terminal. a memory for storing the content and a received content-information signal concerning the content; first obtaining means for obtaining information on a terminal; and converting means for converting the content into content in a format suitable for said terminal based on the content-information signal; wherein the content-information signal includes image quality information indicating an image quality of the content, the image quality information of the content including an encoding image size and an encoding frame rate at which optimal image quality is achieved when transcoding the content at a predetermined bit rate; and said converting means is operable to convert the content based on the image quality information, and the information on the terminal.
A bicycle comprising: a frame, a front fork pivotably mounted to the frame, and handlebars coupled to the fork for pivoting with the fork, the handlebars including a pair of laterally spaced armrests and a pair of laterally spaced extension hand grips, the extension hand grips provided forwardly of the armrests such that a rider resting his forearms of his arms on the armrests with his arms extending forwardly from the armrests may grasp the extension hand grips with his hands, characterized in that an aerodynamic element (14, 25, 29) is provided mounted to the handlebars between the armrests wherein the aerodynamic element comprises a storage element and has a lateral side surface inward of a respective one of the armrests facing respective one of the armrests, each lateral side surface providing a forwardly extending channel to at least partially receive laterally inward portions of a rider's forearms when they are resting on the armrests, wherein the storage element has an internal compartment adopted for the storage of items. a frame, a front fork pivotably mounted to the frame, and handlebars coupled to the fork for pivoting with the fork, the handlebars including a pair of laterally spaced armrests and a pair of laterally spaced extension hand grips, the extension hand grips provided forwardly of the armrests such that a rider resting his forearms of his arms on the armrests with his arms extending forwardly from the armrests may grasp the extension hand grips with his hands, characterized in that an aerodynamic element (14, 25, 29) is provided mounted to the handlebars between the armrests wherein the aerodynamic element comprises a storage element and has a lateral side surface inward of a respective one of the armrests facing respective one of the armrests, each lateral side surface providing a forwardly extending channel to at least partially receive laterally inward portions of a rider's forearms when they are resting on the armrests, wherein the storage element has an internal compartment adopted for the storage of items.
A system comprising: an optical fiber configured to discharge laser energy; and a cauterization member configured to move relative to the optical fiber, wherein the optical fiber is configured to direct laser energy toward a cauterization portion of the cauterization member to generate thermal energy to cauterize tissue. an optical fiber configured to discharge laser energy; and a cauterization member configured to move relative to the optical fiber, wherein the optical fiber is configured to direct laser energy toward a cauterization portion of the cauterization member to generate thermal energy to cauterize tissue.
Process for industrial production and/or dispensing of silanes or germanes by indirectly determining the purity of silanes and germanes, wherein a silicon layer or germanium layer is produced on a surface from the silane or germane by deposition from the gaseous state, then the specific resistivity of the layer produced is measured and the value measured, using reference values determined beforehand, is used to conclude the purity of the silane or germane used to produce the layer, the determination of the purity of the silanes or germanes is performed repeatedly in the course of industrial production and/or dispensing of these silanes or germanes for the purposes of continuous monitoring of purity and the process comprises the following steps: a) preparing or providing the silane or germane, b) branching off or withdrawing a suitable amount of the silane or germane at regular intervals from the process streams, c) producing a silicon or germanium layer from at least a portion of the branched-off or withdrawn amount of silane or germane by a CVD process on a silicon wafer or germanium wafer, d) measuring the specific resistivity on the surface of the layer produced, and e) attributing the specific resistivity measured to a degree of purity without attributing the contaminating elements to one of the main groups of the periodic table of the elements. a) preparing or providing the silane or germane, b) branching off or withdrawing a suitable amount of the silane or germane at regular intervals from the process streams, c) producing a silicon or germanium layer from at least a portion of the branched-off or withdrawn amount of silane or germane by a CVD process on a silicon wafer or germanium wafer, d) measuring the specific resistivity on the surface of the layer produced, and e) attributing the specific resistivity measured to a degree of purity without attributing the contaminating elements to one of the main groups of the periodic table of the elements.
A method for a real-time adjustment of the energy consumption of a data communications Self-Organizing network, wherein said network comprises one or more separate automatic transport capacity control domains, which are controlled independently of each other, wherein a domain comprises a number of network elements connected by transport links, said network elements provide said automatic transport capacity control by: - Determining a user activity status based on a status information from a user activity monitor; - Determining an activity status by aggregating an available activity status from activity status reports for each downlink connection in the domain and the most recent determined user activity status; - Sending the determined activity status in activity status reports upstream, and adjusting and regulating the performance of the associated transport links and internal network element components in the domain in accordance with the determined activity status. - Determining a user activity status based on a status information from a user activity monitor; - Determining an activity status by aggregating an available activity status from activity status reports for each downlink connection in the domain and the most recent determined user activity status; - Sending the determined activity status in activity status reports upstream, and adjusting and regulating the performance of the associated transport links and internal network element components in the domain in accordance with the determined activity status.
An insulated pipe comprising: - one or more inner pipes comprising a plastic - an outer jacket, characterized in that the insulated pipe further comprises a flexible vacuum insulation panel surrounding the one or more inner pipes, wherein the one or more inner pipes comprise a cross-linked or non-cross-linked polyolefine, preferably selected from the group consisting of polyethylene, preferably PE-RT (Polyethylene of Raised Temperature resistance), polypropylene, polybutylene, cross-linked polyethylene, and mixtures thereof, wherein the bending force for 90° bending a pipe piece having an inner pipe with a diameter of 20 to 60 mm clamped at a distance of 1m around a support differs less than 40% compared to the same pipe without vacuum insulation panel, or wherein the bending force for 90° bending a pipe piece having an inner pipe with a diameter of 60 to 120 mm in particular 65 to 90 mm, clamped at a distance of 1m around a support differs less than 20% compared to the same pipe without vaccum insulation panel. - one or more inner pipes comprising a plastic - an outer jacket, characterized in that the insulated pipe further comprises a flexible vacuum insulation panel surrounding the one or more inner pipes, wherein the one or more inner pipes comprise a cross-linked or non-cross-linked polyolefine, preferably selected from the group consisting of polyethylene, preferably PE-RT (Polyethylene of Raised Temperature resistance), polypropylene, polybutylene, cross-linked polyethylene, and mixtures thereof, wherein the bending force for 90° bending a pipe piece having an inner pipe with a diameter of 20 to 60 mm clamped at a distance of 1m around a support differs less than 40% compared to the same pipe without vacuum insulation panel, or wherein the bending force for 90° bending a pipe piece having an inner pipe with a diameter of 60 to 120 mm in particular 65 to 90 mm, clamped at a distance of 1m around a support differs less than 20% compared to the same pipe without vaccum insulation panel. characterized in that the insulated pipe further comprises a flexible vacuum insulation panel surrounding the one or more inner pipes, wherein the one or more inner pipes comprise a cross-linked or non-cross-linked polyolefine, preferably selected from the group consisting of polyethylene, preferably PE-RT (Polyethylene of Raised Temperature resistance), polypropylene, polybutylene, cross-linked polyethylene, and mixtures thereof, wherein the bending force for 90° bending a pipe piece having an inner pipe with a diameter of 20 to 60 mm clamped at a distance of 1m around a support differs less than 40% compared to the same pipe without vacuum insulation panel, or wherein the bending force for 90° bending a pipe piece having an inner pipe with a diameter of 60 to 120 mm in particular 65 to 90 mm, clamped at a distance of 1m around a support differs less than 20% compared to the same pipe without vaccum insulation panel.
Panel for the internal cladding of tunnels or for the external or internal cladding of buildings comprising a fiber-cement slab and a rear reinforcement in the form of a mineral fiber mesh joined to the rear face of said fiber-cement slab by an adhesive, characterized in that said adhesive is applied onto said fiber-cement slab in an amount ranging between 50 g/m 2 and 150 g/m 2.