Adjustable draining rotating wheel structure of canning water control machine

Abstract

The invention relates to an adjustable draining rotating wheel structure of a canning water control machine. An outer edge of a rotary table of a draining rotating wheel is provided with a radial can accommodating tank; both inner sides of the can accommodating tank are provided with a pair of opposite and corresponding side modules; strip tooth sockets I which are axially and correspondingly run through and are meshed with gears of adjusting screw rods are arranged on the wing walls at both sides of each side module; the lower ends of front panels of the side modules are provided with open strip grooves I; the bottom of the can accommodating tank is provided with a bottom module; strip tooth sockets II which are axially and correspondingly run through and are meshed with the gears of the adjusting screw rods are arranged on the wing walls at both sides of the bottom module; both sides of a front panel of the bottom modules are provided with open strip grooves II which are matched with the open strip grooves I of the side modules in a male and female inserted mode; and a draining net is arranged at the open end of the can accommodating tank. According to the invention, by regulating the side modules and the bottom module on the rotary table, the can accommodating tank is suitable for various can type production without changing a die due to different can types; and the adjustable draining rotating wheel has s simple structure, is convenient to operate and has low cost.

Description

technical field [0001] The invention relates to a can storage water control machine for draining the residual water in the can before weighing after the contents of the can are filled, in particular to the adjustment structure of the draining wheel of the can storage water control machine. Background technique [0002] In the traditional canned production process, there is a draining process before the company weighs it. Personnel are arranged to drain the water in the canned cans one by one, especially for fruit cans. After the contents are filled into empty cans , There is a lot of water in the tank. If the water in the tank is not drained, it is difficult to ensure the actual weight of the canned solids, and the sugar content is also difficult to control. Therefore, it is indispensable to set up a draining operation, but this traditional operation method has slow production speed, large waste of personnel, and low production efficiency. [0003] In order to overcome the ...

AI Technical Summary

Problems solved by technology

In the prior art design, the size of the tank tank B1 on the turntable B3 of the draining wheel B is fixed, and each tank type is equipped with a draining wheel B, which needs to be replaced when producing different tank types. The matching draining wheel B of the same model is used. Therefore, it is troublesome to change the mold when changing the tank type production, and it takes a lot of man-hours. At the same time, each tank type must be equipped with a draining wheel of the same specification. high cost

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