mhurhangee/patent-ind-claim-en huggingface dataset:
Method for connecting three components , having the following features: - positioning of the components in such a way that connection surfaces (1.1, 2.1.1) of the first and the second component corresponding to each other and form-fitting elements (1.2, 3.1; 1.2, 3.2) of the first or the second component and the third component designed to correspond to each other are opposite each other; - movement of the components relative to each other along a shared joint axis in such a way that the connection surfaces (1.1, 2.1.1) and the form-fitting elements (1.2, 3.1; 1.2, 3.2) are each moved towards each other; - Material-bonding connection of the first component with the second by means of the connection surfaces (1.1, 2.1.1) and form-fitting connection of the first or the second component with the third component by means of the form-fitting elements (1.2, 3.1; 1.2, 3.2) during the movement of the components relative to each other along the shared joint axis , where the third component is fixed after material-bonding and form-fitting connection as in parallel and crosswise to the joint axis by means of the first and the second component ; - where the form-fitting elements (1.2, 3.1; 1.2, 3.2) corresponding to each other are designed as at least one crush rib element (1.2) and a holder (3.1; 3.2) corresponding to the crush rib element (1.2) and the form-fitting connection is effected by shearing off the crush rib element (1.2). - positioning of the components in such a way that connection surfaces (1.1, 2.1.1) of the first and the second component corresponding to each other and form-fitting elements (1.2, 3.1; 1.2, 3.2) of the first or the second component and the third component designed to correspond to each other are opposite each other; - movement of the components relative to each other along a shared joint axis in such a way that the connection surfaces (1.1, 2.1.1) and the form-fitting elements (1.2, 3.1; 1.2, 3.2) are each moved towards each other; - Material-bonding connection of the first component with the second by means of the connection surfaces (1.1, 2.1.1) and form-fitting connection of the first or the second component with the third component by means of the form-fitting elements (1.2, 3.1; 1.2, 3.2) during the movement of the components relative to each other along the shared joint axis , where the third component is fixed after material-bonding and form-fitting connection as in parallel and crosswise to the joint axis by means of the first and the second component ; - where the form-fitting elements (1.2, 3.1; 1.2, 3.2) corresponding to each other are designed as at least one crush rib element (1.2) and a holder (3.1; 3.2) corresponding to the crush rib element (1.2) and the form-fitting connection is effected by shearing off the crush rib element (1.2).
A tilt switch having an open state and a closed state and comprising an electronics assembly , and a combined supply and output stage configured such that the assembly is supplied in both states, characterized in that the supply and output stage has a supply pin and a switching output and is adapted to offer high resistance in the open state while allowing residual current to pass between the supply pin and the switching output and low resistance in the closed state while allowing residual voltage to drop between the supply pin and the switching output .
A surgical instrument, comprising: a first jaw ; a second jaw movably supported relative to said first jaw for selective movement between open and closed positions relative to said first jaw; means for applying an opening motion to said second jaw; a firing drive shaft rotatably supported in said second jaw; a firing member operably interfacing with said firing drive shaft such that rotation of said firing drive shaft causes said firing member to move between a starting position and an ending position; and an elongate shaft assembly operably interfacing with said first jaw and comprising: a rotary distal power shaft separate and distinct from said firing drive shaft and supported proximal to said first jaw, said distal power shaft configured for selective operable engagement with said firing drive shaft; and a closure member supported for axial travel relative to a proximal end portion of said first jaw, said closure member configured for selective threaded engagement with a portion of said distal power shaft to apply closing and opening motions to at least one of said first and second jaws, characterized in that said firing drive shaft comprises a driven firing gear configured to mesh with a distal drive gear on said distal power shaft when said second jaw is in a fully closed position. a first jaw ; a second jaw movably supported relative to said first jaw for selective movement between open and closed positions relative to said first jaw; means for applying an opening motion to said second jaw; a firing drive shaft rotatably supported in said second jaw; a firing member operably interfacing with said firing drive shaft such that rotation of said firing drive shaft causes said firing member to move between a starting position and an ending position; and an elongate shaft assembly operably interfacing with said first jaw and comprising: a rotary distal power shaft separate and distinct from said firing drive shaft and supported proximal to said first jaw, said distal power shaft configured for selective operable engagement with said firing drive shaft; and a closure member supported for axial travel relative to a proximal end portion of said first jaw, said closure member configured for selective threaded engagement with a portion of said distal power shaft to apply closing and opening motions to at least one of said first and second jaws, a rotary distal power shaft separate and distinct from said firing drive shaft and supported proximal to said first jaw, said distal power shaft configured for selective operable engagement with said firing drive shaft; and a closure member supported for axial travel relative to a proximal end portion of said first jaw, said closure member configured for selective threaded engagement with a portion of said distal power shaft to apply closing and opening motions to at least one of said first and second jaws, characterized in that said firing drive shaft comprises a driven firing gear configured to mesh with a distal drive gear on said distal power shaft when said second jaw is in a fully closed position.
A power supply apparatus that can supply power to a power reception apparatus in a non-contact manner, comprising: communication means that is capable of communicating with a power reception apparatus and a communication apparatus other than the power reception apparatus , wherein the communication apparatus is not to be supplied with power from the power supply apparatus ; and control means for controlling power supply to a power reception apparatus , wherein the control means is configured to perform control so as to perform first search processing for detecting a power reception apparatus based on at least one communication method from among a plurality of communication methods, and before performing power supply to the power reception apparatus detected in the first search processing, to perform second search processing for detecting a communication apparatus other than the power reception apparatus based on the plurality of communication methods, characterised in that if a communication apparatus other than the power reception apparatus is not detected in the second search processing, the control means is configured to transition to a state where power supply to the power reception apparatus is possible, and if a communication apparatus other than the power reception apparatus is detected in the second search processing, the control means is configured to not start power supply to the power reception apparatus. communication means that is capable of communicating with a power reception apparatus and a communication apparatus other than the power reception apparatus , wherein the communication apparatus is not to be supplied with power from the power supply apparatus ; and control means for controlling power supply to a power reception apparatus , wherein the control means is configured to perform control so as to perform first search processing for detecting a power reception apparatus based on at least one communication method from among a plurality of communication methods, and before performing power supply to the power reception apparatus detected in the first search processing, to perform second search processing for detecting a communication apparatus other than the power reception apparatus based on the plurality of communication methods, characterised in that if a communication apparatus other than the power reception apparatus is not detected in the second search processing, the control means is configured to transition to a state where power supply to the power reception apparatus is possible, and if a communication apparatus other than the power reception apparatus is detected in the second search processing, the control means is configured to not start power supply to the power reception apparatus.
A rear frame for a thrust reverser structure with cascade vane of a nacelle of an aircraft, the nacelle comprising at least two longitudinal beams, the rear frame being configured to be fastened to the two beams and to hold one or several cascade vane(s) in cooperation with a front frame , characterized in that it includes a common section with a substantially headband-like shape, the substantially headband-like shape being a substantially flat, and generally narrow shape.
A computer-implemented method for identifying a pantograph represented in an image comprising points, the method comprising the steps of: a) detecting at least two edges in the image ; b) identifying at least one pair of adjacent edges from the detected edges in the image , wherein each pair of adjacent edges comprises a pair of edges without any third edge present between the pair of edges when viewed along a vertical line ; c) for each pair of identified adjacent edges represented in the image , determining a distance between the adjacent edges , wherein the distance is in the direction of the line ; d) repeating steps b) and c) with one or more subsequent vertical lines , wherein the one or more subsequent lines are in the same direction as the line and offset from the line to obtain a plurality of distances between respective pairs of adjacent edges; e) for each of the plurality of distances, determining a point weight for points of the image associated with the distance by comparing the distance to a value or a value range representing a dimension of the pantograph , wherein the points of the image associated with the distance are points located on a segment of the line that forms the distance between the pair of adjacent edges ; and f) determining a region of the image containing the pantograph from a plurality of regions of the image by summing the point weights in each of the plurality of regions of the image and comparing the sum of each region. a) detecting at least two edges in the image ; b) identifying at least one pair of adjacent edges from the detected edges in the image , wherein each pair of adjacent edges comprises a pair of edges without any third edge present between the pair of edges when viewed along a vertical line ; c) for each pair of identified adjacent edges represented in the image , determining a distance between the adjacent edges , wherein the distance is in the direction of the line ; d) repeating steps b) and c) with one or more subsequent vertical lines , wherein the one or more subsequent lines are in the same direction as the line and offset from the line to obtain a plurality of distances between respective pairs of adjacent edges; e) for each of the plurality of distances, determining a point weight for points of the image associated with the distance by comparing the distance to a value or a value range representing a dimension of the pantograph , wherein the points of the image associated with the distance are points located on a segment of the line that forms the distance between the pair of adjacent edges ; and f) determining a region of the image containing the pantograph from a plurality of regions of the image by summing the point weights in each of the plurality of regions of the image and comparing the sum of each region.
A decoder for decoding a low-density parity-check convolutional turbo code, LDPC-CTC, wherein the LDPC-CTC is constructed based on parallel low-density parity-check convolutional codes, LDPC-CCs, the decoder being configured to: determine, based on a received signal, statistical values corresponding to information and parity bits of an encoded information bit sequence; wherein the statistical values refer to reliability values corresponding to received information and parity bits, wherein a reliability value is a likelihood, likelihood ratio, or log likelihood ratio, and indicates the reliability of making a correct decision if mapping the received signal to a particular bit value; start a new decoding iteration if a number of determined statistical values equals or exceeds a threshold, wherein a decoding iteration includes updating the determined statistical values based on actual determined statistical values and statistical values from a previous decoding iteration stored in a memory of the decoder; wherein the threshold equals the number of information and parity bits of one layer of the LDPC-CTC; wherein said one layer refers to one row for each LDPC-CC matrix on which the LDPC-CTC is based; replace a stored statistical value stored in the memory with an updated statistical value, wherein the updated statistical value is kept in the memory for a number of succeeding decoding iterations; and decode the information bits to which the updated stored statistical values correspond. determine, based on a received signal, statistical values corresponding to information and parity bits of an encoded information bit sequence; wherein the statistical values refer to reliability values corresponding to received information and parity bits, wherein a reliability value is a likelihood, likelihood ratio, or log likelihood ratio, and indicates the reliability of making a correct decision if mapping the received signal to a particular bit value; start a new decoding iteration if a number of determined statistical values equals or exceeds a threshold, wherein a decoding iteration includes updating the determined statistical values based on actual determined statistical values and statistical values from a previous decoding iteration stored in a memory of the decoder; wherein the threshold equals the number of information and parity bits of one layer of the LDPC-CTC; wherein said one layer refers to one row for each LDPC-CC matrix on which the LDPC-CTC is based; replace a stored statistical value stored in the memory with an updated statistical value, wherein the updated statistical value is kept in the memory for a number of succeeding decoding iterations; and decode the information bits to which the updated stored statistical values correspond.
Tensioning device for extending a threaded bolt by pulling the threaded end portion (A) thereof, comprising a supporting tube surrounding the threaded end portion (A), a cylinder arranged in an extension of the supporting tube with at least one piston axially movable in the cylinder, an exchange bushing which can be screwed to the threaded end portion (A) and can be carried along axially by the piston , and a pin which can be axially supported against the end face of the end of the threaded bolt having the threaded end portion (A), characterised in that the pin is arranged so as to be axially movable in a longitudinal guide in the exchange bushing , in that the pin can be axially supported with its pin end against the end face , and in that the pin is radially widened at its pin end by comparison with the rest of the pin cross-section.
A dishwasher comprising: a washing compartment for holding one or more items to be washed; a washing mechanism for washing the one or more items to be washed; a controller for controlling the washing mechanism ; and at least one sensor configured for communication with the controller ; the controller configured to receive from the at least one sensor information associated with how dirty at least one of the one or more items to be washed is; and the controller configured to initiate a main washing cycle according to one or more washing cycle parameters selected by the controller , in dependence on the information received from the at least one sensor ; and wherein the at least one sensor comprises a camera or an optical sensor for sensing the one or more items to be washed in the washing compartment; the controller is configured to select the one or more washing cycle parameters for the main washing cycle based upon information obtained from a test washing cycle of the one or more items to be washed, the information obtained from the test washing cycle comprising a comparison between how dirty the at least one or more items to be washed is determined to be at a beginning and an end of the test washing cycle, the test washing cycle being relatively short compared to the main washing cycle. a washing compartment for holding one or more items to be washed; a washing mechanism for washing the one or more items to be washed; a controller for controlling the washing mechanism ; and at least one sensor configured for communication with the controller ; the controller configured to receive from the at least one sensor information associated with how dirty at least one of the one or more items to be washed is; and the controller configured to initiate a main washing cycle according to one or more washing cycle parameters selected by the controller , in dependence on the information received from the at least one sensor ; and wherein the at least one sensor comprises a camera or an optical sensor for sensing the one or more items to be washed in the washing compartment; the controller is configured to select the one or more washing cycle parameters for the main washing cycle based upon information obtained from a test washing cycle of the one or more items to be washed, the information obtained from the test washing cycle comprising a comparison between how dirty the at least one or more items to be washed is determined to be at a beginning and an end of the test washing cycle, the test washing cycle being relatively short compared to the main washing cycle.
Roller for the production and processing of web-form goods, which has a cylindrical opening outwards from the centre , into which a data processing device , with a sensor and a data memory , is inserted, which is suitable for recording acceleration values and other data, characterised in that the data processing device has a processor board, which is designed to acquire various data, and a processing board, which is designed to process data relating to time, acceleration, and speed, both of which are arranged in the cylindrical opening, and the data processing device additionally has a freely configurable third board, wherein the cylindrical opening has a diameter of 30 to 70 mm, and preferably of 50 mm.
An eductor suitable for use in an assembly for preparing a liquid product, said eductor comprising a housing having a substantially cylindrical wall with a longitudinal axis extending from one end of the cylindrical wall to the other end of the cylindrical wall opposite the one end , said housing having a first liquid inlet at said one end of the cylindrical wall for supplying a first liquid to the eductor in a direction at least substantially parallel to the longitudinal axis , said housing comprising a second liquid inlet at said other end of the cylindrical wall for supplying a second liquid to the eductor in a direction having a component perpendicular to the longitudinal axis , said housing comprising a liquid product outlet for discharging a liquid product from the eductor in a direction at least substantially parallel to the longitudinal axis , said second liquid inlet of the eductor seen in longitudinal direction being positioned between the first liquid inlet and the liquid product outlet , said eductor further comprising an injector valve positioned within the cylindrical wall , said injector valve comprising an outer surface partly contacting an inner surface of the cylindrical wall and a central, longitudinal channel for supplying the first liquid from the first liquid inlet to the liquid product outlet , said injector valve further being displaceably arranged within the cylindrical wall from first position to a second position longitudinally spaced from the first position, and vice versa, characterized in that the injector valve on its outer surface comprises two annular protrusions which are spaced from each other by a distance that at least equals the distance between the first position and the second position of the injector valve , each of the annular protrusions engaging the inner surface of the cylindrical wall for forming a seal therewith, said annular protrusions together with the inner surface of the cylindrical wall forming an annular chamber , said protrusions being arranged for isolating the annular chamber from fluid communication with any environment outside the annular protrusions when said injector valve is positioned in the first position or the second position or any position in between and/or wherein the inner surface of the cylindrical wall comprises two annular protrusions which are spaced from each other by a distance that at least equals the distance between the first position and the second position of the injector valve , each of the annular protrusions engaging the outer surface of the injector valve for forming a seal therewith, said annular protrusions together with the outer surface of the injector valve forming an annular chamber , said protrusions being arranged for isolating the annular chamber from fluid communication with any environment outside the annular protrusions when said injector valve is positioned in the first position or the second position or any position in between.
A process for the generation of inorganic films comprising depositing the compound of general formula (I) onto a solid substrate wherein M is Mn, Ni or Co, X is a ligand which coordinates M, n is 0, 1, 2, 3, or 4, R 1 is an alkyl group, an alkenyl group, an aryl group, a halogen, or a silyl group, R 2 is an alkyl group, an alkenyl group, an aryl group, or a silyl group, p and q are 1 or 2, wherein p + q = 3, and m is 1, 2, or 3. wherein M is Mn, Ni or Co, X is a ligand which coordinates M, n is 0, 1, 2, 3, or 4, R 1 is an alkyl group, an alkenyl group, an aryl group, a halogen, or a silyl group, R 2 is an alkyl group, an alkenyl group, an aryl group, or a silyl group, p and q are 1 or 2, wherein p + q = 3, and m is 1, 2, or 3.