Anti-whipping energy dissipation limiting device with built-in viscous damper
A technology of limiting device and viscous damping, applied in the direction of coil spring, non-rotation vibration suppression, pipe/pipe joint/pipe fitting, etc., can solve the displacement, fixed end and pipe damage that cannot limit the high-energy pipe to the direction of the fixed end Problems such as energy dissipation capacity, inability to limit circumferential rotation and longitudinal displacement, etc.
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specific Embodiment 1
[0032] refer to Figure 1-Figure 6 , the anti-shock energy dissipation limit device for high-energy tubes involved in this embodiment is composed of anti-swing energy dissipation and position-limiting annular restraints, and the annular restraints include an inner ring cylinder 1 and an outer ring Cylinder 2, a built-in annular cylinder 3 is embedded in the outer ring cylinder 2; the inner ring cylinder 1 is sleeved on the high-energy tube 10, the outer ring cylinder 2 forms a fixed cylinder for the external fixed connection end, and the inner ring cylinder 1 The ring cylinder 1 is integrated with the outer ring cylinder 2 through the built-in ring cylinder 3 to form a radial limit structure; The cylinder body 3 and the outer ring cylinder body 2 form an embedding movable connection structure, and the built-in ring cylinder body 3 and the inner ring cylinder body 1 are movable cylinder bodies, forming a multi-directional rotation and longitudinal limit structure; the inner rin...
specific Embodiment
[0064] The characteristics of other specific embodiments of the present invention are: the inclination angle α depends on the characteristics of the load, and can be any angle outside the range of 0-30°, for example: it can be 1°, 5°, 10°, 17° °, 20°, 25° or 30°. All the other are with specific embodiment 1.
[0065] In summary, the present invention refers to the following principles when designing the anti-slam restraint: (1) in the running and anti-snap stages, it has the recovery ability to return to the original position after the vibration is terminated; (2) it has certain damping (3) Good durability, stable performance, no large changes in elasticity or other physical and chemical properties due to changes in external temperature, humidity and other conditions; (4) Convenient and economical materials Practical; (5) On the premise of meeting the bearing capacity and other performance requirements, the cost should be reduced as much as possible. The invention is to prev...
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Abstract
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