mhurhangee/ep-ind-claims huggingface dataset:
An image display device comprising: a display panel configured to display an image on a front face of the display panel; a plurality of light emitting elements disposed along one edge of the display panel; a reflective sheet disposed opposite a rear face of the display panel, the reflective sheet being configured to reflect light from the light emitting elements toward the rear face of the display panel; and a first optical sheet disposed between the display panel and the reflective sheet, the first optical sheet having a plurality of protrusions on a face of the first optical sheet, the face being opposite the reflective sheet, the protrusions having ridgelines extending along a direction that is different from a direction in which the one edge of the display panel extends, characterized in that the protrusions include a first protrusion having a first ridgeline extending along a first direction that is different from the direction in which the one edge of the display panel extends, and a second protrusion having a second ridgeline extending along a second direction that is different from the first direction and the direction in which the one edge of the display panel extends. a display panel configured to display an image on a front face of the display panel; a plurality of light emitting elements disposed along one edge of the display panel; a reflective sheet disposed opposite a rear face of the display panel, the reflective sheet being configured to reflect light from the light emitting elements toward the rear face of the display panel; and a first optical sheet disposed between the display panel and the reflective sheet, the first optical sheet having a plurality of protrusions on a face of the first optical sheet, the face being opposite the reflective sheet, the protrusions having ridgelines extending along a direction that is different from a direction in which the one edge of the display panel extends, the face being opposite the reflective sheet, the protrusions having ridgelines extending along a direction that is different from a direction in which the one edge of the display panel extends, characterized in that the protrusions include a first protrusion having a first ridgeline extending along a first direction that is different from the direction in which the one edge of the display panel extends, and a second protrusion having a second ridgeline extending along a second direction that is different from the first direction and the direction in which the one edge of the display panel extends. a first protrusion having a first ridgeline extending along a first direction that is different from the direction in which the one edge of the display panel extends, and a second protrusion having a second ridgeline extending along a second direction that is different from the first direction and the direction in which the one edge of the display panel extends.
Device for laser welding a rotation-symmetric workpiece with a laser beam, comprising a deflecting unit, which is designed for running substantially in a plane perpendicular to the axis of rotation symmetry of the workpiece in an annular manner around the workpiece, wherein the laser beam is formed as a continuous laser beam, characterized in that the device is designed for feeding a gas flow into the region between the deflecting unit and the workpiece that is produced when the deflecting unit runs in such a way around the workpiece.
A computer-implemented method comprising: detecting a first action associated with malicious code; responsive to detecting the first action, while refraining from taking a preventative action, gathering data associated with the first action; subsequently, detecting one or more subsequent actions associated with malicious code, the one or more subsequent actions occurring after the first action; and in response to detecting the first action and the one or more subsequent actions, performing the preventative action, wherein the preventative action comprises at least one of: falsifying data acquired by the malicious code; or falsifying data transmitted to an adversary associated with the malicious code. detecting a first action associated with malicious code; responsive to detecting the first action, while refraining from taking a preventative action, gathering data associated with the first action; subsequently, detecting one or more subsequent actions associated with malicious code, the one or more subsequent actions occurring after the first action; and in response to detecting the first action and the one or more subsequent actions, performing the preventative action, wherein the preventative action comprises at least one of: falsifying data acquired by the malicious code; or falsifying data transmitted to an adversary associated with the malicious code. falsifying data acquired by the malicious code; or falsifying data transmitted to an adversary associated with the malicious code.
A medical device delivery system, comprising: a support catheter having proximal and distal sections and a lumen having an inner shoulder separating the proximal and distal sections, the catheter lumen having a larger diameter in the proximal section than in the distal section; and an introducer sheath having proximal and distal sections and a lumen extending therethrough, the sheath having a larger outer cross-sectional profile in the proximal section than in the distal section, the sheath being advanceable within the catheter lumen of the catheter proximal section to contact a distal end portion of the sheath against the catheter inner shoulder to stabilize the sheath within the catheter, characterised in that the sheath proximal section has a length of at least 100 cm. a support catheter having proximal and distal sections and a lumen having an inner shoulder separating the proximal and distal sections, the catheter lumen having a larger diameter in the proximal section than in the distal section; and an introducer sheath having proximal and distal sections and a lumen extending therethrough, the sheath having a larger outer cross-sectional profile in the proximal section than in the distal section, the sheath being advanceable within the catheter lumen of the catheter proximal section to contact a distal end portion of the sheath against the catheter inner shoulder to stabilize the sheath within the catheter, characterised in that the sheath proximal section has a length of at least 100 cm.
A sensor array comprising: a plurality of resonators which are patterned from a substrate comprising a single crystal silicon wafer having a crystal plane, wherein each of the plurality of resonators extending in a lengthwise direction from a support and having different resonance frequencies and different dimensions; and a plurality of sensing devices configured to measure strains of the plurality of resonators; and wherein each resonator extends in a lengthwise direction from a support and comprises: a single crystal material, wherein the single crystal material comprises a single crystal silicon, wherein the resonator extends in a crystal orientation, the crystal orientation being from among a plurality of crystal orientations of the single crystal material, wherein the resonator extends in a <100> crystal orientation of the single crystal silicon such that the resonator extends in the crystal orientation having the smallest Young's modulus and the largest Poisson's ratio for said single crystal silicon. a plurality of resonators which are patterned from a substrate comprising a single crystal silicon wafer having a crystal plane, wherein each of the plurality of resonators extending in a lengthwise direction from a support and having different resonance frequencies and different dimensions; and a plurality of sensing devices configured to measure strains of the plurality of resonators; and wherein each resonator extends in a lengthwise direction from a support and comprises: a single crystal material, wherein the single crystal material comprises a single crystal silicon, wherein the resonator extends in a crystal orientation, the crystal orientation being from among a plurality of crystal orientations of the single crystal material, wherein the resonator extends in a <100> crystal orientation of the single crystal silicon such that the resonator extends in the crystal orientation having the smallest Young's modulus and the largest Poisson's ratio for said single crystal silicon. a single crystal material, wherein the single crystal material comprises a single crystal silicon, wherein the resonator extends in a crystal orientation, the crystal orientation being from among a plurality of crystal orientations of the single crystal material, wherein the resonator extends in a <100> crystal orientation of the single crystal silicon such that the resonator extends in the crystal orientation having the smallest Young's modulus and the largest Poisson's ratio for said single crystal silicon.
Method for damping vibrations of the vehicle body of a two-track vehicle which comprises a passive anti-roll bar with a torsion bar which runs in the vehicle transverse direction and with lever elements which adjoin the said torsion bar at the end side and are connected to the wheel suspension systems of an axle of the vehicle which lie opposite one another, and has, furthermore, two actuators which are assigned to in each case one wheel of the wheel suspension system, are mounted on the vehicle body, are configured as electric motors and have in each case one drive, by way of which a torque can be applied to that section of the anti-roll bar which faces the respective wheel, and a hydraulic vibration damper being connected in parallel with each actuator in each wheel suspension system, characterized in that the actuators act with the hydraulic vibration dampers as a damping system which is designed in such a way that its natural frequency is decoupled from that of the unsprung mass of the vehicle, with the result that, in interaction with the suitably designed hydraulic vibration dampers, in addition to the vibrations of the vehicle body, vertical vibrations of the respective wheel or of what is known as the unsprung mass are also damped at relatively high frequencies up to the order of magnitude of from 20 Hertz to 30 Hertz and in the frequency range between 0 Hertz and the order of magnitude of 30 Hertz by way of suitable regulation of the drive of the actuators and therefore by way of active introduction of forces into the system. and a hydraulic vibration damper being connected in parallel with each actuator in each wheel suspension system, characterized in that the actuators act with the hydraulic vibration dampers as a damping system which is designed in such a way that its natural frequency is decoupled from that of the unsprung mass of the vehicle, with the result that, in interaction with the suitably designed hydraulic vibration dampers, in addition to the vibrations of the vehicle body, vertical vibrations of the respective wheel or of what is known as the unsprung mass are also damped at relatively high frequencies up to the order of magnitude of from 20 Hertz to 30 Hertz and in the frequency range between 0 Hertz and the order of magnitude of 30 Hertz by way of suitable regulation of the drive of the actuators and therefore by way of active introduction of forces into the system.
A broadcast signal transmission method comprising: formatting input streams into a plurality of data pipes, DPs; low density parity check, LDPC, encoding data of the DPs per DP based on a code rate; bit-interleaving the LDPC-encoded data; mapping the bit-interleaved data to a constellation based on the code rate; multiple-input multiple-output, MIMO, encoding the mapped data; and cell interleaving cells of at least one Forward Error Correction, FEC, block in the MIMO-encoded data, wherein the cells are interleaved in each FEC block by using an interleaving seed which is different per every FEC block; diagonal time interleaving the cell interleaved data, wherein the diagonal time interleaving includes column-wise writing cells of the at least one FEC block in the cell interleaved data in a memory, and diagonal-wise reading the cells of the at least one FEC block in the cell interleaved data from the memory; generating at least one signal frame including the diagonal time interleaved data; frequency interleaving cells in at least one Orthogonal Frequency Division Multiplexing, OFDM, symbol of the diagonal time interleaved data, wherein the cells are interleaved by using an interleaving seed which is different per every OFDM symbol; and modulating data in the frequency interleaved data by using an OFDM scheme and transmitting a broadcast signal including the modulated data. formatting input streams into a plurality of data pipes, DPs; low density parity check, LDPC, encoding data of the DPs per DP based on a code rate; bit-interleaving the LDPC-encoded data; mapping the bit-interleaved data to a constellation based on the code rate; multiple-input multiple-output, MIMO, encoding the mapped data; and cell interleaving cells of at least one Forward Error Correction, FEC, block in the MIMO-encoded data, wherein the cells are interleaved in each FEC block by using an interleaving seed which is different per every FEC block; diagonal time interleaving the cell interleaved data, wherein the diagonal time interleaving includes column-wise writing cells of the at least one FEC block in the cell interleaved data in a memory, and diagonal-wise reading the cells of the at least one FEC block in the cell interleaved data from the memory; generating at least one signal frame including the diagonal time interleaved data; frequency interleaving cells in at least one Orthogonal Frequency Division Multiplexing, OFDM, symbol of the diagonal time interleaved data, wherein the cells are interleaved by using an interleaving seed which is different per every OFDM symbol; and modulating data in the frequency interleaved data by using an OFDM scheme and transmitting a broadcast signal including the modulated data.
A glueing plotter for paper industry comprising one or more elements defining a support plane for die-cut sheets to be glued and at least one longitudinal rail, movable transversally with respect to said support plane, along which a glueing gun is slidingly coupled with, characterized in that said at least one rail is mounted as a cantilever on a respective movable carriage slidable in parallel to one of the transversal edges of said support plane.
A winding spool for a wire for hedge trimmer heads, the spool of a type comprising: - a hub shaped as a hollow cylindrical body defining a cylindrical external surface extending about a main axis (X-X); - a channel for guiding the wire through the hub and facilitating operations of winding the wire about the hub, having an extension that is transversal to the main axis (X-X) terminating with a first hole and a second hole, arranged at two opposite ends of the hub, afforded on the cylindrical surface; - a central flange, having a disc-like ring shape, extending away from the cylindrical external surface of the hub; - an upper flange, having a disc-like ring shape, extending from the cylindrical external surface lying substantially parallel to the preceding central flange; said central flange and said upper flange defining, together with the cylindrical external surface, a first winding chamber of the wire about the hub; - a lower flange, having a disc-like ring shape, extending from the cylindrical external surface with lying substantially parallel to the central flange; said central flange and said lower flange defining, together with the cylindrical external surface, a second winding chamber of the wire about the hub; wherein said at least a hole (51,52) terminates with a respective terminal portion (9,10) made inside the cylindrical external surface; characterised in that said terminal portion (9,10) proceeds, on the cylindrical external surface, with a guide recess (11,12) able to channel the wire from the hole (51,52) to the upper or lower flange (7,8) contiguous to the central flange. - a hub shaped as a hollow cylindrical body defining a cylindrical external surface extending about a main axis (X-X); - a channel for guiding the wire through the hub and facilitating operations of winding the wire about the hub, having an extension that is transversal to the main axis (X-X) terminating with a first hole and a second hole, arranged at two opposite ends of the hub, afforded on the cylindrical surface; - a central flange, having a disc-like ring shape, extending away from the cylindrical external surface of the hub; - an upper flange, having a disc-like ring shape, extending from the cylindrical external surface lying substantially parallel to the preceding central flange; said central flange and said upper flange defining, together with the cylindrical external surface, a first winding chamber of the wire about the hub; - a lower flange, having a disc-like ring shape, extending from the cylindrical external surface with lying substantially parallel to the central flange; said central flange and said lower flange defining, together with the cylindrical external surface, a second winding chamber of the wire about the hub; wherein said at least a hole (51,52) terminates with a respective terminal portion (9,10) made inside the cylindrical external surface; characterised in that said terminal portion (9,10) proceeds, on the cylindrical external surface, with a guide recess (11,12) able to channel the wire from the hole (51,52) to the upper or lower flange (7,8) contiguous to the central flange.
A method comprising: capturing multiple images with depth data of a head of a subject; determining a rotation matrix and a translation vector associated with a pose of the head in each image of the multiple images relative to a reference coordinate frame using the depth data, wherein determining the rotation matrix and translation vector associated with the pose of the head comprises: extracting a face on the head from a background in the multiple images using the depth data, wherein extracting the face from the background comprises: calculating a depth of the face in each image using the depth data; and segmenting out the face from the background using a threshold and the depth of the face; and tracking the face in the multiple images after extracting the face from the background. capturing multiple images with depth data of a head of a subject; determining a rotation matrix and a translation vector associated with a pose of the head in each image of the multiple images relative to a reference coordinate frame using the depth data, wherein determining the rotation matrix and translation vector associated with the pose of the head comprises: extracting a face on the head from a background in the multiple images using the depth data, wherein extracting the face from the background comprises: calculating a depth of the face in each image using the depth data; and segmenting out the face from the background using a threshold and the depth of the face; and tracking the face in the multiple images after extracting the face from the background. extracting a face on the head from a background in the multiple images using the depth data, wherein extracting the face from the background comprises: calculating a depth of the face in each image using the depth data; and segmenting out the face from the background using a threshold and the depth of the face; and calculating a depth of the face in each image using the depth data; and segmenting out the face from the background using a threshold and the depth of the face; and tracking the face in the multiple images after extracting the face from the background.
A mobile terminal, comprising: a main body case; a band combined with both ends of the main body case; a user input unit configured to detect an input of a control command, and arranged to a side of the main body case; and a controller configured to control according to the control command detected by the user input unit, wherein the user input unit comprises: a input unit housing combined with, and rotatable with respect to the side of the main body case, a rotation detection unit configured to detect a rotation of the input unit housing and deliver a rotation input to the controller, a camera module mounted on the input unit housing, a camera connector connected with the camera module and extended to the inside of the main body case by passing through a button hole; a camera flexible board connecting the camera connector and the controller with each other; and a key housing of a cylinder shape combined with the input unit housing in the inside of the main body case, wherein the camera flexible board is configured to spirally wind up external of the key housing, and having one end connected with one end of the camera connector and another end connected with the controller. a main body case; a band combined with both ends of the main body case; a user input unit configured to detect an input of a control command, and arranged to a side of the main body case; and a controller configured to control according to the control command detected by the user input unit, wherein the user input unit comprises: a input unit housing combined with, and rotatable with respect to the side of the main body case, a rotation detection unit configured to detect a rotation of the input unit housing and deliver a rotation input to the controller, a camera module mounted on the input unit housing, a camera connector connected with the camera module and extended to the inside of the main body case by passing through a button hole; a camera flexible board connecting the camera connector and the controller with each other; and a key housing of a cylinder shape combined with the input unit housing in the inside of the main body case, wherein the camera flexible board is configured to spirally wind up external of the key housing, and having one end connected with one end of the camera connector and another end connected with the controller. a input unit housing combined with, and rotatable with respect to the side of the main body case, a rotation detection unit configured to detect a rotation of the input unit housing and deliver a rotation input to the controller, a camera module mounted on the input unit housing, a camera connector connected with the camera module and extended to the inside of the main body case by passing through a button hole; a camera flexible board connecting the camera connector and the controller with each other; and a key housing of a cylinder shape combined with the input unit housing in the inside of the main body case, wherein the camera flexible board is configured to spirally wind up external of the key housing, and having one end connected with one end of the camera connector and another end connected with the controller.