mhurhangee/ep-ind-claims huggingface dataset:
System for coating articles, with a) a coating cubicle; b) a conveying system which guides the articles to be coated through the coating cubicle; c) at least one application unit for the coating medium; d) at least one handling device which carries and guides the application unit; characterized in that said system comprises: e) at least one cleaning device (10, 11) which has at least one nozzle (18, 20; 120; 218, 220, 231; 320, 331) from which CO 2 can emerge in a form suitable for cleaning purposes and can be applied to those surfaces of the application unit (8, 9; 108; 208; 308) which are to be cleaned and optionally to adjacent regions of the handling device (6, 7); f) a tank for storing CO 2 in liquid or solid form; g) a central supply unit which, for its part, has conveying means which are capable of removing CO 2 from the tank and of providing same with a pressure suitable for the further conveying; h) a collecting line which is connected to the central supply unit and to which at least one cleaning device (10, 11) is attached; wherein i) a relative movement between the nozzle (18, 20; 120; 218, 220, 231; 318, 320, 331) and the application unit (8, 9; 108; 208; 308) can be brought about in a programmed-controlled manner such that all of those surfaces of the application unit (8, 9; 108; 208; 308) which are to be cleaned can be reached by the CO 2 emerging from the nozzle (18, 20; 120; 218, 220, 231; 318, 320, 331). a) a coating cubicle; b) a conveying system which guides the articles to be coated through the coating cubicle; c) at least one application unit for the coating medium; d) at least one handling device which carries and guides the application unit; e) at least one cleaning device (10, 11) which has at least one nozzle (18, 20; 120; 218, 220, 231; 320, 331) from which CO 2 can emerge in a form suitable for cleaning purposes and can be applied to those surfaces of the application unit (8, 9; 108; 208; 308) which are to be cleaned and optionally to adjacent regions of the handling device (6, 7); f) a tank for storing CO 2 in liquid or solid form; g) a central supply unit which, for its part, has conveying means which are capable of removing CO 2 from the tank and of providing same with a pressure suitable for the further conveying; h) a collecting line which is connected to the central supply unit and to which at least one cleaning device (10, 11) is attached; i) a relative movement between the nozzle (18, 20; 120; 218, 220, 231; 318, 320, 331) and the application unit (8, 9; 108; 208; 308) can be brought about in a programmed-controlled manner such that all of those surfaces of the application unit (8, 9; 108; 208; 308) which are to be cleaned can be reached by the CO 2 emerging from the nozzle (18, 20; 120; 218, 220, 231; 318, 320, 331).
A coated detergent particle having perpendicular dimensions x, y and z, wherein x is from 0.5 to 2 mm, y is from 2 to 8mm, and z is from 2 to 8 mm, wherein the particle comprises: (i) from 20 to 39 wt % of a surfactant selected from: anionic and non-ionic surfactants; (ii) from 10 to 40 wt % of inorganic salts selected from: sodium carbonate and/or sodium sulphate of which at least 5 wt % of the inorganic salt is sodium carbonate; and, (iii) from 0.0001 to 0.1 wt % pigment, wherein the pigment is selected: from organic and inorganic pigments, and wherein the inorganic salts are present on the detergent particle as a coating and the surfactant and the pigment are present as a core. (i) from 20 to 39 wt % of a surfactant selected from: anionic and non-ionic surfactants; (ii) from 10 to 40 wt % of inorganic salts selected from: sodium carbonate and/or sodium sulphate of which at least 5 wt % of the inorganic salt is sodium carbonate; and, (iii) from 0.0001 to 0.1 wt % pigment, wherein the pigment is selected: from organic and inorganic pigments, and
Process for increasing the resolution and the visual quality of video streams (1, 1 a, 1 b, 1 c) that are exchanged between users connected through their terminals (2, 2a, 2b, 2c) to a video conference service, each user sending through his terminal (2, 2a, 2b, 2c) a video stream (1, 1 a, 1 b, 1 c) and receiving on his terminal (2a, 2b, 2c) video streams (5a, 5b, 5c) of at least one other user connected to said video conference service, a user further sending to a dictionary (8, 8b) through his terminal (2, 2c) at a given rate reference frames corresponding to snapshots of his video stream (1, 1 c) that are encoded with a high resolution and a high visual quality, the resolution and the visual quality of the video stream (1, 1 c) of said user being increased by means of a Super Resolution algorithm adapted to extract and use information from said reference frames to build an enhanced video stream (5, 5a, 5b, 5c) to be sent to other users connected to said service, said process being characterized in that it provides for updating the rate for sending reference frames of a video stream (1, 1 c) upon detection of a variation in said video stream.
A method for measuring a polishing amount of an optical fiber component while performing polishing, the method characterized in that it comprises: branching an inspection light among a reference optical path having a variable optical path length, an optical fiber component being measured, and a comparison optical path, and determining a polishing amount of the optical fiber component by a change amount of a difference Lc between a reference optical path length when return light of the reference optical path interferes with return light of the optical fiber component being measured and a reference optical path length when the return light of the reference optical path interferes with return light of the comparison optical path. branching an inspection light among a reference optical path having a variable optical path length, an optical fiber component being measured, and a comparison optical path, and determining a polishing amount of the optical fiber component by a change amount of a difference Lc between a reference optical path length when return light of the reference optical path interferes with return light of the optical fiber component being measured and a reference optical path length when the return light of the reference optical path interferes with return light of the comparison optical path.
A method implemented by a wireless transmit/receive unit, WTRU, for transmitting uplink control information, the method comprising: receiving a configuration indicating whether the WTRU is configured to transmit simultaneously on a physical uplink control channel, PUCCH, and physical uplink shared channel, PUSCH; determining that an uplink control information, UCI, is to be transmitted in a first subframe and that the UCI comprises a first subset of UCI bits corresponding to at least a first type of UCI and a second subset of UCI bits corresponding to at least a second type of UCI bits; and responsive to determining that the WTRU is configured to transmit simultaneously on the PUCCH and PUSCH and that the UCI to be transmitted in the first subframe comprises at least the first type of UCI and at least the second type of UCI, transmitting the first subset of UCI bits on the PUCCH in the first subframe and transmitting the second subset of UCI bits on the PUSCH in the first subframe. receiving a configuration indicating whether the WTRU is configured to transmit simultaneously on a physical uplink control channel, PUCCH, and physical uplink shared channel, PUSCH; determining that an uplink control information, UCI, is to be transmitted in a first subframe and that the UCI comprises a first subset of UCI bits corresponding to at least a first type of UCI and a second subset of UCI bits corresponding to at least a second type of UCI bits; and responsive to determining that the WTRU is configured to transmit simultaneously on the PUCCH and PUSCH and that the UCI to be transmitted in the first subframe comprises at least the first type of UCI and at least the second type of UCI, transmitting the first subset of UCI bits on the PUCCH in the first subframe and transmitting the second subset of UCI bits on the PUSCH in the first subframe.
A smart battery device, comprising: a battery unit; a temperature-sensing unit, configured to sense an ambient temperature to generate a temperature signal; and a processing unit, coupled to the battery unit and the temperature-sensing unit, wherein in a charging mode, the processing unit is configured to receive the temperature signal and obtain a power capacity of the battery unit, characterized in that in the charging mode, the processing unit is configured to set a full capacity according to the temperature signal, and generate an indication flag when the power capacity of the battery unit reaches the full capacity, wherein the indication flag is used to indicate that the battery unit is in a fully charged state. a battery unit; a temperature-sensing unit, configured to sense an ambient temperature to generate a temperature signal; and a processing unit, coupled to the battery unit and the temperature-sensing unit, wherein in a charging mode, the processing unit is configured to receive the temperature signal and obtain a power capacity of the battery unit, characterized in that in the charging mode, the processing unit is configured to set a full capacity according to the temperature signal, and generate an indication flag when the power capacity of the battery unit reaches the full capacity, wherein the indication flag is used to indicate that the battery unit is in a fully charged state.
A system comprising: a downhole unit configured to operate within a wellbore, the downhole unit comprising a laser head comprising one or more optical components; a laser beam generator to generate one or more laser beams, the laser head of the downhole unit being configured to receive the one or more laser beams at the one or more optical components and to output the one or more laser beams via the one or more optical components, where the one or more laser beams are output to induce a plasma in a volume of fluid, the plasma for producing shock waves in the volume of fluid; a acoustic mirror at least in part confining the volume of fluid and configured to receive the shock waves to produce destructive reflected waves in the volume of fluid; one or more sensors (501, 502) in the wellbore to sense one or more environmental conditions within the wellbore during operation of the downhole unit; and one or more processing devices to generate at least some information based on the one or more environmental conditions, characterised in that the acoustic mirror is deformable. a downhole unit configured to operate within a wellbore, the downhole unit comprising a laser head comprising one or more optical components; a laser beam generator to generate one or more laser beams, the laser head of the downhole unit being configured to receive the one or more laser beams at the one or more optical components and to output the one or more laser beams via the one or more optical components, where the one or more laser beams are output to induce a plasma in a volume of fluid, the plasma for producing shock waves in the volume of fluid; a acoustic mirror at least in part confining the volume of fluid and configured to receive the shock waves to produce destructive reflected waves in the volume of fluid; one or more sensors (501, 502) in the wellbore to sense one or more environmental conditions within the wellbore during operation of the downhole unit; and one or more processing devices to generate at least some information based on the one or more environmental conditions, characterised in that the acoustic mirror is deformable.
Conveying device for conveying rod-shaped products of the tobacco processing industry, comprising - a longitudinal conveyor, - a cross conveyor, and - a guide device on which the products can be successively supplied to the longitudinal conveyor on at least one guide track (4a, 4b), wherein - the longitudinal conveyor comprising a rotatably drivable drum having lever arms protruding from the end face and receptacles arranged on said lever arms, which receptacles have channels which, in a takeover point, are aligned in parallel with the supplied products, and - the cross conveyor comprising a rotationally drivable drum having channels arranged on the lateral surface, by means of which channels the products are taken, in a transfer point, out of the channels of the longitudinal conveyor, or of a second cross conveyor transverse to the longitudinal axis thereof, by the cross conveyor, characterised in that - a sensor device (12, 15) is provided, which is directed towards the channels of the longitudinal conveyor and by means of which the position of the products in the channels (24, 26) can be indirectly or directly sensed. - a longitudinal conveyor, - a cross conveyor, and - a guide device on which the products can be successively supplied to the longitudinal conveyor on at least one guide track (4a, 4b), wherein - the longitudinal conveyor comprising a rotatably drivable drum having lever arms protruding from the end face and receptacles arranged on said lever arms, which receptacles have channels which, in a takeover point, are aligned in parallel with the supplied products, and - the cross conveyor comprising a rotationally drivable drum having channels arranged on the lateral surface, by means of which channels the products are taken, in a transfer point, out of the channels of the longitudinal conveyor, or of a second cross conveyor transverse to the longitudinal axis thereof, by the cross conveyor, - a sensor device (12, 15) is provided, which is directed towards the channels of the longitudinal conveyor and by means of which the position of the products in the channels (24, 26) can be indirectly or directly sensed.
A device for stimulating or modulating tissue, said device comprising: an elongate member having a longitudinal axis, a proximal end, and a distal end; a first pair of adjacent annular stimulating regions, the first pair of annular stimulating regions comprising a proximal annular stimulating region disposed near the distal end of the elongate member, and a distal annular stimulating region disposed near the distal end of the elongate member, the distal annular stimulating region closer to the distal end of the elongate member than the proximal annular stimulating region, wherein the proximal annular stimulating region comprises a plurality of independently energizable electrodes adapted to deliver current into the tissue, with adjacent electrodes in the proximal annular stimulating region separated from one another by an insulating member disposed on the elongate member, the proximal annular stimulating region circumscribing the elongate member, and wherein the distal annular stimulating region comprises a plurality of independently energizable electrodes adapted to deliver current into the tissue, with adjacent electrodes in the distal annular stimulating region separated from one another by an insulating member disposed on the elongate member, the distal annular stimulating region circumscribing the elongate member, and wherein the distal annular stimulating region is axially separated along the longitudinal axis from the proximal annular stimulating member by a gap; a first internal electrical connector electrically coupling a first electrode in the proximal annular stimulating region with a first electrode in the distal annular stimulating region, wherein the first internal electrical connector is disposed within the elongate member, the first internal electrical connector extending across the gap between the proximal and distal annular stimulating regions; and a recording electrode disposed in the gap between the proximal and distal annular stimulating regions, the recording electrode adapted to record local tissue potentials from the tissue.
A wheel comprising: a disc face; and a rim circumscribing the disc face and extending between the disc face and an open end thereof, the rim including: a rib extending radially inward from the rim, characterised in that the rim further includes a rim section including the rib having a second moment of area configured to enable the wheel to have: a) a substantially similar load rating and/or tire pressure rating as a wheel of similar size without the rib; and b) a lower weight than the wheel of similar size. a disc face; and a rim circumscribing the disc face and extending between the disc face and an open end thereof, the rim including: a rib extending radially inward from the rim, characterised in that the rim further includes a rim section including the rib having a second moment of area configured to enable the wheel to have: a) a substantially similar load rating and/or tire pressure rating as a wheel of similar size without the rib; and b) a lower weight than the wheel of similar size. a rib extending radially inward from the rim, characterised in that the rim further includes a rim section including the rib having a second moment of area configured to enable the wheel to have: a) a substantially similar load rating and/or tire pressure rating as a wheel of similar size without the rib; and b) a lower weight than the wheel of similar size. a) a substantially similar load rating and/or tire pressure rating as a wheel of similar size without the rib; and b) a lower weight than the wheel of similar size.
A system for pipeline inspection, comprising: a transport module operable to traverse an interior of a pipeline; and a sensor arrangement carried by the transport module and including a sensor configured to measure at least one characteristic of the pipeline, the sensor arrangement being operable to move the sensor toward and away from an inside surface of a wall of the pipeline, the sensor arrangement characterised in further including a cover movable between a closed position covering a surface of the sensor and an open position exposing the surface of the sensor to an ambient environment. a transport module operable to traverse an interior of a pipeline; and a sensor arrangement carried by the transport module and including a sensor configured to measure at least one characteristic of the pipeline, the sensor arrangement being operable to move the sensor toward and away from an inside surface of a wall of the pipeline, the sensor arrangement characterised in further including a cover movable between a closed position covering a surface of the sensor and an open position exposing the surface of the sensor to an ambient environment.
Method for operating workstations of a textile machine producing cross-wound bobbins, each of the workstations having a winding device with a bobbin drive roller for rotating a cross-wound bobbin with frictional engagement, a pivotably mounted creel, which can be lifted and lowered in a defined manner by a torque transmitter, for rotatably holding the cross-wound bobbin and a suction nozzle, which can be charged with negative pressure and pivoted into the region of the surface of the cross-wound bobbin, to pneumatically pick up an upper thread, which has run onto the surface of the cross-wound bobbin after a winding interruption, characterised in that the cross-wound bobbin, to pick up the thread, firstly rotates with frictional engagement in the unwinding direction and the creel is then activated by a torque transmitter in such a way that an air gap is temporarily provided between the surface of the cross-wound bobbin held in the creel and the bobbin drive roller rotating the cross-wound bobbin.
Display system having: - a cloche having at least one lateral wall and a ceiling fastened at the top part of the lateral wall so as to delimit between them an internal volume wherein the cloche has an opening opposite the ceiling, - a depressurizing means configured to create a depressurization in the internal volume, - a capturing means arranged at the ceiling and of which the axis of sight is oriented towards the opening, - a display screen, and - a processing unit arranged to receive an image captured by the capturing means and send it to the display screen, which displays it, and characterized in that the display system has a first seal that extends in a groove formed at the foot of the lateral wall and a second seal arranged at the foot of the lateral wall and outside the cloche. - a cloche having at least one lateral wall and a ceiling fastened at the top part of the lateral wall so as to delimit between them an internal volume wherein the cloche has an opening opposite the ceiling, - a depressurizing means configured to create a depressurization in the internal volume, - a capturing means arranged at the ceiling and of which the axis of sight is oriented towards the opening, - a display screen, and - a processing unit arranged to receive an image captured by the capturing means and send it to the display screen, which displays it, and
A path switching method, wherein the method comprises: receiving, by a base station, a first message sent by first user equipment, wherein the first message is used to request to switch the first user equipment from a non-direct path for communicating with the base station by using second user equipment to a direct path for communicating with the base station; and sending, by the base station, a second message to the first user equipment, wherein the second message is used to instruct the first user equipment to perform path switching, and the second message comprises at least one of a timing advance, a closed-loop power control value, and an uplink grant configuration, wherein: before sending, by the base station, the second message to the first user equipment, the method further comprises: sending, by the base station, a third message to the second user equipment, wherein the third message is used to instruct the second user equipment to report the timing advance; and receiving, by the base station, a fourth message sent by the second user equipment, wherein the fourth message comprises the timing advance. receiving, by a base station, a first message sent by first user equipment, wherein the first message is used to request to switch the first user equipment from a non-direct path for communicating with the base station by using second user equipment to a direct path for communicating with the base station; and sending, by the base station, a second message to the first user equipment, wherein the second message is used to instruct the first user equipment to perform path switching, and the second message comprises at least one of a timing advance, a closed-loop power control value, and an uplink grant configuration, wherein: before sending, by the base station, the second message to the first user equipment, the method further comprises: sending, by the base station, a third message to the second user equipment, wherein the third message is used to instruct the second user equipment to report the timing advance; and receiving, by the base station, a fourth message sent by the second user equipment, wherein the fourth message comprises the timing advance. sending, by the base station, a third message to the second user equipment, wherein the third message is used to instruct the second user equipment to report the timing advance; and receiving, by the base station, a fourth message sent by the second user equipment, wherein the fourth message comprises the timing advance.