Incubator monitoring system, incubating hall monitoring system and method

Abstract

The present disclosure provides an incubator monitoring system, an incubating hall monitoring system and a method. The incubator monitoring system comprises a plurality of monitoring circuits; each monitoring circuit is correspondingly arranged in an incubator; an incubator controller is arranged in the incubator; each monitoring circuit comprises a processor; the processor is connected with a switching signal detection circuit; the switching signal detection circuit is used for detecting the on-off state information of the power source switch, heating alternating-current contactor and alarm relay of the incubator and transmitting the on-off state information to the processor; the processor is used for receiving the on-off state information and the real-time operating data of the incubatorwhich are transmitted by the incubator controller through a current loop communication circuit, and uploading the information to a gateway through a CAN bus interface; the gateway is used for matching the received data with data associated with a known incubator normal operation state, judging that the current operation state of the incubator is normal if the received data are matched with the data associated with the known incubator normal operation state, judging that the current abnormal operation state of the incubator is abnormal, if the received data are not matched with the data associated with the known incubator normal operation state, and outputting alarm information. With the incubator monitoring system, the incubating hall monitoring system and the method of the invention adopted, the operating state of the incubator can be accurately and timely monitored.

Description

technical field [0001] The disclosure belongs to the field of hatching room monitoring, and in particular relates to a hatching machine monitoring system, a hatching room monitoring system and a method. Background technique [0002] The statements in this section merely provide background information related to the present disclosure and do not necessarily constitute prior art. [0003] The current hatchery has a large scale but labor shortage, especially for users who use small boxes. Affected by diseases such as bird flu, the profit margin of the hatchery is low, and labor costs account for a large proportion of the total cost. In this case, it is necessary to Arranging full-time personnel to inspect the equipment will undoubtedly make things worse. Additionally, hatcheries require timely and multiple forms of alarming. One is the alarm in the hatching hall. The sound and light alarm and the alarm indicator board can be installed at the door of the hatch room and the egg...

AI Technical Summary

Problems solved by technology

[0004] But the contriver finds, the defective that this centralized alarm exists is that can't indicate the specific fault that which equipment occurs

The scale of the equipment is large, and it is time-consuming to manually operate one by one, making the management of the hatchery an important issue

For a small double-screen box without multi-group temperature changing function, modifying the temperature and humidity setting values ​​of all incubators is a heavy manual labor, and mistakes are inevitable

Moreover, the old machine still has the situation that the keys are not easy to use

Although the large box has multiple sets of variable temperature functions, there is no need to manually modify the incubation parameters, but if you need to use new multiple sets of variable temperatures, modifying the multiple sets of variable temperatures of all equipment is also a heavy physical labor

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