mhurhangee/ep-ind-claims huggingface dataset:
A method for detecting synchronization signals by a user equipment, UE, that supports device to device, D2D, communication, the method comprising: detecting a first synchronization signal transmitted from a network based on a first index set having a plurality of root indexes for a Zadoff-Chu sequence; detecting a second synchronization signal transmitted from a D2D synchronization source based on a second index set having a plurality of root indexes which are different from the plurality of root indexes of the first index set; and characterized by determining whether or not the D2D synchronization source locates within a network coverage based on a root index used for the second synchronization signal, wherein a total number of the root indexes of the second index set is 2, and a total number of the root indexes of the first index set is 3, wherein when a first root index of the second index set is used for the second synchronization signal, the UE determines that the D2D synchronization source locates within the network coverage, wherein when a second root index of the second index set is used for the second synchronization signal, the UE determines that the D2D synchronization source locates outside of the network coverage, and wherein a sum of the second root index and any one of 3 root indexes included in the first index set is not '63'. detecting a first synchronization signal transmitted from a network based on a first index set having a plurality of root indexes for a Zadoff-Chu sequence; detecting a second synchronization signal transmitted from a D2D synchronization source based on a second index set having a plurality of root indexes which are different from the plurality of root indexes of the first index set; and characterized by determining whether or not the D2D synchronization source locates within a network coverage based on a root index used for the second synchronization signal, wherein a total number of the root indexes of the second index set is 2, and a total number of the root indexes of the first index set is 3, wherein when a first root index of the second index set is used for the second synchronization signal, the UE determines that the D2D synchronization source locates within the network coverage, wherein when a second root index of the second index set is used for the second synchronization signal, the UE determines that the D2D synchronization source locates outside of the network coverage, and wherein a sum of the second root index and any one of 3 root indexes included in the first index set is not '63'.
System for the trouble-free steering of a swimming pool cover, which is adapted to the geometric dimensions of the swimming pool edge (4,4') with a large number of individual lamellar sheets (3,3') of different lengths that are joined together and can be moved parallel to one another and on the water surface of a swimming pool can be slid back and forth, with at least one guide-steering element (24,25) being present for connecting two lamellar sheets, characterized in that the at least one guide-steering element (24,25) is a flat plate that is laterally in the end area at least two lamellar sheets (3,3'), wherein the guide-steering element has at least two legs (24,24'; 25,25') which are inclined at a predetermined angle ( α) to one another, the inclination (α) and also the steering is effected with the at least one guide-steering element (24,25), with an imaginary virtual middle plane of the front lamellar sheet of the swimming pool cover having a predetermined inclination (α) to the middle plane of the following lamellar sheets results.
A method of bleaching pulp, comprising: (a) introducing magnesium hydroxide or magnesium oxide to a refiner; (b) introducing a source of perhydroxyl ions to the refiner; and (c) refining wood particulates into pulp in said refiner, wherein the magnesium hydroxide or magnesium oxide is introduced into the refiner separately from the source of perhydroxyl ions. (a) introducing magnesium hydroxide or magnesium oxide to a refiner; (b) introducing a source of perhydroxyl ions to the refiner; and (c) refining wood particulates into pulp in said refiner, wherein the magnesium hydroxide or magnesium oxide is introduced into the refiner separately from the source of perhydroxyl ions.
A method performed by UE comprising: receiving a RRC message including a Data Radio Bearer, DRB, configuration which associates a DRB identifier to a Service Data Adaptation Protocol, SDAP, identifier via a QoS flow indicated by a QoS flow identifier, wherein, a SDAP entity identified by the SDAP identifier is configured for a PDU session, and one or more DRBs are established for the PDU session, each of the DRBs being associated to the SDAP entity, releasing the configured SDAP entity, if all of the DRBs associated to the SDAP entity are released, indicating, to a NAS layer, that the SDAP entity is released for the PDU session. receiving a RRC message including a Data Radio Bearer, DRB, configuration which associates a DRB identifier to a Service Data Adaptation Protocol, SDAP, identifier via a QoS flow indicated by a QoS flow identifier, wherein, a SDAP entity identified by the SDAP identifier is configured for a PDU session, and one or more DRBs are established for the PDU session, each of the DRBs being associated to the SDAP entity, a SDAP entity identified by the SDAP identifier is configured for a PDU session, and one or more DRBs are established for the PDU session, each of the DRBs being associated to the SDAP entity, releasing the configured SDAP entity, if all of the DRBs associated to the SDAP entity are released, indicating, to a NAS layer, that the SDAP entity is released for the PDU session.
A device which is moveable over a barn floor in a proposed direction for maintaining floor-covering material present on the barn floor, comprising: • a measuring device which is configured to determine a parameter value of the floor-covering material present on the barn floor, and • a pick-up device configured to lift floor-covering material from the barn floor, and • a control device actively connected to the measuring device and configured to control the pick-up device depending on the parameter value, wherein the pick-up device comprises a rotatable tillage device, wherein the rotation direction of the tillage device is adjustable by the control device depending on the parameter value, said parameter value being a moisture content, wherein the rotatable tillage device comprises a rotatable shaft with blades or hooks arranged thereon, wherein the ends of the blades and/or hooks determine the outer periphery of the workable part of the tillage device. • a measuring device which is configured to determine a parameter value of the floor-covering material present on the barn floor, and • a pick-up device configured to lift floor-covering material from the barn floor, and • a control device actively connected to the measuring device and configured to control the pick-up device depending on the parameter value,
An image coding method of coding images to generate a coded stream, said image coding method: characterized by writing a first parameter into a sequence parameter set in the coded stream to be generated, the first parameter representing a first bit-depth that is a bit-depth of a reconstructed sample in the images; and writing a second parameter different from the first parameter into the sequence parameter set, the second parameter i) being expressed by a value obtained by subtracting 1 from a bit count of a second bit-depth and ii) representing the second bit-depth that is a bit-depth of an Intra Pulse Code Modulation, IPCM, sample in the images and that is smaller than the bit-depth of the input images. characterized by writing a first parameter into a sequence parameter set in the coded stream to be generated, the first parameter representing a first bit-depth that is a bit-depth of a reconstructed sample in the images; and writing a second parameter different from the first parameter into the sequence parameter set, the second parameter i) being expressed by a value obtained by subtracting 1 from a bit count of a second bit-depth and ii) representing the second bit-depth that is a bit-depth of an Intra Pulse Code Modulation, IPCM, sample in the images and that is smaller than the bit-depth of the input images.
A blowing mold (10, 100) for a thermoplastic material container, comprising two half molds (1, 2) hinged together and a cyclic opening and closing device adapted to reciprocally move away and approach the two half molds (1, 2) with an opening angle ranging from 0° in a closed position of the half molds (1, 2) to a maximum opening angle in a position of maximum opening of the two half molds (1, 2), the cyclic opening and closing device comprising a control shaft adapted to rotate about an axis thereof, a control hub integrally fixed to the control shaft, at least one first connecting rod and at least one second connecting rod, each having a first end hinged to a respective half mold (1, 2) and a second end hinged to the control hub, wherein to a rotation of the control shaft by an angle of rotation β corresponds the position of maximum opening of the two half molds (1, 2), wherein the control hub is fixed in a removable manner to an end of the control shaft characterized in that the control hub is provided with at least three holes (A, B, C, D) for hinging the second ends of said at least one first connecting rod and at least one second connecting rod, wherein the at least three holes (A, B, C, D) define at least two different pairs of holes, of which a first pair (A, B) defines a first maximum opening configuration of the half molds (1, 2) corresponding to a first maximum opening angle α1, and a second pair (C, D) defines a second maximum opening configuration of the half molds (1, 2) corresponding to a second maximum opening angle α2, with α2 being smaller than α1, and wherein the at least one first connecting rod and the at least one second connecting rod are fixed to a respective hole of the first pair of holes when the mold can operate in the first maximum opening configuration, and they are fixed to a respective hole of the second pair of holes when the mold can operate in the second maximum opening configuration.
A frame of a pair of bifocal glasses, the frame comprising: a pair of lens-holding frames each holding vertically arranged lenses; a bridge coupling the lens-holding frames in height substantially at a center of each of the lens-holding frames; an attachment portion provided on an outside and in height substantially at the center of each of the lens-holding frames; a temple attached to the attachment portion; ear piece provided on a back end of the temple; characterized by nose pads provided correspondingly one-to-one to both ends of the bridge and supporting the bridge while being in contact with a nose even when the lens-holding frames are inverted in a top-bottom direction, wherein the temple comprises a vertically bent portion provided closer to a front end of the temple than the ear piece and configured to align a center of one of the lenses with the back end of the temple, and the frame further comprises a top-bottom inverting unit (5, 5A) attached to a side of the temple that is closer to the front end thereof than the bent portion is close to the front end, the top-bottom inverting unit (5, 5A) being capable of inverting the temple in the top-bottom direction. a pair of lens-holding frames each holding vertically arranged lenses; a bridge coupling the lens-holding frames in height substantially at a center of each of the lens-holding frames; an attachment portion provided on an outside and in height substantially at the center of each of the lens-holding frames; a temple attached to the attachment portion; ear piece provided on a back end of the temple; characterized by nose pads provided correspondingly one-to-one to both ends of the bridge and supporting the bridge while being in contact with a nose even when the lens-holding frames are inverted in a top-bottom direction, wherein the temple comprises a vertically bent portion provided closer to a front end of the temple than the ear piece and configured to align a center of one of the lenses with the back end of the temple, and the frame further comprises a top-bottom inverting unit (5, 5A) attached to a side of the temple that is closer to the front end thereof than the bent portion is close to the front end, the top-bottom inverting unit (5, 5A) being capable of inverting the temple in the top-bottom direction.
A synthesis reaction system which synthesizes a hydrocarbon compound by a chemical reaction of a synthesis gas including hydrogen and carbon monoxide as main components, and a slurry having solid catalyst particles suspended in liquid and which extracts the hydrocarbon compound from the slurry, the synthesis reaction system comprising: a reactor main body which accommodates the slurry; a separator which separates the hydrocarbon compound included in the slurry from the slurry; a first flow passage which allows the slurry including the hydrocarbon compound to flow to the separator from the reactor main body; a second flow passage which connects a lower portion of the separator and a slurry inlet port of the reactor main body and allows the slurry to flow to the reactor main body from the separator; and a first dividing valve which is disposed at a middle portion of the first flow passage, a second dividing valve and a return valve which are disposed at a middle point of the second flow passage so as to be separated from each other, a first fluid supply unit which includes a first fluid supply nozzle connected to the lower portion of the separator and supplies a fluid toward the upper portion within the separator from the lower portion, a second fluid supply unit provided at the middle portion of the second flow passage located between the second dividing valve and the return valve and supplies a fluid into the second flow passage; wherein the first dividing valve and the return valve are such that the circulation pathway of the slurry is divided by closing said valves. a reactor main body which accommodates the slurry; a separator which separates the hydrocarbon compound included in the slurry from the slurry; a first flow passage which allows the slurry including the hydrocarbon compound to flow to the separator from the reactor main body; a second flow passage which connects a lower portion of the separator and a slurry inlet port of the reactor main body and allows the slurry to flow to the reactor main body from the separator; and a first dividing valve which is disposed at a middle portion of the first flow passage, a second dividing valve and a return valve which are disposed at a middle point of the second flow passage so as to be separated from each other, a first fluid supply unit which includes a first fluid supply nozzle connected to the lower portion of the separator and supplies a fluid toward the upper portion within the separator from the lower portion, a second fluid supply unit provided at the middle portion of the second flow passage located between the second dividing valve and the return valve and supplies a fluid into the second flow passage; wherein the first dividing valve and the return valve are such that the circulation pathway of the slurry is divided by closing said valves.
A shoe roll pedestal structure, comprising a pedestal having an axle hole; the axle hole being configured to accommodate an axle stub, the axle hole in section having a polygon shape, the polygon having a rounding in at least one of its corners, wherein at least one of the surfaces of the axle hole is a torque surface, and the at least one torque surface of the axle hole is configured to be in abutment against a corresponding torque surface of the axle stub having a polygon shape in section corresponding to the polygon shape of the axle hole. a pedestal having an axle hole; the axle hole being configured to accommodate an axle stub, the axle hole in section having a polygon shape, the polygon having a rounding in at least one of its corners, wherein at least one of the surfaces of the axle hole is a torque surface, and the at least one torque surface of the axle hole is configured to be in abutment against a corresponding torque surface of the axle stub having a polygon shape in section corresponding to the polygon shape of the axle hole.
A separator for a non-aqueous secondary battery, the separator comprising: a porous substrate; and a heat-resistant porous layer that is provided on one side or on both sides of the porous substrate, and that contains a binder resin and barium sulfate particles, wherein the binder resin comprises at least one resin selected from the group consisting of a polyvinylidene fluoride type resin, a wholly aromatic polyamide, a polyamideimide, a polyimide, a polyether sulfone, a polysulfone, a polyether ketone, a polyketone, a polyether imide, a poly-N-vinylacetamide, a polyacrylamide, a copolymerized polyether polyamide, a fluorinated rubber, an acrylic type resin, a styrene-butadiene copolymer, a cellulose, and a polyvinyl alcohol; wherein an average primary particle diameter of the barium sulfate particles contained in the heat-resistant porous layer is from 0.01 μm to less than 0.30 μm, and wherein a volume ratio of the barium sulfate particles in the heat-resistant porous layer is from 30% by volume to less than 50% by volume; wherein the average primary particle diameter of the barium sulfate particles is measured according to the method described in the description. a porous substrate; and a heat-resistant porous layer that is provided on one side or on both sides of the porous substrate, and that contains a binder resin and barium sulfate particles, wherein the binder resin comprises at least one resin selected from the group consisting of a polyvinylidene fluoride type resin, a wholly aromatic polyamide, a polyamideimide, a polyimide, a polyether sulfone, a polysulfone, a polyether ketone, a polyketone, a polyether imide, a poly-N-vinylacetamide, a polyacrylamide, a copolymerized polyether polyamide, a fluorinated rubber, an acrylic type resin, a styrene-butadiene copolymer, a cellulose, and a polyvinyl alcohol; wherein an average primary particle diameter of the barium sulfate particles contained in the heat-resistant porous layer is from 0.01 μm to less than 0.30 μm, and wherein a volume ratio of the barium sulfate particles in the heat-resistant porous layer is from 30% by volume to less than 50% by volume; wherein the average primary particle diameter of the barium sulfate particles is measured according to the method described in the description.
A computer software product comprising a tangible non-transitory computer-readable medium in which program instructions are stored, which instructions, when read by a processor of a mobile device, cause the processor to: receive an input from the subject that indicates that the subject is experiencing a headache, and in response to the input, wirelessly communicate a control signal that causes a plurality of electrodes (24a, 24b) coupled to the subject to transcutaneously stimulate the subject by delivering electrical stimuli to skin of an upper arm of the subject or skin of a leg of the subject, characterised in that the instructions cause the processor to wirelessly communicate the control signal that causes the plurality of electrodes (24a, 24b) to deliver the electrical stimuli as a plurality of electrical pulses at a rate of between 100 and 120 pulses per second. receive an input from the subject that indicates that the subject is experiencing a headache, and in response to the input, wirelessly communicate a control signal that causes a plurality of electrodes (24a, 24b) coupled to the subject to transcutaneously stimulate the subject by delivering electrical stimuli to skin of an upper arm of the subject or skin of a leg of the subject, characterised in that the instructions cause the processor to wirelessly communicate the control signal that causes the plurality of electrodes (24a, 24b) to deliver the electrical stimuli as a plurality of electrical pulses at a rate of between 100 and 120 pulses per second.
A treatment manipulator comprising: an inserted-portion main unit; at least an arm that is provided so as to protrude forward from a distal-end surface of the inserted-portion main unit and that has an end effector at a distal end thereof; and an endoscope that is provided in the inserted-portion main unit and that has a viewing-field area in which the end effector at the distal end of the arm can be observed, wherein the arm is provided with, sequentially from the distal-end side, a first flexing joint that can pivot the end effector about a first axis orthogonal to a longitudinal axis of the arm, an intermediate roll joint that can be rotated about the longitudinal axis, and a second flexing joint that can be pivoted about a second axis orthogonal to the longitudinal axis, wherein the first flexing joint can be flexed 90° or more only on one side with respect to the longitudinal axis, a driving wire rod that drives the end effector is disposed so as to pass through interiors of the individual joints (11, 12, 13) constituting the arm, and the first flexing joint has, at the interior thereof, a pathway (14a, 15a) through which the driving wire rod passes, and is provided with a pivoting member (14, 15) that can be passively pivoted about a flexing center of the first flexing joint in response to the operation of the bending driving wire rod. an inserted-portion main unit; at least an arm that is provided so as to protrude forward from a distal-end surface of the inserted-portion main unit and that has an end effector at a distal end thereof; and an endoscope that is provided in the inserted-portion main unit and that has a viewing-field area in which the end effector at the distal end of the arm can be observed, wherein the arm is provided with, sequentially from the distal-end side, a first flexing joint that can pivot the end effector about a first axis orthogonal to a longitudinal axis of the arm, an intermediate roll joint that can be rotated about the longitudinal axis, and a second flexing joint that can be pivoted about a second axis orthogonal to the longitudinal axis, wherein the first flexing joint can be flexed 90° or more only on one side with respect to the longitudinal axis, a driving wire rod that drives the end effector is disposed so as to pass through interiors of the individual joints (11, 12, 13) constituting the arm, and the first flexing joint has, at the interior thereof, a pathway (14a, 15a) through which the driving wire rod passes, and is provided with a pivoting member (14, 15) that can be passively pivoted about a flexing center of the first flexing joint in response to the operation of the bending driving wire rod.
A cooling device comprising a fresh food compartment; a freezing compartment, a partition which separates the freezing compartment from the fresh food compartment; an evaporator which is disposed behind the freezing compartment; and an air guiding member which is placed onto the partition surface adjacent to the freezing compartment so as to form the base of the freezing compartment and which guides the air leaving the evaporator towards the front side of the freezing compartment, characterized by one or more than one locking housing arranged on the partition surface adjacent to the freezing compartment so as to protrude into the partition; and one or more than one locking member fixed to the locking housing in both vertical and horizontal axes.