mhurhangee/ep-ind-claims huggingface dataset:
An aerosol generation device comprising: a case which includes an article insertion portion, configured to receive an aerosol-generating article including an aerosol-generating substrate in an inserted manner, and which has an opening formed in one surface; an opening/closing type cover which is disposed on the one surface of the case to provide an opening/closing function for the opening and which is configured to, when closing the opening, mechanically press an aerosol-generating substrate portion of the inserted aerosol-generating article; and a heater configured to heat the inserted aerosol-generating article, wherein the heater includes a first heater configured to heat one surface of the pressed aerosol-generating substrate portion and a second heater configured to heat the opposite surface of the one surface, and wherein the opening/closing type cover is configured to, when closing the opening, mechanically press the aerosol-generating substrate portion of the inserted aerosol-generating article in a radius direction, the radius direction intersecting an axis in an insertion direction of the article insertion portion, so as to shorten the distance between a surface of the first heater where the one surface of the aerosol-generating substrate portion is heated and a surface of the second heater where the opposite side of the aerosol-generating substrate portion is heated. a case which includes an article insertion portion, configured to receive an aerosol-generating article including an aerosol-generating substrate in an inserted manner, and which has an opening formed in one surface; an opening/closing type cover which is disposed on the one surface of the case to provide an opening/closing function for the opening and which is configured to, when closing the opening, mechanically press an aerosol-generating substrate portion of the inserted aerosol-generating article; and a heater configured to heat the inserted aerosol-generating article, wherein the heater includes a first heater configured to heat one surface of the pressed aerosol-generating substrate portion and a second heater configured to heat the opposite surface of the one surface, and wherein the opening/closing type cover is configured to, when closing the opening, mechanically press the aerosol-generating substrate portion of the inserted aerosol-generating article in a radius direction, the radius direction intersecting an axis in an insertion direction of the article insertion portion, so as to shorten the distance between a surface of the first heater where the one surface of the aerosol-generating substrate portion is heated and a surface of the second heater where the opposite side of the aerosol-generating substrate portion is heated.
A device for producing power by conduction of alkali ions through an ion transport channel having an asymmetric structure, wherein the device includes: - a first region in which alkali ions are introduced; - a second region in which alkali ions having a lower concentration than those of the first region are introduced or into which alkali ions are not introduced; and - a laminated film forming the ion transport channel and in which vermiculite is laminated and assembled, the laminated film including: a third region connected to the second region and having an interlayer with an interlayer thickness, the interlayer being expandable in thickness direction by heat; and a fourth region connected to the first region and the third region and having an interlayer thickness smaller than the interlayer thickness of the third region. wherein the device includes: - a first region in which alkali ions are introduced; - a second region in which alkali ions having a lower concentration than those of the first region are introduced or into which alkali ions are not introduced; and - a laminated film forming the ion transport channel and in which vermiculite is laminated and assembled, the laminated film including: - a first region in which alkali ions are introduced; - a second region in which alkali ions having a lower concentration than those of the first region are introduced or into which alkali ions are not introduced; and - a laminated film forming the ion transport channel and in which vermiculite is laminated and assembled, the laminated film including: a third region connected to the second region and having an interlayer with an interlayer thickness, the interlayer being expandable in thickness direction by heat; and a fourth region connected to the first region and the third region and having an interlayer thickness smaller than the interlayer thickness of the third region.
A composition comprising a particulate solid; an organic medium; and a quaternised polyester salt which comprises a product obtained/obtainable by reaction of (i) a polyester containing a tertiary amino group; and (ii) a quaternising agent suitable for converting the tertiary amino group to a quaternary nitrogen, wherein the quaternising agent is a hydrocarbyl epoxide in combination with an acid, or mixtures thereof.
A pneumatic tire comprising a tread portion provided with a circumferential land region, the circumferential land region provided with a plurality of transverse sipes extending across the entire width of the circumferential land region, wherein each of the transverse sipes comprises an arc-shaped first portion convexed toward one side in the tire circumferential direction and an arc-shaped second portion convexed toward the other side in the tire circumferential direction and connected with the first portion so as to have a wavy configuration, characterized in that the transverse sipes include a first transverse sipe in which the arc-shaped first portion is deeper than the arc-shaped second portion, and a second transverse sipe in which the arc-shaped second portion is deeper than the arc-shaped first portion.
Meter carrier board for mounting at least one metering device in a meter cabinet, wherein said carrier board comprises a three-point mount with at least a first vertically extending slotted hole and at least one laterally slotted hole which are adapted to receive fastening bolts for mechanically coupling said metering device to the front side of said meter carrier board, wherein said meter carrier board is configured to provide at least one cable duct within the meter carrier board for routing cables to run within the meter carrier board, wherein the cable duct is a closed duct and the cables are within the cable duct protected against unauthorized access, characterized in that said meter carrier board is composed of a housing having two opposing side walls and a front panel comprising said three-point mount, said front panel being configured to cover the interior of the housing and having an opening and being adapted to be firmly coupled to said housing by fastening elements (8, 24, 24a, 24b); wherein a lateral cable duct is formed inside said housing, said lateral cable duct running in a direction perpendicular to the direction of said side walls and communicating with a lateral opening which is formed in at least one of said side walls, wherein said lateral opening is covered by a removable cover, and wherein said lateral cable duct communicates with said opening in said front panel and is adapted to route metering and/or data cables from said metering device to said lateral opening in said side wall.
A surface cleaning apparatus, comprising: a housing including an upright handle assembly and a cleaning head mounted to the upright handle assembly; and a fluid recovery system, comprising: a suction source; a suction nozzle provided on the cleaning head in fluid communication with the suction source; and a recovery tank assembly including a recovery tank container having a bottom end and a top end opposite the bottom end and a strainer assembly removably mounted within the recovery tank container, characterized in that the strainer assembly including a plurality of apertures therethrough and having a base with a centralized opening therein. a housing including an upright handle assembly and a cleaning head mounted to the upright handle assembly; and a fluid recovery system, comprising: a suction source; a suction nozzle provided on the cleaning head in fluid communication with the suction source; and a recovery tank assembly including a recovery tank container having a bottom end and a top end opposite the bottom end and a strainer assembly removably mounted within the recovery tank container, characterized in that the strainer assembly including a plurality of apertures therethrough and having a base with a centralized opening therein. a suction source; a suction nozzle provided on the cleaning head in fluid communication with the suction source; and a recovery tank assembly including a recovery tank container having a bottom end and a top end opposite the bottom end and a strainer assembly removably mounted within the recovery tank container, characterized in that the strainer assembly including a plurality of apertures therethrough and having a base with a centralized opening therein.
A connector comprising: a shield forming a housing for the connector, the shield comprising an opening in a front of the connector and a shield top portion, the shield top portion forming a top row of contacts along a top of an opening, wherein the top row of contacts are adapted to form electrical connections with a ground plane on a top side of a card when the card is inserted into the connector; an outer bottom row of contacts along a bottom of the opening and emerging from a front of the connector; and an inner bottom row of contacts along the bottom of the opening between the outer bottom row of contacts and a back of the connector characterised in that the inner bottom row of contacts are emerging from the back of the connector. a shield forming a housing for the connector, the shield comprising an opening in a front of the connector and a shield top portion, the shield top portion forming a top row of contacts along a top of an opening, wherein the top row of contacts are adapted to form electrical connections with a ground plane on a top side of a card when the card is inserted into the connector; an outer bottom row of contacts along a bottom of the opening and emerging from a front of the connector; and an inner bottom row of contacts along the bottom of the opening between the outer bottom row of contacts and a back of the connector characterised in that the inner bottom row of contacts are emerging from the back of the connector.
A main spindle device of a machine tool using compressed air to confirm seating of a tool holder, comprising: a main spindle having a distal end face which a flange end face of the tool holder closely contacts; an annular recess formed at the distal end face of the main spindle so as to be covered by the flange end face of the tool holder; an air supply flow channel connecting with the annular recess and supplying the annular recess with compressed air; a compressed air source supplying air to the air supply flow channel; and a pressure detector detecting pressure of the compressed air inside the air supply flow channel, characterized in that the annular recess has a first section deeper than the distal end face of the main spindle and a second section deeper than the first section, the air supply flow channel opening at the second section. a main spindle having a distal end face which a flange end face of the tool holder closely contacts; an annular recess formed at the distal end face of the main spindle so as to be covered by the flange end face of the tool holder; an air supply flow channel connecting with the annular recess and supplying the annular recess with compressed air; a compressed air source supplying air to the air supply flow channel; and a pressure detector detecting pressure of the compressed air inside the air supply flow channel, characterized in that
Method for forming an exhaust gas treating device comprising: providing an exhaust gas treating element; providing a holding seal member (10, 20, 30, 40, 50, 51, 90, 120) comprising at least two layers of inorganic fiber sheet positioned around an outer periphery of the exhaust gas treating element, the at least two layers comprising a front layer (12, 22, 32, 42, 58, 98) and a back layer (11, 21, 31, 41, 56, 96) contacting the exhaust gas treating element; and providing a housing which houses and holds the exhaust gas treating element through the holding seal member wound around the exhaust gas treating element, wherein the front layer comprises an end part at an exhaust gas inflow side, and wherein the Gap Bulk Density of the end part is lower than the Gap Bulk Density of a portion where the front layer and the back layer overlap, the Gap Bulk Density of the end part being in the range of 0.25 to 0.55 g/cm 3, characterized in that the method comprises press-fitting the holding seal member into the housing, and wherein the end part is formed by the front layer being displaced with respect to the back layer as a result of the press-fitting of the holding seal member in the housing, and being deformed such that an end surface of the end part has a curved shape. providing an exhaust gas treating element; providing a holding seal member (10, 20, 30, 40, 50, 51, 90, 120) comprising at least two layers of inorganic fiber sheet positioned around an outer periphery of the exhaust gas treating element, the at least two layers comprising a front layer (12, 22, 32, 42, 58, 98) and a back layer (11, 21, 31, 41, 56, 96) contacting the exhaust gas treating element; and providing a housing which houses and holds the exhaust gas treating element through the holding seal member wound around the exhaust gas treating element, wherein the front layer comprises an end part at an exhaust gas inflow side, and wherein the Gap Bulk Density of the end part is lower than the Gap Bulk Density of a portion where the front layer and the back layer overlap, the Gap Bulk Density of the end part being in the range of 0.25 to 0.55 g/cm 3, characterized in that the method comprises press-fitting the holding seal member into the housing, and wherein the end part is formed by the front layer being displaced with respect to the back layer as a result of the press-fitting of the holding seal member in the housing, and being deformed such that an end surface of the end part has a curved shape.
A method for estimating feedback parameters for the state of a dielectric elastomer, comprising the steps of: introducing a small-scale oscillation of a voltage difference between electrodes of the DE; measuring, over a period of time, potential difference across the DE and series current through the DE; and estimating one or more feedback parameters from coefficients of a plane of best fit through data derived from said measurements when the measurement variables are defined as orthogonal axes. introducing a small-scale oscillation of a voltage difference between electrodes of the DE; measuring, over a period of time, potential difference across the DE and series current through the DE; and estimating one or more feedback parameters from coefficients of a plane of best fit through data derived from said measurements when the measurement variables are defined as orthogonal axes.
Installation for filling a tank or tanks with pressurized gas, in particular with hydrogen, comprising a liquefied fluid store, a filling line comprising an upstream end connected to the liquefied fluid store and a downstream end intended to be connected to a tank to be filled, the filling line comprising, arranged in series, a vaporizer, a main compressor and a heat exchanger for cooling the compressed fluid downstream of the main compressor before it is transferred into a tank to be filled, the installation comprising a cooling circuit (7, 8) comprising a transfer line having an upstream end connected to the outlet of the vaporizer and a downstream end connected to the heat exchanger, the transfer line being configured to transfer fluid leaving the vaporizer into the heat exchanger and to carry out an exchange of heat between this vaporized fluid and the compressed gas which is transferred into the tank to be filled, characterized in that the cooling circuit (7, 8) comprises a recovery line comprising an upstream end connected to the heat exchanger and a downstream end connected to the filling line for reinjecting into the filling line the fluid that has exchanged thermally with the compressed gas.
A sprayer assembly, comprising: a. a container; b. a spray wand; c. a hose fluidly interconnecting said spray wand to said container; d. a fluid circuit, comprising: i. a coupler attached to said hose and adapted for attachment to said container; ii. a stem extending from said coupler along a longitudinal axis; iii. air and fluid passageways extending from within said container through said coupler; iv. a plunger extending along said longitudinal axis and movable between sealed and unsealed relation to said air and fluid passageways; v. a spring extending along said longitudinal axis and positioned in biased relation to said plunger, whereby said spring is compressed when said coupler is attached to said container and biases said plunger out of sealing relationship with said air and fluid passageways; e. a cap coupled to said container; and f. wherein said coupler is adapted for attachment to said cap and comprises first and second biased latches (46, 48), and said cap comprises a flanged rim formed on its underside, said first and second latches (46, 48) adapted for securely engaging said flanged rim to interconnect said coupler to said container. a. a container; b. a spray wand; c. a hose fluidly interconnecting said spray wand to said container; d. a fluid circuit, comprising: i. a coupler attached to said hose and adapted for attachment to said container; ii. a stem extending from said coupler along a longitudinal axis; iii. air and fluid passageways extending from within said container through said coupler; iv. a plunger extending along said longitudinal axis and movable between sealed and unsealed relation to said air and fluid passageways; v. a spring extending along said longitudinal axis and positioned in biased relation to said plunger, whereby said spring is compressed when said coupler is attached to said container and biases said plunger out of sealing relationship with said air and fluid passageways; i. a coupler attached to said hose and adapted for attachment to said container; ii. a stem extending from said coupler along a longitudinal axis; iii. air and fluid passageways extending from within said container through said coupler; iv. a plunger extending along said longitudinal axis and movable between sealed and unsealed relation to said air and fluid passageways; v. a spring extending along said longitudinal axis and positioned in biased relation to said plunger, whereby said spring is compressed when said coupler is attached to said container and biases said plunger out of sealing relationship with said air and fluid passageways; e. a cap coupled to said container; and f. wherein said coupler is adapted for attachment to said cap and comprises first and second biased latches (46, 48), and said cap comprises a flanged rim formed on its underside, said first and second latches (46, 48) adapted for securely engaging said flanged rim to interconnect said coupler to said container.
A fixing device for soft tissue, comprising: a handle, an tension spring, a trigger, a driving gear, a big helical gear, a small helical gear, a screw tube and a driving rod, characterized in that, a first end of the tension spring is mounted on a fixing post on an internal wall of the handle, a second end of the tension spring is arranged on an upper end of the trigger, one side of the upper end of the trigger is rotatablely connected to the internal wall of the handle via a rotation axis; helical teeth matching with the driving gear is arranged on the other side of the upper end of the trigger, the trigger extends outward from an inside of the handle and its lower end located in the outside of the handle, the big helical gear and the driving gear are arranged concentrically, and the big helical gear is driven by the driving gear, outer teeth of the big helical gear match with outer teeth of the small helical gear; the driving rod is driven by a rotation axis of the small helical gear, the screw tube is arranged around the driving rod, a first end of the screw tube is arranged inside of the handle, and a second end of the screw tube is arranged outside of the handle, a catheter configured as a detachable replacement element that is removably connected on the second end of the screw tube, and an absorbable screw or titanium screw is arranged inside of the catheter, a screw thread structure is formed on a nailed beam of only the absorbable screw, and a lead spring is arranged on the screw thread structure.
A locking unit for a medical deployment device which medical device is provided with a sheath element located over an inner tubular or rod-like insert member, the sheath element and inner member being movable relative to one another; the locking unit including at least one resiliently deformable engagement member, and a biasing member provided with at least one biasing surface and operable to bias the engagement member or members towards a locking position, wherein the biasing member is a locking nut, characterised in that the locking unit includes one or more teeth along an inner surface of each engagement member and extending along a longitudinal axis of each engagement member, being able to grip onto an outer surface of the insert member.
An implement for a machine, said implement comprising: a clamshell grapple assembly, including a first moveable component and a second moveable component, which are first and second grapple shells of the clamshell grapple assembly, said first and second components (116, 118) being pivotally attachable to a frame and being moveable between a closed position and an open position; and a positioning system comprising: a first element configured to be attached to the first moveable component; and a second element configured to be attached to the second moveable component; whereby the first element and the second element comprise flanged portions configured to snap fit into each other when the first and second moveable components (116, 118) are moved into the closed position to secure the first and the second moveable components (116,118) against an axial movement during an implement exchange process, and said first and second elements (402, 404) disengage when the first and second movable components (116, 119) are moved into an open position. a clamshell grapple assembly, including a first moveable component and a second moveable component, which are first and second grapple shells of the clamshell grapple assembly, said first and second components (116, 118) being pivotally attachable to a frame and being moveable between a closed position and an open position; and a positioning system comprising: a first element configured to be attached to the first moveable component; and a second element configured to be attached to the second moveable component; whereby the first element and the second element comprise flanged portions configured to snap fit into each other when the first and second moveable components (116, 118) are moved into the closed position to secure the first and the second moveable components (116,118) against an axial movement during an implement exchange process, and said first and second elements (402, 404) disengage when the first and second movable components (116, 119) are moved into an open position. a first element configured to be attached to the first moveable component; and a second element configured to be attached to the second moveable component;