mhurhangee/ep-ind-claims huggingface dataset:
Device for the measurement of the force applied by a fitting apparatus of an element to be crimped, said apparatus being provided with a threaded rod having an internal or external thread, device comprising: - a hydraulic chamber comprising a fluid and extending along a longitudinal axis (Ox); - a piston configured to slide inside the hydraulic chamber along the axis (Ox) and moved by an axial force (Fa) imposed by the threaded rod on the said piston; - a threaded connector fixed to the piston, the threaded connector having an external or internal thread configured in such a way that the threaded rod screws onto the threaded connector; and - a pressure gauge communicating with the hydraulic chamber and configured to measure a pressure inside the hydraulic chamber, characterized in that the device comprises an anvil designed to receive a counter-support of the fitting apparatus so as to secure the fitting apparatus on the device by screwing the threaded rod onto the threaded connector and placing the counter-support against the anvil, in that the pressure gauge is configured to measure an increase of the pressure inside the hydraulic chamber when the threaded rod moves in translation in the direction of the counter-support. - a hydraulic chamber comprising a fluid and extending along a longitudinal axis (Ox); - a piston configured to slide inside the hydraulic chamber along the axis (Ox) and moved by an axial force (Fa) imposed by the threaded rod on the said piston; - a threaded connector fixed to the piston, the threaded connector having an external or internal thread configured in such a way that the threaded rod screws onto the threaded connector; and - a pressure gauge communicating with the hydraulic chamber and configured to measure a pressure inside the hydraulic chamber, characterized in that the device comprises an anvil designed to receive a counter-support of the fitting apparatus so as to secure the fitting apparatus on the device by screwing the threaded rod onto the threaded connector and placing the counter-support against the anvil, in that the pressure gauge is configured to measure an increase of the pressure inside the hydraulic chamber when the threaded rod moves in translation in the direction of the counter-support.
An information processing device comprising: an analysis unit configured to analyze a media presentation description according to MPEG-DASH providing metadata that includes partial image information which is information regarding each partial image which is a part of an entire image, the metadata being used for supply of a bit stream of the entire image and supply of a bit stream of the partial image, in which the partial image information regarding the plurality of partial images is stored in mutually different sub-representations belonging to one representation belonging to one adaptation set and bit streams of the plurality of partial images are assigned to the mutually different sub-representations, and configured to obtain the partial image information; a selection unit configured to select the bit stream of a desired partial image using the partial image information obtained by the analysis unit; and a bit stream acquisition unit configured to acquire, from a server, the bit stream selected by the selection unit, without acquiring from the server a bit stream of a remaining part of the entire image other than the desired partial image. an analysis unit configured to analyze a media presentation description according to MPEG-DASH providing metadata that includes partial image information which is information regarding each partial image which is a part of an entire image, the metadata being used for supply of a bit stream of the entire image and supply of a bit stream of the partial image, in which the partial image information regarding the plurality of partial images is stored in mutually different sub-representations belonging to one representation belonging to one adaptation set and bit streams of the plurality of partial images are assigned to the mutually different sub-representations, and configured to obtain the partial image information; a selection unit configured to select the bit stream of a desired partial image using the partial image information obtained by the analysis unit; and a bit stream acquisition unit configured to acquire, from a server, the bit stream selected by the selection unit, without acquiring from the server a bit stream of a remaining part of the entire image other than the desired partial image.
Acoustic shield for a motor vehicle engine, said shield comprising: - a thermo-compressed shell based on fibres bound together by a thermoplastic binder so as to form a porous shell that has noise absorption properties, said shell comprising an internal face and an external face, - a sheet of metal for thermal protection against said engine, said sheet covering all or part of said internal face, said sheet being attached in a substantially fluidtight manner, essentially via its periphery, to said shell, so as to create a peripheral seal and maintain, except at the periphery, an air gap between said sheet and said shell, so as to protect said shell from the heat accumulated by said sheet, said shield being characterized in that the sheet has a plurality of bumps enabling it to be held generally apart from the internal face, so as to create an air gap having an accentuated thickness, the bumps being arranged in a regular array, in particular according to a pitch of between 3 and 6 mm, so that the sheet is goffered. - a thermo-compressed shell based on fibres bound together by a thermoplastic binder so as to form a porous shell that has noise absorption properties, said shell comprising an internal face and an external face, - a sheet of metal for thermal protection against said engine, said sheet covering all or part of said internal face, said sheet being attached in a substantially fluidtight manner, essentially via its periphery, to said shell, so as to create a peripheral seal and maintain, except at the periphery, an air gap between said sheet and said shell, so as to protect said shell from the heat accumulated by said sheet, said shield being characterized in that the sheet has a plurality of bumps enabling it to be held generally apart from the internal face, so as to create an air gap having an accentuated thickness, the bumps being arranged in a regular array, in particular according to a pitch of between 3 and 6 mm, so that the sheet is goffered.
An organic light-emitting diode, OLED, array substrate, comprising: a base substrate; a power line and a pixel structure disposed on the base substrate; wherein the pixel structure comprises a switch transistor, a driving transistor, and an OLED device; the switch transistor is connected to a gate line and a data line; the driving transistor is connected to the switch transistor, the power line, and the OLED device; the power line is disposed under the pixel structure and is at least partially overlapped with the pixel structure; an insulating layer (109, 111, 112) is disposed between the power line and the pixel structure, and a first via hole structure is disposed in the insulating layer (109, 111, 112); and the power line is connected with the driving transistor in the pixel structure through the first via hole structure; wherein the gate line and the data line are disposed on the base substrate, and the pixel structure is disposed within an area defined by an intersection of the gate line and the data line; characterized in that the power line is provided with a hollow structure within an area of the power line that corresponds to the pixel structure, the gate line and the data line. a base substrate; a power line and a pixel structure disposed on the base substrate; wherein the pixel structure comprises a switch transistor, a driving transistor, and an OLED device; the switch transistor is connected to a gate line and a data line; the driving transistor is connected to the switch transistor, the power line, and the OLED device; the power line is disposed under the pixel structure and is at least partially overlapped with the pixel structure; an insulating layer (109, 111, 112) is disposed between the power line and the pixel structure, and a first via hole structure is disposed in the insulating layer (109, 111, 112); and the power line is connected with the driving transistor in the pixel structure through the first via hole structure; wherein the gate line and the data line are disposed on the base substrate, and the pixel structure is disposed within an area defined by an intersection of the gate line and the data line; characterized in that the power line is provided with a hollow structure within an area of the power line that corresponds to the pixel structure, the gate line and the data line.
A composition comprising chitosan covalently linked to IL-12, wherein the covalent linkage is a tyrosine to amine linkage of the IL-12 to chitosan, is between amine groups on the chitosan and carboxyl groups on the IL-12, or is between sulfhydryl groups in cysteine-substituted IL-12 and on the chitosan which is thiolated, and wherein the IL-12 is biologically active.
Method for processing steel slag to produce a hydraulic mineral binder with high hardening potential and to recover iron, comprising the steps: providing a feed product comprising steel slag with iron compounds, in particular in oxide form, and MnO, whereby the MnO may be contained in the steel slag, processing the feed product as melt in a furnace, incorporating reducing agents into the melt to reduce the iron compounds in order to achieve a lime saturation factor in the mineral melt part of between 90 and 110, wherein the incorporation of the reducing agent is carried out in a non-oxidising furnace atmosphere, defined cooling, wherein the melt solidifies in 15 minutes at the latest, mechanical separation of at least part of the elemental iron from the solidified melt, and subsequent direct supply of the solidified melt with a reduced iron content and an alite fraction of at least 40 wt. % with a fraction of crystalline phases of at least 60 wt. %, wherein the crystalline phases comprise for the large part alite and belite, for use as hydraulic mineral binder. providing a feed product comprising steel slag with iron compounds, in particular in oxide form, and MnO, whereby the MnO may be contained in the steel slag, processing the feed product as melt in a furnace, incorporating reducing agents into the melt to reduce the iron compounds in order to achieve a lime saturation factor in the mineral melt part of between 90 and 110, wherein the incorporation of the reducing agent is carried out in a non-oxidising furnace atmosphere, defined cooling, wherein the melt solidifies in 15 minutes at the latest, mechanical separation of at least part of the elemental iron from the solidified melt, and subsequent direct supply of the solidified melt with a reduced iron content and an alite fraction of at least 40 wt. % with a fraction of crystalline phases of at least 60 wt. %, wherein the crystalline phases comprise for the large part alite and belite, for use as hydraulic mineral binder.
Method for operating a battery storage installation for the purpose of providing high electrical power, said battery storage installation having a multiplicity of cyclically rechargeable batteries (B1 to Bx), which are combined in a plurality of battery groups (BG11 to BGn4), wherein the batteries (B1 to Bx) used are motor vehicle starter batteries and/or lead-acid rechargeable starter batteries, and, during discharging periods (t1 to t30), which are in each case shorter and dependent on the state of charge of the respective battery group (BG11 to BGn4), the battery groups (BG11 to BGn4) immediately successively supply a high discharge current to a public power supply network, said public power supply network being a low voltage network or a medium voltage network or a high voltage network or an ultra-high voltage network, with the result that immediately consecutive short discharging periods (t1 to t30) produce a high discharge current over a longer uninterrupted discharging time, and wherein, during a charging process, a plurality of battery groups (BG11 to BGn) are connected in parallel in such a way that, during a charging time that is offset with respect to time from the discharging time, the battery groups (BG11 to BGn) are connected in parallel, in order to divide the charge current across the battery groups (BG11 to BGn) and to charge the batteries with the charge current that is lower compared to the high discharge currents.
A threshing and separation system for an agricultural harvester, comprising: a threshing drum comprising a plurality of rasp bars; a concave placed adjacent to the threshing drum such that rotation of the threshing drum rubs material against the concave; and a rotatable beater comprising a plurality of beater blades disposed rearwardly of the threshing drum and the concave and configured to rearwardly push crop material received from the threshing drum; characterized in that: at least some of the beater blades are at least partially covered by a shock-absorbent material to reduce damage to pushed crop material during rotation of the beater. a threshing drum comprising a plurality of rasp bars; a concave placed adjacent to the threshing drum such that rotation of the threshing drum rubs material against the concave; and a rotatable beater comprising a plurality of beater blades disposed rearwardly of the threshing drum and the concave and configured to rearwardly push crop material received from the threshing drum; characterized in that: at least some of the beater blades are at least partially covered by a shock-absorbent material to reduce damage to pushed crop material during rotation of the beater.
An electrode for a fuel cell comprising: a supporter including a nano-carbon fiber; a nano-carbon grown from the nano-carbon fiber; and a catalyst disposed on the nano-carbon; wherein the nano-carbon fiber is connected with the nano-carbon by a proton conductive binder. a supporter including a nano-carbon fiber; a nano-carbon grown from the nano-carbon fiber; and a catalyst disposed on the nano-carbon; wherein the nano-carbon fiber is connected with the nano-carbon by a proton conductive binder.
Valve arrangement for a motor vehicle, having a valve plunger which is fixedly connected to a closure member, having a valve housing, having a valve seat, and having an electric motor by way of which the valve plunger is able to be moved, wherein the valve arrangement has a worm gear with an outer thread and an inner thread, wherein the valve plunger has, at least in a sub-region, an outer thread and the valve arrangement has a threaded sleeve with an inner thread or a spindle nut with an inner thread, or the valve plunger is fixedly connected to a component having an inner thread and the valve arrangement has an outer thread, and wherein the valve plunger is connected to a first gearwheel, and the valve arrangement has at least one second gearwheel, which is arranged such that it can transmit a rotational movement directly, or via an intermediate gearing, to the first gearwheel, and wherein the valve arrangement additionally has a magnetic field sensor, for which a magnet is arranged in a manner connected to the valve plunger such that the setting of the valve plunger can be detected by the magnetic field sensor, characterized in that the outer thread or the inner thread is attached to the valve plunger by means of injection moulding, and in that the first gearwheel and the outer thread or the first gearwheel and the inner thread are produced in a joint injection moulding, the latter also connecting the magnet to the valve plunger in that the magnet is encapsulated during the production.
Fastening device for fastening a sensor element to a rail, wherein the fastening device comprises at least one clamping element (1; 1') for clamping the sensor element against the rail, characterized in that the clamping element (8; 8') is provided with at least one conductor element (8; 8') that extends at least over a fracture-prone area of the clamping element (1; 1') and is part of a closed circuit in the correctly mounted state of the sensor element and interrupts the circuit in case the clamping element is damaged, wherein the circuit is required for the function of the sensor element.
An apparatus for dosing solid particulate material into one or more receptacles, the apparatus comprising: a reservoir for containing an amount of solid particulate material; a dosing unit comprising a dose collection position for collecting a predetermined dose of said solid particulate material from said reservoir, and a dose release position for releasing said solid particulate material into said one or more receptacles; a receptacle handling unit for retaining said one or more receptacles, arranged to at least periodically align at least one of the one or more receptacles with said dosing unit when in said dose release position; and optionally a receptacle closing unit for closing said one or more receptacles once filled with said solid particulate material; characterized in that the dosing unit comprises one or more dosing chambers, the dosing chambers and/or the reservoir being arranged to displace relative to each other, along a perpendicular axis, such that at least a portion of said chamber(s) is capable of being immerged into, and emerged out of, said solid particulate material at least when said dosing unit is in said dose collection position, and wherein the reservoir is arranged to impart a fluid-like state to said solid particulate material by keeping the particles in dynamic motion such that the solid particles behave like a fluid, at least for the duration of said displacement. a reservoir for containing an amount of solid particulate material; a dosing unit comprising a dose collection position for collecting a predetermined dose of said solid particulate material from said reservoir, and a dose release position for releasing said solid particulate material into said one or more receptacles; a receptacle handling unit for retaining said one or more receptacles, arranged to at least periodically align at least one of the one or more receptacles with said dosing unit when in said dose release position; and optionally a receptacle closing unit for closing said one or more receptacles once filled with said solid particulate material;
Device (10; 20; 30; 40) for securing a wheel with a hub for a waste bin on a rotational shaft provided with a rotationally symmetrical groove, by engagement, in said groove, of a stop projecting radially from the hub of the wheel, comprising a blade (19; 49; 59) having at least two parts (21, 22; 34, 33), namely a first part (21; 34) shaped as a spring with a longitudinal elongation, and a second part (22; 33) shaped so as to form the stop suitable for being housed in said groove, characterized in that the first part has, at a free end, at least one pointed shape (27, 28; 32; 36; 37, 38, 39) suitable for being anchored in a bore of the wheel.
A method of assessing a function of a sensor, the method comprising: installing a sensor in a sump of a fuel dispensing system, such that the sensor extends downwardly into the sump to monitor for fluid infiltration into the sump; characterized by after installing, assessing the function of the sensor without physically accessing the sump, wherein the sensor is retained within in a tank defining a tank chamber of the fuel dispensing system by a magnetic sensor retainer fixed to the sensor, such that the sensor extends downwardly into the sump formed at the bottom of the tank chamber, the method further comprising: determining that the sensor must be physically retrieved from the tank chamber; accessing the sump from above grade; lowering an extraction tool into engagement into the tank chamber from grade level until a distal end of the extraction tool engages the magnetic sensor retainer; connecting the extraction tool to the magnetic sensor retainer; and retrieving the sensor without an operator physically entering the tank chamber by raising the extraction tool, the magnetic sensor retainer and the sensor. installing a sensor in a sump of a fuel dispensing system, such that the sensor extends downwardly into the sump to monitor for fluid infiltration into the sump; characterized by after installing, assessing the function of the sensor without physically accessing the sump, wherein the sensor is retained within in a tank defining a tank chamber of the fuel dispensing system by a magnetic sensor retainer fixed to the sensor, such that the sensor extends downwardly into the sump formed at the bottom of the tank chamber, the method further comprising: determining that the sensor must be physically retrieved from the tank chamber; accessing the sump from above grade; lowering an extraction tool into engagement into the tank chamber from grade level until a distal end of the extraction tool engages the magnetic sensor retainer; connecting the extraction tool to the magnetic sensor retainer; and retrieving the sensor without an operator physically entering the tank chamber by raising the extraction tool, the magnetic sensor retainer and the sensor. determining that the sensor must be physically retrieved from the tank chamber; accessing the sump from above grade; lowering an extraction tool into engagement into the tank chamber from grade level until a distal end of the extraction tool engages the magnetic sensor retainer; connecting the extraction tool to the magnetic sensor retainer; and retrieving the sensor without an operator physically entering the tank chamber by raising the extraction tool, the magnetic sensor retainer and the sensor.