mhurhangee/patent-ind-claim-en huggingface dataset:
A method for a user equipment, UE, operating in dual connectivity with a split bearer connected to a first base station and a second base station in a wireless communication system, the method comprising: receiving (S1501) an uplink, UL, data from an upper layer; triggering (S1503) a first buffer status reporting, BSR, for the first base station and a second BSR for the second base station when an amount of the UL data is above a threshold; transmitting (S1505), to the second base station, at least a part of the UL data using an UL grant received from the second base station; and cancelling (S1507) the triggered first BSR when an amount of data available for transmission to be transmitted to the first base station changes to zero after the transmission of the at least a part of the UL data, even if an UL grant in response to the triggered BSR is not received from the first base station, wherein, when an amount of remaining data available for transmission in a packet data convergence protocol, PDCP, entity is less than the threshold after the transmission of the at least a part of the UL data and when an amount of data available for transmission in a radio link control, RLC, entity configured for the first base station is zero, the amount of the data available for transmission to be transmitted to the first base station is changes to zero. receiving (S1501) an uplink, UL, data from an upper layer; triggering (S1503) a first buffer status reporting, BSR, for the first base station and a second BSR for the second base station when an amount of the UL data is above a threshold; transmitting (S1505), to the second base station, at least a part of the UL data using an UL grant received from the second base station; and cancelling (S1507) the triggered first BSR when an amount of data available for transmission to be transmitted to the first base station changes to zero after the transmission of the at least a part of the UL data, even if an UL grant in response to the triggered BSR is not received from the first base station, wherein, when an amount of remaining data available for transmission in a packet data convergence protocol, PDCP, entity is less than the threshold after the transmission of the at least a part of the UL data and when an amount of data available for transmission in a radio link control, RLC, entity configured for the first base station is zero, the amount of the data available for transmission to be transmitted to the first base station is changes to zero.
Refrigeration appliance, in particular a household refrigerator, with a carcass comprising an interior enclosed by walls and an open front, characterised in that at least one recess (8; 17) sealed by a translucent pane is formed in a wall of the carcass extending from the front of the carcass in the depth direction, at least one light-emitting diode module being accommodated in said recess, wherein the pane is at least locally clear and a light cone of the module is completely within the interior , wherein a region of the pane transilluminated by the light cone is devoid of sharp edges, wherein the module comprises a light-emitting diode and a reflector surrounding the light-emitting diode , wherein the recess (8; 17) is prism-shaped in cross-section, and that the module is disposed on a front side of the prism, wherein the front side of the prism spans an intermediate angle (a) in relation to the pane ranging from 60° to 75°, wherein the front side and a back side of the prism include an obtuse intermediate angle, wherein the recess is provided on one of the lateral walls of the carcass .
A method for charging a lithium-ion secondary battery, comprising: charging a lithium-ion secondary battery by performing constant-current charge until a set voltage is reached, or by performing constant-current charge until a set voltage is reached followed by performing constant-voltage charge at the set voltage for 30 minutes or less, wherein the set voltage is from 3.4 V to 3.8 V, the lithium-ion secondary battery comprising: a positive electrode comprising a positive electrode active material comprising a spinel-type lithium nickel manganese complex oxide; a negative electrode comprising a negative electrode active material comprising a lithium titanium complex oxide; and an electrolytic solution comprising a nonaqueous solvent comprising dimethyl carbonate, wherein a content of the dimethyl carbonate is more than 70% by volume with respect to a total amount of the nonaqueous solvent, and a capacity ratio between a negative electrode capacity of the negative electrode and a positive electrode capacity of the positive electrode (negative electrode capacity/positive electrode capacity) is 1 or less. a positive electrode comprising a positive electrode active material comprising a spinel-type lithium nickel manganese complex oxide; a negative electrode comprising a negative electrode active material comprising a lithium titanium complex oxide; and an electrolytic solution comprising a nonaqueous solvent comprising dimethyl carbonate, wherein a content of the dimethyl carbonate is more than 70% by volume with respect to a total amount of the nonaqueous solvent, and a capacity ratio between a negative electrode capacity of the negative electrode and a positive electrode capacity of the positive electrode (negative electrode capacity/positive electrode capacity) is 1 or less.
A sheet processing system (A) comprising: a first sheet processing apparatus that transports and stores a sheet in one of short-edge leading orientation and long-edge leading orientation; a sheet housing section that stores the sheet in the other of the short-edge leading orientation and the long-edge leading orientation; and an orientation changing section that changes transport orientation of the sheet between the short-edge leading orientation and the long-edge leading orientation; characterized in that the sheet housing section is configured to be detachable with respect to a second sheet processing apparatus and is used to transfer the sheet between the first sheet processing apparatus and the second sheet processing apparatus ; the second sheet processing apparatus transports and stores the sheet in the other of the short-edge leading orientation and the long-edge leading orientation; and the orientation changing section transports the sheet between the first sheet processing apparatus and the sheet housing section and changes transport orientation of the sheet which is being transported between the short-edge leading orientation and the long-edge leading orientation. a first sheet processing apparatus that transports and stores a sheet in one of short-edge leading orientation and long-edge leading orientation; a sheet housing section that stores the sheet in the other of the short-edge leading orientation and the long-edge leading orientation; and an orientation changing section that changes transport orientation of the sheet between the short-edge leading orientation and the long-edge leading orientation; the sheet housing section is configured to be detachable with respect to a second sheet processing apparatus and is used to transfer the sheet between the first sheet processing apparatus and the second sheet processing apparatus ; the second sheet processing apparatus transports and stores the sheet in the other of the short-edge leading orientation and the long-edge leading orientation; and the orientation changing section transports the sheet between the first sheet processing apparatus and the sheet housing section and changes transport orientation of the sheet which is being transported between the short-edge leading orientation and the long-edge leading orientation.
A multi-phase electromagnetic relay, comprising: a plurality of lead-out structures, each of the plurality of lead-out structures comprising an input terminal and an output terminal , a plurality of movable-static contact matching structure , respectively provided between the input terminal and the output terminal of each of the plurality of lead-out structures, wherein all the plurality of input terminals are arranged on one side of the movable-static contact matching structures , and all the plurality of output terminals are arranged on another side of the movable-static contact matching structures , wherein the plurality of input terminals are spaced from each other, and are not crossing, the plurality of output terminals are spaced from each other, and are not crossing, the plurality of input terminals and the plurality of output terminals are spaced from each other, and are not crossing, characterised in that external connection ends of the plurality of input terminals and the plurality of output terminals both extend in a same direction, both the external connection end of the input terminal and the external connection end of the output terminal of each of the plurality of lead-out structures are oppositely disposed on two sides of a movable-static contact matching structure of the movable-static contact matching structure . a plurality of lead-out structures, each of the plurality of lead-out structures comprising an input terminal and an output terminal , a plurality of movable-static contact matching structure , respectively provided between the input terminal and the output terminal of each of the plurality of lead-out structures, wherein all the plurality of input terminals are arranged on one side of the movable-static contact matching structures , and all the plurality of output terminals are arranged on another side of the movable-static contact matching structures , wherein the plurality of input terminals are spaced from each other, and are not crossing, the plurality of output terminals are spaced from each other, and are not crossing, the plurality of input terminals and the plurality of output terminals are spaced from each other, and are not crossing, characterised in that external connection ends of the plurality of input terminals and the plurality of output terminals both extend in a same direction, both the external connection end of the input terminal and the external connection end of the output terminal of each of the plurality of lead-out structures are oppositely disposed on two sides of a movable-static contact matching structure of the movable-static contact matching structure .
A vulcanized rubber composition containing styrene-butadiene rubber and a resin, wherein an amount of the styrene-butadiene rubber contained in 100% by mass of a rubber component is 10 to 100% by mass, 5 to 200 parts by mass of the resin are contained per 100 parts by mass of the rubber component, and, when transmission measurement by Fourier-transform infrared spectroscopy is performed both before and after acetone extraction, a peak around 1600 cm -1 is shifted by not less than 0.9 cm -1 between before and after the acetone extraction. an amount of the styrene-butadiene rubber contained in 100% by mass of a rubber component is 10 to 100% by mass, 5 to 200 parts by mass of the resin are contained per 100 parts by mass of the rubber component, and, when transmission measurement by Fourier-transform infrared spectroscopy is performed both before and after acetone extraction, a peak around 1600 cm -1 is shifted by not less than 0.9 cm -1 between before and after the acetone extraction.
A transponder , comprising: digital logic for processing one or more portions of a data frame; a status detection unit configured to detect a status of a data frame reception or data frame transmission; a clock gating unit configured to apply clock gating to said digital logic in dependence on the status of said data frame reception or data frame transmission, wherein said clock gating comprises stalling a clock to the digital logic and/or preventing a system clock signal from reaching the digital logic; characterized in that the transponder further comprises an analog demodulator configured to detect a Miller pause and to convert said Miller pause to a digital signal, a Miller pause being a period in which a logical bit is amplitude modulated by a reader; wherein detecting the status of the data frame reception comprises detecting an end of said Miller pause by detecting a transition of said digital signal; and wherein the clock gating unit is configured to apply said clock gating after said Miller pause. digital logic for processing one or more portions of a data frame; a status detection unit configured to detect a status of a data frame reception or data frame transmission; a clock gating unit configured to apply clock gating to said digital logic in dependence on the status of said data frame reception or data frame transmission, wherein said clock gating comprises stalling a clock to the digital logic and/or preventing a system clock signal from reaching the digital logic; characterized in that the transponder further comprises an analog demodulator configured to detect a Miller pause and to convert said Miller pause to a digital signal, a Miller pause being a period in which a logical bit is amplitude modulated by a reader; wherein detecting the status of the data frame reception comprises detecting an end of said Miller pause by detecting a transition of said digital signal; and wherein the clock gating unit is configured to apply said clock gating after said Miller pause.
A method comprising: receiving image data associated with a plume of gas, the image data including a plurality of image frames; determining plume analysis data using the received image data and a first predictive model trained to receive image data and, in response to the receiving, generate plume analysis data associated with the plume of gas, the plume analysis data including a plume prediction segmentation mask associated with the plume of gas and predicted in relation to a sequence of image frames included in the image data; determining , for the plume of gas, at least one of a leak size estimation, a leak source estimation, and a volumetric leak rate estimation; providing the leak size estimation, the leak source estimation, the volumetric leak rate estimation, and the plume analysis data, wherein the plume analysis data is provided as an overlay atop the image data; and transmitting the plume analysis data overlaid atop the image data, wherein at least one of the receiving, the determining, the providing, and the transmitting is performed by at least one data processor forming part of at least one computing system; characterized in that the plume prediction segmentation mask includes a pixel-wise segmentation delineating a boundary of the plume of gas predicted via the first predictive model that is overlaid atop a pixel-wise depiction of a ground-truth segmentation mask including annotation data associated with the sequence of image-frames and provided by a user training the first predictive model. receiving image data associated with a plume of gas, the image data including a plurality of image frames; determining plume analysis data using the received image data and a first predictive model trained to receive image data and, in response to the receiving, generate plume analysis data associated with the plume of gas, the plume analysis data including a plume prediction segmentation mask associated with the plume of gas and predicted in relation to a sequence of image frames included in the image data; determining , for the plume of gas, at least one of a leak size estimation, a leak source estimation, and a volumetric leak rate estimation; providing the leak size estimation, the leak source estimation, the volumetric leak rate estimation, and the plume analysis data, wherein the plume analysis data is provided as an overlay atop the image data; and transmitting the plume analysis data overlaid atop the image data, wherein at least one of the receiving, the determining, the providing, and the transmitting is performed by at least one data processor forming part of at least one computing system; characterized in that the plume prediction segmentation mask includes a pixel-wise segmentation delineating a boundary of the plume of gas predicted via the first predictive model that is overlaid atop a pixel-wise depiction of a ground-truth segmentation mask including annotation data associated with the sequence of image-frames and provided by a user training the first predictive model.
A handle for a personal care implement , the handle comprising a connector for repeatedly attaching and detaching a head to and from the handle , the handle having a longitudinal extension extending between a proximal end closest to the head and a distal end , the distal end being opposite the proximal end , the handle further comprising: - a core structure , the core structure and the connector being unitarily made to form a core-connector unit , and - a second component at least partially covering the core structure , characterized in that the core structure has a longitudinal extension extending along the longitudinal extension of the handle , the core structure comprising at least two protrusions interlocking with the second component . - a core structure , the core structure and the connector being unitarily made to form a core-connector unit , and - a second component at least partially covering the core structure , characterized in that
Tongue device for a railway point, comprising a tongue which is arranged between a stock rail and an auxiliary rail and runs on at least one slide plate , wherein the stock rail and the auxiliary rail are arranged on a base plate , wherein the stock rail comprises at least one opening in its stock-rail web and/or the auxiliary rail comprises at least one opening in its auxiliary-rail web, wherein the slide plate abuts the web in the opening, characterised in that the slide plate is continuously welded to the stock rail and/or the auxiliary rail in parallel with the longitudinal extension of the slide plate up to the region of the openings.
A method of forming a food product (P) comprising: supplying a bar-like food item (PB) or a thin-piece outer material from a supply device downwardly through a shutter device onto a support member , the outer material having an upper surface onto which an inner material has been disposed, the shutter device including a plurality of shutter pieces capable of opening and closing, the shutter device and the support member being vertically movable, supporting the bar-like food item (PB) or the outer material (D) from its lower side by the support member , and closing the plurality of shutter pieces to cut the bar-like food item (PB), or to seal a periphery of the outer material above the inner material, characterized in that an uppermost position of the support member is calculated based on a target weight of the food product (P) and a thickness (T) of the shutter piece to determine a vertical-movement trajectory of the support member . supplying a bar-like food item (PB) or a thin-piece outer material from a supply device downwardly through a shutter device onto a support member , the outer material having an upper surface onto which an inner material has been disposed, the shutter device including a plurality of shutter pieces capable of opening and closing, the shutter device and the support member being vertically movable, supporting the bar-like food item (PB) or the outer material (D) from its lower side by the support member , and closing the plurality of shutter pieces to cut the bar-like food item (PB), or to seal a periphery of the outer material above the inner material, characterized in that an uppermost position of the support member is calculated based on a target weight of the food product (P) and a thickness (T) of the shutter piece to determine a vertical-movement trajectory of the support member .
A computer-implemented method for analysis of a repair for a structure including component parts, the method comprising: identifying a plurality of component parts of the structure that have common material properties and common geometric constraints, and that are identified from a lay-up design of the structure ; determining a generic repair component for the plurality of the component parts, the generic repair component having the common material properties and the common geometric constraints; and for a component part of the plurality of component parts , extracting a set of loads from a loads model of the structure, the loads model representing the structure in an undamaged state ; redistributing the set of extracted loads using a loads redistribution model in which a representation of a damaged or defective portion of the component part is replaced or coupled with a representation of the generic repair component, the set of extracted loads thereby being a set of redistributed loads that indicate loading incurred by the generic repair component under external loads applied to the loads model ; performing an analysis using the set of redistributed loads to determine a margin of safety for the generic repair component under the set of extracted loads; and in at least one instance in which the margin of safety is positive , outputting the material properties and geometric constraints of the generic repair component of the at least one instance to a fabrication system for production thereof, the generic repair component being suitable for repairing the component part . identifying a plurality of component parts of the structure that have common material properties and common geometric constraints, and that are identified from a lay-up design of the structure ; determining a generic repair component for the plurality of the component parts, the generic repair component having the common material properties and the common geometric constraints; and for a component part of the plurality of component parts , extracting a set of loads from a loads model of the structure, the loads model representing the structure in an undamaged state ; redistributing the set of extracted loads using a loads redistribution model in which a representation of a damaged or defective portion of the component part is replaced or coupled with a representation of the generic repair component, the set of extracted loads thereby being a set of redistributed loads that indicate loading incurred by the generic repair component under external loads applied to the loads model ; performing an analysis using the set of redistributed loads to determine a margin of safety for the generic repair component under the set of extracted loads; and in at least one instance in which the margin of safety is positive , outputting the material properties and geometric constraints of the generic repair component of the at least one instance to a fabrication system for production thereof, the generic repair component being suitable for repairing the component part .
A sheath for a fan airfoil having a leading edge and a trailing edge in a chordwise direction, a root and a tip in a spanwise direction, a pressure side and a suction side, the sheath comprising: a solid portion to cover the leading edge ; a first flank to bond to the pressure side; a second flank to bond to the suction side; and wherein the dimensions of the sheath are varied with respect to the spanwise direction of the blade; characterised in that the length of the first flank in the chordwise direction, when moving in the spanwise direction from the root to the tip of the airfoil, is increased to cover more of the pressure side, reaching a maximum length at a location between 70% to 80% of the span of the airfoil. a solid portion to cover the leading edge ; a first flank to bond to the pressure side; a second flank to bond to the suction side; and wherein the dimensions of the sheath are varied with respect to the spanwise direction of the blade; characterised in that the length of the first flank in the chordwise direction, when moving in the spanwise direction from the root to the tip of the airfoil, is increased to cover more of the pressure side, reaching a maximum length at a location between 70% to 80% of the span of the airfoil.