Portable gasoline economizer

Abstract

The invention relates to a portable gasoline economizer which belongs to the field of rubber processing devices. The portable gasoline economizer is provided with a cylindrical gasoline reservoir and a cover plate, wherein a tubular gasoline conveyor is fixed in the gasoline reservoir, a notch is arranged on the pipe wall of the gasoline conveyor, a piston is arranged in the gasoline conveyor, the lower end of an gasoline pipe passes through a through hole at the middle part of the cover plate and screwed with a screw hole at the middle part of the piston together, a nut is fixed at the upperpart of the gasoline pipe, a spring is sleeved on the gasoline pipe and limited between the nut and the cover plate, and the top end of the gasoline pipe is screwed in the screw hole at the middle part of a gasoline tray. The invention is simple in structure, easy to operate and convenient to carry, can automatically control the gasoline output quantity, automatically recover redundant gasoline, effectively prevent static and gasoline flash exposition, quantitively control the single gasoline quantity, reduce the gasoline loss, reach the gasoline utilization ratio up to more than 96 percent, is convenient for gasoline charge and simple in operation.

Description

technical field [0001] The invention relates to the field of rubber processing equipment, in particular to a portable fuel saver capable of automatically controlling gasoline consumption and gasoline volatilization. Background technique [0002] As we all know, with the rapid development of the rubber industry, the amount of rubber processing is increasing, resulting in an increasing amount of solvent oil used in rubber processing. In view of the particularity of the rubber processing process, the general processing manufacturers use 120# gasoline with good volatility as solvent oil, and use the traditional packing device in the rubber processing process. Since the traditional packing device is not a closed system, its disadvantages are: It is easy to splash during the inversion process and use, and the second is that the amount of gasoline used is difficult to control, and excess gasoline cannot be recovered, thereby causing unnecessary losses. Due to the large amount of ...

AI Technical Summary

Problems solved by technology

In view of the particularity of the rubber processing process, the general processing manufacturers use 120# gasoline with good volatility as solvent oil, and use the traditional packing device in the rubber processing process. Since the traditional packing device is not a closed system, its disadvantages are: It is easy to splash during inversion and use. Second, the amount of gasoline used is not easy to control, and excess gasoline cannot be recycled, resulting in unnecessary losses.

Due to the large amount of volatilization of gasoline, the gasoline content in the air in the processing workshop is very large, coupled with the frequent work and maintenance of various equipment in the workshop, and the operation process of operators, it is easy to generate static electricity, which not only easily causes fires, but also seriously endangers The health of employees will also cause unnecessary economic losses due to gasoline volatilization, so effective control of gasoline volatilization has become the most troublesome problem in the rubber processing industry

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