mhurhangee/ep-ind-claims huggingface dataset:
A control device, comprising: a processing circuit configured to generate a birds-eye view image and a wide-view image from a plurality of captured images, each captured image of the plurality of captured images being in a different viewing direction; and a control circuit configured to receive a selection input and to select one of a wide-view image and the birds-eye view image based on the selection input, and to control display in a monitoring process, based on the selection input, of the wide-view image, the birds-eye view image and a live video, wherein a viewing angle of the wide-view image is larger than a viewing angle of the live video being displayed, the birds-eye view image is not rotated in response to receiving the selection input to change a viewing direction of the live video, and wherein when the birds-eye view image is simultaneously displayed with the live video and viewing direction information of the live video, the viewing direction of the live video is selected based on the selection input and the live video includes an image among the plurality of images that make up the birds-eye view image. a processing circuit configured to generate a birds-eye view image and a wide-view image from a plurality of captured images, each captured image of the plurality of captured images being in a different viewing direction; and a control circuit configured to receive a selection input and to select one of a wide-view image and the birds-eye view image based on the selection input, and to control display in a monitoring process, based on the selection input, of the wide-view image, the birds-eye view image and a live video, wherein a viewing angle of the wide-view image is larger than a viewing angle of the live video being displayed, the birds-eye view image is not rotated in response to receiving the selection input to change a viewing direction of the live video, and wherein when the birds-eye view image is simultaneously displayed with the live video and viewing direction information of the live video, the viewing direction of the live video is selected based on the selection input and the live video includes an image among the plurality of images that make up the birds-eye view image.
A method for casting a hollow core concrete product with a substantially horizontal slipform casting process, where concrete mass is fed at least in one feeding stage through a limited cross-section (5, 6, 7) moving progressively along with the cast, and cores are formed in the concrete product to be cast with core forming members, in which method thickness of webs between the cores of the product to be cast are changed during the slipform casting process by changing the width of the at least one core forming member, characterized in that casting distance is measured and the changing of the width and/or height of the core forming member is controlled based on the measurement.
An intervertebral implant (10; 100; 200; 300) comprising a body having a convexly curved anterior side substantially opposing a concavely curved posterior side spaced apart by first and second convexly curved lateral sides (16, 18) to define a central bore, the body further having top and bottom surfaces (15, 30), each of the top and bottom surfaces (15, 30) are configured to contact an adjacent vertebra, wherein each of the top and bottom surfaces (15, 30) have areas extending from their outer periphery to the central bore having a plurality of gripping structures for engaging the end plates of adjacent vertebra and have areas (22, 24; 110) extending from their outer periphery to the central bore that are substantially smooth, wherein at least one side has a channel (32, 38) for receiving an inserter or at least one side of the implant has at least a threaded hole (210, 212; 310) for attachment of an inserter, characterized in that the outer periphery of the top and bottom surfaces (15, 30) is configured to substantially conform in size and shape with the end plates of an adjacent vertebra, in that the substantially smooth areas (22, 24; 110) are sized and configured for receiving a distractor and in that the channel (32, 38) runs in at least an anterior-posterior direction or a lateral direction, and the threaded hole (210, 212; 310) is located on the anterior side, antero-lateral side or lateral side (16, 18) of the implant.
Tread band made of rubber-like material for a tyre, said tread band comprising two sides axially distant with a predetermined distance D and a centre, said tread band having a plurality of blocks, characterized in that each block extends continuously in a curved manner to one side of the tread band towards the centre of this tread band so as not to form a central circumferential block around the centre, the block following a certain curvature C, each block comprising at least one lateral face, and in that this lateral face is covered totally by a covering material, the covering material having a modulus of elasticity which is greater than the modulus of elasticity of the rubber-like material forming the block.
A clutch mechanism comprising: a drive side clutch member (11, 21, 22) having a drive side clutch portion (21 b); a driven side clutch member having a driven side clutch portion engageable with the drive side clutch portion; wherein the driven side clutch member is movable relative to the drive side clutch member (11, 21, 22) in an axial direction between an engaging position and a disengaging position, where the driven side clutch portion is engaged with and disengaged from the drive side clutch portion, respectively; and a synchronization mechanism, characterized in that the synchronization mechanism comprises a drive side contact member (21 c; 23) and a driven side contact member (23; 15c) provided on the drive side clutch member (11, 21, 22) and the driven side clutch member at positions radially inwardly of the drive side clutch portion (21 b) and the driven side clutch portion, respectively; wherein the driven side contact member (23; 15c) does not contact the drive side contact member (21c; 23) when the driven side clutch member is in the disengaging position; wherein as the driven side clutch member moves from the disengaging position to the engaging position, the driven side contact member (23; 15c) contacts the drive side contact member (21c; 23), so that the rotation of the drive side clutch member (11, 21, 22) is transmitted to the driven side clutch member through frictional contact between the driven side contact member (23; 15c) and the drive side contact member (21 c; 23) before the driven side clutch member reaches the engaging position. a drive side clutch member (11, 21, 22) having a drive side clutch portion (21 b); a driven side clutch member having a driven side clutch portion engageable with the drive side clutch portion; wherein the driven side clutch member is movable relative to the drive side clutch member (11, 21, 22) in an axial direction between an engaging position and a disengaging position, where the driven side clutch portion is engaged with and disengaged from the drive side clutch portion, respectively; and a synchronization mechanism, characterized in that the synchronization mechanism comprises a drive side contact member (21 c; 23) and a driven side contact member (23; 15c) provided on the drive side clutch member (11, 21, 22) and the driven side clutch member at positions radially inwardly of the drive side clutch portion (21 b) and the driven side clutch portion, respectively; wherein the driven side contact member (23; 15c) does not contact the drive side contact member (21c; 23) when the driven side clutch member is in the disengaging position; wherein as the driven side clutch member moves from the disengaging position to the engaging position, the driven side contact member (23; 15c) contacts the drive side contact member (21c; 23), so that the rotation of the drive side clutch member (11, 21, 22) is transmitted to the driven side clutch member through frictional contact between the driven side contact member (23; 15c) and the drive side contact member (21 c; 23) before the driven side clutch member reaches the engaging position.
A cardiac function analysis apparatus, comprising: a volume data storage means adapted to store a group of three-dimensional volume datasets that have been obtained by imaging the heart of a subject at predetermined time intervals; a position obtainment means adapted to obtain the positions of points in the heart that are present in at least two three-dimensional volume datasets in the group of three-dimensional volume datasets, the points anatomically corresponding to each other, and the at least two three-dimensional volume datasets having been obtained by imaging at at least two different phases (t, t+ Δt), wherein position matching is performed by searching for positions at which voxel values are most similar to each other while the shape of the heart is transformed, and by transforming one of said at least two datasets in the three-dimensional space so that the shapes of the heart of said two datasets become the same; a function information obtainment means adapted to obtain, based on each of the positions of the corresponding points in the heart, which have been obtained by the position obtainment means, function information representing the function of the heart at each point within a three-dimensional space; and a display means adapted to display, based on the function information, which has been obtained by the function information obtainment means, a motion function of the heart at each of the points in an image that has the shape of the heart of the subject. a volume data storage means adapted to store a group of three-dimensional volume datasets that have been obtained by imaging the heart of a subject at predetermined time intervals; a position obtainment means adapted to obtain the positions of points in the heart that are present in at least two three-dimensional volume datasets in the group of three-dimensional volume datasets, the points anatomically corresponding to each other, and the at least two three-dimensional volume datasets having been obtained by imaging at at least two different phases (t, t+ Δt), wherein position matching is performed by searching for positions at which voxel values are most similar to each other while the shape of the heart is transformed, and by transforming one of said at least two datasets in the three-dimensional space so that the shapes of the heart of said two datasets become the same; a function information obtainment means adapted to obtain, based on each of the positions of the corresponding points in the heart, which have been obtained by the position obtainment means, function information representing the function of the heart at each point within a three-dimensional space; and a display means adapted to display, based on the function information, which has been obtained by the function information obtainment means, a motion function of the heart at each of the points in an image that has the shape of the heart of the subject.
Method for operating a motor vehicle, having a drive assembly, a transmission and a drive output, wherein the transmission is configured as an automatic transmission or automated manual transmission and is connected between the drive assembly and the drive output, wherein, in a manner dependent on at least one operating condition of the motor vehicle, a coasting mode thereof is activated, and subsequently, in a manner dependent on at least one operating condition of the motor vehicle, said coasting mode is deactivated again, wherein, when the coasting mode is active, a gear ratio in the transmission is updated whilst the coasting mode is maintained, wherein the gear ratio updating in the transmission is performed in a manner dependent on a rotational speed of the drive assembly and in a manner dependent on the synchronous rotational speed of a respectively present coasting gear ratio of the transmission and also in a manner dependent on the synchronous rotational speed of a next higher coasting gear ratio of the transmission in relation to the respectively present coasting gear ratio of the transmission, characterized in that the gear ratio updating in the transmission is furthermore performed in a manner dependent on a run-down gradient of the rotational speed of the drive assembly, wherein, in a manner dependent on the run-down gradient of the rotational speed of the drive assembly, an actual time is determined at which the rotational speed of the drive assembly undershoots or reaches the synchronous rotational speed of the next higher coasting gear ratio of the transmission in relation to the respective present coasting gear ratio of the transmission, and wherein a shift is performed from the present coasting gear ratio into the next higher coasting gear ratio of the transmission if said actual time becomes shorter than a specified applicable setpoint time.
Heat exchanger comprising: - at least two fins (5, 5', 5"); - at least two means making it possible to guide the flow of a fluid which are arranged with respect to one another such that the fins (5, 5', 5") can be arranged totally or partially between said at least two means for guiding the flow of a fluid, so as to be able to allow guiding of the flow of an air stream circulating between said means for guiding the flow of a fluid, each means for guiding the flow of a fluid comprises at least one leading edge, the leading edges defining with two adjacent fins (5, 5', 5") the inlet of a duct for the circulation of said air stream, characterized in that the distance separating the end of a fin (5, 5', 5") from a leading edge is different from the distance separating the end of an adjacent fin (5, 5', 5") from the same leading edge. - at least two fins (5, 5', 5"); - at least two means making it possible to guide the flow of a fluid which are arranged with respect to one another such that the fins (5, 5', 5") can be arranged totally or partially between said at least two means for guiding the flow of a fluid, so as to be able to allow guiding of the flow of an air stream circulating between said means for guiding the flow of a fluid,
An apparatus to reduce silent data corruption, the apparatus comprising logic to: generate an error correction code "ECC" corresponding to a cache line to be stored in a shared memory, the ECC having an event bit; determine one of an occurrence and a non-occurrence of an event to generate an event determination; process the ECC code in accordance with the event bit and the event determination, wherein if the event bit does not correspond to the event determination, encoding the ECC by generating a poison bit by flipping the value of the event bit that corresponds to the event determination; store the processed ECC and the corresponding cache line in the memory; read the processed ECC and the corresponding cache line from the memory to obtain read code; process the read code to generate a decoded read code by applying an inverse of the poison bit generation to the read code and perform error correction code checking on the decoded read code; process the read code by performing error correction code checking on the read code; and identify correctable and uncorrectable errors in the processed decoded read code and the processed read code to determine the event bit. generate an error correction code "ECC" corresponding to a cache line to be stored in a shared memory, the ECC having an event bit; determine one of an occurrence and a non-occurrence of an event to generate an event determination; process the ECC code in accordance with the event bit and the event determination, wherein if the event bit does not correspond to the event determination, encoding the ECC by generating a poison bit by flipping the value of the event bit that corresponds to the event determination; store the processed ECC and the corresponding cache line in the memory; read the processed ECC and the corresponding cache line from the memory to obtain read code; process the read code to generate a decoded read code by applying an inverse of the poison bit generation to the read code and perform error correction code checking on the decoded read code; process the read code by performing error correction code checking on the read code; and identify correctable and uncorrectable errors in the processed decoded read code and the processed read code to determine the event bit.
A sulfide compound for a solid electrolyte of a lithium secondary battery, comprising a crystal phase of a cubic argyrodite type crystal structure, and being represented by the compositional formula: Li 7-x PS 6-x Cl y Br z, wherein x in the compositional formula satisfies x = y + z and 1.0 < x ≤ 1.8, and a ratio (z/y) of the molar ratio of Br to the molar ratio of Cl is from 0.1 to 10.0, wherein the solid electrolyte has an average particle diameter of from 0.1 μm to 7 μm, the average particle diameter value being obtained by the laser diffractive scattering particle size distribution measurement method.
An analgesic active benefit agent for use in a non-surgical method of treating pain, wherein the method comprises enhancing penetration of the active benefit agent comprising the steps of: a. providing a topical composition comprising the active benefit agent; b. applying the topical composition to an area of the skin or scalp in need of treatment from the active benefit agent; c. providing a device having power source and an acoustic transducer electrically connected to the power source, the transducer calibrated to generate acoustic energy at a frequency ranging from about 100 kHz to about 3000 kHz; d. orienting the device such that any ultrasound waves generated by the transducer are projected at an angle e that ranges from 5° to 75°relative to the surface of skin at the area on which the topical composition was applied; and e. delivering the ultrasound to the area on which the topical composition was applied while maintaining the projection angle e that ranges from 5° to 75° relative to the surface of the skin at the area on which the topical composition was applied. a. providing a topical composition comprising the active benefit agent; b. applying the topical composition to an area of the skin or scalp in need of treatment from the active benefit agent; c. providing a device having power source and an acoustic transducer electrically connected to the power source, the transducer calibrated to generate acoustic energy at a frequency ranging from about 100 kHz to about 3000 kHz; d. orienting the device such that any ultrasound waves generated by the transducer are projected at an angle e that ranges from 5° to 75°relative to the surface of skin at the area on which the topical composition was applied; and e. delivering the ultrasound to the area on which the topical composition was applied while maintaining the projection angle e that ranges from 5° to 75° relative to the surface of the skin at the area on which the topical composition was applied.
A system for modulating development or repair of bone, cartilage or other connective tissue, the system comprising: electrical signal generation means configured to generate a first electrical signal having a first repeating pattern of a number of pulse bursts, each of the pulse bursts comprising a plurality of individual positive pulses of a first voltage level L 1 of a first duration T 1, the individual positive pulses separated by a number of negative pulses of a second duration T 2 at a second voltage level L 2, each of the pulse bursts of a third duration T 3 and separated from each other at least by an equalizing pulse of a fourth period T 4 at the second voltage level L 2 a number of electrodes electrically coupleable to the electrical signal generation means to operably couple at least the first electrical signal to tissue characterized in that the first duration T 1 is equal to 13 msec, the second duration T 2 is equal to 200 μsec, and the third duration T 3 is equal to 1 sec; and electrical signal generation means configured to generate a first electrical signal having a first repeating pattern of a number of pulse bursts, each of the pulse bursts comprising a plurality of individual positive pulses of a first voltage level L 1 of a first duration T 1, the individual positive pulses separated by a number of negative pulses of a second duration T 2 at a second voltage level L 2, each of the pulse bursts of a third duration T 3 and separated from each other at least by an equalizing pulse of a fourth period T 4 at the second voltage level L 2 a number of electrodes electrically coupleable to the electrical signal generation means to operably couple at least the first electrical signal to tissue characterized in that the first duration T 1 is equal to 13 msec, the second duration T 2 is equal to 200 μsec, and the third duration T 3 is equal to 1 sec; and
Protection apparatus for washing endoscopic medical instruments, such as transesophageal probes or suchlike, having a tubular part to be subjected to washing which at one end has electronic components to be protected, comprising a watertight box-like body that delimits internally a housing compartment to position, through an aperture, the electronic components of the instrument in a protected condition from the outside, said box-like body being characterized in comprising fluidic connection means with a connector of a pipe of a pressure generator and controller, so as to put under pressure the inside of the box-like body in the closed condition, wherein the box-like body is formed by two symmetrical semi-shells parts, hinged to each other, of which a first bottom part, to house the electronic components to be protected, and a second closing part, which parts are selectively mobile with respect to each other between a closed condition, in which the second part completely covers the first part protecting the electronic components inside the housing compartment, and an open condition, which allows said electronic components to be inserted inside the housing compartment.
A tap mountable garden watering controller unit comprising a valve for controlling supply of water from a tap into a garden watering arrangement, and a garden watering controller for operating the valve, the controller comprising wireless receiver means for wirelessly receiving programming data signals, and a central unit for outputting control signals for operating the valve in dependence on the received programming data signals, wherein the central unit is arranged to store a watering schedule received via the programming data signals and arranged to operate the valve in dependence on the stored watering schedule, and the tap mountable garden watering controller unit is characterised in that the controller is arranged to receive user override control signals wirelessly as part of the programming data signals such as to adjust a selected duration of watering specified in the schedule for a user selected period before the controller reverts to a state for operating the valve in dependence on the initially stored watering schedule, the controller being programmed to retain the programmed override until the override has been cancelled or the override is over.
Submarine which is designed for recovering oil while submerged and comprises a nozzle, which is line-connected to a line leading into the submarine, wherein the nozzle is of flexible design and has a portion adjacent to its free end fastened on a remotely operated vehicle, characterized in that the nozzle is designed in the form of a hose which, for removing oil by suction, is unwound from a motor-activated hose reel arranged in the interspace between the pressure hull of the submarine and the top deck.