mhurhangee/ep-ind-claims huggingface dataset:
Device, characterized in that the device serves for reversible mutual mechanical connection of at least two printed-circuit-board plug connectors (2, 2') via at least one coupling element (3, 3'), wherein the device has at least one insertion opening (100, 100') for insertion of the at least one coupling element (3, 3') in an insertion direction, and wherein the device furthermore has at least two push-in openings (10, 10') for pushing-in of the at least two printed-circuit-board plug connectors (2, 2') in a pushing-in direction, wherein the at least one insertion opening (100, 100') is connected to two of the push-in openings (10, 10') to allow the at least one coupling element (3, 3') to be fixed mechanically to in each case two of the printed-circuit-board plug connectors (2, 2'). wherein the device has at least one insertion opening (100, 100') for insertion of the at least one coupling element (3, 3') in an insertion direction, and wherein the device furthermore has at least two push-in openings (10, 10') for pushing-in of the at least two printed-circuit-board plug connectors (2, 2') in a pushing-in direction, wherein the at least one insertion opening (100, 100') is connected to two of the push-in openings (10, 10') to allow the at least one coupling element (3, 3') to be fixed mechanically to in each case two of the printed-circuit-board plug connectors (2, 2').
A method for wireless communication, comprising: determining at least one bandwidth part configured for a user equipment, UE, each bandwidth part covering at least one subband among a plurality of subbands; receiving a first reference signal from a cell; receiving a second reference signal from the cell, the second reference signal being transmitted less frequently than the first reference signal by the cell, wherein the second reference signal comprises a channel spatial information reference signal, CSI-RS, wherein the CSI-RS is selectively transmitted by the cell with or without precoding; and determining channel feedback information for the at least one bandwidth part based on the second reference signal. determining at least one bandwidth part configured for a user equipment, UE, each bandwidth part covering at least one subband among a plurality of subbands; receiving a first reference signal from a cell; receiving a second reference signal from the cell, the second reference signal being transmitted less frequently than the first reference signal by the cell, wherein the second reference signal comprises a channel spatial information reference signal, CSI-RS, wherein the CSI-RS is selectively transmitted by the cell with or without precoding; and determining channel feedback information for the at least one bandwidth part based on the second reference signal.
A simple, glue-free movable track model with a dual-pin structure, comprising an intermediate connecting component, a track shoe, elastic pin bushes, and an auxiliary clamp; wherein an elastic opening is formed on a rotating shaft hole of the intermediate connecting component, and the intermediate connecting component is spliced, in a snap-fit manner, with an intermediate rotating shaft of the track shoe via the elastic opening; back-off pins are arranged at both ends of the track shoe and are spliced with the elastic pin bushes so that the back-off pins can be fit into the elastic pin bushes and then securely engaged; wherein the auxiliary clamp comprises an upper auxiliary clamp, a lower auxiliary clamp and a third auxiliary clamp; the upper auxiliary clamp is suitable to be engaged with the lower auxiliary clamp for clamping the intermediate connecting component and the track shoe; model holes are defined in the third auxiliary clamp for loading the elastic pin bushes so that the elastic pin bushes are suitable to be engaged with the back-off pins all at once via the third auxiliary clamp.
A safety device for a pre-filled syringe comprising - a hollow support body (1.2), - a mounting collar (1.4) for mounting the pre-filled syringe to the support body (1.2), characterized in that a helical groove (1.2.2) is formed into an inner surface of the support body (1.2), wherein the safety device furthermore comprises: - a spinning collar (1.5) with a helical tongue (1.5.2) formed to an outer surface thereof and - a torsion spring (1.6), wherein the helical groove (1.2.2) accommodates the helical tongue (1.5.2) and, upon release, the torsion spring (1.6) is capable of exerting a torque upon the spinning collar (1.5), which causes the spinning collar (1.5) to rotate within the support body (1.2), whereby the engagement of the helical groove (1.2.2) and the helical tongue (1.5.2) redirects the rotational movement of the spinning collar (1.5) to a translatory movement that moves the mounting collar (1.4) in a proximal direction. - a hollow support body (1.2), - a mounting collar (1.4) for mounting the pre-filled syringe to the support body (1.2), - a spinning collar (1.5) with a helical tongue (1.5.2) formed to an outer surface thereof and - a torsion spring (1.6),
Use of leather particles in wood fibre insulation boards for reducing the emission of volatile organic compounds (VOCs) in the form of aldehydes and/or organic acids liberated during the aqueous digestion of wood from the wood fibre insulation boards, wherein the wood fibre insulation boards contain formaldehyde-free binders.
A folding box, which folding box comprises at least three storage compartments, wherein each of the storage compartments comprises at least one base and side walls (S1, S2) which protrude upwardly from the respective base, wherein the storage compartments are arranged around a central axis of the folding box, wherein the inner side walls are those side walls (S1, S2) which are arranged adjacent to the central axis, wherein each inner side wall protrudes upwardly from the respective base up to a respective upper folding edge of said inner side wall, and each inner side wall comprises a respective inner folding edge arranged adjacent to the central axis, wherein the upper folding edge and the inner folding edge of the same inner side wall enclose a first angle (α) of less than 90°, characterized in that the upper folding edge and the inner folding edge of the same inner side wall contact each other at a first corner point, the first corner points surrounded by the folding box are arranged, as seen in a side view of the folding box, at substantially the same height, and the first corner points surrounded by the folding box are arranged, as seen in a side view of the folding box, at a higher altitude than further points of the upper folding edges, especially the points of the upper folding edges that are arranged the highest.
Volume flow controller for measuring and controlling the volume flow in air-conditioning and ventilation systems, comprising a pipe section with an air inlet and an air outlet, a confuser and a diffuser being arranged in the pipe section, the confuser and the diffuser having a frictional connection in a common nozzle neck, wherein the confuser on the other side of the nozzle neck at a first bead of the tube section has a first positive/force connection and the diffuser on the other side of the nozzle neck at a second bead of the tube section has a second positive/force connection, wherein an adjusting flap is arranged between the confuser and the air outlet, characterised in that the volume flow controller is made of metal and the confuser and the diffuser are each rotated in the metal pressing process from a metal blank, the confuser and the diffuser being non-positively inserted into one another at the nozzle neck so that a non-positive connection is formed, the confuser having second air extraction openings, the confusor and the diffusor being pushed into the tube section in the assembled position and the first bead being formed into the tube section so that a first positive/force connection is formed, the first bead having first air extraction openings and the second bead being formed into the tube section, so that the second positive/non-positive connection is formed, an annular chamber seal being fitted over the first bead, the annular chamber seal being connected to a positive pressure tapping hose nozzle, a negative pressure tapping hose nozzle being connected to the pipe section by means of a flat-head blind rivet nut, a metal strip being screwed at one end to the pipe section on the negative pressure tapping hose nozzle, so that the metal strip presses the annular chamber seal into the first bead at the other end.
A furnace black, characterized in that the CTAB surface area is from 20 to 49 m 2 /g, the COAN is greater than 90 ml/(100 g), and the sum of OAN and COAN is greater than 235 ml/(100 g).
A biosensor component for use in analyzing a biological sample, said biosensor component comprising: a substrate; a conductive layer deposited on said substrate; a resistive material layer deposited on said conductive layer; and a biological reactant for electrochemically reacting with said biological sample, wherein said conductive layer comprises nickel and chromium, wherein a combined weight percent of the nickel and chromium in the conductive layer is in the range of 50 to 100 weight percent, and wherein the weight percent of chromium in the conductive layer is greater than 50 weight percent and up to 95 weight percent and the balance of the conductive layer is essentially nickel and the resistive material layer has a thickness between 5 nm and 19 nm; wherein the resistive layer is amorphous carbon. a substrate; a conductive layer deposited on said substrate; a resistive material layer deposited on said conductive layer; and a biological reactant for electrochemically reacting with said biological sample, wherein said conductive layer comprises nickel and chromium, wherein a combined weight percent of the nickel and chromium in the conductive layer is in the range of 50 to 100 weight percent, and wherein the weight percent of chromium in the conductive layer is greater than 50 weight percent and up to 95 weight percent and the balance of the conductive layer is essentially nickel and the resistive material layer has a thickness between 5 nm and 19 nm; wherein the resistive layer is amorphous carbon.
Router of a domestic network able to be connected to a plurality of a plurality of communication terminals (3 1... 3 n), characterized in that the router comprises: - a receiver of real-time data of use of the resources of the network by at least one communication terminal from the at least one communication terminal; and - a supervisor of resources of the domestic network on the basis of the received real-time data of use of the resources (drα... drμ) of the domestic network by at least one of the communication terminals (3 1... 3 n) connected to the domestic network. - a receiver of real-time data of use of the resources of the network by at least one communication terminal from the at least one communication terminal; and - a supervisor of resources of the domestic network on the basis of the received real-time data of use of the resources (drα... drμ) of the domestic network by at least one of the communication terminals (3 1... 3 n) connected to the domestic network.
Process for purification of crude polyether polyols wherein the crude polyether polyols are prepared by anionic polymerization of alkylene oxides in the presence of basic catalysts, the process comprising the steps of neutralization of the catalysts with mineral acid wherein salts are formed, addition of adsorption agent and/or filter aid and removing the resultant salts and added adsorption agent and/or filter aid by filtration wherein a filter cake is formed, characterized in that polyether polyols are recuperated from the filter cake in a subsequent step of pressing the filter cake.
A method for compositing a plurality of images, comprising: acquiring (11; 31) a first exposure time t required for current photographing, and dividing the first exposure time t into N segments, where N is M power of 4 and M is a positive integer; controlling (12; 32) by a micro-electro-mechanical system MEMS, an image sensor according to a movement rule of moving leftwards, rightwards, upwards or downwards according to a step length of a preset number of pixels, and controlling the image sensor to expose for a second exposure time t/N after each movement of the image sensor according to the preset number of pixels, to acquire N images; and compositing the N images to obtain a composite picture, comprising: determining an alignment rule of the N images according to the movement rule, and aligning the N images according to the alignment rule; and for each pixel position in the N images aligned, determining whether all matching degrees among N current pixels at the pixel position exceed a preset threshold, said matching degrees being determined by comparing the N current pixels with each other, and superimposing the N current pixels only if all said matching degrees exceed the preset threshold. acquiring (11; 31) a first exposure time t required for current photographing, and dividing the first exposure time t into N segments, where N is M power of 4 and M is a positive integer; controlling (12; 32) by a micro-electro-mechanical system MEMS, an image sensor according to a movement rule of moving leftwards, rightwards, upwards or downwards according to a step length of a preset number of pixels, and controlling the image sensor to expose for a second exposure time t/N after each movement of the image sensor according to the preset number of pixels, to acquire N images; and compositing the N images to obtain a composite picture, comprising: determining an alignment rule of the N images according to the movement rule, and aligning the N images according to the alignment rule; and for each pixel position in the N images aligned, determining whether all matching degrees among N current pixels at the pixel position exceed a preset threshold, said matching degrees being determined by comparing the N current pixels with each other, and superimposing the N current pixels only if all said matching degrees exceed the preset threshold. determining an alignment rule of the N images according to the movement rule, and aligning the N images according to the alignment rule; and for each pixel position in the N images aligned, determining whether all matching degrees among N current pixels at the pixel position exceed a preset threshold, said matching degrees being determined by comparing the N current pixels with each other, and superimposing the N current pixels only if all said matching degrees exceed the preset threshold.
Polyaddition compounds containing uretdione groups, obtainable by reacting uretdione polyisocyanates formed from diisocyanates having exclusively secondary- and/or tertiary-attached isocyanate groups with a molar fraction of isocyanurate structures, based on the sum of uretdione groups and isocyanurate groups, of not more than 10%, with compounds reactive towards isocyanates, wherein the uretdione polyisocyanates are prepared by catalytic dimerization in the presence of special saltlike oligomerization catalysts containing 1,2,3- and/or 1,2,4-triazolate structures in the anion.
Feed and foodstuff roller mill comprising at least two rotatably mounted rollers (10, 11), wherein at least one roller is fixedly mounted and the other roller is movably mounted, comprising a transmission with a bearing housing in which: - a first output shaft for driving a first roller and - a second output shaft for driving a second roller are accommodated, wherein the first output shaft is coupled to one roller (10, 11) and the second output shaft is coupled to the other roller (11, 10); and wherein the first output shaft and the second output shaft are operatively connected to one another by means of a torque-transmitting arrangement (8, 8'); characterized in that an input shaft is also accommodated in the transmission, wherein the input shaft is coupled to a drive; wherein the input shaft and the first output shaft are arranged perpendicular to one another and the first output shaft and the second output shaft are arranged parallel to one another, the input shaft and the first output shaft are operatively connected to one another by means of a bevel gearwheel pair (7, 7'), the axes (A, B, C) of the input shaft, of the first output shaft and of the second output shaft lie in a common plane; and wherein the intersection point of the axis of the input shaft with the axis of the first output shaft is arranged between the bevel gearwheel of the first output shaft and the torque-transmitting arrangement (8, 8') of the first output shaft. - a first output shaft for driving a first roller and - a second output shaft for driving a second roller are accommodated, wherein
Electrolytic interior surface treatment apparatus for the electrolytic treatment of an internal surface of a metallic pipe, the apparatus including at least two oppositely polarised electrodes (3, 4), the apparatus being arranged so that, in use, there is no direct electrical contact between the apparatus and the internal surface being treated, the apparatus including: an electrically insulating centralisation arrangement to keep, in use, the electrodes centred within the pipe; an electrically insulating flexible connection arrangement located between the two electrodes to permit movement of one electrode relative to the other; characterised in that: the centralisation arrangement includes a plurality of spaced apart centralisation devices (5, 6); each centralisation device including an electrically insulating mounting for mounting the respective centralisation device to the apparatus; each centralisation device including a plurality of flexible elements, each of which is fixed to the mounting and extends outwardly from the mounting. an electrically insulating centralisation arrangement to keep, in use, the electrodes centred within the pipe; an electrically insulating flexible connection arrangement located between the two electrodes to permit movement of one electrode relative to the other; the centralisation arrangement includes a plurality of spaced apart centralisation devices (5, 6); each centralisation device including an electrically insulating mounting for mounting the respective centralisation device to the apparatus; each centralisation device including a plurality of flexible elements, each of which is fixed to the mounting and extends outwardly from the mounting.
A method for regulating a solid fuel firing device, which at least comprises a primary air supply, wherein the target values for the quantity of primary air is set depending on the water content of the flue gas, characterised in that the solid fuel firing device has primary flue gas recirculation, and the target values for the quantity of air from primary flue gas recirculation is set depending on the water content of the flue gas.
A carrier element for an electrical sensor, in particular for a temperature sensor, which is of elongated design and has a receptacle for a measuring resistor in a first end section and at least two guides for guiding connecting wires, which extend in the longitudinal direction and are separated from one another by a web, in a further section adjoining the end section, characterized in that the carrier element is rotationally symmetrical at least in the region of the first end section and the further section so that it can be imaged onto itself by rotation about a longitudinal axis through an angle (α) and has at least two receptacles and at least four guides, the angle (α) preferably being 180°, 120° or 90°.
Motor vehicle wing, said wing showing an upper edge and a wheel arch delimited by a flanged edge, the wing comprises at least one fusible zone showing reduced mechanical strength by report with the remainder of the wing, at least one fusible zone being arranged on the level of the wheel arch and/or on the level of the upper edge in its portion arranged vertically above the wheel arch, the wing being formed by a On the sheet metal, the flange is characterised in that where at least one fusible zone is formed by a sheet metal strip showing a reduced thickness by report with the thickness of the remainder of the sheet metal forming the flange and/or by a sheet metal strip heat-treated so as to show a reduced mechanical strength by report with the mechanical strength shown by the remainder of the sheet metal forming the flange.
A communication method, wherein the method comprises: sending, by a first terminal device, second information to a network device, wherein the second information comprises a radio frequency bandwidth supported by the first terminal device; receiving, by the first terminal device, first information sent by the network device, wherein the first information is used to configure a plurality of BWP sets; each BWP set comprises a respective first BWP and a respective second BWP; and the first BWPs are to-be-used for communication between the first terminal device and the network device, and the second BWPs are to-be-used for communication between the first terminal device and a second terminal device; and communicating, by the first terminal device, on at least one first first BWP and/or at least one first second BWP in a first BWP set of the plurality of BWP sets; wherein, for each BWP set, an offset value between a first frequency domain position and a second frequency domain position in frequency domain is less than or equal to the radio frequency bandwidth supported by the first terminal device; and the first frequency domain position is a highest frequency domain position of the respective first and second BWPs in the BWP set in frequency domain; and the second frequency domain position is a lowest frequency domain position of the respective first and second BWPs in the BWP set in frequency domain. sending, by a first terminal device, second information to a network device, wherein the second information comprises a radio frequency bandwidth supported by the first terminal device; receiving, by the first terminal device, first information sent by the network device, wherein the first information is used to configure a plurality of BWP sets; each BWP set comprises a respective first BWP and a respective second BWP; and the first BWPs are to-be-used for communication between the first terminal device and the network device, and the second BWPs are to-be-used for communication between the first terminal device and a second terminal device; and communicating, by the first terminal device, on at least one first first BWP and/or at least one first second BWP in a first BWP set of the plurality of BWP sets; wherein, for each BWP set, an offset value between a first frequency domain position and a second frequency domain position in frequency domain is less than or equal to the radio frequency bandwidth supported by the first terminal device; and the first frequency domain position is a highest frequency domain position of the respective first and second BWPs in the BWP set in frequency domain; and the second frequency domain position is a lowest frequency domain position of the respective first and second BWPs in the BWP set in frequency domain.