mhurhangee/ep-ind-claims huggingface dataset:
A composite material molding method for forming a composite material by disposing a reinforcing base material in a cavity inside an openable and closable mold, injecting resin into the cavity in a state in which a clamping pressure is exerted on the mold, and curing the resin, characterized in that a threshold value of the pressure inside the cavity is set lower than the clamping pressure, and when the resin is injected into the cavity, the resin is injected while exerting on the resin an injection pressure that is equal to or greater than the clamping pressure until the pressure inside the cavity reaches the threshold value, and the inside of the cavity is suctioned after the pressure inside the cavity has reached the threshold value.
Packaging lid for mounting over an access opening of a packaging container, said container being adapted in particular for packaging a powdered or granular food product and comprising a bottom and a circumferential wall which has an upper rim remote from the bottom, said upper rim defining the opening of the container, wherein the lid comprises a top side that in a mounted state extends over the opening of the container and a skirt extending from the the top side towards a lower end, wherein the skirt has on an inner side thereof resilient members adapted to cooperate with an outwardly projecting ridge on an outer side of the circumferential wall of the container so as to secure the lid to the container, characterized in that the resilient members are formed as resilient elongate strips having two ends attached to the inner side of the skirt and formed as an arch which, in an unloaded state, has a rise with respect to the inner side of the skirt.
Profile clamp, comprising a clamping band and a pre-positioner (3, 103, 203), the clamping band having two flanks (8, 9), and the pre-positioner (3, 103, 203) being connected to the clamping band, and the pre-positioner (3, 103, 203) having at least one attachment section (20, 120, 220), the at least one attachment section (20, 120, 220) extending axially beyond one of the flanks and radially inside the two flanks (8, 9), characterised in that the clamping band comprises four segments (10, 11, 12, 13), and the pre-positioner (3, 103, 203) engages with only two of the four segments (11, 12).
A movement comprising: a winding stem that is rotated at least at a zero stage position and a first stage position; a switch wheel that engages with the winding stem so as to rotate integrally with the winding stem; and a switch contact point spring body that comes into contact with the switch wheel in response to the rotation of the switch wheel when the winding stem is located at the first stage position, and that does not come into contact with the switch wheel, even if the switch wheel is rotated when the winding stem is located at the zero stage position, the movement further comprising: a setting lever that engages with the winding stem and is moved in response to a movement of the winding stem; and a yoke that engages with the setting lever and is moved in response to a movement of the setting lever, wherein the switch wheel is disposed so as to be movable in an axial direction of the winding stem, and in response to a movement of the yoke, the switch wheel is moved to any position of a position in contact with the switch contact point spring body and a position not in contact with the switch contact point spring body, the movement further comprising: a setting lever spring that holds the setting lever, characterised in that: the setting lever spring includes a return spring portion that returns a position of the switch contact point spring body which is moved by coming into contact with the switch wheel to an original position. a winding stem that is rotated at least at a zero stage position and a first stage position; a switch wheel that engages with the winding stem so as to rotate integrally with the winding stem; and a switch contact point spring body that comes into contact with the switch wheel in response to the rotation of the switch wheel when the winding stem is located at the first stage position, and that does not come into contact with the switch wheel, even if the switch wheel is rotated when the winding stem is located at the zero stage position, the movement further comprising: a setting lever that engages with the winding stem and is moved in response to a movement of the winding stem; and a yoke that engages with the setting lever and is moved in response to a movement of the setting lever, wherein the switch wheel is disposed so as to be movable in an axial direction of the winding stem, and in response to a movement of the yoke, the switch wheel is moved to any position of a position in contact with the switch contact point spring body and a position not in contact with the switch contact point spring body, the movement further comprising: a setting lever spring that holds the setting lever, characterised in that: the setting lever spring includes a return spring portion that returns a position of the switch contact point spring body which is moved by coming into contact with the switch wheel to an original position. a setting lever spring that holds the setting lever, characterised in that: the setting lever spring includes a return spring portion that returns a position of the switch contact point spring body which is moved by coming into contact with the switch wheel to an original position.
A vehicle, in particular for conveying objects, such as vehicle bodies, wherein the vehicle comprises: - a base body; - a chassis, by means of which the base body rests on and/or is movable on a drivable base; - a drive device for driving the vehicle; - a receiving device, which comprises one receiving element, two receiving elements, or more than two receiving elements for receiving at least one object; - one or more sensor devices, by means of which a surrounding region of the vehicle can be detected, wherein, by means of a control device of the vehicle, boundary lines between different zones of the surrounding region are varied depending on a current state of the vehicle, wherein, for the current state of the vehicle, one or more of the following state characteristics are taken into account: a) whether the vehicle is loaded or unloaded with an object; and/or b) at what speed and in what direction the vehicle is moving; and/or c) at which position the vehicle is arranged in a conveyor device and/or processing facility. - a base body; - a chassis, by means of which the base body rests on and/or is movable on a drivable base; - a drive device for driving the vehicle; - a receiving device, which comprises one receiving element, two receiving elements, or more than two receiving elements for receiving at least one object; - one or more sensor devices, by means of which a surrounding region of the vehicle can be detected, wherein, by means of a control device of the vehicle, boundary lines between different zones of the surrounding region are varied depending on a current state of the vehicle, wherein, for the current state of the vehicle, one or more of the following state characteristics are taken into account: a) whether the vehicle is loaded or unloaded with an object; and/or b) at what speed and in what direction the vehicle is moving; and/or c) at which position the vehicle is arranged in a conveyor device and/or processing facility. wherein, by means of a control device of the vehicle, boundary lines between different zones of the surrounding region are varied depending on a current state of the vehicle, wherein, for the current state of the vehicle, one or more of the following state characteristics are taken into account: a) whether the vehicle is loaded or unloaded with an object; and/or b) at what speed and in what direction the vehicle is moving; and/or c) at which position the vehicle is arranged in a conveyor device and/or processing facility. a) whether the vehicle is loaded or unloaded with an object; and/or b) at what speed and in what direction the vehicle is moving; and/or c) at which position the vehicle is arranged in a conveyor device and/or processing facility.
Shrinking tunnel for shrinking shrink films onto products, for example onto bundles, with at least transport path for the products, which path is configured in a treatment chamber and extends between a shrinking tunnel inlet (1.1) and a shrinking tunnel outlet (1.2), with at least two arrangements of nozzle openings, which are arranged on different sides of the transport path, preferably on opposing sides, for the outlet of a hot gaseous medium that causes the shrinkage of the shrink film, and at least one first guide plate, which is associated with each arrangement of nozzle openings, and which can be adjusted by at least one lifting device along the arrangement of nozzle openings concerned for the controlled covering and releasing of nozzle openings, preferably perpendicular or essentially perpendicular to a transport plane of the at least one transport path, wherein the first guide plates are provided individually and separately at the arrangements of nozzle openings and in each case can be adjusted in their position, preferably in their height, individually or in groups or all in common, by the lifting devices, characterised in that the first guide plate and the at least one second guide plate associated with the first are arranged on different planes, and specifically in such a way that the first guide plate, on being raised out of the initial position, first moves past the second guide plate and finally carries the second guide plate with it.
Curtain of a vertical sliding roll-up door, which door comprises a portal structure including vertical uprights provided with guide rails to guide the sliding of blocks fixed along the lateral edges of the curtain, in order to allow the curtain to move vertically with respect to the portal structure, characterized in that the curtain comprises air-sealing gaskets (25a; 25b) that extend substantially over the entire length of the longitudinal edges of the curtain at said blocks, in order to block the passage of air between the guide rails and said blocks, said gaskets (25a; 25b) having a first portion fixed to a respective edge of the curtain, or to a strip for fixing it to the curtain, and a second portion (27b; 27c) projecting from the plane of the curtain, which is intended to rest slidably on an outer surface of the respective guide rail.
A foldable watercraft (1, 100, 200, 300, 400, 500, 600, 700, 800) with craft sides (3, 4, 103, 104, 204, 304, 603, 604, 703, 704, 803, 804) and a bottom (5, 105, 405, 605, 705, 805), in particular a kayak, wherein at least the bottom comprises at least two drop-stitch plates (19, 19', 119, 119', 219, 319, 419, 419', 519, 519', 619, 619', 719, 719', 819, 819') that can be inflated using air and that in a built-in position are held in a shape-giving manner, in particular clamped-in, as a result of which at least in areas the bottom and a keel (7, 107, 207, 307, 607, 707, 807) of the watercraft are created, wherein bottom and craft sides are separate, but interconnected components of the watercraft, and wherein the at least two drop-stitch plates are aligned along their longitudinal sides (28, 28', 128, 128', 428, 428') and parallel to each other, characterised in that between the at least two drop-stitch plates at least in areas an elongate element (13, 113, 213, 313, 413, 613, 814), in particular a tube or rod, is present as a keel shaper, that narrow sides, resting against the elongate element, of the at least two drop-stitch plates, after they have been inflated, press against the elongate element, and that at least one rib (117, 117', 317, 317', 517, 717, 817), in particular a plurality of ribs, are present that can be fastened to the watercraft, as a result of which the rib or the ribs are held in position, wherein the rib or the ribs press the elongate element in a direction of the underside of the watercraft.
A door for a refrigerator, the door comprising a door frame enclosed at a periphery, and a first side plate and a second side plate located on two opposed sides of the door frame, the door frame, the first side plate and the second side plate forming a receiving space for receiving a foaming material, wherein the door frame is provided with at least one material overflow preventing assembly which comprises an air discharge hole disposed on the door frame, characterized in that the at least one material overflow preventing assembly further comprises a receiving cavity communicated with the air discharge hole, a hollow protrusion formed on the door frame and forming the receiving cavity, a cap disposed at an outer circumference of the protrusion and covering the receiving cavity, and a material discharging passage communicated with the receiving cavity, the air discharge hole is communicated with the external, a cap disposed at an outer circumference of the protrusion and covering the receiving cavity, and the material discharging passage is communicated with the receiving space and is defined between the protrusion and the cap; the air discharge hole extends along an extension axis, a plane perpendicular to the extension axis is defined as a first plane, a projection area of the receiving cavity on the first plane is greater than a projection area of the air discharge hole on the first plane, and the projection area of the receiving cavity on the first plane is greater than the projection area of the material discharging passage on the first plane. the door frame is provided with at least one material overflow preventing assembly which comprises an air discharge hole disposed on the door frame, characterized in that the at least one material overflow preventing assembly further comprises a receiving cavity communicated with the air discharge hole, a hollow protrusion formed on the door frame and forming the receiving cavity, a cap disposed at an outer circumference of the protrusion and covering the receiving cavity, and a material discharging passage communicated with the receiving cavity, the air discharge hole is communicated with the external, a cap disposed at an outer circumference of the protrusion and covering the receiving cavity, and the material discharging passage is communicated with the receiving space and is defined between the protrusion and the cap; the air discharge hole extends along an extension axis, a plane perpendicular to the extension axis is defined as a first plane, a projection area of the receiving cavity on the first plane is greater than a projection area of the air discharge hole on the first plane, and the projection area of the receiving cavity on the first plane is greater than the projection area of the material discharging passage on the first plane.
A fan for a turbomachine having an axis of revolution and comprising: - a fan disk having an upstream face and a radial face configured to receive a series of fan blades, - an inter-blade platform comprising an upstream end, a base and at least one stiffener extending radially from the base and configured to cooperate with the fan disk, - an inlet cone, - a locking collar cooperating with the platform, which is attached and fixed on the one hand to the upstream end of the platform and on the other hand to the upstream face of the fan disk, the locking collar comprising a radial ring and a lug, extending axially from the radial ring and configured to form a radial abutment for the inlet cone, the fan being characterised in that it comprises: - a lid extending radially from the radial face of the disk and having a hole formed therein, the fan comprises a leg having a through hole formed therein and in that it further comprises a pin configured to engage the hole formed in the lid and the through hole formed in the leg so as to lock the platform relative to the fan disk. - a fan disk having an upstream face and a radial face configured to receive a series of fan blades, - an inter-blade platform comprising an upstream end, a base and at least one stiffener extending radially from the base and configured to cooperate with the fan disk, - an inlet cone, - a locking collar cooperating with the platform, which is attached and fixed on the one hand to the upstream end of the platform and on the other hand to the upstream face of the fan disk, the locking collar comprising a radial ring and a lug, extending axially from the radial ring and configured to form a radial abutment for the inlet cone, the fan being characterised in that it comprises: - a lid extending radially from the radial face of the disk and having a hole formed therein,
A rock bolt for installation within a bore formed in rock strata comprising: an elongate shaft having a leading end for installation into the bore and a threaded trailing end to project from an open end of the bore; an internally threaded nut attached at the trailing end to mount a rock plate against a surface of the rock strata, the nut having an axially forward facing contact face for positioning opposed to the rock plate and an axially rearward facing exposed face; a recessed portion extending axially inward from the exposed face and defining an axially rearward facing display face, for displaying information relative to the rock bolt, being axially recessed relative to the exposed face; characterised by: a tab mounted within the recessed portion and having an axially rearward facing tab display face. an elongate shaft having a leading end for installation into the bore and a threaded trailing end to project from an open end of the bore; an internally threaded nut attached at the trailing end to mount a rock plate against a surface of the rock strata, the nut having an axially forward facing contact face for positioning opposed to the rock plate and an axially rearward facing exposed face; a recessed portion extending axially inward from the exposed face and defining an axially rearward facing display face, for displaying information relative to the rock bolt, being axially recessed relative to the exposed face; characterised by: a tab mounted within the recessed portion and having an axially rearward facing tab display face.
A method for the fine machining of premachined bearing seats of the main bearings and pin bearings of crankshafts by rotary broaching, wherein cutting tools are guided over different areas of the bearing surface in each case, characterized in that in each case at least one bearing seat is machined successively by fine rotary broaching with at least two cutting edges arranged in opposite directions, the surface geometry (straightness, roundness) is measured before precision cutting to the finished size, in that straightnesses are detected in several defined angular positions along the bearing axis on the surface of the bearing seats, in that roundness is measured at several defined axis positions, and wherein a correction is calculated if a deviation of the ACTUAL surface geometry from a predefined TARGET surface geometry is determined, wherein this calculated correction is superimposed on each cutting edge being engaged during the cutting process, in that a compensating movement of the cutting edge normal to the surface of the bearing seats and/or tangential to the surface of the bearing seats is carried out during the cutting engagement in direct dependence on the rotary movement of the cutting edge and/or in direct dependence on the rotary movement of the workpiece spindle in such a manner that at least partial areas of the surface of the bearing seat can be machined. in each case at least one bearing seat is machined successively by fine rotary broaching with at least two cutting edges arranged in opposite directions, the surface geometry (straightness, roundness) is measured before precision cutting to the finished size, in that straightnesses are detected in several defined angular positions along the bearing axis on the surface of the bearing seats, in that roundness is measured at several defined axis positions, and wherein a correction is calculated if a deviation of the ACTUAL surface geometry from a predefined TARGET surface geometry is determined, wherein this calculated correction is superimposed on each cutting edge being engaged during the cutting process, in that a compensating movement of the cutting edge normal to the surface of the bearing seats and/or tangential to the surface of the bearing seats is carried out during the cutting engagement in direct dependence on the rotary movement of the cutting edge and/or in direct dependence on the rotary movement of the workpiece spindle in such a manner that at least partial areas of the surface of the bearing seat can be machined.
An assistance system for a motor vehicle with a camera having a camera body, said camera being covered by means of a cap, characterised in that the camera body comprises a first heat sink with first cooling ribs and the cap comprises a second heat sink with second cooling ribs, and wherein the second cooling ribs are at least partially arranged between the first cooling ribs.
A quick-responding fluid fan clutch device of an external control type, the device comprising: a torque transmission chamber incorporating a drive disk therein and provided in a sealed housing composed of a nonmagnetic case and a cover mounted on the case, the case and the cover being supported via bearings (13, 14) on a rotary shaft with the drive disk fixed thereto; at least one oil circulating flow passage hole communicating with a torque transmission gap and provided on a side wall of an annular oil reserving chamber formed by a hollow in the case; a magnetic valve member for opening and closing the oil circulating flow passage hole, the valve member having an armature attached to a leaf spring mounted on the case; an electromagnet supported via a bearing to the rotary shaft; and a ring-shaped magnetic member disposed via a ring-shaped non-magnetic member on an outer periphery of the rotary shaft, wherein opening and closing of the oil circulating flow passage hole is controlled by the valve member actuated by the electromagnet, and an effective contact area of oil in the torque transmission gap provided between the drive side and the driven side is increased and decreased to control rotary torque transmission from a drive side to a driven side, characterized in that an inner wall eccentric to an outer wall of the annular oil reserving chamber is provided in the annular oil reserving chamber. a torque transmission chamber incorporating a drive disk therein and provided in a sealed housing composed of a nonmagnetic case and a cover mounted on the case, the case and the cover being supported via bearings (13, 14) on a rotary shaft with the drive disk fixed thereto; at least one oil circulating flow passage hole communicating with a torque transmission gap and provided on a side wall of an annular oil reserving chamber formed by a hollow in the case; a magnetic valve member for opening and closing the oil circulating flow passage hole, the valve member having an armature attached to a leaf spring mounted on the case; an electromagnet supported via a bearing to the rotary shaft; and a ring-shaped magnetic member disposed via a ring-shaped non-magnetic member on an outer periphery of the rotary shaft, wherein opening and closing of the oil circulating flow passage hole is controlled by the valve member actuated by the electromagnet, and an effective contact area of oil in the torque transmission gap provided between the drive side and the driven side is increased and decreased to control rotary torque transmission from a drive side to a driven side, characterized in that an inner wall eccentric to an outer wall of the annular oil reserving chamber is provided in the annular oil reserving chamber.