mhurhangee/ep-ind-claims huggingface dataset:
A battery spacer system comprising a battery spacer (11, 21, 31, 41, 51, 61, 71, 81, 91, 101) having a base (111, 211, 311, 411, 511, 611, 711, 811, 911) inserted between two adjacent battery cells and at least one protrusion (112, 212, 312, 412, 512, 612, 712, 812, 912) formed to protrude from the base; wherein the at least one protrusion (112, 212, 312, 412, 512, 612, 712, 812, 912) includes at least one elastically-deformable portion (1122, 2122, 3122, 4122, 5122, 6122, 7122, 8122) that is configured to elastically deform at forces within a predetermined range applied by one or more of the two adjacent battery cells and at least one plastically-deformable portion (1121, 2121, 3121, 4121, 5121, 6121, 7121, 8121) that is configured to plastically deform at a force exceeding the predetermined range; wherein the at least one plastically-deformable portion has a greater rigidity and lesser strength than the at least one elastically-deformable portion; and wherein the at least one elastically-deformable portion protrudes in a first direction relative to a face of the base and the at least one plastically-deformable portion extends in the first direction from the at least one elastically-deformable portion, or vice versa.
Method for producing a cutting tool from a main body and one or more cutting segments which are fastened to the main body, characterized in that the cutting segments are fastened to the main body by capacitor discharge welding.
A method of spectroscopic metrology, the method comprising: obtaining a training spectra set from a grid scan of a training target, wherein the grid scan of the training target is performed using a spectroscopic metrology device with incident light having a measurement spot size, wherein the training spectra set comprises spectra from a first set of grid nodes in the grid scan; performing a sparse sampling of the grid scan of a measurement target using the spectroscopic metrology device with the incident light having the measurement spot size to acquire a measurement spectra set, wherein the measurement spectra set comprises spectra from a second set of grid nodes in the grid scan, wherein the first set of grid nodes and the second set of grid nodes are different; performing a deconvolution of a combination of the measurement spectra set and the training spectra set to produce an estimated spectrum of the measurement target that is an estimate of a spectrum from the measurement target produced with the incident light having an effective measurement spot size that is smaller than the measurement spot size; and determining one or more characteristics of the measurement target using the estimated spectrum. obtaining a training spectra set from a grid scan of a training target, wherein the grid scan of the training target is performed using a spectroscopic metrology device with incident light having a measurement spot size, wherein the training spectra set comprises spectra from a first set of grid nodes in the grid scan; performing a sparse sampling of the grid scan of a measurement target using the spectroscopic metrology device with the incident light having the measurement spot size to acquire a measurement spectra set, wherein the measurement spectra set comprises spectra from a second set of grid nodes in the grid scan, wherein the first set of grid nodes and the second set of grid nodes are different; performing a deconvolution of a combination of the measurement spectra set and the training spectra set to produce an estimated spectrum of the measurement target that is an estimate of a spectrum from the measurement target produced with the incident light having an effective measurement spot size that is smaller than the measurement spot size; and determining one or more characteristics of the measurement target using the estimated spectrum.
Final drive for a motor vehicle, having a first input shaft, a second input shaft, a first output shaft and a second output shaft, wherein the first input shaft is permanently coupled to the first output shaft by means of a first ring gear transmission and the second input shaft is permanently coupled to the second output shaft by means of a second ring gear transmission, the first input shaft and the second input shaft are arranged coaxially to each other and the first output shaft and the second output shaft extend in opposite directions from the respective ring gear transmission (6, 9), wherein an axial plane includes the axes of rotation (17, 18) of the input shafts (2, 4) and a plane perpendicular to the axial plane encloses an angle of at least 75° and at most 90° with each of the axes of rotation (19, 20) of the output shafts (7, 10), and wherein a first ring gear of the first ring gear transmission, which first ring gear is rigidly connected to the first output shaft, and a second ring gear of the second ring gear transmission, which second ring gear is rigidly connected to the second output shaft, are each mounted by means of a first radial bearing and a second radial bearing in a transmission housing of the final drive, wherein the radial bearings (43, 44) are arranged in a tandem arrangement or in an X-arrangement with respect to one another or are configured as fixed bearing and as floating bearing, and that a bearing element is arranged in the transmission housing, which bearing element has a first bearing projection and a second bearing projection, wherein the ring gear of the first ring gear transmission is mounted on the first bearing projection and the ring gear of the second ring gear transmission is mounted on the second bearing projection, characterised in that the first radial bearing for mounting the respective ring gear (13, 15) is arranged on the first bearing projection or the second bearing projection and the second radial bearing is arranged on the respective same bearing projection (36, 37), wherein the first radial bearing has a first internal diameter and a first external diameter and the second radial bearing has a second internal diameter and a second external diameter, the first internal diameter being greater than the second internal diameter and the first external diameter being greater than the second external diameter.
A method comprising: receiving, by a wireless device a service request indicating: a first slice service type, SST, for uplink traffic of an application; and a second SST for downlink traffic of the application; sending, by the wireless device to a base station, a first establishment request message for a first packet data unit, PDU, session associated with the first SST; receiving, by the wireless device from the base station, a first response message indicating, for the first PDU session, an internet protocol, IP, address; sending, by the wireless device to the base station, a second establishment request message for a second PDU session associated with the second SST, wherein the second establishment request message indicates that the second PDU session is associated with the first PDU session; and receiving, by the wireless device from the base station, a second response message indicating, for the second PDU session, the IP address. receiving, by a wireless device a service request indicating: a first slice service type, SST, for uplink traffic of an application; and a second SST for downlink traffic of the application; sending, by the wireless device to a base station, a first establishment request message for a first packet data unit, PDU, session associated with the first SST; receiving, by the wireless device from the base station, a first response message indicating, for the first PDU session, an internet protocol, IP, address; a first slice service type, SST, for uplink traffic of an application; and a second SST for downlink traffic of the application; sending, by the wireless device to a base station, a first establishment request message for a first packet data unit, PDU, session associated with the first SST; receiving, by the wireless device from the base station, a first response message indicating, for the first PDU session, an internet protocol, IP, address; sending, by the wireless device to the base station, a second establishment request message for a second PDU session associated with the second SST, wherein the second establishment request message indicates that the second PDU session is associated with the first PDU session; and receiving, by the wireless device from the base station, a second response message indicating, for the second PDU session, the IP address.
The compounds represented by general formula: or their stereoisomers, tautomers, pharmaceutically acceptable salts, wherein, R 1 is H, substituted or unsubstituted phenyl, or substituted or unsubstituted heteroaryl; A is a bond, or a C 1 -C 3 saturated straight-chain alkylene, or branched-chain or straight-chain alkenylene with 3 carbon atoms in the straight-chain part; R 2, R 3 are each independently hydrogen or methyl which is linked to any position of the spirocyclo-structure; both n and m are 1; B and D are each independently selected from the group consisting of-CH 2 CH 2 -, -CH 2 CH 2 CH 2 - and -CH 2 CH(CH 3)-; Y is independently selected from the group consisting of O, S, -S -, -SO 2 -, and -NR 4 -, in which R 4 represents H, C 1 -C 6 saturated or unsaturated alkyl, methyl or ethyl substituted by substituted or unsubstituted aryl or heteroaryl; and X - is pharmaceutically acceptable organic or inorganic anion. R 1 is H, substituted or unsubstituted phenyl, or substituted or unsubstituted heteroaryl; A is a bond, or a C 1 -C 3 saturated straight-chain alkylene, or branched-chain or straight-chain alkenylene with 3 carbon atoms in the straight-chain part; R 2, R 3 are each independently hydrogen or methyl which is linked to any position of the spirocyclo-structure; both n and m are 1; B and D are each independently selected from the group consisting of-CH 2 CH 2 -, -CH 2 CH 2 CH 2 - and -CH 2 CH(CH 3)-; Y is independently selected from the group consisting of O, S, -S -, -SO 2 -, and -NR 4 -, in which R 4 represents H, C 1 -C 6 saturated or unsaturated alkyl, methyl or ethyl substituted by substituted or unsubstituted aryl or heteroaryl; and X - is pharmaceutically acceptable organic or inorganic anion.
A cold-rolling facility for cold-rolling a steel sheet from a steel sheet coil comprising: a pay-off reel (4, 24) where the steel sheet is unwound from the steel sheet coil; a single-stand reverse rolling mill (1, 21); a coil leading end-side tension reel (2, 22); a coil tail end-side tension reel (3, 23); a heater; and a deflector roll; wherein the reverse rolling mill (1, 21) is disposed at the center; across the reverse rolling mill (1, 21), the coil leading end-side tension reel (2, 22) is disposed on one side, and the coil tail end-side tension reel (3, 23) and the pay-off reel (4, 24) are disposed on the other side; the deflector roll is disposed between the reverse rolling mill (1, 21) and the coil tail end-side tension reel (3, 23); the heater is disposed between the coil tail end-side tension reel (3, 23) and the deflector roll, and heating a tail end portion (8, 27) of the steel sheet from the steel sheet coil; wherein there is a deviation between a pass line used at the time of unwinding from the pay-off reel (4, 24) and a pass line of a steel sheet between the coil tail end-side tension reel (3, 23) and the reverse rolling mill (1, 21); and wherein the heater is kept clear of the pass line where the steel sheet coil is unwound from the pay-off reel (4, 24). a pay-off reel (4, 24) where the steel sheet is unwound from the steel sheet coil; a single-stand reverse rolling mill (1, 21); a coil leading end-side tension reel (2, 22); a coil tail end-side tension reel (3, 23); a heater; and a deflector roll; wherein the reverse rolling mill (1, 21) is disposed at the center; across the reverse rolling mill (1, 21), the coil leading end-side tension reel (2, 22) is disposed on one side, and the coil tail end-side tension reel (3, 23) and the pay-off reel (4, 24) are disposed on the other side; the deflector roll is disposed between the reverse rolling mill (1, 21) and the coil tail end-side tension reel (3, 23); the heater is disposed between the coil tail end-side tension reel (3, 23) and the deflector roll, and heating a tail end portion (8, 27) of the steel sheet from the steel sheet coil; wherein there is a deviation between a pass line used at the time of unwinding from the pay-off reel (4, 24) and a pass line of a steel sheet between the coil tail end-side tension reel (3, 23) and the reverse rolling mill (1, 21); and wherein the heater is kept clear of the pass line where the steel sheet coil is unwound from the pay-off reel (4, 24).
Capacitive switching apparatus for converting a manual or mechanical feed movement into an electrical switching signal by means of which an electrical device is controlled, consisting of: - a housing, in which a receiving opening is incorporated, - a touch screen arranged in the receiving opening of the housing and surrounded on the outside by an electrically insulating cover plate and on the inside by a display, - wherein the cover plate, the touch screen and the display form an assembly which is axially movably mounted in the receiving opening of the housing, - wherein the touch screen and the display have at least one capacitively operated button which is switched when a human finger or a mechanical feed member approaches, - and an evaluation device electrically coupled to the relevant button, by means of which device a switching signal corresponding to the relevant button is generated when the electrical field changes, wherein an elastically deformable tube is inserted between the cover plate and the housing, said tube including at least one hollow chamber, and wherein a medium is provided in the at least one hollow chamber of the tube, characterized in that at least one opening is incorporated into the tube, into which opening a pressure sensor is inserted, or in that a pressure sensor is arranged in each of the at least one hollow chambers in such a way that the relevant pressure sensor detects the pressure fluctuations of the medium in the relevant hollow chamber and forwards said pressure fluctuations to the evaluation device for the physical calculation of the pressure state in the interior of the tube. - a housing, in which a receiving opening is incorporated, - a touch screen arranged in the receiving opening of the housing and surrounded on the outside by an electrically insulating cover plate and on the inside by a display, - wherein the cover plate, the touch screen and the display form an assembly which is axially movably mounted in the receiving opening of the housing, - wherein the touch screen and the display have at least one capacitively operated button which is switched when a human finger or a mechanical feed member approaches, - and an evaluation device electrically coupled to the relevant button, by means of which device a switching signal corresponding to the relevant button is generated when the electrical field changes, an elastically deformable tube is inserted between the cover plate and the housing, said tube including at least one hollow chamber, and wherein a medium is provided in the at least one hollow chamber of the tube, characterized in that at least one opening is incorporated into the tube, into which opening a pressure sensor is inserted, or in that a pressure sensor is arranged in each of the at least one hollow chambers in such a way that the relevant pressure sensor detects the pressure fluctuations of the medium in the relevant hollow chamber and forwards said pressure fluctuations to the evaluation device for the physical calculation of the pressure state in the interior of the tube.
Device for regulating the air flow rate in a ventilation device, comprising an independently operating valve which is provided in an air passage duct of the ventilation device and which automatically adjusts the air passage opening as a function of the pressure difference between the inlet and the outlet of the air passage duct, wherein the flap is deformable at a first deformation point up to a maximum deformation when the pressure difference increases, characterized in that, after deformation at the first deformation point, the flap is further deformable up to a maximum deformation at a second deformation point.
A non-contacting torque sensor comprising: a magnetic flux generating rotor; a first stator and a second stator; and a magnetic flux detecting probe; the magnetic flux generating rotor having a radially outboard surface and plurality of N pole magnets and S pole magnets alternatingly disposed proximate the radially outboard surface; each stator having a plurality of stator teeth; the magnetic flux detecting probe disposed at a distance from the radially outboard surface and configured for detecting variations in magnetic flux produced by the magnetic flux generating rotor to detect a change of a relative twist between the magnetic flux generating rotor and the first stator and second stator; the magnetic flux generating rotor is disposed axially between the first stator and the second stator; each one of said plurality of stator teeth corresponds to a unique one of said plurality of N pole magnets and S pole magnets; characterized in that: the plurality of N pole magnets and S pole magnets are injection molded magnets, each of the plurality of N pole magnets and S pole magnets includes an inner section and an outer section, the inner section being disposed radially inward from the outer section and the outer section being disposed radially outward from the inner section; and wherein the inner section has an inner section length in a circumferential direction, wherein the outer section has an outer section length in the circumferential direction, and wherein the inner section length is greater than the outer section length. a magnetic flux generating rotor; a first stator and a second stator; and a magnetic flux detecting probe; the magnetic flux generating rotor having a radially outboard surface and plurality of N pole magnets and S pole magnets alternatingly disposed proximate the radially outboard surface; each stator having a plurality of stator teeth; the magnetic flux detecting probe disposed at a distance from the radially outboard surface and configured for detecting variations in magnetic flux produced by the magnetic flux generating rotor to detect a change of a relative twist between the magnetic flux generating rotor and the first stator and second stator; the magnetic flux generating rotor is disposed axially between the first stator and the second stator; each one of said plurality of stator teeth corresponds to a unique one of said plurality of N pole magnets and S pole magnets; the plurality of N pole magnets and S pole magnets are injection molded magnets, each of the plurality of N pole magnets and S pole magnets includes an inner section and an outer section, the inner section being disposed radially inward from the outer section and the outer section being disposed radially outward from the inner section; and wherein the inner section has an inner section length in a circumferential direction, wherein the outer section has an outer section length in the circumferential direction, and wherein the inner section length is greater than the outer section length.
Handle assembly for a door or window or the like having a defined thickness, comprising - a handle suitable for installation on one side of the door or window and a second element, for example a second handle, suitable to be mounted on an opposite side of the door or window; - a pin element having a main extension along a pin rotation axis and suitable to penetrate the door or window in a hole made in the door or window, said pin element comprising a left end and a right end, each insertable in the handle or in the second element at a variable depth, said pin element being rotatable around the pin rotation axis upon force exerted on the handle; - a friction reducing group (5, 6) configured to reduce the friction generated by the rotating movement of the handle, said friction reducing group (5, 6) being suitable to be coaxially arranged on the pin element and being suitable to be positioned at least between the handle and the door or window in the axial direction of the pin rotation axis; said handle assembly comprising clamping means (7, 8, 9, 71, 81) configured to constrain the handle and/or the second element on the pin element at adjustable distances along the axial direction according to the thickness of the door or window, so that when the handle assembly is installed on the door or window, an axial clamping pressure of the handle and the second element is maintained on the respective side of the door or window (11, 12); characterized in that said handle assembly is without a backplate. - a handle suitable for installation on one side of the door or window and a second element, for example a second handle, suitable to be mounted on an opposite side of the door or window; - a pin element having a main extension along a pin rotation axis and suitable to penetrate the door or window in a hole made in the door or window, said pin element comprising a left end and a right end, each insertable in the handle or in the second element at a variable depth, said pin element being rotatable around the pin rotation axis upon force exerted on the handle; - a friction reducing group (5, 6) configured to reduce the friction generated by the rotating movement of the handle, said friction reducing group (5, 6) being suitable to be coaxially arranged on the pin element and being suitable to be positioned at least between the handle and the door or window in the axial direction of the pin rotation axis;