mhurhangee/ep-ind-claims huggingface dataset:
A wearable system for mounting against the skin of a subject, the wearable system comprising: a base layer; a top layer, and a flexible circuit board sandwiched between the base layer and the top layer, the flexible circuit board comprising: a first end pad having a first contact area facing the base layer; a second end pad having a second contact area facing the base layer; and a flexible meander section between the first end pad and the second end pad; wherein the base layer and the top layer are bonded together by a bonding layer which has a meander opening around the flexible meander section, whereby the flexible meander section is in a non-bonded region and is not constrained by the bonding. a base layer; a top layer, and a flexible circuit board sandwiched between the base layer and the top layer, the flexible circuit board comprising: a first end pad having a first contact area facing the base layer; a second end pad having a second contact area facing the base layer; and a flexible meander section between the first end pad and the second end pad; a first end pad having a first contact area facing the base layer; a second end pad having a second contact area facing the base layer; and a flexible meander section between the first end pad and the second end pad; wherein the base layer and the top layer are bonded together by a bonding layer which has a meander opening around the flexible meander section, whereby the flexible meander section is in a non-bonded region and is not constrained by the bonding.
A vehicle controller comprising: a collision preventing unit that performs a collision avoiding operation of a vehicle with an object around the vehicle, an operation of the collision preventing unit being suppressed when turning behavior of the vehicle is detected; a turning behavior detecting unit having a function of detecting turning behavior of the vehicle; a yaw rate sensor characterized in that the turning behavior detecting unit detects turning as turning behavior when the yaw rate detected by the yaw rate sensor is greater than or equal to a predetermined value; and further characterized by a control unit that controls the operation of the collision preventing unit so as not to suppress the operation of the collision preventing unit when the vehicle is decelerated. a collision preventing unit that performs a collision avoiding operation of a vehicle with an object around the vehicle, an operation of the collision preventing unit being suppressed when turning behavior of the vehicle is detected; a turning behavior detecting unit having a function of detecting turning behavior of the vehicle; a yaw rate sensor characterized in that the turning behavior detecting unit detects turning as turning behavior when the yaw rate detected by the yaw rate sensor is greater than or equal to a predetermined value; and further characterized by a control unit that controls the operation of the collision preventing unit so as not to suppress the operation of the collision preventing unit when the vehicle is decelerated.
Apparatus for performing robotic neurosurgery on a patient, comprising; a motorised, computer controlled, neurosurgical robot for moving a medical instrument to positions defined in a robot coordinate system, imaging apparatus for acquiring intra-operative images of the brain of a patient, at least one position in each intra-operative image being known in the robot coordinate system, and targeting apparatus for calculating a target location within the patient's brain to which the medical instrument is to be advanced, the targeting apparatus comprising means for taking at least one previously acquired image of the patient in which a target has been identified and means for calculating the corresponding target location in the robot coordinate system by registering said at least one previously acquired image with at least one intra-operative image taken using the imaging apparatus, characterised in that the imaging apparatus is computed tomography imaging apparatus for acquiring intra-operative CT images of the brain and the targeting apparatus is configured to register the at least one previously acquired image with the at least one intra-operative CT image using blood vessels visible in the images.
A transmission comprising: a case; a shift outer lever shaft which is inserted into the case and performs one of a shift operation or a select operation; a shift inner lever which is engaged with the shift outer lever shaft in the case; and a shift select shaft that engages with the shift inner lever, the shift select shaft extending in a predetermined direction, wherein: the shift select shaft is mounted in the case; movement of the shift select shaft in the predetermined direction causes one of the shift operation and the select operation to be executed; and rotation of the shift select shaft around the longitudinal axis of the shift select shaft causes the other of the shift operation and the select operation to be executed; characterized in that the shift inner lever and the shift select shaft are arranged in the case such that the shift inner lever engages with the shift select shaft by the shift inner lever moving toward the outside of the case from a position in which the shift inner lever is not engaged with the shift select shaft. a case; a shift outer lever shaft which is inserted into the case and performs one of a shift operation or a select operation; a shift inner lever which is engaged with the shift outer lever shaft in the case; and a shift select shaft that engages with the shift inner lever, the shift select shaft extending in a predetermined direction, wherein: the shift select shaft is mounted in the case; movement of the shift select shaft in the predetermined direction causes one of the shift operation and the select operation to be executed; and rotation of the shift select shaft around the longitudinal axis of the shift select shaft causes the other of the shift operation and the select operation to be executed; characterized in that the shift inner lever and the shift select shaft are arranged in the case such that the shift inner lever engages with the shift select shaft by the shift inner lever moving toward the outside of the case from a position in which the shift inner lever is not engaged with the shift select shaft. the shift select shaft is mounted in the case; movement of the shift select shaft in the predetermined direction causes one of the shift operation and the select operation to be executed; and rotation of the shift select shaft around the longitudinal axis of the shift select shaft causes the other of the shift operation and the select operation to be executed; characterized in that the shift inner lever and the shift select shaft are arranged in the case such that the shift inner lever engages with the shift select shaft by the shift inner lever moving toward the outside of the case from a position in which the shift inner lever is not engaged with the shift select shaft.
Method for erecting a tubular tower structure, in particular a substructure tower for existing wind energy tower structures, wherein - shells which have a cross-section substantially in the shape of a circular arc are formed from steel plates, wherein - along each planned axial connecting line, an axial longitudinal flange of the shell is created by bending radially inwards or outwards from the shell, wherein - to erect the tubular tower structure, the shells are arranged next to each other by means of the longitudinal flanges of adjoining shells, and are connected by the longitudinal flanges of adjoining shells to form a tubular segment, wherein connecting means engage through holes of adjoining longitudinal flanges, wherein - the circular arc curvature of the shells is created by a plurality of angular bends along the circumference, thereby forming a plurality of surfaces arranged sequentially one after the other in the circumferential direction, angled with respect to each other, characterised in that - for connecting a tubular segment to a foundation or to a further tubular segment, or to a further tubular tower structure, in a tubular segment base region and/or in a tubular segment top region, each of the shells comprises, on a horizontal end face, a horizontal flange which has at least one abutting edge, wherein the surfaces are each bent at an angle of between 1° and 8°, in particular 3° and 6°, with respect to each other, wherein the steel plates for producing the shells have a thickness of 20 mm to 100 mm, in particular 40 mm to 100 mm. - shells which have a cross-section substantially in the shape of a circular arc are formed from steel plates, wherein - along each planned axial connecting line, an axial longitudinal flange of the shell is created by bending radially inwards or outwards from the shell, wherein - to erect the tubular tower structure, the shells are arranged next to each other by means of the longitudinal flanges of adjoining shells, and are connected by the longitudinal flanges of adjoining shells to form a tubular segment, wherein connecting means engage through holes of adjoining longitudinal flanges, wherein - the circular arc curvature of the shells is created by a plurality of angular bends along the circumference, thereby forming a plurality of surfaces arranged sequentially one after the other in the circumferential direction, angled with respect to each other, characterised in that - for connecting a tubular segment to a foundation or to a further tubular segment, or to a further tubular tower structure, in a tubular segment base region and/or in a tubular segment top region, each of the shells comprises, on a horizontal end face, a horizontal flange which has at least one abutting edge, wherein the surfaces are each bent at an angle of between 1° and 8°, in particular 3° and 6°, with respect to each other, wherein the steel plates for producing the shells have a thickness of 20 mm to 100 mm, in particular 40 mm to 100 mm.
A soft gelatin capsule, comprising: a. a gelatin shell; and, b. a capsule content, comprising: a water-insoluble active ingredient dissolved in an excipient, wherein the excipient, comprises: a crystallization inhibitor present in an amount of 2-10% w/w, with respect to the weight of the capsule content, wherein the crystallization inhibitor is selected from: a monoacylglycerol compound selected from the group consisting of glyceryl monooleate, glyceryl monolinoleate, glyceryl monopalmitate, glyceryl monostearate, glyceryl monolaurate, glyceryl monocaprylate, glyceryl monocaprate, and combinations thereof, and a hydrophilic solvent comprising ethanol. a. a gelatin shell; and, b. a capsule content, comprising: a water-insoluble active ingredient dissolved in an excipient, wherein the excipient, comprises: a crystallization inhibitor present in an amount of 2-10% w/w, with respect to the weight of the capsule content, wherein the crystallization inhibitor is selected from: a monoacylglycerol compound selected from the group consisting of glyceryl monooleate, glyceryl monolinoleate, glyceryl monopalmitate, glyceryl monostearate, glyceryl monolaurate, glyceryl monocaprylate, glyceryl monocaprate, and combinations thereof, and a hydrophilic solvent comprising ethanol.
A vacuum pump stage of a screw thread or side channel pump having a stator and at least one rotor, in which a thread channel is provided in the stator and/or in the rotor or at least one duct is provided in the stator, wherein the rotor extends into the duct by means of a rotor portion, and a pumping action is achieved by the interaction of the rotor portion and the duct, - wherein the least one duct or the at least one thread channel has at least one surface in which there are arranged grooves, - and/or wherein pump-active surfaces of stators and/or rotors have grooves, - wherein the grooves have a depth of between 1μm and 100μm. - wherein the grooves have a width and/or a spacing of the grooves from each other of between 1μm and 1mm, characterised in that the grooves of two opposing, pump - active surfaces are arranged at an angle to each other. - wherein the least one duct or the at least one thread channel has at least one surface in which there are arranged grooves, - and/or wherein pump-active surfaces of stators and/or rotors have grooves, - wherein the grooves have a depth of between 1μm and 100μm. - wherein the grooves have a width and/or a spacing of the grooves from each other of between 1μm and 1mm,
A speaker comprising a magnetic circuit (4; 24), a frame (6; 26A, 26B) coupled to the magnetic circuit (4; 24), a vibration plate (7; 27) coupled to an outer peripheral portion of the frame (6; 26), a voice coil (8; 28) which is coupled to the vibration plate (7; 27) and is partially placed in a magnetic gap (5; 25) in the magnetic circuit (4; 24) and a pressure adjusting body (9; 29); characterized in that said pressure adjusting body (9; 29) absorbs or releases air molecules and is mounted to said frame (6; 26A, 26B).
A vehicle refuge for a motor carriageway, the refuge comprising a plurality of blocks (110,120,130;170,180,190;210-280) for arrangement on a ground surface to indicate a safe stopping area, wherein the blocks are of polymeric material and at least some of the blocks are connected together, and wherein one or more of the blocks comprises a coloured pigment to make it highly visible to a driver of a vehicle.
A method of predicting future access of a storage device, said method comprising: recording a time series of access requests for data from the storage device; determining respective time intervals between each access request to any subsequent access request of the storage device; arranging the respective time intervals in a matrix, wherein each column of the matrix indicates time intervals from all other past access requests and wherein each row indicates time intervals to subsequent access requests; identifying a pattern in the respective time intervals, including determining a first set of intervals occurring in a column of the matrix that matches a second set of intervals occurring in a row of the matrix; predicting a next access request based on the pattern in the respective time intervals; and proactively activating the storage device based on the predicted next access request. recording a time series of access requests for data from the storage device; determining respective time intervals between each access request to any subsequent access request of the storage device; arranging the respective time intervals in a matrix, wherein each column of the matrix indicates time intervals from all other past access requests and wherein each row indicates time intervals to subsequent access requests; identifying a pattern in the respective time intervals, including determining a first set of intervals occurring in a column of the matrix that matches a second set of intervals occurring in a row of the matrix; predicting a next access request based on the pattern in the respective time intervals; and proactively activating the storage device based on the predicted next access request.
Multiple fuse for the motor vehicle sector, comprising a current distributor plate containing a strip-shaped connection strip, a plurality of conductor strips which are integrally formed on the strip-shaped connection strip, and a plurality of fuse elements (16, 18), wherein one of these conductor strips is adapted as a primary port arm and at least one further conductor strip is adapted as a secondary port arm, wherein the connection strip has a feed port or the primary port arm is adapted as a feed arm, wherein only one pyrotechnical fuse element is adapted in the region of the primary port arm for severing the primary port arm, and wherein the conductor strip of the at least one secondary port arm has a fuse element for protection against overcurrents, characterised in that the current distributor plate is designed in one piece with the strip-shaped connection strip, to which all the conductor strips are integrally formed, and in that the pyrotechnic fuse element is fastened to the primary port arm as a prefabricated structural unit.
Fiber reinforced composition consisting of (a) a polypropylene random copolymer comprising ethylene and/or C 4 to C 8 α-olefin (PP-RACO), (b) fibers, and (c) a polar modified polypropylene as adhesion promoter, (d) optionally a masterbatch, and (e) optionally one or more additives, wherein (i) the polypropylene random copolymer comprising ethylene and/or C 4 to C 8 α-olefin (PP-RACO) heaving a melt flow rate MFR 2 (230 °C) measured according to ISO 1133 of at least 5 g/lOmin, (ii) the fibers are selected from the group consisting of glass fibers, metal fibers, ceramic fibers and graphite fibers, (iii) the complete polymer contained in the reinforced composition forms a continuous phase being the matrix of the fiber reinforced composition. (a) a polypropylene random copolymer comprising ethylene and/or C 4 to C 8 α-olefin (PP-RACO), (b) fibers, and (c) a polar modified polypropylene as adhesion promoter, (d) optionally a masterbatch, and (e) optionally one or more additives, (i) the polypropylene random copolymer comprising ethylene and/or C 4 to C 8 α-olefin (PP-RACO) heaving a melt flow rate MFR 2 (230 °C) measured according to ISO 1133 of at least 5 g/lOmin, (ii) the fibers are selected from the group consisting of glass fibers, metal fibers, ceramic fibers and graphite fibers, (iii) the complete polymer contained in the reinforced composition forms a continuous phase being the matrix of the fiber reinforced composition.
Neutron detector comprising as scintillating material Cs (2-z) Rb z LiLn (1-x) X 6: xCe 3+, where X is either Br or I, Ln is Y or Gd or Lu or Sc or La, where z is greater or equal to 0 and less or equal to 2, and x is above 0.0005.
A vehicle interior component (3000; 3000/FC; FC) comprising: (a) a base (B; 100) providing a compartment; (b) a first cover (C1/300; 200) movable relative to the base (B; 100) between a closed position and an open position; (c) a second cover (C2/200; 300) movable relative to the base (B; 100) between a closed position and an open position; and (d) a link coupled to the first cover (C1/300; 200) and the second cover (C2/200; 300); wherein the link is configured to couple movement of the first cover (C1/300; 200) and the second cover (C2/200; 300) from the closed position to the open position; and wherein the link is configured to decouple movement of the first cover (C1/300; 200) and the second cover (C2/200; 300) from the open position to the closed position, wherein the link comprises a first arm and a second arm, and wherein one of the first arm and the second arm comprises a depression and the other of the first arm and the second arm comprises a protrusion; wherein the protrusion is configured to engage the depression to couple the first arm and the second arm. (a) a base (B; 100) providing a compartment; (b) a first cover (C1/300; 200) movable relative to the base (B; 100) between a closed position and an open position; (c) a second cover (C2/200; 300) movable relative to the base (B; 100) between a closed position and an open position; and (d) a link coupled to the first cover (C1/300; 200) and the second cover (C2/200; 300); wherein the link is configured to couple movement of the first cover (C1/300; 200) and the second cover (C2/200; 300) from the closed position to the open position; and wherein the link is configured to decouple movement of the first cover (C1/300; 200) and the second cover (C2/200; 300) from the open position to the closed position, wherein the link comprises a first arm and a second arm, and wherein one of the first arm and the second arm comprises a depression and the other of the first arm and the second arm comprises a protrusion; wherein the protrusion is configured to engage the depression to couple the first arm and the second arm.
A method for improving signal quality, comprising: at a sending end, distributing a scrambled optical transport unit frame signal onto multiple signals transmitted on corresponding virtual lanes in unit of frame, and multiplexing the signals transmitted on the virtual lanes to obtain signals transmitted on corresponding physical lanes; at a receiving end, demultiplexing the signals signal transmitted on the physical lanes to obtain the signals transmitted on each corresponding virtual lane, and rearranging the signals signal transmitted on the virtual lanes to restore the optical transport unit frame signal; collecting a statistic of an error correction bit rate of data bits of a signal corresponding to each virtual lane during forward error correction FEC decoding; calculating a pre-correction bit error rate of each physical lane corresponding to each virtual lane according to the error correction bit rate of the data bits of the signal corresponding to each virtual lane; feeding back the pre-correction bit error rate of each physical lane to an optical module, wherein the optical module is at the receiving end; and adjusting, by the optical module, a receiving parameter of each physical lane to reduce the pre-correction bit error rate of each physical lane. at a sending end, distributing a scrambled optical transport unit frame signal onto multiple signals transmitted on corresponding virtual lanes in unit of frame, and multiplexing the signals transmitted on the virtual lanes to obtain signals transmitted on corresponding physical lanes; at a receiving end, demultiplexing the signals signal transmitted on the physical lanes to obtain the signals transmitted on each corresponding virtual lane, and rearranging the signals signal transmitted on the virtual lanes to restore the optical transport unit frame signal; collecting a statistic of an error correction bit rate of data bits of a signal corresponding to each virtual lane during forward error correction FEC decoding; calculating a pre-correction bit error rate of each physical lane corresponding to each virtual lane according to the error correction bit rate of the data bits of the signal corresponding to each virtual lane; feeding back the pre-correction bit error rate of each physical lane to an optical module, wherein the optical module is at the receiving end; and adjusting, by the optical module, a receiving parameter of each physical lane to reduce the pre-correction bit error rate of each physical lane.
A header for attachment to a combine harvester having a frame, which extends at least substantially over the working width of the header and is composed of multiple frame parts (24a, 24b, 24c), which parts, in each case, extend over a partial working width (28a, 28b, 28c) and are connected to one another in an articulated manner about an axle extending at least approximately in the working direction of the header, cutting elements arranged on the front side of the header and connected to the frame, conveying surfaces and conveying elements for conveying the cut crop from the cutting elements to a discharge point, from which at least individual conveying elements (8b, 34) arranged at a distance from the conveying surface in the vertical direction are held on a shaft, which shaft extends transversely to the working direction of the header over at least a partial working width (28a, 28b, 28c) of the header, and side walls to which crop dividers are assigned which delimit the working width of the header, characterized in that the side walls are designed to be movable transversely to the working direction of the header and to the frame or to the respective associated frame parts (24a, 24c).