mhurhangee/ep-ind-claims huggingface dataset:
A device comprising • a Radio Frequency Identification transponder and means for selectively controlling the Radio Frequency Identification communication' • a first, internal, electromagnetic shield fixed on one side of the Radio Frequency Identification transponder's antenna; and • a second, internal, electromagnetic, movable shield on the other side of the Radio Frequency Identification transponder's antenna; • wherein the device comprises an internal actuator configured to operate a movable mechanism, influencing the position of the movable shield, such that when the internal actuator is in a first position, the movable shield is in a first position allowing communication with the Radio Frequency Identification transponder and when the internal actuator is in a second position, the movable shield is in a second position, in which it blocks all contactless communication with the Radio Frequency Identification transponder the device being characterized in that: • the movable mechanism pivots at its fulcrum and comprises a first engaging mandrel and a second engaging mandrel; • the internal actuator has an elongated opening; • the movable shield has an elongated opening; • the first engaging mandrel slidably engages the elongated opening the movable shield; • the second engaging mandrel slidably engages the elongated opening of the lever actuator; • such that the movable shield may be moved between said first and said second positions. • a Radio Frequency Identification transponder and means for selectively controlling the Radio Frequency Identification communication' • a first, internal, electromagnetic shield fixed on one side of the Radio Frequency Identification transponder's antenna; and • a second, internal, electromagnetic, movable shield on the other side of the Radio Frequency Identification transponder's antenna; • wherein the device comprises an internal actuator configured to operate a movable mechanism, influencing the position of the movable shield, such that when the internal actuator is in a first position, the movable shield is in a first position allowing communication with the Radio Frequency Identification transponder and when the internal actuator is in a second position, the movable shield is in a second position, in which it blocks all contactless communication with the Radio Frequency Identification transponder • the movable mechanism pivots at its fulcrum and comprises a first engaging mandrel and a second engaging mandrel; • the internal actuator has an elongated opening; • the movable shield has an elongated opening; • the first engaging mandrel slidably engages the elongated opening the movable shield; • the second engaging mandrel slidably engages the elongated opening of the lever actuator; • such that the movable shield may be moved between said first and said second positions.
Magnetic system comprising a lock-cover element and an unlocking-key element, said lock-cover element being able to be applied to an underlying element, said unlocking-key element alternately blocking or unblocking said lock-cover element to said underlying element, said lock-cover element comprising a covering element, providing one or more gear-tooth elements for rotation of said covering element with respect to a plate element, said plate element providing one or more tooth elements for fixing said plate element to said underlying element, said covering element providing a plurality of holes, said plate element providing a plurality of holes in a number corresponding to the number of holes provided in said covering element, one or more pair of magnetic pin elements (14a, 14b), of two different lengths, respectively long and short, inserted in said plurality of holes of said plate element, said pair of magnetic pin elements when in a state of rest being attracted by a base platelet of said plate element, and in that said unlocking-key element comprises a clip element for its positioning and rotation, a key-body element provided with holes, and one or more coding-pin elements, in a number corresponding to the number of said pair of magnetic pin elements (14a, 14b), said coding-pin elements comprised of magnet sensitive material or magnet insensitive material, in such a way to, depending on the relative position between said unlocking-key element and said lock-cover element, attract or not said pair of magnetic pin elements (14a, 14b), bringing the mating surface of said pair of magnetic pin elements (14a, 14b) at the same level of the mating surface of the covering element and of the plate element, permitting the rotation of said covering element with respect to said plate element thus facilitating the rotation and unblocking of said lock-cover element from said underlying element.
A cryo-cooling system that facilitates passively switching between first and second cooling stages (52, 54) to cool a superconductor, including: a first stage cooler; a first heat exchanger thermally coupled to the first stage cooler; a second stage cooler; a second heat exchanger thermally coupled to the second stage cooler; a down flow tube through which denser, cooled gas flows from the first heat exchanger down to the second heat exchanger when the second heat exchanger is warmer than the first heat exchanger; an up flow tube through which less dense, warmer gas flows to the first heat exchanger up from the second heat exchanger when the second heat exchanger is warmer than the first heat exchanger; and a superconductor thermally coupled to the second heat exchanger, wherein the down flow tube and the up flow tube define a closed loop system for the gas contained in them. a first stage cooler; a first heat exchanger thermally coupled to the first stage cooler; a second stage cooler; a second heat exchanger thermally coupled to the second stage cooler; a down flow tube through which denser, cooled gas flows from the first heat exchanger down to the second heat exchanger when the second heat exchanger is warmer than the first heat exchanger; an up flow tube through which less dense, warmer gas flows to the first heat exchanger up from the second heat exchanger when the second heat exchanger is warmer than the first heat exchanger; and a superconductor thermally coupled to the second heat exchanger, wherein the down flow tube and the up flow tube define a closed loop system for the gas contained in them.
An insole capable of assisting corrections of various foot problems, wherein the insole comprises a first placing area, a second placing area and a third placing area defined on an insole bottom surface and provided for attaching a pad to improve inward/outward splayed feet and uneven leg length, the first placing area and the second placing area are disposed on left and right sides of an insole bottom surface respectively, and the third placing area is disposed at a position of the insole bottom corresponding to a user's heel, and wherein the position of the second placing area is closer to a distal forefoot region of the insole bottom surface than the position of the first placing area, characterised in that the first placing area has a boundary formed by a first arc, a first straight line, a second straight line and an edge of the insole, and the first arc has an end coupled to the edge of the insole and the other end coupled to an end of the first straight line to form an included angle of 70° to 80°, and the second straight line also has an end coupled to the edge of the insole to form an included angle of 85° to 90° and the other end coupled to the other end of the first straight line to define an included angle of approximately 60°. the first placing area and the second placing area are disposed on left and right sides of an insole bottom surface respectively, and the third placing area is disposed at a position of the insole bottom corresponding to a user's heel, and wherein the position of the second placing area is closer to a distal forefoot region of the insole bottom surface than the position of the first placing area, characterised in that the first placing area has a boundary formed by a first arc, a first straight line, a second straight line and an edge of the insole, and the first arc has an end coupled to the edge of the insole and the other end coupled to an end of the first straight line to form an included angle of 70° to 80°, and the second straight line also has an end coupled to the edge of the insole to form an included angle of 85° to 90° and the other end coupled to the other end of the first straight line to define an included angle of approximately 60°.
An apparatus comprising: a first interface including a first voltage terminal (VBUS) and at least one data interface terminal, characterized by: a second interface including a second voltage terminal (VBUS) and at least one configuration channel terminal (CC1, CC2), wherein the first voltage terminal (VBUS) is coupled to the at least one configuration channel terminal (CC1, CC2)by at least a pull-up circuitry (456A, 456B, 458, 556A, 556B, 558) configured to cause a predetermined voltage at the at least one configuration channel terminal (CC1, CC2), wherein the at least one configuration channel terminal (CC1, CC2) is coupled to the at least one data interface terminal to enable communication and to at least carry power delivery communications between the at least one data interface terminal and the at least one configuration channel terminal (CC1, CC2). a second interface including a second voltage terminal (VBUS) and at least one configuration channel terminal (CC1, CC2), wherein the first voltage terminal (VBUS) is coupled to the at least one configuration channel terminal (CC1, CC2)by at least a pull-up circuitry (456A, 456B, 458, 556A, 556B, 558) configured to cause a predetermined voltage at the at least one configuration channel terminal (CC1, CC2), wherein the at least one configuration channel terminal (CC1, CC2) is coupled to the at least one data interface terminal to enable communication and to at least carry power delivery communications between the at least one data interface terminal and the at least one configuration channel terminal (CC1, CC2).
An evaporator comprising a housing, a container for a liquid to be evaporated, a receiving means in the housing for releasably receiving the container supported therein, a heating means, a heat transfer means for transferring heat from the heating means to the container, the heat transfer means being configured to co-operate with the container for the transfer of heat from the heat transfer means to the container, and a retaining means for releasably retaining the container in the receiving means with the container in heat conducting engagement with the heat transfer means, characterised in that an engagement means (33,37) extending from the heat transfer means is engageable with an opening in the receiving means for securing the heat transfer means in the receiving means, the heating means and a locating means are located within the engagement means (33, 37) and are retained in abutting engagement with each other by the engagement means, and the locating means is retained relative to the heat transfer means by the engagement means with the heating means retained tightly sandwiched between the locating means and the heat transfer means and with the heating means maintained in heat conducting engagement with the heat transfer means.
An autonomous pool cleaner, comprising: a main body with top, a bottom, and one or more peripheral walls that extend between the top and the bottom; a filter that is removably coupled to the main body, the filter being accessible for removal or installation via a particular peripheral wall of the one or more peripheral walls; characterized in that the autonomous pool cleaner comprises an edge engagement assembly configured to extend beyond the particular peripheral wall of the main body and removably secure the autonomous pool cleaner to an edge of a swimming pool so that the filter is accessible and vertically removable when the autonomous pool cleaner is secured to the edge. a main body with top, a bottom, and one or more peripheral walls that extend between the top and the bottom; a filter that is removably coupled to the main body, the filter being accessible for removal or installation via a particular peripheral wall of the one or more peripheral walls;
A fuel injector system for a gas turbine engine comprising: a mounting flange configured to be mounted to an engine case; a fixture extending in an outward direction from the mounting flange operable to connect to fuel and air systems outside the engine case; a feed arm extending radially inward from the mounting flange; a fuel nozzle extending from the feed arm and operable to issue fuel into a combustor; a fuel channel extending from an inlet, through the feed arm, and out an outlet of the fuel nozzle; and an air channel extending from an inlet in the feed arm and/or nozzle, through the feed arm, and to an outlet in the fixture, wherein the fuel channel and the air channel are in fluid isolation from one another, and wherein the fuel channel and the air channel are in thermal communication with one another as a heat exchanger; wherein the heat exchanger is a counter flow heat exchanger; wherein the fuel channel and air channel are in intimate thermal contact through a heat exchanger wall for a portion of the fuel nozzle with respect to the axial length of the fuel nozzle; characterized in that: the inlet of the air channel is in the fuel nozzle, wherein the inlet of the air channel is in an axial end of the fuel nozzle, and the outlet of the fuel channel is in the axial end of the fuel nozzle, or wherein the inlet of the air channel is on a radially outward facing portion of the fuel nozzle, or wherein the inlet of the air channel is on a radially inward facing portion of the fuel nozzle. a mounting flange configured to be mounted to an engine case; a fixture extending in an outward direction from the mounting flange operable to connect to fuel and air systems outside the engine case; a feed arm extending radially inward from the mounting flange; a fuel nozzle extending from the feed arm and operable to issue fuel into a combustor; a fuel channel extending from an inlet, through the feed arm, and out an outlet of the fuel nozzle; and an air channel extending from an inlet in the feed arm and/or nozzle, through the feed arm, and to an outlet in the fixture, wherein the fuel channel and the air channel are in fluid isolation from one another, and wherein the fuel channel and the air channel are in thermal communication with one another as a heat exchanger; wherein the heat exchanger is a counter flow heat exchanger; wherein the fuel channel and air channel are in intimate thermal contact through a heat exchanger wall for a portion of the fuel nozzle with respect to the axial length of the fuel nozzle; characterized in that: the inlet of the air channel is in the fuel nozzle, wherein the inlet of the air channel is in an axial end of the fuel nozzle, and the outlet of the fuel channel is in the axial end of the fuel nozzle, or wherein the inlet of the air channel is on a radially outward facing portion of the fuel nozzle, or wherein the inlet of the air channel is on a radially inward facing portion of the fuel nozzle.
A closure cap, in particular for closing pens, comprising at least one opening for receiving an element to be closed and a closure cap axis which is substantially perpendicular to the cross-sectional area of the opening, at least one primary passage, wherein the closure cap axis is substantially perpendicular to the primary passage cross-section, and at least one secondary passage, wherein the closure cap axis is substantially parallel to the secondary passage cross-section, wherein the closure cap has an outer portion and an inner portion and the primary passage is formed between the outer portion and the inner portion, wherein the secondary passage is arranged substantially at the closure end which is in opposite relationship to the opening of the closure cap, characterized in that the secondary passage is spaced from the closure end of the closure cap such that the secondary passage is arranged on an opposite side of the closure end compared to the opening outside the outer portion and in that the primary passage and the secondary passage are through passages that are independent from each other.
A process for forming a long-chain branched polyolefin, comprising reacting: (a) a polyolefin; (b) one or more silane compounds having the formula R" SiR n R'( 3-n), wherein: R" is an ethylenically or acetylenically unsaturated radical, R is a hydrolyzable group selected from the group consisting of an alkoxy, acyloxy, alkylamino, and arylamino, R' is a hydrocarbyl group having 1 to 6 carbon atoms, and n is 1-3; (c) an ethylenically unsaturated polycarboxylic acid; and (d) a free radical initiator, in a one-pot process to form a long-chain branched polyolefin, wherein the reacting step includes subjecting components (a)-(d) to a melt processing at a temperature to at least partially melt the polyolefin, and wherein reacting components (a)-(d) in a one-pot process dehydrates the carboxylic acid groups of the ethylenically unsaturated polycarboxylic acids to produce water, which is used to hydrolyze one or more of said silane compounds. (a) a polyolefin; (b) one or more silane compounds having the formula R" SiR n R'( 3-n), wherein: R" is an ethylenically or acetylenically unsaturated radical, R is a hydrolyzable group selected from the group consisting of an alkoxy, acyloxy, alkylamino, and arylamino, R' is a hydrocarbyl group having 1 to 6 carbon atoms, and n is 1-3; R" is an ethylenically or acetylenically unsaturated radical, R is a hydrolyzable group selected from the group consisting of an alkoxy, acyloxy, alkylamino, and arylamino, R' is a hydrocarbyl group having 1 to 6 carbon atoms, and n is 1-3; (c) an ethylenically unsaturated polycarboxylic acid; and (d) a free radical initiator, in a one-pot process to form a long-chain branched polyolefin, wherein the reacting step includes subjecting components (a)-(d) to a melt processing at a temperature to at least partially melt the polyolefin, and wherein reacting components (a)-(d) in a one-pot process dehydrates the carboxylic acid groups of the ethylenically unsaturated polycarboxylic acids to produce water, which is used to hydrolyze one or more of said silane compounds. wherein the reacting step includes subjecting components (a)-(d) to a melt processing at a temperature to at least partially melt the polyolefin, and wherein reacting components (a)-(d) in a one-pot process dehydrates the carboxylic acid groups of the ethylenically unsaturated polycarboxylic acids to produce water, which is used to hydrolyze one or more of said silane compounds.
Energy source and power tool combination comprising - a cordless hand-held power tool; - a backpack battery assembly specially adapted to be carried on the back of the user via at least one shoulder strap; - a power adapter; - an electrical cable (11, 13) interconnecting the backpack battery assembly and the power adapter; wherein the power adapter is configured to be mounted in the power tool and electrically coupled with a corresponding interface of the power tool when the power adapter is mounted in the power tool; the combination being characterized by that the power adapter is adapted to be connected to a charging device for charging the backpack battery assembly, wherein the combination further comprises a rechargeable battery pack with the design and dimensions corresponding to a housing of the power adapter, wherein the power adapter comprises a removable balance weight providing the ordinary weight distribution of the rechargeable battery pack. - a cordless hand-held power tool; - a backpack battery assembly specially adapted to be carried on the back of the user via at least one shoulder strap; - a power adapter; - an electrical cable (11, 13) interconnecting the backpack battery assembly and the power adapter; wherein
Electrical line protection apparatus, of the selective circuit breaker type, substantially formed by a main current circuit, and by an auxiliary circuit in which the current flows when the main circuit is cut off following the appearance of a short-circuit, the said auxiliary circuit including a current-limiting resistor comprising at least one flat coil held by two side plates (1, 3), characterized in that the resistor includes means for varying its ohmic value by combining n coils in parallel, n being an integer greater than 1, each coil being formed by one wire equipped with electrical insulation means.
An extreme pressure agent for lubricant oils consisting of a copolymer consisting of an alkyl acrylate (a) represented by general formula below and a hydroxyalkyl acrylate (b) represented by general formula below as constituent monomers, wherein the reaction ratio of (a) to (b) is 50/50 to 80/20 (molar ratio) and the weight average molecular weight of the copolymer is 40,000 to 150,000 (in the formula, R 1 represents an alkyl group having 10 to 18 carbon atoms) (in the formula, R 2 represents an alkylene group having 2 to 4 carbon atoms).
A power cable comprising:a conductor; an inner semiconductive layer configured to surround the conductor; an insulation layer configured to surround the inner semiconductive layer and including an inner insulation layer, an intermediate insulation layer and an outer insulation layer, which are sequentially stacked one above another; an outer semiconductive layer configured to surround the insulation layer; a metal sheath layer configured to surround the outer semiconductive layer; and a cable protecting layer configured to surround the metal sheath layer, wherein each of the inner insulation layer and the outer insulation layer is formed of Kraft paper impregnated with an insulation oil, the intermediate insulation layer is formed of a semi-synthetic paper impregnated with the insulation oil, and the semi-synthetic paper includes a plastic film and Kraft paper stacked on at least one surface of the plastic film, wherein the inner insulation layer has a thickness ranging from 1% to 10% of an entire thickness of the insulation layer, the intermediate insulation layer has a thickness equal to or greater than 75% of the entire thickness of the insulation layer, and the outer insulation layer has a thickness ranging from 5% to 15% of the entire thickness of the insulation layer, wherein the inner insulation layer and the outer insulation layer have a resistivity lower than a resistivity of the intermediate insulation layer, wherein the thickness of the outer insulation layer ranges from 1.5 times to 30 times the thickness of the inner insulation layer, and wherein the Kraft paper in the inner insulation layer and the outer insulation layer has a thickness greater than a thickness of the Kraft paper in the semi-synthetic paper.