Mobile automatic diesel oil mixer based on zigbee technique

Abstract

The invention discloses a mobile automatic diesel oil mixer based on a zigbee technique. The mobile automatic diesel oil mixer comprises a left tank and a right tank, wherein a storage vat is fixed between the left tank and the right tank through a rotating shaft; a driving device and a gearbox are arranged on the left tank; the driving device is connected with the gearbox; the gearbox is arranged above the driving device; a draining valve is arranged on the lower part of the storage vat; a vibrator is arranged on the outer wall of the storage vat; a swinging amplitude sensor is arranged on the storage vat. The mobile automatic diesel oil mixer based on the zigbee technique provided by the invention is equipped with a shaker, the wall of the storage vat is frequently shaken, so that the flowing of the materials is enhanced, and meanwhile, the swinging amplitude sensor is arranged on the storage vat and can swing within a certain angle, so that the stacked materials can fall onto a discharging hole.

Description

technical field [0001] The invention relates to a mobile diesel automatic mixer based on zigbee technology. Background technique [0002] Compared with gasoline engines, diesel engines have higher thermal efficiency, higher power, lower fuel consumption and are more economical, so they are widely used. It is mainly used as the power of tractors, large vehicles, diesel locomotives and civil engineering, excavators, loaders, fishing boats, diesel generator sets and agricultural machinery. Diesel oil is a complex mixture of hydrocarbons with a carbon number of about 10-22. No. 0 diesel oil is mainly prepared from diesel fractions produced by crude oil distillation, catalytic cracking, hydrocracking, visbreaking, coking, etc. refining and adding additives). Diesel oil is divided into two categories: light diesel oil (boiling point range of about 180°C to 370°C) and heavy diesel oil (boiling point range of about 350°C to 410°C). The most important properties of diesel are igni...

AI Technical Summary

Problems solved by technology

The existing mobile diesel automatic mixers based on zigbee technology all pay attention to the mixing function and ignore the unloading function. The main disadvantages are as follows: (1) The rotating shaft of the storage tank is equipped with functions such as frequency converter and time setting, while In the material distribution after mixing, only one ordinary butterfly valve is installed, and there are problems such as unclean discharge and residue; (2) The storage tank only has a single rotary motion, and the accumulation in the hopper can only be changed by the full rotation of the storage tank The location of the material affects the continuity and work efficiency of the material distribution work; sometimes it is necessary to move the synergistic device to a different place for work, the existing synergistic device cannot be moved automatically, but because the synergistic device itself is heavy, It is not easy to move, if it is loaded and transported, it will easily cause damage to the motor, and it cannot adapt to the needs of different locations in time, which will affect work efficiency

(3) In the current design of the diesel mixer system, although mixing is emphasized, the precise monitoring and measurement of various diesel quantities is generally ignored

Images