A gas valve automatic intubation device

Abstract

The invention discloses an air valve automatic intubation device, which comprises a base plate, on which a servo electric cylinder for driving a first slide block to slide along a first slide rail, and a servo electric cylinder for driving a second slide block to slide along a second slide rail are arranged on the base plate. The translation cylinder and the lifting cylinder for driving the vertical baffle to lift, the first slide rail and the second slide rail are laid flat on the base plate, the baffle plate is located between the first slide block and the second slide block, the base plate There is also a fixed block located between the second slider and the baffle plate, the second slider is provided with a number of positioning holes for clamping the trachea, and the fixed block is provided with a channel corresponding to the positioning holes one by one. There are two clamping flaps in the through hole, a sleeve is fixed at the end of the positioning hole near the fixed block, a draft slope is arranged at the end of the clamping flap near the sleeve, and an air valve tooling is arranged on the first slider. . The air valve automatic intubation device of the present invention greatly improves the efficiency of air valve intubation.

Description

technical field [0001] The invention relates to the technical field of gas valve intubation equipment, in particular to an automatic gas valve intubation device. Background technique [0002] At present, in the production process of air valve intubation, the process of inserting the trachea into the air valve is still a manual operation. Manually inserting the trachea one by one into the air valve requires precise alignment for successful intubation, and a slight deviation will result in intubation failure. , that is, the alignment of the air valve and the air pipe is difficult. For smaller trachea, it is more difficult to insert, and such precise alignment technology is not yet available, so at present, manual intubation can only be used, which leads to low work efficiency and high labor intensity, which seriously restricts production efficiency. [0003] The air pipe is connected to the air valve, and the mouth of the pipe is sealed by interference fit. At present, manual...

AI Technical Summary

Problems solved by technology

[0002] At present, in the production process of air valve intubation, the process of inserting the trachea into the air valve is still a manual operation. Manually inserting the trachea one by one into the air valve requires precise alignment for successful intubation, and a slight deviation will result in intubation failure. , that is, the alignment of the air valve and the air pipe is difficult

For the smaller trachea, it is more difficult to insert. At present, such precise alignment technology cannot be achieved, so at present, only manual intubation can be used, which leads to low work efficiency and high labor intensity, which seriously restricts production efficiency.

[0003] The air pipe is connected to the air valve, and the mouth of the pipe is sealed by interference fit. At present, manual assembly is used in the installation process. Due to the tight fit of the assembly method, the friction force is relatively large during assembly, and more force is required to assemble. in place

As the current air valve assembly is mass-produced on an assembly line, the production line is full-time production, and the labor intensity of the operation is relatively high. Ordinary operators are not competent, and the installation generally cannot be completed at one time.

Images