mhurhangee/ep-ind-claims huggingface dataset:
A plastic courier bag, comprising a sealing flap and a sealing device attached to an inner side of the sealing flap, wherein the sealing device comprises: a release base member of an elongate shape having a separation line along a length of the release base member separating the release base member into a base piece and a pull strip; a double-sided adhesive layer having a first adhesive piece and a second adhesive piece on two major sides of the double-sided adhesive layer, respectively, where the first adhesive piece is for adhering to a major side of the release base member, the second adhesive piece is adhered to the inner side of the sealing flap of the plastic courier bag, and, to seal the plastic courier bag, the base piece is removed from the release base member; and characterised by a reinforcing tape adhered to an outer side of the sealing flap of the plastic courier bag and corresponding to the pull strip. a release base member of an elongate shape having a separation line along a length of the release base member separating the release base member into a base piece and a pull strip; a double-sided adhesive layer having a first adhesive piece and a second adhesive piece on two major sides of the double-sided adhesive layer, respectively, where the first adhesive piece is for adhering to a major side of the release base member, the second adhesive piece is adhered to the inner side of the sealing flap of the plastic courier bag, and, to seal the plastic courier bag, the base piece is removed from the release base member; and characterised by a reinforcing tape adhered to an outer side of the sealing flap of the plastic courier bag and corresponding to the pull strip.
A skid plate, which is a sheet-like metal section with an upper surface and a lower surface, and which comprises attachment means for attaching the skid plate under the cross axle of the work machine, and support means for supporting the upper surface of the skid plate against the lower surface of the cross axle; characterised in that the skid plate comprises two tensioning devices (18a, 18b) on its upper surface side, each with an elongated body and coupling loops (19, 30) at both ends of the body; and both tensioning devices (18a, 18b) comprise a screw mechanism for changing the distance between the said coupling loops (19, 30). the skid plate comprises two tensioning devices (18a, 18b) on its upper surface side, each with an elongated body and coupling loops (19, 30) at both ends of the body; and both tensioning devices (18a, 18b) comprise a screw mechanism for changing the distance between the said coupling loops (19, 30).
A process for manufacturing a UHMWPE film having a tensile strength of at least 2.0 GPa, a tensile energy to break of at least 30 J/g, an Mw of at least 500 000 gram/mole, and a Mw/Mn ratio of at most 6 which comprises subjecting a starting UHMWPE with a weight average molecular weight of at least 500 000 gram/mole, an elastic shear modulus determined directly after melting at 160 °C of at most 0.9 MPa, and a Mw/Mn ratio of at most 6 to a compacting step and a stretching step under such conditions that at no point during the processing of the polymer its temperature is raised to a value above its melting point.
A control device for controlling a rolling apparatus including a pair of mill rolls (15, 16) for rolling a metal strip, an unwinder for unwinding the strip toward the pair of mill rolls (15, 16), and a winder for winding the strip rolled by the pair of mill rolls (15, 16), comprising: a rotation control unit for controlling rotation of the mill rolls (15, 16); a velocity acquisition unit configured to acquire velocity of the strip between the unwinder and the mill rolls (15, 16), characterised in that the control device comprises a separation detection unit configured to detect separation of a tail end (St) of the strip from the unwinder, and in that the rotation control unit is configured to stop the rotation of the pair of mill rolls (15, 16), based on a separation timing which is a timing when the separation of the tail end (St) from the unwinder is detected by the separation detection unit and the velocity of the strip acquired by the velocity acquisition unit. a rotation control unit for controlling rotation of the mill rolls (15, 16); a velocity acquisition unit configured to acquire velocity of the strip between the unwinder and the mill rolls (15, 16), characterised in that the control device comprises a separation detection unit configured to detect separation of a tail end (St) of the strip from the unwinder, and in that the rotation control unit is configured to stop the rotation of the pair of mill rolls (15, 16), based on a separation timing which is a timing when the separation of the tail end (St) from the unwinder is detected by the separation detection unit and the velocity of the strip acquired by the velocity acquisition unit.
Method to approach a wind turbine by helicopter, - whereby the wind turbine comprises a nacelle and an instrument, - wherein the instrument, which is arranged on top of the nacelle, is operated in a first position, - wherein the instrument is moved from the first position in a second position if a helicopter approaches the nacelle, - while the second position is chosen in a way that an operation of the helicopter in a free airspace in the vicinity of the nacelle is allowed. - whereby the wind turbine comprises a nacelle and an instrument, - wherein the instrument, which is arranged on top of the nacelle, is operated in a first position, - wherein the instrument is moved from the first position in a second position if a helicopter approaches the nacelle, - while the second position is chosen in a way that an operation of the helicopter in a free airspace in the vicinity of the nacelle is allowed.
A deployment device for implanting a selectable amount of filament within a tissue, the deployment device comprising: a cannula comprising a lumen, the said cannula is capable of being guided such that a distal tip thereof may be located within the tissue, a filament comprises a proximal portion and a distal portion, a filament needle comprises a proximal end, a distal end, and a lumen, wherein said lumen of said filament needle is configured to receive the said filament so that said distal portion of said filament extends from said distal end of said filament needle, said distal end of said filament needle and said distal portion of said filament entirely locatable within said lumen of said cannula, and wherein said filament needle is configured to be rotatable within said lumen of said cannula, the deployment device characterized in that when in use, rotation of the said filament needle within said lumen of said cannula twists said distal portion of said filament into a twisted distal portion located distally to said distal end of said filament needle, and said filament needle is configured to be advanced and retracted within said lumen of said catheter to pack said twisted distal portion of said filament into the tissue. a cannula comprising a lumen, the said cannula is capable of being guided such that a distal tip thereof may be located within the tissue, a filament comprises a proximal portion and a distal portion, a filament needle comprises a proximal end, a distal end, and a lumen, wherein said lumen of said filament needle is configured to receive the said filament so that said distal portion of said filament extends from said distal end of said filament needle, said distal end of said filament needle and said distal portion of said filament entirely locatable within said lumen of said cannula, and wherein said filament needle is configured to be rotatable within said lumen of said cannula, the deployment device characterized in that when in use, rotation of the said filament needle within said lumen of said cannula twists said distal portion of said filament into a twisted distal portion located distally to said distal end of said filament needle, and said filament needle is configured to be advanced and retracted within said lumen of said catheter to pack said twisted distal portion of said filament into the tissue.
An apparatus, comprising: at least one coherent multi-junction laser diode (700, 900) configured to produce an output beam (712, 714, 906); a fast axis collimator situated to collimate the output beam (712, 714, 906) along a fast axis; and a slow axis collimator situated to collimate the output beam (712, 714, 906) along a slow axis; and characterized by further comprising a phase compensation area (730, 910, 2402, 2404, 2502, 2504, 2602, 2604, 2702, 2704, 2802, 2804, 2902, 2904) that produces a 180 degree phase shift between beam portions so as to produce a symmetric mode from an asymmetric mode. at least one coherent multi-junction laser diode (700, 900) configured to produce an output beam (712, 714, 906); a fast axis collimator situated to collimate the output beam (712, 714, 906) along a fast axis; and a slow axis collimator situated to collimate the output beam (712, 714, 906) along a slow axis; and characterized by further comprising a phase compensation area (730, 910, 2402, 2404, 2502, 2504, 2602, 2604, 2702, 2704, 2802, 2804, 2902, 2904) that produces a 180 degree phase shift between beam portions so as to produce a symmetric mode from an asymmetric mode.
A wind turbine generator control system configured to disconnect a wind turbine generator from an electricity grid in the event of power loss in the grid and subsequently reconnect the WTG to the grid after the grid regains power, wherein the WTG comprises an auxiliary power supply (6,7) and one or more auxiliary circuits, the control system normally operable in a wake mode, and comprising: (a) means for detecting when the power in the grid falls below a predetermined level for more than a predetermined time; (b) means responsive thereto for disconnecting the wind turbine generator from the grid; wherein, following disconnection from the grid, the control system adopts a sleep mode; (c) means for detecting a return of power to the grid, and in response thereto, reverting the control system to a wake mode, connecting the auxiliary power supply to the auxiliary circuits and supplying power thereto; (d) means for determining when the powered auxiliary circuits are functional; and (e) means responsive thereto for reconnecting the wind turbine generator to the grid, wherein the control system uses substantially less power when in the sleep mode than when in the wake mode. (a) means for detecting when the power in the grid falls below a predetermined level for more than a predetermined time; (b) means responsive thereto for disconnecting the wind turbine generator from the grid; wherein, following disconnection from the grid, the control system adopts a sleep mode; (c) means for detecting a return of power to the grid, and in response thereto, reverting the control system to a wake mode, connecting the auxiliary power supply to the auxiliary circuits and supplying power thereto; (d) means for determining when the powered auxiliary circuits are functional; and (e) means responsive thereto for reconnecting the wind turbine generator to the grid,
System (1A, 1B) for distributing semisolid lubricant, comprising a semisolid lubricant tank and a high pressure pumping system that intermittently feeds, during a lubrication cycle, at least one first duct (3, 3A), the at least one first duct feeding a plurality of distributors (4, 4A) adapted to sort the semisolid lubricant to a plurality of users, wherein is present, fluidly associated with said first duct (3, 3A), a controlled suction/delivery device of a part of the semisolid lubricant conveyed by said first duct, the controlled suction/delivery device being configured to suck a volume of semisolid lubricant from said first duct during a step of inactivity of the pumping system on said first duct (3, 3A), and to introduce the previously suctioned semisolid lubricant in said first duct during a step of activity of the pumping system on said first duct (3, 3A), characterized in that the controlled suction/delivery device comprises a pressure sensor functionally associated with said first duct (3, 3A) and configured to control the suction/delivery device in its phases of sucking and of introducing the lubricant in said first duct on the base of the pressure read by the sensor.
Wood stove comprising a housing containing a combustion chamber and provided with an air supply opening, a discharge opening for combustion gases, and at least two supply openings (19, 32) for wood present in the upper part of the housing, said stove further comprises at least two stock tubes (21a, 21b, 21c) for logs which stock tubes are open at both ends, each of which stock tubes having one end connected to one of the supply openings and extending from this supply opening in a substantially vertical direction upwards, characterized in that the wood stove comprises a vertically movable partition plate which is present between the two stock tubes and is movable between an inactive position, in which the partition plate is present completely or substantially completely between the stock tubes (21a-c), and an active position, in which the partition plate extends partly or completely in the combustion chamber and shields a part of it from the fire source.
A shielding analysis device, comprising - an outer shell comprising a flexible material that reflects and/or absorbs electromagnetic radiation; - an airlock (116, 130) disposed in the outer shell and through which at least one object can be brought into the shielding analysis device through the outer shell; and - at least one finger-receiving means comprising a flexible material that reflects and/or absorbs electromagnetic radiation, extending from the outer shell and adapted to receive a finger at least to the second outermost finger joint such that the finger can move about the outermost finger joint and about the second outermost finger joint, - wherein at least one of the outer sleeve and the finger receiving means comprises at least one of the following: - a woven material having galvanically conductive threads; - a nonwoven material having galvanically conductive fibers; - an electroconductive coating; - a graphite coating; and/or - a carbon coating; wherein the finger receiving means comprises, on the side facing the inside of the shielding analysis device a material that simulates at least a tactile characteristic of a human fingertip. - an outer shell comprising a flexible material that reflects and/or absorbs electromagnetic radiation; - an airlock (116, 130) disposed in the outer shell and through which at least one object can be brought into the shielding analysis device through the outer shell; and - at least one finger-receiving means comprising a flexible material that reflects and/or absorbs electromagnetic radiation, extending from the outer shell and adapted to receive a finger at least to the second outermost finger joint such that the finger can move about the outermost finger joint and about the second outermost finger joint, - wherein at least one of the outer sleeve and the finger receiving means comprises at least one of the following: - a woven material having galvanically conductive threads; - a nonwoven material having galvanically conductive fibers; - an electroconductive coating; - a graphite coating; and/or - a carbon coating;
A crop input control system for an agricultural implement having a plurality of row units, comprising: a planter row unit configured to open a planting trench and deposit a seed in said planting trench; a liquid control system configured to deposit liquid in said planting trench, characterised by comprising: a positioning control actuator disposed to modify a pattern of liquid discharge to change liquid deposition relative to said seed. a planter row unit configured to open a planting trench and deposit a seed in said planting trench; a liquid control system configured to deposit liquid in said planting trench, characterised by comprising: a positioning control actuator disposed to modify a pattern of liquid discharge to change liquid deposition relative to said seed.
A fitting arrangement for a window, for a door or the like for a support of a leaf at a frame, which support can be opened by turning about an axis of rotation and can be opened by tilting about a tilt axis, comprising a cover rail; a scissor stay arm; and a scissor stay guide, wherein the cover rail is configured to be fastened to a side of the leaf remote from the tilt axis; wherein the scissor stay arm is configured to be supported with a frame-side end, in particular via a scissor bearing, at the frame in a manner rotatable about the axis of rotation and is connected with a leaf-side end in an articulated manner to the cover rail; wherein the scissor stay guide is connected with an arm-side end in an articulated manner to a fork section of the scissor stay arm and is connected with a leaf-side end in an articulated manner to the cover rail; wherein the scissor stay arm is formed in at least two parts and comprises a support member, at which the frame-side end of the scissor stay arm is formed, and a pivot member which is separate therefrom and at which the leaf-side end of the scissor stay arm is formed; wherein the support member and the pivot member are displaceable relative to one another, in particular along a longitudinal axis of the scissor stay arm, such that the spacing between the fork section and the leaf-side end of the scissor stay arm is variable, characterized in that the scissor stay guide is connected with its arm-side end in an articulated manner to a fork point of the scissor stay arm which is variable within the fork section, in particular along the longitudinal axis.
A mounting clip device for securing an externally corrugated guide tube for wires, cable or pipes to a base, the clip being formed approximately as a U-shape with a curved portion and two branches (3,4), and wherein the clip has a fixing means selected from one of: a fixing leg (5,6) that is an integral extension of at least one of the U's two branches, a fixing nail with sleeve therefor in connection with at least one of the U's two branches, and a lug projecting at a right angle from at least one of the U's two branches, the lug having a hole for engagement with a nail, screw or rivet, wherein the U-shaped clip on its interior surface is configured having at least one boss or stud (7;8;15;16;27;28;36;37;38';38";38';39";43;44;47';47") located on at least one of the respective branches (3,4) of the clip below the curved portion, said at least one boss or stud (7;8;15;16;27;28;36;37;38';38";38';39";43;44;47';47") is configured to be wholly or partly enterable into a depression between adjacent corrugations on the guide tube, the at least one boss or stud (7;8;15;16;27;28;36;37;38';38";38';39";43;44;47';47") allows the clip, when applied onto the guide tube, to form snap engagement with the guide tube and to provide axial fixation of the guide tube in its longitudinal direction.
A threaded assembly between a screw and a workpiece, wherein the screw has a shaft that is provided with a thread and has an unthreaded shaft section at its end adjacent to the head, wherein a washer is arranged between the head of the screw and the workpiece, wherein the washer has a bore receiving the screw and is spatially deformed around at least one axis extending diametrically through the bore in such a manner that the washer is angled around the diametrical axis so that an angular crown line is parallel to the axis, and the angled washer has an operational thickness (D e) that is greater than the initial thickness (D a) of the washer, and wherein the washer is made from a material that is selected such that the washer can be plastically deformed when the threaded assembly is created, characterized in that the workpiece is composed of at least one and preferably of a plurality of thin plates (42a, 42b), that the shaft has a hole-forming or hole-drilling tip at its free end facing away from the head and that the length (Lg) of the unthreaded shaft section is smaller than the sum of the thickness (D w) of the workpiece and the operational thickness (D e) of the washer and is substantially not smaller than the sum of the thickness (D w) of the workpiece and the initial thickness (D a) of the washer.
A wire harness comprising at least one conductive path and a tube body shaped exterior member made of resin which covers the conductive path, wherein the exterior member includes a flexible tube part having flexibility, and an inflexible tube part having flexibility lower than that of the flexible tube part, the inflexible tube part has a plurality of protruding parts formed to protrude from an outer surface thereof, and the protruding parts are formed so as to extend in a circumferential direction of the outer surface and arranged at intervals in an axial direction of a tube of the exterior member, the inflexible tube part has at least one second protruding part formed to protrude from the outer surface thereof, and the second protruding part is formed so as to extend in the axial direction of the tube, characterized in that the inflexible tube part is configured in a form of a straight tube, at a position of a back side of the protruding part in an inner surface of the inflexible tube part, a recessed part is formed in such a way that the inner surface is recessed, and a thickness in a part where the protruding part is provided and a thickness in a part where the protruding part is not provided are made to be uniform, at a position of a back side of the second protruding part in the inner surface of the inflexible tube part, a recessed part is formed in such a way that the inner surface is recessed, the inflexible tube part includes an inflexible tube part main body, and the inflexible tube part main body is configured in the form of a straight tube which is circular in section. a flexible tube part having flexibility, and an inflexible tube part having flexibility lower than that of the flexible tube part,
Method for performing open-loop and closed-loop control of an internal combustion engine with a common rail system, in which method the rail pressure (pCR), which is measured by means of a rail pressure sensor, is closed-loop controlled by means of a low-pressure-side intake throttle as first pressure adjusting element in a rail pressure closed-loop control circuit, in which method a rail pressure interference variable (VDRV) for influencing the rail pressure (pCR) is generated by means of a high-pressure-side pressure control valve as a second pressure adjusting element, by means of which fuel is discharged from the rail into the fuel tank, and the position of which is determined by means of a PWM signal (PWMDV), characterized in that an actual rail pressure (pCR) is calculated from the rail pressure (pCR) by means of a first filter, and a dynamic rail pressure (pCR) is calculated from the rail pressure (pCR) by means of a second filter, wherein a stationary state function is set if a stationary state of the engine is detected (BKM = 0), wherein when a stationary state function is set the PWM signal (PWMDV) is output with a value of zero, wherein the stationary state function is reset and a normal function is set if the actual rail pressure (pCR) exceeds the start value (pSTART) and a verified engine rotational speed (nMOT) is detected (BKM = 1), wherein when a normal function is set the PWM signal (PWMDV) is calculated in accordance with a resulting setpoint volume flow (Vres), a protective function is set if the dynamic rail pressure (pCR) exceeds a maximum pressure value (pMAX), and the protective function is enabled (MERKER = 0), wherein when a protective function is set the PWM signal (PWMDV) is temporally set to a maximum value (PWMt).