mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: a ground station; and an unmanned robot comprising: a robotic controller module configured to control operations of the unmanned robot, and a winch and cable unit mounted on the unmanned robot, the winch and cable unit including a spool for accommodating a tether cable, wherein the tether cable comprises: a first end connected to the winch and cable unit, a second end connected to the ground station, and wherein the second end is extendable for releasing the tether cable from the spool during operation, characterized in that the system further comprises a ground winch and cable unit mounted on the ground station, wherein a portion of the second end of the tether cable is coupled to the ground winch and cable unit. a ground station; and an unmanned robot comprising: a robotic controller module configured to control operations of the unmanned robot, and a winch and cable unit mounted on the unmanned robot, the winch and cable unit including a spool for accommodating a tether cable, wherein the tether cable comprises: a first end connected to the winch and cable unit, a second end connected to the ground station, and wherein the second end is extendable for releasing the tether cable from the spool during operation, characterized in that the system further comprises a ground winch and cable unit mounted on the ground station, wherein a portion of the second end of the tether cable is coupled to the ground winch and cable unit. a robotic controller module configured to control operations of the unmanned robot, and a winch and cable unit mounted on the unmanned robot, the winch and cable unit including a spool for accommodating a tether cable, wherein the tether cable comprises: a first end connected to the winch and cable unit, a second end connected to the ground station, and wherein the second end is extendable for releasing the tether cable from the spool during operation, characterized in that the system further comprises a ground winch and cable unit mounted on the ground station, wherein a portion of the second end of the tether cable is coupled to the ground winch and cable unit. a first end connected to the winch and cable unit, a second end connected to the ground station, and wherein the second end is extendable for releasing the tether cable from the spool during operation, characterized in that the system further comprises a ground winch and cable unit mounted on the ground station, wherein a portion of the second end of the tether cable is coupled to the ground winch and cable unit.
Oscillating suspension means for a brush of a sweeping machine comprising a support frame for a rotary brush, which support frame is suspended from a frame of the machine by means of a cable wound on a pulley which is solidly constrained to a cylinder of a double-acting first piston-cylinder group supplied by a pump via a first four-way distributor automatically or manually activated by an operator, a stem of the first piston-cylinder group being associated to the frame of the machine, characterised in that a single-acting second piston-cylinder group is interposed between the pulley and the cylinder of the first piston-cylinder group, the second piston-cylinder group being supplied by the pump via a priority valve and a choke, a by-pass valve being located between the conduit downstream of the choke and flowed-through by the fluid to which the choke enables passage and the conduit downstream of the choke flowed-through by the fluid which the choke does not enable passage, the by-pass valve being commanded to open by means for detecting a presence of a bump which causes sharp rising of the brush, and by a timer activated automatically or manually by the operator.
Powershift transmission (300, 400) for a motor vehicle, where said powershift transmission is arranged between a prime mover and driven wheels of said motor vehicle for transmission of propulsive power and selection of different gear speed ratios, said powershift transmission comprising at least two frictional clutches for alternatively engaging at least two input shafts (221,222), a main transmission, a range section (360, 460) and an output shaft (371, 471), said main transmission comprising said input shafts (221,222), a main shaft and a countershaft, that is parallel to said main shaft, wherein said countershaft carries a number of gearwheels (131,233,235,137) that are in mesh with gearwheels (230,232,134,136) that are carried by said main shaft or said at least two input shafts (221,222), wherein said main shaft is arranged as an output member of said main transmission and integral with or rotationally fixed to an input member (361,165, 224) of said range section, wherein an output member (364, 471) arranged in said range section is integral with or rotationally fixed to said output shaft, wherein said range section (360, 460) is arranged with at least two alternating torque paths with different range speed ratios that can be established by selective engagement and disengagement of at least one range clutch (165, 162, 166), wherein said countershaft is rotationally connectable to said output shaft in order to establish a by-passing torque path (381,383,384,385,374), passing by said range section without putting any load on any of the parts in said range section, and in which propulsive power can be transferred when said range section is gear shifted between said different range speed ratios, and wherein in said by-passing torque path (381,383,384,385,374) the propulsive power is led between a by-passing gearwheel, which is coaxial with said countershaft, and a by-passing output gearwheel, which is coaxial with said output shaft, characterized in that said by-passing gearwheel is arranged on a by-passing shaft that is integral with or rotationally fixed to said countershaft, wherein said by-passing gearwheel is a loose gearwheel that can be selectively rotationally locked to said by-passing shaft by a by-passing clutch, wherein said by-passing output gearwheel is rotationally fixed to said output shaft and wherein said by-passing output gearwheel is arranged to drive a retarder.
A video encoding apparatus, comprising: a maximum partition layer determiner for determining a maximum partition layer value and a corresponding minimum subblock size for encoding a current block, wherein the maximum partition layer value is the number of layers by which the current block can be maximally split into subblocks by using a tree structure, said subblocks having a size equal to or larger than the minimum subblock size; a maximum partition layer encoder for encoding the maximum partition layer value and the minimum subblock size into a bitstream to indicate the size of the current block in the bitstream; and a video encoder for generating encoded image data of the current block by encoding respective subblocks within the current block which have a size equal to or larger than the minimum subblock size, and for encoding partition information indicating the partition of the current block into the respective subblocks by the tree structure. a maximum partition layer determiner for determining a maximum partition layer value and a corresponding minimum subblock size for encoding a current block, wherein the maximum partition layer value is the number of layers by which the current block can be maximally split into subblocks by using a tree structure, said subblocks having a size equal to or larger than the minimum subblock size; a maximum partition layer encoder for encoding the maximum partition layer value and the minimum subblock size into a bitstream to indicate the size of the current block in the bitstream; and a video encoder for generating encoded image data of the current block by encoding respective subblocks within the current block which have a size equal to or larger than the minimum subblock size, and for encoding partition information indicating the partition of the current block into the respective subblocks by the tree structure.
An in-vehicle electronic system comprising: an in-vehicle charging device adapted to charge a plurality of mobile devices (14 to 17); and an in-vehicle electronic device that displays information from the mobile devices (14 to 17) being charged by the in-vehicle charging device, wherein the in-vehicle charging device includes: a charging base that has a plurality of installation areas (18 to 21) on which the plurality of mobile devices (14 to 17) adapted to be installed; a charging unit (23 to 26) provided at the back side of the charging base; a charging control unit connected to the charging unit (23 to 26); and a charging communication unit connected to the charging control unit; wherein the in-vehicle electronic device includes: an electronic device communication unit that communicates with the charging communication unit; an electronic device control unit connected to the electronic device communication unit; and a notification unit connected to the electronic device control unit; and characterized in that the electronic device control unit controls portions of the notification unit corresponding to the installation areas (18 to 21) of the charging base to notify communication states of the mobile devices (14 to 17) being charged in the installation areas (18 to 21) of the charging base. an in-vehicle charging device adapted to charge a plurality of mobile devices (14 to 17); and an in-vehicle electronic device that displays information from the mobile devices (14 to 17) being charged by the in-vehicle charging device, a charging base that has a plurality of installation areas (18 to 21) on which the plurality of mobile devices (14 to 17) adapted to be installed; a charging unit (23 to 26) provided at the back side of the charging base; a charging control unit connected to the charging unit (23 to 26); and a charging communication unit connected to the charging control unit; an electronic device communication unit that communicates with the charging communication unit; an electronic device control unit connected to the electronic device communication unit; and a notification unit connected to the electronic device control unit; and
1. A surgical navigation system, comprising: a computer; a camera; a display; a surgical implant having an implant tracker, wherein the implant tracker is configured to be attached to an end of the surgical implant via a mounting point of the surgical implant, wherein the mounting point has an asymmetric inner channel to ensure a proper alignment between the surgical implant and implant tracker for tracking the surgical implant; and a detection tool having a tool tracker associated with the surgical implant, wherein the computer is configured to determine a shape of the surgical implant by receiving data associated with a position of the detection tool as the detection tool is moved along an outer surface of the surgical implant. a computer; a camera; a display; a surgical implant having an implant tracker, wherein the implant tracker is configured to be attached to an end of the surgical implant via a mounting point of the surgical implant, wherein the mounting point has an asymmetric inner channel to ensure a proper alignment between the surgical implant and implant tracker for tracking the surgical implant; and a detection tool having a tool tracker associated with the surgical implant, wherein the computer is configured to determine a shape of the surgical implant by receiving data associated with a position of the detection tool as the detection tool is moved along an outer surface of the surgical implant.
Motor vehicle with a tailgate which can be pivoted open rearwards towards the top and on which a luggage compartment cover (2, 19, 35) for covering a luggage compartment which lies behind a seat and is situated inside a passenger compartment is held such that it can be moved pivotably about a pivot axis by way of its rear end region which faces the tailgate, the luggage compartment cover (2, 19, 35) being held on a vehicle body via at least one force transmission means on a region which is spaced apart from the pivot axis, which force transmission means pivots the luggage compartment cover (2, 19, 35) towards the tailgate in a manner which allows access to the luggage compartment during pivoting open of the tailgate, the force transmission means being deflected on a force deflection means (29, 33) which is attached to the tailgate, characterized in that the force transmission means is a pull cable, and the force deflection means is a deflection pull cable which is fastened to the force transmission means and runs obliquely or transversely with respect to the force transmission means.
Electroconductive polypropylene resin foamed particles produced by foaming electroconductive polypropylene resin particles including an electroconductive polypropylene resin composition containing 11 parts by weight or more and 25 parts by weight or less of an electroconductive carbon black relative to 100 parts by weight of a polypropylene resin, the electroconductive polypropylene resin composition having a melt index of 1.0 g/10 min or more and 4.0 g/10 min or less where the melt index is determined at a load of 5,000 g at 230 ± 0.2°C, wherein the melt index is determined with an MI measurement apparatus described in JIS K7210: 1999, and wherein the electroconductive polypropylene resin particles contain, relative to 100 parts by weight of the polypropylene resin, a bubble size enlarging agent in an amount of 0.01 parts by weight or more and 10 parts by weight or less.
A coated article including a coating supported by a glass substrate, comprising: a first dielectric layer supported by the glass substrate; a first infrared reflecting layer comprising silver supported by the glass substrate and located over at least the first dielectric layer; an upper contact layer comprising an oxide of Ni and/or Cr or comprising Ti, the upper contact layer comprising an oxide of Ni and/or Cr or comprising Ti located over and directly contacting the first IR reflecting layer comprising silver; a layer comprising zinc stannate located over and directly contacting the upper contact layer comprising the oxide of Ni and/or Cr or comprising Ti; a first layer comprising silicon nitride (15,) located over and directly contacting the layer comprising zinc stannate; a second IR reflecting layer comprising silver located over at least the first layer comprising silicon nitride (15, 15a); and another dielectric layer located over at least the second IR reflecting layer. a first dielectric layer supported by the glass substrate; a first infrared reflecting layer comprising silver supported by the glass substrate and located over at least the first dielectric layer; an upper contact layer comprising an oxide of Ni and/or Cr or comprising Ti, the upper contact layer comprising an oxide of Ni and/or Cr or comprising Ti located over and directly contacting the first IR reflecting layer comprising silver; a layer comprising zinc stannate located over and directly contacting the upper contact layer comprising the oxide of Ni and/or Cr or comprising Ti; a first layer comprising silicon nitride (15,) located over and directly contacting the layer comprising zinc stannate; a second IR reflecting layer comprising silver located over at least the first layer comprising silicon nitride (15, 15a); and another dielectric layer located over at least the second IR reflecting layer.
A method of nucleic acid synthesis, which comprises the steps of: (a) providing an initiator sequence; (b) adding a 3'-O-azidomethyl blocked nucleotide triphosphate to said initiator sequence in the presence of terminal deoxynucleotidyl transferase (TdT) or a functional equivalent or fragment thereof which retains the ability to catalyse the addition of a nucleotide onto the 3'-end of a nucleic acid strand, (c) removal of TdT; (d) cleaving the 3'-O-azidomethyl group from the 3'-O-azidomethyl blocked nucleotide triphosphate in the presence of a cleaving agent; (e) removal of the cleaving agent; and (f) adding a capping group to any uncleaved 3'-O-azidomethyl groups via a 1,3-dipolar cycloaddition reaction. (a) providing an initiator sequence; (b) adding a 3'-O-azidomethyl blocked nucleotide triphosphate to said initiator sequence in the presence of terminal deoxynucleotidyl transferase (TdT) or a functional equivalent or fragment thereof which retains the ability to catalyse the addition of a nucleotide onto the 3'-end of a nucleic acid strand, (c) removal of TdT; (d) cleaving the 3'-O-azidomethyl group from the 3'-O-azidomethyl blocked nucleotide triphosphate in the presence of a cleaving agent; (e) removal of the cleaving agent; and (f) adding a capping group to any uncleaved 3'-O-azidomethyl groups via a 1,3-dipolar cycloaddition reaction.
An implantable electrical lead, comprising: a conductor assembly having one or more conductors (74a, 74b); an electrode (78, 80) in electrical communication with one of the conductors, the electrode having an outer contact adapted for contacting adjacent body tissue of a patient; characterised in that the electrode further comprises an inner contact adapted for electrical coupling to a lead conductor; and a thermally sensitive material electrically connected between the inner contact and the outer contact so that current from the one conductor flows through a substantial portion of the thermally sensitive material in order to reach the outer contact, the thermally sensitive material configured to exhibit high impedance in the presence of currents considered unsafe to the patient, thereby preventing the unsafe currents from flowing through the substantial portion of the thermally sensitive material and through the outer contact potentially causing the adjacent body tissue to increase in temperature to an unsafe level, the unsafe currents causing the thermally sensitive material to increase in temperature, thereby causing the material to transition to a high impedance state. a conductor assembly having one or more conductors (74a, 74b); an electrode (78, 80) in electrical communication with one of the conductors, the electrode having an outer contact adapted for contacting adjacent body tissue of a patient; characterised in that the electrode further comprises an inner contact adapted for electrical coupling to a lead conductor; and a thermally sensitive material electrically connected between the inner contact and the outer contact so that current from the one conductor flows through a substantial portion of the thermally sensitive material in order to reach the outer contact, the thermally sensitive material configured to exhibit high impedance in the presence of currents considered unsafe to the patient, thereby preventing the unsafe currents from flowing through the substantial portion of the thermally sensitive material and through the outer contact potentially causing the adjacent body tissue to increase in temperature to an unsafe level, the unsafe currents causing the thermally sensitive material to increase in temperature, thereby causing the material to transition to a high impedance state.
A game processing program that is executed by a computer, wherein the game processing program causes one or more processors of the computer to perform steps of: an input receiving step in which input information indicative of an input by a user and of a game operation is received and a game processing step (S9, S13) in which predetermined game processing in a game according to the input information is performed; a game image generating step in which a game image in accordance with the predetermined game processing is generated; an input receiving step in which input information indicative of an input by a user and of a capture operation is received, a game image acquiring step in which the game image generated in the game image generating step is acquired, a reduced image generating step (S71, S73) in which a reduced image of the game image acquired in the game image acquiring step is generated, a display controlling step in which the reduced image generated in the reduced image generating step (S71, S73) is displayed in a manner superimposed on the game image while the predetermined game processing is performed, and a game image saving step in which the game image acquired in the game image acquiring step is saved in a saving memory; and a message displaying step in which an error message is displayed with the reduced image when the game image cannot be saved in the game image saving step. an input receiving step in which input information indicative of an input by a user and of a game operation is received and a game processing step (S9, S13) in which predetermined game processing in a game according to the input information is performed; a game image generating step in which a game image in accordance with the predetermined game processing is generated; an input receiving step in which input information indicative of an input by a user and of a capture operation is received, a game image acquiring step in which the game image generated in the game image generating step is acquired, a reduced image generating step (S71, S73) in which a reduced image of the game image acquired in the game image acquiring step is generated, a display controlling step in which the reduced image generated in the reduced image generating step (S71, S73) is displayed in a manner superimposed on the game image while the predetermined game processing is performed, and a game image saving step in which the game image acquired in the game image acquiring step is saved in a saving memory; and a message displaying step in which an error message is displayed with the reduced image when the game image cannot be saved in the game image saving step.