Uncoiler
An uncoiler and rotating sleeve technology, which is applied in the direction of coiling strips, thin material handling, transportation and packaging, etc., to achieve the effects of stable operation, convenient operation and reduced manufacturing costs
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Embodiment 1
[0080] see figure 1 , a double-arm uncoiler, comprising a base 1 and a box body rotatably connected to the base 1, the box body includes a bottom plate 4 and two left and right vertical plates 32 affixed thereon, and two vertical plates 32 are respectively provided with a The supporting sleeve 26 is used to form a symmetrical double-arm structure. A group of actuators are respectively arranged on the inner sides of the two vertical plates 32 , and each group of actuators drives the pull rods 17 that are arranged on the same side and are installed in the side support sleeves 26 . A powder metallurgy bearing for supporting the pull rod 17 is arranged in the supporting sleeve 26 . The above-mentioned actuator can be a hydraulic cylinder with a lock or an air cylinder with a lock.
[0081] The support sleeve 26 is a sleeve with a flange at one end, wherein the flange part is fastened on the vertical plate 32 of the box body. The support sleeve 26 is provided with a horizontall...
Embodiment 2
[0119] It is mostly the same as in Embodiment 1, except that the connection mode between the actuator cylinder and the pull rod is changed. In embodiment 1, the retraction of the pull rod is realized by extending the actuator cylinder, and in this embodiment, the retraction of the pull rod is realized by the retraction of the actuator cylinder.
[0120] See Figure 9 , taking the pull rod on the left as an example, the cylinder 33 driving the pull rod 17 is also a group of two, but the difference is that the cylinder rod protrudes toward the left side (the direction close to the outer end of the pull rod connected to it), and each cylinder The end of the cylinder rod is also connected to the end of one side arm of the V-shaped connecting plate 35 through a connecting head 36 . The difference is: the length of the connecting plate in this embodiment is shorter than that of the connecting plate in embodiment 1, and the opening direction is different from that in embodiment 1. I...
Embodiment 3
[0125] The difference between this embodiment and the foregoing embodiment is that:
[0126] First structure: see figure 1 and Figure 11a , the tail of each cylinder is hinged on the vertical plate of the casing, and the cylinder rod is connected with the inner end of the pull rod 17 by a lever 35 . The inner end of the pull rod 17 is connected with a first Y joint 34, and the head of the cylinder rod of the actuator is equipped with a second Y joint 36, and the two ends of the lever 35 are respectively hinged with the first Y joint 34 and the second Y joint 36, wherein with The hinged part of the first Y joint is a long groove rather than a round hole. The middle part of the lever 35 is hinged with the support 63 fixed on the box vertical plate, and the box vertical plate with the support 63 and the driven pull rod 17 are fixedly connected. same side setting.
[0127] Second structure: see Figure 11b , forming a second structure in which two actuators 33 of a group are...
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Abstract
Description
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