Safety pants impregnator with generality

Abstract

The invention discloses a safety pants impregnator with generality. The safety pants impregnator with the generality comprises a machine frame, a lifting motor, a left motor, a right motor, a rotating motor, an inclination motor, a sleeve, a lifting guide rail, a lifting sliding block, a left guide rail, a right guide rail, a lifting ball screw pair, a left ball screw, a right ball screw, a rotating shaft, a support body and a die. The lifting ball screw pair and the lifting guide rail are vertically placed in a parallel mode and are respectively connected with the machine frame, and the lifting sliding block is placed on the lifting guide rail in a sleeved mode and can slide from top to bottom along the lifting guide rail. The safety pants impregnator with the generality has the advantages that each action of the impregnator can be accurately controlled and debugged in a single step mode due to the fact that the action of the impregnator is driven by a stepper motor, the impregnator and dipping tanks are separately designed, consumption is reduced in impregnator manufacture, full placing space can be preserved for each dipping tank, and the dipping tanks can be adjusted randomly and the like.

Description

technical field [0001] The invention relates to a dipping machine, in particular to a general-purpose dipping machine for safety pants. Background technique [0002] Safety pants are a new type of men's health care product, which can effectively reduce the spread of sexual viruses. It is a product that is still in the growth stage and has not yet formed a certain market size. The production methods of safety pants are also various, and there is no established industry standard. The production process generally includes processes such as dipping release agent, dipping glue solution, uniform glue and curling. After the design of a new type of safety pants is completed, a small amount of trial production is needed to determine whether it meets people's requirements for use. The current trial-manufacturing method mainly relies on manual work. Due to the instability of manual operation, it is impossible to accurately evaluate the parameters of the trial-manufacturing product, wh...

AI Technical Summary

Problems solved by technology

The current trial-manufacturing method mainly relies on manual work. Due to the instability of manual operation, it is impossible to accurately evaluate the parameters of the trial-manufacturing product, which also affects the overall evaluation of a new product.

For example, the thickness of safety pants is generally 0.7-1 mm. Manual production cannot guarantee that the thickness of each product is within this range, and it cannot guarantee that the thickness of the same safety pants is uniform. Other similar parameters cannot be guaranteed by manual production.

Images