mhurhangee/ep-ind-claims huggingface dataset:
A reradiation antenna, comprising: an insulation panel; a ground contact formed on one side of the insulation panel; a slot formed by eliminating a part of the ground contact by exposing the insulation panel; a power feeding unit formed on the insulation panel between the slot and separated from the ground contact and configured for connecting with a power source using a first end of the power feeding unit; a radiation unit (320, 330) formed on said one side of the insulation panel, and connected with a second end of the power feeding unit positioned at an opened end of the slot; characterized in that the reradiation antenna further comprises a capacitive proximity sensor including a plurality of parallel conductive tapes, wherein the radiation unit (320, 330) comprises a first radiation unit, which is extended in a first direction from the power feeding unit and bent two times, a second radiation unit, which is extended in a second direction opposite to the first direction and bent one time, and wherein the capacitive proximity sensor is formed between the first radiation unit and the second radiation unit. an insulation panel; a ground contact formed on one side of the insulation panel; a slot formed by eliminating a part of the ground contact by exposing the insulation panel; a power feeding unit formed on the insulation panel between the slot and separated from the ground contact and configured for connecting with a power source using a first end of the power feeding unit; a radiation unit (320, 330) formed on said one side of the insulation panel, and connected with a second end of the power feeding unit positioned at an opened end of the slot; characterized in that the reradiation antenna further comprises a capacitive proximity sensor including a plurality of parallel conductive tapes, wherein the radiation unit (320, 330) comprises a first radiation unit, which is extended in a first direction from the power feeding unit and bent two times, a second radiation unit, which is extended in a second direction opposite to the first direction and bent one time, and wherein the capacitive proximity sensor is formed between the first radiation unit and the second radiation unit.
A circuit for controlling calibration, applicable for controlling calibration of a DRAM memory, comprising: an off-chip calibration module, configured to receive and store a first calibration code sent by a user; an on-chip calibration module, configured to receive an enable signal, and perform a ZQ self-calibration process on the memory to obtain a second calibration code adapted to a current environmental parameter in a case that the enable signal is in an active state; and a mode switching module, configured to receive a calibration mode signal, the first calibration code and the second calibration code, and determine the first calibration code as a ZQ calibration code in the case that the calibration mode signal indicates an off-chip calibration mode, or, determine the second calibration code as the ZQ calibration code in a case that the calibration mode signal indicates an on-chip calibration mode; wherein the user sends the first calibration code firstly before switching from the on-chip calibration mode to the off-chip calibration mode. an off-chip calibration module, configured to receive and store a first calibration code sent by a user; an on-chip calibration module, configured to receive an enable signal, and perform a ZQ self-calibration process on the memory to obtain a second calibration code adapted to a current environmental parameter in a case that the enable signal is in an active state; and a mode switching module, configured to receive a calibration mode signal, the first calibration code and the second calibration code, and determine the first calibration code as a ZQ calibration code in the case that the calibration mode signal indicates an off-chip calibration mode, or, determine the second calibration code as the ZQ calibration code in a case that the calibration mode signal indicates an on-chip calibration mode; wherein the user sends the first calibration code firstly before switching from the on-chip calibration mode to the off-chip calibration mode.
A method for orienting an earth-orbiting spacecraft (100; 500), the method comprising: Determining, using a star tracker on board the spacecraft, a first vector aligned between an ecliptic pole of the earth and the spacecraft; adjusting attitude of the spacecraft so as to align a first axis of the spacecraft with the first vector; and rotating the spacecraft about the first axis until presence of the sun is registered. Determining, using a star tracker on board the spacecraft, a first vector aligned between an ecliptic pole of the earth and the spacecraft; adjusting attitude of the spacecraft so as to align a first axis of the spacecraft with the first vector; and rotating the spacecraft about the first axis until presence of the sun is registered.
A method for the automated closure of at least one leaf of a swing shutter or door of an installation for closing an opening in a building wall, by detecting obstacles during its movement, said leaf being driven by motor means between two stops, a starting stop and an end stop, which delimit a path allowing the opening to be cleared and closed, the movement being able to be carried out interchangeably in both directions, the leaf being mechanically connected to the motor means, without mechanical disengagement means, and constituting the obstacle detection sensor, an electronic management unit comprising means for electronically detecting said obstacles during the movement, at least two sensitivity levels for the detection of obstacles being managed by said unit, characterized by the following mode of operation: - when the installation comprises more than one leaf, sequential movement of the leaves, each leaf starting its path from its starting stop when the preceding leaf has reached its end stop; - for each leaf movement between a starting stop and an end stop, division of the path by the management unit into a first section starting from the starting stop and a second section of the path terminating at the end stop; - if an obstacle is detected by the obstacle detection means in the first section of the path, stoppage of the motor means and return of the moving leaf to its starting stop, the management unit assigning the lowest sensitivity level to the return movement of the leaf in the opposite direction. - when the installation comprises more than one leaf, sequential movement of the leaves, each leaf starting its path from its starting stop when the preceding leaf has reached its end stop; - for each leaf movement between a starting stop and an end stop, division of the path by the management unit into a first section starting from the starting stop and a second section of the path terminating at the end stop; - if an obstacle is detected by the obstacle detection means in the first section of the path, stoppage of the motor means and return of the moving leaf to its starting stop, the management unit assigning the lowest sensitivity level to the return movement of the leaf in the opposite direction.
Apparatus for production of reactive monomers comprising a. a primary purification unit "PPU", separating a feed stream comprising reactive monomers into "RM-stream 1", enriched in reactive monomers and "RM-depleted stream", depleted in reactive monomer, wherein enriched means that the concentration of the reactive monomer in RM-stream 1 is higher than in the feed stream of the PPU and depleted means, that the concentration of the reactive monomer in the RM-depleted stream is lower than in the feed stream of the PPU, and b. at least one inhibitor feed port, arranged upstream of the PPU, at the PPU or within the PPU, characterized in that it also comprises c. an inhibitor separation unit "ISU", separating RM-stream 1 or an intermediate modified RM-stream 1, into "RM-stream 2", enriched in the reactive monomer, and an "inhibitor stream", enriched in inhibitors and depleted in reactive monomers, wherein enriched means, that the concentration of reactive monomers in RM stream 2 respectively that the concentration of inhibitors in the inhibitor stream is higher than in the feed stream of the ISU and that the apparatus of the present invention is designed such that the "inhibitor stream" is recycled to the at least one inhibitor feed port, and the ISU is a membrane separation unit wherein the membranes used are OSN nanofiltration membranes having a molecular weight cut off from 150 to 900 g / mol, preferably 150 to 500 g/mol. a. a primary purification unit "PPU", separating a feed stream comprising reactive monomers into "RM-stream 1", enriched in reactive monomers and "RM-depleted stream", depleted in reactive monomer, wherein enriched means that the concentration of the reactive monomer in RM-stream 1 is higher than in the feed stream of the PPU and depleted means, that the concentration of the reactive monomer in the RM-depleted stream is lower than in the feed stream of the PPU, and b. at least one inhibitor feed port, arranged upstream of the PPU, at the PPU or within the PPU, characterized in that it also comprises c. an inhibitor separation unit "ISU", separating RM-stream 1 or an intermediate modified RM-stream 1, into "RM-stream 2", enriched in the reactive monomer, and an "inhibitor stream", enriched in inhibitors and depleted in reactive monomers, wherein enriched means, that the concentration of reactive monomers in RM stream 2 respectively that the concentration of inhibitors in the inhibitor stream is higher than in the feed stream of the ISU
A pneumatic tire comprising at least one pair of parallel annular beads, at least one carcass ply wrapped around the beads, a tread, first and second sidewalls disposed between the tread and one of the at least one pair of beads, and a belt portion between the carcass ply and the tread, wherein the tread comprises a tread base layer and tread blocks (9, 11, 13), the tread blocks (9, 11, 13) comprising at least two different rubber layers (15, 17, 19) arranged radially above each other, wherein the rubber layers (15, 17, 19) of at least two tread blocks (9, 11, 13) are separate from each other in an axial direction, characterized in that a first rubber layer coming first into contact with the street has a 3% to 15% higher hardness and a 3% to 15% higher tear resistance than a second rubber layer adjacent and radially below the first rubber layer.
A DNA construct comprising a promoter, operably linked to a transcribable polynucleotide molecule, operably linked to a 3' transcription termination molecule comprising the polynucleotide sequence of SEQ ID NO:3.
A self-regulating heater cable comprising: a heating element including a first bus wire and a second bus wire both encapsulated, in a cross-sectional profile of the heater cable, by a monolithic positive temperature coefficient PTC core having a connecting portion that extends between and spaces apart the first and second bus wires, the connecting portion having a first thickness at each of a first end of the connecting portion approximate the first bus wire and a second end of the connecting portion approximate the second bus wire, and the connecting portion further having a second thickness at a center of the connecting portion, the self-regulating heater cable being characterized in that the second thickness is greater than the first thickness at a ratio of at least 1.5, wherein the first thickness and the second thickness are selected such that the ratio is below a threshold at which primary heat generation of the self-regulating heater cable shifts from the center of the connecting portion to one or both of the first end and the second end of the connecting portion. a heating element including a first bus wire and a second bus wire both encapsulated, in a cross-sectional profile of the heater cable, by a monolithic positive temperature coefficient PTC core having a connecting portion that extends between and spaces apart the first and second bus wires, the connecting portion having a first thickness at each of a first end of the connecting portion approximate the first bus wire and a second end of the connecting portion approximate the second bus wire, and the connecting portion further having a second thickness at a center of the connecting portion, the self-regulating heater cable being characterized in that the second thickness is greater than the first thickness at a ratio of at least 1.5, wherein the first thickness and the second thickness are selected such that the ratio is below a threshold at which primary heat generation of the self-regulating heater cable shifts from the center of the connecting portion to one or both of the first end and the second end of the connecting portion.
A display apparatus (100, 200) comprising: a display unit (120, 230) which in use is configured to display an input user interface comprising a plurality of character items; an input unit (110, 280) configured to receive a command to select one of the plurality of character items; and a controller (130, 290) configured to determine a plurality of recommended character items associated with a first character item, if the first character item is selected from among the plurality of character items, wherein the controller (130, 290) is further configured display said plurality of recommended character items on the display unit (120, 230) to only partially overlap with character items adjacent to the selected first character item, so that the user can select not only the recommended character items but also each of the adjacent character items, wherein each of the adjacent character items are only partially overlapped by the recommended character items, characterized in that: if a recommended character item amongst said plurality of recommended character items determined for the selected first character item is the same as a character item located within a predetermined distance from the selected first character item, the controller (130, 290) is configured to change the recommended character item to a next recommended character item. a display unit (120, 230) which in use is configured to display an input user interface comprising a plurality of character items; an input unit (110, 280) configured to receive a command to select one of the plurality of character items; and a controller (130, 290) configured to determine a plurality of recommended character items associated with a first character item, if the first character item is selected from among the plurality of character items, if a recommended character item amongst said plurality of recommended character items determined for the selected first character item is the same as a character item located within a predetermined distance from the selected first character item, the controller (130, 290) is configured to change the recommended character item to a next recommended character item.
A nitrile rubber composition containing a nitrile rubber which contains, with respect to the total monomer units, - 20 to 80 wt% of α,β-ethylenically unsaturated nitrile monomer units, - 20 to 80 wt% of conjugated diene monomer units which may be at least partially hydrogenated, and - 0 to 30 wt% of cationic monomer units selected from the group consisting of cation-containing monomer units and monomer units able to form cations and a layered inorganic filler with a surface area particle size distribution, determined using a laser diffraction/scattering particle size measuring device, where a) a median size of the cumulative surface area distribution is 0.20 μm to 6.0 μm and b) d90-d10 of the cumulative surface area distribution is 1.1 μm or more in a ratio of 1 to 100 parts by weight with respect to 100 parts by weight of the nitrile rubber, wherein the nitrile rubber has a Mooney viscosity (ML 1+4, 100°C), measured in accordance with JIS K 6300, of 3 to 250, and the layered inorganic filler has an aspect ratio of 30 to 2000, which is calculated by finding the ratio of the planar average size and average thickness of the primary particles of the layered inorganic filler, wherein the planar average size and average thickness are values of number averages which are obtained by measuring the sizes in the planar direction and thicknesses of 100 particles of the layered inorganic filler which have been randomly selected by an interatomic microscope and calculating the arithmetic averages. - 20 to 80 wt% of α,β-ethylenically unsaturated nitrile monomer units, - 20 to 80 wt% of conjugated diene monomer units which may be at least partially hydrogenated, and - 0 to 30 wt% of cationic monomer units selected from the group consisting of cation-containing monomer units and monomer units able to form cations and a) a median size of the cumulative surface area distribution is 0.20 μm to 6.0 μm and b) d90-d10 of the cumulative surface area distribution is 1.1 μm or more
An apparatus for minimizing a volume of coolant leaked in liquid cooled electronic equipment, comprising: a server rack housing a plurality of servers; a plurality of closed liquid cooling loops in the server rack, each of the closed liquid cooling loops coupled to at least one of the servers in the server rack, each of the closed liquid cooling loops restricting coolant flow entirely within the server rack; a plurality of liquid to liquid heat exchangers in the server rack, each of the liquid to liquid heat exchangers coupled to one of the closed liquid cooling loops in the server rack; a plurality of pumps, each of the pumps circulating a coolant inside one of the closed liquid cooling loops, each of the pumps coupled to one of the closed liquid cooling loops in the server rack; a plurality of leak detection sensors, each leak detection sensor coupled to at least one of the servers in the server rack; means for powering off a pump from a plurality of pumps in the server rack, the pump pumping coolant in the closed liquid cooling loop having a coolant leak; and means for disengaging a liquid to liquid heat exchanger from the plurality of liquid to liquid heat exchangers in the server rack, the disengaged liquid to liquid heat exchanger coupled to the closed liquid cooling loop having the coolant leak in the server rack, such that the disengaged liquid to liquid heat exchanger does not receive a facility side coolant. a server rack housing a plurality of servers; a plurality of closed liquid cooling loops in the server rack, each of the closed liquid cooling loops coupled to at least one of the servers in the server rack, each of the closed liquid cooling loops restricting coolant flow entirely within the server rack; a plurality of liquid to liquid heat exchangers in the server rack, each of the liquid to liquid heat exchangers coupled to one of the closed liquid cooling loops in the server rack; a plurality of pumps, each of the pumps circulating a coolant inside one of the closed liquid cooling loops, each of the pumps coupled to one of the closed liquid cooling loops in the server rack; a plurality of leak detection sensors, each leak detection sensor coupled to at least one of the servers in the server rack; means for powering off a pump from a plurality of pumps in the server rack, the pump pumping coolant in the closed liquid cooling loop having a coolant leak; and means for disengaging a liquid to liquid heat exchanger from the plurality of liquid to liquid heat exchangers in the server rack, the disengaged liquid to liquid heat exchanger coupled to the closed liquid cooling loop having the coolant leak in the server rack, such that the disengaged liquid to liquid heat exchanger does not receive a facility side coolant.
Method of location based network selection by a mobile terminal moving in a wireless communication environment set up of a home network in a home country having a border and at least one foreign network achieving radio coverage at least in part of the geographical area of the home country, comprising the steps: monitoring a position of the mobile terminal in terms of geographical coordinates; automatically switching a network selection mode from a home network selection mode to an automatic network selection mode when the mobile terminal crosses the border from the home country to the foreign country and switching back to the home network selection mode when entering the home country. monitoring a position of the mobile terminal in terms of geographical coordinates; automatically switching a network selection mode from a home network selection mode to an automatic network selection mode when the mobile terminal crosses the border from the home country to the foreign country and switching back to the home network selection mode when entering the home country.
A kinematic control rod assembly comprising: a plurality of first body portions (12, 13, 14) formed of a first material; characterized by a plurality of second body portions (16, 16') formed of a second material different from the first material, and a plurality of frangible connections each having an opening (18, 20, 22) for connecting the kinematic control rod assembly to one of a plurality of moveable members, each one of the plurality of frangible connections is formed between one of the plurality of first body portions (12, 13, 14) and one of the plurality of second body portions (16, 16'), wherein the plurality of first body portions (12, 13, 14) and the plurality of second body portions (16, 16') are moveable in a synchronized movement during normal operation and upon a fault condition one or more of the plurality of first body portions (12, 13, 14) and one or more of the second body portions (16, 16') buckles at one or more of the plurality of frangible connections upon failure of the one or more of the plurality of frangible connections, thereby providing a tactile indication of the fault condition. a plurality of first body portions (12, 13, 14) formed of a first material; characterized by a plurality of second body portions (16, 16') formed of a second material different from the first material, and a plurality of frangible connections each having an opening (18, 20, 22) for connecting the kinematic control rod assembly to one of a plurality of moveable members, each one of the plurality of frangible connections is formed between one of the plurality of first body portions (12, 13, 14) and one of the plurality of second body portions (16, 16'), wherein the plurality of first body portions (12, 13, 14) and the plurality of second body portions (16, 16') are moveable in a synchronized movement during normal operation and upon a fault condition one or more of the plurality of first body portions (12, 13, 14) and one or more of the second body portions (16, 16') buckles at one or more of the plurality of frangible connections upon failure of the one or more of the plurality of frangible connections, thereby providing a tactile indication of the fault condition.
An exposure apparatus which comprises a laser light source arranged to emit pulsed light having a wavelength of 248 nm and a fixed energy density per pulse, and which is configured to expose an exposure object to light by applying the pulsed light passed through the optical components (2, 4b, 7, 9, 12) constituting the exposure apparatus, wherein at least one of the optical components (2, 4b, 7, 9, 12) is a synthetic silica glass component; and a thickness of the synthetic silica glass component, an energy density per pulse of pulsed light applied to the synthetic silica glass component, and a pulse width of the pulsed light satisfy the following expression: τI − 2 L − 1.7 ≥ 0.02 ns ⋅ mJ − 2 ⋅ cm 2.3 ⋅ pulse 2 (In expression, L is the thickness (unit: cm) of the synthetic silica glass component, I is the energy density (unit: mJ·cm -2 ·pulse -1) per pulse of the pulsed light applied to the synthetic silica glass component, and τ is the pulse width (unit: ns) of the pulsed light.), characterized in that the number of synthetic silica glass components satisfying expression is half or more of the total number of synthetic silica glass components among the optical components constituting the exposure apparatus.