mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for scanning a patient, said apparatus comprising: a base; and a torus pivotally mounted to said base and carrying scanning apparatus; CHARACTERISED BY a planetary gear comprising a curved lower planet gear mounted to said base, a curved upper planet gear mounted to said torus, and a sun gear rotatably disposed between said curved lower planet gear and said curved upper planet gear, wherein teeth of said sun gear are in constant contact with both of said lower planet gear and said upper planet gear; and a motor for rotating said sun gear; wherein said sun gear is mounted to a carrier which is in turn slidably mounted to a slide, which is mounted to said base, whereby said carrier and said sun gear mounted to said carrier are moveable along said slide and rotation of said sun gear causes said sun gear to move longitudinally relative to said curved lower planet gear and said carrier to move along slide in the same direction as said sun gear moves relative to said curved lower planet gear, and also causes said curved upper planet gear to move longitudinally relative to said sun gear in an opposite direction as said sun gear moves relative to said curved lower planet gear, whereby to move said upper planet gear longitudinally relative to said lower planet gear; and further wherein longitudinal movement of said curved upper planet gear relative to said curved lower planet gear tilts said torus relative to said base. a base; and a torus pivotally mounted to said base and carrying scanning apparatus; CHARACTERISED BY a planetary gear comprising a curved lower planet gear mounted to said base, a curved upper planet gear mounted to said torus, and a sun gear rotatably disposed between said curved lower planet gear and said curved upper planet gear, wherein teeth of said sun gear are in constant contact with both of said lower planet gear and said upper planet gear; and a motor for rotating said sun gear; wherein said sun gear is mounted to a carrier which is in turn slidably mounted to a slide, which is mounted to said base, whereby said carrier and said sun gear mounted to said carrier are moveable along said slide and rotation of said sun gear causes said sun gear to move longitudinally relative to said curved lower planet gear and said carrier to move along slide in the same direction as said sun gear moves relative to said curved lower planet gear, and also causes said curved upper planet gear to move longitudinally relative to said sun gear in an opposite direction as said sun gear moves relative to said curved lower planet gear, whereby to move said upper planet gear longitudinally relative to said lower planet gear; and further wherein longitudinal movement of said curved upper planet gear relative to said curved lower planet gear tilts said torus relative to said base.
A method of decoding video from a bitstream of encoded video using a video decoder, the video including a picture partitioned into blocks, residual data for the blocks being spectrally transformed into transform blocks, each transform block being further partitioned into coefficient groups which are sub-blocks of that transform block, the method comprising: decoding last-coefficient-group data indicating the last coefficient group in a group scan order that contains a non-zero transform coefficient; decoding last-coefficient data indicating the position, in said last coefficient group, of the last non-zero transform coefficient in a scan order within the last coefficient group; decoding level, run, and sign data for said last coefficient group to reconstruct the transform coefficients of the last coefficient group; decoding significant-coefficient group flags indicating which of the coefficient groups contain non-zero coefficients; and for each coefficient group that contains a non-zero coefficient, from said last coefficient group to an upper-left-most coefficient group in the reverse of the group scan order, decoding level, run and sign data for the transform coefficients of that coefficient group, wherein decoding run data for the coefficient groups comprises decoding truncated runs that stop at respective boundaries of the coefficient groups; and wherein decoding run data for the coefficient groups comprises decoding, for the first non-zero coefficient in the scan order in each coefficient group, a run of zeros from the first non-zero coefficient to an upper-left-most position in that coefficient group. decoding last-coefficient-group data indicating the last coefficient group in a group scan order that contains a non-zero transform coefficient; decoding last-coefficient data indicating the position, in said last coefficient group, of the last non-zero transform coefficient in a scan order within the last coefficient group; decoding level, run, and sign data for said last coefficient group to reconstruct the transform coefficients of the last coefficient group; decoding significant-coefficient group flags indicating which of the coefficient groups contain non-zero coefficients; and for each coefficient group that contains a non-zero coefficient, from said last coefficient group to an upper-left-most coefficient group in the reverse of the group scan order, decoding level, run and sign data for the transform coefficients of that coefficient group, wherein decoding run data for the coefficient groups comprises decoding truncated runs that stop at respective boundaries of the coefficient groups; and wherein decoding run data for the coefficient groups comprises decoding, for the first non-zero coefficient in the scan order in each coefficient group, a run of zeros from the first non-zero coefficient to an upper-left-most position in that coefficient group.
A device, comprising: a transceiver configured to operate in a frequency division duplex, FDD, network; an antenna tuner coupled to the transceiver; and a processor configured to selectively tune the antenna tuner to one of a receive frequency and a transmit frequency based on whether the device is operating in a receive mode and whether the device is operating in a first communication standard or a second communication standard, wherein the processor is further configured to: determine whether the device is operating in the first communication standard; tune the antenna tuner to the receive frequency according to the first communication standard if the device is operating in the receive mode and the first communication standard; tune the antenna tuner to the transmit frequency according to the first communication standard if the device is operating in a transmit and receive mode and the first communication standard; and tune the antenna tuner to the receive frequency according to the second communication standard if the device is not operating in the first communication standard. a transceiver configured to operate in a frequency division duplex, FDD, network; an antenna tuner coupled to the transceiver; and a processor configured to selectively tune the antenna tuner to one of a receive frequency and a transmit frequency based on whether the device is operating in a receive mode and whether the device is operating in a first communication standard or a second communication standard, wherein the processor is further configured to: determine whether the device is operating in the first communication standard; tune the antenna tuner to the receive frequency according to the first communication standard if the device is operating in the receive mode and the first communication standard; tune the antenna tuner to the transmit frequency according to the first communication standard if the device is operating in a transmit and receive mode and the first communication standard; and tune the antenna tuner to the receive frequency according to the second communication standard if the device is not operating in the first communication standard. determine whether the device is operating in the first communication standard; tune the antenna tuner to the receive frequency according to the first communication standard if the device is operating in the receive mode and the first communication standard; tune the antenna tuner to the transmit frequency according to the first communication standard if the device is operating in a transmit and receive mode and the first communication standard; and tune the antenna tuner to the receive frequency according to the second communication standard if the device is not operating in the first communication standard.
A linear generator having a fluid pressure cylinder structure, in which a fluid pressure in a left fluid pressure chamber in contact with a left end wall of a cylinder and a fluid pressure in a right fluid pressure chamber in contact with a right end wall of the cylinder are alternately applied to a piston in the cylinder to reciprocate the piston in the axis direction, the linear generator comprising: a permanent magnet band provided between a left pressure-receiving surface of the piston in contact with the left fluid pressure chamber and a right pressure-receiving surface of the piston in contact with the right fluid pressure chamber; an electromotive coil band provided over the left and right fluid pressure chambers (4, 5) and formed on a cylindrical wall between the left and right end walls (2, 3) of the cylinder; wherein the piston having the permanent magnet band reciprocates in the axis direction to induce power generation in the electromotive coil band, characterized in that the linear generator further comprises a fixed permanent magnet tube body and a fixed cylindrical yoke, wherein the fixed permanent magnet tube body annularly surrounds an outer periphery of the electromotive coil band, and the fixed cylindrical yoke annularly surrounds an outer periphery of the fixed permanent magnet tube body. a permanent magnet band provided between a left pressure-receiving surface of the piston in contact with the left fluid pressure chamber and a right pressure-receiving surface of the piston in contact with the right fluid pressure chamber; an electromotive coil band provided over the left and right fluid pressure chambers (4, 5) and formed on a cylindrical wall between the left and right end walls (2, 3) of the cylinder; wherein the piston having the permanent magnet band reciprocates in the axis direction to induce power generation in the electromotive coil band, characterized in that the linear generator further comprises a fixed permanent magnet tube body and a fixed cylindrical yoke, wherein the fixed permanent magnet tube body annularly surrounds an outer periphery of the electromotive coil band, and the fixed cylindrical yoke annularly surrounds an outer periphery of the fixed permanent magnet tube body.
A system for manufacturing an engraved plate for intaglio printing of sheets of security papers, said system comprising a computer and at least one engraving tool controlled by said computer in accordance with a programmed engraving process, characterized in that said computer is programmed to control the engraving tool in accordance with three-dimensional guiding pixel data (X, Y, Z) of a master depth-map of a plate to be engraved, the engraving tool being controlled by the computer to engrave a non engraved plate pixel by pixel on the basis of said master depth-map, wherein said master depth-map is generated on said computer on the basis of at least one original depth-map stored on said computer, said original depth-map consisting of a three-dimensional raster image of at least a part of one said security paper, each pixel of said three-dimensional guiding pixel data of the master depth-map corresponding to an elementary engraving step of said computer controlled engraving tool.
A system for deploying vehicles from a vessel (300, 400), comprising: a plurality of shipping containers (310, 304, 306, 410, 411, 404, 406), wherein at least one of the plurality of shipping containers store a first vehicle (314, 414) and a controller; a launch and recovery system (312, 412) configured to launch and recover the first vehicle (314, 414); the vessel (300, 400) arranged to transport the plurality of shipping containers (310, 304, 306, 410, 411, 404, 406), the first vehicle (314, 414), and the launch and recovery system (312, 414); and characterised in that: the controller is arranged to: receive first location information of the vessel (300, 400); and control operations of the launch and recovery system (312, 412), based on the received first location information, to deploy the first vehicle (314, 414). a plurality of shipping containers (310, 304, 306, 410, 411, 404, 406), wherein at least one of the plurality of shipping containers store a first vehicle (314, 414) and a controller; a launch and recovery system (312, 412) configured to launch and recover the first vehicle (314, 414); the vessel (300, 400) arranged to transport the plurality of shipping containers (310, 304, 306, 410, 411, 404, 406), the first vehicle (314, 414), and the launch and recovery system (312, 414); and characterised in that: the controller is arranged to: receive first location information of the vessel (300, 400); and control operations of the launch and recovery system (312, 412), based on the received first location information, to deploy the first vehicle (314, 414). receive first location information of the vessel (300, 400); and control operations of the launch and recovery system (312, 412), based on the received first location information, to deploy the first vehicle (314, 414).
A method, comprising: during an isochronous communication session of a communication master with a far-end system operating as a communication slave on a short-range packet-based radio link, monitoring for voice-based signals in an audio stream received on an audio line in (210, 310); wherein the isochronous communication session comprises a plurality of event windows (Tevent), the plurality of event windows (T event) comprising a first event window; based on monitoring the audio stream for the voice-based signals, generating a voice activity estimation signal; while the voice activity estimation signal exceeds a predetermined threshold, generating one or more voice packets based on the audio stream, and transmitting the one or more voice packets to the far-end system at one or more times; and in response to determining that the voice activity estimation signal is below the predetermined threshold: transmitting a first zero-payload packet to the communication slave in a first subevent of the first event window, receiving, in response to the first zero-payload packet, a voice packet from the communication slave in the first subevent of the first event window, and acknowledging the voice packet by transmitting a second zero-payload packet to the communication slave in a second subevent of the first event window. during an isochronous communication session of a communication master with a far-end system operating as a communication slave on a short-range packet-based radio link, monitoring for voice-based signals in an audio stream received on an audio line in (210, 310); wherein the isochronous communication session comprises a plurality of event windows (Tevent), the plurality of event windows (T event) comprising a first event window; based on monitoring the audio stream for the voice-based signals, generating a voice activity estimation signal; while the voice activity estimation signal exceeds a predetermined threshold, generating one or more voice packets based on the audio stream, and transmitting the one or more voice packets to the far-end system at one or more times; and in response to determining that the voice activity estimation signal is below the predetermined threshold: transmitting a first zero-payload packet to the communication slave in a first subevent of the first event window, receiving, in response to the first zero-payload packet, a voice packet from the communication slave in the first subevent of the first event window, and acknowledging the voice packet by transmitting a second zero-payload packet to the communication slave in a second subevent of the first event window. transmitting a first zero-payload packet to the communication slave in a first subevent of the first event window, receiving, in response to the first zero-payload packet, a voice packet from the communication slave in the first subevent of the first event window, and acknowledging the voice packet by transmitting a second zero-payload packet to the communication slave in a second subevent of the first event window.
An apparatus for implementing Point to Point Protocol, PPP, data service link disconnection, being set in a terminal, comprising: a detection module, a processing module and a link disconnection module, wherein, the detection module is configured to detect a state of a PC connected with the terminal when the terminal performs a Point to Point Protocol, PPP, data service in a dormant state, and inform the processing module when determining that the PC is currently in an unavailable state; the processing module is configured after establishing a wireless link to send a link disconnection request to a network side when knowing that said PC is in the unavailable state and trigger the link disconnection module when receiving a link disconnection request acknowledgement from the network side; the link disconnection module is configured to disconnect a PPP link carrying the PPP data service.
Machine for removing material on the circumference of a hose, comprising a drive motor, a removal tool driven thereby which rotates abut an axis of rotation and a support and guide structure for a hose arranged concentrically to the axis of rotation, wherein the removal tool comprises a rotating carrier structure and least one removal element which is borne thereby, and acting on the removal element is an adjusting mechanism with centrifugal force adjustment comprising at least one flyweight, wherein with increasing rotational speed of the carrier structure the contact force of the removal element on the hose increases, characterised in that the removal element and flyweight assigned and arranged adjacent thereto are coupled in a contrarotating manner via a gear mechanism.
Method of manufacturing an ophthalmic lens, the method comprising: - an ophthalmic lens data providing step during which ophthalmic lens data corresponding to a first and second optical surfaces, a thickness and a prism of the ophthalmic lens to be manufactured are provided, - a semi-finished lens blank providing step during which a semi-finished lens blank having a first and second lens blank surfaces is provided, - a transfer function determining step during which the transfer function to be applied to the first optical surface of the ophthalmic lens so as to correspond to the first lens blank surface is determined, - an one side lens data calculating step during which one side lens data corresponding to a first and second optical surfaces, a thickness and a prism of an one side lens are determined, wherein the first surface of the one side lens corresponds to the first lens blank surface, the prism and the thickness of the one side lens are substantially equal to the prism and thickness of the ophthalmic lens and the second surface T of the one side lens corresponds to the second optical surface calculated by applying the transfer function, - a machining step during which the semi-finished lens blank is machined according to the one side lens data so as to obtain a machined semi-finished lens blank, - a deforming step during which the machined semi-finished lens blank is deformed so as to transform the first and second (T) surfaces of the machined semi-finished lens blank into respectively the first and second optical surfaces of the ophthalmic lens. - an ophthalmic lens data providing step during which ophthalmic lens data corresponding to a first and second optical surfaces, a thickness and a prism of the ophthalmic lens to be manufactured are provided, - a semi-finished lens blank providing step during which a semi-finished lens blank having a first and second lens blank surfaces is provided, - a transfer function determining step during which the transfer function to be applied to the first optical surface of the ophthalmic lens so as to correspond to the first lens blank surface is determined, - an one side lens data calculating step during which one side lens data corresponding to a first and second optical surfaces, a thickness and a prism of an one side lens are determined, wherein the first surface of the one side lens corresponds to the first lens blank surface, the prism and the thickness of the one side lens are substantially equal to the prism and thickness of the ophthalmic lens and the second surface T of the one side lens corresponds to the second optical surface calculated by applying the transfer function, - a machining step during which the semi-finished lens blank is machined according to the one side lens data so as to obtain a machined semi-finished lens blank, - a deforming step during which the machined semi-finished lens blank is deformed so as to transform the first and second (T) surfaces of the machined semi-finished lens blank into respectively the first and second optical surfaces of the ophthalmic lens.
A polymer electrolyte membrane comprising a mixed layer that includes an ion migration region and a support having a 3-dimensional network structure, wherein the ion migration region has a structure in which two or more cells including an ion-conducting material border 3 dimensionally, a thickness ratio of the mixed layer is greater than or equal to 30% and less than or equal to 100% with respect to a total thickness of the polymer electrolyte membrane, an average of maximum diameters of the cells is greater than or equal to 0.25 μm and less than or equal to 0.4 μm, and a standard deviation of maximum diameters of the cells is greater than or equal to 0.05 μm and less than or equal to 0.2 μm, the ion-conducting material includes a sulfonated polyether-etherketone-based polymer, and the support includes polyolefin, polyamide, polyester, polyacetal (or polyoxymethylene), polysulfide, polyvinyl alcohol, copolymers thereof and combinations thereof.
Apparatus for holding a wheel member at a desired location, the apparatus comprising: a first holder element to engage a first part of a wheel member, a second holder element to engage a second part of the wheel member, the first holder element being disposed in a spaced apart relationship from the second holder element to receive at least a portion of the wheel member therebetween, a substantially elongate element for extension across a rim of the wheel member to secure the wheel member relative to the first holder element and the second holder element; a first end of the elongate element being attached to the first holder element and a second end of the elongate element being releasably coupleable to the second holder element; a first coupling member attached to the second end of the elongate element; and a second coupling member attached to the second holder element; wherein the first coupling member is releasably coupleable to the second coupling member by magnetic attraction, and characterized in that the elongate element comprises a flexible tether. a first holder element to engage a first part of a wheel member, a second holder element to engage a second part of the wheel member, the first holder element being disposed in a spaced apart relationship from the second holder element to receive at least a portion of the wheel member therebetween, a substantially elongate element for extension across a rim of the wheel member to secure the wheel member relative to the first holder element and the second holder element; a first end of the elongate element being attached to the first holder element and a second end of the elongate element being releasably coupleable to the second holder element; a first coupling member attached to the second end of the elongate element; and a second coupling member attached to the second holder element; wherein the first coupling member is releasably coupleable to the second coupling member by magnetic attraction, and characterized in that the elongate element comprises a flexible tether.