mhurhangee/ep-ind-claims huggingface dataset:
An X-ray irradiating device for intra-oral radiography comprising: an X-ray source; a motion sensor configured to detect an X-ray source pointing angle relative to a set reference plane; and a controller configured to select any one of a plurality of radiographic modes according to a pointing angle signal received from the motion sensor, characterized in that the radiographic modes vary according to the size and position of the teeth to be radiographed, and the controller controls the dose of X-ray radiation by controlling at least one of X-ray emitting time, tube voltage, and tube current of the X-ray source for radiographing according to the selected radiographic modes. an X-ray source; a motion sensor configured to detect an X-ray source pointing angle relative to a set reference plane; and a controller configured to select any one of a plurality of radiographic modes according to a pointing angle signal received from the motion sensor, characterized in that the radiographic modes vary according to the size and position of the teeth to be radiographed, and the controller controls the dose of X-ray radiation by controlling at least one of X-ray emitting time, tube voltage, and tube current of the X-ray source for radiographing according to the selected radiographic modes.
A hyperspectral or multi-spectral camera with a linear sliding filter, comprising: a camera detector with any pixel size; a camera lens to focus an image onto the camera detector; a linear sliding platform enabling to acquire at least one band resolution per image on the detector and configured to move with constant velocity along an axis and to send an electronic signal to the camera detector to start acquisition of a frame when it completed a motion of at least one pixel width; a segmented filter which is placed onto the linear sliding platform which is between the camera lens and the camera detector so as to be moving with the linear sliding platform; the segmented filter having multiple sequential spectral bands, wherein a motion profile of the linear sliding platform and the camera detector's frame rate are synchronous such that when the linear sliding platform has completed a motion corresponding to a spectral band filter's width, the linear sliding platform is configured to send an electronic trigger signal to the camera detector which in return starts a new frame. a camera detector with any pixel size; a camera lens to focus an image onto the camera detector; a linear sliding platform enabling to acquire at least one band resolution per image on the detector and configured to move with constant velocity along an axis and to send an electronic signal to the camera detector to start acquisition of a frame when it completed a motion of at least one pixel width; a segmented filter which is placed onto the linear sliding platform which is between the camera lens and the camera detector so as to be moving with the linear sliding platform; the segmented filter having multiple sequential spectral bands, wherein a motion profile of the linear sliding platform and the camera detector's frame rate are synchronous such that when the linear sliding platform has completed a motion corresponding to a spectral band filter's width, the linear sliding platform is configured to send an electronic trigger signal to the camera detector which in return starts a new frame.
An apparatus for cooking foods using hot air, comprising a housing a cooking chamber inside said housing a food container provided with a perforated lower wall and an upper opening, and which can be moved between a cooking position inside said cooking chamber inside the housing and an extracted position, a heating element arranged over said upper opening of said food container in said cooking position, and a circulation fan moving a hot air flow inside the cooking chamber, through the food container and through said heating element, the food container has perforated side walls having an upper edge defining said upper opening, the food container having a container height (Ar) equal to or less than 60 mm measured between a lower surface of said perforated lower wall and said upper edge, and characterized in that in the cooking position, the upper edge of said perforated side walls of the food container is separated from a lower surface of the heating element by an upper distance (Ds), where said upper distance (Ds) is comprised in the range of 3/5 to 5/3 of said container height (Ar).
A method for processing a channel state information, CSI, processing unit, applied to user equipment, UE, the method comprising: receiving first signaling from a base station, wherein the first signaling is used to instruct to deactivate a first cell that provides a service for the UE, or used to instruct the UE to switch from a source bandwidth part, BWP, to a target BWP; and the method characterized in that when target information satisfies a preset condition, processing a first CSI processing unit by using a first processing manner corresponding to the target information, wherein the first processing manner is occupying or releasing the first CSI processing unit, the target information comprises at least the first signaling, the first CSI processing unit is a CSI processing unit for measuring a first downlink reference signal resource, and the first downlink reference signal resource is a downlink reference signal resource in the first cell or the source BWP. receiving first signaling from a base station, wherein the first signaling is used to instruct to deactivate a first cell that provides a service for the UE, or used to instruct the UE to switch from a source bandwidth part, BWP, to a target BWP; and the method characterized in that when target information satisfies a preset condition, processing a first CSI processing unit by using a first processing manner corresponding to the target information, wherein the first processing manner is occupying or releasing the first CSI processing unit, the target information comprises at least the first signaling, the first CSI processing unit is a CSI processing unit for measuring a first downlink reference signal resource, and the first downlink reference signal resource is a downlink reference signal resource in the first cell or the source BWP.
An aircraft seat back tray for being pivotally mounted to an aircraft seat, and comprising: (a) a frame mounted on the aircraft seat and movable between a stowed position against a seat back of the aircraft seat and a deployed, generally horizontal position for use by an aft-seated occupant; and (b) a fabric sleeve formed of top and bottom panels for being removably positioned in a tensioned condition on and supported by the frame; characterised in that: the frame defines an opening; the fabric sleeve is arranged to cover the opening when held in the tensioned condition on the frame such that the tray is defined by the fabric sleeve and the top panel of the sleeve forms the tray support surface for use items; and the fabric sleeve has an open end proximate the seat back for enabling the sleeve to be slipped in the tensioned condition onto the frame. (a) a frame mounted on the aircraft seat and movable between a stowed position against a seat back of the aircraft seat and a deployed, generally horizontal position for use by an aft-seated occupant; and (b) a fabric sleeve formed of top and bottom panels for being removably positioned in a tensioned condition on and supported by the frame; the frame defines an opening; the fabric sleeve is arranged to cover the opening when held in the tensioned condition on the frame such that the tray is defined by the fabric sleeve and the top panel of the sleeve forms the tray support surface for use items; and the fabric sleeve has an open end proximate the seat back for enabling the sleeve to be slipped in the tensioned condition onto the frame.
A device for handling drill pipe elements for a drilling rig, wherein at least one rod assembly element is kept in at least one rod magazine, wherein the rod magazine is inclinable along its longitudinal axis for removal of rod assembly elements, wherein a height-adjustable separation device for removing individual rod assembly elements from the rod magazine is associated with the rod magazine, wherein the separation device is positionable in flush alignment with a lower edge of a respective top layer of rod assembly elements, wherein the removal of rod assembly elements from the rod magazine or a transfer of rod assembly elements into the rod magazine takes place by a respective inclination of the rod magazine, characterized in that the separation device has a receiving surface and means for blocking the receiving surface for further rod assembly elements.
A method of manufacturing a physical quantity measurement sensor, wherein the physical quantity measurement sensor comprises a measurement portion for measuring a physical quantity, a cable comprising a conductor (31a, 32a) electrically connected to the measurement portion and a sheath covering the conductor, and a resin molded body covering at least an end portion of the cable on a measurement portion side of the cable, the method comprising: arranging the measurement portion connected to the cable in a mold; and molding the resin molded body by injecting a molten resin toward the sheath through at least one injection hole formed in the mold, wherein the molding is conducted such that the sheath arranged in the mold is at least partially melted by heat of the molten resin injected through the at least one injection hole and is adhered to the resin molded body, the method being characterized in that the at least one injection hole is formed at a position distant from the cable and comprises a central axis inclined with respect to the axial direction of the cable at an opening facing an inside of the mold, an inner surface (510, 520) of the mold comprises an inclined surface (510a, 520a) that is directed to the cable and is inclined with respect to the axial direction, and the at least one injection hole is formed in the mold so as to have the opening on the inclined surface (510a, 520a). arranging the measurement portion connected to the cable in a mold; and molding the resin molded body by injecting a molten resin toward the sheath through at least one injection hole formed in the mold, wherein the molding is conducted such that the sheath arranged in the mold is at least partially melted by heat of the molten resin injected through the at least one injection hole and is adhered to the resin molded body, the method being characterized in that the at least one injection hole is formed at a position distant from the cable and comprises a central axis inclined with respect to the axial direction of the cable at an opening facing an inside of the mold, an inner surface (510, 520) of the mold comprises an inclined surface (510a, 520a) that is directed to the cable and is inclined with respect to the axial direction, and the at least one injection hole is formed in the mold so as to have the opening on the inclined surface (510a, 520a).
An antenna for a hearing device, the antenna comprising: - a substantially cylindrical coil apparatus being an electromagnetic transmitting and/or receiving unit and - a shielding apparatus surrounding said coil apparatus and having a main body being a flexible substrate, characterized in that - said shielding apparatus is formed as a single piece and is subdivided into three sections (14, 15, 16) by two slits (12, 13) having ends not reaching the edge of the substrate and - said coil apparatus is inserted through said two slits (12, 13) in said shielding apparatus with each of said sections (14, 15, 16) only partially surrounding said coil apparatus in the circumferential direction. - a substantially cylindrical coil apparatus being an electromagnetic transmitting and/or receiving unit and - a shielding apparatus surrounding said coil apparatus and having a main body being a flexible substrate, - said shielding apparatus is formed as a single piece and is subdivided into three sections (14, 15, 16) by two slits (12, 13) having ends not reaching the edge of the substrate and - said coil apparatus is inserted through said two slits (12, 13) in said shielding apparatus with each of said sections (14, 15, 16) only partially surrounding said coil apparatus in the circumferential direction.
A male contraception apparatus for obtaining a time-limited sterility of a male mammalian individual comprising: a restriction device adapted to restrict the lumen of a vas deferens of the mammalian, and a controller operable to control the restriction device to restrict the lumen of the vas deferens during a controlled period to prevent sperms from reaching the urethra of the mammalian, wherein the restriction device comprises an implantable constriction device that is mechanically or hydraulically operated and which is configured to gently constrict at least one portion of a tissue wall of the vas deferens to restrict the lumen of the vas deferens such that the flow of sperms in the vas deferens is restricted, and a stimulation device configured to electrically or thermally stimulate the constricted wall portion of the tissue wall, and wherein the controller comprises a control device operable to control the stimulation device to stimulate the wall portion, as the constriction device constricts the wall portion, to cause contraction of the wall portion to further restrict the lumen of the vas deferens such that the flow of sperms in the vas deferens is prevented from reaching the urethra. a restriction device adapted to restrict the lumen of a vas deferens of the mammalian, and a controller operable to control the restriction device to restrict the lumen of the vas deferens during a controlled period to prevent sperms from reaching the urethra of the mammalian, wherein the restriction device comprises an implantable constriction device that is mechanically or hydraulically operated and which is configured to gently constrict at least one portion of a tissue wall of the vas deferens to restrict the lumen of the vas deferens such that the flow of sperms in the vas deferens is restricted, and a stimulation device configured to electrically or thermally stimulate the constricted wall portion of the tissue wall, and wherein the controller comprises a control device operable to control the stimulation device to stimulate the wall portion, as the constriction device constricts the wall portion, to cause contraction of the wall portion to further restrict the lumen of the vas deferens such that the flow of sperms in the vas deferens is prevented from reaching the urethra.
A method of controlling a telecommunications terminal in a packet switched system, the terminal having an internal clock having a predetermined clocking value, wherein: the terminal transmits to a server a rate-indication signal indicative of the rate at which the terminal generates an audio output, the server determines an offset value generated by comparison of the rate indication signal with a rate set by the server, the server transmits the offset value to the terminal; and the offset value is applied to the audio output of the terminal such that it is synchronised to the rate set by the server, - adjusting the clocking value of the terminal by applying the offset value received from the server; - and operating packet handling functions of the terminal according to the adjusted clocking value, wherein the process is repeated at intervals to maintain the clocking value within a predetermined limit from a master clock value of the server, characterised in that the intervals at which the process is repeated is selected according to the amount of drift in clocking value determined in previous iterations. the terminal transmits to a server a rate-indication signal indicative of the rate at which the terminal generates an audio output, the server determines an offset value generated by comparison of the rate indication signal with a rate set by the server, the server transmits the offset value to the terminal; and the offset value is applied to the audio output of the terminal such that it is synchronised to the rate set by the server, - adjusting the clocking value of the terminal by applying the offset value received from the server; - and operating packet handling functions of the terminal according to the adjusted clocking value, - adjusting the clocking value of the terminal by applying the offset value received from the server; - and operating packet handling functions of the terminal according to the adjusted clocking value, wherein the process is repeated at intervals to maintain the clocking value within a predetermined limit from a master clock value of the server, characterised in that the intervals at which the process is repeated is selected according to the amount of drift in clocking value determined in previous iterations.
Single-storey space aircraft, which is capable of flying at speeds of greater than 0.9 mach, and which comprises: • anaerobic propulsion means and • aerobic propulsion means, which are provided with at least one air entry, characterised in that it comprises at least one movable flap which is mounted on the framework of the space aircraft, in front of said air entry, and which can move, in both directions, between a first position for which said movable flap clears said air entry and is applied against the fuselage of said space aircraft, and a second position for which said movable flap covers said air entry from the aerodynamic flow around said space aircraft, preventing air from penetrating into said air entry. • anaerobic propulsion means and • aerobic propulsion means, which are provided with at least one air entry,
Heat pattern sensor (100; 100'; 200; 200'; 300; 300') comprising a matrix of pixels, each pixel comprising at least one pyroelectric capacitance which is formed by a pyroelectric material portion arranged between a charge collection electrode and a reference electrode, and the matrix of pixels comprising, superimposed above a substrate (110; 210; 310; 310'): a stage (120; 320; 320') of charge collection electrodes, comprising the charge collection electrodes of each of the pixels; and a stage (130; 330; 330') including a pyroelectric material, comprising the pyroelectric material portions of each of the pixels; the matrix of pixels further comprising an electromagnetic shielding stage (140; 240; 340; 340'), electrically conducting, situated between the stage (130; 330; 330') including a pyroelectric material and a contact surface (181; 381) to apply thereto an object to image; characterized in that the electromagnetic shielding stage (140; 240; 340; 340') includes a shielding layer (141; 141'; 241) which comprises nanowires and/or nanotubes (1411; 2411) lying in a surrounding medium, said nanowires and/or nanotubes each being constituted of a material having a thermal conductivity greater than that of said surrounding medium, and in that a ratio between a distribution pitch of the pixels of the matrix of pixels and a thickness of the shielding layer (141; 141'; 241) is greater than or equal to 20. a stage (120; 320; 320') of charge collection electrodes, comprising the charge collection electrodes of each of the pixels; and a stage (130; 330; 330') including a pyroelectric material, comprising the pyroelectric material portions of each of the pixels; the matrix of pixels further comprising an electromagnetic shielding stage (140; 240; 340; 340'), electrically conducting, situated between the stage (130; 330; 330') including a pyroelectric material and a contact surface (181; 381) to apply thereto an object to image; characterized in that the electromagnetic shielding stage (140; 240; 340; 340') includes a shielding layer (141; 141'; 241) which comprises nanowires and/or nanotubes (1411; 2411) lying in a surrounding medium, said nanowires and/or nanotubes each being constituted of a material having a thermal conductivity greater than that of said surrounding medium, and in that a ratio between a distribution pitch of the pixels of the matrix of pixels and a thickness of the shielding layer (141; 141'; 241) is greater than or equal to 20.
A chroma intra prediction method for Versatile Video Coding, VVC, applied to a decoder, comprising: parsing bitstream data corresponding to a current chroma block, and determining that a prediction mode corresponding to the current chroma block is a direct mode, DM; obtaining residual data corresponding to the current chroma block from the bitstream data; and performing a decoding process according to a set of chroma prediction modes to perform a chroma reconstruction of the current chroma block, wherein the set of chroma prediction modes comprises at least one of DM, linear model, LM, Left Linear Model Prediction, LM_T, Right Linear Model Prediction, LM_L, DC, Planar, Horizontal, Vertical, or other directional prediction modes and the set of chroma prediction modes corresponds to the current chroma block; and wherein one chroma block corresponds to multiple luma blocks; characterized by when a luma prediction mode corresponding to the DM is a direct current, DC, mode or a planar mode, the set of chroma prediction modes is determined according to modified candidate modes, the modified candidate modes including a mode with a prediction direction index number 34 and two derived angular modes, the two derived angular modes being determined by adjusting a mode with a prediction direction index number 66 anticlockwise by an angle and adjusting a mode with a prediction direction index number 2 clockwise by the same angle simultaneously to obtain modified candidate modes that replace the luma prediction mode corresponding to the DM. parsing bitstream data corresponding to a current chroma block, and determining that a prediction mode corresponding to the current chroma block is a direct mode, DM; obtaining residual data corresponding to the current chroma block from the bitstream data; and performing a decoding process according to a set of chroma prediction modes to perform a chroma reconstruction of the current chroma block, wherein the set of chroma prediction modes comprises at least one of DM, linear model, LM, Left Linear Model Prediction, LM_T, Right Linear Model Prediction, LM_L, DC, Planar, Horizontal, Vertical, or other directional prediction modes and the set of chroma prediction modes corresponds to the current chroma block; and wherein one chroma block corresponds to multiple luma blocks; characterized by when a luma prediction mode corresponding to the DM is a direct current, DC, mode or a planar mode, the set of chroma prediction modes is determined according to modified candidate modes, the modified candidate modes including a mode with a prediction direction index number 34 and two derived angular modes, the two derived angular modes being determined by adjusting a mode with a prediction direction index number 66 anticlockwise by an angle and adjusting a mode with a prediction direction index number 2 clockwise by the same angle simultaneously to obtain modified candidate modes that replace the luma prediction mode corresponding to the DM.