mhurhangee/ep-ind-claims huggingface dataset:
Improved dowel, of the type used in construction, industry and interior decoration to be inserted under pressure in an insertion circular hole in inside walls, outside walls, facings and the like, said dowel consisting of an integral piece of synthetic material made up of a head intended to remain in position outside insertion circular hole, said head being suitable for a clamp to pass through and for absorbing the impacts from the force applied to oblige dowel under pressure into insertion circular hole, and a body intended to remain in position inside insertion circular hole, said body comprising a central core from which there emerge in the orthogonal direction a series of annular retention tabs having a slightly larger diameter than insertion circular hole and at least one annular centring projection located at the end of central core opposite dowel head, said annular centring projection having a diameter that coincides with that of insertion circular hole and being intended to direct dowel into insertion circular hole, said annular retention tabs having radial notches (19, 20) of a greater or lesser depth which modify their rigidity, characterised in that each of said annular retention tabs forms a pair with a similar annular abutment tab which is located, with respect to the annular retention tab with which it forms a pair, in the position nearest dowel head, said annular abutment tab having a diameter that is smaller than that of said annular retention tab and equal to that of insertion circular hole, wherein the difference in diameters and the distance between each annular retention tab and the annular abutment tab with which it forms a pair are such that said annular retention tab can flex and rest on said annular abutment tab and on the wall of insertion circular hole.
Method for driving onto and exiting a motorway using a lorry, comprising the following steps: - in order to drive onto the motorway: making available a lead vehicle, forming a vehicle train by coupling the lead vehicle to the lorry at the start of a transfer area, guided driving onto the motorway, changing an operating mode of the lorry from a guided operating mode into an automated operating mode, breaking up the vehicle train by uncoupling the lead vehicle from the lorry at the end of the transfer area; and - in order to exit the motorway: making available a lead vehicle, forming a vehicle train by coupling the lead vehicle to the lorry at the start of a further transfer area, changing an operating mode of the lorry from an automatic operating mode into a guided operating mode, guided exiting of the motorway, breaking up of the vehicle train by uncoupling the lead vehicle from the lorry at the end of the further transfer area. - in order to drive onto the motorway: making available a lead vehicle, forming a vehicle train by coupling the lead vehicle to the lorry at the start of a transfer area, guided driving onto the motorway, changing an operating mode of the lorry from a guided operating mode into an automated operating mode, breaking up the vehicle train by uncoupling the lead vehicle from the lorry at the end of the transfer area; and making available a lead vehicle, forming a vehicle train by coupling the lead vehicle to the lorry at the start of a transfer area, guided driving onto the motorway, changing an operating mode of the lorry from a guided operating mode into an automated operating mode, breaking up the vehicle train by uncoupling the lead vehicle from the lorry at the end of the transfer area; and - in order to exit the motorway: making available a lead vehicle, forming a vehicle train by coupling the lead vehicle to the lorry at the start of a further transfer area, changing an operating mode of the lorry from an automatic operating mode into a guided operating mode, guided exiting of the motorway, breaking up of the vehicle train by uncoupling the lead vehicle from the lorry at the end of the further transfer area. making available a lead vehicle, forming a vehicle train by coupling the lead vehicle to the lorry at the start of a further transfer area, changing an operating mode of the lorry from an automatic operating mode into a guided operating mode, guided exiting of the motorway, breaking up of the vehicle train by uncoupling the lead vehicle from the lorry at the end of the further transfer area.
A nonaqueous electrolyte battery comprising: a negative electrode comprising a negative electrode mixture layer comprising negative electrode active material particles comprising a spinel-type lithium titanate, the negative electrode mixture layer having a surface in which an amount of increase in a ratio A Li /A Ti per cycle in a charge-and-discharge cycle test is 0.002 to 0.02, where A Li is an Li atom abundance ratio and A Ti is a Ti atom abundance ratio, and the Li atom abundance ratio A Li and the Ti atom abundance ratio A Ti being obtained according to a photoelectron spectroscopic measurement for the surface of the negative electrode mixture layer, wherein the charge-and-discharge test is to be performed in a 45°C environment at 2 C rate within a voltage range from a lower limit battery voltage of 1.5±0.1 V to a upper limit battery voltage of 2.7±0.1 V, the Li atom abundance ratio A Li is calculated from a peak derived from a Li 1s-orbital that appears in a binding energy region of 52 eV to 58 eV, and the Ti atom abundance ratio A Ti is calculated from a peak derived from a Ti 2p-orbital that appears in a binding energy region of 455 eV to 462 eV; a positive electrode; and a nonaqueous electrolyte. a negative electrode comprising a negative electrode mixture layer comprising negative electrode active material particles comprising a spinel-type lithium titanate, the negative electrode mixture layer having a surface in which an amount of increase in a ratio A Li /A Ti per cycle in a charge-and-discharge cycle test is 0.002 to 0.02, where A Li is an Li atom abundance ratio and A Ti is a Ti atom abundance ratio, and the Li atom abundance ratio A Li and the Ti atom abundance ratio A Ti being obtained according to a photoelectron spectroscopic measurement for the surface of the negative electrode mixture layer, wherein the charge-and-discharge test is to be performed in a 45°C environment at 2 C rate within a voltage range from a lower limit battery voltage of 1.5±0.1 V to a upper limit battery voltage of 2.7±0.1 V, the Li atom abundance ratio A Li is calculated from a peak derived from a Li 1s-orbital that appears in a binding energy region of 52 eV to 58 eV, and the Ti atom abundance ratio A Ti is calculated from a peak derived from a Ti 2p-orbital that appears in a binding energy region of 455 eV to 462 eV; a positive electrode; and a nonaqueous electrolyte.
An automatic injector device for delivering a pharmaceutical substance from a cartridge having a protruding edge, said cartridge positioned in a housing of said device, said housing comprising: a cartridge bay having an opening sized to allow passage of said cartridge into said cartridge bay; a door to said cartridge bay opening, said door connected to said housing and having an unlatched position and a latched position, said door defining a trajectory between the unlatched position and the latched position; an interference element having a deflected and an inflected orientation, said deflected orientation mechanically interferes with said trajectory of said door; and a contact interface positioned along said cartridge bay and extending up to said protruding edge, said contact interface mechanically couples said deflected and inflected orientation of the interference element with a sensed contact of said protruding edge, such that when said protruding edge is positioned at said contact interface, said contact interface shifts said interference element into said inflected orientation. a cartridge bay having an opening sized to allow passage of said cartridge into said cartridge bay; a door to said cartridge bay opening, said door connected to said housing and having an unlatched position and a latched position, said door defining a trajectory between the unlatched position and the latched position; an interference element having a deflected and an inflected orientation, said deflected orientation mechanically interferes with said trajectory of said door; and a contact interface positioned along said cartridge bay and extending up to said protruding edge, said contact interface mechanically couples said deflected and inflected orientation of the interference element with a sensed contact of said protruding edge, such that when said protruding edge is positioned at said contact interface, said contact interface shifts said interference element into said inflected orientation.
A method of cleaning at least a part of a floor of a cubicle from a row of individual cubicles (1, 2, 3, 4) in a stable, each cubicle having a floor space, an open front end for access of an animal to the cubicle and lateral partitions (7, 8, 9) extending in the longitudinal direction on each side of the cubicle, the method comprising the steps of providing a sensor arrangement comprising an animal presence sensor arranged to detect the presence of an animal in a cubicle and a partitions sensor arranged to detect the lateral partitions (7, 8, 9), and providing an autonomous unmanned vehicle, the vehicle comprising a control system for controlling the operation of the vehicle and cubicle floor cleaning means for cleaning a part of the cubicle floor, which control system is operatively coupled with the sensor arrangement, and the method further comprising the steps of detecting by an animal presence sensor a first of the cubicles free of an animal, detecting by an animal presence sensor whether an animal is present in a second of the cubicles neighboring next to the first cubicle free of an animal, generating a signal by the partitions sensor for the control system of the vehicle regarding the position of the vehicle with respect to at least a common lateral partition between the first and second cubicles, under control of the control system activating the cubicle floor cleaning means, and controlling the vehicle to clean at least a part of the floor of the first cubicle in a cleaning mode, wherein particulars of the cleaning mode are dependent on the presence of an animal in the second neighboring cubicle.
A wireless power transmitter comprising: a first case; a coil receiving unit on the first case configured to receive a transmission coil in the first case; a power supply device disposed in the first case connected to the coil to supply power to the coil; an inlet disposed in the first case connected to one side of a first passage groove configured to inject air into the first passage groove; and a second case coupled to the first case; characterized in that the first case comprises a heat radiation member on the power supply device; the second case comprises the first passage groove being coupled to the coil receiving unit, and a second passage groove connected to the first passage groove and disposed on the heat radiation member, the second passage groove and the first passage grove being configured such that heat generated from the transmission coil flows into the first passage groove and heat generated from the power supply device flows into the second passage groove to decrease the internal temperature of the wireless power transmitter, wherein the inlet device is configured to periodically provide air to an inlet portion of the first passage groove, wherein the first passage groove is in a form of surrounding an outer periphery of the transmission coil, wherein the second passage groove has a straight line shape, wherein the inlet portion, being formed at one side of the first passage groove, is configured to input the air to the first passage groove, wherein an outlet portion, being formed at the opposite site of the first passage groove, is configured to output the air to the second passage groove, wherein the second passage groove is configured to output the air from the outlet portion to an outside of the wireless power transmitter. a first case; a coil receiving unit on the first case configured to receive a transmission coil in the first case; a power supply device disposed in the first case connected to the coil to supply power to the coil; an inlet disposed in the first case connected to one side of a first passage groove configured to inject air into the first passage groove; and a second case coupled to the first case; the first passage groove being coupled to the coil receiving unit, and a second passage groove connected to the first passage groove and disposed on the heat radiation member, the second passage groove and the first passage grove being configured such that heat generated from the transmission coil flows into the first passage groove and heat generated from the power supply device flows into the second passage groove to decrease the internal temperature of the wireless power transmitter, wherein the inlet device is configured to periodically provide air to an inlet portion of wherein the first passage groove is in a form of surrounding an outer periphery of the transmission coil, wherein the second passage groove has a straight line shape, wherein the inlet portion, being formed at one side of the first passage groove, is configured to input the air to the first passage groove,
A positioning method applied to a second device, the method comprising: receiving a second request message transmitted by a first device, wherein the second device comprises a multi-antenna device; and the first device comprises a single-antenna device; acquiring second geographic orientation information of the first device from the second request message; determining first geographic orientation information of the second device, and determining, using a plurality of antennas, first relative orientation information of the first device relative to the second device; determining second relative orientation information of the second device relative to the first device according to the first geographic orientation information, the second geographic orientation information, and the first relative orientation information; and transmitting the second relative orientation information to the first device. receiving a second request message transmitted by a first device, wherein the second device comprises a multi-antenna device; and the first device comprises a single-antenna device; acquiring second geographic orientation information of the first device from the second request message; determining first geographic orientation information of the second device, and determining, using a plurality of antennas, first relative orientation information of the first device relative to the second device; determining second relative orientation information of the second device relative to the first device according to the first geographic orientation information, the second geographic orientation information, and the first relative orientation information; and transmitting the second relative orientation information to the first device.
A headset for providing virtual reality or mixed reality content to a user in water, the headset comprising: - an enclosure comprising a front plate and a back plate, the enclosure configured to hold a display device; - a glass plate; - a plurality of spacers disposed between the glass plate and the enclosure, the plurality of spacers coupling the glass plate to the enclosure, the combination of the plurality of spacers, the glass plate, and the enclosure creating an empty space configured to be flooded with water in response to the headset being submerged; - a lens plate coupled to the glass plate; and - a plurality of lenses coupled to the glass plate, each of the plurality of lenses selected to account for a magnification property of water in the empty space. - an enclosure comprising a front plate and a back plate, the enclosure configured to hold a display device; - a glass plate; - a plurality of spacers disposed between the glass plate and the enclosure, the plurality of spacers coupling the glass plate to the enclosure, the combination of the plurality of spacers, the glass plate, and the enclosure creating an empty space configured to be flooded with water in response to the headset being submerged; - a lens plate coupled to the glass plate; and - a plurality of lenses coupled to the glass plate, each of the plurality of lenses selected to account for a magnification property of water in the empty space.
A sole for an athletic shoe comprising: a midsole comprising a metatarsal region, a heel region, and an arch region, the metatarsal region having a bottom surface an opening defined therein; an outersole, disposed below the midsole, the outersole having a top surface and a plurality of tread elements; a high rigidity material member extending between the bottom surface of the midsole and the top surface of the outersole, the high rigidity material member extending through a portion of the metatarsal region and through the arch region, the high rigidity material member including a cleat region; wherein the material of the midsole is a low rigidity material; and wherein the outersole has an opening for the cleat region of the high rigidity material member. a midsole comprising a metatarsal region, a heel region, and an arch region, the metatarsal region having a bottom surface an opening defined therein; an outersole, disposed below the midsole, the outersole having a top surface and a plurality of tread elements; a high rigidity material member extending between the bottom surface of the midsole and the top surface of the outersole, the high rigidity material member extending through a portion of the metatarsal region and through the arch region, the high rigidity material member including a cleat region; wherein the material of the midsole is a low rigidity material; and wherein the outersole has an opening for the cleat region of the high rigidity material member.
A modular strapping machine for feeding a steel strapping material (s) around a load, tensioning the strapping material (s) and welding the strapping material (s) to itself in an end-to-end weld, comprising: a frame; a feed head removably mounted to the frame; a tension head removably mounted to the frame; a sealing head removably mounted to the frame; and a strap chute, wherein a leading end of the steel strapping material (s) is conveyed from the feed head, through the tension head and the sealing head, through the strap chute and back to the sealing head, the sealing head being configured to grip the leading end, grip and sever a trailing end of the strapping material (s) to form a loop end, and move said two ends of the strapping material (s) toward one another as a weld is carried out, for which the leading end and the loop end are welded to one another in an end-to-end weld. a frame; a feed head removably mounted to the frame; a tension head removably mounted to the frame; a sealing head removably mounted to the frame; and a strap chute, wherein a leading end of the steel strapping material (s) is conveyed from the feed head, through the tension head and the sealing head, through the strap chute and back to the sealing head, the sealing head being configured to grip the leading end, grip and sever a trailing end of the strapping material (s) to form a loop end, and move said two ends of the strapping material (s) toward one another as a weld is carried out, for which the leading end and the loop end are welded to one another in an end-to-end weld.
A medical device comprising: a body portion comprising a first polymeric material, and a visualization portion comprising a second polymeric material more hydrophobic than the first polymeric material, the visualization portion comprising a plurality of particles comprising at least one radiopaque metal, the plurality of particles being in direct contact with and dispersed in the second polymeric material, the second polymeric material being in direct contact with the first polymeric material. a body portion comprising a first polymeric material, and a visualization portion comprising a second polymeric material more hydrophobic than the first polymeric material, the visualization portion comprising a plurality of particles comprising at least one radiopaque metal, the plurality of particles being in direct contact with and dispersed in the second polymeric material, the second polymeric material being in direct contact with the first polymeric material.
A grid sorter comprising: a plurality of first conveyor lines (C1-C4) arranged in parallel in a first direction and including series of first conveyors; a plurality of second conveyor lines (R1-R3) arranged in parallel in a second direction perpendicular to the first direction and including series of second conveyors, wherein the first and second conveyor lines intersect at a plurality of intersections to form a grid; wherein at least some of the first and second conveyors are omnidirectional-roller sorters disposed at selected intersections, each of the omnidirectional-roller sorters including a plurality of omnidirectional rollers; a controller controlling the omnidirectional rollers to direct articles along selected conveying paths on the omnidirectional-roller sorters; a plurality of discharges adjacent at least some of the omnidirectional-roller sorters in the first and second conveyor lines to receive articles from the omnidirectional-roller sorters; a rotation actuator selectively rotating the rollers in the direction of rotation; characterized in that each of the omnidirectional rollers has a direction of rotation and is disposed in a roller assembly including: a swivel actuator selectively pivoting the roller assemblies to adjust the direction of rotation of the rollers at least in and opposite to the first and second directions. a plurality of first conveyor lines (C1-C4) arranged in parallel in a first direction and including series of first conveyors; a plurality of second conveyor lines (R1-R3) arranged in parallel in a second direction perpendicular to the first direction and including series of second conveyors, wherein the first and second conveyor lines intersect at a plurality of intersections to form a grid; wherein at least some of the first and second conveyors are omnidirectional-roller sorters disposed at selected intersections, each of the omnidirectional-roller sorters including a plurality of omnidirectional rollers; a controller controlling the omnidirectional rollers to direct articles along selected conveying paths on the omnidirectional-roller sorters; a plurality of discharges adjacent at least some of the omnidirectional-roller sorters in the first and second conveyor lines to receive articles from the omnidirectional-roller sorters; a rotation actuator selectively rotating the rollers in the direction of rotation; characterized in that each of the omnidirectional rollers has a direction of rotation and is disposed in a roller assembly including: a swivel actuator selectively pivoting the roller assemblies to adjust the direction of rotation of the rollers at least in and opposite to the first and second directions.
A nucleic acid aptamer of 25-100 nts, which comprises any one nucleic acid sequence selected from the group consisting of nucleic acid sequences set forth in SEQ ID NOs: 1-13, SEQ ID NO: 14, and SEQ ID NO: 15, or a nucleic acid sequence has at least 90% homology to SEQ ID NO: 14 or SEQ ID NO: 15 and is capable of binding specifically to pancreatic cancer cells or tissues, wherein U in the nucleic acid sequence is T if the nucleic acid aptamer is DNA.