mhurhangee/ep-ind-claims huggingface dataset:
An information processing device, wherein the information processing device is configured to be connected to a portable terminal and an imaging device provided in a mobile object, wherein a function of displaying an image is installed in the portable terminal, and comprises: an image acquisition unit configured to receive an image (Img) captured by the imaging device; a recognition unit configured to acquire a recognition result of a user of the portable terminal based on the received image (Img), wherein the recognition result includes a position (Pu) of the user; an image determination unit configured to determine an object based on the recognition result; and a display control unit configured to control display of the object, the object being added to the received image, on the portable terminal. an image acquisition unit configured to receive an image (Img) captured by the imaging device; a recognition unit configured to acquire a recognition result of a user of the portable terminal based on the received image (Img), wherein the recognition result includes a position (Pu) of the user; an image determination unit configured to determine an object based on the recognition result; and a display control unit configured to control display of the object, the object being added to the received image, on the portable terminal.
A system for a vehicle comprising: a vehicle computing system; an advanced driver assistance system, ADAS, image System on Chip, SoC wherein the ADAS image SoC is a single feature fixed function device included in the vehicle computing system; an ADAS controller; a vehicle on-board platform having at least one processor; one or more cameras associated with the ADAS image SoC; and at least one memory storing computer-executable instructions, wherein the at least one processor is configured to access the at least one memory and execute the computer-executable instructions to: receive from the ADAS image SoC a plurality of images taken by the one or more cameras; process the plurality of images to generate image data; determine an action based upon, at least in part, the image data; and transmit a message to the ADAS controller in response to determination of the action. a vehicle computing system; an advanced driver assistance system, ADAS, image System on Chip, SoC wherein the ADAS image SoC is a single feature fixed function device included in the vehicle computing system; an ADAS controller; a vehicle on-board platform having at least one processor; one or more cameras associated with the ADAS image SoC; and at least one memory storing computer-executable instructions, wherein the at least one processor is configured to access the at least one memory and execute the computer-executable instructions to: receive from the ADAS image SoC a plurality of images taken by the one or more cameras; process the plurality of images to generate image data; determine an action based upon, at least in part, the image data; and transmit a message to the ADAS controller in response to determination of the action. receive from the ADAS image SoC a plurality of images taken by the one or more cameras; process the plurality of images to generate image data; determine an action based upon, at least in part, the image data; and transmit a message to the ADAS controller in response to determination of the action.
A device for cutting connections of multi-piece module electrodes, comprising a stand, wherein the stand is provided with a workbench, and the workbench is connected with a height adjusting device; and further comprising an angle grinding device, wherein the angle grinding device comprises polishing shafts and angle grinders, the angle grinders are arranged on the polishing shafts, spacing between the angle grinders is adjustable along the polishing shafts, and each of the angle grinders is provided with a saw blade; the workbench or the angle grinding device is provided with a translation feed device configured for controlling a translation movement of the workbench or the angle grinding device; wherein the polishing shafts extend along left and right directions, at least two polishing shafts are corresponding to one of the angle grinders, and the polishing shafts are arranged along upper and lower directions; wherein a plurality of groups of polishing shafts are provided, each group of the polishing shafts is corresponding to a plurality of the angle grinders, and each group of the polishing shafts is arranged along front and back directions. further comprising an angle grinding device, wherein the angle grinding device comprises polishing shafts and angle grinders, the angle grinders are arranged on the polishing shafts, spacing between the angle grinders is adjustable along the polishing shafts, and each of the angle grinders is provided with a saw blade; the workbench or the angle grinding device is provided with a translation feed device configured for controlling a translation movement of the workbench or the angle grinding device; wherein the polishing shafts extend along left and right directions, at least two polishing shafts are corresponding to one of the angle grinders, and the polishing shafts are arranged along upper and lower directions; wherein a plurality of groups of polishing shafts are provided, each group of the polishing shafts is corresponding to a plurality of the angle grinders, and each group of the polishing shafts is arranged along front and back directions.
An apparatus for measuring a moving web comprising a caliper measuring sensor arrangement, a mass measuring sensor arrangement, and a stabilizing arrangement being configured to stabilize the web, characterized by the stabilizing arrangement comprising in an integrated manner at least a part of the mass measuring sensor arrangement and at least a part of the caliper measuring sensor arrangement, and the stabilizing arrangement being configured to withdraw gas from between the first surface of the web and a surface of the stabilizing arrangement; the caliper measuring sensor arrangement being configured to measure caliper of the web optically; and the mass measuring sensor arrangement comprising at least one microwave resonator sensor or at least one microwave transceiver sensor for measuring weight of the web on the basis of at least one of the following: a basis weight of the web and dry weight, and a water weight of the web on the basis of the following: water weight of the web, a moisture content of the web.
Device comprising a measuring transformer having a measuring probe, in which the device comprises a surge arrester having an arrester current path, and the measuring probe and the arrester current path are integrated in a combined measuring and arrester module, the combined measuring and arrester module is provided in a three-phase embodiment, three spur lines and three arrester current paths are arranged within a common housing, both the arrester current paths and the spur lines are respectively oriented essentially parallel to one another, and are respectively arranged at the vertices of a triangle, wherein the arrester current paths each comprise a varistor in their profile, characterized in that the measuring probes of the measuring transformer are each situated in the sides of the triangle, the measuring probes each comprise a winding, the winding axes of which lie parallel to the sides of the triangle formed by the arrester current paths, wherein the respective winding is configured to transform an electrical potential on the basis of the transformer principle. the device comprises a surge arrester having an arrester current path, and the measuring probe and the arrester current path are integrated in a combined measuring and arrester module, the combined measuring and arrester module is provided in a three-phase embodiment, three spur lines and three arrester current paths are arranged within a common housing, both the arrester current paths and the spur lines are respectively oriented essentially parallel to one another, and are respectively arranged at the vertices of a triangle, wherein the arrester current paths each comprise a varistor in their profile, characterized in that the measuring probes of the measuring transformer are each situated in the sides of the triangle, the measuring probes each comprise a winding, the winding axes of which lie parallel to the sides of the triangle formed by the arrester current paths, wherein the respective winding is configured to transform an electrical potential on the basis of the transformer principle.
Housing for a switch network, comprising: a plurality of switch blocks (12a-d), each of the switch blocks adapted to receive a radio frequency switch; and one or more interlink waveguides (13a, 13d, 13e) arranged to connect respective two switch blocks to each other and arranged externally with respect to the two switch blocks; characterized in that at least one of the interlink waveguides arranged externally with respect to the two switch blocks is integrally formed with at least one of the respective two switch blocks. a plurality of switch blocks (12a-d), each of the switch blocks adapted to receive a radio frequency switch; and one or more interlink waveguides (13a, 13d, 13e) arranged to connect respective two switch blocks to each other and arranged externally with respect to the two switch blocks; characterized in that at least one of the interlink waveguides arranged externally with respect to the two switch blocks is integrally formed with at least one of the respective two switch blocks.
A capacitor module comprising: - capacitor elements (101, 201a-201f) each comprising electrical terminals (102a, 102b), - a cooling structure (103, 203) for cooling the capacitor elements, the electrical terminals of the capacitor elements being mechanically connected to the cooling structure to be in heat-conductive relations with the cooling structure, - flexible connection elements (104a, 104b, 204a-204d) made of electrically conductive material, at least one of the electrical terminals of each of the capacitor elements being mechanically connected to the cooling structure via one of the flexible connection elements so as to allow the electrical terminal under consideration to move with respect to the cooling structure, - an electrically insulating membrane (105, 205a, 205b) between the cooling structure and one or more of the flexible connection elements, and - one or more connection plates made of electrically conductive material and arranged to provide galvanic connections between the capacitor elements so that one ends of the flexible connection elements (204b, 204c) are pressed between the connection plates and the electrically insulating membrane, characterized in that the capacitor module further comprises one or more insulator plates (209a, 209b) comprising electrically insulating material, and pressing devices for pressing the insulator plates towards the cooling structure so that the connection plates are pressed between the insulator plates and the ends of the flexible connection elements. - capacitor elements (101, 201a-201f) each comprising electrical terminals (102a, 102b), - a cooling structure (103, 203) for cooling the capacitor elements, the electrical terminals of the capacitor elements being mechanically connected to the cooling structure to be in heat-conductive relations with the cooling structure, - flexible connection elements (104a, 104b, 204a-204d) made of electrically conductive material, at least one of the electrical terminals of each of the capacitor elements being mechanically connected to the cooling structure via one of the flexible connection elements so as to allow the electrical terminal under consideration to move with respect to the cooling structure, - an electrically insulating membrane (105, 205a, 205b) between the cooling structure and one or more of the flexible connection elements, and - one or more connection plates made of electrically conductive material and arranged to provide galvanic connections between the capacitor elements so that one ends of the flexible connection elements (204b, 204c) are pressed between the connection plates and the electrically insulating membrane,
An overhead stowage compartment for a passenger transport vehicle, the compartment comprising: a compartment body having an opening to provide access to an interior space of the compartment body; a first hinge arranged at a back side of the compartment body opposite to the opening, the first hinge allowing the compartment body to rotate around a first fixed axis; a flap; a sliding joint (130, 140) connecting the flap to an upper side of the compartment body; and a second hinge allowing the flap to rotate from a closed position to an open position around a second fixed axis, wherein the flap has a first flap portion and a second flap portion arranged at an angle to one another in a cross-section of the stowage compartment substantially perpendicular to the first and second fixed axis, the second hinge being arranged at a junction of the first and second flap portions, and wherein the sliding joint (130, 140) is arranged at the first flap portion, wherein the first flap portion is shorter than the second flap portion, and wherein the second flap portion is configured to close the opening of the compartment body. a compartment body having an opening to provide access to an interior space of the compartment body; a first hinge arranged at a back side of the compartment body opposite to the opening, the first hinge allowing the compartment body to rotate around a first fixed axis; a flap; a sliding joint (130, 140) connecting the flap to an upper side of the compartment body; and a second hinge allowing the flap to rotate from a closed position to an open position around a second fixed axis, wherein the flap has a first flap portion and a second flap portion arranged at an angle to one another in a cross-section of the stowage compartment substantially perpendicular to the first and second fixed axis, the second hinge being arranged at a junction of the first and second flap portions, and wherein the sliding joint (130, 140) is arranged at the first flap portion, wherein the first flap portion is shorter than the second flap portion, and wherein the second flap portion is configured to close the opening of the compartment body.
A bronchoscope comprising: a body; and a flexible instrument cord for non-percutaneous insertion to a patient's lungs, the instrument cord extending from the body and having a longitudinally extending hollow instrument channel formed therethrough, wherein the body includes: a power input port that is connectable to receive microwave energy, and an optical port arranged to receive optical signals from a distal end of the instrument cord, and wherein the instrument cord comprises a coaxial transmission line formed around the instrument channel, the coaxial transmission line being connected to the power input port to convey microwave energy to the distal end of the instrument cord. a body; and a flexible instrument cord for non-percutaneous insertion to a patient's lungs, the instrument cord extending from the body and having a longitudinally extending hollow instrument channel formed therethrough, wherein the body includes: a power input port that is connectable to receive microwave energy, and an optical port arranged to receive optical signals from a distal end of the instrument cord, and a power input port that is connectable to receive microwave energy, and an optical port arranged to receive optical signals from a distal end of the instrument cord, and wherein the instrument cord comprises a coaxial transmission line formed around the instrument channel, the coaxial transmission line being connected to the power input port to convey microwave energy to the distal end of the instrument cord.
A memory device (101; 301; 301'), comprising: an array (104; 200) of non-volatile flash memory cells each capable of storing multiple levels per cell; and circuitry for control and/or access of the array of non-volatile flash memory cells; the control circuitry being adapted to program a non-volatile flash memory cell of the array of non-volatile memory cells to a threshold voltage within one of a plurality of threshold voltage ranges, each of the plurality of threshold voltage ranges corresponding to a different data value; wherein the memory device (101; 301) is characterized in that: each of the threshold voltage ranges is of unequal size such that the number of different width threshold voltage ranges equals the number of different threshold voltage ranges, wherein a largest of the threshold voltage ranges is at a lowest threshold voltage level, a smallest of the threshold voltage ranges is at a highest threshold voltage level. an array (104; 200) of non-volatile flash memory cells each capable of storing multiple levels per cell; and circuitry for control and/or access of the array of non-volatile flash memory cells; the control circuitry being adapted to program a non-volatile flash memory cell of the array of non-volatile memory cells to a threshold voltage within one of a plurality of threshold voltage ranges, each of the plurality of threshold voltage ranges corresponding to a different data value; wherein the memory device (101; 301) is characterized in that: each of the threshold voltage ranges is of unequal size such that the number of different width threshold voltage ranges equals the number of different threshold voltage ranges, wherein a largest of the threshold voltage ranges is at a lowest threshold voltage level, a smallest of the threshold voltage ranges is at a highest threshold voltage level. each of the threshold voltage ranges is of unequal size such that the number of different width threshold voltage ranges equals the number of different threshold voltage ranges, wherein a largest of the threshold voltage ranges is at a lowest threshold voltage level, a smallest of the threshold voltage ranges is at a highest threshold voltage level.
A sewer flushing device for location in a sewage system, the device comprising: a housing having an inlet, an outlet and a sewage flow path defined between said inlet and outlet, at least one of the inlet and the outlet being adapted sealingly to connect to a conduit of the sewage system; a gate pivotally supported on the housing for movement between open and closed positions and having upper and lower ends between which the pivot axis is disposed; and biasing means in the form of a counter weight supported on a lower portion of the gate, and configured to bias the gate to a closed position whereat the flow path is substantially blocked thus causing a build-up of sewage upstream of the gate, the gate being urged towards its open position only when the build-up of sewage reaches a predetermined level thus causing the build-up of sewage to be rapidly released so as to flush the sewage system downstream of the flushing device characterised in that the counterweight is moveable relative to the pivot axis selectively to vary the predefined level of sewage at which the gate moves to its open position. a housing having an inlet, an outlet and a sewage flow path defined between said inlet and outlet, at least one of the inlet and the outlet being adapted sealingly to connect to a conduit of the sewage system; a gate pivotally supported on the housing for movement between open and closed positions and having upper and lower ends between which the pivot axis is disposed; and biasing means in the form of a counter weight supported on a lower portion of the gate, and configured to bias the gate to a closed position whereat the flow path is substantially blocked thus causing a build-up of sewage upstream of the gate, the gate being urged towards its open position only when the build-up of sewage reaches a predetermined level thus causing the build-up of sewage to be rapidly released so as to flush the sewage system downstream of the flushing device characterised in that the counterweight is moveable relative to the pivot axis selectively to vary the predefined level of sewage at which the gate moves to its open position.
A non-transitory computer-readable storage medium having computer-executable instructions for causing a computer system to perform a method comprising: in response to an instruction to dismount a storage volume in a first node in a clustered network, making an attempt to acquire an exclusive lock on said storage volume; if said attempt is unsuccessful, then: accessing an internal handle table for each process that is accessing said storage volume, wherein said internal handle table comprises a plurality of entries comprising handles_that reference objects; identifying an entry of said entries that references said storage volume, wherein said entry corresponds to an object in said storage volume closing the handle that references said object, wherein if the respective process is accessing files on other storage volumes than the one that is to be dismounted, then only the handles for those objects on the storage volume to be dismounted are closed, leaving the handles to other objects on the other storage volumes open; acquiring said exclusive lock on said storage volume after said closing; and dismounting said storage volume after acquiring said exclusive lock. in response to an instruction to dismount a storage volume in a first node in a clustered network, making an attempt to acquire an exclusive lock on said storage volume; if said attempt is unsuccessful, then: accessing an internal handle table for each process that is accessing said storage volume, wherein said internal handle table comprises a plurality of entries comprising handles_that reference objects; identifying an entry of said entries that references said storage volume, accessing an internal handle table for each process that is accessing said storage volume, wherein said internal handle table comprises a plurality of entries comprising handles_that reference objects; identifying an entry of said entries that references said storage volume, wherein said entry corresponds to an object in said storage volume closing the handle that references said object, wherein if the respective process is accessing files on other storage volumes than the one that is to be dismounted, then only the handles for those objects on the storage volume to be dismounted are closed, leaving the handles to other objects on the other storage volumes open; acquiring said exclusive lock on said storage volume after said closing; and dismounting said storage volume after acquiring said exclusive lock.
A swashplate assembly for a rotary aircraft, comprising: a rotating ring configured to rotate with a drive shaft of the rotary aircraft; a non-rotating ring coupled to the rotating ring and rotationally decoupled from the rotating ring, wherein the non-rotating ring does not rotate with the rotating ring and drive shaft; a gearbox top case configured to surround the drive shaft; a tilt ball disposed around the gearbox top case; and an anti-drive mechanism to maintain the tilt ball rotationally stationary relative to the gearbox top case, the anti-drive mechanism comprising a key and slot system between the gearbox top case and the tilt ball, wherein the tilt ball contains slots of the key-and-slot system to mate with keys of the key-and-slot system; characterised in that the keys are attached directly to the gearbox top case. a rotating ring configured to rotate with a drive shaft of the rotary aircraft; a non-rotating ring coupled to the rotating ring and rotationally decoupled from the rotating ring, wherein the non-rotating ring does not rotate with the rotating ring and drive shaft; a gearbox top case configured to surround the drive shaft; a tilt ball disposed around the gearbox top case; and an anti-drive mechanism to maintain the tilt ball rotationally stationary relative to the gearbox top case, the anti-drive mechanism comprising a key and slot system between the gearbox top case and the tilt ball, wherein the tilt ball contains slots of the key-and-slot system to mate with keys of the key-and-slot system; characterised in that the keys are attached directly to the gearbox top case.