mhurhangee/ep-ind-claims huggingface dataset:
Electrostatic motor including an actuator comprising a fixed electrode structure and a mobile electrode structure, the mobile electrode structure being provided for moving cyclically from a first position, called the rest position, to a second position, called the complete displacement position, under the effect of an electrostatic force exerted between said electrode structures (24, 26), and then returned to said rest position in the absence of said electrostatic force, said motor further including shunt means connected between the fixed electrode structure and the mobile electrode structure for cyclically discharging said electrode structures so as to remove said electrostatic force once the mobile electrode structure has reached said complete movement position, and further including a generator connected between the fixed electrode structure and the mobile electrode structure for cyclically charging said electrode structures by starting to charge when the mobile electrode is in the rest position, and further including regulating means for controlling the powering of the actuator, said electrode structures having an electrostatic capacitance (C Comb) that varies as a strictly increasing function of the path travelled by the mobile electrode structure from the rest position in the direction of the complete displacement position; the motor being characterized in that the generator is a voltage generator for generating a determined potential difference (U D), in that said regulating means are provided for making the generator stop charging the electrode structures (24, 26) as soon as the generator has supplied the actuator with the electrostatic energy necessary to complete a cycle while driving the motor at a sufficient speed, i.e. stops charging when the mobile electrode structure is approximately located in an optimum position for which said capacitance (C Comb) of the electrode structures is equal to C rel = C p + C act_m ⋅ C p − C p, where C Comb is the instantaneous capacitance of the actuator, C rel is the actuator capacity in the position where the generator is disconnected, C P is the parasitic capacitance, or minimum capacitance, in the rest position, C act_m is the maximum active capacitance, i.e. the increase in capacitance when the mobile electrode structure moves from the rest position to the complete displacement position, said mobile electrode structure reaching the optimum position before reaching the complete displacement position. C Comb is the instantaneous capacitance of the actuator, C rel is the actuator capacity in the position where the generator is disconnected, C P is the parasitic capacitance, or minimum capacitance, in the rest position, C act_m is the maximum active capacitance, i.e. the increase in capacitance when the mobile electrode structure moves from the rest position to the complete displacement position, said mobile electrode structure reaching the optimum position before reaching the complete displacement position.
A method of capturing an image displayed on a display device and detected by an electronic device, the method comprising: detecting the image and generating image data associated with the detected image using the electronic device; detecting, by the electronic device, a first group of boundary markers (415a... 415m) displayed by the display device, wherein the first group of boundary marker (415a... 415m) is periodically displayed to be undetectable by a human eye that is viewing the display device; in response to detecting the first group of boundary markers (415a... 415m), determining image regions associated with the generated image data including a first image region circumscribed by the first group of boundary markers and a second image region being distinct from the first image region; and modifying, by the electronic device, based on the first group of boundary marker (415a... 415m), regional image data associated with at least one of the first image region or the second image region. detecting the image and generating image data associated with the detected image using the electronic device; detecting, by the electronic device, a first group of boundary markers (415a... 415m) displayed by the display device, wherein the first group of boundary marker (415a... 415m) is periodically displayed to be undetectable by a human eye that is viewing the display device; in response to detecting the first group of boundary markers (415a... 415m), determining image regions associated with the generated image data including a first image region circumscribed by the first group of boundary markers and a second image region being distinct from the first image region; and modifying, by the electronic device, based on the first group of boundary marker (415a... 415m), regional image data associated with at least one of the first image region or the second image region.
An auricular support system comprising: a substrate configured to attach to a dermal surface, the substrate comprising a substrate body having a first end and an opposed second end, wherein at least a portion of the first end is configured to carry an adhesive suitable to attach to the dermal surface, characterized in that, the second end defines at least one void; and the auricular support system further comprises a mold material configured to be applied to an auricular structure that is spaced from the dermal surface, and configured to be further applied to the second end of the substrate body such that the mold material becomes disposed in the void and molds about the auricular structure, wherein the mold material is configured to cure after the mold material is applied to the auricular structure and the substrate body so as to support the auricular structure relative to the substrate. a substrate configured to attach to a dermal surface, the substrate comprising a substrate body having a first end and an opposed second end, wherein at least a portion of the first end is configured to carry an adhesive suitable to attach to the dermal surface, characterized in that, the second end defines at least one void; and the auricular support system further comprises a mold material configured to be applied to an auricular structure that is spaced from the dermal surface, and configured to be further applied to the second end of the substrate body such that the mold material becomes disposed in the void and molds about the auricular structure, wherein the mold material is configured to cure after the mold material is applied to the auricular structure and the substrate body so as to support the auricular structure relative to the substrate.
A proximity sensor, comprising: a housing, wherein the housing has a tubular shape; a coil portion that is accommodated in one end of the housing; a clamp that is connected to the other end of the housing, wherein the clamp has a tubular shape; a substrate which is accommodated inside the housing and the clamp, and on which a circuit electrically connected to the coil portion is mounted; a shield that is disposed inside the housing and covers a part of the substrate located on a side of the housing; and a resin portion which is arranged inside the housing and the clamp, and covers at least a part of the substrate; wherein the shield has an extension portion which extends to an inside of the clamp and covers at least a part of the circuit located inside the clamp; wherein the proximity sensor is characterized in that, the shield comprises a shield main body portion which covers a part of the substrate located on the side of the housing, and the extension portion; the shield main body portion has a cross-section in a substantially elliptical shape having a minor diameter smaller than an inner diameter of the clamp, and comprises a pair of side surface portions extending along a surface direction of the substrate, and a connection portion which connects the pair of side surface portions; the side surface portion is arranged on a side of a minor axis of the substantially elliptical shape; and the extension portion is a portion that extends from an end of the side surface portion to the inside of the clamp along the surface direction of the substrate. a housing, wherein the housing has a tubular shape; a coil portion that is accommodated in one end of the housing; a clamp that is connected to the other end of the housing, wherein the clamp has a tubular shape; a substrate which is accommodated inside the housing and the clamp, and on which a circuit electrically connected to the coil portion is mounted; a shield that is disposed inside the housing and covers a part of the substrate located on a side of the housing; and a resin portion which is arranged inside the housing and the clamp, and covers at least a part of the substrate; wherein the shield has an extension portion which extends to an inside of the clamp and covers at least a part of the circuit located inside the clamp; wherein the proximity sensor is characterized in that, the shield comprises a shield main body portion which covers a part of the substrate located on the side of the housing, and the extension portion; the shield main body portion has a cross-section in a substantially elliptical shape having a minor diameter smaller than an inner diameter of the clamp, and comprises a pair of side surface portions extending along a surface direction of the substrate, and a connection portion which connects the pair of side surface portions; the side surface portion is arranged on a side of a minor axis of the substantially elliptical shape; and the extension portion is a portion that extends from an end of the side surface portion to the inside of the clamp along the surface direction of the substrate.
A mobile station communicating with a network over the air, comprising a first transmitting means for transmitting to a network controller a plurality of items of enciphering-key-generation-procedure-specifying-information; a first receiving means for receiving from the network controller a selected one item of enciphering-key-generation-procedure-specifying-information selected by the network controller from among the plurality of items of enciphering-key-generation-procedure-specifying-information; a second transmitting means for transmitting to the network controller an authentication response generated by the mobile station for verification at the network controller; a third transmitting means for transmitting to the network controller a plurality of items of encipherment-procedure-specifying-information; a second receiving means for receiving from the network controller a selected one item of encipherment-procedure-specifying-information selected by the network controller from among the plurality of items of encipherment-procedure-specifying-information; an enciphering means for starting an encipherment-procedure using the selected one item of enciphering-key-generation-procedure-specifying-information.
Apparatus for processing spent material having solids, residual moisture, and solvent therein resulting from a solvent extraction process, said apparatus comprising a housing having a plurality of spaced apart trays therein serially disposed in said housing and arranged along an upstream to downstream direction, means for conveying said spent material from tray to tray in said apparatus from an upstream entry to a downstream exit, means for directly contacting said spent material with heated water vapor as said spent material is conveyed through at least a portion of said housing, means for contacting said spent material with volatile solvent evaporating from said spent material, heating means cooperating with some of said plurality of trays for indirectly heating said spent material by contact of said spent material with heated surfaces of some of said plurality of trays, and a solvent recycling system including solvent recycle conduit means for providing removal of said solvent from said housing at a solvent exit and returning said removed solvent to said housing at a solvent entry.
A compound having formula: including enantiomers, diastereomers, hydrates, solvates and pharmaceutically acceptable salts thereof, wherein: R 23 is selected from the group consisting H, CH 3, CH 2 CH 3, CH 2 CH 2 CH 3, CH 2 CCH, CH(CH 3) 2, CH 2 CH(CH 3) 2, CH(CH 3)CH 2 CH 3, CH 2 OH, CH 2 OCH 2 Ph, CH 2 CH 2 OCH 2 Ph, CH CH 3, CH 2 Ph, CH 2 (cyclohexyl), CH 2 (4-OH-Ph), (CH 2) 4 NH 2, (CH 2) 3 NHC(NH 2)NH, CH 2 (3-indole), CH 2 (5-imidazole), CH 2 CO 2 H, CH 2 CH 2 CO 2 H, CH 2 CONH 2, and CH 2 CH 2 CONH 2;
An exposure apparatus that forms a pattern on an object by irradiation of an energy beam, the apparatus comprising: a coarse/fine movement stage including a coarse movement stage that moves along a predetermined plane and a fine movement stage on which the object is mounted and which is finely movable on the coarse movement stage; and a measurement device that has an encoder head (60A, B, C, D) arranged on the coarse movement stage, and measures positional information of the fine movement stage in a predetermined direction, based on first positional information obtained by irradiating a first grating section placed external to the coarse/fine movement stage and substantially parallel to the predetermined plane with a first measurement beam (LB 1, LB 2) and receiving a diffracted light from the first grating section and on second positional information that is relative positional information between the coarse movement stage and the fine movement stage. a coarse/fine movement stage including a coarse movement stage that moves along a predetermined plane and a fine movement stage on which the object is mounted and which is finely movable on the coarse movement stage; and a measurement device that has an encoder head (60A, B, C, D) arranged on the coarse movement stage, and measures positional information of the fine movement stage in a predetermined direction, based on first positional information obtained by irradiating a first grating section placed external to the coarse/fine movement stage and substantially parallel to the predetermined plane with a first measurement beam (LB 1, LB 2) and receiving a diffracted light from the first grating section and on second positional information that is relative positional information between the coarse movement stage and the fine movement stage.
Method to position a rack to support items to be dried in a laundry dryer which includes: - a casing; - a rotatable laundry drum; - a drying air conduit arranged for passing drying air through the laundry drum, said drying air exiting said drum from an air outlet; - at least one filter element arranged in a seat located at the air outlet for filtering drying air circulating in said drying air conduit, said filter element being removable from said seat; said method comprising the steps of: - providing a rack having a tray portion apt to support items to be dried and a support portion apt to support the tray portion; - removing said filter element from said seat; said method being characterized by further comprising the steps of: - providing that said support portion includes a filter component; - mounting said support portion on said seat so as to removably fix said rack to said dryer and arrange the tray portion within the laundry drum such that said filter component, instead of the filter element, is used during drying of said items. - a casing; - a rotatable laundry drum; - a drying air conduit arranged for passing drying air through the laundry drum, said drying air exiting said drum from an air outlet; - at least one filter element arranged in a seat located at the air outlet for filtering drying air circulating in said drying air conduit, said filter element being removable from said seat; - providing a rack having a tray portion apt to support items to be dried and a support portion apt to support the tray portion; - removing said filter element from said seat; - providing that said support portion includes a filter component; - mounting said support portion on said seat so as to removably fix said rack to said dryer and arrange the tray portion within the laundry drum such that said filter component, instead of the filter element, is used during drying of said items.
An exhaust emission control system for an internal combustion engine, comprising: a catalyst provided in an exhaust passage of the internal combustion engine and configured to purify exhaust gas by being supplied with reducing agent; a reducing agent supply mechanism having an addition valve configured to inject the reducing agent to the exhaust passage, the reducing agent supply mechanism being configured to supply the reducing agent to the addition valve and recover the reducing agent from the addition valve; and an electronic control unit configured to: control an operation of the reducing agent supply mechanism; and characterized in that the electronic control unit is further configured to execute a filling process of filling the reducing agent into the addition valve by supplying the reducing agent to the addition valve when a temperature of the addition valve is higher than or equal to a boiling point of the reducing agent. a catalyst provided in an exhaust passage of the internal combustion engine and configured to purify exhaust gas by being supplied with reducing agent; a reducing agent supply mechanism having an addition valve configured to inject the reducing agent to the exhaust passage, the reducing agent supply mechanism being configured to supply the reducing agent to the addition valve and recover the reducing agent from the addition valve; and an electronic control unit configured to: control an operation of the reducing agent supply mechanism; and characterized in that the electronic control unit is further configured to execute a filling process of filling the reducing agent into the addition valve by supplying the reducing agent to the addition valve when a temperature of the addition valve is higher than or equal to a boiling point of the reducing agent. control an operation of the reducing agent supply mechanism; and characterized in that the electronic control unit is further configured to execute a filling process of filling the reducing agent into the addition valve by supplying the reducing agent to the addition valve when a temperature of the addition valve is higher than or equal to a boiling point of the reducing agent.
Inverter having at least one direct voltage input for at least one direct voltage source and having a three-phase bridge circuit whose phase conductors on the output side can be connected to a three-phase alternating voltage grid, whereby the inverter does not establish or possess any connection to the neutral conductor of the alternating voltage grid, whereby a respective capacitor is connected to each of the phase conductors and the capacitors have a common connection point, characterised in that the inverter has a microcontroller which records the voltages (U L1_WR, U L2_WR, U L3_WR) of the phase conductors (P1, P2, P3) relative to an internal reference potential, that the microcontroller records the voltage (U X_WR) at the connection point of the capacitors (C X1, C X2, C X3) relative to the internal reference potential by way of a voltage measurement, or calculates it based on the recorded voltages (U L1_WR, U L2_WR, U L3_WR) of the phase conductors relative to the internal reference potential, and that the microcontroller calculates the voltages (U L1, U L2, U L3) of the phase conductors (P1, P2, P3) relative to the potential of the neutral conductor based on the recorded voltages U L1_WR, U L2_WR, U L3_WR, U X_WR) of the phase conductors relative to the internal reference potential.
A porous formed article which comprises an organic polymer resin and an inorganic ion absorbing material and has communicating pores opening at an outer surface, wherein the porous formed article has inner cavities in the interior of fibrils forming communicating pores, at least a part of said cavities opens at the surface of the fibrils, and the inorganic ion absorbing material is supported on the outer surface of said fibrils and on the surface of said inner cavities, wherein fibrils refer to a fibrous structure which is made from the organic polymer resin and forms a three-dimensionally continuous network structure on the outer surface of the inside of the formed article, wherein the fibrils comprise a water-soluble polymer, which is polyvinylpyrrolidone with a weight average molecular weight of 2,000 to 1,000,000, and wherein the water-soluble polymer is contained in the formed article in an amount of 0.001 to 1%, wherein the content of a water-soluble polymer in the formed article refers to a value represented by the following expression: content % = Ws / Wd × 100 wherein Wd (g) is defined as a weight of the formed article in a state of having been dried, and Ws(g) is defined as the weight of the water-soluble polymer extracted from the formed article.
A gasket mountable to a mounting groove provided in one member of two mutually opposite members (11, 12), and can be brought into close contact with a bottom face of said mounting groove and an opposite face of the other member in said two members (11, 12), wherein side faces of said gasket are provided with protrusions which can interfere with side faces of said mounting groove so as to prevent falling at a time when said gasket is going to fall within said mounting groove, characterized in that a height position of upper portions of said protrusions is set to a height position which is more than 80 % of a groove height (c) and is not less than 70 % and not more than 95 % of a gasket height (d), and a height position (b) of lower portions of said protrusions is set to a height position which is not less than 40 % of the gasket height (d).
A standalone waste compacting device comprising: an enclosure comprising a removable bin; a cover section on the enclosure incorporating at least one solar power unit; at least one storage battery and control unit (23,27); at least one inwardly pivoting user access flap comprising a dual locking control mechanism comprising an electronic lock system and a mechanical lock system: at least one recessed foot pedal mechanism for opening the access flap; a detachable independent compaction unit comprising a scissor linkage and lever linkage system, the compaction unit comprising extendable sideguards which extend when the scissor linkage extends to fully enclose the compaction unit; and at least one service access means. an enclosure comprising a removable bin; a cover section on the enclosure incorporating at least one solar power unit; at least one storage battery and control unit (23,27); at least one inwardly pivoting user access flap comprising a dual locking control mechanism comprising an electronic lock system and a mechanical lock system: at least one recessed foot pedal mechanism for opening the access flap; a detachable independent compaction unit comprising a scissor linkage and lever linkage system, the compaction unit comprising extendable sideguards which extend when the scissor linkage extends to fully enclose the compaction unit; and at least one service access means.
A pump drive for a compounder system, the pump drive comprising: a pump piston drive configured to operate a piston of a pump cartridge; at least one valve actuator configured to operate a valve of the pump cartridge; and characterized by: a bayonet rotatable to release the pump cartridge with a needle assembly from a carousel; a vial grip configured to grasp a vial puck attached to a vial containing a drug for transfer of the vial to and from a vial tray; and a vial lift configured to lift the vial to extend the needle assembly into the vial; and at least one needle push rod configured to extend a manifold needle into a port in the pump cartridge. a bayonet rotatable to release the pump cartridge with a needle assembly from a carousel; a vial grip configured to grasp a vial puck attached to a vial containing a drug for transfer of the vial to and from a vial tray; and a vial lift configured to lift the vial to extend the needle assembly into the vial; and at least one needle push rod configured to extend a manifold needle into a port in the pump cartridge.