mhurhangee/ep-ind-claims huggingface dataset:
A radio channel allocation method of allocating radio channels to each of a plurality of intra-cell radio networks (110 to 160) in a communication system that includes the plurality of intra-cell radio networks (110 to 160) including a radio terminal, an inter-cell network, and a plurality of gateway terminals (111 to 161) for relaying communication between the plurality of intra-cell radio networks (110 to 160) and the inter-cell network, the plurality of gateway terminals (111 to 161) setting each radio channel to be used in the plurality of intra-cell radio networks (110 to 160), the radio channel allocation method comprising the steps of: executing, by a radio channel allocation device, a first process of determining a plurality of radio channel allocation patterns for allocating radio channels to the plurality of intra-cell radio networks (110 to 160) so that mutually different radio channels are set between adjacently located intra-cell radio networks of the plurality of intra-cell radio networks (110 to 160); repeating, by the radio channel allocation device, a second process of selecting a radio channel allocation pattern from among the plurality of radio channel allocation patterns and supplying a radio channel allocation changeover instruction signal based on the selected radio channel allocation pattern to the plurality of gateway terminals (111 to 161), so that the selected radio channel allocation pattern in the plurality of radio channel allocation patterns is changed to a different radio channel allocation pattern one after another; the radio channel allocation method being characterised by acquiring position information by a position information acquisition unit of the radio channel allocation device, wherein when the position information satisfies a predetermined condition, the second process is executed. executing, by a radio channel allocation device, a first process of determining a plurality of radio channel allocation patterns for allocating radio channels to the plurality of intra-cell radio networks (110 to 160) so that mutually different radio channels are set between adjacently located intra-cell radio networks of the plurality of intra-cell radio networks (110 to 160); repeating, by the radio channel allocation device, a second process of selecting a radio channel allocation pattern from among the plurality of radio channel allocation patterns and supplying a radio channel allocation changeover instruction signal based on the selected radio channel allocation pattern to the plurality of gateway terminals (111 to 161), so that the selected radio channel allocation pattern in the plurality of radio channel allocation patterns is changed to a different radio channel allocation pattern one after another; the radio channel allocation method being characterised by acquiring position information by a position information acquisition unit of the radio channel allocation device, wherein when the position information satisfies a predetermined condition, the second process is executed.
An intravenous catheter assembly, comprising: a catheter adapter; a catheter coupled to an end of the catheter adapter; a winged extension that extends from the catheter adapter, the winged extension comprising a first side, a second side, and a top surface; characterized in that the assembly further comprising: a strap having a terminal end coupled to the top surface of the first side of the winged extension, the strap extending from the first side to the second side of the winged extension over the catheter adapter, the second side comprising a first adhesive patch that secures the strap to the second side, the strap comprising a second adhesive patch that retains the strap in a folded configuration. a catheter adapter; a catheter coupled to an end of the catheter adapter; a winged extension that extends from the catheter adapter, the winged extension comprising a first side, a second side, and a top surface; characterized in that the assembly further comprising: a strap having a terminal end coupled to the top surface of the first side of the winged extension, the strap extending from the first side to the second side of the winged extension over the catheter adapter, the second side comprising a first adhesive patch that secures the strap to the second side, the strap comprising a second adhesive patch that retains the strap in a folded configuration. a strap having a terminal end coupled to the top surface of the first side of the winged extension, the strap extending from the first side to the second side of the winged extension over the catheter adapter, the second side comprising a first adhesive patch that secures the strap to the second side, the strap comprising a second adhesive patch that retains the strap in a folded configuration.
A regulator valve assembly, comprising: a housing defining an actuator cavity comprising a top region of the actuator cavity and a bottom region of the actuator cavity, a piston head cavity comprising a regulator inlet, and an inlet port, wherein the housing further defines a solenoid port; a solenoid coupled to the solenoid port a piston rod comprising a piston head disposed within the piston head cavity and a rod end disposed within the actuator cavity; and a disc retainer within the housing, coupled to a proximate seating surface of the inlet port, the valve assembly being characterised in that a first face of a membrane disc is coupled to a lateral seating surface of the inlet port disposed between the piston head cavity and the disc retainer, wherein: the solenoid is configured to energize, which allows for output of the gas from the solenoid to the bottom region via a solenoid output line; the membrane disc is configured to rupture in response to energizing the solenoid; and when the membrane disc is ruptured, the solenoid can de-energize and the friction between an O-ring and the housing can hold the piston rod in an open position such that the pressurized gas can continue to enter the piston head cavity. a housing defining an actuator cavity comprising a top region of the actuator cavity and a bottom region of the actuator cavity, a piston head cavity comprising a regulator inlet, and an inlet port, wherein the housing further defines a solenoid port; a solenoid coupled to the solenoid port a piston rod comprising a piston head disposed within the piston head cavity and a rod end disposed within the actuator cavity; and a disc retainer within the housing, coupled to a proximate seating surface of the inlet port, the valve assembly being characterised in that a first face of a membrane disc is coupled to a lateral seating surface of the inlet port disposed between the piston head cavity and the disc retainer, wherein: the solenoid is configured to energize, which allows for output of the gas from the solenoid to the bottom region via a solenoid output line; the membrane disc is configured to rupture in response to energizing the solenoid; and when the membrane disc is ruptured, the solenoid can de-energize and the friction between an O-ring and the housing can hold the piston rod in an open position such that the pressurized gas can continue to enter the piston head cavity. the solenoid is configured to energize, which allows for output of the gas from the solenoid to the bottom region via a solenoid output line; the membrane disc is configured to rupture in response to energizing the solenoid; and when the membrane disc is ruptured, the solenoid can de-energize and the friction between an O-ring and the housing can hold the piston rod in an open position such that the pressurized gas can continue to enter the piston head cavity.
An information processing apparatus comprising: an information acquisition unit that acquires position information from a sensor configured to read a predetermined array pattern; and a motion control unit that controls motion of a first moving body including movement in a real space based on the position information, wherein in a case where there is an abnormality in the acquisition of the position information, the motion control unit controls the first moving body such that the first moving body automatically moves to a predetermined position, characterised in that the predetermined array pattern includes an array pattern regarding motion of an object different from the first moving body, and the motion control unit is electrically connected to the first moving body and is configured to control the motion of the object attached to the first moving body based on information acquired based on reading of the array pattern regarding motion of an object different from the first moving body by the sensor. an information acquisition unit that acquires position information from a sensor configured to read a predetermined array pattern; and a motion control unit that controls motion of a first moving body including movement in a real space based on the position information, wherein in a case where there is an abnormality in the acquisition of the position information, the motion control unit controls the first moving body such that the first moving body automatically moves to a predetermined position, characterised in that the predetermined array pattern includes an array pattern regarding motion of an object different from the first moving body, and the motion control unit is electrically connected to the first moving body and is configured to control the motion of the object attached to the first moving body based on information acquired based on reading of the array pattern regarding motion of an object different from the first moving body by the sensor.
A method for cell detection, comprising: transmitting, by a base station, a paging message in a cell to be detected, wherein the paging message is used for detecting a state of the cell and the paging message comprises a detection indicator which is used for indicating a user equipment, UE, in the cell to be detected to initiate an access process to the cell to be detected; determining, by the base station, that the cell to be detected is a non-sleep cell when the base station detects the access process initiated by the UE in the cell to be detected. transmitting, by a base station, a paging message in a cell to be detected, wherein the paging message is used for detecting a state of the cell and the paging message comprises a detection indicator which is used for indicating a user equipment, UE, in the cell to be detected to initiate an access process to the cell to be detected; determining, by the base station, that the cell to be detected is a non-sleep cell when the base station detects the access process initiated by the UE in the cell to be detected.
A transmission method for retransmitting in a transmitter of a wireless communication system, comprising: transmitting a first data mapped in a QAM constellation pattern in a first transmission; and retransmitting a second data mapped in said QAM constellation pattern in a retransmission; wherein said second data is reversion of said first data; wherein said QAM constellation pattern is a 64 QAM constellation pattern, and said first data is a bit sequence (b5, b4, b3, b2, b1, b0) and said second data is a bit sequence (b0, b1, b2, b3, b4, b5); and wherein a modulation symbol of said 64 QAM constellation pattern contains 6 bits [a5, a4, a3, a2, a1, a0], and said bits [a5, a2] have a high reliability, said bits [a4, a1] have a medium reliability, and said bits [a3, a0] have a low reliability. transmitting a first data mapped in a QAM constellation pattern in a first transmission; and retransmitting a second data mapped in said QAM constellation pattern in a retransmission; wherein said second data is reversion of said first data; wherein said QAM constellation pattern is a 64 QAM constellation pattern, and said first data is a bit sequence (b5, b4, b3, b2, b1, b0) and said second data is a bit sequence (b0, b1, b2, b3, b4, b5); and wherein a modulation symbol of said 64 QAM constellation pattern contains 6 bits [a5, a4, a3, a2, a1, a0], and said bits [a5, a2] have a high reliability, said bits [a4, a1] have a medium reliability, and said bits [a3, a0] have a low reliability.
An ultraviolet irradiation apparatus comprising: an ultraviolet irradiation water tank having a water-inlet port for water to be treated and a water-outlet port for treated water; a protection pipe provided in the ultraviolet irradiation water tank, and penetrating two ends of the ultraviolet-irradiation water tank; an ultraviolet lamp provided in the protection pipe, and configured to emit ultraviolet rays onto the water to be treated by being lit up with high-frequency discharge at a frequency of 10 kHz to 10 MHz, inclusive; protection covers respectively provided on the two ends of the ultraviolet-irradiation water tank and configured to block the ultraviolet rays and electromagnetic waves; an electronic ballast provided in one of the protection covers; and a feeder wire provided in the ultraviolet-irradiation water tank and the protection covers and electrically connecting the ultraviolet lamp to the electronic ballast, wherein each of the ultraviolet-irradiation water tank and the protection covers is made of a conductive material with a specific conductivity and a relative magnetic permeability whose product is equal to or larger than 1, and has a thickness at least three times as large as a skin depth at a frequency of a high-frequency current that flows through the ultraviolet lamp, where the skin depth is a depth where a current is almost equal to 1/e (=0.37, approximately) of a surface current when the high-frequency current flows the conductive material. an ultraviolet irradiation water tank having a water-inlet port for water to be treated and a water-outlet port for treated water; a protection pipe provided in the ultraviolet irradiation water tank, and penetrating two ends of the ultraviolet-irradiation water tank; an ultraviolet lamp provided in the protection pipe, and configured to emit ultraviolet rays onto the water to be treated by being lit up with high-frequency discharge at a frequency of 10 kHz to 10 MHz, inclusive; protection covers respectively provided on the two ends of the ultraviolet-irradiation water tank and configured to block the ultraviolet rays and electromagnetic waves; an electronic ballast provided in one of the protection covers; and a feeder wire provided in the ultraviolet-irradiation water tank and the protection covers and electrically connecting the ultraviolet lamp to the electronic ballast, wherein each of the ultraviolet-irradiation water tank and the protection covers is made of a conductive material with a specific conductivity and a relative magnetic permeability whose product is equal to or larger than 1, and has a thickness at least three times as large as a skin depth at a frequency of a high-frequency current that flows through the ultraviolet lamp, where the skin depth is a depth where a current is almost equal to 1/e (=0.37, approximately) of a surface current when the high-frequency current flows the conductive material.
A method for wireless communications, comprising: receiving a request for feedback at an apparatus; generating, in response to the request for feedback, a feedback report frame comprising a multiple-input multiple-output, MIMO, control field having a beamforming, BF, extension bit indicating whether the feedback report frame includes a BF extension field; wherein, if the BF extension bit is set to one, the feedback report frame includes the BF extension field and, if the BF extension bit is set to zero, the feedback report frame does not include the BF extension field; wherein, if the BF extension bit is set to one, it is indicated that the feedback report frame includes a BF extension field comprising per-tone signal to noise ratio, SNR, values of OFDM transmissions, wherein the per-tone SNR values are not transmitted, if the BF extension field is not included; determining whether the request for feedback comprises a request for single-user -type feedback or multi-user -type feedback; and setting the BF extension bit to one, if the request for feedback comprises a request for MU-type feedback and the apparatus is capable of receiving MU-MIMO; and transmitting the feedback report frame. receiving a request for feedback at an apparatus; generating, in response to the request for feedback, a feedback report frame comprising a multiple-input multiple-output, MIMO, control field having a beamforming, BF, extension bit indicating whether the feedback report frame includes a BF extension field; wherein, if the BF extension bit is set to one, the feedback report frame includes the BF extension field and, if the BF extension bit is set to zero, the feedback report frame does not include the BF extension field; wherein, if the BF extension bit is set to one, it is indicated that the feedback report frame includes a BF extension field comprising per-tone signal to noise ratio, SNR, values of OFDM transmissions, wherein the per-tone SNR values are not transmitted, if the BF extension field is not included; determining whether the request for feedback comprises a request for single-user -type feedback or multi-user -type feedback; and setting the BF extension bit to one, if the request for feedback comprises a request for MU-type feedback and the apparatus is capable of receiving MU-MIMO; and transmitting the feedback report frame.
A heat conversion device, comprising: a first module including a first heat conversion member; a second module including a second heat conversion member that introduces air passing through the first module to perform heat conversion; and a thermoelectric module that comes into contact with the first module and the second module to control a heat conversion function, wherein the first module and the second module are arranged in one side direction based on the thermoelectric module, characterised in that at least one of the first heat conversion member and the second heat conversion member includes a substrate having a first plane in surface contact with air and a second plane facing the first plane; and at least one flow path pattern that forms an air flow path in the substrate in an air flow direction, and wherein said heat conversion device further comprises resistance patterns formed on a surface of the flow path pattern to protrude from a surface of the substrate, and flow grooves connected to each end of the resistance patterns, wherein the flow path pattern has a structure in which a curvature pattern having a regular pitch (P1, P2, T1) is implemented in a longitudinal direction of the substrate. a first module including a first heat conversion member; a second module including a second heat conversion member that introduces air passing through the first module to perform heat conversion; and a thermoelectric module that comes into contact with the first module and the second module to control a heat conversion function, wherein the first module and the second module are arranged in one side direction based on the thermoelectric module, at least one of the first heat conversion member and the second heat conversion member includes a substrate having a first plane in surface contact with air and a second plane facing the first plane; and at least one flow path pattern that forms an air flow path in the substrate in an air flow direction, and wherein said heat conversion device further comprises resistance patterns formed on a surface of the flow path pattern to protrude from a surface of the substrate, and flow grooves connected to each end of the resistance patterns, wherein the flow path pattern has a structure in which a curvature pattern having a regular pitch (P1, P2, T1) is implemented in a longitudinal direction of the substrate.
Apparatus for filling containers, comprising: - a filling station, comprising a plurality of filling heads which are supplied by supply ducts for supplying a filling fluid and are each provided with a dispensing nozzle; - a transport plane for transporting a plurality of containers arranged in-line along a longitudinal feeding direction (x-x), from an upstream inlet to a filling position in the filling station and to a downstream outlet; wherein the filling heads are arranged in-line along the longitudinal direction (X-X) and are movable in a vertical direction (z-z) with respect to the transport plane between a raised position, where they do not interfere with passage of the containers to be filled, and a lowered position; the apparatus further comprising a collector assembly for collecting washing fluids, comprising a number of collection cups for collecting washing fluids for washing the filling heads and/or the supply ducts, equal to the number of said filling heads; the collection cups being arranged in-line along the longitudinal direction (x-x) and being movable in a transverse direction (y-y) with respect to the transport plane between an inner position, where they do not interfere with the transit of the containers on the transport plane and the movement of the filling heads in the vertical direction, and an outer collection position, where each cup is arranged above the transport plane in a position coaxial with a respective dispensing nozzle of a respective filling head, for coupling with the said dispensing nozzle. - a filling station, comprising a plurality of filling heads which are supplied by supply ducts for supplying a filling fluid and are each provided with a dispensing nozzle; - a transport plane for transporting a plurality of containers arranged in-line along a longitudinal feeding direction (x-x), from an upstream inlet to a filling position in the filling station and to a downstream outlet; wherein the filling heads are arranged in-line along the longitudinal direction (X-X) and are movable in a vertical direction (z-z) with respect to the transport plane between a raised position, where they do not interfere with passage of the containers to be filled, and a lowered position; the apparatus further comprising a collector assembly for collecting washing fluids, comprising a number of collection cups for collecting washing fluids for washing the filling heads and/or the supply ducts, equal to the number of said filling heads; the collection cups being arranged in-line along the longitudinal direction (x-x) and being movable in a transverse direction (y-y) with respect to the transport plane between an inner position, where they do not interfere with the transit of the containers on the transport plane and the movement of the filling heads in the vertical direction, and an outer collection position, where each cup is arranged above the transport plane in a position coaxial with a respective dispensing nozzle of a respective filling head, for coupling with the said dispensing nozzle.
Sieve drum for an installation to remove sievings from a liquid, especially sewage, in which case the sieve drum has an opening at least in a front side area, so it can be filled with a liquid that carries the sievings, the sieve drum comprising a folded sieve wall with many sieve openings and the sieve drum comprising a support structure, characterized in that the support structure fixes the sieve wall only in a clamping way.