TH91982A - Ring attachment mechanism - Google Patents

Abstract

DC60 The loose-leaf pages ring mechanism consists of a housing, a hinge plate and a ring element fixed on a hinge plate for holding the paper.On the mechanism, a starting lever is mounted on the body. Rotatable housings for connecting hinged plates And the rotation of the hinge plate to selectively move the ring piece between the open and closed positions. The traveling rods are connected in a manner That works with the lever for movement that can be selected between The position where the locking element of the bar travels blocks the rotating motion of the hinge plate. And the position where the rod travel will cause the hinge plate to rotate. The lever will be reconfigured to Deformed when turning the hinge plate closer to the ring piece to slow down the movement of the traveling rod. And components for the wheel to the barrier position from the start of the rotational motion of the That hinge plate The loose-leaf pages mounting ring mechanism consists of a housing, a hinge plate, and a ring element fixed on a hinge plate to hold the paper.On the mechanism, the starting lever is mounted on the housing. In a rotatable manner for connecting hinged plates And the rotation of the hinge plate to selectively move the ring piece between the open and closed positions. The traveling rods are connected in a manner That works with the lever for movement that can be selected between The position where the locking element of the bar travels blocks the rotating motion of the hinge plate. And the position where the rod travel will cause the hinge plate to rotate. The lever will be reconfigured to Deformed when turning the hinge plate closer to the ring piece to slow down the movement of the traveling rod. And components for the wheel to the barrier position from the start of the rotational motion of the That hinge plate

Claims (22)

1. Loose-leaf page clamping ring mechanism. This mechanism consists of: the housing; the loose-leaf page clamping rings, each ring comprising a first and a second ring segment. The first ring segment is movable relative to the housing, and the second ring segment is located between the closed and open positions. In the closed position, the first and second ring segments form a closed, essentially continuous loop allowing the loose-leaf page clamped by the rings to move along the rings from one segment to the other. In the open position, the first and second ring segments form a discontinuous open loop for adding or removing the loose-leaf page; and the initiation system for moving the ring segments between the closed and open positions. This initiation system consists of the first and second hinge plates supported by the housing for rotational movement relative to the housing. The aforementioned first ring segment, mounted on the first hinge plate, can move via the rotational movement of the first hinge plate between the closed and open positions, and the initiator, mounted on the housing, for the initiation of the movement. The movement relative to the housing causes rotational movement of the hinge plate. This initiator is movable between the first position where the ring is closed and the second position where the ring is open; the locking system, with the initiator movable, moves between the locked position where the ring is secured in the closed position and the unlocked position where the ring can move from the closed to the open position; and the starting system is adjusted to deform after the initiator moves from the second position to the first, thereby delaying the locking system's rotational movement of the hinge plate. 2. The ring mechanism as specified in Claim 1, whereby the initiator is adjusted to be deformed after the movement of the initiator from the aforementioned second position to the aforementioned first position. 3. The ring mechanism as specified in claim 2, whereby the initiator shall consist of a first part connected to a body for relative elasticity. 4. The ring mechanism as specified in claim 3, where the first part and the body are constructed as a single piece. 5. A ring mechanism as specified in claim 3, whereby the first part is relative to the body when the initiator moves from position two to position one. 6. A ring mechanism as specified in claim 5, whereby the initiator also comprises a second part, a first part that is deformable relative to the second part as the initiator moves from position two to position one. 7. The ring mechanism as specified in claim 6, where the first and second parts are constructed as a single piece. 8. The ring mechanism as specified in claim 6, by the second part of the initiator, can be connected to the hinge plate for driving the hinge plate to move the ring component from the open to the closed position. 9. The ring mechanism as specified in claim 6, whereby the locking system consists of a traveling rod connected to an actuator for movement with the actuator; the traveling rod affects the rotational movement of the hinge plate. 10. The ring mechanism as specified in claim 9, whereby the initiation system shall consist of an intermediate connector connecting the traveling rod to the initiator, and an intermediate connector connecting to the initiator at the first part. 11. The ring mechanism as specified in claim 10, where the traveling bar consists of a groove and a bar; the groove receiving the intermediate connector on the traveling bar and the bar securing the connector on the traveling bar. 12. The ring mechanism as specified in claim 10, whereby the traveling rod shall consist of a locking component, the traveling rod itself, and a locking component that prevents the rotational movement of the hinge plate when the ring assembly is in the closed position. 13. A ring mechanism as specified in claim 12, where at least one hinge plate shall contain an opening for receiving a locking component to that hinge plate when the ring is in the open position. The locking component connected to at least one hinge plate at such opening, when starting operation, moves from the second position to the first position, causing the first part of the starter to move in a manner relative to the body. 14. The ring mechanism as specified in claim 6, whereby the initiator also comprises a third section and a hinge for the support that connects the third section to the body of the initiator. 15. The ring mechanism as defined in claim 14, whereby the initiator shall include the slots located between the third and the body of the initiator; slots of open and closed configurations; slots in the open configuration when the ring element is in both the open and closed positions; slots in the closed configuration when the ring element is in the process of moving from the closed to the open position. 16. A ring mechanism as specified in claim 15, whereby a third of the initiator is able to be connected to the hinge plate for driving the hinge plate to move the ring component from the closed to the open position. 17. The ring mechanism as specified in Claim 1, whereby the locking system shall include a locking component which is movable by an actuator between the locked position which prevents rotational movement of the hinge plate and the unlocked position which allows rotational movement of the hinge plate; a locking component in the locked position which is independent of any force likely to move the locking component from the locked to the unlocked position and in the unlocked position which is independent of any force likely to move the locking component from the unlocked to the locked position. 18. A ring mechanism as specified in Claim 1, where the initiator is a lever. 19. The ring mechanism as specified in Claim 1, in which it is integrated with the cover; the ring mechanism is mounted on the cover, and the cover is hinged for movement to select and release the leaflet when held on the ring mechanism. 20. Floating Paper Holding Ring Mechanism. The mechanism comprises: a housing; a hinge plate supported by the housing for rotational movement relative to the housing; and floating paper holding rings. Each ring consists of a first ring segment and a second ring segment. The first ring segment is mounted on the first hinge plate, which moves via rotational motion of the first hinge plate relative to the second ring segment between the closed and open positions. In the closed position, the two ring segments form a essentially continuous closed loop allowing the floating paper held by the rings to move along the rings from one ring segment to the other. In the open position, the two ring segments form a discontinuous open loop for adding or removing floating paper from the rings; an actuator mounted on the housing for movement relative to the housing to enable rotational movement of the hinge plate. The actuator consists of a flexible first segment and the actuator body; and a locking component that locks the closed ring segment in a releaseable manner in the locked position and releases the closed ring segment to move to the open position in the unlocked position. This locking component is connected to the actuator. The operation is performed in a manner that works at the first part, for sliding movement in conjunction with the first part; the first part of the initiator is flexibly adjusted relative to the initiator during the initiator's operation to close the ring part. 21. The ring mechanism as specified in claim 20, which also includes a traveling rod that can move in relation to the hinge plate and includes a locking component for locking the closed ring section in the locked position in a manner that allows it to be released, and for releasing the ring section to move to the open position in the unlocked position. 22. The ring mechanism as specified in claim 22 also includes an intermediate connector that connects the travel rod to the actuator for moving the travel rod between the locked and unlocked positions. The intermediate connector connected to the actuator at the first part is as mentioned above.