mhurhangee/patent-ind-claim-en huggingface dataset:
A data processing method in a peripheral component interconnect express, PCIe, device, characterized in that the method comprises: generating multi-channel identification information according to a data type currently supported; pre-processing to-be-sent data according to the multi-channel identification information to obtain first multi-channel identification data, and sending the first multi-channel identification data to a host side through a PCIe interface; reporting the multi-channel identification information to the PCIe host side through the PCIe interface; and receiving and parsing second multi-channel identification data sent by the PCIe host side through the PCIe interface, wherein the second multi-channel identification data is obtained from data pre-processing by the PCIe host side according to the multi-channel identification information. generating multi-channel identification information according to a data type currently supported; pre-processing to-be-sent data according to the multi-channel identification information to obtain first multi-channel identification data, and sending the first multi-channel identification data to a host side through a PCIe interface; reporting the multi-channel identification information to the PCIe host side through the PCIe interface; and receiving and parsing second multi-channel identification data sent by the PCIe host side through the PCIe interface, wherein the second multi-channel identification data is obtained from data pre-processing by the PCIe host side according to the multi-channel identification information.
Closing device for adjusting a fitting or blocking retaining structure between a closed position and an opened position, having a gearbox which is disposed in a housing , wherein a predetermined breaking point is configured in a drive section of the closing device that comprises the gearbox , characterized in that the gearbox is formed by a worm gear set which has a worm gear by way of which a fitting or a movable part of a blocking retaining structure is pivotable and is designed in the form of a pivoting gearbox having at least one detent on the worm gear , and in that the at least one detent is configured within the housing , wherein the at least one detent delimits a movement in the drive section, where the predetermined breaking point is conceived in such a manner that a maximum force which by way of the predetermined breaking point is able to be transmitted along the drive section and up to the at least one detent is less than a second force which the housing withstands when this second force acts on the location of the at least one detent .
A device (300; 200) for displaying the time, notably a timepiece or a timepiece movement comprising a time display member (A1, A2) and a switchover mechanism allowing the time display member to switch over between a first time zone and a second time zone and to select a first geartrain for setting the first time zone or a second geartrain for setting the second time zone, this switchover mechanism comprising: - a first heart piece able to rotate, connected to the display member (A1, A2) by a drivetrain, - a first lever having a first end designed to collaborate with the first heart piece in order to cause the display member (A1, A2) to indicate the time in the first time zone, - a second lever (2; 42) designed to make the display member (A1, A2) indicate the time in the second time zone, - a two-position selection member collaborating with the first lever , and - a control member (P) for selecting the first or the second time zone to be displayed and which collaborates with the two-position selection member , the two-position selection member being designed to collaborate directly with a second end of the first lever . - a first heart piece able to rotate, connected to the display member (A1, A2) by a drivetrain, - a first lever having a first end designed to collaborate with the first heart piece in order to cause the display member (A1, A2) to indicate the time in the first time zone, - a second lever (2; 42) designed to make the display member (A1, A2) indicate the time in the second time zone, - a two-position selection member collaborating with the first lever , and - a control member (P) for selecting the first or the second time zone to be displayed and which collaborates with the two-position selection member ,
Electric motor housing with cooling containing a housing and a cover , wherein the housing has a round cross section, an outer shell , a terminating wall and an inner shell , wherein the housing is formed as a one-piece lightweight metal cast component, wherein a cooling gap is formed between the outer shell and the inner shell and a spiral-shaped element is arranged in the cooling gap concentrically to the inner and outer shells which are concentric to one another, wherein the spiral-shaped element extends from the terminating wall over the length of the inner shell up to the cover and forms a spiral-shaped cooling channel which runs between the windings of the spiral-shaped element , characterized in that the spiral-shaped element is formed as a separate part with respect to the inner and outer shells , and in that the spiral-shaped element and the cover are formed in one piece.
A method for manufacturing a solder product, the method comprising: a heating step of heating and melting a raw material to obtain a molten metal, the raw material containing tin as a main component, a metal element other than lead as a secondary component, and a carboxylic acid having 10 to 20 carbons; a filtration step of filtering the molten metal set to a temperature from 230°C to 260°C with a filter having an aperture size of not more than 10 pm; and a cooling step of cooling and solidifying the filtered molten metal and depositing the carboxylic acid at a surface of the solder product. a heating step of heating and melting a raw material to obtain a molten metal, the raw material containing tin as a main component, a metal element other than lead as a secondary component, and a carboxylic acid having 10 to 20 carbons; a filtration step of filtering the molten metal set to a temperature from 230°C to 260°C with a filter having an aperture size of not more than 10 pm; and a cooling step of cooling and solidifying the filtered molten metal and depositing the carboxylic acid at a surface of the solder product.
Method for processing a feed mixture (A) in a separation process, which predominantly contains hydrogen, methane and hydrocarbons having two or more carbon atoms, wherein at least a portion of the feed mixture (A) is cooled using one or more heat exchangers to form one or more condensates (C, F, K', M) and at least a part of the condensate or condensates (C, F, K', M) is subjected to rectification to form a gaseous methane-rich fraction, characterized in that the gaseous methane-rich fraction is used to form a first fluid stream (Q) which is compressed at least in part into a composition that is unchanged with respect to the gaseous methane-rich fraction to a condensing pressure level of 35 to 45 bar, liquefied at least in part by cooling, and relieved to a delivery pressure level, and that the first fluid stream (Q) or a second fluid stream formed using the first fluid stream (Q) is heated in the or at least one of the heat exchangers .
A service station for servicing a handheld jet dispensing apparatus comprising a fluid jet cartridge carrying a composition and a camera for capturing an image of a surface, the service station comprising: a body having a docking portion that is sized to receive the jet dispensing apparatus ; the body having a servicing portion located adjacent the docking portion ; and a servicing cassette received by the servicing portion , the servicing portion configured to position the servicing cassette for interaction with nozzles of fluid jet cartridge of the jet dispensing apparatus for a cartridge servicing operation; wherein the servicing portion includes a chamber located in the body that is sized to removably receive the servicing cassette and wherein an access opening is arranged between the chamber and the docking portion to expose the nozzles of the fluid jet cartridge to the servicing cassette with the handheld jet dispensing apparatus received by the docking portion ; wherein the servicing cassette includes a rotatable actuation member that can be rotated by an actuator relative to the jet dispensing apparatus ; wherein the rotatable actuation member of the servicing cassette comprises a wiping element , the wiping element including a camera lens wiping member and a nozzle wiping member ; and wherein the actuator is configured to move the servicing cassette during the cartridge servicing operation relative to the fluid jet cartridge of the handheld treatment apparatus with the handheld treatment apparatus in the docking portion to wipe both of a lens of the camera to remove any debris thereon and a plurality of nozzles of the fluid jet cartridge to remove any composition or other materials accumulating thereon.
An image forming apparatus comprising: a printer means; a scanner means provided above the printer means and configured to read a document, the scanner means being openable from the apparatus front side with respect to the printer means due to a first hinge portion positioned toward the apparatus rear side, opposite to the front side; a paper feed tray on which a sheet to be used by the printer means can be placed, the paper feed tray being arranged at an angle with respect to the printer means and communicable with a feed port to feed the sheet stacked thereon from the feed port to the printer means; and a cover provided to be openable with respect to the feed port, the cover being openable on the apparatus rear side due to a second hinge portion different from the first hinge portion, characterized in that the second hinge portion is provided within the scanner means, and the second hinge portion is provided in a higher position than the first hinge portion in the direction of gravity, wherein the scanner means and the cover are arranged in an interlocking manner so that in the case that an operation to open the scanner means is performed, the cover and the second hinge portion rotate about the first hinge portion and move toward the apparatus rear side. a printer means; a scanner means provided above the printer means and configured to read a document, the scanner means being openable from the apparatus front side with respect to the printer means due to a first hinge portion positioned toward the apparatus rear side, opposite to the front side; a paper feed tray on which a sheet to be used by the printer means can be placed, the paper feed tray being arranged at an angle with respect to the printer means and communicable with a feed port to feed the sheet stacked thereon from the feed port to the printer means; and a cover provided to be openable with respect to the feed port, the cover being openable on the apparatus rear side due to a second hinge portion different from the first hinge portion, characterized in that the second hinge portion is provided within the scanner means, and the second hinge portion is provided in a higher position than the first hinge portion in the direction of gravity, wherein the scanner means and the cover are arranged in an interlocking manner so that in the case that an operation to open the scanner means is performed, the cover and the second hinge portion rotate about the first hinge portion and move toward the apparatus rear side.
Crystal form A of (R)-methyl-2-(3-aminopiperidin-1-yl)-3-(2-cyanobenzyl)-4-carbonyl-3,4-dihydrothiop hene[3,2-d] pyrimidine-6-carboxylic acid crystal of formula I, wherein XRD pattern of the crystal form A includes following characteristic absorption peaks expressed by crystal plane distance d: 8.87±0.2 Å, 14.18±0.2 Å, 20.67±0.2 Å, 25.18±0.2 Å, 28.61±0.2 Å under the following test parameters: Target: Cu-K α (40 kV, 40 mA); Scanning speed: 0.1 s.
A chimeric antigen receptor (CAR), comprising from the N-terminus to the C-terminus an extracellular part, a transmembrane domain and at least one intracellular signaling domain, wherein the extracellular part of said CAR comprises a) at least one antigen binding domain, and b) at least one cytokine receptor activating domain, wherein said at least one cytokine receptor activation domain is selected from the group consisting of IL-1, IL-2, IL-4, IL-6, IL-7, GM-CSF, p35-p40 variant of IL-12, IL 18, and IL-32. a) at least one antigen binding domain, and b) at least one cytokine receptor activating domain,
A system for improving vision of a subject, the system comprising: a pulsed laser system configured to apply a plurality of laser pulses to selected areas of an intraocular lens (IOL) implanted in an eye of a subject to change the refractive index of the selected areas by refractive index writing; and a control system configured to receive parameters related to spectacle dependence of the eye of the subject after implementation of the IOL wherein the parameters related to spectacle dependence comprise a measured subject-specific through-focus visual acuity curve; and to calculate, based on the measured subject-specific through-focus visual acuity curve, a pattern of laser pulses and selected areas of the intraocular lens to which the laser pulses are to be applied to provide a change in phase profile of the IOL to increase spectacle independence; wherein the control system is coupled to the pulsed laser system and is configured to control the pulsed laser system to apply the calculated pattern of laser pulses to the calculated selected areas of the intraocular lens. a pulsed laser system configured to apply a plurality of laser pulses to selected areas of an intraocular lens (IOL) implanted in an eye of a subject to change the refractive index of the selected areas by refractive index writing; and a control system configured to receive parameters related to spectacle dependence of the eye of the subject after implementation of the IOL wherein the parameters related to spectacle dependence comprise a measured subject-specific through-focus visual acuity curve; and to calculate, based on the measured subject-specific through-focus visual acuity curve, a pattern of laser pulses and selected areas of the intraocular lens to which the laser pulses are to be applied to provide a change in phase profile of the IOL to increase spectacle independence; wherein the control system is coupled to the pulsed laser system and is configured to control the pulsed laser system to apply the calculated pattern of laser pulses to the calculated selected areas of the intraocular lens.
An operating method of a first device in a wireless communication system, the method comprising: identifying information bits and frozen bits included in sub-blocks of a block of source bits to be encoded, each sub-block comprising at least one node; identifying at least one inactivation sub-block in the sub-blocks; encoding data by using a generator matrix of a polar code which is determined based on the at least one inactivation sub-block, such as to inactivate node operations in the inactivation sub-block; and transmitting the encoded data to a second device, wherein the at least one inactivation sub-block is determined according to: at least one sub-block including only frozen bits, and characterized in that the at least one inactivation sub-block is further determined according to: at least one sub-block including only information bits based on a weight of a sub-block and an index of a sub-block, wherein the weight of the sub-block is a sum of degrees corresponding to source bits included in the sub-block. identifying information bits and frozen bits included in sub-blocks of a block of source bits to be encoded, each sub-block comprising at least one node; identifying at least one inactivation sub-block in the sub-blocks; encoding data by using a generator matrix of a polar code which is determined based on the at least one inactivation sub-block, such as to inactivate node operations in the inactivation sub-block; and transmitting the encoded data to a second device, wherein the at least one inactivation sub-block is determined according to: at least one sub-block including only frozen bits, and characterized in that the at least one inactivation sub-block is further determined according to: at least one sub-block including only information bits based on a weight of a sub-block and an index of a sub-block, wherein the weight of the sub-block is a sum of degrees corresponding to source bits included in the sub-block.
A vehicle lamp , comprising: a first lamp unit that includes a light source , a driving unit , and a reflective body that is driven by the driving unit to repeat a periodic motion and thus scans an exit beam from the light source ; and a controlling unit for controlling the first lamp unit , characterized in that the controlling unit is arranged to immediately stop the emission of a beam, and to instruct that the driving unit be driven until a first duration has passed, and stop driving the driving unit after the first duration has passed, in a case where the controlling unit has received an illumination instruction instructing the first lamp unit to emit a beam and then received a stop instruction instructing the first lamp unit to stop emitting a beam. a first lamp unit that includes a light source , a driving unit , and a reflective body that is driven by the driving unit to repeat a periodic motion and thus scans an exit beam from the light source ; and a controlling unit for controlling the first lamp unit , characterized in that the controlling unit is arranged to immediately stop the emission of a beam, and to instruct that the driving unit be driven until a first duration has passed, and stop driving the driving unit after the first duration has passed, in a case where the controlling unit has received an illumination instruction instructing the first lamp unit to emit a beam and then received a stop instruction instructing the first lamp unit to stop emitting a beam.
A network node for wireless communication, comprising: a memory; and one or more processors, coupled to the memory, configured to: transmit , to an integrated access and backhaul, IAB, donor central unit, CU, information indicating a cell served by the network node and associated with another CU; and receive , from the IAB donor CU, a distributed unit, DU, cell resource configuration for the cell, wherein the cell is associated with a New Radio cell identifier that identifies the IAB donor CU, and wherein the cell is deactivated by the IAB donor CU or access is barred for child nodes that select a public land mobile network associated with the IAB donor CU. a memory; and one or more processors, coupled to the memory, configured to: transmit , to an integrated access and backhaul, IAB, donor central unit, CU, information indicating a cell served by the network node and associated with another CU; and receive , from the IAB donor CU, a distributed unit, DU, cell resource configuration for the cell, wherein the cell is associated with a New Radio cell identifier that identifies the IAB donor CU, and wherein the cell is deactivated by the IAB donor CU or access is barred for child nodes that select a public land mobile network associated with the IAB donor CU. transmit , to an integrated access and backhaul, IAB, donor central unit, CU, information indicating a cell served by the network node and associated with another CU; and receive , from the IAB donor CU, a distributed unit, DU, cell resource configuration for the cell, wherein the cell is associated with a New Radio cell identifier that identifies the IAB donor CU, and wherein the cell is deactivated by the IAB donor CU or access is barred for child nodes that select a public land mobile network associated with the IAB donor CU.
A conduit for transporting a fluid, the conduit comprising: a first collar that comprises: a first outer collar portion ; a first inner collar portion ; and a first weld , hermetically coupling the first outer collar portion and the first inner collar portion ; a second collar that comprises: a second outer collar portion ; a second inner collar portion ; and a sixth weld , hermetically coupling the second outer collar portion and the second inner collar portion ; a bellows that comprises: a central axis ; a corrugated outboard ply ; a corrugated inboard ply , interposed between the corrugated outboard ply and the central axis ; and an interstitial space , interposed between the corrugated inboard ply and the corrugated outboard ply ; a second weld , hermetically coupling the corrugated inboard ply and the first outer collar portion ; a third weld , hermetically coupling the corrugated outboard ply and the first inner collar portion ; a fourth weld , hermetically coupling the corrugated inboard ply and the second outer collar portion ; a fifth weld , hermetically coupling the corrugated outboard ply and the second inner collar portion ; and a first sensor , communicatively coupled with the interstitial space . a first collar that comprises: a first outer collar portion ; a first inner collar portion ; and a first weld , hermetically coupling the first outer collar portion and the first inner collar portion ; a first outer collar portion ; a first inner collar portion ; and a first weld , hermetically coupling the first outer collar portion and the first inner collar portion ; a second collar that comprises: a second outer collar portion ; a second inner collar portion ; and a sixth weld , hermetically coupling the second outer collar portion and the second inner collar portion ; a second outer collar portion ; a second inner collar portion ; and a sixth weld , hermetically coupling the second outer collar portion and the second inner collar portion ; a bellows that comprises: a central axis ; a corrugated outboard ply ; a corrugated inboard ply , interposed between the corrugated outboard ply and the central axis ; and an interstitial space , interposed between the corrugated inboard ply and the corrugated outboard ply ; a central axis ; a corrugated outboard ply ; a corrugated inboard ply , interposed between the corrugated outboard ply and the central axis ; and an interstitial space , interposed between the corrugated inboard ply and the corrugated outboard ply ; a second weld , hermetically coupling the corrugated inboard ply and the first outer collar portion ; a third weld , hermetically coupling the corrugated outboard ply and the first inner collar portion ; a fourth weld , hermetically coupling the corrugated inboard ply and the second outer collar portion ; a fifth weld , hermetically coupling the corrugated outboard ply and the second inner collar portion ; and a first sensor , communicatively coupled with the interstitial space .