Raking spring connecting rod stable connecting mechanism of rotary hay rake
A technology of spring connecting rod and connecting mechanism, applied in hay tedders, agricultural machinery and implements, applications, etc., can solve the problems of inconvenient installation and the inability of rotating rods to be interchangeable and general, and achieve the effect of convenient installation and noise avoidance
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Embodiment 1
[0035] The rotary rake rake spring connecting rod stabilizes the connection mechanism. The rubber pad 3 is sleeved on the end of the spring connecting rod 2, and then a section of the end of the spring connecting rod 2 is inserted into the rotating rod 1, and then the flange plate 2 The three cylindrical holes 20-1 on the 20 are respectively aligned with the cylindrical holes 10-1 on the flange 10, and then the bolt 4 passes through the flange 2 20, the rubber pad 3 and the flange 10 in sequence , and then be fastened by nut 5, so that spring connecting rod 2 is subjected to centrifugal force and the weeds on the ground when the weeds on the ground are held by the live grass roots, grass stems, grass vines, etc. Make the spring connecting rod 2 and the rotating rod 1 have mechanical collision and mechanical friction when they work at high speed, so as to avoid the generated noise.
Embodiment 2
[0037] The rotary hay rake rake spring connecting rod stabilizes the connection mechanism. The rubber pad 3 is sleeved on the end of the spring connecting rod 2, and then a section of the end of the spring connecting rod 2 is inserted into the rotating rod 1 to adjust the angular position, and then Tighten the external hexagonal internal thread sleeve 1-2 forward, so that the external hexagonal internal thread sleeve 1-2 squeezes the external thread 1-1 with a plurality of wedge-shaped Cao, so that the external thread 1-1 section on the rotating rod 1 The inner wall of the inner wall firmly holds the part of the spring connecting rod 2 inserted into the rotating rod 1, and then connects the three cylindrical holes 4 2-10 on the flange 4 2-1 with the cylindrical holes on the flange 3 1-20 respectively Three 1-200 alignment, and then the bolt 4 passes through the flange four 2-1, rubber pad 3 and flange three 1-20 in turn, and then tightened by the nut 5, avoiding the welding of ...
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