mhurhangee/ep-ind-claims huggingface dataset:
An ophthalmic lens measuring apparatus for measuring the thickness of an un-hydrated ophthalmic lens (101, 501), the apparatus comprising: a displacement sensor (100, 300, 500) comprising a laser source, wherein the laser source is capable of generating a laser beam; an objective lens additionally comprised in the displacement sensor (100, 300, 500), wherein the objective lens comprises an optical lens which focuses the laser beam; an oscillator for oscillating the objective lens to change the laser beam focal point; a forming optic mandrel (102, 202, 302, 502) for supporting a polymerized ophthalmic lens (101, 501), wherein the forming optic mandrel is used as a back curve to form the ophthalmic lens, said forming optic mandrel (102, 202, 302, 502) positioned in the path of the laser beam; and a camera for determining at which position the objective lens obtains a sharp focus of the laser beam; further comprising a kinematic mounting device (105, 205, 305) for fastening a forming optic assembly (104, 204, 304) in place, wherein the forming optic assembly (104, 204, 304) comprises the forming optic mandrel (102, 202, 302, 502); and a negative atmospheric pressure pump which supplies negative atmospheric pressure to a space between the forming optic assembly and a kinematic mount through the forming optic assembly rotation axis. a displacement sensor (100, 300, 500) comprising a laser source, wherein the laser source is capable of generating a laser beam; an objective lens additionally comprised in the displacement sensor (100, 300, 500), wherein the objective lens comprises an optical lens which focuses the laser beam; an oscillator for oscillating the objective lens to change the laser beam focal point; a forming optic mandrel (102, 202, 302, 502) for supporting a polymerized ophthalmic lens (101, 501), wherein the forming optic mandrel is used as a back curve to form the ophthalmic lens, said forming optic mandrel (102, 202, 302, 502) positioned in the path of the laser beam; and a camera for determining at which position the objective lens obtains a sharp focus of the laser beam; further comprising a kinematic mounting device (105, 205, 305) for fastening a forming optic assembly (104, 204, 304) in place, wherein the forming optic assembly (104, 204, 304) comprises the forming optic mandrel (102, 202, 302, 502); and a negative atmospheric pressure pump which supplies negative atmospheric pressure to a space between the forming optic assembly and a kinematic mount through the forming optic assembly rotation axis.
Method for interacting with at least one user of a rechargeable-battery-operated machining tool, which is able to be supplied with energy by means of at least one exchangeable rechargeable battery pack or exchangeable rechargeable battery, wherein in one method step a power characteristic variable of the at least one exchangeable rechargeable battery pack or exchangeable rechargeable battery is sensed by means of a sensing unit of the rechargeable-battery-operated machining tool and/or of the at least one exchangeable rechargeable battery pack or exchangeable rechargeable battery at defined points in time during the operation of the rechargeable-battery-operated machining tool, and wherein in a further method step (40, 42) a frequency with which the at least one exchangeable rechargeable battery pack or exchangeable rechargeable battery has been operated at its power limit (P T) is calculated.
A method for discharging the electric charge of batteries, cells and/or rechargeable batteries, characterized by comprising the following operations: - introducing said batteries, cells and/or rechargeable batteries to be discharged into an inactivation chamber delimited by one or more walls and by a bottom, said walls being made of a material adapted to transmit heat; - eliminating the oxygen and the humidity present inside said inactivation chamber, if any; - heating by induction said one or more walls so that said one or more walls heat by radiation said batteries, cells and/or rechargeable batteries arranged inside said inactivation chamber, the environment inside said inactivation chamber being devoid of humidity and oxygen, said induction being generated by the passage of electric current in at least one inductive winding arranged externally to said walls and wound around a winding axis, said winding axis being preferably orthogonal to said bottom, said passage of electric current being made for at least a predefined time interval suited to cause the heating by radiation of said batteries, cells and/or rechargeable batteries arranged inside said inactivation chamber by said walls. - introducing said batteries, cells and/or rechargeable batteries to be discharged into an inactivation chamber delimited by one or more walls and by a bottom, said walls being made of a material adapted to transmit heat; - eliminating the oxygen and the humidity present inside said inactivation chamber, if any; - heating by induction said one or more walls so that said one or more walls heat by radiation said batteries, cells and/or rechargeable batteries arranged inside said inactivation chamber, the environment inside said inactivation chamber being devoid of humidity and oxygen, said induction being generated by the passage of electric current in at least one inductive winding arranged externally to said walls and wound around a winding axis, said winding axis being preferably orthogonal to said bottom, said passage of electric current being made for at least a predefined time interval suited to cause the heating by radiation of said batteries, cells and/or rechargeable batteries arranged inside said inactivation chamber by said walls.
A lens sealing sleeve, comprising a hollow cylindrical sleeve body, the sleeve body being used for a lens barrel to pass through and comprising a plurality of fold portions arranged along an axial direction, two ends of the sleeve body being provided with a first opening and a second opening; and a first connection portion and a second connection portion, the first connection portion comprising a first protrusion and a second connection portion comprising a second protrusion, the first protrusion at least partially surrounding the first opening and correspondingly extending in a direction facing away from a center line of the first opening, the second protrusion at least partially surrounding the second opening and correspondingly extending in a direction facing away from a center line of the second opening, and a first connection hole being disposed on the first protrusion and a second connection hole being disposed on the second protrusion, wherein the first connection hole and the second connection hole are used for cooperating with respective sleeve connection members to fix the lens sealing sleeve. a hollow cylindrical sleeve body, the sleeve body being used for a lens barrel to pass through and comprising a plurality of fold portions arranged along an axial direction, two ends of the sleeve body being provided with a first opening and a second opening; and a first connection portion and a second connection portion, the first connection portion comprising a first protrusion and a second connection portion comprising a second protrusion, the first protrusion at least partially surrounding the first opening and correspondingly extending in a direction facing away from a center line of the first opening, the second protrusion at least partially surrounding the second opening and correspondingly extending in a direction facing away from a center line of the second opening, and a first connection hole being disposed on the first protrusion and a second connection hole being disposed on the second protrusion, wherein the first connection hole and the second connection hole are used for cooperating with respective sleeve connection members to fix the lens sealing sleeve.
Apparatus for a spinning line, comprising: - a rail associable to a roving frame; - a secondary transport device associable to at least one spinning frame; - an integrated device comprising exchange means suitable to carry out locally the collection of a plurality of tubes (12,14) all at once from the secondary device and a plurality of bobbins all at once from the rail, the exchange of the bobbins with the tubes (12,14) and the release of the bobbins to the secondary transport device and the tubes (12,14) to the rail; characterized in that it comprises - rail moving means configured to advance the rail with a variable distance (C1,C2) between the step of collecting the bobbins from the rail and the step of releasing the tubes (12,14) to the rail, wherein the rail moving means are configured to make the rail complete an advancement of a first distance to align two engagement/release devices on a bobbin exchange plane (Pb) and to make the rail complete an advancement of a second distance to align two bobbins on the bobbin exchange plane (Pb), wherein the first distance is less than the second distance. - a rail associable to a roving frame; - a secondary transport device associable to at least one spinning frame; - an integrated device comprising exchange means suitable to carry out locally the collection of a plurality of tubes (12,14) all at once from the secondary device and a plurality of bobbins all at once from the rail, the exchange of the bobbins with the tubes (12,14) and the release of the bobbins to the secondary transport device and the tubes (12,14) to the rail; - rail moving means configured to advance the rail with a variable distance (C1,C2) between the step of collecting the bobbins from the rail and the step of releasing the tubes (12,14) to the rail, wherein the rail moving means are configured to make the rail complete an advancement of a first distance to align two engagement/release devices on a bobbin exchange plane (Pb) and to make the rail complete an advancement of a second distance to align two bobbins on the bobbin exchange plane (Pb), wherein the first distance is less than the second distance.
A method of wireless communication of a user equipment, comprising: transmitting, to a first network, an indication when the user equipment is connected to the first network and is intended to be connected to a second network; and switching a transmission of the user equipment on the first network to the second network, characterized in that after switching the transmission of the user equipment on the first network to the second network, a user equipment connection and/or context of the user equipment are suspended by the first network, wherein the method further comprises receiving a confirmation regarding a sustentation of the user equipment connection and/or the context of the user equipment from the first network; and switching the transmission of the user equipment on the first network to the second network when the user equipment receives the confirmation regarding the sustentation of the user equipment connection and/or the context of the user equipment from the first network. transmitting, to a first network, an indication when the user equipment is connected to the first network and is intended to be connected to a second network; and switching a transmission of the user equipment on the first network to the second network, characterized in that after switching the transmission of the user equipment on the first network to the second network, a user equipment connection and/or context of the user equipment are suspended by the first network, wherein the method further comprises receiving a confirmation regarding a sustentation of the user equipment connection and/or the context of the user equipment from the first network; and switching the transmission of the user equipment on the first network to the second network when the user equipment receives the confirmation regarding the sustentation of the user equipment connection and/or the context of the user equipment from the first network.
A transmission apparatus comprising: determination circuitry which, in operation, determines, based on a first sequence length of data bits and on a coding rate, a second sequence length of parity bits, and determines, based on the determined second sequence length of the parity bits, a third sequence length of predefined data bits necessary to generate parity bits corresponding to the third sequence length of predefined data bits; encoder circuitry including one or more shift registers and control circuitry which, in operation, encodes a first combined sequence of the data bits and the predefined data bits, being added at the rearmost end of the data bits, to the parity bits, using a low density parity check convolutional code, LDPC-CC; addition circuitry which, in operation, adds information regarding the first sequence length of the data bits to a second combined sequence of the data bits and the parity bits; modulation circuitry which, in operation, modulates the second combined sequence in which the information has been added, to a transmission signal; and transmission circuitry which, in operation, transmits the transmission signal. determination circuitry which, in operation, determines, based on a first sequence length of data bits and on a coding rate, a second sequence length of parity bits, and determines, based on the determined second sequence length of the parity bits, a third sequence length of predefined data bits necessary to generate parity bits corresponding to the third sequence length of predefined data bits; encoder circuitry including one or more shift registers and control circuitry which, in operation, encodes a first combined sequence of the data bits and the predefined data bits, being added at the rearmost end of the data bits, to the parity bits, using a low density parity check convolutional code, LDPC-CC; addition circuitry which, in operation, adds information regarding the first sequence length of the data bits to a second combined sequence of the data bits and the parity bits; modulation circuitry which, in operation, modulates the second combined sequence in which the information has been added, to a transmission signal; and transmission circuitry which, in operation, transmits the transmission signal.
A communication control device comprising: an acquisition unit configured to acquire synchronization relation information indicating which frequency bands are mutually synchronized among a plurality of frequency bands used for radio communication; and a control unit configured to control transmission of the synchronization relation information to a terminal device, wherein the plurality of frequency bands include one or more frequency bands with which a common reference signal is not transmitted in at least one subframe among sub frames which are units of time in the radio communication. an acquisition unit configured to acquire synchronization relation information indicating which frequency bands are mutually synchronized among a plurality of frequency bands used for radio communication; and a control unit configured to control transmission of the synchronization relation information to a terminal device, wherein the plurality of frequency bands include one or more frequency bands with which a common reference signal is not transmitted in at least one subframe among sub frames which are units of time in the radio communication.
Vacuum pump servicing adapter for servicing a vacuum pump of a service unit for a vehicle air conditioning system comprising a connection element and a ventilation element, wherein the connection element is configured to be connected to an oil container and characterised in that the ventilation element is configured to be connected to the connection element in a storage orientation and in a ventilation orientation.
A radio parameter control apparatus comprising: measurement report collection means for collecting a plurality of measurement reports generated by at least one mobile station (3, 5), each of the measurement reports containing a measurement result of radio quality of a first cell managed by a base station; and radio parameter determination means for determining, based on the plurality of measurement reports so as to reduce the number of cell-edge mobile stations deemed to be located at a cell edge between the first cell and a neighboring cell, an updated value of a radio parameter capable of changing coverage of the first cell, wherein each of the plurality of measurement reports further contains a measurement result of radio quality of the neighboring cell, and characterised in that the number of cell-edge mobile stations is determined using a difference between radio quality of the first cell and radio quality of the neighboring cell. measurement report collection means for collecting a plurality of measurement reports generated by at least one mobile station (3, 5), each of the measurement reports containing a measurement result of radio quality of a first cell managed by a base station; and radio parameter determination means for determining, based on the plurality of measurement reports so as to reduce the number of cell-edge mobile stations deemed to be located at a cell edge between the first cell and a neighboring cell, an updated value of a radio parameter capable of changing coverage of the first cell, wherein each of the plurality of measurement reports further contains a measurement result of radio quality of the neighboring cell, and characterised in that the number of cell-edge mobile stations is determined using a difference between radio quality of the first cell and radio quality of the neighboring cell.
A bioabsorbable stent comprising: a core structure comprising a magnesium alloy containing 90 wt% or more of magnesium as a main component, and 0.95 to 2.00 wt. % of zinc, 0.05 to 0.80 wt. % of zirconium and 0.05 to 0.40 wt. % of manganese as accessory components, the magnesium alloy being free of a rare earth element and aluminum; wherein in the magnesium alloy, unavoidable impurities selected from the group consisting of Fe, Ni, Co, and Cu are contained in a total content of 30 ppm or less, a first corrosion resistant layer formed on the core structure of the magnesium alloy and containing magnesium fluoride as a main component; and a second corrosion resistant layer formed on the first corrosion resistant layer and comprising a parylene. a core structure comprising a magnesium alloy containing 90 wt% or more of magnesium as a main component, and 0.95 to 2.00 wt. % of zinc, 0.05 to 0.80 wt. % of zirconium and 0.05 to 0.40 wt. % of manganese as accessory components, the magnesium alloy being free of a rare earth element and aluminum; wherein in the magnesium alloy, unavoidable impurities selected from the group consisting of Fe, Ni, Co, and Cu are contained in a total content of 30 ppm or less, a first corrosion resistant layer formed on the core structure of the magnesium alloy and containing magnesium fluoride as a main component; and a second corrosion resistant layer formed on the first corrosion resistant layer and comprising a parylene.
A work vehicle wireless management system for managing work traveling of a plurality of work vehicles using a wireless communication network, comprising a plurality of communication units to transact wireless transmission data related to the work traveling of the work vehicles, wherein the plurality of work vehicles includes a manually traveling manned work vehicle and an automatically traveling unmanned work vehicle, wherein the communication units are configured to perform a communication process on the wireless transmission data using a frequency band selected in accordance with data types of the wireless transmission data from a plurality of different frequency bands as an in-use frequency band, wherein the plurality of frequency bands include a first frequency band, a second frequency band, and a third frequency band, the first frequency band is higher than the second frequency band, the second frequency band is higher than the third frequency band, wherein the data types include captured image data regarding surroundings of the plurality of work vehicles, control information data related to traveling work of the plurality of work vehicles, and an emergency stop command for emergency stop of the unmanned work vehicle, wherein communication of the captured image data and transmission of the control information data are performed between the manned work vehicle and the unmanned work vehicle, and the transmission of the emergency stop command is performed between a remote control device operated by a user who is out of the work vehicle and the unmanned work vehicle, and wherein - when all the plurality of frequency bands are in a good state, the first frequency band is used as the in-use frequency band for the captured image data, the second frequency band is used as the in-use frequency band for the control information data, and the third frequency band is used as the in-use frequency band for transmission of the emergency stop command, - when the communication state of the third frequency band is determined to be poor, the work vehicle is forcedly stopped, and - when one of the first, second, and third frequency band is determined to be poor, the work vehicle is forcedly stopped for the moment. - when all the plurality of frequency bands are in a good state, the first frequency band is used as the in-use frequency band for the captured image data, the second frequency band is used as the in-use frequency band for the control information data, and the third frequency band is used as the in-use frequency band for transmission of the emergency stop command, - when the communication state of the third frequency band is determined to be poor, the work vehicle is forcedly stopped, and - when one of the first, second, and third frequency band is determined to be poor, the work vehicle is forcedly stopped for the moment.