mhurhangee/ep-ind-claims huggingface dataset:
A particle beam monitoring device for a radiation system (100, 200) comprising: a reaction component that is configured to be impacted by a primary particle beam, wherein results of an impact include creation of secondary photons (455, 457, 458); a detection component that detects a secondary photon characteristic; and a primary particle beam characteristic determination component that is configured to determine a primary particle beam characteristic based upon the secondary photon characteristic; characterized in that: said detection component includes spatial resolution components including a collimator and a multi-segment position sensitive detection component; said collimator is configured so that a portion of the secondary photons pass through the collimator to the multi-segment position sensitive detection component; and said device is configured to determine the position or location of an interaction point of the primary particle beam on the reaction component, based upon results of the multi-segment position sensitive detection component. a reaction component that is configured to be impacted by a primary particle beam, wherein results of an impact include creation of secondary photons (455, 457, 458); a detection component that detects a secondary photon characteristic; and a primary particle beam characteristic determination component that is configured to determine a primary particle beam characteristic based upon the secondary photon characteristic; said detection component includes spatial resolution components including a collimator and a multi-segment position sensitive detection component; said collimator is configured so that a portion of the secondary photons pass through the collimator to the multi-segment position sensitive detection component; and said device is configured to determine the position or location of an interaction point of the primary particle beam on the reaction component, based upon results of the multi-segment position sensitive detection component.
A power supply device comprising: a power supply unit which supplies electric power from a commercial power supply to an electric vehicle through a power supply line; a switching unit which turns on/off electric power supplied from the power supply unit to the electric vehicle through the power supply line (40a, 55a); a reader/writer unit which reads an ID of the electric vehicle from a storage unit included in the electric vehicle by means of power line communication using a high frequency signal through the power supply line (40a, 55a), or writes information into the storage unit included in the electric vehicle, characterised in that, an authentication part which performs authentication on the ID of the electric vehicle having been read by the reader/writer unit against the ID of the electric vehicle registered in an external storage or an authentication server; and a control unit which performs control to turn on the switching unit and supply electric power from the power supply unit to the electric vehicle through the power supply line (40a, 55a) when the ID of the electric vehicle is authenticated by the authentication part.
A radio access network apparatus arranged in a radio access network, the radio access network apparatus being a base station and comprising: information management means for sending, to a core network, RAN terminal information regarding a mobile terminal in response to a state transition of the mobile terminal from a CONNECTED state to an IDLE state in which the RAN terminal information regarding the mobile terminal is deleted from the radio access network, for receiving the RAN terminal information from the core network in response to a state transition of the mobile terminal from the IDLE state to the CONNECTED state in which the RAN terminal information regarding the mobile terminal is retained and used in the radio access network, and for sending the RAN terminal information to a target base station when an outgoing handover of the mobile terminal in the CONNECTED state is performed from the radio access network apparatus to the target base station, wherein the RAN terminal information includes at least one of: measurement information regarding the mobile terminal acquired in the radio access network; history information regarding the mobile terminal acquired in the radio access network; and configuration information regarding the mobile terminal determined in the radio access network. information management means for sending, to a core network, RAN terminal information regarding a mobile terminal in response to a state transition of the mobile terminal from a CONNECTED state to an IDLE state in which the RAN terminal information regarding the mobile terminal is deleted from the radio access network, for receiving the RAN terminal information from the core network in response to a state transition of the mobile terminal from the IDLE state to the CONNECTED state in which the RAN terminal information regarding the mobile terminal is retained and used in the radio access network, and for sending the RAN terminal information to a target base station when an outgoing handover of the mobile terminal in the CONNECTED state is performed from the radio access network apparatus to the target base station, wherein the RAN terminal information includes at least one of: measurement information regarding the mobile terminal acquired in the radio access network; history information regarding the mobile terminal acquired in the radio access network; and configuration information regarding the mobile terminal determined in the radio access network.
Hydrostatic actuation circuit, for example as a power-assisted steering system in commercial vehicles, having a tank containing hydraulic fluid and having a controlled, reversible hydraulic pump having two connections (21, 22), of which each connection leads via a connecting line (41, 42) to one of the two chambers (32, 33) of at least one double-action hydraulic cylinder (30, 31), wherein after one activation of the hydraulic pump, for example as a result of setting the turning direction and turning angle of the steering mechanism, a defined amount of the hydraulic fluid is conducted from one connection of the two connections (21, 22) of the hydraulic pump, which connection acts as a pressure connection, and via the first connecting line to the associated first chamber, thus displacing the piston of the hydraulic cylinder (30, 31) and at the same time forcing hydraulic fluid out of the other chamber into the other connecting line to the other connection, which acts as a suction connection, and wherein in the event of another activation in the reverse direction with respect to the first activation, for example as a result of changing the turning direction of the steering mechanism, the hydraulic fluid is conducted from the other connection of the hydraulic pump, which connection then acts as a pressure connection, and via the other connecting line to the associated other chamber, thus displacing the piston of the hydraulic cylinder (30, 31) in the opposite direction and at the same time forcing hydraulic fluid out of the first chamber into the first connecting line to the first connection of the hydraulic pump, which connection then acts as a suction connection, wherein a return line that leads to the tank is provided with an electrically controlled solenoid valve which, when in its current-carrying operating position, blocks the return line towards the tank and, when in its currentless position, is switched under the force of a spring into its currentless operating position (Figure 1, Figure 2) in which the return line is open, and wherein the return line is connected via a branch line to the first connecting line and via another branch line to the other connecting line, and the first branch line has a check valve which, under the force of a spring, closes towards the first chamber and the other branch line has a check valve which, under the force of another spring, closes towards the other chamber, characterised in that the return line has a ratcheted switchover valve which in one of its switching positions blocks the return line towards the tank and in its other switching position opens the return line towards the tank and which is moved into one of the two switching positions electromagnetically controlled in dependence upon an ambient condition, which switchover valve, on loss of current, remains in the switching position previously assumed.
An alkaline secondary battery comprising: an outer package can having an opening at an upper end; an electrode group accommodated in the outer package can together with an alkaline electrolyte; and a sealing body that seals the opening of the outer package can, wherein the sealing body includes a cover plate having an air vent, and a valve element made of an elastic material to close the air vent, the valve element includes a cylindrical main body part having a base end surface that covers the air vent, and an extended diameter part positioned on an opposite side of the main body part from the base end surface and having a diameter made larger than a diameter of the main body part, and a ratio of a thickness of the extended diameter part to a total height of the valve element is equal to or higher than 27% and equal to or lower than 47%. an outer package can having an opening at an upper end; an electrode group accommodated in the outer package can together with an alkaline electrolyte; and a sealing body that seals the opening of the outer package can, wherein the sealing body includes a cover plate having an air vent, and a valve element made of an elastic material to close the air vent, the valve element includes a cylindrical main body part having a base end surface that covers the air vent, and an extended diameter part positioned on an opposite side of the main body part from the base end surface and having a diameter made larger than a diameter of the main body part, and a ratio of a thickness of the extended diameter part to a total height of the valve element is equal to or higher than 27% and equal to or lower than 47%.
Method for preparing a positive electrode for a lithium-sulfur battery, comprising the following steps: a) a step of preparing a first mixture by placing a carbon additive which is carbon black and/or activated carbon; a carbon additive chosen from carbon nanotubes, carbon fibres and mixtures thereof; a carbon organic binder, and a solvent in contact; b) a step of carbonising said mixture, by means of which the result is a powder comprising agglomerates of carbon black and/or activated carbon and of carbon nanotubes and/or carbon fibres; c) a step of placing the powder obtained in b) in contact with sulfur thus forming a second mixture; d) a step of dispersing said second mixture in an organic binder; e) a step of depositing the dispersion thus obtained on a substrate; and f) a step of drying said dispersion thus deposited. a) a step of preparing a first mixture by placing a carbon additive which is carbon black and/or activated carbon; a carbon additive chosen from carbon nanotubes, carbon fibres and mixtures thereof; a carbon organic binder, and a solvent in contact; b) a step of carbonising said mixture, by means of which the result is a powder comprising agglomerates of carbon black and/or activated carbon and of carbon nanotubes and/or carbon fibres; c) a step of placing the powder obtained in b) in contact with sulfur thus forming a second mixture; d) a step of dispersing said second mixture in an organic binder; e) a step of depositing the dispersion thus obtained on a substrate; and f) a step of drying said dispersion thus deposited.
An injection device (10, 110, 210) configured to atomise a liquid into droplets by means of a gas, comprising a hollow tubular body extending in a longitudinal direction and of which an internal wall defines a first so-called contact zone and a second zone located downstream of the first zone with respect to a direction of circulation of the liquid and the gas inside the body, this second zone having a length in the longitudinal direction that is 2 to 10 times greater than the length of the first zone, the body having: - at least one inlet opening (16, 17) that opens into said first zone, for injecting a liquid inside the first zone, - at least one inlet opening that opens into said first zone, for injecting an atomising gas inside the first zone, - at least one outlet orifice located downstream of the first and second zones for removing the atomised liquid from the body, characterised in that the body has an internal section varying continuously or constantly over its entire length except at the junction between the first and the second zone, wherein its internal wall comprises at least one cavity (20 i, 120 i, 220 i, 320 i, 420 i, 520 i, wherein i is a non-zero integer representing the number of cavities) increasing the dimension of the internal cross-section of the body, said at least one cavity extending over at least a predetermined length in the longitudinal direction. - at least one inlet opening (16, 17) that opens into said first zone, for injecting a liquid inside the first zone, - at least one inlet opening that opens into said first zone, for injecting an atomising gas inside the first zone, - at least one outlet orifice located downstream of the first and second zones for removing the atomised liquid from the body,
A server having at least one processing device configured to: receive a configuration request that specifies configuration criteria for configuring a measuring device to perform a test, the configuration criteria including configuration instructions, analysis instructions, and visualization instructions; configure the measuring device to perform measurements and output measurement data in accordance with the configuration instructions; receive the measurement data output by the measuring device; store the measurement data received; process the measurement data stored based on the analysis instructions; and output visualization data corresponding to the processed measurement data to a display device based on the visualization instructions; characterized in that the configuration criteria includes pre-analysis instructions that specify at least one selected field of the measurement data to process and pre-analysis processing operations to perform on the measurement data prior to storing the measurement data, and storing the measurement data is restricted to storing the at least one selected field and the results of the pre-analysis processing operations performed prior to storing the measurement data. receive a configuration request that specifies configuration criteria for configuring a measuring device to perform a test, the configuration criteria including configuration instructions, analysis instructions, and visualization instructions; configure the measuring device to perform measurements and output measurement data in accordance with the configuration instructions; receive the measurement data output by the measuring device; store the measurement data received; process the measurement data stored based on the analysis instructions; and output visualization data corresponding to the processed measurement data to a display device based on the visualization instructions; characterized in that the configuration criteria includes pre-analysis instructions that specify at least one selected field of the measurement data to process and pre-analysis processing operations to perform on the measurement data prior to storing the measurement data, and storing the measurement data is restricted to storing the at least one selected field and the results of the pre-analysis processing operations performed prior to storing the measurement data.
A flexible organic light-emitting diode, OLED, display, comprising: a substrate including a first material including a metal, wherein the substrate includes first and second surfaces opposing each other; an OLED disposed over the first surface of the substrate; and a sacrificial layer including a second material different from the first material and disposed on the second surface of the substrate, characterised in that the second material includes the metal, optionally wherein the second material includes an oxide of the metal. a substrate including a first material including a metal, wherein the substrate includes first and second surfaces opposing each other; an OLED disposed over the first surface of the substrate; and a sacrificial layer including a second material different from the first material and disposed on the second surface of the substrate, characterised in that the second material includes the metal, optionally wherein the second material includes an oxide of the metal.
A method for generating a data packet to be transmitted, the data packet comprising data and at least one value (5, 6) for a cyclic redundancy check, CRC, the CRC value (5, 6) being generated by ease of at least one previously determined polynomial on the basis of at least some of the data, the method comprising: - initializing a counter value; - counting units of data, wherein the counter value changes for each unit of data; and - generating a CRC value (5, 6) based on the counted units of data, when the counter value reaches a reference value or all units of data in the data packet have already been counted; and - inserting (12, 14) the generated CRC value (5, 6) into the data packet immediately adjacent to the units of data on which basis the CRC value (5, 6) was generated. - initializing a counter value; - counting units of data, wherein the counter value changes for each unit of data; and - generating a CRC value (5, 6) based on the counted units of data, when the counter value reaches a reference value or all units of data in the data packet have already been counted; and - inserting (12, 14) the generated CRC value (5, 6) into the data packet immediately adjacent to the units of data on which basis the CRC value (5, 6) was generated.
A bending system comprising: a press brake, characterized by a greasing unit configured to move in a left-right direction by way of a moving operation of an external operation member and to supply grease to a sliding contact part that is a part of a tool holder of the press brake and is in sliding contact with a tool; and a greasing unit holder provided on one side in a left-right direction of a table of the press brake and configured to support the greasing unit, wherein the greasing unit includes: a greasing unit main body; and an application member provided on the greasing unit main body and formed in a shape corresponding to the sliding contact part of the tool holder, the application member being configured to be able to be impregnated with grease and configured to apply grease to the sliding contact part of the tool holder. a press brake, characterized by a greasing unit configured to move in a left-right direction by way of a moving operation of an external operation member and to supply grease to a sliding contact part that is a part of a tool holder of the press brake and is in sliding contact with a tool; and a greasing unit holder provided on one side in a left-right direction of a table of the press brake and configured to support the greasing unit, wherein the greasing unit includes: a greasing unit main body; and an application member provided on the greasing unit main body and formed in a shape corresponding to the sliding contact part of the tool holder, the application member being configured to be able to be impregnated with grease and configured to apply grease to the sliding contact part of the tool holder. a greasing unit main body; and an application member provided on the greasing unit main body and formed in a shape corresponding to the sliding contact part of the tool holder, the application member being configured to be able to be impregnated with grease and configured to apply grease to the sliding contact part of the tool holder.
A device for fitting a chain onto the gears of a push-bike, the device comprising: an elongate body having a first and a second end extending along a first axis; and a head spaced from said first end by a neck; wherein said head comprises at least a first prong and a second prong, each prong (23, 25) having a first attachment end and a free end, wherein said prongs (23, 25) are in fixed attachment to said neck by said first attachment end, said free end extending substantially perpendicularly to said first axis; characterized in that said head incorporates a cut-out portion directly inferior to said second prong's first attachment end. an elongate body having a first and a second end extending along a first axis; and a head spaced from said first end by a neck; wherein said head comprises at least a first prong and a second prong, each prong (23, 25) having a first attachment end and a free end, wherein said prongs (23, 25) are in fixed attachment to said neck by said first attachment end, said free end extending substantially perpendicularly to said first axis; characterized in that said head incorporates a cut-out portion directly inferior to said second prong's first attachment end.
A vibration apparatus, comprising: a vibration generator including a piezoelectric material, the vibration generator being configured to generate vibration; and a sensor portion disposed at the vibration generator, the sensor portion being configured to sense an environmental parameter change; wherein the vibration generator comprises: at least one vibration structure having a vibration portion including the piezoelectric material; a first protection member disposed at a first surface of the vibration portion; and a second protection member disposed at a second surface of the vibration portion opposite to the first surface; characterized in that: the sensor portion is disposed at the first protection member and/or at the second protection member, and between the first protection member and the second protection member. a vibration generator including a piezoelectric material, the vibration generator being configured to generate vibration; and a sensor portion disposed at the vibration generator, the sensor portion being configured to sense an environmental parameter change; wherein the vibration generator comprises: at least one vibration structure having a vibration portion including the piezoelectric material; a first protection member disposed at a first surface of the vibration portion; and a second protection member disposed at a second surface of the vibration portion opposite to the first surface; characterized in that: the sensor portion is disposed at the first protection member and/or at the second protection member, and between the first protection member and the second protection member. at least one vibration structure having a vibration portion including the piezoelectric material; a first protection member disposed at a first surface of the vibration portion; and a second protection member disposed at a second surface of the vibration portion opposite to the first surface; characterized in that: the sensor portion is disposed at the first protection member and/or at the second protection member, and between the first protection member and the second protection member. the sensor portion is disposed at the first protection member and/or at the second protection member, and between the first protection member and the second protection member.