Rotary transmission device for straight rod-shaped objects
A technology for rotating transmission devices and objects, which is applied in the direction of conveyor objects, transportation and packaging, rotary conveyors, etc., and can solve problems such as indentation and deformation of straight rod-shaped objects
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Embodiment 1
[0016] The rotating transfer device for straight rod-shaped objects in this embodiment is used for the rotating transfer of cigarettes, and its structure is as follows: figure 1 and figure 2 As shown, one end of the middle drum 1 is supported on the frame for connecting the input drum 3 and the output drum 4 (see Image 6 ), to realize the transfer, transfer, and conveyance of the cigarette 2 from the input drum-shaped wheel to the output drum-shaped wheel. The outer circle of the middle drum 1 has a stem-like strip 1-1 that protrudes radially and is parallel to the generatrix. The slope 1-3 is transitionally connected, and the slope 1-3 is transitionally connected with the outer circle of the middle drum 1 through an inclined surface, and the transition arcs on both sides respectively have a row of suction holes 1-2 connected with the negative pressure source. In addition, a pair of rotating suction nozzles 5 whose axes are basically consistent with the axial direction of ...
Embodiment 2
[0022] The straight rod-shaped object rotation transmission device of this embodiment is as follows: Image 6 As shown, the two ends of the middle drum 1 are supported on the frame, and are used to transport the straight rod-shaped object 2 from the input drum 3 to the output drum 4 after being rotated. Different from Embodiment 1, the middle drum-shaped wheel 1 has six stem-shaped strips 1-1 uniformly distributed on the circumference, and the suction holes 1-2 on both sides of each stem-shaped strip 1-1 are connected with the inside of the middle drum-shaped wheel 1. The negative pressure source is connected (the adsorption structure of the input drum-shaped wheel 3 and the output drum-shaped wheel 4 can be imagined, and will not be described in detail). Therefore, work efficiency is higher.
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