mhurhangee/patent-ind-claim-en huggingface dataset:
A rotary atomization head (1; 1a) attachable to a rotary shaft of a coating device such that a coating material is supplied to the rotary atomization head (1; 1a) when the rotary atomization head (1; 1a) is attached to the rotary shaft of the coating device , the rotary atomization head (1; 1a) comprising: a diffusion surface configured to diffuse the coating material toward an outer edge part by centrifugal force; and a plurality of grooves (124; 125) formed on the outer edge part , wherein the plurality of grooves (124; 125) is configured to extend in a radial direction, the plurality of grooves (124; 125) includes a first groove (1241; 1251) and a second groove (1242; 1252), a depth of a discharge end (1241a; 1251a) of the first groove (1241; 1251) is set greater than a depth of a discharge end (1242a; 1252a) of the second groove (1242; 1252), and a width of the discharge end (1241a; 1251a) of the first groove (1241; 1251) is set equal to a width of the discharge end (1242a; 1252a) of the second groove (1242; 1252), characterized in that the first groove (1241; 1251) and the second groove (1242; 1252) are alternately arranged in a circumferential direction, a depth and a width of the first groove (1241; 1251) are formed so as to gradually increase from an inside in the radial direction to the discharge end (1241a; 1251a) in a direction in which the first groove (1241; 1251) extends, and a depth and a width of the second groove (1242; 1252) are formed so as to gradually increase from the inside in the radial direction to the discharge end (1242a; 1252a) in a direction in which the second groove (1242; 1252) extends. a diffusion surface configured to diffuse the coating material toward an outer edge part by centrifugal force; and a plurality of grooves (124; 125) formed on the outer edge part , wherein the plurality of grooves (124; 125) is configured to extend in a radial direction, the plurality of grooves (124; 125) includes a first groove (1241; 1251) and a second groove (1242; 1252), a depth of a discharge end (1241a; 1251a) of the first groove (1241; 1251) is set greater than a depth of a discharge end (1242a; 1252a) of the second groove (1242; 1252), and a width of the discharge end (1241a; 1251a) of the first groove (1241; 1251) is set equal to a width of the discharge end (1242a; 1252a) of the second groove (1242; 1252), characterized in that the first groove (1241; 1251) and the second groove (1242; 1252) are alternately arranged in a circumferential direction, a depth and a width of the first groove (1241; 1251) are formed so as to gradually increase from an inside in the radial direction to the discharge end (1241a; 1251a) in a direction in which the first groove (1241; 1251) extends, and a depth and a width of the second groove (1242; 1252) are formed so as to gradually increase from the inside in the radial direction to the discharge end (1242a; 1252a) in a direction in which the second groove (1242; 1252) extends.
Method for producing a toothed workpiece gear , the tooth base (11") of which adjoins an end face of the workpiece gear while forming a chamfer extending into the tooth flanks , the toothing of the workpiece gear being produced by skiving using a gear-tooth-forming tool , which has a first number (N 1 ) of cutting teeth each forming cutting edges , the rotational axis of which is at a first axis intersection angle (α 1 ) to the rotational axis of the workpiece gear , with a feed action in a first feed direction (V 1 ) parallel to the extension direction of the tooth flanks to be produced and the tooth base (11"), characterised in that the chamfer is produced by skiving using a chamfering tool , which has a second number (N 2 ) of cutting teeth each forming cutting edges (17, 17', 17") and of which the rotational axis is at a second axis intersection angle (α 2 ) to the axis of the workpiece gear , with a feed action in a second feed direction (V 2 ) parallel to the extension direction of the chamfer to be produced in the tooth base (11").
A laminating tool for a laminating device for laminating a plurality of layers disposed in a stack so as to obtain a laminated composite, having an embossing plate for the stack to rest upon, a support structure , and a carrier plate , the support structure being provided between the embossing plate and the carrier plate and being surrounded by an outer wall which is closed to the outside and, together with the embossing plate and the carrier plate forms a closed inner volume, and having at least one feed pipe and at least one discharge pipe for feeding and discharging a fluid flowing through said inner volume, characterised in that in the embossing plate at least one die surface surrounded by a membrane is provided.
A process for hydrodesulfurizing an olefinic naphtha feedstock while retaining a substantial amount of the olefins, which feedstock has a T 95 boiling point below 250°C and contains at least 50 ppmw of organically bound sulfur and from 5% to 60% olefins, said process comprising: (a) selective diolefin hydrogenation, under reaction conditions involving a temperature from 100°C to 200°C, a pressure of 5 bar to 40 bar or 50 bar, and a gas to oil ratio of 2 Nm 3 /m 3 or 4 Nm 3 /m 3 to 5 Nm 3 /m 3 , 10 Nm 3 /m 3 or 25 Nm 3 /m 3 to convert at least 90 % of the diolefins to alkanes or mono-olefins providing a pre-treated feedstock (b) hydrodesulfurizing the pre-treated feedstock in a sulfur removal stage in the presence of hydrogen and a hydrodesulfurization catalyst, at hydrodesulfurization reaction conditions including a temperature from 200°C to 350°C, a pressure of 2 bar, 5 bar or 10 bar to 40 bar or 50 bar, and gas to oil ratio of 750 Nm 3 /m 3 , 1000 Nm 3 /m 3 , 1100 Nm 3 /m 3 or 1200 Nm 3 /m 3 to 1500 Nm 3 /m 3 , 2000 Nm 3 /m 3 or 2500 Nm 3 /m 3 , to convert at least 50 % of the organically bound sulfur to hydrogen sulfide and to produce a desulfurized product stream containing from 0 ppmw, 0.1 ppmw or 1 ppmw to 5 ppmw, 8 ppmw, 10 ppmw or 50 ppmw organically bound sulfur. (a) selective diolefin hydrogenation, under reaction conditions involving a temperature from 100°C to 200°C, a pressure of 5 bar to 40 bar or 50 bar, and a gas to oil ratio of 2 Nm 3 /m 3 or 4 Nm 3 /m 3 to 5 Nm 3 /m 3 , 10 Nm 3 /m 3 or 25 Nm 3 /m 3 to convert at least 90 % of the diolefins to alkanes or mono-olefins providing a pre-treated feedstock (b) hydrodesulfurizing the pre-treated feedstock in a sulfur removal stage in the presence of hydrogen and a hydrodesulfurization catalyst, at hydrodesulfurization reaction conditions including a temperature from 200°C to 350°C, a pressure of 2 bar, 5 bar or 10 bar to 40 bar or 50 bar, and gas to oil ratio of 750 Nm 3 /m 3 , 1000 Nm 3 /m 3 , 1100 Nm 3 /m 3 or 1200 Nm 3 /m 3 to 1500 Nm 3 /m 3 , 2000 Nm 3 /m 3 or 2500 Nm 3 /m 3 , to convert at least 50 % of the organically bound sulfur to hydrogen sulfide and to produce a desulfurized product stream containing from 0 ppmw, 0.1 ppmw or 1 ppmw to 5 ppmw, 8 ppmw, 10 ppmw or 50 ppmw organically bound sulfur.
A method being performed by a base station associated with a first cell for a wireless communication system, the method comprising: identifying a data radio bearer, DRB, configured as a dual active protocol stack, DAPS, bearer, established with a user equipment, UE (1-35, 601, 720, 1101, 1501, 1703, 1803, 2003, 2201); identifying that a robust header compression, ROHC, is configured for a packet data convergence protocol, PDCP, entity associated with the DRB; and transmitting downlink data to the UE (1-35, 601, 720, 1101, 1501, 1703, 1803, 2003, 2201) based on maintaining an initialization and refresh, IR, state for a ROHC protocol of the first cell during a DAPS handover before a release of a second cell, wherein the ROHC protocol operates in an unidirectional mode, U-mode, or a bidirectional optimistic mode, O-mode. identifying a data radio bearer, DRB, configured as a dual active protocol stack, DAPS, bearer, established with a user equipment, UE (1-35, 601, 720, 1101, 1501, 1703, 1803, 2003, 2201); identifying that a robust header compression, ROHC, is configured for a packet data convergence protocol, PDCP, entity associated with the DRB; and transmitting downlink data to the UE (1-35, 601, 720, 1101, 1501, 1703, 1803, 2003, 2201) based on maintaining an initialization and refresh, IR, state for a ROHC protocol of the first cell during a DAPS handover before a release of a second cell, wherein the ROHC protocol operates in an unidirectional mode, U-mode, or a bidirectional optimistic mode, O-mode.
A data processing method, comprising: acquiring, by a receiving end, data to be processed (S210); characterized by , determining whether the data to be processed is relay data according to information of a resource occupied by a message for applying for the resource for the data to be processed (S220); wherein determining whether the data to be processed is the relay data according to the information of the resource occupied by the message for applying for the resource for the data to be processed comprises: determining whether the data to be processed is the relay data according to at least one of a time domain resource, a frequency domain resource, a code domain resource, and a power resource occupied by a scheduling request for applying for the resource for the data to be processed; performing an operation on the data to be processed according to whether the data to be processed is the relay data (S230). acquiring, by a receiving end, data to be processed (S210); characterized by , determining whether the data to be processed is relay data according to information of a resource occupied by a message for applying for the resource for the data to be processed (S220); wherein determining whether the data to be processed is the relay data according to the information of the resource occupied by the message for applying for the resource for the data to be processed comprises: determining whether the data to be processed is the relay data according to at least one of a time domain resource, a frequency domain resource, a code domain resource, and a power resource occupied by a scheduling request for applying for the resource for the data to be processed; performing an operation on the data to be processed according to whether the data to be processed is the relay data (S230).
A three-dimensional printing method for printing an image having continuity as a whole by adjacently printing a plurality of images on a print-target surface including a non-plane portion by an inkjet nozzle attached to an XY table, the method comprising: capturing a plurality of subdivided images by capturing a predetermined area of the print-target surface at fixed intervals to include an end edge portion of a previously printed image on the print-target surface, the end edge portion serving as a connection portion with an image to be printed contiguous to the printed image while causing a capture unit attached to the XY table to scan the print-target surface in XY directions in a state where the capture unit is disposed opposite to the print-target surface; creating a composite print surface which is a plane projection of the print-target surface which is non-plane, by compositing the plurality of subdivided images captured by the capture unit; superimposing the image to be printed contiguous to the printed image (hereinafter, the image is referred to as "image to be drawn") on the composite print surface, and editing the image to be drawn to be continuous with the end edge portion of the printed image; and discharging an ink on the print-target surface to perform printing by a print head attached to the XY table on the basis of an edited image to be drawn which is obtained by editing the image to be drawn. capturing a plurality of subdivided images by capturing a predetermined area of the print-target surface at fixed intervals to include an end edge portion of a previously printed image on the print-target surface, the end edge portion serving as a connection portion with an image to be printed contiguous to the printed image while causing a capture unit attached to the XY table to scan the print-target surface in XY directions in a state where the capture unit is disposed opposite to the print-target surface; creating a composite print surface which is a plane projection of the print-target surface which is non-plane, by compositing the plurality of subdivided images captured by the capture unit; superimposing the image to be printed contiguous to the printed image (hereinafter, the image is referred to as "image to be drawn") on the composite print surface, and editing the image to be drawn to be continuous with the end edge portion of the printed image; and discharging an ink on the print-target surface to perform printing by a print head attached to the XY table on the basis of an edited image to be drawn which is obtained by editing the image to be drawn.
A blood component concentration measurement device comprising: a four-wavelength light emitter configured to emit four kinds of wavelengths of light toward a predetermined site on a living body; a light receiver configured to receive the four kinds of wavelengths of light transmitted through the predetermined site on the living body; a received light intensity information acquirer configured to acquire received light intensity information for the four wavelengths on the basis of an optical signal received by the light receiver; an absorbance time change value acquirer configured to find time change values of absorbances corresponding to the four wavelengths on the basis of the received light intensity information of the four wavelengths; a calibration data table configured to store calibration data for finding a predetermined component in blood based on the absorbance time change values; and a component concentration acquirer configured to find the concentration of the predetermined component in the blood based on the absorbance time change values acquired by the absorbance time change value acquirer using the calibration data of the calibration data table; characterized in that an absorption wavelength for a blood component that is to be measured, an absorption wavelength for a blood component affecting the component to be measured, an absorption wavelength for water, and a wavelength that is not affected by the component to be measured, the blood component, the water, and other biological components are selected as the four wavelengths of the four-wavelength light emitter . a four-wavelength light emitter configured to emit four kinds of wavelengths of light toward a predetermined site on a living body; a light receiver configured to receive the four kinds of wavelengths of light transmitted through the predetermined site on the living body; a received light intensity information acquirer configured to acquire received light intensity information for the four wavelengths on the basis of an optical signal received by the light receiver; an absorbance time change value acquirer configured to find time change values of absorbances corresponding to the four wavelengths on the basis of the received light intensity information of the four wavelengths; a calibration data table configured to store calibration data for finding a predetermined component in blood based on the absorbance time change values; and a component concentration acquirer configured to find the concentration of the predetermined component in the blood based on the absorbance time change values acquired by the absorbance time change value acquirer using the calibration data of the calibration data table; characterized in that an absorption wavelength for a blood component that is to be measured, an absorption wavelength for a blood component affecting the component to be measured, an absorption wavelength for water, and a wavelength that is not affected by the component to be measured, the blood component, the water, and other biological components are selected as the four wavelengths of the four-wavelength light emitter .
A method for selecting vehicle-to-everything, V2X, transmission resources by a UE in a wireless communication system, the method comprising: mapping (S1410) coded symbols related to control information on a physical sidelink shared channel, PSSCH; and transmitting (S1420) the control information using the mapped coded symbols, wherein the control information is piggybacked along with data and transmitted based on the PSSCH, and mapping the coded symbols related to the control information to resource elements included in the PSSCH prior to mapping the data to resource elements included in the PSSCH, wherein the resource elements of the coded symbols related to the control information are different from the resource elements of the data in the PSSCH, and wherein the coded symbols related to the control information is mapped on symbols from a first reference signal symbol. mapping (S1410) coded symbols related to control information on a physical sidelink shared channel, PSSCH; and transmitting (S1420) the control information using the mapped coded symbols, wherein the control information is piggybacked along with data and transmitted based on the PSSCH, and mapping the coded symbols related to the control information to resource elements included in the PSSCH prior to mapping the data to resource elements included in the PSSCH, wherein the resource elements of the coded symbols related to the control information are different from the resource elements of the data in the PSSCH, and wherein the coded symbols related to the control information is mapped on symbols from a first reference signal symbol.
A method for supporting wireless roaming among coverage areas of a plurality of access points , comprising: detecting, by a first access point of the plurality of access points , signal strength of signals from a client device that is wirelessly connected to the first access point ; comparing the signal strength with a threshold, and if the signal strength is less than the threshold, disconnecting, by the first access point , the client device from the first access point ; transmitting, by the first access point , a signal indicating the disconnection of the client device to an access controller; updating, by the access controller, connection status information to indicate the disconnection of the client device from the first access point ; transmitting, by the access controller, the connection status information of the client device to the plurality of access points ; and in response to receiving the connection status information that indicates the disconnection of the client device from the first access point, connecting, by a second access point of the plurality of access points , the client device with the second access point of the plurality of access points . detecting, by a first access point of the plurality of access points , signal strength of signals from a client device that is wirelessly connected to the first access point ; comparing the signal strength with a threshold, and if the signal strength is less than the threshold, disconnecting, by the first access point , the client device from the first access point ; transmitting, by the first access point , a signal indicating the disconnection of the client device to an access controller; updating, by the access controller, connection status information to indicate the disconnection of the client device from the first access point ; transmitting, by the access controller, the connection status information of the client device to the plurality of access points ; and in response to receiving the connection status information that indicates the disconnection of the client device from the first access point, connecting, by a second access point of the plurality of access points , the client device with the second access point of the plurality of access points .
A method for measuring interference level of VSAT TDMA terminals causing cross-polar and/or adjacent satellite interference in a communication link, the terminals communicating with a hub station via a first satellite , wherein a second satellite may be adjacent to the first satellite , wherein an interference guarding device connected to the communication link is performing the steps of: receiving a burst time plan from the hub station or establishing a burst time plan by receiving and decoding signals transmitted from the terminals to the hub station , selecting a particular terminal occurring in the burst time plan, receiving signals transmitted from said selected terminal to the hub station, receiving signals in said communication link, correlating the waveform of the signals transmitted from said selected terminal to the hub station with the waveform of signals received in said communication link to detect any interference that may be present in the communication link. receiving a burst time plan from the hub station or establishing a burst time plan by receiving and decoding signals transmitted from the terminals to the hub station , selecting a particular terminal occurring in the burst time plan, receiving signals transmitted from said selected terminal to the hub station, receiving signals in said communication link, correlating the waveform of the signals transmitted from said selected terminal to the hub station with the waveform of signals received in said communication link to detect any interference that may be present in the communication link.
A system comprising a slide arm comprising two elements capable of telescopic extension, an extension cylinder suitable for providing an extension/retraction of the slide arm when controlled, a device placed at the end of the slide arm , an on-board hydraulic cylinder associated with the device and co-located with the device at the end of the slide arm, at least one pair of telescopic tubes arranged in parallel with the two elements of the slide arm, in respective sealed connection regardless of the relative longitudinal position of the tubes and suitable for tracking the extension and retraction strokes, respectively, of the extension cylinder , connected to the on-board cylinder and on the other hand to means for supplying fluid , to provide the extension/retraction control of the on-board cylinder , means ensuring the automatic discharge of the fluid contained in the telescopic tubes when the extension cylinder of the slide arm is controlled in retraction and/or in extension, characterized by the fact that it comprises means which allow supplying the on-board hydraulic cylinder only when the extension cylinder is stationary.