Control method for control console of self-control aquaculture farm

Abstract

The invention provides a control method of a control console of a self-control aquaculture farm. The control method comprises the following steps: (1) receiving environmental data: sending a data request signal to a node controller one by one, and waiting for receiving the environmental data fed back by each node controller; (2) establishing a distribution diagram: through the received environmentdata, combining the position information of an internal storage node controller, and updating an environment data distribution diagram; (3) calculating a control value; (4) comparing and grouping; (5) sending out an instruction. According to the invention, by means of the reasonable step arrangement, multi-stage grouping control for large-scale aquaculture can be effectively realized. On the premise that the cost for detecting the environmental factors of electronic components such as temperature, humidity and the like is greatly reduced, the aquaculture control is effectively completed. Especially for the manner based on an updated environment data distribution diagram, the PID control of each aquaculture pool can be realized in the non-direct control mode. As a result, the greatly reduction of the cost of electronic components will not influence the smooth proceeding of aquaculture control.

Description

technical field [0001] The invention relates to a method for controlling a master console of a self-controlled aquaculture farm. Background technique [0002] The large-scale self-controlled aquaculture in the prior art generally chooses one of two methods. One is that each breeding pond is independently controlled. The controller of a breeding pond independently sets parameters, so although it is convenient to adjust the control mode when changing species in a single breeding pond, it is extremely troublesome once it is scaled up; the other is to use a central control or master console for unified control, for any The control mode setting of the breeding pond can be processed in batches on the central control or the main control console, but when it is large-scale, the calculation pressure and communication pressure of the central control or the general The method is more troublesome. The trouble is mainly reflected in the fact that the distribution of cultured species in ...

AI Technical Summary

Problems solved by technology

[0002] The large-scale self-controlled aquaculture in the prior art generally chooses one of two methods. One is that each breeding pond is independently controlled. The controller of a breeding pond independently sets parameters, so although it is convenient to adjust the control mode when changing species in a single breeding pond, it is extremely troublesome once it is scaled up; the other is to use a central control or master console for unified control, for any The control mode setting of the breeding pond can be processed in batches on the central control or the main control console, but when it is large-scale, the calculation pressure and communication pressure of the central control or the general The method is more troublesome. The trouble is mainly reflected in the fact that after changing species many times, the distribution of cultured species in the breeding pond will be very chaotic. At this time, when setting batches on the central control or the main control console, the operation is very easy to make mistakes

On the other hand, no matter what the method is, at present, electronic components for temperature, humidity and other environmental detection are generally set independently for each breeding pond, and the cost is extremely high

[0003] For this reason, our company has independently designed a self-controlled aquaculture farm control system (and has applied for a patent), but there is no control method that can be directly transplanted in the prior art.

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