mhurhangee/patent-ind-claim-en huggingface dataset:
An accessory removably attachable to a camera body and including a terminal holding unit on which a plurality of terminals are arranged, the accessory comprising: a first terminal (LDET(L)) for causing the camera body to detect that the accessory is attached thereto; a second terminal (VBAT(L))through which a first power is supplied from the camera body; a third terminal (PGND(L)) used as a ground terminal corresponding to the first power; a fourth terminal (V33(L)) through which a second power is supplied from the camera body; a fifth terminal (GND(L)) used as a ground terminal corresponding to the second power; a sixth terminal (RDY(L)) used to indicate whether or not communication with the camera body is allowed; an eighth terminal (CLK(L)) that receives a first clock signal from the camera body; a seventh terminal (DATAB(L)) that receives a first data signal from the camera body in synchronization with the first clock signal; a ninth terminal (DATAL(L)) that outputs a third data signal to the camera body in synchronization with the first clock signal; a tenth terminal HCLK(L)) that outputs a second clock signal to the camera body; and an eleventh terminal HDATA(L)) that outputs a second data signal to the camera body in synchronization with the second clock signal, wherein: the eighth terminal is positioned between the seventh terminal and the ninth terminal, and the tenth terminal is positioned between the ninth terminal and the eleventh terminal. a first terminal (LDET(L)) for causing the camera body to detect that the accessory is attached thereto; a second terminal (VBAT(L))through which a first power is supplied from the camera body; a third terminal (PGND(L)) used as a ground terminal corresponding to the first power; a fourth terminal (V33(L)) through which a second power is supplied from the camera body; a fifth terminal (GND(L)) used as a ground terminal corresponding to the second power; a sixth terminal (RDY(L)) used to indicate whether or not communication with the camera body is allowed; an eighth terminal (CLK(L)) that receives a first clock signal from the camera body; a seventh terminal (DATAB(L)) that receives a first data signal from the camera body in synchronization with the first clock signal; a ninth terminal (DATAL(L)) that outputs a third data signal to the camera body in synchronization with the first clock signal; a tenth terminal HCLK(L)) that outputs a second clock signal to the camera body; and an eleventh terminal HDATA(L)) that outputs a second data signal to the camera body in synchronization with the second clock signal, wherein: the eighth terminal is positioned between the seventh terminal and the ninth terminal, and the tenth terminal is positioned between the ninth terminal and the eleventh terminal.
Prefabricated structural wall system for a building, particularly of the low-rise type, comprising a set of wall elements including beams , a plurality of main structural members consisting of mutually cooperating columns and said beams ; wherein said mutually cooperating columns and beams form a structural building framework and are provided with connection means between them for mutually connecting said main structural members, and a series of hollow steel sections arranged vertically respective said beams within said wall elements , wherein said main structural members are made of steel, wherein said wall elements comprise at least two composite wythes made of a heavy material, particularly reinforced concrete or a concrete-like material in parallel, and a thermal insulation layer embedded in-between both said wythes , wherein said wythes are each reinforced with a steel bar mesh , which are interconnected with said hollow steel sections by means of sheer connectors , wherein said wythes are positioned on either side of said hollow steel sections , wherein said wall elements are formulated by a composite combination of precast wythes and hollow steel sections in the form of a composite sandwich-panel and said beam . a plurality of main structural members consisting of mutually cooperating columns and said beams ; wherein said mutually cooperating columns and beams form a structural building framework and are provided with connection means between them for mutually connecting said main structural members, and a series of hollow steel sections arranged vertically respective said beams within said wall elements , wherein said main structural members are made of steel, wherein said wall elements comprise at least two composite wythes made of a heavy material, particularly reinforced concrete or a concrete-like material in parallel, and a thermal insulation layer embedded in-between both said wythes , wherein said wythes are each reinforced with a steel bar mesh , which are interconnected with said hollow steel sections by means of sheer connectors , wherein said wythes are positioned on either side of said hollow steel sections , wherein said wall elements are formulated by a composite combination of precast wythes and hollow steel sections in the form of a composite sandwich-panel and said beam .
A system for determining the state of charge of a battery; the system comprising: a battery model having an input configured to receive an estimated state of charge value, the battery model being configured to generate at least one voltage loss output from which an estimated battery voltage is determined, the or each voltage loss output being representative of the contributions to voltage loss due to a parameter; and a comparator configured to determine a voltage error between the estimated battery voltage and the actual battery voltage, the system characterised in that : the battery model is configured to modify an adaptive state of charge weight based on the determined voltage error, wherein the state of charge is determined by modifying the estimated state of charge with the adaptive state of charge weight, and wherein the battery model is configured to back propagate the voltage error to modify the adaptive state of charge weight. a battery model having an input configured to receive an estimated state of charge value, the battery model being configured to generate at least one voltage loss output from which an estimated battery voltage is determined, the or each voltage loss output being representative of the contributions to voltage loss due to a parameter; and a comparator configured to determine a voltage error between the estimated battery voltage and the actual battery voltage, the system characterised in that : the battery model is configured to modify an adaptive state of charge weight based on the determined voltage error, wherein the state of charge is determined by modifying the estimated state of charge with the adaptive state of charge weight, and wherein the battery model is configured to back propagate the voltage error to modify the adaptive state of charge weight. the battery model is configured to modify an adaptive state of charge weight based on the determined voltage error, wherein the state of charge is determined by modifying the estimated state of charge with the adaptive state of charge weight, and wherein the battery model is configured to back propagate the voltage error to modify the adaptive state of charge weight.
A gate with a gate leaf movable along a path predefined by a guide rail arrangement between a closed position, in which it is arranged approximately on a vertical plane, and an open position, in which it is arranged overhead approximately on a horizontal plane, said gate leaf having a plurality of gate leaf members arranged one behind the other in the direction of the gate leaf movement and connected to each other in an articulated manner relative to axes of articulation running perpendicular to the predefined path, wherein the guide rail arrangement has two guide rails arranged in the area of the lateral edges of the gate leaf running parallel to the predefined path, each of which has: a first section running approximately parallel to a lateral edge of the gate leaf in the closed position approximately in the direction of gravity and substantially approximately rectilinearly; a second section running approximately parallel to a lateral edge of the gate leaf in the open position substantially rectilinearly and approximately in a horizontal direction; and an arched section joining the rectilinear sections to each other, wherein a pretensioning device , which forces the gate leaf in the open position towards the closed position and which is fixed, with the help of a fixing device, relative to the second rectilinear section , is attached in the area of the end of the second rectilinear section facing away from the arched section, characterised in that the fixing device comprises a plug connection arrangement and in particular has a fixing tab which can be inserted into a corresponding recess .
A fault monitoring system in an aircraft, the fault monitoring system comprising: a plurality of sensors located at selected nodes in an electrical network of the aircraft, each sensor having a local memory, and each sensor arranged to transmit data, a processor having a fault diagnosis algorithm, the processor remote from the plurality of sensors and commonly accessible to the plurality of sensors through a communication network, a memory connected to the processor, a data collection algorithm in one of the processor or the plurality of sensors, wherein each sensor is configured to continuously monitor voltage and current of the electrical network at its selected node and to transmit data representative of the monitored voltage and current to the processor, and wherein upon the occurrence of a fault event as identified by the fault diagnosis algorithm, the data collection algorithm selects a subset of the data related to the fault event including at least a portion of the continuously monitored voltage and current immediately preceding the fault event and at least one sensor transmits a selected subset of the data to the processor for storing in the memory . a plurality of sensors located at selected nodes in an electrical network of the aircraft, each sensor having a local memory, and each sensor arranged to transmit data, a processor having a fault diagnosis algorithm, the processor remote from the plurality of sensors and commonly accessible to the plurality of sensors through a communication network, a memory connected to the processor, a data collection algorithm in one of the processor or the plurality of sensors, wherein each sensor is configured to continuously monitor voltage and current of the electrical network at its selected node and to transmit data representative of the monitored voltage and current to the processor, and wherein upon the occurrence of a fault event as identified by the fault diagnosis algorithm, the data collection algorithm selects a subset of the data related to the fault event including at least a portion of the continuously monitored voltage and current immediately preceding the fault event and at least one sensor transmits a selected subset of the data to the processor for storing in the memory .
A mobile communication device , configured in accordance with a Long Term Evolution communications technology, comprising an RF transceiver and a baseband processing circuit adapted to interact with the RF transceiver to transmit and receive radio signals on a communication network, the baseband processing circuit configured to: obtain a plurality of channel quality metrics for a plurality of cells; assign a plurality of cell measurement priority rankings to the plurality of cells based on the plurality of channel quality metrics; identify one or more undetectable cells of the plurality of cells as undetectable based on the plurality of channel quality metrics; identify one or more detectable cells of the plurality of cells as detectable based on the plurality of channel quality metrics; assign one or more of the detectable cells having higher respective channel quality metrics a lower cell measurement priority ranking than one or more of the detectable cells having lower respective channel quality metrics; based on the plurality of cell measurement priority rankings, select one or more target cells of the plurality of cells to measure during one or more Positioning Reference Signal, PRS, occasions to obtain a plurality of Reference Signal Time Difference, RSTD, measurements; ensure that cells with a higher measurement priority ranking are measured more often than cells with a lower measurement priority ranking; and report the plurality of RSTD measurements to a communication network. obtain a plurality of channel quality metrics for a plurality of cells; assign a plurality of cell measurement priority rankings to the plurality of cells based on the plurality of channel quality metrics; identify one or more undetectable cells of the plurality of cells as undetectable based on the plurality of channel quality metrics; identify one or more detectable cells of the plurality of cells as detectable based on the plurality of channel quality metrics; assign one or more of the detectable cells having higher respective channel quality metrics a lower cell measurement priority ranking than one or more of the detectable cells having lower respective channel quality metrics; based on the plurality of cell measurement priority rankings, select one or more target cells of the plurality of cells to measure during one or more Positioning Reference Signal, PRS, occasions to obtain a plurality of Reference Signal Time Difference, RSTD, measurements; ensure that cells with a higher measurement priority ranking are measured more often than cells with a lower measurement priority ranking; and report the plurality of RSTD measurements to a communication network.
A rooftop mount device for connecting to a roof of a container and attaching exercise equipment thereto, the rooftop mount device comprising: at least two connection members that are attachable to a roof of a container; and at least one horizontal stabilization member for connecting between two opposing connection members of the at least two connection members when the rooftop mount device is attached to the roof of the container; wherein exercise equipment is connectable to the rooftop mount device at the connection members, at the horizontal stabilization member, or at both; wherein the exercise equipment is adjustably attachable both horizontally and vertically at a plurality of connection points on the connection members and the horizontal stabilization member; and wherein the at least two connection members each comprise a vertical portion at and a tab protruding from one side, wherein the tab is sized and shaped to fit into an aperture of a corner casting of the container to permit installation of the at least two connection members without tools. at least two connection members that are attachable to a roof of a container; and at least one horizontal stabilization member for connecting between two opposing connection members of the at least two connection members when the rooftop mount device is attached to the roof of the container; wherein exercise equipment is connectable to the rooftop mount device at the connection members, at the horizontal stabilization member, or at both; wherein the exercise equipment is adjustably attachable both horizontally and vertically at a plurality of connection points on the connection members and the horizontal stabilization member; and wherein the at least two connection members each comprise a vertical portion at and a tab protruding from one side, wherein the tab is sized and shaped to fit into an aperture of a corner casting of the container to permit installation of the at least two connection members without tools.
A seal plate for a rotary machine, the seal plate comprising: a hub centered on a central axis of the rotary machine; a disk portion extending radially outwards from the hub; and a continuous exterior solid surface ; and a variable lattice structure including intersecting members and voids between the intersecting members in an interior of the hub and the disk portion , wherein the variable lattice structure is surrounded by the exterior solid surface , and characterized in that the variable lattice structure comprises: a first region of the seal plate having a first lattice structure; and a second region of the seal plate having a second lattice structure; wherein the second lattice structure of the second region is denser than the first lattice structure of the first region ; and wherein the second region is a deflection region, a stress region, or an energy containment region of the seal plate . a hub centered on a central axis of the rotary machine; a disk portion extending radially outwards from the hub; and a continuous exterior solid surface ; and a variable lattice structure including intersecting members and voids between the intersecting members in an interior of the hub and the disk portion , wherein the variable lattice structure is surrounded by the exterior solid surface , and characterized in that the variable lattice structure comprises: a first region of the seal plate having a first lattice structure; and a second region of the seal plate having a second lattice structure; wherein the second lattice structure of the second region is denser than the first lattice structure of the first region ; and wherein the second region is a deflection region, a stress region, or an energy containment region of the seal plate . a first region of the seal plate having a first lattice structure; and a second region of the seal plate having a second lattice structure; wherein the second lattice structure of the second region is denser than the first lattice structure of the first region ; and wherein the second region is a deflection region, a stress region, or an energy containment region of the seal plate .
A method for evaluating a subject having Waldenstrom's macroglobulinemia comprising: performing an assay on diseased B cells obtained from the subject to determine whether the diseased B cells contain a frameshift or nonsense mutation in the carboxyl-terminal cytoplasmic tail of the gene encoding CXCR4, wherein the presence of the mutation in the diseased B cell identifies the subject (i) as unlikely to be responsive to treatment with a BTK inhibitor and/or (ii) as a candidate for treatment with a BTK inhibitor in combination with a CXCR4 inhibitor, an AKT inhibitor and/or an ERK inhibitor.
A method for printing a decoration on the surface of a workpiece by means of digital printing equipment, the printing equipment comprising at least one application unit for applying a liquid to the workpiece and at least one dryer unit for drying the workpiece, the method comprising the following steps: a. providing information in an electric control unit of the printing equipment about the expected moisture of the workpiece to be dried, b. determining drying parameters with which the at least one dryer unit can be operated on the basis of the information provided, and c. drying the workpiece by means of at least one dryer unit using the determined drying parameters characterized in that , after drying by means of at least one dryer unit, the moisture of the surface of the workpiece is measured by means of at least one moisture sensor and compared with a predetermined target value, a measure of the deviation of the measured moisture from the predetermined target value being included in the future determination of the drying parameters. a. providing information in an electric control unit of the printing equipment about the expected moisture of the workpiece to be dried, b. determining drying parameters with which the at least one dryer unit can be operated on the basis of the information provided, and c. drying the workpiece by means of at least one dryer unit using the determined drying parameters
A strapping tool for tensioning and forming a sealless joint (J) in overlapping sections of steel strap (S) around a load (L), comprising: a body having a foot ; one or two electrically powered motor(s) ; a tensioning section including a tensioning wheel operably connected to one of said one or two motor(s) and configured to tension the strap (S); and a sealing section including a sealer operably connected to one of said one or two motor(s) and configured to form the sealless joint (J); characterized by a control system to control operation of the tool , wherein the sealing section includes a die cooperating with a punch to cut keys (K) in the overlapping sections of strap (S) during a sealing cycle, wherein the control system is configured to operate the one of said one or two motors operably connected to the tensioning wheel to tension the strap during a tensioning cycle and the strapping tool being characterized in that the control system is further configured to operate the one of said two motors operably connected to the tensioning wheel in a reverse direction following the sealing cycle to interlock the keys (K) cut in the overlapping sections of strap (S). a body having a foot ; one or two electrically powered motor(s) ; a tensioning section including a tensioning wheel operably connected to one of said one or two motor(s) and configured to tension the strap (S); and a sealing section including a sealer operably connected to one of said one or two motor(s) and configured to form the sealless joint (J); characterized by a control system to control operation of the tool , wherein the sealing section includes a die cooperating with a punch to cut keys (K) in the overlapping sections of strap (S) during a sealing cycle, wherein the control system is configured to operate the one of said one or two motors operably connected to the tensioning wheel to tension the strap during a tensioning cycle and the strapping tool being characterized in that the control system is further configured to operate the one of said two motors operably connected to the tensioning wheel in a reverse direction following the sealing cycle to interlock the keys (K) cut in the overlapping sections of strap (S).