mhurhangee/patent-ind-claim-en huggingface dataset:
A method of controlling a back weld root surface, comprising: - arranging a sealing portion along the back weld root surface of a pipe to be welded to form a purge region adjacent to a section of a joint , wherein the sealing portion is configured to extend along an arc length of a section of the joint ; - supplying a shielding gas within the purge region at a first flow rate, wherein the shielding gas displaces an ambient environment within the purge region ; and - applying a weld deposit across a front surface of the section of the joint , characterized in that the back weld root surface of the weld deposit comprises a convex root surface with a positive root penetration relative to the back weld root surface based at least in part on the shielding gas within the purge region , and that the arc length is approximately 50 percent of a circumference of the back weld root surface, the method further comprising axially and/or radially aligning and adjusting, for control of an axial offset of an opening of the joint between sections , sections of the pipe to be joined in a desired position and/or orientation utilizing a clamping system that extends along an axis of the pipe, wherein clamps of said clamping system extend in a radial direction from a hub , and wherein the clamping system comprises the sealing portion . - arranging a sealing portion along the back weld root surface of a pipe to be welded to form a purge region adjacent to a section of a joint , wherein the sealing portion is configured to extend along an arc length of a section of the joint ; - supplying a shielding gas within the purge region at a first flow rate, wherein the shielding gas displaces an ambient environment within the purge region ; and - applying a weld deposit across a front surface of the section of the joint , characterized in that the back weld root surface of the weld deposit comprises a convex root surface with a positive root penetration relative to the back weld root surface based at least in part on the shielding gas within the purge region , and that the arc length is approximately 50 percent of a circumference of the back weld root surface, the method further comprising axially and/or radially aligning and adjusting, for control of an axial offset of an opening of the joint between sections , sections of the pipe to be joined in a desired position and/or orientation utilizing a clamping system that extends along an axis of the pipe, wherein clamps of said clamping system extend in a radial direction from a hub , and wherein the clamping system comprises the sealing portion .
A Lactuca sativa plant comprising two modified F5H gene homologs, wherein said gene homolog comprises a modification as compared to its corresponding wild type F5H gene homolog, wherein the modification leads to a reduction or absence of the protein expression and/or activity of the F5H protein homolog as compared to the expression and/or activity of the protein produced by the corresponding wild type F5H gene homolog, wherein the presence of the modified F5H gene homolog in the plant leads to a reduction of wound-induced surface discoloration in comparison to a plant not comprising the modified F5H gene homolog, and wherein the plant comprises a first modified F5H gene homolog called F5H1, the wild type of which has SEQ ID No. 115, and a second modified F5H gene homolog called F5H2, the wild type of which has SEQ ID No. 116.
A process to form an ethylene-based polymer, said process comprising polymerizing a reaction mixture comprising ethylene, at least one symmetrical polyene and at least one chain transfer agent system comprising at least one chain transfer agent (CTA); and wherein the polymerization takes place in the presence of at least one free-radical initiator; and wherein the polymerization takes place in a reactor configuration comprising at least two reaction zones, reaction zone 1 and reaction zone i (i ≥ 2), wherein reaction zone i is downstream from reaction zone 1; and wherein the ratio of "the activity of the CTA system of the feed to the first reaction zone" to the "activity of the CTA system of the cumulative feed to the reaction zone i," (Z 1 /Z i ), is less than or equal to (0.8-0.2 ∗ log(Cs)), wherein an overall Cs value is from 0.0001 to 10, as measured at 130°C and 1360 atmospheres.
A control circuit for controlling a power converter , the power converter comprising: - an input for receiving first voltage and current signals or rectified versions thereof supplied by an electronic transformer for halogen lamps, - an output for supplying second voltage and current signals to a light emitting diode circuit ; the control circuit comprising: - a detector for detecting an amplitude of at least one of the first voltage and current signals; - a controller for in response to a detection result from the detector bringing the power converter into different modes, the first current signal in the different modes having different amplitudes, the different amplitudes comprising different constant values or different shapes; wherein the controller is arranged to, during each operation half cycle of the electronic transformer: - deactivate and activate the power converter alternatively, or - change a behavior of the power converter for realizing the different modes. - an input for receiving first voltage and current signals or rectified versions thereof supplied by an electronic transformer for halogen lamps, - an output for supplying second voltage and current signals to a light emitting diode circuit ; - a detector for detecting an amplitude of at least one of the first voltage and current signals; - a controller for in response to a detection result from the detector bringing the power converter into different modes, the first current signal in the different modes having different amplitudes, the different amplitudes comprising different constant values or different shapes; - deactivate and activate the power converter alternatively, or - change a behavior of the power converter for realizing the different modes.
A method, comprising: receiving , at a computing device, a first set of images of an object, wherein images of the first set of images are captured from respective angles with respect to the object; receiving a second set of images of the object, wherein images of the second set of images are captured from the respective angles with respect to the object such that each image of the second set of images corresponds to a respective image of the first set of images, wherein the images of the second set of images are captured while a pattern is projected on the object, and wherein the images of the second set of images are captured with one or more different imaging parameters than the images of the first set of images, wherein the one or more different imaging parameters comprise image resolution, and wherein images of the first set of images are of higher resolution than the images of the second set of images; spatially aligning the images of the second set of images based on the pattern; determining respective images of the first set of images corresponding to spatially aligned images of the second set of images, based on associating the images of the second set of images with the images of the first set of images; and generating a three-dimensional image of the object based on the respective images of the first set of images determined to correspond to the spatially aligned images of the second set of images. receiving , at a computing device, a first set of images of an object, wherein images of the first set of images are captured from respective angles with respect to the object; receiving a second set of images of the object, wherein images of the second set of images are captured from the respective angles with respect to the object such that each image of the second set of images corresponds to a respective image of the first set of images, wherein the images of the second set of images are captured while a pattern is projected on the object, and wherein the images of the second set of images are captured with one or more different imaging parameters than the images of the first set of images, wherein the one or more different imaging parameters comprise image resolution, and wherein images of the first set of images are of higher resolution than the images of the second set of images; spatially aligning the images of the second set of images based on the pattern; determining respective images of the first set of images corresponding to spatially aligned images of the second set of images, based on associating the images of the second set of images with the images of the first set of images; and generating a three-dimensional image of the object based on the respective images of the first set of images determined to correspond to the spatially aligned images of the second set of images.
A mould for welding two longitudinal portions of rail arranged to be disposed on said portions of rail and defining a welding volume (V) configured, on the one hand, to receive a liquid welding metal and, on the other hand, so that the space defined by the welding volume (V) in its lower half is greater than the space defined by the welding volume (V) in its upper part, the welding mould being characterised in that the welding volume (V) is gradually flared at least at its lower half along a direction both parallel and perpendicular to the longitudinal axis of the portions of rails so as to form a weld the width of which is greater at its base than at its median part.
Printing device having - a base body , - at least one loading station , - at least one printing station for printing a textile as a print substrate and - at least one print substrate support for receiving the print substrate to be printed, wherein the print substrate support can be moved between the stations of the printing device , wherein the base body is configured with a conveyor means by means of which the print substrate support can be delivered to the at least one printing station , wherein - the conveyor means comprises at least one electromagnetic linear drive, which is configured to move the at least one print substrate support along the base body , - the base body is formed with at least one track , along which the print substrate support can be conveyed, - the print substrate support engages at least partially above and/or below the track , wherein means for receiving a load of the print substrate support are provided on the base body , in which means the print substrate support engages, and - the at least one print substrate support comprises an upper guide roller and/or a lower guide roller, by means of which the print substrate support can be guided above and/or below the track , characterized in that - the print substrate support is configured to be equipped with a textile, and - that several different printing stations are releasably connected to the base body of the printing device and can be exchanged as desired and can be arranged and combined as desired along the base body . - a base body , - at least one loading station , - at least one printing station for printing a textile as a print substrate and - at least one print substrate support for receiving the print substrate to be printed, wherein the print substrate support can be moved between the stations of the printing device , wherein the base body is configured with a conveyor means by means of which the print substrate support can be delivered to the at least one printing station , wherein - the conveyor means comprises at least one electromagnetic linear drive, which is configured to move the at least one print substrate support along the base body , - the base body is formed with at least one track , along which the print substrate support can be conveyed, - the print substrate support engages at least partially above and/or below the track , wherein means for receiving a load of the print substrate support are provided on the base body , in which means the print substrate support engages, and - the at least one print substrate support comprises an upper guide roller and/or a lower guide roller, by means of which the print substrate support can be guided above and/or below the track , characterized in that - the print substrate support is configured to be equipped with a textile, and - that several different printing stations are releasably connected to the base body of the printing device and can be exchanged as desired and can be arranged and combined as desired along the base body .
An apparatus for a wireless communication system employing time division duplex, the apparatus being adapted to transmit data and comprising: a memory unit adapted to store a data block and to be operated as a circular buffer ; a transmission unit adapted to transmit the data block in a plurality of subframes including special subframes, a special subframe containing an uplink portion and a downlink portion separated from each other by a switching portion; and a rate matching unit adapted to map the stored data block onto the plurality of subframes using the circular buffer , wherein the mapping of bits onto two different special subframes starts from different respective positions in the circular buffer characterized by further comprising a pointer storage configured to store a special subframe pointer and a downlink subframe pointer different from the special subframe pointer respectively indicating bit positions within the circular buffer , wherein the special subframe pointer indicates a first position from which the data from the circular buffer are read and mapped onto a special subframe and is incremented for each subframe where data is mapped from the circular buffer onto a special subframe, and the downlink subframe pointer indicates a second position from which the data from the circular buffer are read and mapped onto a downlink subframe and is incremented for each subframe where data is mapped from the circular buffer onto a downlink subframe. a memory unit adapted to store a data block and to be operated as a circular buffer ; a transmission unit adapted to transmit the data block in a plurality of subframes including special subframes, a special subframe containing an uplink portion and a downlink portion separated from each other by a switching portion; and a rate matching unit adapted to map the stored data block onto the plurality of subframes using the circular buffer , wherein the mapping of bits onto two different special subframes starts from different respective positions in the circular buffer characterized by further comprising a pointer storage configured to store a special subframe pointer and a downlink subframe pointer different from the special subframe pointer respectively indicating bit positions within the circular buffer , wherein the special subframe pointer indicates a first position from which the data from the circular buffer are read and mapped onto a special subframe and is incremented for each subframe where data is mapped from the circular buffer onto a special subframe, and the downlink subframe pointer indicates a second position from which the data from the circular buffer are read and mapped onto a downlink subframe and is incremented for each subframe where data is mapped from the circular buffer onto a downlink subframe.
A flow battery, comprising: a first electrode and a second electrode, a membrane and a solution having a reversible redox couple reactant, wherein the solution wets the membrane, said membrane: having an area specific resistance of less than four hundred twenty five milliohms - square centimeter across the membrane; being operable to transfer ionic current between the first electrode and the second electrode at a current density greater than one hundred milliamps per square centimetre; having a thickness of less than one hundred twenty five micrometers; and wherein the membrane is an ion exchange membrane constructed from a single layer of perfluoroalkyl sulfonimide ionomer. a first electrode and a second electrode, a membrane and a solution having a reversible redox couple reactant, wherein the solution wets the membrane, said membrane: having an area specific resistance of less than four hundred twenty five milliohms - square centimeter across the membrane; being operable to transfer ionic current between the first electrode and the second electrode at a current density greater than one hundred milliamps per square centimetre; having a thickness of less than one hundred twenty five micrometers; and having an area specific resistance of less than four hundred twenty five milliohms - square centimeter across the membrane; being operable to transfer ionic current between the first electrode and the second electrode at a current density greater than one hundred milliamps per square centimetre; having a thickness of less than one hundred twenty five micrometers; and wherein the membrane is an ion exchange membrane constructed from a single layer of perfluoroalkyl sulfonimide ionomer.
A method for receiving, at a receiver, a partial retransmission from a sender, the method comprising: receiving a control information message indicating a transmission to be received in a Transmission Time Interval, TTI, comprising a plurality of symbols, the transmission comprising retransmitted data in a subset of the plurality of symbols of the TTI, the retransmitted data comprising a subset of code blocks of a previously transmitted transport block; receiving the transmission comprising the retransmitted data; based on a mapping indicator indicating the subset of the plurality of symbols of the TTI, the mapping indicator being comprised in the received control information message, determining a symbol location of the retransmitted data within the TTI of the transmission; and decoding the retransmitted data at the determined symbol location. receiving a control information message indicating a transmission to be received in a Transmission Time Interval, TTI, comprising a plurality of symbols, the transmission comprising retransmitted data in a subset of the plurality of symbols of the TTI, the retransmitted data comprising a subset of code blocks of a previously transmitted transport block; receiving the transmission comprising the retransmitted data; based on a mapping indicator indicating the subset of the plurality of symbols of the TTI, the mapping indicator being comprised in the received control information message, determining a symbol location of the retransmitted data within the TTI of the transmission; and decoding the retransmitted data at the determined symbol location.
Household appliance , having - a treatment chamber for treating material (G), - at least one pattern luminaire (6; 6-1, 6-2), which is designed to radiate at least one light pattern (L), in the form of a line pattern, a grid pattern or a triangular pattern, into the treatment chamber , and - at least one image sensor (10; 10-1, 10-2) directed into the treatment chamber for capturing the at least one light pattern (L 1 , L 2 ) reflected from the treatment chamber , characterised in that - the household appliance comprises a motor , - the pattern luminaire (6; 6-1, 6-2) can be rotated by means of the motor and - the household appliance is designed to superimpose at least two reflected light patterns (L 1 , L 2 ) associated with different angles of rotation (D 1 , D 2 ) of the at least one pattern luminaire (6; 6-1, 6-2) and to determine at least one item of contour information from material (G) irradiated by the light pattern (L 1 , L 2 ) from the distortion of the superimposed reflected light patterns compared with at least one reflected light pattern superimposed from an unloaded treatment chamber . - a treatment chamber for treating material (G), - at least one pattern luminaire (6; 6-1, 6-2), which is designed to radiate at least one light pattern (L), in the form of a line pattern, a grid pattern or a triangular pattern, into the treatment chamber , and - at least one image sensor (10; 10-1, 10-2) directed into the treatment chamber for capturing the at least one light pattern (L 1 , L 2 ) reflected from the treatment chamber , characterised in that - the household appliance comprises a motor , - the pattern luminaire (6; 6-1, 6-2) can be rotated by means of the motor and - the household appliance is designed to superimpose at least two reflected light patterns (L 1 , L 2 ) associated with different angles of rotation (D 1 , D 2 ) of the at least one pattern luminaire (6; 6-1, 6-2) and to determine at least one item of contour information from material (G) irradiated by the light pattern (L 1 , L 2 ) from the distortion of the superimposed reflected light patterns compared with at least one reflected light pattern superimposed from an unloaded treatment chamber .
A method for determining a reporting time of a channel status information, CSI, report, comprising: receiving , by user equipment, UE, a configuration message sent by a base station, and determining, according to the configuration message, which secondary cells report CSI reports by using a physical uplink control channel, PUCCH, of a primary cell and which secondary cells report CSI reports by using a PUCCH of a first secondary cell different from the PUCCH of the primary cell; receiving , by the UE, a secondary cell activation command that is sent by the base station and that carries a cell identity corresponding to a second secondary cell; and determining , by the UE according to whether the PUCCH used by the second secondary cell to report the CSI report is the PUCCH of the primary cell or the PUCCH of the first secondary cell and the secondary cell activation command, a reporting time of the CSI report of the second secondary cell. receiving , by user equipment, UE, a configuration message sent by a base station, and determining, according to the configuration message, which secondary cells report CSI reports by using a physical uplink control channel, PUCCH, of a primary cell and which secondary cells report CSI reports by using a PUCCH of a first secondary cell different from the PUCCH of the primary cell; receiving , by the UE, a secondary cell activation command that is sent by the base station and that carries a cell identity corresponding to a second secondary cell; and determining , by the UE according to whether the PUCCH used by the second secondary cell to report the CSI report is the PUCCH of the primary cell or the PUCCH of the first secondary cell and the secondary cell activation command, a reporting time of the CSI report of the second secondary cell.