mhurhangee/ep-ind-claims huggingface dataset:
A wireless network coordinator comprising: a frame generation unit for generating a beacon frame for constructing a superframe including a plurality of channel time blocks (421, 431, 422, 423, 432, 424); a bandwidth management unit for setting first channel time blocks (431, 432) as a bandwidth allocated period for a particular station (210, 220, 230, 240) on a network and second channel time blocks (421, 422, 423, 424) as packet transmission or reception periods for a bandwidth use request packet on the network; and a communication unit for transmitting the beacon frame including reservation information for setting the first and second channel time blocks through a communication channel; wherein the reservation information for setting the second channel time blocks indicates a type of the packet allowed for transmission or reception in the second channel time blocks. a frame generation unit for generating a beacon frame for constructing a superframe including a plurality of channel time blocks (421, 431, 422, 423, 432, 424); a bandwidth management unit for setting first channel time blocks (431, 432) as a bandwidth allocated period for a particular station (210, 220, 230, 240) on a network and second channel time blocks (421, 422, 423, 424) as packet transmission or reception periods for a bandwidth use request packet on the network; and a communication unit for transmitting the beacon frame including reservation information for setting the first and second channel time blocks through a communication channel; wherein the reservation information for setting the second channel time blocks indicates a type of the packet allowed for transmission or reception in the second channel time blocks.
A method for producing a chloroprene polymer composition containing a chloroprene polymer, the method comprising: a first polymerization step of polymerizing a monomer containing chloroprene at a polymerization rate of 20% or more to obtain a first polymer composition containing a polymer; a mixing step of mixing the first polymer composition with a rosin containing at least one conjugate resin acid component selected from the group consisting of abietic acid, neoabietic acid, palustric acid, levopimaric acid, and salts thereof; and a second polymerization step of polymerizing a monomer containing chloroprene in the presence of the polymer and the conjugate resin acid component to obtain a second polymer composition containing a chloroprene polymer. a first polymerization step of polymerizing a monomer containing chloroprene at a polymerization rate of 20% or more to obtain a first polymer composition containing a polymer; a mixing step of mixing the first polymer composition with a rosin containing at least one conjugate resin acid component selected from the group consisting of abietic acid, neoabietic acid, palustric acid, levopimaric acid, and salts thereof; and a second polymerization step of polymerizing a monomer containing chloroprene in the presence of the polymer and the conjugate resin acid component to obtain a second polymer composition containing a chloroprene polymer.
A method for adjusting volume of a user terminal, comprising: after it is detected that a call signal is connected, during conversation of the call, acquiring microphone volume of the user terminal in real time, the microphone volume is the volume which is sensed by the microphone from a speaker; when the acquired microphone volume is greater than pre-stored reference volume, increasing the earpiece volume of the user terminal; and when the acquired microphone volume is less than the pre-stored reference volume, decreasing the earpiece volume of the user terminal; wherein the method further comprising: periodically collecting the sound signal surrounding the user terminal, and performing analysis on the collected sound signal, so as to obtain the composition information of the sound signal; and determining, according to the composition information of the sound signal, whether the sound signal comprises a human sound and comprises a sound of only one person; if the sound signal comprises a human sound and comprises a sound of only one person, calculating volume of the sound signal, obtaining an average value of the calculated volume of the sound signal and the pre-stored reference volume, and storing the average value as a new reference volume. after it is detected that a call signal is connected, during conversation of the call, acquiring microphone volume of the user terminal in real time, the microphone volume is the volume which is sensed by the microphone from a speaker; when the acquired microphone volume is greater than pre-stored reference volume, increasing the earpiece volume of the user terminal; and when the acquired microphone volume is less than the pre-stored reference volume, decreasing the earpiece volume of the user terminal; wherein the method further comprising: periodically collecting the sound signal surrounding the user terminal, and performing analysis on the collected sound signal, so as to obtain the composition information of the sound signal; and determining, according to the composition information of the sound signal, whether the sound signal comprises a human sound and comprises a sound of only one person; if the sound signal comprises a human sound and comprises a sound of only one person, calculating volume of the sound signal, obtaining an average value of the calculated volume of the sound signal and the pre-stored reference volume, and storing the average value as a new reference volume. periodically collecting the sound signal surrounding the user terminal, and performing analysis on the collected sound signal, so as to obtain the composition information of the sound signal; and determining, according to the composition information of the sound signal, whether the sound signal comprises a human sound and comprises a sound of only one person; if the sound signal comprises a human sound and comprises a sound of only one person, calculating volume of the sound signal, obtaining an average value of the calculated volume of the sound signal and the pre-stored reference volume, and storing the average value as a new reference volume.
A method of controlling wireless local area network, WLAN, measurement report applicable to a user equipment, UE, the method comprising: receiving a configuration message; determining whether to transmit a WLAN measurement result by checking a set of rules, wherein a rule of said set of rules comprises user preference setting of the UE restraining from using a given WLAN, after receiving configuration message; and generating a WLAN measurement report comprising the WLAN measurement result and transmitting a response message comprising the WLAN measurement report in response to having determined to transmit the WLAN measurement result based on the set of rules; or transmitting the response message comprising the WLAN measurement report which omits the WLAN measurement result in the WLAN measurement report in response to having determined to not transmit the WLAN measurement result based on the set of rules, wherein said determining whether to transmit the WLAN measurement result by checking the set of rules comprises: determining to transmit the WLAN measurement result based on a rule of the set of rules is being satisfied (S302, S312, S402, S411), characterized in that the rule of the set of rules comprises: a candidate access point, AP, scanned and determined by the UE, wherein the candidate AP is not within an AP list received by the UE, wherein the AP list includes one or more AP suggested to the UE. receiving a configuration message; determining whether to transmit a WLAN measurement result by checking a set of rules, wherein a rule of said set of rules comprises user preference setting of the UE restraining from using a given WLAN, after receiving configuration message; and generating a WLAN measurement report comprising the WLAN measurement result and transmitting a response message comprising the WLAN measurement report in response to having determined to transmit the WLAN measurement result based on the set of rules; or transmitting the response message comprising the WLAN measurement report which omits the WLAN measurement result in the WLAN measurement report in response to having determined to not transmit the WLAN measurement result based on the set of rules,
A clock signal output device for outputting an output clock signal depending on a receive clock signal and depending on at least two input signals received in pushpull-manner with respect to one another, comprising: - a signal processing unit, which comprises a charge pump comprising a rectifier unit and including an electronic decoupling switch with a base for receiving the receive clock signal, and - a clock signal output unit with a clock signal output, - wherein the signal processing unit further comprises a capacitor and a switch-over device with two signal inputs (1A, 1 B) for the input signals, which is designed to switch the capacitor between the rectifier unit and, depending on the input signals, either a voltage input pole or a voltage input anti-pole, characterised in that - an electronic clock signal switch is provided in the clock signal output unit for interrupting a connection from the voltage input pole and from the clock signal output to the voltage input anti-pole and is coupled with its base to the rectifier unit and to the decoupling switch, wherein - the rectifier unit is switched between a further voltage input pole and the decoupling switch, in order to generate with the capacitor a monitoring voltage between the rectifier unit and the voltage input anti-pole, - the monitoring voltage has a sign which is opposite to the sign of a voltage provided between the voltage input pole or the further voltage input pole and the voltage input anti-pole, and - a higher absolute voltage value than at the further voltage input pole is provided at the voltage input pole. - a signal processing unit, which comprises a charge pump comprising a rectifier unit and including an electronic decoupling switch with a base for receiving the receive clock signal, and - a clock signal output unit with a clock signal output, - wherein the signal processing unit further comprises a capacitor and a switch-over device with two signal inputs (1A, 1 B) for the input signals, which is designed to switch the capacitor between the rectifier unit and, depending on the input signals, either a voltage input pole or a voltage input anti-pole, - an electronic clock signal switch is provided in the clock signal output unit for interrupting a connection from the voltage input pole and from the clock signal output to the voltage input anti-pole and is coupled with its base to the rectifier unit and to the decoupling switch, - the rectifier unit is switched between a further voltage input pole and the decoupling switch, in order to generate with the capacitor a monitoring voltage between the rectifier unit and the voltage input anti-pole, - the monitoring voltage has a sign which is opposite to the sign of a voltage provided between the voltage input pole or the further voltage input pole and the voltage input anti-pole, and - a higher absolute voltage value than at the further voltage input pole is provided at the voltage input pole.
A cochlear implant headpiece for use with a cochlear implant, the cochlear implant headpiece comprising: a first headpiece portion defining a rotational axis; a second headpiece portion mounted on the first headpiece portion and rotatable relative to the first housing portion about the rotational axis, including a headpiece antenna and first and second microphones defining a microphone array axis, and having a center of gravity located such that the microphone array axis will be perpendicular to the gravitational direction when the rotational axis is perpendicular to the gravitational direction; and a headpiece magnet associated with the first headpiece portion. a first headpiece portion defining a rotational axis; a second headpiece portion mounted on the first headpiece portion and rotatable relative to the first housing portion about the rotational axis, including a headpiece antenna and first and second microphones defining a microphone array axis, and having a center of gravity located such that the microphone array axis will be perpendicular to the gravitational direction when the rotational axis is perpendicular to the gravitational direction; and a headpiece magnet associated with the first headpiece portion.
Integrated pump valve device for providing pressurized air, comprising: a. a DC motor having a driving side and a commutator side opposite to the driving side; b. a pump driven by the DC motor for providing pressurized air; c. at least one valve (40, 40') for controlling the flow of the pressurized air, the at least one valve (40, 40') being in fluid connection with the pump; wherein d. the at least one valve (40, 40') is arranged on the commutator side of the DC motor and the pump is arranged on the opposite driving side of the DC motor. a. a DC motor having a driving side and a commutator side opposite to the driving side; b. a pump driven by the DC motor for providing pressurized air; c. at least one valve (40, 40') for controlling the flow of the pressurized air, the at least one valve (40, 40') being in fluid connection with the pump; wherein d. the at least one valve (40, 40') is arranged on the commutator side of the DC motor and the pump is arranged on the opposite driving side of the DC motor.
A washing machine comprising: a tub to hold water therein; a drum rotatably provided in the tub; a rotation shaft passed through the tub from a rear of the drum; a bearing housing for rotatably supporting the rotation shaft connected to the drum; a suspension assembly connected to the bearing housing for buffering and supporting to vibration of the drum; a driving motor provided to the suspension assembly; and a power transmission member for transmission of rotating force from the driving motor to the rotation shaft, characterized in that the power transmission member includes; a driving pulley mounted to the driving motor, a driven pulley mounted to the rotation shaft, and a belt for transmission of rotation of the driving pulley to the driven pulley. a tub to hold water therein; a drum rotatably provided in the tub; a rotation shaft passed through the tub from a rear of the drum; a bearing housing for rotatably supporting the rotation shaft connected to the drum; a suspension assembly connected to the bearing housing for buffering and supporting to vibration of the drum; a driving motor provided to the suspension assembly; and a power transmission member for transmission of rotating force from the driving motor to the rotation shaft, characterized in that the power transmission member includes; a driving pulley mounted to the driving motor, a driven pulley mounted to the rotation shaft, and a belt for transmission of rotation of the driving pulley to the driven pulley.
A method for enabling internet usage on a shared mobile device, the method comprising: sending a first message from a Serving GPRS Support Node (SGSN) in a telecommunication network; receiving the first message at a system server imitating a Gateway GPRS Support Node (GGSN), wherein the first message includes an International Mobile Subscriber Identity (IMSI) relating to a first subscription; replacing the IMSI in the first message with a virtual IMSI thereby resulting in a secondmessage; sending the second message from the system server to a Gateway GPRS Support Node (GGSN). sending a first message from a Serving GPRS Support Node (SGSN) in a telecommunication network; receiving the first message at a system server imitating a Gateway GPRS Support Node (GGSN), wherein the first message includes an International Mobile Subscriber Identity (IMSI) relating to a first subscription; replacing the IMSI in the first message with a virtual IMSI thereby resulting in a secondmessage; sending the second message from the system server to a Gateway GPRS Support Node (GGSN).
A method for analyzing a functional layer of an electrochemical cell or an electrochemical sensor application, comprising the steps of: - passing a predefined amount of test gas to a first surface of the functional layer, and - quantitatively determining the amount of test gas that has passed through the functional layer by a detection unit that is arranged on a second surface of the functional layer that is opposite the first surface of the functional layer, wherein the test gas passed to the first surface of the functional layer is provided in a test gas chamber arranged on the first surface of the functional layer, characterized in that the test gas chamber is open to the first surface of the functional layer and has an opening that has a defined length in the longitudinal direction of the functional layer and a variably adjustable width in the transverse direction. - passing a predefined amount of test gas to a first surface of the functional layer, and - quantitatively determining the amount of test gas that has passed through the functional layer by a detection unit that is arranged on a second surface of the functional layer that is opposite the first surface of the functional layer, wherein the test gas passed to the first surface of the functional layer is provided in a test gas chamber arranged on the first surface of the functional layer, characterized in that the test gas chamber is open to the first surface of the functional layer and has an opening that has a defined length in the longitudinal direction of the functional layer and a variably adjustable width in the transverse direction.
A method for seafloor mining, the method comprising: preparing a bench of a seafloor site using a seafloor auxiliary mining tool; bulk mining the bench with a seafloor bulk mining tool and depositing cut ore in a gathering area; gathering cut ore from the gathering area using a seafloor gathering machine, and pumping gathered ore as a slurry from the gathering machine to a riser base; and lifting the slurry to a surface vessel using a riser and lifting system. preparing a bench of a seafloor site using a seafloor auxiliary mining tool; bulk mining the bench with a seafloor bulk mining tool and depositing cut ore in a gathering area; gathering cut ore from the gathering area using a seafloor gathering machine, and pumping gathered ore as a slurry from the gathering machine to a riser base; and lifting the slurry to a surface vessel using a riser and lifting system.
A method of melting in a furnace an aluminum charge comprising no more than 4% salt on a mass basis, the method comprising: during a melting phase, introducing fuel and oxidant into the furnace via a burner operating at a first firing rate, the fuel and oxidant reacting to form a combustion zone above the aluminum charge; terminating the melting phase and commencing a transition phase when the aluminum charge is nearly completely molten; during the transition phase: reducing the firing rate of the burner to a second firing rate that is lower than the first firing rate, introducing a non-oxidizing gas into the furnace at a first velocity to form a non-oxidizing zone between the combustion zone and the aluminum charge; and allowing the aluminum charge to become completely molten; and terminating the transition phase and commencing a tapping phase at a time after the aluminum charge has become completely molten; and during the tapping phase, pouring the molten aluminum charge out of the furnace. during a melting phase, introducing fuel and oxidant into the furnace via a burner operating at a first firing rate, the fuel and oxidant reacting to form a combustion zone above the aluminum charge; terminating the melting phase and commencing a transition phase when the aluminum charge is nearly completely molten; during the transition phase: reducing the firing rate of the burner to a second firing rate that is lower than the first firing rate, introducing a non-oxidizing gas into the furnace at a first velocity to form a non-oxidizing zone between the combustion zone and the aluminum charge; and allowing the aluminum charge to become completely molten; and reducing the firing rate of the burner to a second firing rate that is lower than the first firing rate, introducing a non-oxidizing gas into the furnace at a first velocity to form a non-oxidizing zone between the combustion zone and the aluminum charge; and allowing the aluminum charge to become completely molten; and terminating the transition phase and commencing a tapping phase at a time after the aluminum charge has become completely molten; and during the tapping phase, pouring the molten aluminum charge out of the furnace.
A method of wireless communication performed by a user equipment, UE, comprising: transmitting, to a base station, a report indicating that a cooperative reception group supports one or more downlink transmit beamforming techniques, wherein the cooperative reception group includes the UE and one or more other UEs connected to the UE over an out-of-band link; determining, based at least in part on the one or more downlink transmit beamforming techniques supported by the cooperative reception group, a downlink transmit precoder associated with relaxed beamforming nulling; receiving a downlink transmission from the base station and one or more decoded bits associated with the downlink transmission from the one or more other UEs in the cooperative reception group; and decoding the downlink transmission based at least in part on the downlink transmit precoder and the one or more decoded bits received from the one or more other UEs in the cooperative reception group. transmitting, to a base station, a report indicating that a cooperative reception group supports one or more downlink transmit beamforming techniques, wherein the cooperative reception group includes the UE and one or more other UEs connected to the UE over an out-of-band link; determining, based at least in part on the one or more downlink transmit beamforming techniques supported by the cooperative reception group, a downlink transmit precoder associated with relaxed beamforming nulling; receiving a downlink transmission from the base station and one or more decoded bits associated with the downlink transmission from the one or more other UEs in the cooperative reception group; and decoding the downlink transmission based at least in part on the downlink transmit precoder and the one or more decoded bits received from the one or more other UEs in the cooperative reception group.