Full-automatic oiling machine

Abstract

The invention provides a full-automatic oiling machine, comprising a base, an oil pump, an oil pump motor, an oil tank, copper pipes, oil collectors, an oil filling pipe, a high and low oil level system and an electric cabinet, wherein the oil pump motor is connected with the oil pump; the oil tank is arranged above the oil pump, and the oil tank is in through connection with the oil pump; certain ends of the copper pipes are connected with the oil pump, and the other ends of the copper pipes are connected to the oil collectors; at least three copper pipes are connected with one oil collector at the same time; one end of the oil filling pipe is connected with one oil collector, and the other end of the oil filling pipe extends to a device to be oiled; each oil collector is also provided with an oil control switch; the high and low oil level system is arranged on the oil tank; the electric cabinet is connected with the high and low oil level system and the oil pump motor. By a brand new design of the full-automatic oiling machine, not only are the parts and combination thereof of the oiling machine changed, but more importantly, the working mode and the control form of the oiling machine are also changed; therefore, unmanned operation and precision are realized.

Description

Technical field [0001] The invention relates to the field of mechanical design and manufacturing and the field of electrical control and induction, in particular to a fully automatic fuel dispenser. Background technique [0002] The fuel dispenser in the prior art is generally an ordinary pneumatic device, which blows oil through the oil pipe into the place where the equipment needs to be refueled by blowing air that controls the compression ratio. When the pneumatic switch is turned on, the fuel is started, and when the pneumatic switch is turned off, the fuel is stopped. It can be seen that the existing oil dispensers generally rely on manual operation, and the operator controls the air compressor in real time to push the lubricating grease to the position to be refueled to complete the refueling operation. [0003] At present, in the specific application process of the existing technology, the fuel dispenser has the following drawbacks, including: [0004] (1) The degree of depe...

AI Technical Summary

Problems solved by technology

[0004] (1) The degree of dependence on manual operation is high. Because different equipment has different requirements for refueling frequency, some refueling positions need to be refueled every few hours or minutes. Therefore, it is obviously difficult to ensure that it is completely dependent on manual execution. Timely and accurate refueling;

[0005] (2) The control of the amount of refueling is also a point that cannot be accurately guaranteed by manual operation. If there is too much refueling, the excess oil will overflow to the outside, which will not only cause waste, but may also cause pollution to the processed products. If too little refueling, it will affect normal operation of the equipment;

[0006] (3) With the increasing complexity of the current equipment, one piece of equipment even needs to refuel multiple positions at the same time. If the refueling operation is completed only by manpower, not only the refueling efficiency cannot be guaranteed, but also safety hazards may occur due to improper operation. accidents

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