Propeller Direction Guidance Controller

Abstract

The invention discloses a pusher direction guide controller comprising a box, a display unit, and a control unit. The display unit contains a receiving part. The control unit contains at least one connector and at least one microprocessor. By using the microprocessor to replace artificial operation, deviation data of a pusher can be recorded and stored, and maintenance personnel can prevent damage to the pusher in advance according to the data. As a transmission line or a circuit board for electrically connecting the at least one connector to the at least one microprocessor is accommodated in the accommodating space of the box and sealed, the situation in which a pusher reaches a water source in the process of excavation and wets the circuit board is avoided, and the circuit board can achieve maximum efficiency and benefit. As the display unit and the control unit are both arranged in the accommodating space of the box, once the maintenance personnel wants to maintain a pusher or handle a fault, the maintenance personnel can directly disassemble the pusher direction guide controller to facilitate maintenance or fault handling.

Description

technical field [0001] The invention relates to a direction guidance controller of a propulsion machine, especially a kind of which can automatically record all the data of the propulsion machine deviation process to reduce errors, is easy to maintain or repair faults, and the circuit board will not be affected by water Propeller direction guidance controller. Background technique [0002] Existing application is in one direction guide structure 2 of a propulsion equipment 1 modification, such as figure 1 As shown, the direction guiding structure 2 includes a laser emitting device 20 , two parallel and oblique refracting mirrors 21 , a radar scale plate 22 , a reflecting mirror 23 , and a photographing device 24 . Before excavation, the laser emitting device 20 is set and fixed on the ground according to the set direction to be excavated, and the laser line emitted by the laser emitting device 20 is aligned on the radar scale through the refraction of each refractor 21 22,...

AI Technical Summary

Problems solved by technology

[0003] Because the existing technology judges whether the propulsion equipment 1 deviates by construction personnel, the data of its deviation may not be recorded due to human error. Record the data of the last deviation. The whole process data of the deviation during the construction of the propulsion equipment 1 cannot be recorded immediately, so that accurate data cannot be provided to the maintenance personnel, and the damage of the propulsion equipment 1 cannot be prevented in advance.

In addition, the existing technology is to artificially record the deviated data, and there will inevitably be errors. Once the errors increase, the maintenance personnel cannot prevent the damage of the propulsion equipment 1 in advance and correctly judge the state of the propulsion machine 1.

[0004] Furthermore, some circuit boards with electrical connections in the prior art are exposed outside. Once the propulsion device 1 is excavated to a water source, water may contact these circuit boards and cause these circuit boards to short circuit or be damaged, making these circuit boards The circuit board cannot give full play to the maximum effect and its benefits

[0005] In addition, the laser emitting device 20 of the existing direction guiding structure 2, each of the refracting mirrors 21, the radar scale plate 22, the reflecting mirror 23, the photographing device 24 and their electrically connected transmission lines or circuit boards are dispersed. In the multiple links of the propulsion equipment 1, not only the space utilization of the propulsion equipment 1 is wasted, but also when maintenance personnel want to perform maintenance or repair faults, they need to perform maintenance or repair faults in sequence in different links, resulting in overhaul staff inconvenience

[0006] Therefore, the technical means of the existing direction guide structure 2 have the lack of immediate recording of data that deviates from the process, human errors, exposed circuit boards that are easily exposed to water, and inconvenient maintenance or fault repair. Technology needs to be improved

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