mhurhangee/ep-ind-claims huggingface dataset:
A circuit retaining system, comprising: a circuit board; a contact monitoring system configured to determine if a retainer is providing at least predetermined pressure to the circuit board when the retainer is retaining the circuit board; and wherein the contact monitoring system is disposed on the circuit board. a circuit board; a contact monitoring system configured to determine if a retainer is providing at least predetermined pressure to the circuit board when the retainer is retaining the circuit board; and wherein the contact monitoring system is disposed on the circuit board.
Solenoid valve having a group of magnets, which comprises a magnet coil and a magnet core consisting of an internal magnet-core pole and an external magnet-core pole, and having an armature plate (7, 7') and also an armature pin, and also a stop, which is formed by a residual air-gap disc, in the region of an end face of the magnet core, wherein there is also a residual air gap between the armature plate and the group of magnets, wherein the residual air gap between the external magnet-core pole and the outside diameter of the armature plate is closed in the radial direction, characterized in that the residual air-gap disc is an annular disc, wherein the annular disc has inner webs, which are connected to one another at the centre of the annular disc.
Housing of a centrifuge having an abutment for a ground on which the housing sits, characterized by a two-part design of the housing comprising a first housing and a second housing which is connected to the first housing via a pivot bearing, with at least one energy absorber (50; 54, 58) being arranged between the first housing and the second housing which energy absorber will counteract the forces, in particular the torques, generated in the event of a crash and will absorb the energy of the crash so as to prevent at least the portion of the second housing which rests on the ground from moving relative to the ground, which pivot bearing allows the first housing to rotate relative to the second housing against the action of the one or plural energy absorber(s) (50; 54, 58) which is/are separate from the pivot bearing.
An element provided with at least one sliding surface for use on an internal combustion engine, the element comprising a base of a given metallic alloy and an outer surface of a hard coating of chrome nitride generated by physical vapour deposition, the element being characterized in that the coating has a porosity in a range lower than 1% by volume and has an equiaxial crystalline structure.
An electronic apparatus comprising a body (101, 205, 800); a cover (102, 203, 303, 403, 503, 603) slidably attached to the body; and a display part (103, 201, 301, 401, 501, 601) comprising a display (104, 202, 302, 402, 502, 602), the display part being slidably attached to the body (101, 205, 800) and configured to slide between a first position and a second position such that when the display part is at rest in the first position, the cover overlaps at least a portion of the display, and when the display part is at rest in the second position, said portion of the display is visible.
A device to receive content from multiple content sources and cause display of the received content, the device comprising: a content association engine to store a user-defined association between a main content source and at least one other content source; and a content customization engine to enable the user to customize the display of the main and the at least one other content source with customization rules; wherein the device is adapted to cause the display of the content from the at least one other content source to be overlaid on the main content via a user interface on a display device; wherein the content customization engine is configured to store user defined customization rules that involve triggers upon defined events and, based on the occurrence of a defined event determine (504, 506) how to display the at least one other content source with respect to said main content source, wherein the defined event is display of a commercial by the main content source. a content association engine to store a user-defined association between a main content source and at least one other content source; and a content customization engine to enable the user to customize the display of the main and the at least one other content source with customization rules; wherein the device is adapted to cause the display of the content from the at least one other content source to be overlaid on the main content via a user interface on a display device; wherein the content customization engine is configured to store user defined customization rules that involve triggers upon defined events and, based on the occurrence of a defined event determine (504, 506) how to display the at least one other content source with respect to said main content source, wherein the defined event is display of a commercial by the main content source.
Disk brake for a motor vehicle, having an internally ventilated brake disk, at least consisting of a friction ring with an external friction surface (4', 4") on each one of two friction ring halves (2', 2'') connected by ribs which are located therebetween, form cooling channels between the friction ring halves (2', 2'') and consist of a brake disk nave, which is connected to the friction ring via radially directed connecting means and has on its casing a collar, which extends in the radial direction, forms a fit to an external diameter of the friction ring by way of an outer circumferential surface and to an internal diameter of the friction ring by way of an inner circumferential surface, and has radially directed first bores, in which the connecting means are introduced such that they extend further into likewise radially directed second bores in the friction ring into the friction ring, characterized in that the brake disk nave forms the fit with a single friction ring half and this fit has material convexities, which point inward toward the cooling channels or toward the ribs, at the points at which the second bores are introduced for the connecting means.
Die for a hollow-section extruder, - with a die housing, - an extrusion annulus bounded inwardly by a mandrel and bounded outwardly by a die ring, - wherein the mandrel is carried and held by a mandrel support on a side of the housing, - wherein the mandrel support is tiltably mounted relative to the die ring by two degrees of freedom by a tilt joint (28, 31), whereby, depending on a tilt position of the mandrel support, a circumferential distribution of a width of the extrusion annulus can be adjusted, - with a centering device for adjusting the tilt position of the mandrel support, - wherein the die ring is held by an axial adjustment housing body against a force direction of an extrusion pressure, characterized in that the axial adjustment housing body is designed such that by defining an axial position of the axial adjustment housing body relative to the die housing an axial position of the die ring to the mandrel is defined. - with a die housing, - an extrusion annulus bounded inwardly by a mandrel and bounded outwardly by a die ring, - wherein the mandrel is carried and held by a mandrel support on a side of the housing, - wherein the mandrel support is tiltably mounted relative to the die ring by two degrees of freedom by a tilt joint (28, 31), whereby, depending on a tilt position of the mandrel support, a circumferential distribution of a width of the extrusion annulus can be adjusted, - with a centering device for adjusting the tilt position of the mandrel support, - wherein the die ring is held by an axial adjustment housing body against a force direction of an extrusion pressure,
A composite element comprising (i) plastic, adhering to which there is (ii) a polyisocyanate polyaddition product, where the polyisocyanate polyaddition product is obtained via mixing of a) isocyanate with b) compounds having groups reactive toward isocyanates, c) catalysts, d) optionally blowing agent, and e) optionally further additives, to give a reaction mixture and permitting the reaction mixture to complete its reaction to give the polyisocyanate polyaddition product, where the compounds (b) having groups reactive toward isocyanates comprise a polyester polyalcohol as adhesion promoter, capable of production via polycondensation of an acid component and of one or more low-molecular-weight diols whose molar mass is less than 500 g/mol, in excess, where the low-molecular-weight diols comprise from 5 to 66 mol% of 1,3-propanediol, based on the total amount of the diol. (i) plastic, adhering to which there is (ii) a polyisocyanate polyaddition product, where the polyisocyanate polyaddition product is obtained via mixing of a) isocyanate with b) compounds having groups reactive toward isocyanates, c) catalysts, d) optionally blowing agent, and e) optionally further additives, to give a reaction mixture and permitting the reaction mixture to complete its reaction to give the polyisocyanate polyaddition product, where the compounds (b) having groups reactive toward isocyanates comprise a polyester polyalcohol as adhesion promoter, capable of production via polycondensation of an acid component and of one or more low-molecular-weight diols whose molar mass is less than 500 g/mol, in excess, where the low-molecular-weight diols comprise from 5 to 66 mol% of 1,3-propanediol, based on the total amount of the diol. a) isocyanate with b) compounds having groups reactive toward isocyanates, c) catalysts, d) optionally blowing agent, and e) optionally further additives,
Method for operating an automation system, wherein the automation system has at least one controller (3, 4) and a plurality of field devices (5...8) that are connected to one another by means of a network for data communication, and wherein at least one first field device is provided with an operating unit, the method comprising: a) the first field device transmitting a request to the controller (3, 4) for a provision of data depending upon a predetermined or predeterminable operator input, wherein the transmission of the request via the network takes place with a pre-determined alarm, a pre-determined message or a pre-determined response code or with a predetermined code for a device variable, wherein the data in the automation system relates to functionalities lying outside the first field device, b) the controller (3, 4) transmitting data corresponding to the received request to the first field device, c) the first field device outputting an item of information corresponding to the received data on the operating unit. a) the first field device transmitting a request to the controller (3, 4) for a provision of data depending upon a predetermined or predeterminable operator input, wherein the transmission of the request via the network takes place with a pre-determined alarm, a pre-determined message or a pre-determined response code or with a predetermined code for a device variable, wherein the data in the automation system relates to functionalities lying outside the first field device, b) the controller (3, 4) transmitting data corresponding to the received request to the first field device, c) the first field device outputting an item of information corresponding to the received data on the operating unit.
A system for storing and supplying water to an internal combustion engine of a motor vehicle with a reservoir for the water, with at least a delivery pump for the water, and with at least a pipeline system comprising at least a feed line from the reservoir to a consumer which is preferably designed in the form of at least a metering unit, and at least a return line into the reservoir as well as with means for demineralizing the water, wherein the means for demineralizing the water are arranged inside the reservoir or on the reservoir or in the pipeline system or communicating with the pipeline system, characterized in that at least one filter is provided, preferably as a mixed bed filter, as the means for demineralizing the water and that the filter is arranged in the feedline or the return line.
Method for determining modulating agents of sirtuins in tissue cell(s) comprising the following stages: a. Contacting tissue cell(s) comprising at least one gene of the sirtuin family and the β-actin gene, with a modulating agent; b. determining the relative abundance of mRNA of the sirtuin-family gene; c. determining the relative abundance of the mRNA of the β-actin gene; and d. determining the mRNA SIRT/mRNA β-actin ratio; wherein if the ratio is greater than 1, the modulating agent is a positive modulator and if the ratio is lower than 1, the modulating agent is a negative modulator and wherein the tissue cell is selected from the group consisting of cells of fish, birds, and mammals. a. Contacting tissue cell(s) comprising at least one gene of the sirtuin family and the β-actin gene, with a modulating agent; b. determining the relative abundance of mRNA of the sirtuin-family gene; c. determining the relative abundance of the mRNA of the β-actin gene; and d. determining the mRNA SIRT/mRNA β-actin ratio;
A resin composition comprising: a polyolefin; carbon fibers having an average fiber length of 0.1 mm to 2.5 mm; a resin containing at least one of an amide bond and an imide bond, a content of the resin with respect to 100 parts by mass of the polyolefin being 40 parts by mass to 100 parts by mass; and a compatibilizer, wherein the resin composition is a non-crosslinked resin composition. a polyolefin; carbon fibers having an average fiber length of 0.1 mm to 2.5 mm; a resin containing at least one of an amide bond and an imide bond, a content of the resin with respect to 100 parts by mass of the polyolefin being 40 parts by mass to 100 parts by mass; and a compatibilizer, wherein the resin composition is a non-crosslinked resin composition.
Dispensing device for the dispensation of flowable masses from cartridges, whereby the dispensing device comprises a main body (1, 101), a connecting element (36, 136) for a gas cartridge on the main body (1, 101), a valve element (10, 110) for regulation of a gas flow from the gas cartridge, and a gas-permeable channel (35, 134, 135) that connects the connecting element (36, 136, 145) to the valve element (10, 110), characterised in that at least one evaporation container (38, 138) is arranged in the gas-permeable channel (35, 134, 135) such that the gas flow from the gas cartridge is guided through the evaporation container (38, 138), at least over regions thereof, whereby the gas-permeable channel (35, 134, 135) comprises two connecting elements that are connected to the evaporation container (38, 138) such that the gas flow from the gas cartridge flows between the connecting elements through the evaporation container (38, 130), and whereby the connecting elements are not connected to the evaporation container (38, 138) on opposite walls of the evaporation container (38, 138).
A method comprising: maintaining, by a network element in a network, a probabilistic data structure indicative of devices in the network for which telemetry data is not to be sent to a device classification service; detecting, by the network element, a traffic flow sent from a source device to a destination device; determining, by the network element, whether the probabilistic data structure includes entries for both the source and destination devices of the traffic flow; and sending, by the network element, flow telemetry data regarding the traffic flow to the device classification service, based on a determination that the probabilistic data structure does not include entries for both the source and destination of the traffic flow. maintaining, by a network element in a network, a probabilistic data structure indicative of devices in the network for which telemetry data is not to be sent to a device classification service; detecting, by the network element, a traffic flow sent from a source device to a destination device; determining, by the network element, whether the probabilistic data structure includes entries for both the source and destination devices of the traffic flow; and sending, by the network element, flow telemetry data regarding the traffic flow to the device classification service, based on a determination that the probabilistic data structure does not include entries for both the source and destination of the traffic flow.
A method for removing DNase from a solution containing target nucleic acid, the method comprising: providing a solution containing target nucleic acid and DNase; contacting the solution with a composition comprising (i) a polyacid comprising a polycarboxylic acid, a polyphosphonic acid, or a polycarboxylate or polyphosphonate salt and (ii) a solid phase having a surface which comprises a functionalized silica capable of binding protein, wherein the functionalized silica bears anionic or neutral substituent groups which are (a) polar, other than phenol, and/or (b) comprise a C 1 to C 3 alkyl chain, so that the DNase binds to the solid phase to form a treated solution containing the target nucleic acid; and separating the treated solution containing the target nucleic acid from the solid phase. providing a solution containing target nucleic acid and DNase; contacting the solution with a composition comprising (i) a polyacid comprising a polycarboxylic acid, a polyphosphonic acid, or a polycarboxylate or polyphosphonate salt and (ii) a solid phase having a surface which comprises a functionalized silica capable of binding protein, wherein the functionalized silica bears anionic or neutral substituent groups which are (a) polar, other than phenol, and/or (b) comprise a C 1 to C 3 alkyl chain, so that the DNase binds to the solid phase to form a treated solution containing the target nucleic acid; and separating the treated solution containing the target nucleic acid from the solid phase.
Self-loading portable firearm with a hammer, a trigger, a firing pin and a safety device (17, 18), wherein the hammer comprises a twist axis, a hammer head, and an engagement nose, wherein the engagement nose interacts with a pawl of the trigger of the firearm, and the hammer head takes effect directly or indirectly, at the uncocking of the firearm, against the firing pin of the firearm, and causes the round to be released, wherein the hammer head and the engagement nose are movable relative to one another, in particular in a linear manner, or the engagement nose is elastic, wherein the hammer is mounted in the firearm such as to rotate about an axis, and is subjected to preliminary tension by means of a spring, wherein the hammer can be retained by means of a pawl of the trigger in a cocked position, and, by actuation of the trigger, the pawl releases the hammer and its engagement nose respectively, such that the hammer can move into its uncocked position, characterised in that the safety device (17, 18), in order to render the firearm safe, is configured in such a way that, during the make-safe procedure, with the hammer being in the uncocked position, it pivots the trigger into its initial position, and that, in this situation, the pawl of the trigger causes the engagement nose to move relative to the hammer head or deforms the engagement nose in an elastic manner.
An aircraft called hoverplane, capable of flying like an airplane and of taking-off/landing vertically but also to hover and manoeuvre like an helicopter, comprising a fuselage, a fixed wing, an horizontal stabilizer and a system of 4, 6 or 8 exposable rotors (6 and 7), installed inside the wing and the horizontal stabilizer and providing lift for the vertical take-off/landing and stationary flight phases, in which for flight and take-off/landing in airplane mode the said rotors are completely enclosed inside the wing and the horizontal stabilizer, which permits to avoid inducing any parasitic aerodynamic drag, and in which for vertical take-off/landing and stationary flight, sliding panels (8 and 9) on or at the tip of the wing and on or at the tip of the horizontal stabilizer allow to uncover the rotors, which then lift the aircraft, the hoverplane comprising in addition, for controlling the stationary or vertical flight, a system acting in the same or in a differential manner on the speed or on the pitch of the said lifting rotors, the hoverplane being characterized in that the sliding panels constitute the tip section of the wing and of the horizontal stabilizer and are configured for sliding beyond the position of the tip of the wing or of the horizontal stabilizer as it is in airplane mode, the size and the retraction mode of said panels permitting for the wing and the horizontal stabilizer to have at least the same lifting surface with the panels open than with the panels closed.
A method for the production of filters for the tobacco processing industry, comprising the following method steps: - continuously conveying a filter material from a filter material supply into a garniture device for forming a continuous filter rod, - introducing an elongated and continuous introduction material, in particular a thread, receiving a liquid additive, into the filter material during the conveyance of the filter material, - applying the additive onto the introduction material during the introduction of the introduction material into the filter material, wherein - before the application onto the introduction material the additive is conveyed in a common conveying member, in a manner in which it is at least partially separated from the introduction material, and wherein the additive is applied onto the introduction material at an application rate which substantially corresponds to or is greater than the rate of conveyance of the introduction material, wherein a partially parallel conveyance is provided during the separate conveyance of the additive and the introduction material. - continuously conveying a filter material from a filter material supply into a garniture device for forming a continuous filter rod, - introducing an elongated and continuous introduction material, in particular a thread, receiving a liquid additive, into the filter material during the conveyance of the filter material, - applying the additive onto the introduction material during the introduction of the introduction material into the filter material, wherein - before the application onto the introduction material the additive is conveyed in a common conveying member, in a manner in which it is at least partially separated from the introduction material, and wherein the additive is applied onto the introduction material at an application rate which substantially corresponds to or is greater than the rate of conveyance of the introduction material, wherein a partially parallel conveyance is provided during the separate conveyance of the additive and the introduction material.