mhurhangee/ep-ind-claims huggingface dataset:
A sock anchor unit comprising: an inner longitudinal hollow central spine comprising at least one substantially laterally extending opening from inside to outside of the inner hollow central spine; an outer fabric sleeve arranged to envelop the outside surface of the inner hollow central spine such that a gap is defined between the outside surface of the inner hollow central spine and an inner surface of the outer fabric sleeve; a plurality of elongated reinforcing members, wherein each elongated reinforcing member extends longitudinally within the gap between the inner hollow central spine and the outer fabric sleeve; and a fastening member (26, 32) on each end of the sock anchor unit, wherein both fastening members are compatible with each other; wherein the fastening members are configured such that a trailing end of a first sock anchor unit is attachable to a leading end of a second sock anchor unit thereby facilitating creating a sock anchor system of a desired length, wherein the sock anchor system comprises a plurality of sock anchor units. an inner longitudinal hollow central spine comprising at least one substantially laterally extending opening from inside to outside of the inner hollow central spine; an outer fabric sleeve arranged to envelop the outside surface of the inner hollow central spine such that a gap is defined between the outside surface of the inner hollow central spine and an inner surface of the outer fabric sleeve; a plurality of elongated reinforcing members, wherein each elongated reinforcing member extends longitudinally within the gap between the inner hollow central spine and the outer fabric sleeve; and a fastening member (26, 32) on each end of the sock anchor unit, wherein both fastening members are compatible with each other; wherein the fastening members are configured such that a trailing end of a first sock anchor unit is attachable to a leading end of a second sock anchor unit thereby facilitating creating a sock anchor system of a desired length, wherein the sock anchor system comprises a plurality of sock anchor units.
A temperature control unit for an electrophotographic photoconductor substrate to produce an electrophotographic photoconductor, said electrophotographic photoconductor substrate comprising a coated layer, and an entire face of said electrophotographic photoconductor substrate being exposed to energy externally applied from a heating element while being rotated by a rotation system, characterized in that: the temperature control unit comprising a stretchable membrane member, said membrane member detachably disposed in a hollow space of the cylindrical electrophotographic photoconductor substrate, wherein the membrane member is configured to sequentially stretch until reaching the deepest part of the hollow space of the cylindrical substrate as a result of an introduction of a refrigerant therein so as to closely contact with an entire inner wall of the cylindrical substrate, and to sequentially shrink to the original shape thereof as a result of a release of the refrigerant therefrom, so that the membrane member is detachably disposed in the hollow space of the cylindrical substrate, and wherein the membrane member is configured to make a heat transfer between a surface of the cylindrical substrate and the refrigerant introduced in the hollow space of the cylindrical substrate via the membrane member closely contacted with the inner surface of the cylindrical substrate, so as to control a surface temperature of the cylindrical substrate. the temperature control unit comprising a stretchable membrane member, said membrane member detachably disposed in a hollow space of the cylindrical electrophotographic photoconductor substrate, wherein the membrane member is configured to sequentially stretch until reaching the deepest part of the hollow space of the cylindrical substrate as a result of an introduction of a refrigerant therein so as to closely contact with an entire inner wall of the cylindrical substrate, and to sequentially shrink to the original shape thereof as a result of a release of the refrigerant therefrom, so that the membrane member is detachably disposed in the hollow space of the cylindrical substrate, and wherein the membrane member is configured to make a heat transfer between a surface of the cylindrical substrate and the refrigerant introduced in the hollow space of the cylindrical substrate via the membrane member closely contacted with the inner surface of the cylindrical substrate, so as to control a surface temperature of the cylindrical substrate.
A method of rehabilitating a damaged section of pipe that obviates the need for a pre-formed liner, characterized by: inverting a bladder in the pipe dispensing a pumpable material capable of curing about an interior wall of the damaged section of pipe rearward of an inverting face of the bladder between an exterior surface of the bladder and the pipe; compressing the pumpable material disposed between the bladder and the pipe; and allowing the pumpable material to cure; and removing the bladder from the damaged section of pipe. inverting a bladder in the pipe dispensing a pumpable material capable of curing about an interior wall of the damaged section of pipe rearward of an inverting face of the bladder between an exterior surface of the bladder and the pipe; compressing the pumpable material disposed between the bladder and the pipe; and allowing the pumpable material to cure; and removing the bladder from the damaged section of pipe.
A printing apparatus for printing onto objects, the apparatus comprising: a plurality of carrying devices for carrying objects to be printed on, the carrying devices each comprising a rotatable handling device configured to hold and rotate an object; a track defining a path along which each of the plurality of carrying devices can be moved; a plurality of processing stations, comprising locations at which the carrying devices are stationary or moving while the carried objects undergo a process, arranged along the track and comprising at least one printing station; and a controller configured to independently control the position and speed of each of the carrying devices with respect to each other along the track, characterized in that the handling device is arranged to rotate an object at at least one of the plurality of processing stations by coupling to a driving device disposed at the at least one processing station such that torque is transmitted from the driving device to the handling device. a plurality of carrying devices for carrying objects to be printed on, the carrying devices each comprising a rotatable handling device configured to hold and rotate an object; a track defining a path along which each of the plurality of carrying devices can be moved; a plurality of processing stations, comprising locations at which the carrying devices are stationary or moving while the carried objects undergo a process, arranged along the track and comprising at least one printing station; and a controller configured to independently control the position and speed of each of the carrying devices with respect to each other along the track, characterized in that the handling device is arranged to rotate an object at at least one of the plurality of processing stations by coupling to a driving device disposed at the at least one processing station such that torque is transmitted from the driving device to the handling device.
A power tool comprising: a housing coupleble to a source of electric power; a motor disposed in the housing; an output shaft received at least partially in the housing; a transmission in the housing and coupled to the motor and the output shaft for transmitting torque from the motor to the output shaft; characterized by a mode change mechanism having an actuator, a positioning member, and an electromagnet, the actuator including a permanent magnet and being moveable between a first position for a first mode of operation of the power tool, and a second position for a second, different mode of operation of the power tool, and the positioning member and the electromagnet configured to (i) retain the actuator in the first position when the electromagnet assembly is not energized and the actuator is in the first position, (ii) retain the actuator in the second position when the electromagnet assembly is not energized and the actuator is in the second position, and (iii) move the actuator from one of the first position and the second position to the other of the first position and the second position when the electromagnetic assembly is momentarily energized. a housing coupleble to a source of electric power; a motor disposed in the housing; an output shaft received at least partially in the housing; a transmission in the housing and coupled to the motor and the output shaft for transmitting torque from the motor to the output shaft; characterized by a mode change mechanism having an actuator, a positioning member, and an electromagnet, the actuator including a permanent magnet and being moveable between a first position for a first mode of operation of the power tool, and a second position for a second, different mode of operation of the power tool, and the positioning member and the electromagnet configured to (i) retain the actuator in the first position when the electromagnet assembly is not energized and the actuator is in the first position, (ii) retain the actuator in the second position when the electromagnet assembly is not energized and the actuator is in the second position, and (iii) move the actuator from one of the first position and the second position to the other of the first position and the second position when the electromagnetic assembly is momentarily energized.
A method, comprising: performing, by an ultrasound probe of an ultrasound system, an ultrasound scan to acquire a video clip having a plurality of images in a selected zone of a set of lungs; detecting, by a processor of the ultrasound system, B lines in each of the plurality of images of the video clip; detecting a width of each of the B lines in each of the plurality of images; sorting, by the processor, the B lines into a first group and a second group based on the width of each of the B lines, where the B lines in the first group have a narrower width than the B lines in the second group; assigning a score, by the processor, to each of the plurality of images of the video clip based at least in part on both the detected number of B lines and the width of each of the B lines; highlighting, by the processor, the B lines in the first group differently than the B lines in the second group in each of the images of the video clip; identifying, by the processor, a representative image from the plurality of images of the video clip in the selected zone, the identification of the representative image based at least in part on the assigned score of each of the plurality of images; and displaying, by a display system of the ultrasound system, the identified representative image. performing, by an ultrasound probe of an ultrasound system, an ultrasound scan to acquire a video clip having a plurality of images in a selected zone of a set of lungs; detecting, by a processor of the ultrasound system, B lines in each of the plurality of images of the video clip; detecting a width of each of the B lines in each of the plurality of images; sorting, by the processor, the B lines into a first group and a second group based on the width of each of the B lines, where the B lines in the first group have a narrower width than the B lines in the second group; assigning a score, by the processor, to each of the plurality of images of the video clip based at least in part on both the detected number of B lines and the width of each of the B lines; highlighting, by the processor, the B lines in the first group differently than the B lines in the second group in each of the images of the video clip; identifying, by the processor, a representative image from the plurality of images of the video clip in the selected zone, the identification of the representative image based at least in part on the assigned score of each of the plurality of images; and displaying, by a display system of the ultrasound system, the identified representative image.
A video decoding apparatus for performing Decoder side Motion Vector Refinement, DMVR, processing by using motion vectors mvLO and mvL1 and two reference pictures, the video decoding apparatus comprising a DMVR unit configured to derive a dmvrFlag indicating whether or not the DMVR processing is performed, and perform the DMVR processing in a case that the dmvrFlag is TRUE, wherein the dmvrFlag is derived to be equal to TRUE if: a flag, which is a flag signalled in the Sequence Parameter Set and is a flag indicating that the DMVR processing is possible, is On; gbiIdx is 0; and both a luma_weight_10_flag[ refIdxL0] and a luma_weight_11_flag[ refIdxL1] are FALSE, and when the dmvrFlag is not derived to be equal to TRUE, the dmvrFlag is FALSE, wherein the gbiIdx is an index that indicates a weight coefficient used for generalized bi-prediction of a target block out of multiple weight coefficient candidates included in a table gbiWLut, wherein gbiIdx =0 indicates that generalized bi-prediction is not applied, the luma_weight_10_flag[ refIdxL0] specifies whether or not a weight coefficient w0 and an offset o0 for luminance for an L0 reference picture indicated by a reference picture index refIdxL0 are present, and the luma_weight_11_flag[ refIdxL1] specifies whether or not a weight coefficient w1 and an offset o1 for luminance for an L1 reference picture indicated by a reference picture index refIdxL1 are present. a DMVR unit configured to derive a dmvrFlag indicating whether or not the DMVR processing is performed, and perform the DMVR processing in a case that the dmvrFlag is TRUE, wherein the dmvrFlag is derived to be equal to TRUE if: a flag, which is a flag signalled in the Sequence Parameter Set and is a flag indicating that the DMVR processing is possible, is On; gbiIdx is 0; and both a luma_weight_10_flag[ refIdxL0] and a luma_weight_11_flag[ refIdxL1] are FALSE, and a flag, which is a flag signalled in the Sequence Parameter Set and is a flag indicating that the DMVR processing is possible, is On; gbiIdx is 0; and both a luma_weight_10_flag[ refIdxL0] and a luma_weight_11_flag[ refIdxL1] are FALSE, and when the dmvrFlag is not derived to be equal to TRUE, the dmvrFlag is FALSE, wherein the gbiIdx is an index that indicates a weight coefficient used for generalized bi-prediction of a target block out of multiple weight coefficient candidates included in a table gbiWLut, wherein gbiIdx =0 indicates that generalized bi-prediction is not applied, the luma_weight_10_flag[ refIdxL0] specifies whether or not a weight coefficient w0 and an offset o0 for luminance for an L0 reference picture indicated by a reference picture index refIdxL0 are present, and the luma_weight_11_flag[ refIdxL1] specifies whether or not a weight coefficient w1 and an offset o1 for luminance for an L1 reference picture indicated by a reference picture index refIdxL1 are present.
A method for communicating in a wireless network, comprising: receiving in a first subframe at a user equipment a cross-subframe assignment targeting a second subframe, the second subframe differing from the first subframe, the cross-subframe assignment comprising a grant received at the first subframe but used for decoding a data channel at a later subframe and a transmission power control, TPC, command received at the first subframe but used for transmission power control of a later subframe; and adjusting at the user equipment transmit power in accordance with the TPC command during a third subframe a predefined number of subframes after the first subframe. receiving in a first subframe at a user equipment a cross-subframe assignment targeting a second subframe, the second subframe differing from the first subframe, the cross-subframe assignment comprising a grant received at the first subframe but used for decoding a data channel at a later subframe and a transmission power control, TPC, command received at the first subframe but used for transmission power control of a later subframe; and adjusting at the user equipment transmit power in accordance with the TPC command during a third subframe a predefined number of subframes after the first subframe.
Tool interface for coupling a tool to a robot, having the following features: a. the tool interface has an abutment face for abutting a corresponding abutment face of the tool, and b. the tool interface has a coupling device for mechanically coupling the tool to the tool interface, and c. the tool interface has a blow-off device for producing a blow-off air flow in the region of the abutment face, and d. the blow-off device has a plurality of nozzle openings for discharging the blow-off air flow, wherein the nozzle openings are supplied with compressed air by a common compressed air connection of the tool interface, and e. the tool interface has a base member, on which the common compressed air connection is provided, and f. the tool interface has a nozzle member which is fitted to the base member and through which a plurality of nozzle openings extend, and g. the base member has at least one recess in the region of the abutment face, and h. the nozzle member covers the recess, characterized by the following further feature: i. at least one screw hole is provided in the recess in order to fit the tool interface to a robot arm by means of mounting screws. a. the tool interface has an abutment face for abutting a corresponding abutment face of the tool, and b. the tool interface has a coupling device for mechanically coupling the tool to the tool interface, and c. the tool interface has a blow-off device for producing a blow-off air flow in the region of the abutment face, and d. the blow-off device has a plurality of nozzle openings for discharging the blow-off air flow, wherein the nozzle openings are supplied with compressed air by a common compressed air connection of the tool interface, and e. the tool interface has a base member, on which the common compressed air connection is provided, and f. the tool interface has a nozzle member which is fitted to the base member and through which a plurality of nozzle openings extend, and g. the base member has at least one recess in the region of the abutment face, and h. the nozzle member covers the recess, characterized by the following further feature: i. at least one screw hole is provided in the recess in order to fit the tool interface to a robot arm by means of mounting screws.
A drill comprising: - at least one first cutting edge for drilling a prepared hole to a workpiece, the at least one first cutting edge being formed at a tip side of the drill, a first point angle (α) of the at least one first cutting edge at a tip position being more than 0° and less than 180°, the first point angle (α) continuously or intermittently decreasing from the tip side toward a rear end side of the drill, a first relief angle (γ1) of the at least one first cutting edge continuously or intermittently decreasing from the tip side toward the rear end side; - at least one second cutting edge for reaming the prepared hole, the at least one second cutting edge being formed at a position away in the rear end side from the at least one first cutting edge, the at least one second cutting edge having a second relief angle (γ2) at a maximum diameter position of the at least one second cutting edge; and - a deflection reducer for reducing deflection of the at least one second cutting edge, the deflection reducer being formed between the at least one first cutting edge and the at least one second cutting edge, the deflection reducer being inserted into a prepared hole. - at least one first cutting edge for drilling a prepared hole to a workpiece, the at least one first cutting edge being formed at a tip side of the drill, a first point angle (α) of the at least one first cutting edge at a tip position being more than 0° and less than 180°, the first point angle (α) continuously or intermittently decreasing from the tip side toward a rear end side of the drill, a first relief angle (γ1) of the at least one first cutting edge continuously or intermittently decreasing from the tip side toward the rear end side; - at least one second cutting edge for reaming the prepared hole, the at least one second cutting edge being formed at a position away in the rear end side from the at least one first cutting edge, the at least one second cutting edge having a second relief angle (γ2) at a maximum diameter position of the at least one second cutting edge; and - a deflection reducer for reducing deflection of the at least one second cutting edge, the deflection reducer being formed between the at least one first cutting edge and the at least one second cutting edge, the deflection reducer being inserted into a prepared hole.
A method for producing a catalyst for reforming tar-containing gas, comprising: producing a catalyst by adding a precipitating agent to a mixed solution of a nickel compound and a magnesium compound, forming a precipitate by co-precipitating nickel and magnesium, forming a mixture by adding alumina powder and water or an alumina sol to the precipitate and mixing, and at least drying and baking the mixture, wherein the baking is carried out in air at a temperature of 700 to 1300°C.
A heating device for an electronic cigarette, wherein the heating device comprises a substrate and a control board and a heat generating unit arranged on the substrate, wherein the control board is provided with an avoidance hole and at least two inserting holes, the heat generating unit is correspondingly provided with at least two conductive pins, one end of the heat generating unit is inserted into the avoidance hole, so that the heat generating unit is pre-mounted on the control board; and the at least two conductive pins are inserted into the at least two inserting holes, respectively, so that the control board and the heat generating unit establish an electrical connection, characterised in that the inner wall of the inserting hole is further provided with a conductive member, one end of the conductive member protrudes from the inserting hole and is exposed to a surface of the control board to form a conductive pad for facilitating the wiring of the control board.
Optical measuring apparatus for a vehicle, having at least one optical transmitter, at least one optical receiver and a deflection mirror arrangement having at least one deflection mirror of a reception unit of the measuring apparatus, characterized in that the deflection mirror has at least two opposite edge sides (27, 28) that do not run parallel to one another, wherein the deflection mirror has a trapezoidal shape which essentially corresponds to the trapezoidal contour of the marginal rays of the received beam, as they impinge on the deflection mirror.
A computer-implemented method for measuring changes in respiration using measurement data representing a plurality of measured respiration cycles in the form of flow and volume of respiration, or flow and time of respiration, or time and volume of respiration, over a duration of time, and wherein such measurement data pertains to at least the expiration phase measurement of the respiration cycles, analyzing variability of the expiration phases of flow-volume, flow-time or time-volume measurements of the respiration cycles wherein the measurements are measurements over a duration of time, wherein the variability between the expiration phases of the respiration cycles is analyzed from the measurement data in the range of the first half of expired volume in the expiration phase of the respiration cycles. analyzing variability of the expiration phases of flow-volume, flow-time or time-volume measurements of the respiration cycles wherein the measurements are measurements over a duration of time, wherein the variability between the expiration phases of the respiration cycles is analyzed from the measurement data in the range of the first half of expired volume in the expiration phase of the respiration cycles.