Sliding rail clamp of infusion bottle

Abstract

The invention discloses a sliding rail clamp of an infusion bottle. A driving piston is arranged above Z-shaped sliding rail clamping arms, the driving piston is fixed to an ejector rod, the ejector rod extends in the length direction of the Z-shaped sliding rail clamping arms, and the end portion of a driving piston rod of the driving piston extends downward and is connected with the Z-shaped sliding rail clamping arms in a transmission mode through a rhombic structure frame. The rhombic frame is composed of a plurality of connecting plates which are connected in sequence, and shaft sleeves are separately arranged on both sides of the connecting plates in staggered mode, so that a bottom transverse plate surface of one Z-shaped sliding rail clamping arm faces the other Z-shaped sliding rail clamping arm to clamp a bottle neck of the infusion bottle. The sliding rail clamp further comprises a sterilization plate arranged under the Z-shaped sliding rail clamping arms, and the sterilization plate moves back and forth in the horizontal direction perpendicular to the vertical panel where the infusion bottle in the Z-shaped sliding rail clamping arms is located. According to the structure, the sliding rail clamp of the infusion bottle realizes the simultaneous symmetrical movement of the Z-shaped sliding rail clamping arms, so that the distance between the Z-shaped sliding rail clamping arms can be changed, and the functions of a sliding rail of the infusion bottle and a feeding clamp can be realized.

Description

technical field [0001] The invention relates to the technical field of infusion bottle production, in particular to a slide rail clip of an infusion bottle. Background technique [0002] The infusion bottle is used for the bottle of the liquid of the medical configuration in the human body that is used for the patient's infusion. Since people often need infusion when they are sick and treated, the demand for infusion bottles is extremely high. The current infusion bottles are generally made of polymer materials. In the production process, the production speed of modern equipment is relatively fast, and the circulation speed of the production line is also very fast. However, due to the huge number of infusion bottles when the infusion bottles are loaded, Moreover, the quality requirements for infusion bottle packing are relatively high, so the operation of infusion bottle packing basically depends on manual operation. The degree of automation of the infusion bottle packing e...

AI Technical Summary

Problems solved by technology

The current infusion bottles are generally made of polymer materials. In the production process, the production speed of modern equipment is relatively fast, and the circulation speed of the production line is also very fast. However, due to the huge number of infusion bottles when the infusion bottles are loaded, Moreover, the quality requirements of the infusion bottle packing are relatively high, so the operation of the infusion bottle packing basically depends on manual operation. The automation degree of the infusion bottle packing equipment on the market is not high at present, and the production efficiency is relatively low. The packaging quality is not high

As a result, this production process has become a speed bottleneck on the entire production line of infusion bottles, and the labor intensity of the operators is relatively high.

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