mhurhangee/ep-ind-claims huggingface dataset:
A platoon traffic system comprising: a plurality of platoons including vehicles (111-113, 121-125) on and from which passengers can board and exit; and an operation management apparatus adapted to set an operation schedule including assignment of the vehicles (111-113, 121-125) to the plurality of platoons and to manage operation of the plurality of platoons, wherein the vehicles (111-113, 121-125) in each of the platoons integrally are adapted to operate in accordance with the operation schedule along a track including boarding and exiting points where passengers can board and exit the vehicles (111-113, 121-125), and addition and reduction of vehicles (111-113, 121-125) belonging to the platoon are enabled, and the operation management apparatus is adapted to accept a boarding request for the vehicles (111-113, 121-125), the request specifying the boarding and exiting points, and to change the operation schedule to reassign the vehicles (111-113, 121-125) belonging to the plurality of platoons, among the platoons on a basis of the boarding request and numbers of passengers allowed to board the vehicles (111-113, 121-125), characterized in that, when passengers a number of which is larger than a number-of-passengers threshold for a first vehicle belonging to a first platoon are destined for a boarding and exiting point not passed through in accordance with an operation schedule for the first platoon, the operation management apparatus is adapted to change assignment of the first vehicle to a second platoon passing through the boarding and exiting point. a plurality of platoons including vehicles (111-113, 121-125) on and from which passengers can board and exit; and an operation management apparatus adapted to set an operation schedule including assignment of the vehicles (111-113, 121-125) to the plurality of platoons and to manage operation of the plurality of platoons, wherein the vehicles (111-113, 121-125) in each of the platoons integrally are adapted to operate in accordance with the operation schedule along a track including boarding and exiting points where passengers can board and exit the vehicles (111-113, 121-125), and addition and reduction of vehicles (111-113, 121-125) belonging to the platoon are enabled, and the operation management apparatus is adapted to accept a boarding request for the vehicles (111-113, 121-125), the request specifying the boarding and exiting points, and to change the operation schedule to reassign the vehicles (111-113, 121-125) belonging to the plurality of platoons, among the platoons on a basis of the boarding request and numbers of passengers allowed to board the vehicles (111-113, 121-125), characterized in that, when passengers a number of which is larger than a number-of-passengers threshold for a first vehicle belonging to a first platoon are destined for a boarding and exiting point not passed through in accordance with an operation schedule for the first platoon, the operation management apparatus is adapted to change assignment of the first vehicle to a second platoon passing through the boarding and exiting point.
A software defined network, SDN, multi-domain network backup method based on a dual-port SDN switch, applied to a multi-domain SDN architecture having a redundant backup function, comprising dividing an SDN into at least two domains, wherein each domain of the at least two domains comprises an SDN master controller, an SDN slave controller and at least one dual-port SDN switch; and performing a connection between adjacent domains of the at least two domains through at least one link established by the at least one dual-port SDN switch, wherein each of the SDN master controller and the SDN slave controller in the each domain is connected to an SDN main controller; characterized in that, the method further comprises: when a failure occurs in both the SDN master controller and the SDN slave controller in a first domain, connecting the at least one dual-port SDN switch in the first domain automatically to a dual-port SDN switch in a second domain to realize cross-domain control through the SDN slave controller in the second domain, and transferring control right of the first domain to the second domain by the SDN main controller. dividing an SDN into at least two domains, wherein each domain of the at least two domains comprises an SDN master controller, an SDN slave controller and at least one dual-port SDN switch; and performing a connection between adjacent domains of the at least two domains through at least one link established by the at least one dual-port SDN switch, wherein each of the SDN master controller and the SDN slave controller in the each domain is connected to an SDN main controller; characterized in that, the method further comprises: when a failure occurs in both the SDN master controller and the SDN slave controller in a first domain, connecting the at least one dual-port SDN switch in the first domain automatically to a dual-port SDN switch in a second domain to realize cross-domain control through the SDN slave controller in the second domain, and transferring control right of the first domain to the second domain by the SDN main controller.
An electronic device, comprising: a shell; and an input device mounted on or extending through the shell, the input device comprising a first portion configured to generate an output that causes a response in a component of the electronic communication device; and a second portion mounted coaxially with the first portion and comprising an acoustic transducer; characterized in that the second portion further comprises a collar configured to be mounted on the first portion, said collar is adapted to be rotated in relation to the first portion, and the acoustic transducer is mounted on the collar. a shell; and an input device mounted on or extending through the shell, the input device comprising a first portion configured to generate an output that causes a response in a component of the electronic communication device; and a second portion mounted coaxially with the first portion and comprising an acoustic transducer; characterized in that the second portion further comprises a collar configured to be mounted on the first portion, said collar is adapted to be rotated in relation to the first portion, and the acoustic transducer is mounted on the collar.
Fluid-connection device adapted and intended for connecting a first wall defining a first fluid space to a second wall defining a second fluid space, in a biopharmaceutical assembly, so as to ensure a fluid communication between the first fluid space and the second fluid space, comprising: - a first connector, defining a first hollow passage, adapted and intended for connection to the first wall and in fluid communication with the first fluid space, the first connector being of the male type, the first connector comprising at least one seal and a snap-fitting collar, the seal extending radially from the axis to a first radial distance R1, this first distance being measured before coupling when the seal is mounted on the first connector, - a second connector defining a second hollow passage, adapted and intended for connection to the second wall and in fluid communication with the second fluid space, the second connector being of the female type, the first connector and the second connector being adapted and intended to be coupled together in a relative coupling position, along an axis A, the second connector comprising at least one flexible tab with at least one free end against which the locking collar abuts when in the coupling position, to prevent withdrawal from the coupling position, the radially innermost portion of the flexible tongue being distanced from the axis, at rest and prior to insertion, by a second radial distance R2, wherein R2 > R1, namely the second radial distance R2 is greater than the first radial distance R1, characterized in that each of the flexible tongues has a free end oriented toward the second fluid space. - a first connector, defining a first hollow passage, adapted and intended for connection to the first wall and in fluid communication with the first fluid space, the first connector being of the male type, the first connector comprising at least one seal and a snap-fitting collar, the seal extending radially from the axis to a first radial distance R1, this first distance being measured before coupling when the seal is mounted on the first connector, - a second connector defining a second hollow passage, adapted and intended for connection to the second wall and in fluid communication with the second fluid space, the second connector being of the female type,
Semi-finished product for the production of a printed circuit board having a plurality of alternately arranged insulating layers and conductive layers and at least one hard gold-plated edge connector, the hard gold-plated edge connector being arranged on an inner conductive layer of the semi-finished product and fully covered by at least one group of an insulating layer and a conductive layer, characterised in that an outer conductive layer is surface-treated to have connector pads for wire bonding of electronic components and the connector pads are made of nickel deposited by electroless plating, palladium deposited by electroless plating and gold deposited by immersion plating.
A wireless communication method, comprising: obtaining, by a terminal device, feature information of a first air interface format; receiving, by the terminal device, first indication information, wherein the first indication information indicates different time lengths of a first timer for different first air interface formats; starting, by the terminal device, a first timer when a second time expires, wherein the time length of the first timer is determined based on the first indication information and the feature information of the first air interface format, different first air interface formats correspond to different time lengths of the first timer, a running of the first timer provides a duration for the terminal device to monitor a downlink control channel to obtain control information that indicates retransmission of first transmission data, the second timer is started when the first transmission data is sent or received, wherein the second timer is an uplink hybrid automatic repeat request, HARQ, round trip time timer or a downlink HARQ round trip time timer; wherein the feature information of the first air interface format comprises at least one of the following: a subcarrier spacing or a cyclic prefix length. obtaining, by a terminal device, feature information of a first air interface format; receiving, by the terminal device, first indication information, wherein the first indication information indicates different time lengths of a first timer for different first air interface formats; starting, by the terminal device, a first timer when a second time expires, wherein the time length of the first timer is determined based on the first indication information and the feature information of the first air interface format, different first air interface formats correspond to different time lengths of the first timer, a running of the first timer provides a duration for the terminal device to monitor a downlink control channel to obtain control information that indicates retransmission of first transmission data, the second timer is started when the first transmission data is sent or received, wherein the second timer is an uplink hybrid automatic repeat request, HARQ, round trip time timer or a downlink HARQ round trip time timer; wherein the feature information of the first air interface format comprises at least one of the following: a subcarrier spacing or a cyclic prefix length.
A method for operating a user equipment, UE, in a wireless heterogeneous communications network, the network including a first, aggressor, cell and a second, victim, cell, the method comprising: receiving, by the UE from the second cell, a restricted subframe pattern associated with the first cell and selected from a plurality of restricted subframe patterns; using, by the UE, a frequency parameter of paging frames and the restricted subframe pattern to determine one or more paging frames and occasions to monitor, wherein determining the one or more paging frames and occasions to monitor comprises determining whether one or more paging occasions are aligned with respective one or more restricted subframes of the restricted subframe pattern within a default paging cycle; and if the UE determines that one or more paging occasions are aligned with respective one or more restricted subframes of the restricted subframe pattern, reading, by the UE while in a connected mode, a paging message from a network element in the one or more paging occasions that are aligned with respective one or more restricted subframes of the restricted subframe pattern; characterized in that, if the UE determines that no paging occasions are aligned with respective restricted subframes of the restricted subframe pattern, attempting, by the UE, to read paging more than once per every default paging cycle. receiving, by the UE from the second cell, a restricted subframe pattern associated with the first cell and selected from a plurality of restricted subframe patterns; using, by the UE, a frequency parameter of paging frames and the restricted subframe pattern to determine one or more paging frames and occasions to monitor, wherein determining the one or more paging frames and occasions to monitor comprises determining whether one or more paging occasions are aligned with respective one or more restricted subframes of the restricted subframe pattern within a default paging cycle; and if the UE determines that one or more paging occasions are aligned with respective one or more restricted subframes of the restricted subframe pattern, reading, by the UE while in a connected mode, a paging message from a network element in the one or more paging occasions that are aligned with respective one or more restricted subframes of the restricted subframe pattern; characterized in that, if the UE determines that no paging occasions are aligned with respective restricted subframes of the restricted subframe pattern, attempting, by the UE, to read paging more than once per every default paging cycle.
A control method, applied to a semiconductor memory, the semiconductor memory comprising a Data Mask Pin DM, the DM being configured to receive an input mask signal of write data, and the method comprising: when the semiconductor memory is in a preset test mode, controlling an impedance of the DM to be a first impedance parameter through a first Mode Register, MR, in response to the DM being selected as a test object; or, controlling the impedance of the DM to be a second impedance parameter through a second MR, in response to the DM not being selected as the test object; wherein the semiconductor memory further comprises at least one Data Pin, DQ, the DQ is configured to receive or output data, the first MR is configured to indicate that an impedance of the at least one DQ in an output driver state is the first impedance parameter, and the second MR is configured to indicate that the impedance of the at least one DQ in a termination state is the second impedance parameter. when the semiconductor memory is in a preset test mode, controlling an impedance of the DM to be a first impedance parameter through a first Mode Register, MR, in response to the DM being selected as a test object; or, controlling the impedance of the DM to be a second impedance parameter through a second MR, in response to the DM not being selected as the test object; controlling an impedance of the DM to be a first impedance parameter through a first Mode Register, MR, in response to the DM being selected as a test object; or, controlling the impedance of the DM to be a second impedance parameter through a second MR, in response to the DM not being selected as the test object; wherein the semiconductor memory further comprises at least one Data Pin, DQ, the DQ is configured to receive or output data, the first MR is configured to indicate that an impedance of the at least one DQ in an output driver state is the first impedance parameter, and the second MR is configured to indicate that the impedance of the at least one DQ in a termination state is the second impedance parameter.
Device for acquiring images of a print of at least a portion of a user's hand while said portion of the hand is moving, comprising a stand defining an acquisition zone extending substantially in a plane, an optical acquisition member that is fastened to the stand to have a field of view covering the acquisition zone, and a processor unit connected to the acquisition member to process an image signal coming therefrom, characterized in that: - the stand is arranged to provide an empty space zone containing the acquisition zone and forming a passage for said portion of the hand while it is moving parallel to the plane, - the device includes at least one projector member for projecting a light test pattern of at least two colours into the acquisition zone, - the optical member has a depth of field extending on either side of the acquisition zone and possesses a colour sensor having an acquisition speed that is sufficient to capture at least one colour image of said portion of the hand moving at a predetermined maximum speed of movement, - the processor unit is arranged to extract from the colour image signal a monochrome image in each of the projected colours, to reconstitute a texture of said portion of the hand from at least one of the extracted monochrome images in one of the projected colours, and to reconstitute a shape from at least one other extracted monochromic image in the other projected colour. - the stand is arranged to provide an empty space zone containing the acquisition zone and forming a passage for said portion of the hand while it is moving parallel to the plane, - the device includes at least one projector member for projecting a light test pattern of at least two colours into the acquisition zone, - the optical member has a depth of field extending on either side of the acquisition zone and possesses a colour sensor having an acquisition speed that is sufficient to capture at least one colour image of said portion of the hand moving at a predetermined maximum speed of movement, - the processor unit is arranged to extract from the colour image signal a monochrome image in each of the projected colours, to reconstitute a texture of said portion of the hand from at least one of the extracted monochrome images in one of the projected colours, and to reconstitute a shape from at least one other extracted monochromic image in the other projected colour.
An apparatus inspecting a superconducting wire, in the form of tape, comprising: - illumination units arranged over a front surface of a superconducting wire and emitting a laser beam of light to illuminate said superconducting wire; - photoreceptive units for receiving light from said superconducting wire; and - an output unit accumulating and outputting a signal representing a quantity of light received by said photoreceptive units; characterized by first to third barycenter measuring devices aligned in a longitudinal direction of said superconducting wire to measure the position of a center (H1-H3) of said superconducting wire as seen widthwise each of which includes one of said illumination units and one of said photoreceptive units coaxially arranged as a pair with the photoreceptive unit arranged under a back surface of said superconducting wire for receiving one of said laser beams of light emitted from one of said illumination units. - illumination units arranged over a front surface of a superconducting wire and emitting a laser beam of light to illuminate said superconducting wire; - photoreceptive units for receiving light from said superconducting wire; and - an output unit accumulating and outputting a signal representing a quantity of light received by said photoreceptive units;
A spinning reel for forwardly unreeling a fishing line, comprising a reel main body having a peripheral wall and a through-hole, the through-hole having a front end side, a rear end side and extending through the peripheral wall in a longitudinal direction of the spinning reel; a handle configured to wind a fishing line, and being rotatably mounted to the reel main body; a screw member having a first end, a second end, a screw head disposed on the first end, a screw shaft section extending from the screw head toward the second end, and male threads disposed on the screw shaft section, the screw head contacting the peripheral wall at the front end side of the through-hole and the screw shaft section extending through the through-hole; a stopper member mounted to the screw shaft section and contacting a periphery of the rear end side of the through-hole, wherein the stopper member comprises a flange section disposed on the reel main body and having a diameter larger than a diameter of the through-hole; and a cover member having a fixed section covering a rear of the reel main body, characterized in that the fixed section of the cover member is fixed by the screw member, and the stopper member further comprises a tubular section including an inner periphery and an outer periphery, the screw shaft section passing through the inner periphery of the tubular section, and the outer periphery of the tubular section enabling the tubular section to be fitted to the through-hole.
A method of inducing self-assembly of mammalian cells into one or more three-dimensional micro-tissues comprising: seeding the mammalian cells into one or more microwells of a device comprising a cell adhesion substrate; and a removable elastomeric stencil overlay comprising one or more cut-out patterned microwells comprising two or more circular, oval, rectangular, square, V-shaped, or triangular holes, each hole joined to an adjacent hole by a canal; and culturing the seeded cells within the microwells, to generate one or more three-dimensional, dogbone-shaped micro-tissues within adjacent holes and along the canal joining the adjacent holes; and wherein the cell adhesion substrate binds cells within at least the holes of the cut-out pattern. seeding the mammalian cells into one or more microwells of a device comprising a cell adhesion substrate; and a removable elastomeric stencil overlay comprising one or more cut-out patterned microwells comprising two or more circular, oval, rectangular, square, V-shaped, or triangular holes, each hole joined to an adjacent hole by a canal; and culturing the seeded cells within the microwells, to generate one or more three-dimensional, dogbone-shaped micro-tissues within adjacent holes and along the canal joining the adjacent holes; and wherein the cell adhesion substrate binds cells within at least the holes of the cut-out pattern.
A method of casting an engine, the method comprising: printing a single-piece core of the engine according to specifications in a three-dimensional print file, the specifications corresponding to each hollow interior feature of the engine; and casting the engine using the single-piece core. printing a single-piece core of the engine according to specifications in a three-dimensional print file, the specifications corresponding to each hollow interior feature of the engine; and casting the engine using the single-piece core.