mhurhangee/patent-ind-claim-en huggingface dataset:
A method for managing voiceprint information, comprising: acquiring (S11, S21, S41, S51) a historical voice file generated by a call between a first user and a second user and stored in a system; executing (S12, S22, S42, S52) filtering processing on the historical voice file to obtain voice information of the first user; executing (S13, S23, S43, S53) text recognition processing on the voice information to obtain text information corresponding to the voice information; segmenting (S24) the text information into a plurality of pieces of sub-text information, including marking a start time and an end time of each piece of the sub-text information, wherein a piece of sub-text information is a phrase or sentence comprising a plurality of words; obtaining (S25) sub-voice information corresponding to each piece of the sub-text information by segmenting the voice information according to the start time and the end time of each piece of the sub-text information; and editing each pair of the sub-voice information and the corresponding sub-text information by: processing the sub-voice information into corresponding sub-voiceprint information, setting a file name for the sub-voiceprint information, and storing (S26, S34, S44) the sub-voiceprint information and the sub-text information, in association with a user identifier of the first user, as a respective piece of first reference voiceprint information of the first user. acquiring (S11, S21, S41, S51) a historical voice file generated by a call between a first user and a second user and stored in a system; executing (S12, S22, S42, S52) filtering processing on the historical voice file to obtain voice information of the first user; executing (S13, S23, S43, S53) text recognition processing on the voice information to obtain text information corresponding to the voice information; segmenting (S24) the text information into a plurality of pieces of sub-text information, including marking a start time and an end time of each piece of the sub-text information, wherein a piece of sub-text information is a phrase or sentence comprising a plurality of words; obtaining (S25) sub-voice information corresponding to each piece of the sub-text information by segmenting the voice information according to the start time and the end time of each piece of the sub-text information; and editing each pair of the sub-voice information and the corresponding sub-text information by: processing the sub-voice information into corresponding sub-voiceprint information, setting a file name for the sub-voiceprint information, and storing (S26, S34, S44) the sub-voiceprint information and the sub-text information, in association with a user identifier of the first user, as a respective piece of first reference voiceprint information of the first user.
A method for producing a structure for a semiconductor device comprising: - providing a base layer and a semiconductor film being arranged on the base layer , - introducing first dopants to the semiconductor film, - heating the semiconductor film at least in regions such that a contact layer and a defect layer are generated at least in regions, wherein - the contact layer and the defect layer are of a first conductivity type and the base layer is of a second conductivity type, - a concentration of the first dopants of the contact layer being activated is higher than a concentration of the first dopants of the defect layer being activated, wherein the heating comprises at least two heating steps wherein - after the introduction of the first dopants, a first heating step is applied to the semiconductor film, - after the first heating step, further first dopants are introduced to the semiconductor film, - after the introduction of the further first dopants, a second heating step is applied to the semiconductor film such that the defect layer is generated, - a temperature of the first heating step is higher than a temperature of the second heating step so that in the second heating step comparatively less further first dopants move from interstitial to substitutional lattice sides, and - the defect layer is provided between the contact layer and the base layer at least in regions. - providing a base layer and a semiconductor film being arranged on the base layer , - introducing first dopants to the semiconductor film, - heating the semiconductor film at least in regions such that a contact layer and a defect layer are generated at least in regions, wherein - the contact layer and the defect layer are of a first conductivity type and the base layer is of a second conductivity type, - a concentration of the first dopants of the contact layer being activated is higher than a concentration of the first dopants of the defect layer being activated, wherein the heating comprises at least two heating steps wherein - after the introduction of the first dopants, a first heating step is applied to the semiconductor film, - after the first heating step, further first dopants are introduced to the semiconductor film, - after the introduction of the further first dopants, a second heating step is applied to the semiconductor film such that the defect layer is generated, - a temperature of the first heating step is higher than a temperature of the second heating step so that in the second heating step comparatively less further first dopants move from interstitial to substitutional lattice sides, and - the defect layer is provided between the contact layer and the base layer at least in regions.
An arrangement for stabilizing a work machine, such as a forest work machine or another work machine, which comprises axled actual wheels, the arrangement comprising a bearing structure (B1) and a support arm (SA1), adapted vertically rotatably by means of the bearing structure to a frame (FR2) of the work machine and on the side of the outer end of the support arm a wheel hub (WB1), supported by the support arm, for an auxiliary wheel, and the auxiliary wheel (AW1), and that the arrangement further comprises a hydraulic actuator (HA1) to change the position of the wheel hub (WB1) and consequently also the auxiliary wheel (AW1), characterized in that the wheel hub (WB1) is supported by the support arm by means of a slide support structure (GS1) provided in connection with the wheel hub (WB1), to enable the auxiliary wheel (AW1) to move, supported by the support arm (SA1), in the direction of the support arm (SA1), and wherein the bearing structure (B1) enabling the vertical rotation of the support arm (SA1) is a planar vertical structure which comprises a chamber piece (P10) and in it a circularly symmetric chamber (B11) for a circularly symmetric base part (SA1B) comprised by the support arm (SA1), and in addition the planar vertical structure comprises a support plate structure (B12) to cover the chamber (B11).
A method for manufacturing metal powder comprising: melting at least a portion of a metal starting material in a reaction vessel by utilizing plasma so as to form and accumulate molten metal at a crucible part , which is the lower part of the reaction vessel ; evaporating the molten metal so as to produce a metal vapor; and transferring the metal vapor from the reaction vessel to a cooling tube together with a carrier gas supplied into the reaction vessel so as to cool the metal vapor, and condensing the metal vapor in the cooling tube , thereby producing said metal powder, wherein at least the crucible part is made of an oxide ceramic material, the method characterised by supplying an oxygen gas into the reaction vessel, wherein the flow rate of the oxygen gas is 1500 mL/min or less for a metal powder production rate of 1kg/hr. melting at least a portion of a metal starting material in a reaction vessel by utilizing plasma so as to form and accumulate molten metal at a crucible part , which is the lower part of the reaction vessel ; evaporating the molten metal so as to produce a metal vapor; and transferring the metal vapor from the reaction vessel to a cooling tube together with a carrier gas supplied into the reaction vessel so as to cool the metal vapor, and condensing the metal vapor in the cooling tube , thereby producing said metal powder, wherein at least the crucible part is made of an oxide ceramic material, the method characterised by supplying an oxygen gas into the reaction vessel, wherein the flow rate of the oxygen gas is 1500 mL/min or less for a metal powder production rate of 1kg/hr.
A method of calculating an optical system (OS) of an ophthalmic lens according to a given spectacle frame comprising the steps of: • providing geometrical data of the spectacle frame, wherein the geometrical data of the spectacle frame includes the curve C f of the front surface of the spectacle frame; • providing deformability data of the spectacle frame, • providing wearer data, • providing a surface curvature of a front face of the ophthalmic lens wherein the front surface base corresponds to a curve C 1 ; and • optimization of the optical system (OS) according to the list of the optimization criteria consisting of the geometrical and deformability data of the spectacle frame and the wearer data, so as to generate at least one optical surface different from the front surface of the lens characterized in that • the deformability data of the spectacle frame includes a deformability coefficient C d of the spectacle frame, wherein the deformability coefficient C d expressed in diopter and corresponding to the difference between the average tore of the spectacle frame when deformed and the average tore of the spectacle frame when not deformed, both expressed in refraction index of 1.53, and in that said method furthermore comprises • optimization of an edging parameter according to the list of the optimization criteria consisting of the geometrical and deformability data of the spectacle frame and the wearer data, wherein the edging parameter includes at least a calculated bevel respecting: | C b -C f |≤ C d , with C b the curve of the bevel. • providing geometrical data of the spectacle frame, wherein the geometrical data of the spectacle frame includes the curve C f of the front surface of the spectacle frame; • providing deformability data of the spectacle frame, • providing wearer data, • providing a surface curvature of a front face of the ophthalmic lens wherein the front surface base corresponds to a curve C 1 ; and • optimization of the optical system (OS) according to the list of the optimization criteria consisting of the geometrical and deformability data of the spectacle frame and the wearer data, so as to generate at least one optical surface different from the front surface of the lens characterized in that • the deformability data of the spectacle frame includes a deformability coefficient C d of the spectacle frame, wherein the deformability coefficient C d expressed in diopter and corresponding to the difference between the average tore of the spectacle frame when deformed and the average tore of the spectacle frame when not deformed, both expressed in refraction index of 1.53, and in that said method furthermore comprises • optimization of an edging parameter according to the list of the optimization criteria consisting of the geometrical and deformability data of the spectacle frame and the wearer data, wherein the edging parameter includes at least a calculated bevel respecting: | C b -C f |≤ C d , with C b the curve of the bevel.
A process for preparing 6-(4-bromo-2-fluorophenylamino)-7-fluoro-3-methyl-3H-benzoimidazole-5-carboxylic acid (2-hydroxyethyoxy)-amide: the process comprising the steps of: a) reacting a compound of Formula (I): with a suitable base followed by reacting with an acid to form an intermediate of Formula (V): and crystallizing the intermediate of Formula (V); and b) reacting said crystallized intermediate of Formula (V) with a compound of Formula (II): in the presence of a coupling agent and a proton source to provide a compound of Formula (III): or a hydrate thereof, wherein P 1 is t-butyl; c) deprotecting said compound of Formula (III) or a hydrate thereof with a suitable deprotecting reagent in a suitable polar aprotic solvent, followed by reacting the deprotected compound with a suitable base to provide Compound A. a) reacting a compound of Formula (I): with a suitable base followed by reacting with an acid to form an intermediate of Formula (V): and crystallizing the intermediate of Formula (V); and b) reacting said crystallized intermediate of Formula (V) with a compound of Formula (II): in the presence of a coupling agent and a proton source to provide a compound of Formula (III): or a hydrate thereof, wherein P 1 is t-butyl; c) deprotecting said compound of Formula (III) or a hydrate thereof with a suitable deprotecting reagent in a suitable polar aprotic solvent, followed by reacting the deprotected compound with a suitable base to provide Compound A.
A power machine having an engine , separately controllable left and right side tractive elements for affecting travel of the power machine , left and right drive motors configured to provide power to the left and right side tractive elements , the power machine comprising: a control system coupled to the engine and to the left and right drive motors , the control system configured to control application of power from the engine to the left and right drive motors to affect travel of the power machine; first and second user input devices manipulable by a user to be moved forward and rearward of a neutral position to respectively control application of power to the left and right drive motors and thereby to the left and right side tractive elements ; an electronic tag along engaging input device that activates a tag along mode of operation when actuated; and a controller coupled to the first and second user input devices and to the control system , characterised in that the controller is configured such that with both of the first and second user input devices manipulated into forward driving positions, the tag along mode is activated using the electronic tag along engaging input device, the controller controls the control system to maintain the power machine moving in the forward direction when one of the first and second user input devices is returned to the neutral position. a control system coupled to the engine and to the left and right drive motors , the control system configured to control application of power from the engine to the left and right drive motors to affect travel of the power machine; first and second user input devices manipulable by a user to be moved forward and rearward of a neutral position to respectively control application of power to the left and right drive motors and thereby to the left and right side tractive elements ; an electronic tag along engaging input device that activates a tag along mode of operation when actuated; and a controller coupled to the first and second user input devices and to the control system , characterised in that the controller is configured such that with both of the first and second user input devices manipulated into forward driving positions, the tag along mode is activated using the electronic tag along engaging input device, the controller controls the control system to maintain the power machine moving in the forward direction when one of the first and second user input devices is returned to the neutral position.
Fuel pump of a fuel injection equipment of an internal combustion engine, said pump comprising a camshaft rotating about a main axis (X) in a cambox and cooperating with a piston to reciprocally slide in a bore and alternatively vary the volume of a compression chamber defined in a pumping head, the camshaft comprising a shaft member and a cam member arranged between a rear bearing , registered in a recess of the housing of the cambox and, a front bearing registered in a through bore of a front plate fixed on said housing ; the cam being in an inner space (S) defined between said housing and said front plate , said cam having a peripheral outer face , a transverse front side next to the front bearing and a transverse rear side next to the rear bearing , wherein the cam member comprises a core fixed on the shaft and an outer sleeve arranged over the core , the piston cooperating with the outer face of said sleeve, the core being narrower than the sleeve so that an annular recess is defined on at least one side of the cam and, wherein the core and the outer sleeve define a front annular recess on the front side of the cam and, a rear annular recess on the rear side of the cam, wherein the cambox is further provided with a rear annular member surrounding the recess wherein is arranged the rear bearing , said rear annular member being integral to the housing and protruding in the inner space (S) and, characterised in that said rear annular member is engaged in the rear recess of the cam.
An electrostatic charge image developing toner comprising: a toner particle including a core portion containing a binder resin and a release agent that has a melting temperature Tm of 80°C or less, and a coating layer that coats the core portion and contains an amorphous polyester resin, wherein the toner particle has a cross section in which one or more and three or less domains of the release agent are present in the core portion, the one or more and three or less domains having a circle-equivalent diameter of 1 μm or more and 3 μm or less, the number of domains and the circle-equivalent diameter are measured according to the description, the toner particle has a volume average particle diameter, which is measured in accordance with the description, of 4.2 μm or more and 5.8 μm or less, and a ratio of a thickness of the coating layer to a maximum diameter of the toner particle is 1% or more and 25% or less in the cross section, which is measured in accordance with the description. a toner particle including a core portion containing a binder resin and a release agent that has a melting temperature Tm of 80°C or less, and a coating layer that coats the core portion and contains an amorphous polyester resin, wherein the toner particle has a cross section in which one or more and three or less domains of the release agent are present in the core portion, the one or more and three or less domains having a circle-equivalent diameter of 1 μm or more and 3 μm or less, the number of domains and the circle-equivalent diameter are measured according to the description, the toner particle has a volume average particle diameter, which is measured in accordance with the description, of 4.2 μm or more and 5.8 μm or less, and a ratio of a thickness of the coating layer to a maximum diameter of the toner particle is 1% or more and 25% or less in the cross section, which is measured in accordance with the description.
A milling device , rotatable in one direction around a longitudinal center axis (A) defining a forward direction and an opposite rearward direction, comprising a front part and a rear part , the front part comprising cutting edges each having a longitudinal extension, the front part comprising chip flutes each having a longitudinal extension, the front part is made of a monolithic piece of ceramic, the rear part is configured to be fixed in a rotatable tool body or a rotatable chuck, a front end surface of the rear part having a smaller area than a rear end surface of the front part , characterised in that the rear part is made of a monolithic piece of cemented carbide, the front end surface of the rear part and a rear end surface of the front part are permanently bonded or brazed to each other by a joint, wherein the rear end surface of the front part is a circular surface concentric with the longitudinal center axis (A), wherein the front end surface of the rear part is a circular surface concentric with the longitudinal center axis (A), wherein the chip flutes have rear end points which are located in the front part at a longitudinal distance from the joint.
Lid for a beverage cup , made from a paper material or a paper-like material, - having a lid-plate element and a wall element ; - wherein the lid-plate element configures a lid plate , and the wall element configures an encircling wall ; - wherein the lid has a receptacle encircling a central axis , for a rolled lip rim of the beverage cup , wherein the receptacle is configured as a corrugation in the wall element ; - wherein the lid plate and the encircling wall are interconnected in such a manner that the lid plate is kept at a spacing (Y) above the receptacle , wherein the wall element at least in the region of the corrugation is embodied having two layers, and characterized in that the wall element is folded at the lower end thereof such that a folded portion of the wall element lying on the inside is present, which portion extends somewhat beyond the corrugation . - having a lid-plate element and a wall element ; - wherein the lid-plate element configures a lid plate , and the wall element configures an encircling wall ; - wherein the lid has a receptacle encircling a central axis , for a rolled lip rim of the beverage cup , wherein the receptacle is configured as a corrugation in the wall element ; - wherein the lid plate and the encircling wall are interconnected in such a manner that the lid plate is kept at a spacing (Y) above the receptacle , wherein the wall element at least in the region of the corrugation is embodied having two layers,
A method for wireless communication at a user equipment, UE, comprising: receiving , from a base station , an indication of a time domain multiplexing configuration for transmitting on a physical resource a first type of scheduling request or a second type of scheduling request; identifying a priority parameter associated with data to be transmitted on an uplink carrier; selecting , based at least in part on the identified priority parameter, between a first type of message for requesting uplink resources in a shared radio frequency spectrum band or a dedicated radio frequency spectrum band wherein the first type of message comprises the first type of scheduling request, or a second type of message for requesting uplink resources in the dedicated radio frequency spectrum band wherein the second type of message comprises the second type of scheduling request; and transmitting the selected type of message to the base station. receiving , from a base station , an indication of a time domain multiplexing configuration for transmitting on a physical resource a first type of scheduling request or a second type of scheduling request; identifying a priority parameter associated with data to be transmitted on an uplink carrier; selecting , based at least in part on the identified priority parameter, between a first type of message for requesting uplink resources in a shared radio frequency spectrum band or a dedicated radio frequency spectrum band wherein the first type of message comprises the first type of scheduling request, or a second type of message for requesting uplink resources in the dedicated radio frequency spectrum band wherein the second type of message comprises the second type of scheduling request; and transmitting the selected type of message to the base station.