mhurhangee/patent-ind-claim-en huggingface dataset:
Method for operating at least one driver assistance system of a motor vehicle , configured for automatic longitudinal guidance of a motor vehicle , in particular an ACC system, wherein the motor vehicle further has a front sensor system comprising in particular at least one radar sensor and/or at least one laser scanner for detecting a preceding road user , at least partially also in adjacent lanes , the sensor data of which is provided to the driver assistance system , characterised in that , during active automatic longitudinal guidance and on detecting a slower preceding road user driving in a lane adjacent to the current lane of the motor vehicle , by evaluating the sensor data an overtaking time duration is calculated taking into account at least the current speed difference between the maximum permissible speed of said motor vehicle in the context of the longitudinal control without taking into account the detected road user and the measured speed of the detected road user , wherein when a maximum permissible overtaking time is exceeded, a longitudinal adjustment is made to a preset separation to the detected road user through the overtaking time duration as a safety condition.
A synchronization method applied to a synchronization apparatus comprising a loop filter, wherein the method comprises: obtaining a first timestamp difference of a packet on a target link, wherein the first timestamp difference is a difference between a sending timestamp and a receiving timestamp of the packet at a first moment; performing packet selection based on the first timestamp difference to obtain a second timestamp difference; obtaining a delay prediction value of the target link at the first moment, and compensating for the second timestamp difference based on the delay prediction value to obtain a compensated timestamp difference; and performing time and/or clock synchronization based on the compensated timestamp difference, wherein the performing time and/or clock synchronization based on the compensated timestamp difference comprises: performing loop filtering on the compensated timestamp difference by using the loop filter to obtain a second loop filtering result; performing direct digital frequency synthesis on the second loop filtering result to obtain a second frequency and/or phase adjustment value; and performing time and/or clock synchronization based on the second frequency and/or phase adjustment value. obtaining a first timestamp difference of a packet on a target link, wherein the first timestamp difference is a difference between a sending timestamp and a receiving timestamp of the packet at a first moment; performing packet selection based on the first timestamp difference to obtain a second timestamp difference; obtaining a delay prediction value of the target link at the first moment, and compensating for the second timestamp difference based on the delay prediction value to obtain a compensated timestamp difference; and performing time and/or clock synchronization based on the compensated timestamp difference, wherein the performing time and/or clock synchronization based on the compensated timestamp difference comprises: performing loop filtering on the compensated timestamp difference by using the loop filter to obtain a second loop filtering result; performing direct digital frequency synthesis on the second loop filtering result to obtain a second frequency and/or phase adjustment value; and performing time and/or clock synchronization based on the second frequency and/or phase adjustment value. performing loop filtering on the compensated timestamp difference by using the loop filter to obtain a second loop filtering result; performing direct digital frequency synthesis on the second loop filtering result to obtain a second frequency and/or phase adjustment value; and performing time and/or clock synchronization based on the second frequency and/or phase adjustment value.
A pipetting unit , comprising a housing with two parallel flat surfaces with a maximal distance of 17.5 mm between them , wherein the housing comprises a Z-shaft by surrounding it and a Z-shaft guiding, wherein the Z-shaft guiding comprises two L-bearings with spring loaded counter bearings for pushing the Z-shaft with a first outer surface towards a first longitudinal end of the housing , wherein the outer surface of the Z-shaft opposite the first outer surface is toothed; and wherein the housing further comprises a Z drive motor gear unit with a Z-drive and a Z-drive gear wheel which engages with its teeth into the toothed surface of the Z-shaft for moving the Z-shaft upwards and downwards; and wherein the housing further comprises a Y-drive comprising a Y-drive gear wheel which is mounted to a Y-drive motor shaft, wherein the Y-drive gear wheel is arranged next to an opening in the housing for engaging into a toothed Y-drive gear rack .
A bag (20', 20") comprising a tubular body with a top open end and a bottom closed end, the tubular body having a hooking section and a disposal section , the tubular body having a larger open diameter at the top open end and a narrower open diameter adjacent to the bottom closed end, and the tubular body in a flattened two-fold condition having a pair of side edges extending from a top edge to a bottom edge , the top edge delimiting the top open end, the bottom edge delimiting the bottom closed end, wherein the pair of side edges are generally parallel to one another from the top edge to the bottom edge , and wherein at least one weld seam causes an inner narrowing of the disposal section so that a flattened two-fold width WA of the larger open diameter is larger than a flattened two-fold width WC of the narrower open diameter, and wherein the bag (20', 20") further comprises a flap adjacent to the at least one weld seam , the flap formed to the exterior of the weld seam . a tubular body with a top open end and a bottom closed end, the tubular body having a hooking section and a disposal section , the tubular body having a larger open diameter at the top open end and a narrower open diameter adjacent to the bottom closed end, and the tubular body in a flattened two-fold condition having a pair of side edges extending from a top edge to a bottom edge , the top edge delimiting the top open end, the bottom edge delimiting the bottom closed end, wherein the pair of side edges are generally parallel to one another from the top edge to the bottom edge , and wherein at least one weld seam causes an inner narrowing of the disposal section so that a flattened two-fold width WA of the larger open diameter is larger than a flattened two-fold width WC of the narrower open diameter, and wherein the bag (20', 20") further comprises a flap adjacent to the at least one weld seam , the flap formed to the exterior of the weld seam .
A pharmaceutical composition comprising a synergic combination consisting of: i. S-Ketorolac tromethamine, ii. gabapentin or a pharmaceutically acceptable salt thereof, and iii. a pharmaceutically acceptable vehicle and/or excipient, formulated in a single dosing unit for oral administration in mammals; characterized in that the S-ketorolac tromethamine is present in the composition in an amount of 0.316 mg/kg and the gabapentin or pharmaceutically acceptable salt thereof is present in the composition in an amount of 31.6 mg/kg. i. S-Ketorolac tromethamine, ii. gabapentin or a pharmaceutically acceptable salt thereof, and iii. a pharmaceutically acceptable vehicle and/or excipient,
Process for producing cumene and/or sec-butylbenzene comprising contacting benzene with a mixed olefins stream comprising ethylene and an alkylation agent in the presence of a selective alkylation catalyst under selective alkylation conditions, wherein the alkylation agent is propylene and/or butylene and wherein said selective alkylation catalyst comprises a zeolite of the 12-ring structure type having a 3D cage structure and the selective alkylation conditions comprise a weight hourly space velocity of at least 10 h -1 , a pressure of 1000-5000 kPa and a temperature of 100-250 °C.
A spoke for use in connection with a wheel, the spoke comprising: a. a braided fiber having a first end and a second end, b. a rod having a first end and a second end, whereby the first end of the rod is threaded; characterized in that the second end of the rod is disposed inside the first end of the braided fiber and fastened to the inside of the first end of the braided fiber by a frictional force created when the first end of the rod is pulled in a direction opposite the second end of the braided fiber. a. a braided fiber having a first end and a second end, b. a rod having a first end and a second end, whereby the first end of the rod is threaded;
A vapour provision device comprising a vaporiser for generating a vapour from a vapour precursor material for inhalation by a user; wherein the device has a length L along a length direction, a thickness T along a thickness direction which is orthogonal to the length direction, and a width W along a width direction which is perpendicular to both the length direction and the thickness direction, wherein the width W and length L are both at least twice the thickness T, and wherein a minimum radius of curvature R for a peripheral edge of the device in a plane perpendicular to the thickness direction is at least 0.1 times the width W, wherein an outer surface of the device is provided with at least one depression , characterized in that said depression has a depth at its deepest part of between 1 mm and 5 mm and a width of between 0.2W and 0.8W.
A renal neuromodulation system for partial or complete incapacitation or other effective disruption of nerves innervating the kidneys, the system comprising: a treatment device including a therapeutic element , wherein the therapeutic element is configured for being positioned within the renal pelvic anatomy, wherein the therapeutic element is configured for having a low-profile configuration in a delivery state and for having an expanded configuration in a deployed state. a treatment device including a therapeutic element , wherein the therapeutic element is configured for being positioned within the renal pelvic anatomy, wherein the therapeutic element is configured for having a low-profile configuration in a delivery state and for having an expanded configuration in a deployed state.
A method of manufacturing a rubber rolled member (R), comprising the steps of: 2); forming a first rubber layer (R12) by a first pair of rolling rollers (1, forming a second rubber layer (R22) by a second pair of rolling rollers (2, 3; 3, 4); and layering the first rubber layer (R11) and the second rubber layer (R22) together to manufacture a rubber rolled member (R); at least one independently supplied thread (S) being inserted between the first rubber layer (R12) and the second number layer (R22), and the thread (S) being embedded in the longitudinal direction of the rubber rolled member (R), wherein a breaking strength of the thread (S) is 100 N or less and a cord density of the thread (S) is 5 strands/50 mm or less. 2); forming a first rubber layer (R12) by a first pair of rolling rollers (1, forming a second rubber layer (R22) by a second pair of rolling rollers (2, 3; 3, 4); and layering the first rubber layer (R11) and the second rubber layer (R22) together to manufacture a rubber rolled member (R); at least one independently supplied thread (S) being inserted between the first rubber layer (R12) and the second number layer (R22), and the thread (S) being embedded in the longitudinal direction of the rubber rolled member (R), wherein a breaking strength of the thread (S) is 100 N or less and a cord density of the thread (S) is 5 strands/50 mm or less.
An assay plate comprising: a body having a plurality of reservoirs formed therein, the reservoirs shaped and aligned in the body in an orientation to induce drainage of fluids contained therein in a desired direction towards a single plane or a single point, wherein the reservoirs each have a spout portion , the spout portion having a vertex directed toward the single plane or the single point, characterized in that the reservoirs have a downwardly tapered frustoconical portion adjacent to the spout portion , the frustoconical portion having a frustrum forming a base of the reservoir .
A process for the preparation of at least one polyarylether comprising: reacting polyarylether forming reactants in a reactor solution, said reaction solution comprising at least one polar aprotic solvent and the polyarylether forming reactants with removing of water in the absence of azeotrope forming cosolvent and adding fresh polar aprotic solvent to the reactor solution during the reaction, wherein the polar aprotic solvent is dimethylacetamide, N-methylpyrrolidone, dimethylsulfoxide, diphenylsulfone, or any combinations thereof. reacting polyarylether forming reactants in a reactor solution, said reaction solution comprising at least one polar aprotic solvent and the polyarylether forming reactants with removing of water in the absence of azeotrope forming cosolvent and adding fresh polar aprotic solvent to the reactor solution during the reaction, wherein the polar aprotic solvent is dimethylacetamide, N-methylpyrrolidone, dimethylsulfoxide, diphenylsulfone, or any combinations thereof.
An accelerator composition for curing polyfunctional isocyanates with epoxy resins comprising (a) a boron trichloride-amine complex, and (b) a quaternary ammonium or phosphonium halide. (a) a boron trichloride-amine complex, and (b) a quaternary ammonium or phosphonium halide.
A traction machine , comprising traction pulleys , traction ropes driven by the traction pulleys and fixed pulleys for changing directions of the traction ropes ; characterized in that the fixed pulley is provided with a sensor sensing member rotating with the fixed pulley , a traction machine sensor is arranged beside the fixed pulley ; the traction machine sensor is configured to detect a rotation speed of the sensor sensing member , and send the rotation speed to a controller of the traction machine ; the controller controls a rotation of the traction pulley according to detected data of the traction machine sensor .
An image recording device comprising: a feed unit that feeds a recording medium (S), a transport unit that, by rotating a first drive roller and a second drive roller across which the recording medium (S) is stretched, transports the recording medium (S) fed from the feed unit from the first drive roller to the second drive roller , a support member that supports the recording medium (S) between the first drive roller and the second drive roller , a recording unit that ejects a liquid on the recording medium (S) supported on the support member and records an image, a detection unit (S34) that detects tension of the recording medium (S) moving toward the second drive roller away from the support member , a take up unit that takes up the recording medium (S) from the second drive roller , and a control unit that adjusts a tension of the recording medium (S) from the first drive roller to the second drive roller by controlling the torque of the second drive roller based on the tension of the recording medium (S) detected by the detection unit (S34). a feed unit that feeds a recording medium (S), a transport unit that, by rotating a first drive roller and a second drive roller across which the recording medium (S) is stretched, transports the recording medium (S) fed from the feed unit from the first drive roller to the second drive roller , a support member that supports the recording medium (S) between the first drive roller and the second drive roller , a recording unit that ejects a liquid on the recording medium (S) supported on the support member and records an image, a detection unit (S34) that detects tension of the recording medium (S) moving toward the second drive roller away from the support member , a take up unit that takes up the recording medium (S) from the second drive roller , and a control unit that adjusts a tension of the recording medium (S) from the first drive roller to the second drive roller by controlling the torque of the second drive roller based on the tension of the recording medium (S) detected by the detection unit (S34).
A multi-stage embolic device for use in treating a vascular disorder, the multi-stage embolic device comprising: a first embolic device ; a second embolic device different from the first embolic device ; a hook and loop interconnect element joining the first and second embolic devices permitting relative positioning of each embolic device while they remain joined together; and a nitinol coil disposed over the hook and loop interconnect element and adhered to the first embolic device and the second embolic device, wherein at least one of the first and second embolic devices comprises a series of alternating narrow portions and link portions , each link portion circumscribing an opening in at least one plane, and wherein each of the first embolic device and the second embolic device comprises at least one of a coil, a flat sheet, a thin film, or combinations thereof. a first embolic device ; a second embolic device different from the first embolic device ; a hook and loop interconnect element joining the first and second embolic devices permitting relative positioning of each embolic device while they remain joined together; and a nitinol coil disposed over the hook and loop interconnect element and adhered to the first embolic device and the second embolic device, wherein at least one of the first and second embolic devices comprises a series of alternating narrow portions and link portions , each link portion circumscribing an opening in at least one plane, and wherein each of the first embolic device and the second embolic device comprises at least one of a coil, a flat sheet, a thin film, or combinations thereof.
A combustion liner comprising: a generally annular body having thickness, an inlet end , and an opposing outlet end, the generally annular body having an inner surface and an opposing outer surface. the outer surface having a contoured profile proximate the inlet end such that the outer surface comprises a first outer surface and a second outer surface with the first outer surface located radially outward of the second outer surface and a first chamfer extending from the first outer surface to the inlet end ; and, a coating applied to the inner surface , where the coating comprises a bond coating and a ceramic top coating , the combustion liner being characterised in at least a portion of the coating proximate the inlet end having a second chamfer thereby tapering a coating thickness towards the inlet end .
An apparatus for sealing the top of a package for a food product, the apparatus comprising: a pair of oppositely disposed first and second sealing jaws configured for reversibly engaging each other over the top of the package ; at least one wedge on the first sealing jaw configured for contacting a first top portion of the package to form a first gable panel ; a key on the second sealing jaw configured for contacting a second top portion of the package to form a second gable panel ; at least one lug on the key ; characterized in that : the lug is configured for reducing skewing of the package prior to sealing; and in that it comprises a rubber dolly on either the first or the second seling jaw , the rubber dolly and the sealing jaw opposing the rubber dolly being configured to form and seal a fin between the rubber dolly and the opposing sealing jaw thereby sealing the top of the package . a pair of oppositely disposed first and second sealing jaws configured for reversibly engaging each other over the top of the package ; at least one wedge on the first sealing jaw configured for contacting a first top portion of the package to form a first gable panel ; a key on the second sealing jaw configured for contacting a second top portion of the package to form a second gable panel ; at least one lug on the key ; characterized in that : the lug is configured for reducing skewing of the package prior to sealing; and in that it comprises a rubber dolly on either the first or the second seling jaw , the rubber dolly and the sealing jaw opposing the rubber dolly being configured to form and seal a fin between the rubber dolly and the opposing sealing jaw thereby sealing the top of the package . the lug is configured for reducing skewing of the package prior to sealing; and in that it comprises a rubber dolly on either the first or the second seling jaw , the rubber dolly and the sealing jaw opposing the rubber dolly being configured to form and seal a fin between the rubber dolly and the opposing sealing jaw thereby sealing the top of the package .
Method for creating security elements containing foil on security documents with hot stamping, wherein a first foil is applied to a security document using hot stamping, and onto that a second foil that partially overlaps it is also applied with hot stamping, and optionally one or more further foils partially overlapping at least one of the previous foils are also applied using hot stamping, characterized in that the register precision, meaning the tolerance limit with which the two or more foils are positioned with respect to each other, used during the method is +/- 0.4 mm.
Friction ring-type transmission for a vehicle operable by motor power and/or pedal power, in particular for an electric bicycle with an electric motor , comprising: - a crankshaft for pedal cranks , and - an inner friction ring and an outer friction ring and at least one rotatable double conical roller which is arranged on a roller carrier and which is in frictional engagement with the inner friction ring and the outer friction ring , characterized in that - the friction ring-type transmission is arranged coaxially around the crankshaft , wherein - the friction ring-type transmission has a housing which at least partially surrounds the friction ring-type transmission and which does not revolve during the operation of the friction ring-type transmission , wherein - the friction ring-type transmission has, for its transmission ratio, an adjusting device which is movable substantially along an at least approximately straight adjustment path running in the housing , by means of which adjusting device the roller carrier is axially displaceable in relation to the friction rings , wherein the adjusting device runs through the housing and has no adjusting thread, wherein - the adjusting device runs non-coaxially with respect to the friction ring-type transmission. - a crankshaft for pedal cranks , and - an inner friction ring and an outer friction ring and at least one rotatable double conical roller which is arranged on a roller carrier and which is in frictional engagement with the inner friction ring and the outer friction ring , - the friction ring-type transmission is arranged coaxially around the crankshaft , wherein - the friction ring-type transmission has a housing which at least partially surrounds the friction ring-type transmission and which does not revolve during the operation of the friction ring-type transmission , wherein - the friction ring-type transmission has, for its transmission ratio, an adjusting device which is movable substantially along an at least approximately straight adjustment path running in the housing , by means of which adjusting device the roller carrier is axially displaceable in relation to the friction rings , wherein the adjusting device runs through the housing and has no adjusting thread, wherein - the adjusting device runs non-coaxially with respect to the friction ring-type transmission.