mhurhangee/ep-ind-claims huggingface dataset:
Element to prevent slipping on surfaces, where the surfaces are provided with a plurality of apertures where the element comprises a base plate, and a plurality of towers extend upwards from said base plate, where the towers have a cross section at least at an upper part, corresponding to the shape of the apertures in the surface, and the towers are arranged on the base plate in a pattern corresponding to the pattern of the apertures in the surface, where the element is suitable to be inserted from the rear side of the surfaces, such that part of the towers extends through the apertures and thereby the surface adjacent the apertures in the surface, characterised in that distance keepers are arranged on at least some of the towers arranged at a predetermined distance from the upper part towards the base plate, where the towers at cross sections including distance keepers have a larger cross section than the upper part of the towers
A terminal assembly comprising: a terminal board; a passthrough with a first radially extending flange and a second radially extending flange; and a terminal connection that extends through said passthrough; characterised by: an interrupted aperture in the terminal board and an interface defined at least partially around said interrupted aperture; and a terminal post mounted to said terminal board along a first axis, wherein said passthrough is defined along a second axis offset from said first axis, wherein said passthrough extends through said interrupted aperture, wherein said first radially extending flange is engaged with said interface; and wherein the terminal connection is in electrical contact with said terminal post. a terminal board; a passthrough with a first radially extending flange and a second radially extending flange; and a terminal connection that extends through said passthrough; characterised by: an interrupted aperture in the terminal board and an interface defined at least partially around said interrupted aperture; and a terminal post mounted to said terminal board along a first axis, wherein said passthrough is defined along a second axis offset from said first axis, wherein said passthrough extends through said interrupted aperture, wherein said first radially extending flange is engaged with said interface; and wherein the terminal connection is in electrical contact with said terminal post. an interrupted aperture in the terminal board and an interface defined at least partially around said interrupted aperture; and a terminal post mounted to said terminal board along a first axis, wherein said passthrough is defined along a second axis offset from said first axis, wherein said passthrough extends through said interrupted aperture, wherein said first radially extending flange is engaged with said interface; and wherein the terminal connection is in electrical contact with said terminal post.
A vehicle lighting fixture comprising: a supercontinuum light source having any of a pulse laser light source and a continuous wave, CW, laser light source, and a conversion optical fiber for converting corresponding one of pulse laser light output from the pulse laser light source and continuous wave laser light output from the continuous wave laser light source into supercontinuum light for output, the supercontinuum light source having a directivity characteristic narrower than Lambertian light; an optical system for controlling light emitted from the supercontinuum light source to form a predetermined light distribution pattern for a vehicle, characterized in that the vehicle lighting fixture comprises a multimode transmission optical fiber for transmitting the supercontinuum light from the supercontinuum light source to the optical system and for reducing its coherency, the multimode transmission optical fiber having an emission end face, wherein the optical system controls the supercontinuum light exiting through the emission end face of the multimode transmission optical fiber so that the light controlled by the optical system mainly contains coherent light. a supercontinuum light source having any of a pulse laser light source and a continuous wave, CW, laser light source, and a conversion optical fiber for converting corresponding one of pulse laser light output from the pulse laser light source and continuous wave laser light output from the continuous wave laser light source into supercontinuum light for output, the supercontinuum light source having a directivity characteristic narrower than Lambertian light; an optical system for controlling light emitted from the supercontinuum light source to form a predetermined light distribution pattern for a vehicle, characterized in that the vehicle lighting fixture comprises a multimode transmission optical fiber for transmitting the supercontinuum light from the supercontinuum light source to the optical system and for reducing its coherency, the multimode transmission optical fiber having an emission end face, wherein the optical system controls the supercontinuum light exiting through the emission end face of the multimode transmission optical fiber so that the light controlled by the optical system mainly contains coherent light.
Covering device, in particular charging flap device, with a lid component and a displacement mechanism for the lid component for closing and uncovering an opening in a vehicle body, wherein the lid component can be moved under an adjacent area of the vehicle body, and with a rail guide system, via which the lid component can be moved between a position closing the opening and a position uncovering the opening, characterized in that at least one guide element is provided which can be pivoted about a particularly stationary axis of rotation and which is operatively connected with at least two guide levers (14, 15) in coupling areas (12C, 12B1), which are spaced from the axis of rotation and also from one another, wherein coupling elements (18, 19) are provided which rotatably connect the guide levers (14, 15) to the lid component and each engage in a body-fixed guide track (20, 21) of the rail guide system, and wherein the guide levers (14, 15) can be moved along the guide tracks (20, 21) during a pivoting of the guide element towards a position which corresponds to the uncovering position of the lid component, and during a further pivoting of the guide element towards a position which corresponds to the closing position of the lid component, and thereby actuate the lid component in the opening direction or in the closing direction of the opening.
A method for adapting a session timeout period of an application comprising one or more parts, each part of the application having a corresponding predetermined session timeout period for receiving an input from a user connected to a part of the application, comprising the steps of: - determining the rate of timed out sessions for the part of the application after the number of connections to the part has reached a predetermined level; - comparing the rate of timed out sessions of the part of the application with a predetermined threshold value of the rate of timed out sessions; - adapting the predetermined session timeout period of that part of the application based on the comparison to give rise to an adapted session timeout period, wherein the step of adapting the predetermined session timeout period comprises respectively increasing or reducing the predetermined session timeout period by respectively adding or removing a predetermined period of time if the determined rate of timed out sessions is respectively below or above the predetermined threshold value of the rate of timed out sessions. - determining the rate of timed out sessions for the part of the application after the number of connections to the part has reached a predetermined level; - comparing the rate of timed out sessions of the part of the application with a predetermined threshold value of the rate of timed out sessions; - adapting the predetermined session timeout period of that part of the application based on the comparison to give rise to an adapted session timeout period, wherein the step of adapting the predetermined session timeout period comprises respectively increasing or reducing the predetermined session timeout period by respectively adding or removing a predetermined period of time if the determined rate of timed out sessions is respectively below or above the predetermined threshold value of the rate of timed out sessions.
A hydraulic tool comprising: a motor; a hydraulic pump comprising only one reciprocating piston pump member; and a transmission connecting the motor to the hydraulic pump, wherein the transmission comprises a wobble plate and at least one first spring comprising a first end and an opposite second end, wherein the wobble plate comprises a front end pivotably connected to a frame of the pump, wherein the piston pump member is located in a piston channel of the frame of the pump, wherein a rear end of the piston pump member is located against the front end of the wobble plate, wherein the first end of the first spring is located in a pocket of the frame of the pump, wherein the second end of the first spring contacts the wobble plate, wherein the first spring is spaced from the piston pump member and applies a biasing force against the front end of the wobble plate, wherein the piston pump member extends out of the rear end of the frame and is biased outwards by a second spring, wherein the first and second springs (50,58) balance out each others' biasing force, wherein the wobble plate has a front face with a pump pocket and a spring pocket, whereby the engagement of the second end of the first spring and the piston pump member respectively in the spring pocket and the pump pocket, in addition to their primary functions, also perform a secondary function of forming a system for preventing the wobble plate from axially rotating. a motor; a hydraulic pump comprising only one reciprocating piston pump member; and a transmission connecting the motor to the hydraulic pump, wherein the transmission comprises a wobble plate and at least one first spring comprising a first end and an opposite second end, wherein the wobble plate comprises a front end pivotably connected to a frame of the pump, wherein the piston pump member is located in a piston channel of the frame of the pump, wherein a rear end of the piston pump member is located against the front end of the wobble plate, wherein the first end of the first spring is located in a pocket of the frame of the pump, wherein the second end of the first spring contacts the wobble plate, wherein the first spring is spaced from the piston pump member and applies a biasing force against the front end of the wobble plate, wherein the piston pump member extends out of the rear end of the frame and is biased outwards by a second spring, wherein the first and second springs (50,58) balance out each others' biasing force, wherein the wobble plate has a front face with a pump pocket and a spring pocket, whereby the engagement of the second end of the first spring and the piston pump member respectively in the spring pocket and the pump pocket, in addition to their primary functions, also perform a secondary function of forming a system for preventing the wobble plate from axially rotating.
An air vehicle including a fuselage, a gothic delta wing distributed either side of the fuselage, and a system of motors (TB1, TB2, ST1, ST2, Mf) able to propel the air vehicle, characterised in that: - The fuselage contains a tank (Rv) of hydrogen which is liquid or in the state of slush, and one or more liquid oxygen tanks (RO1, RO2); - The gothic delta wing has a flat extrados and a flat intrados, and the wing root starts roughly in the area where the forward part of the fuselage broadens; - A fin (a1, a2) is attached to each outer end of the trailing edge of the delta wing using a cylindrical part the axis of which is parallel to the axis of the fuselage, where each fin consists of two roughly identical trapezoid-shaped elements attached to the cylindrical part and located in the same plane, either side of the cylindrical part, where each cylindrical part is able to rotate around its axis such that both trapezoid-shaped elements which are attached to the cylindrical part are positioned either in a plane parallel to the plane of the gothic delta wing, or in a plane perpendicular to the gothic delta wing; and - The system of motors includes at least one turbojet (TB1, TB2) positioned in a forward portion of the fuselage and able to be retracted into the fuselage, at least one fixed-geometry ramjet (ST1, ST2), and one rocket motor (Mf) positioned in a rear part of the fuselage, where a door located in the rear part of the fuselage is able to be opened or closed, respectively to expose the rocket motor to the exterior, or to isolate the rocket motor from the exterior. - The fuselage contains a tank (Rv) of hydrogen which is liquid or in the state of slush, and one or more liquid oxygen tanks (RO1, RO2); - The gothic delta wing has a flat extrados and a flat intrados, and the wing root starts roughly in the area where the forward part of the fuselage broadens; - A fin (a1, a2) is attached to each outer end of the trailing edge of the delta wing using a cylindrical part the axis of which is parallel to the axis of the fuselage, where each fin consists of two roughly identical trapezoid-shaped elements attached to the cylindrical part and located in the same plane, either side of the cylindrical part, where each cylindrical part is able to rotate around its axis such that both trapezoid-shaped elements which are attached to the cylindrical part are positioned either in a plane parallel to the plane of the gothic delta wing, or in a plane perpendicular to the gothic delta wing; and - The system of motors includes at least one turbojet (TB1, TB2) positioned in a forward portion of the fuselage and able to be retracted into the fuselage, at least one fixed-geometry ramjet (ST1, ST2), and one rocket motor (Mf) positioned in a rear part of the fuselage, where a door located in the rear part of the fuselage is able to be opened or closed, respectively to expose the rocket motor to the exterior, or to isolate the rocket motor from the exterior.
A single component polyester monofilament for a superfine high-mesh filter, the single component polyester monofilament satisfying conditions A to D shown below: A. as for nodes having a diameter larger by 2 μm or more than a fiber diameter, the nodes being present in 1 million m in a fiber longitudinal direction of the single component polyester monofilament, a total (%) of increase rates of the diameters from the fiber diameter satisfies formula: [Math. 1] ∑ n = 1 k x n − x ′ x ′ × 100 ≤ 10000 wherein X n is a node diameter, x' is the fiber diameter, and k is number of nodes included in 1 million m in the fiber longitudinal direction; B. the single component polyester monofilament has a fineness of 3.0 to 8.0 dtex; C. the single component polyester monofilament has a strength of 5.0 to 6.5 cN/dtex; D. the single component polyester monofilament has a strength at 5% elongation of 2.7 to 3.3 cN/dtex, the strength and the strength at 5% elongation being measured according to JIS L1013, and E. a molar ratio of a divalent or monovalent metal element content M to a phosphorus element content P in the single component polyester monofilament satisfies a relationship represented by formulae and: 0.25 ≤ M/P ≤ 0.85 and M = M 2 + M 1 / 2 wherein M 2 represents a divalent metal content, and M 1 represents a monovalent metal content, the metal element content and the phosphorus element content being measured as defined in the description. A. as for nodes having a diameter larger by 2 μm or more than a fiber diameter, the nodes being present in 1 million m in a fiber longitudinal direction of the single component polyester monofilament, a total (%) of increase rates of the diameters from the fiber diameter satisfies formula: [Math. 1] ∑ n = 1 k x n − x ′ x ′ × 100 ≤ 10000 wherein X n is a node diameter, x' is the fiber diameter, and k is number of nodes included in 1 million m in the fiber longitudinal direction; B. the single component polyester monofilament has a fineness of 3.0 to 8.0 dtex; C. the single component polyester monofilament has a strength of 5.0 to 6.5 cN/dtex; D. the single component polyester monofilament has a strength at 5% elongation of 2.7 to 3.3 cN/dtex, the strength and the strength at 5% elongation being measured according to JIS L1013, and E. a molar ratio of a divalent or monovalent metal element content M to a phosphorus element content P in the single component polyester monofilament satisfies a relationship represented by formulae and: 0.25 ≤ M/P ≤ 0.85 and M = M 2 + M 1 / 2 wherein M 2 represents a divalent metal content, and M 1 represents a monovalent metal content, the metal element content and the phosphorus element content being measured as defined in the description.
A refrigerating and air-conditioning apparatus comprising: a refrigeration cycle being formed by connecting a compressor, a condenser, expansion means, and an evaporator, the refrigeration cycle performing a cooling operation; an evaporator heating device heating the evaporator; a drain pan receiving drain-water from the evaporator and draining the drain-water; a drain-pan heating device heating the drain pan; frost detecting means including a light-emitting element that emits light to the evaporator and a light-receiving element that receives reflected light from the evaporator and outputs a voltage according to the reflected light; a control device controlling on-off operation of the evaporator heating device and the drain-pan heating device, the control device determining a frosting condition on the evaporator from an output of the frost detecting means and individually controlling the evaporator heating device and the drain-pan heating device in accordance with the determination result, characterized in that if a state in which the absolute value of the inclination of the output voltage of the frost detecting means after the drain-pan heating device is turned on is smaller than or equal to a second inclination threshold value continues for a predetermined time, the control device determines that the frost is removed from the evaporator and turns off the evaporator heating device. a refrigeration cycle being formed by connecting a compressor, a condenser, expansion means, and an evaporator, the refrigeration cycle performing a cooling operation; an evaporator heating device heating the evaporator; a drain pan receiving drain-water from the evaporator and draining the drain-water; a drain-pan heating device heating the drain pan; frost detecting means including a light-emitting element that emits light to the evaporator and a light-receiving element that receives reflected light from the evaporator and outputs a voltage according to the reflected light; a control device controlling on-off operation of the evaporator heating device and the drain-pan heating device, the control device determining a frosting condition on the evaporator from an output of the frost detecting means and individually controlling the evaporator heating device and the drain-pan heating device in accordance with the determination result, characterized in that if a state in which the absolute value of the inclination of the output voltage of the frost detecting means after the drain-pan heating device is turned on is smaller than or equal to a second inclination threshold value continues for a predetermined time, the control device determines that the frost is removed from the evaporator and turns off the evaporator heating device.
Line circuit breaker with an insulation housing and with a magnet system, with a yoke, a coil, a sleeve, a magnet core, a plunger, magnet armature and a restraint spring, a conductor piece being formed on the yoke and bearing a fixed contact piece, and the magnet armature being guided movably in the sleeve counter to the force of the restraint spring, wherein the magnet core is fastened on the conductor piece, wherein the sleeve is in engagement with the magnet core at the first end of said sleeve, and wherein the magnet armature can be guided into and out of the sleeve at the second end of the sleeve, characterized in that two bearing members (18, 19) are formed at a fixed distance from one another on the inner side of the insulating housing, a first bearing member being designed to hold the conductor piece, and the second bearing member being designed as a stop for the magnet armature, wherein two webs (34, 35) which are integrally formed next to one another on the inner side of the housing at the distance of the thickness of the conductor piece together form the first bearing member, and in that the distance between the magnet core and the magnet armature which determines the air gap in the magnet system can be fixed by the distance between the two bearing members (18, 19).
A sheet conveyance unit comprising: a first conveyance roller and a second conveyance roller disposed facing each other via a sheet conveyance path along which a sheet of recording media is transported; a first stopper provided at an axial end portion of the first conveyance roller and projecting beyond a circumferential surface of the first conveyance roller (151 A) in a radial direction of the first conveyance roller, to rotate to a contact position projecting into the sheet conveyance path to stop the sheet and to a non-contact position away from the sheet conveyance path in conjunction with rotation of the first conveyance roller; characterized by a pair of downstream rollers positioned downstream from the first and second conveyance rollers (151A,151B) in a sheet conveyance direction in which the sheet is transported; a unit for engaging and disengaging the first and second conveyance rollers (151A,151B) from each other; and a controller operatively connected to the first and second conveyance rollers (151A,151B) as well as the unit for engaging and disengaging, to move the first stopper to the non-contact position after the first stopper stops the sheet and to cause the unit for engaging and disengaging to disengage the first and second conveyance rollers (151A,151B) from each other after a leading-end portion of the sheet arrives at the pair of downstream rollers and before the first stopper is moved from the non-contact position to the contact position. a first conveyance roller and a second conveyance roller disposed facing each other via a sheet conveyance path along which a sheet of recording media is transported; a first stopper provided at an axial end portion of the first conveyance roller and projecting beyond a circumferential surface of the first conveyance roller (151 A) in a radial direction of the first conveyance roller, to rotate to a contact position projecting into the sheet conveyance path to stop the sheet and to a non-contact position away from the sheet conveyance path in conjunction with rotation of the first conveyance roller; characterized by a pair of downstream rollers positioned downstream from the first and second conveyance rollers (151A,151B) in a sheet conveyance direction in which the sheet is transported; a unit for engaging and disengaging the first and second conveyance rollers (151A,151B) from each other; and a controller operatively connected to the first and second conveyance rollers (151A,151B) as well as the unit for engaging and disengaging, to move the first stopper to the non-contact position after the first stopper stops the sheet and to cause the unit for engaging and disengaging to disengage the first and second conveyance rollers (151A,151B) from each other after a leading-end portion of the sheet arrives at the pair of downstream rollers and before the first stopper is moved from the non-contact position to the contact position.