mhurhangee/ep-ind-claims huggingface dataset:
A manually installed fastener, comprising: a fastener body having: parallel first and second plates (14, 16), the second plate having an aperture; a bend member integrally joining the first and second plates (14, 16), the second plate being elastically displaced with respect to the first plate by elastic deflection of the bend member; characterized by a first barb integrally connected to the first plate and extending through the aperture of the second plate; and a second barb integrally connected to the second plate and oppositely oriented with respect to the first barb, the second barb being elastically displaced with respect to the first barb by elastic deflection of the bend member to change a clearance diameter between the first and second barbs (28, 30); and a substantially rigid fixed leg extending from the first plate oppositely positioned on the fastener body with respect to the bend member, both the fixed leg and the bend member being commonly directed with respect to the first and second barbs (28, 30). a fastener body having: parallel first and second plates (14, 16), the second plate having an aperture; a bend member integrally joining the first and second plates (14, 16), the second plate being elastically displaced with respect to the first plate by elastic deflection of the bend member; characterized by a first barb integrally connected to the first plate and extending through the aperture of the second plate; and a second barb integrally connected to the second plate and oppositely oriented with respect to the first barb, the second barb being elastically displaced with respect to the first barb by elastic deflection of the bend member to change a clearance diameter between the first and second barbs (28, 30); and a substantially rigid fixed leg extending from the first plate oppositely positioned on the fastener body with respect to the bend member, both the fixed leg and the bend member being commonly directed with respect to the first and second barbs (28, 30). parallel first and second plates (14, 16), the second plate having an aperture; a bend member integrally joining the first and second plates (14, 16), the second plate being elastically displaced with respect to the first plate by elastic deflection of the bend member; characterized by a first barb integrally connected to the first plate and extending through the aperture of the second plate; and a second barb integrally connected to the second plate and oppositely oriented with respect to the first barb, the second barb being elastically displaced with respect to the first barb by elastic deflection of the bend member to change a clearance diameter between the first and second barbs (28, 30); and a substantially rigid fixed leg extending from the first plate oppositely positioned on the fastener body with respect to the bend member, both the fixed leg and the bend member being commonly directed with respect to the first and second barbs (28, 30).
A method for producing middle distillate fuel components from gasoline fuel component fractions by oligomerization of olefins wherein the method comprises the steps of i. providing a reactor with a liquid blend composition feed suitable for use as gasoline component comprising 0-90% by weight of C 5, 5-95% by weight of C 6, 0-30% by weight of C 7 hydrocarbons containing olefins, at least one oxygenate, the weight ratio of the total amount of said oxygenate to total olefin content being from 0.001 to 0.7, with hydrogen feed, and aromatics less than 20% by weight, and ii. subjecting said feed to oligomerisation by contacting said feed with an ion exchange resin catalyst at a temperature from 30°C to 200°C, preferably from 50°C to 150°C, and at a pressure from 500 to 2000 kPa, preferably from 900 to 1500 kPa, and iii. separating the obtained oligomerized feed of step ii from the unreacted feed by distillation, and iv. hydrogenating said distillate obtained in step iii, for forming a product suitable for use as a middle distillate fuel component. i. providing a reactor with a liquid blend composition feed suitable for use as gasoline component comprising 0-90% by weight of C 5, 5-95% by weight of C 6, 0-30% by weight of C 7 hydrocarbons containing olefins, at least one oxygenate, the weight ratio of the total amount of said oxygenate to total olefin content being from 0.001 to 0.7, with hydrogen feed, and aromatics less than 20% by weight, and ii. subjecting said feed to oligomerisation by contacting said feed with an ion exchange resin catalyst at a temperature from 30°C to 200°C, preferably from 50°C to 150°C, and at a pressure from 500 to 2000 kPa, preferably from 900 to 1500 kPa, and iii. separating the obtained oligomerized feed of step ii from the unreacted feed by distillation, and iv. hydrogenating said distillate obtained in step iii, for forming a product suitable for use as a middle distillate fuel component.
A method for providing a LED device of flexible design, the LED device at least comprising a LED module with one or several light emitting diodes mounted on a carrier, a heat sink or heat spreader, and a thermal interface between the carrier and the heat sink or heat spreader, said carrier being thermally connected via the thermal interface to the heat sink or heat spreader, the method comprising the steps of - providing the one or several light emitting diodes and the carrier; - aligning the carrier and the one or several light emitting diodes according to an optical referencing of the LED device's design; - providing the heat sink or heat spreader in a form according to the LED device's design; - providing the thermal interface in the form of a member of a heat conducting material, which is ductile at least during assembling but maintains its position and shape after assembling; and - aligning and assembling the carrier and the heat sink or heat spreader by means of the thermal interface with the positions of the carrier and of the heat sink or heat spreader being determined independent from each other according to the LED device's design. - providing the one or several light emitting diodes and the carrier; - aligning the carrier and the one or several light emitting diodes according to an optical referencing of the LED device's design; - providing the heat sink or heat spreader in a form according to the LED device's design; - providing the thermal interface in the form of a member of a heat conducting material, which is ductile at least during assembling but maintains its position and shape after assembling; and - aligning and assembling the carrier and the heat sink or heat spreader by means of the thermal interface with the positions of the carrier and of the heat sink or heat spreader being determined independent from each other according to the LED device's design.
A position-finding assist system configured to display target parking position information relating to an available parking position for an occupant-carrier vehicle, the system comprising: a glasses-type wearable terminal configured to be worn by a user; a terminal position information acquisition unit configured to acquire position information relating to the wearable terminal; a terminal orientation information acquisition unit configured to acquire orientation information relating to the wearable terminal; a gaze information acquisition unit configured to acquire gaze information relating to the user; a target parking position information acquisition unit configured to acquire target parking position information relating to the occupant-carrier vehicle carrying the user; a control unit configured to display the target parking position information on a lens section of the wearable terminal so as to be overlaid on an actual scene viewed by the user through the lens section, to assist the user in finding the available parking position, wherein the display of the target parking position information on the lens section is computed using the position information, the orientation information, the gaze information and the target parking position information; characterized in that the control unit is configured to prioritize display of acquired information relating to a plurality of adjacent target parking positions indicating plural adjacent available parking positions over that of other available parking positions. a glasses-type wearable terminal configured to be worn by a user; a terminal position information acquisition unit configured to acquire position information relating to the wearable terminal; a terminal orientation information acquisition unit configured to acquire orientation information relating to the wearable terminal; a gaze information acquisition unit configured to acquire gaze information relating to the user; a target parking position information acquisition unit configured to acquire target parking position information relating to the occupant-carrier vehicle carrying the user; a control unit configured to display the target parking position information on a lens section of the wearable terminal so as to be overlaid on an actual scene viewed by the user through the lens section, to assist the user in finding the available parking position, wherein the display of the target parking position information on the lens section is computed using the position information, the orientation information, the gaze information and the target parking position information; characterized in that the control unit is configured to prioritize display of acquired information relating to a plurality of adjacent target parking positions indicating plural adjacent available parking positions over that of other available parking positions.
System consisting of a winding shaft for a motor vehicle covering, which shaft has an adapter at a base end, and a drive shaft of a ratchet, which shaft has a rotational axis (x), an adapter end interacting with a free end of the drive shaft in a form-fitting manner, characterised in that the adapter, when being placed on an associated end of the drive shaft, can be rotated relative to the drive shaft about the rotational axis (x) thereof and counter to a winding direction.
An apparatus for the production of a plaster slurry, said apparatus comprising a mixer for mixing at least plaster and water to form a plaster slurry, said mixer comprising an outlet conduit; a foam generator for mixing at least air, a foaming agent and water to produce a foam said foam generator in fluid communication with said mixer via a fluid pathway comprising a foam conduit; a mass flow meter, and a control system configured to vary the density of said foam within said foam conduit or said plaster slurry within said outlet conduit; said mass flow meter configured to measure the density and mass flow rate of said foam within said foam conduit, or said plaster slurry within said outlet conduit, and wherein the apparatus further comprises at least one sensor configured to measure the pressure characterised in that the at least one sensor is configured to measure the pressure at the entrance and/or exit of said mass flow meter, and in that said control system is configured to correct the measured density using at least one sensor measurement. a mixer for mixing at least plaster and water to form a plaster slurry, said mixer comprising an outlet conduit; a foam generator for mixing at least air, a foaming agent and water to produce a foam said foam generator in fluid communication with said mixer via a fluid pathway comprising a foam conduit; a mass flow meter, and a control system configured to vary the density of said foam within said foam conduit or said plaster slurry within said outlet conduit; said mass flow meter configured to measure the density and mass flow rate of said foam within said foam conduit, or said plaster slurry within said outlet conduit, and wherein the apparatus further comprises at least one sensor configured to measure the pressure characterised in that the at least one sensor is configured to measure the pressure at the entrance and/or exit of said mass flow meter, and in that said control system is configured to correct the measured density using at least one sensor measurement.
A boron cluster-modified PEG lipid derivative represented by Formula: wherein, m and n are each independently an integer of 1-4, q is an integer of 1-280, and R 1 and R 2 are each independently a hydrocarbon group with a carbon number of 8-22.
A fluororesin cable, comprising: at least one electric wire having a central conductor covered with an insulator; at least one inclusion (14; 17) made of a resin material arranged along the at least one electric wire; a tape made of a resin wound around an outer periphery of an aggregate of the at least one electric wire and the at least one inclusion (14; 17); and a sheath made of a fluororesin material entirely covering the aggregate and the tape; characterized in that: the resin material for the at least one inclusion (14; 17) is harder than the fluororesin material constituting the sheath, based on a Rockwell hardness test method or a durometer hardness test method. at least one electric wire having a central conductor covered with an insulator; at least one inclusion (14; 17) made of a resin material arranged along the at least one electric wire; a tape made of a resin wound around an outer periphery of an aggregate of the at least one electric wire and the at least one inclusion (14; 17); and a sheath made of a fluororesin material entirely covering the aggregate and the tape; characterized in that: the resin material for the at least one inclusion (14; 17) is harder than the fluororesin material constituting the sheath, based on a Rockwell hardness test method or a durometer hardness test method.
A method for managing a real-time clock embedded in a portable tamper-resistant device, said portable tamper-resistant device receiving applicative data when performing a banking transaction with a second device, characterized in that the method comprises a step of extracting a time from said applicative data and a step of updating the real-time clock using said time.
A medium feed device comprising: a medium placement part including a placement surface configured to have placed thereon a medium to be fed; a pair of a first edge guide and a second edge guide that are provided at the medium placement part and that include guide surfaces (13b, 13a) that guide edges in a width direction of the medium, the width direction intersecting with a feed direction of the medium; and characterized by: a restriction part configured to take a first position between the first edge guide and the second edge guide, the restriction part at the first position being arranged to press the medium onto the placement surface; wherein the restriction part is configured to be moved from the first position to a second position such that the restriction part is retracted away from a position between the first edge guide and the second edge guide. a medium placement part including a placement surface configured to have placed thereon a medium to be fed; a pair of a first edge guide and a second edge guide that are provided at the medium placement part and that include guide surfaces (13b, 13a) that guide edges in a width direction of the medium, the width direction intersecting with a feed direction of the medium; and a restriction part configured to take a first position between the first edge guide and the second edge guide, the restriction part at the first position being arranged to press the medium onto the placement surface; wherein the restriction part is configured to be moved from the first position to a second position such that the restriction part is retracted away from a position between the first edge guide and the second edge guide.
Geared motor arrangement composed of a gearbox and a drive motor, having a housing which surrounds a gearbox chamber in which at least one gearbox stage is arranged, wherein the drive motor has a drive shaft, and, in the gearbox chamber, there are arranged a bearing bore for the drive shaft with a drive pinion and furthermore an output shaft with an output toothed gear, wherein the drive pinion drives the output toothed gear, characterized in that the gearbox stage and the drive motor, in a construction with the drive pinion arranged between bearings (47, 48), are arranged jointly in the same gearbox chamber, wherein a direct spray cooling arrangement of the drive motor using oil spray is formed by the gearbox stage.
Cooling arrangement, comprising two disc-shaped semiconductor elements (1, 2), in particular thyristors, disposed next to each other, with axes of symmetry aligned approximately in parallel with respect to one another, which are tensioned between two heat sink units (3, 6) by means of just one clamping apparatus, characterised in that the one heat sink unit has longitudinal ribs on the side facing away from the semiconductor elements (1, 2) and in the region between the two semiconductor elements (1, 2) has a slot straight through the longitudinal ribs for weakening the cross-section and that the one heat sink unit is pressed against a first pressure plate with its side facing away from the semiconductor elements (1, 2) via punctiform supports in the region of the axes of symmetry, by a second pressure plate coupled to the other heat sink unit being clamped to the first pressure plate via tension rods.
A thin-film solar cell module comprising: a transparent insulating substrate; a thin-film solar cell formed on said transparent insulating substrate; a bus (4, 4') connected to said thin-film solar cell and formed on said transparent insulating substrate; sealing means provided on a surface of the thin-film solar cell; connection means for outputting power from the thin-film solar cell; and a wiring element (5, 5') for connecting said bus and said connection means, wherein said thin-film solar cell has on said transparent insulating substrate a plurality of photovoltaic elements each comprising a transparent electrode layer, a photovoltaic thin-film semiconductor layer and a back electrode layer, said sealing means comprises a filler, which is disposed on the back electrode layer and the wiring element (5, 5') and a back protection cover, said back protection cover having a metallic film therein and having an opening in which said wiring element is passed, said sealing means further comprises at least one insulator covering said opening of the back protection cover, wherein the insulator is disposed between the filler sheet and the back protection cover, and has slits, which pass the wiring element (5, 5'), said wiring element (5, 5') being buried in a filler (8, 9,12), and the insulator being configured to prevent the wiring (5, 5') from coming in electrical contact with the metallic film at the opening. a transparent insulating substrate; a thin-film solar cell formed on said transparent insulating substrate; a bus (4, 4') connected to said thin-film solar cell and formed on said transparent insulating substrate; sealing means provided on a surface of the thin-film solar cell; connection means for outputting power from the thin-film solar cell; and a wiring element (5, 5') for connecting said bus and said connection means, wherein said thin-film solar cell has on said transparent insulating substrate a plurality of photovoltaic elements each comprising a transparent electrode layer, a photovoltaic thin-film semiconductor layer and a back electrode layer, said sealing means comprises a filler, which is disposed on the back electrode layer and the wiring element (5, 5') and a back protection cover, said back protection cover having a metallic film therein and having an opening in which said wiring element is passed, said sealing means further comprises at least one insulator covering said opening of the back protection cover, wherein the insulator is disposed between the filler sheet and the back protection cover, and has slits, which pass the wiring element (5, 5'), said wiring element (5, 5') being buried in a filler (8, 9,12), and the insulator being configured to prevent the wiring (5, 5') from coming in electrical contact with the metallic film at the opening.
A hydrostatic seal and rotor assembly, comprising: a rotor having a rotor rotational direction about a rotor central axis; and a hydrostatic seal assembly including: a seal support; a seal shoe configured for sealing between the seal shoe and the rotor; and one or more seal beams operably connecting the seal shoe to the seal support, the one or more seal beams configured as spring elements integral with the seal shoe to allow radial movement of the seal shoe relative to the seal support; wherein the seal shoe is circumferentially cantilevered from a fixed end to a free end opposite the fixed end, characterized in that the fixed end is located circumferentially upstream of the free end relative to the rotor rotational direction, to prevent damage to the rotor by the seal shoe when the rotor is rotated. a rotor having a rotor rotational direction about a rotor central axis; and a hydrostatic seal assembly including: a seal support; a seal shoe configured for sealing between the seal shoe and the rotor; and one or more seal beams operably connecting the seal shoe to the seal support, the one or more seal beams configured as spring elements integral with the seal shoe to allow radial movement of the seal shoe relative to the seal support; wherein the seal shoe is circumferentially cantilevered from a fixed end to a free end opposite the fixed end, characterized in that the fixed end is located circumferentially upstream of the free end relative to the rotor rotational direction, to prevent damage to the rotor by the seal shoe when the rotor is rotated. a seal support; a seal shoe configured for sealing between the seal shoe and the rotor; and one or more seal beams operably connecting the seal shoe to the seal support, the one or more seal beams configured as spring elements integral with the seal shoe to allow radial movement of the seal shoe relative to the seal support; wherein the seal shoe is circumferentially cantilevered from a fixed end to a free end opposite the fixed end, characterized in that the fixed end is located circumferentially upstream of the free end relative to the rotor rotational direction, to prevent damage to the rotor by the seal shoe when the rotor is rotated.