mhurhangee/ep-ind-claims huggingface dataset:
A vehicle starter, comprising: an electric motor and a transmission mechanism having: a speed reducer connected to an output shaft (5.1) of the electric motor; an overrunning clutch connected to the speed reducer, the overrunning clutch having a driving part, a driven part and a movement transmitting element provided between the driving and driven parts for achieving transmission of a one-way movement therebetween; and an output shaft connected to the overrunning clutch, wherein the transmission mechanism further comprises a transmission carrier, the overrunning clutch is connected to the speed reducer via the transmission carrier in such a way that rotational movement is able to transmit only from the speed reducer to the overrunning clutch, the driving part of the overrunning clutch is mounted in the transmission carrier with radial or circumferential play, and the transmission carrier is mounted on the output shaft (5.1) of the electric motor, wherein the driving part of the overrunning clutch has a projection (2.2) in axial direction, the transmission carrier has a receiving slot (12.3) in axial direction, and the projection (2.2) is mounted in axial direction in the receiving slot (12.3) with radial or circumferential play or wherein the driving part of the overrunning clutch has a receiving slot in axial direction, the transmission carrier has a projection in axial direction, and the projection is mounted in axial direction in the receiving slot with radial or circumferential play. a speed reducer connected to an output shaft (5.1) of the electric motor; an overrunning clutch connected to the speed reducer, the overrunning clutch having a driving part, a driven part and a movement transmitting element provided between the driving and driven parts for achieving transmission of a one-way movement therebetween; and an output shaft connected to the overrunning clutch, wherein the transmission mechanism further comprises a transmission carrier, the overrunning clutch is connected to the speed reducer via the transmission carrier in such a way that rotational movement is able to transmit only from the speed reducer to the overrunning clutch, the driving part of the overrunning clutch is mounted in the transmission carrier with radial or circumferential play, and the transmission carrier is mounted on the output shaft (5.1) of the electric motor, wherein the driving part of the overrunning clutch has a projection (2.2) in axial direction, the transmission carrier has a receiving slot (12.3) in axial direction, and the projection (2.2) is mounted in axial direction in the receiving slot (12.3) with radial or circumferential play or wherein the driving part of the overrunning clutch has a receiving slot in axial direction, the transmission carrier has a projection in axial direction, and the projection is mounted in axial direction in the receiving slot with radial or circumferential play.
A video image encoding method comprising: binarizing a chrominance prediction mode of an image block of a to-be-encoded image to obtain a bit string, the bit string including at least three adjacent bits, the to-be-encoded image being permitted to use either one of an inter-component linear model, CCLM, and a regular intra-frame chrominance prediction mode, the CCLM including at least a first mode, a second mode, and a third mode, the regular intra-frame chrominance prediction mode being other intra-frame chrominance prediction modes except the CCLM; and generating a bitstream comprising the bit string; characterized in that if the first bit of the three adjacent bits is used to indicate that the CCLM is used and the second bit is used to indicate that the second mode or the third mode of the CCLM is used, and the third bit satisfies a first value, the third bit is used to indicate that the second mode of the CCLM is used; if the first bit of the three adjacent bits is used to indicate that the CCLM is used and the second bit is used to indicate that the second mode or the third mode of the CCLM is used, and the third bit satisfies a second value, the third bit is used to indicate that the third mode of the CCLM is used; and the method further comprises using mutually independent probability models to respectively encode the second bit and the third bit so that second bit and the third bit can be encoded in parallel. binarizing a chrominance prediction mode of an image block of a to-be-encoded image to obtain a bit string, the bit string including at least three adjacent bits, the to-be-encoded image being permitted to use either one of an inter-component linear model, CCLM, and a regular intra-frame chrominance prediction mode, the CCLM including at least a first mode, a second mode, and a third mode, the regular intra-frame chrominance prediction mode being other intra-frame chrominance prediction modes except the CCLM; and generating a bitstream comprising the bit string; characterized in that if the first bit of the three adjacent bits is used to indicate that the CCLM is used and the second bit is used to indicate that the second mode or the third mode of the CCLM is used, and the third bit satisfies a first value, the third bit is used to indicate that the second mode of the CCLM is used; if the first bit of the three adjacent bits is used to indicate that the CCLM is used and the second bit is used to indicate that the second mode or the third mode of the CCLM is used, and the third bit satisfies a second value, the third bit is used to indicate that the third mode of the CCLM is used; and the method further comprises using mutually independent probability models to respectively encode the second bit and the third bit so that second bit and the third bit can be encoded in parallel.
In a process of making bioderived propylene glycol by reacting a feed composition including at least one of lactic acid, glycerol, a five carbon sugar, a five carbon sugar alcohol, a six carbon sugar and a six carbon sugar alcohol with hydrogen, comprising the steps (i) selecting a suitable catalyst and conditions effective for carrying out the reaction other than pH; (ii) initially establishing a target value for the pH which substantially realizes the highest conversion for said catalyst under the selected conditions with the production of substantially no pentanediol byproducts in the product mixture; (iii) initiating the reaction; and (iv) adding base as needed after initiation of the reaction to control the process pH proximate to the initially targeted value. (i) selecting a suitable catalyst and conditions effective for carrying out the reaction other than pH; (ii) initially establishing a target value for the pH which substantially realizes the highest conversion for said catalyst under the selected conditions with the production of substantially no pentanediol byproducts in the product mixture; (iii) initiating the reaction; and (iv) adding base as needed after initiation of the reaction to control the process pH proximate to the initially targeted value.
A method of analyzing pulses from a capillary flow cytometer in which particles in a fluid pass through an excitation volume of an electromagnetic radiation and interact with the electromagnetic radiation to generate signals in the form of pulses, the method comprising the steps of: generating a time-dependent pulse indicative of the characteristics of one or more particles passing through the excitation volume of the electromagnetic radiation in the capillary flow cytometer; determining a measurement window by selecting a portion of the pulse with a starting point and an ending point above a predetermined value; calculating a first derivative of the pulse with respect to time over the measurement window; calculating a velocity of the particle passing through the excitation volume by using the calculated first derivative; and correcting a measured value of the pulse portion using the calculated velocity of the particle. generating a time-dependent pulse indicative of the characteristics of one or more particles passing through the excitation volume of the electromagnetic radiation in the capillary flow cytometer; determining a measurement window by selecting a portion of the pulse with a starting point and an ending point above a predetermined value; calculating a first derivative of the pulse with respect to time over the measurement window; calculating a velocity of the particle passing through the excitation volume by using the calculated first derivative; and correcting a measured value of the pulse portion using the calculated velocity of the particle.
A method for operating a wind turbine erected in a body of water, comprising: (a) measuring vibrations of the wind turbine during operation; characterised by: b) identifying at least one periodic component of said measured vibrations, wherein said periodic component is associated with interaction of said body of water and said wind turbine, wherein identifying the at least one periodic component includes identifying a frequency, an incoming direction, a wavelength or a peak height of water waves interacting with the wind turbine; and (c) operating at least one controller of said wind turbine to control said wind turbine so that water-induced vibrations are reduced. (a) measuring vibrations of the wind turbine during operation; b) identifying at least one periodic component of said measured vibrations, wherein said periodic component is associated with interaction of said body of water and said wind turbine, wherein identifying the at least one periodic component includes identifying a frequency, an incoming direction, a wavelength or a peak height of water waves interacting with the wind turbine; and (c) operating at least one controller of said wind turbine to control said wind turbine so that water-induced vibrations are reduced.
A base station configured to operate as part of a dual connectivity configuration in which a control-plane connection for a user communication device is provided via the base station and at least one communication bearer between a core network and the user communication device is provided via at least a further base station, said base station comprising: means for obtaining an aggregate maximum bit rate, AMBR, specific to said user communication device and for obtaining information relating to a data rate required for said user communication device via said further base station; means for generating information identifying a bit rate specific to said further base station, for use in enforcement of an aggregate maximum data throughput for said user communication device via said further base station, wherein said bit rate specific to said further base station is generated based on: i) said AMBR specific to said user communication device; and ii) said obtained information relating to a data rate required for said user communication device via said further base station; and means for providing, to said further base station, said information identifying said bit rate specific to said further base station; wherein said information relating to the data rate for said user communication device via said further base station comprises at least one of: information of a data rate at said further base station for said user communication device relative to an AMBR applicable at said further base station for said user communication device, an indication of a data loss associated with said user communication device at said further base station, and information identifying a buffer status for said user communication device. means for obtaining an aggregate maximum bit rate, AMBR, specific to said user communication device and for obtaining information relating to a data rate required for said user communication device via said further base station; means for generating information identifying a bit rate specific to said further base station, for use in enforcement of an aggregate maximum data throughput for said user communication device via said further base station, wherein said bit rate specific to said further base station is generated based on: i) said AMBR specific to said user communication device; and ii) said obtained information relating to a data rate required for said user communication device via said further base station; and means for providing, to said further base station, said information identifying said bit rate specific to said further base station; wherein said information relating to the data rate for said user communication device via said further base station comprises at least one of: information of a data rate at said further base station for said user communication device relative to an AMBR applicable at said further base station for said user communication device, an indication of a data loss associated with said user communication device at said further base station, and information identifying a buffer status for said user communication device.
A handle assembly for a motor vehicle, comprising a handle body and a handle body cover, wherein the handle body has a handle region and a first and a second fastening region (30, 40), each comprising a fastening means (32, 42) with which the handle assembly can be fastened to a motor vehicle, and wherein the handle region of the handle body has a handle receiving space and at least one of the fastening regions (30, 40) has a fastening receiving space which is coupled to the handle receiving space, a printed circuit board module which is arranged in the handle receiving space and can be coupled to a control device via a line device, and at least one luminous module arranged in the fastening receiving space, characterized in that a rigid connecting means is arranged between the board module and the light module and couples the board module and the light module mechanically rigidly and electrically to each other.
A method of preparing a bioprosthetic heart valve comprising calcification-resistant tissue, the method comprising: providing fresh biological tissue; cross-linking the tissue, using a glutaraldehyde or formaldehyde aqueous solution, to produce fixed tissue; treating the fixed tissue with an alcohol for a time sufficient to allow the alcohol to be diffused into the tissue to produce alcohol-treated fixed tissue, wherein the alcohol is a C 1 to Cs aliphatic alcohol or a combination of C 1 to C 8 aliphatic alcohols; treating the alcohol-treated fixed tissue with a polyol for a time sufficient to allow fluid in the tissue to be replaced by the polyol to produce alcohol/polyol-treated fixed tissue, wherein the polyol is a C 1 to C 4 aliphatic diol or triol or a combination of C 1 to C 4 aliphatic diols or triols, and the polyol is in a solution with water or with a 0.9 wt% aqueous saline solution; and constructing the bioprosthetic heart valve comprising the alcohol/polyol-treated fixed tissue. providing fresh biological tissue; cross-linking the tissue, using a glutaraldehyde or formaldehyde aqueous solution, to produce fixed tissue; treating the fixed tissue with an alcohol for a time sufficient to allow the alcohol to be diffused into the tissue to produce alcohol-treated fixed tissue, wherein the alcohol is a C 1 to Cs aliphatic alcohol or a combination of C 1 to C 8 aliphatic alcohols; treating the alcohol-treated fixed tissue with a polyol for a time sufficient to allow fluid in the tissue to be replaced by the polyol to produce alcohol/polyol-treated fixed tissue, wherein the polyol is a C 1 to C 4 aliphatic diol or triol or a combination of C 1 to C 4 aliphatic diols or triols, and the polyol is in a solution with water or with a 0.9 wt% aqueous saline solution; and constructing the bioprosthetic heart valve comprising the alcohol/polyol-treated fixed tissue.
A method for detection of roll sensor bias, the method comprising: estimating a current position of a vehicle or its implement while the vehicle travels along a planned path; detecting a first roll angle with a roll sensor when the vehicle or its implement is at a corresponding first point of the planned path, based on the estimated current position of the vehicle or its implement, wherein the first point comprises a turn entrance point of a row end turn; detecting a second roll angle with the roll sensor when the vehicle or its implement is at a corresponding second point of the planned path, based on the estimated current position of the vehicle or its implement, wherein the second point comprises a turn exit point of a row end turn; determining a roll angle delta or difference between the first roll angle and the second roll angle; if the roll angle delta or difference is greater than a roll reference value, evaluate the roll angle delta or difference over an evaluation period that comprises multiple turns; if the roll angle delta or difference is greater than the roll reference value for equal to or greater than a target percentage threshold or target ratio for the evaluation period, designate the roll angle sensor for recalibration. estimating a current position of a vehicle or its implement while the vehicle travels along a planned path; detecting a first roll angle with a roll sensor when the vehicle or its implement is at a corresponding first point of the planned path, based on the estimated current position of the vehicle or its implement, wherein the first point comprises a turn entrance point of a row end turn; detecting a second roll angle with the roll sensor when the vehicle or its implement is at a corresponding second point of the planned path, based on the estimated current position of the vehicle or its implement, wherein the second point comprises a turn exit point of a row end turn; determining a roll angle delta or difference between the first roll angle and the second roll angle; if the roll angle delta or difference is greater than a roll reference value, evaluate the roll angle delta or difference over an evaluation period that comprises multiple turns; if the roll angle delta or difference is greater than the roll reference value for equal to or greater than a target percentage threshold or target ratio for the evaluation period, designate the roll angle sensor for recalibration.
A method for increasing the in vitro shelf-life of a purified recombinant human wild-type β-glucocerebrosidase in a formulation for parenteral administration to a human by contacting the β-glucocerebrosidase in a pharmaceutically acceptable carrier with isofagomine in an amount effective to increase the shelf-life of the purified β-glucocerebrosidase.
A method for manufacturing a semiconductor device comprising: a step of preparing a first structure including an adhesive laminate film having a heat-resistant resin layer, a flexible resin layer and an adhesive resin layer in this order, and a first semiconductor component adhered to the adhesive resin layer and having a first terminal; a step of performing solder reflow processing on the first structure in a state where the first semiconductor component is adhered to the adhesive resin layer; and a step of, after the step, peeling the heat-resistant resin layer from the adhesive laminate film, wherein a melting point of the heat-resistant resin layer is equal to or more than 200°C, or the heat-resistant resin layer has a decomposition temperature of equal to or more than 200°C, and wherein the flexible resin constituting the flexible resin layer contains one or more selected from the group consisting of a polyester elastomer, a polyamide elastomer, a polyimide elastomer, and a polybutylene terephthalate. a step of preparing a first structure including an adhesive laminate film having a heat-resistant resin layer, a flexible resin layer and an adhesive resin layer in this order, and a first semiconductor component adhered to the adhesive resin layer and having a first terminal; a step of performing solder reflow processing on the first structure in a state where the first semiconductor component is adhered to the adhesive resin layer; and a step of, after the step, peeling the heat-resistant resin layer from the adhesive laminate film, wherein a melting point of the heat-resistant resin layer is equal to or more than 200°C, or the heat-resistant resin layer has a decomposition temperature of equal to or more than 200°C, and wherein the flexible resin constituting the flexible resin layer contains one or more selected from the group consisting of a polyester elastomer, a polyamide elastomer, a polyimide elastomer, and a polybutylene terephthalate.
Height adjustment device of a motor vehicle seat, having a transverse pipe which can be rotatably supported with the two ends thereof which are constructed as a bearing region (9.1) in a hole of a seat member side frame, wherein two links whose lower end can be rotatably supported in each case on the vehicle structure are located on the transverse pipe in a rotationally secure and axially secured manner, wherein there is arranged between the bearing regions (9.1) a central region (9.2) of the transverse pipe which is larger in terms of diameter and the links each have a bearing hole, by means of which they rest on the bearing regions (9.1), wherein the links are axially secured to the transverse pipe in one direction at the side thereof facing away from the central region (9.2) by an adjacent bead, characterised in that between the central region (9.2) and the bearing regions (9.1) there is arranged a diameter step which is formed by a conical abutment face of the transverse pipe, against which a conical abutment shoulder which is formed in the bearing hole is in abutment so that the links are also axially secured to the transverse pipe in the other direction, wherein there is formed in the bearing hole at least one axial groove, into which, during the production process by means of cold-forming of the adjacent end of the central region (9.2), material for fixing the links in a rotationally secure manner to the transverse pipe has flowed.
A drilling apparatus comprising a housing, a rotatable shaft having a proximal end drivingly connectable with a rotary drilling string and a distal end drivingly connectable with a rotary drilling bit, and a fulcrum bearing assembly for rotatably supporting a length of the shaft within the housing while permitting the shaft to pivot within the housing at the bearing assembly, the housing having a proximal end adjacent or in proximity to the proximal end of the shaft and distal end adjacent or in proximity to the distal end of the shaft, the fulcrum bearing assembly comprising: (a) at least one row of spherical thrust bearings positioned at a first axial position within the housing; (b) at least one row of spherical thrust bearings positioned at a second axial position within the housing; and (c) at least one row of spherical radial bearings positioned at a third axial position within the housing, wherein the third axial position is located between the first axial position and the second axial position. (a) at least one row of spherical thrust bearings positioned at a first axial position within the housing; (b) at least one row of spherical thrust bearings positioned at a second axial position within the housing; and (c) at least one row of spherical radial bearings positioned at a third axial position within the housing, wherein the third axial position is located between the first axial position and the second axial position.