Anesthetic package assembling production line

Abstract

The invention discloses an anesthetic package assembling production line. The anesthetic package assembling production line comprises anesthetic box body and box cover assembling equipment, an anesthetic box component assembling mechanism, an automatic lumbar spinal needle tray loading mechanism, an injector elongating and boxing gripper, a material transfer mechanism, an elongating and boxing rack, an elongating and boxing mechanical arm, a feeding conveyor belt, a material vibrating plate, lumbar spinal needle discharging boxes and a computer control part, wherein the end part of the feedingconveyor belt is provided with the anesthetic box component assembling mechanism, the side part of the anesthetic box component assembling mechanism is provided with the material vibrating plate, theend part of the anesthetic box component assembling mechanism is provided with the material transfer mechanism, the automatic lumbar spinal needle tray loading mechanism and the side part of the elongating and boxing frame each are provided with one lumbar spinal needle discharging box, and the computer control part is electrically connected with electric components in the equipment through a data line. The production line can complete arrangement of all accessories in an anesthetic package and adjustment of articles, has high automation degree, can greatly reduce the labor cost and improve the production efficiency.

Description

technical field [0001] The invention relates to the technical field of anesthesia pack production equipment, in particular to the technical field of an anesthesia pack assembly production line. Background technique [0002] The tools in the anesthesia box have been standardized according to the application needs. The most basic ones are syringes and needles. At present, with the development of China's economy, the demand for materials continues to increase, and the demand for anesthesia boxes is huge. Anesthesia boxes have been mass-produced. After entering the box, it is necessary to put the lid on the box. The traditional way is to cover the box manually. The traditional way of putting in such small parts is to put them in manually, which is low in efficiency and high in labor costs; at present, the lumbar puncture needle is mainly placed in the anesthesia box manually on the production line, which is inefficient , the labor cost is high; at present, the syringes are main...

AI Technical Summary

Problems solved by technology

[0002] The tools in the anesthesia box have been standardized according to the application needs. The most basic ones are syringes and needles. At present, with the development of China's economy, the demand for materials continues to increase, and the demand for anesthesia boxes is huge. Anesthesia boxes have been mass-produced. After entering the box, it is necessary to put the lid on the box. The traditional way is to cover the box manually. The traditional way of putting in such small parts is to put them in manually, which is low in efficiency and high in labor costs; at present, the lumbar puncture needle is mainly placed in the anesthesia box manually on the production line, which is inefficient , the labor cost is high; at present, the syringes are mainly put into the anesthesia box manually, and the syringes need to be stuck in the slots in the anesthesia box when they are put into the anesthesia box, and at the same time, they need to be pulled out for a certain length. Complicated, it cannot be pressed into the card slot in the anesthesia box, and at the same time, the elongation step of the syringe cannot be completed at one time; the length of the current assembly line is long, and the space occupied is large, and the existing production line cannot transport materials well after bending

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