mhurhangee/ep-ind-claims huggingface dataset:
A terminal comprising: a measurement section adapted to perform an L1 measurement using a reference signal in a frequency band; and a control section adapted to control a scheduling restriction on a transmission or reception in the frequency band during the L1 measurement based on a subcarrier spacing, SCS, of the reference signal, the terminal characterised in that the control section is adapted to assume that the scheduling restriction on the transmission or reception during the L1 measurement is looser than a scheduling restriction on transmission or reception during a radio resource management, RRM, measurement. a measurement section adapted to perform an L1 measurement using a reference signal in a frequency band; and a control section adapted to control a scheduling restriction on a transmission or reception in the frequency band during the L1 measurement based on a subcarrier spacing, SCS, of the reference signal, the terminal characterised in that the control section is adapted to assume that the scheduling restriction on the transmission or reception during the L1 measurement is looser than a scheduling restriction on transmission or reception during a radio resource management, RRM, measurement.
A connecting device for coupling a bone screw to an elongate support member, the connecting device comprising: a first coupling portion disposed at a first end of the connecting device and including a lip at least partially defining a first opening to receive a proximal portion of the bone screw along a long axis of the bone screw in a first orientation and to lock the proximal portion in a second orientation of the connecting device relative to the bone screw such that the bone screw resists extraction along the long axis, wherein the lip of the first coupling portion is associated with the proximal portion of the bone screw including a locking feature; and a second coupling portion at an opposing second end of the connecting device relative to the first coupling portion and defining a second opening to receive the elongate support member, characterized in that the connecting device comprises a friction finger disposed between the first coupling portion and the second coupling portion and positioned to engage the proximal portion when it is received within the first opening and to provide a frictional force upon the proximal portion of the bone screw to maintain an angular orientation of the connecting device with respect to the bone screw resisting angular rotation of the bone screw relative to the connecting device during and after rotational locking and before the elongate support member is received in the second opening. a first coupling portion disposed at a first end of the connecting device and including a lip at least partially defining a first opening to receive a proximal portion of the bone screw along a long axis of the bone screw in a first orientation and to lock the proximal portion in a second orientation of the connecting device relative to the bone screw such that the bone screw resists extraction along the long axis, wherein the lip of the first coupling portion is associated with the proximal portion of the bone screw including a locking feature; and a second coupling portion at an opposing second end of the connecting device relative to the first coupling portion and defining a second opening to receive the elongate support member, characterized in that the connecting device comprises a friction finger disposed between the first coupling portion and the second coupling portion and positioned to engage the proximal portion when it is received within the first opening and to provide a frictional force upon the proximal portion of the bone screw to maintain an angular orientation of the connecting device with respect to the bone screw resisting angular rotation of the bone screw relative to the connecting device during and after rotational locking and before the elongate support member is received in the second opening.
A spectacle frame comprising a front face for supporting the lenses, substantially oriented in a vertical plane when said frame is being worn, and temples connected to the front face by means of hinges, said hinges each comprising an attachment member (5, 6), respectively rigidly connected to the front face of the frame and to the temples, each receiving a hinging member (11, 12) having its free end provided with a hinge pin (23, 24), said hinge pins being perpendicular to each other, characterized in that: ▪ the attachment members (5, 6) are hollow and define a cylindrical sheath, ▪ the hinging members (11, 12) each comprise a rod (17, 18), intended to be received in the respective sheath, one of the ends of the rod being provided with an abutment (13, 14) and the other end being provided with said hinge pin, each of the rods receiving a sliding ring (19, 20) or an equivalent member (32, 33) submitted to the action of a spring (15, 16) bearing against the abutment (13, 14), said ring or equivalent member being rigidly connected to the corresponding attachment member near the free end thereof, ▪ the hinge pins (23, 24) of the hinging members (11, 12) are rigidly connected to each other by means of a connection member crossed by said hinge pins (23, 24). ▪ the attachment members (5, 6) are hollow and define a cylindrical sheath, ▪ the hinging members (11, 12) each comprise a rod (17, 18), intended to be received in the respective sheath, one of the ends of the rod being provided with an abutment (13, 14) and the other end being provided with said hinge pin, each of the rods receiving a sliding ring (19, 20) or an equivalent member (32, 33) submitted to the action of a spring (15, 16) bearing against the abutment (13, 14), said ring or equivalent member being rigidly connected to the corresponding attachment member near the free end thereof, ▪ the hinge pins (23, 24) of the hinging members (11, 12) are rigidly connected to each other by means of a connection member crossed by said hinge pins (23, 24).
A system comprising: an instrument including a panel, a container, a first interface including a liquid port and a gas port, a second interface including a liquid port and a gas port, wherein the first interface is coupled to the instrument and the second interface is coupled to the container, characterized in that, the first interface includes a cradle, the second interface includes a swing bar adapted to engage the cradle, and in that the container is adapted to swing toward the panel around a pivot formed when the swing bar engages the cradle such that a weight of the container drives the liquid port of the first interface into connection with the liquid port of the second interface and the gas port of the first interface into connection with the gas port of the second interface, wherein the gas port of the second interface of the container is to receive gas applied from the gas port of the first interface coupled to the instrument, and the gas applied through the gas ports is to drive liquid from container through the liquid ports into the instrument. an instrument including a panel, a container, a first interface including a liquid port and a gas port, a second interface including a liquid port and a gas port, wherein the first interface is coupled to the instrument and the second interface is coupled to the container, characterized in that, the first interface includes a cradle, the second interface includes a swing bar adapted to engage the cradle, and in that the container is adapted to swing toward the panel around a pivot formed when the swing bar engages the cradle such that a weight of the container drives the liquid port of the first interface into connection with the liquid port of the second interface and the gas port of the first interface into connection with the gas port of the second interface, wherein the gas port of the second interface of the container is to receive gas applied from the gas port of the first interface coupled to the instrument, and the gas applied through the gas ports is to drive liquid from container through the liquid ports into the instrument.
A method of fabricating a solar cell array comprising: providing an assembly fixture having a smooth, concave surface; mounting a supporting film layer composed of ehylene tetrafluorethylene (ETFE) directly on the surface of the fixture; mounting a pressure sensitive adhesive directly over the supporting film layer; mounting an array of interconnected solar cells having a front light receiving side and a back side, with the front side being mounted directly over the adhesive; mounting an uncured supporting film composed of a composite material directly on the back side of the solar cells; co-curing of the film of composite material to bond the film of composite material directly to the back side of the solar cells; and removing the ETFE film layer with the array of interconnected solar cells and the bonded and cured film of composite material from the assembly fixture. providing an assembly fixture having a smooth, concave surface; mounting a supporting film layer composed of ehylene tetrafluorethylene (ETFE) directly on the surface of the fixture; mounting a pressure sensitive adhesive directly over the supporting film layer; mounting an array of interconnected solar cells having a front light receiving side and a back side, with the front side being mounted directly over the adhesive; mounting an uncured supporting film composed of a composite material directly on the back side of the solar cells; co-curing of the film of composite material to bond the film of composite material directly to the back side of the solar cells; and removing the ETFE film layer with the array of interconnected solar cells and the bonded and cured film of composite material from the assembly fixture.
A steering device including: an inner column having a cylindrical shape and supporting an input shaft connected to a steering wheel; an outer column having a cylindrical shape into which at least a part of the inner column is inserted, and having a slit formed by notching one insertion side end of the inner column; and an outer column bracket fixed to a vehicle body side member so as to support the outer column and to tighten the outer column along with a telescopic friction plate having a plate shape, characterized in that the steering device further includes: a base plate having a first hole opened therein, and provided in an outer periphery surface of the inner column; an inner column bracket having a second hole opened therein and supported by the telescopic friction plate; and a connection member (M, P) provided at a position straddling the first hole and the second hole, and detachably connecting the base plate and the inner column bracket. an inner column having a cylindrical shape and supporting an input shaft connected to a steering wheel; an outer column having a cylindrical shape into which at least a part of the inner column is inserted, and having a slit formed by notching one insertion side end of the inner column; and an outer column bracket fixed to a vehicle body side member so as to support the outer column and to tighten the outer column along with a telescopic friction plate having a plate shape, characterized in that the steering device further includes: a base plate having a first hole opened therein, and provided in an outer periphery surface of the inner column; an inner column bracket having a second hole opened therein and supported by the telescopic friction plate; and a connection member (M, P) provided at a position straddling the first hole and the second hole, and detachably connecting the base plate and the inner column bracket. a base plate having a first hole opened therein, and provided in an outer periphery surface of the inner column; an inner column bracket having a second hole opened therein and supported by the telescopic friction plate; and a connection member (M, P) provided at a position straddling the first hole and the second hole, and detachably connecting the base plate and the inner column bracket.
A vehicle drive device having motors for driving wheels of a vehicle, the vehicle drive device comprising: in-wheel motors provided in the left and right front wheels of the vehicle; and a battery and a capacitor that supply electric power for driving the in-wheel motors, characterized in that the battery is disposed below a vehicle interior of the vehicle or in a rear portion of the vehicle, the battery and the capacitor are connected in series, and a voltage, which is sum of an output voltage of the battery and an output voltage of the capacitor, is applied to the in-wheel motors, and the capacitor is disposed between the left and right front wheels of the vehicle. in-wheel motors provided in the left and right front wheels of the vehicle; and a battery and a capacitor that supply electric power for driving the in-wheel motors, characterized in that the battery is disposed below a vehicle interior of the vehicle or in a rear portion of the vehicle, the battery and the capacitor are connected in series, and a voltage, which is sum of an output voltage of the battery and an output voltage of the capacitor, is applied to the in-wheel motors, and the capacitor is disposed between the left and right front wheels of the vehicle.
A method for integrating a camera in a liquid crystal display panel, the liquid crystal display panel comprising an array substrate (110, 1201) and a counter substrate (120, 1202), the method comprising: arranging an integrated chip of the camera on the array substrate or directly forming circuits for achieving the function of the integrated chip on the array substrate; and disposing a lens of the camera at a non-effective display area of the liquid crystal panel, and, thus, integrating the lens in a peripheral area of the liquid crystal display panel or in a partial space divided from an effective display area (1001; 1102) of the liquid crystal display panel; characterized by filling liquid crystal molecules between the counter substrate and the array substrate to form as the lens of the camera a liquid crystal lens; whereby the liquid crystal lens of the camera is a planar liquid crystal lens; and by arranging, to form the liquid crystal lens of the camera, a first electrode on the array substrate (110, 1201) and a second electrode on the counter substrate (120, 1202); wherein the first electrode and the second electrode are provided to form an electric field between the first electrode and the second electrode for deflecting the liquid crystal molecules used for the liquid crystal lens; and wherein drive circuits for the first electrode and the second electrode are based on thin film transistor, TFT, drive circuits. arranging an integrated chip of the camera on the array substrate or directly forming circuits for achieving the function of the integrated chip on the array substrate; and disposing a lens of the camera at a non-effective display area of the liquid crystal panel, and, thus, integrating the lens in a peripheral area of the liquid crystal display panel or in a partial space divided from an effective display area (1001; 1102) of the liquid crystal display panel; characterized by filling liquid crystal molecules between the counter substrate and the array substrate to form as the lens of the camera a liquid crystal lens; whereby the liquid crystal lens of the camera is a planar liquid crystal lens; and by arranging, to form the liquid crystal lens of the camera, a first electrode on the array substrate (110, 1201) and a second electrode on the counter substrate (120, 1202); wherein the first electrode and the second electrode are provided to form an electric field between the first electrode and the second electrode for deflecting the liquid crystal molecules used for the liquid crystal lens; and wherein drive circuits for the first electrode and the second electrode are based on thin film transistor, TFT, drive circuits.
A lithium manganese oxide having a cubic crystal spinel structure, which has a composition represented by {Li} [Li x Mn 2-x]O 4 wherein {} represents 8a site, [] represents 16d site, and 0.08<x≦0.15, wherein the content of Na as an impurity is from 0.001 to 0.1 wt.-%, wherein the lithium manganese oxide having a spinel structure has an average primary particle size of from 0.5 to 2.0 μm as observed by SEM, and a BET specific surface area of from 0.3 to 1.0 m 2 /g, wherein the lattice constant (a) (unit: angstrom) of the cubic crystal is represented by the following formula: a ≦ 8.2476 − 0.25 × x
A heart septal defect occlusion device, comprising: a right disc made from a metal mesh, the metal mesh having a plurality of openings; and a left disc comprising at least two skeleton wires that are covered by a membrane, with each skeleton wire passing through openings of the metal mesh to interlock the right and left discs, wherein each skeleton wire has opposing end segments, characterized in that a wire coil is wrapped around each end segment, and wherein a middle segment of the at least two skeleton wires comprises a looped section arranged such that each skeleton wire is looped to cross over itself and the looped sections can be nested within one another to form a mutually interlocking structure for the full set of skeleton wires. a right disc made from a metal mesh, the metal mesh having a plurality of openings; and a left disc comprising at least two skeleton wires that are covered by a membrane, with each skeleton wire passing through openings of the metal mesh to interlock the right and left discs, wherein each skeleton wire has opposing end segments, characterized in that a wire coil is wrapped around each end segment, and wherein a middle segment of the at least two skeleton wires comprises a looped section arranged such that each skeleton wire is looped to cross over itself and the looped sections can be nested within one another to form a mutually interlocking structure for the full set of skeleton wires.
A method for signal combination, characterized by: receiving, by a signal combination device, signals through a base station antenna main port and a base station antenna diversity port of a first base station; filtering, by the signal combination device, a signal received from the base station antenna diversity port of the first base station according to a preset first passband range; filtering, by the signal combination device, a signal received from the base station antenna main port of the first base station according to a preset second passband range; combining, by the signal combination device, the filtered signal from the base station antenna diversity port of the first base station and the filtered signal from the base station antenna main port of the first base station, and transmitting, by the signal combination device, the combined signal through a main port to a same band antenna sharing unit, SASU; receiving, by the SASU, a signal from a second base station through a base station antenna main port of the second base station, wherein the second base station employs a different communication system than the first base station; and transmitting, by the SASU, a signal through an antenna shared by the first base station and the second base station, wherein the signal transmitted through the antenna is obtained through distributing the combined signal from the first base station at two ends of a band and distributing the signal from the second base station at the middle of the band. receiving, by a signal combination device, signals through a base station antenna main port and a base station antenna diversity port of a first base station; filtering, by the signal combination device, a signal received from the base station antenna diversity port of the first base station according to a preset first passband range; filtering, by the signal combination device, a signal received from the base station antenna main port of the first base station according to a preset second passband range; combining, by the signal combination device, the filtered signal from the base station antenna diversity port of the first base station and the filtered signal from the base station antenna main port of the first base station, and transmitting, by the signal combination device, the combined signal through a main port to a same band antenna sharing unit, SASU; receiving, by the SASU, a signal from a second base station through a base station antenna main port of the second base station, wherein the second base station employs a different communication system than the first base station; and transmitting, by the SASU, a signal through an antenna shared by the first base station and the second base station, wherein the signal transmitted through the antenna is obtained through distributing the combined signal from the first base station at two ends of a band and distributing the signal from the second base station at the middle of the band.
Machine tool in form of a grinding machine comprising a workpiece spindle rotatable about a work axis and a tool head with a cup-shaped grinding tool configured to grind a bevel gear cutting tool mounted on the workpiece spindle, said workpiece spindle and said tool head being movable relative to one another in up to three mutually perpendicular directions, said tool head comprising: a plurality of tool spindles (54, 56, 58) with each tool spindle being rotatable about a respective tool axis (T1, T 2, T 3); said plurality of tool spindles comprising at least a first tool spindle rotatable about a first tool axis (T 1), a second tool spindle rotatable about a second tool axis (T 2) and a third tool spindle being rotatable about a third tool axis (T 3), said first, second and third tool spindle axes (T 1, T 2, T 3) being parallel to one another, wherein said cup-shaped grinding tool is mounted to one of said first, second and third tool spindles; and said first, second and third tool spindles being arranged on said tool head whereby one of said first, second and third tool spindles faces a first direction and the other two (56, 58) of said first, second and third tool spindles face a second direction with said first and second directions being 180 degrees apart.