CN205334213U - Thing networking heating control system - Google Patents

Abstract

The utility model provides a thing networking heating control system, the top in big -arch shelter greenhouse is equipped with the board that flow equalizes, and evenly distributed has the feeding hole of a plurality of directional belows on the board that flow equalizes, and the board that flow equalizes is linked together through connecting pipe and hot -blast feeding duct, is equipped with flow control valve in the connecting pipe, heating control system still includes control module, wireless communication module, remote control terminal, and control module and flow control valve connect through the electricity, steerable flow control valve's output quantity, and the last wireless communication module that still is equipped with of control module, wireless communication module and remote control terminal pass through control module 1, inside and outside warm indoor temperature inductive probe, the ambient temperature inductive probe of being equipped with respectively in big -arch shelter greenhouse, the equal and control module of temperature indoor temperature inductive probe, ambient temperature inductive probe connects through the electricity for the data accessible wireless communication module that temperature induction probe, environment temperature induction probe detected sends remote control terminal to. The beneficial effects of the utility model are that the remote operation of being convenient for, labour saving and time saving.

Description

A kind of Internet of Things heating control system

Technical field

This utility model belongs to technology of Internet of things field, especially relates to a kind of Internet of Things heating control system。

Background technology

This utility model belongs to technology of Internet of things field, especially relates to a kind of Internet of Things heating control system。

Utility model content

The Internet of Things heating control system that the purpose of this utility model is to provide a kind of simple in construction, simple to operate, reliability is high。

The technical solution of the utility model is: a kind of Internet of Things heating control system of the present utility model, including temperature sense probe, heat-insulation layer in plastic greenhouse, ambient temperature inductive probe, homogenizing plate, warm-air supply pipeline, connecting tube, flow control valve, control module, wireless communication module, remote control terminal, sprocket hole, greenhouse。

The top of described plastic greenhouse is provided with homogenizing plate, and described homogenizing plate is evenly distributed with some downwardly directed sprocket holes, and described homogenizing plate is connected with warm-air supply pipeline by connecting tube, is provided with flow control valve in described connecting tube。

Described heating control system also includes controlling module, wireless communication module, remote control terminal, described control module and flow control valve are by electrically connecting, the output of controllable flow adjustable valve, being additionally provided with wireless communication module in described control module, described wireless communication module and remote control terminal are connected by wireless network。

Described plastic greenhouse is inside and outside is respectively equipped with in greenhouse temperature sense probe, ambient temperature inductive probe, in described greenhouse, temperature sense probe, ambient temperature inductive probe all and control module by electrically connecting so that the data that temperature sense probe, ambient temperature inductive probe detect can send remote control terminal to by wireless communication module。

The outside of described plastic greenhouse is coated with heat-insulation layer。

Described heat-insulation layer is wound on electric reel, and electric reel and control module are by electrically connecting。

This utility model has the advantage that and has the benefit effect that 1, owing to adopting technique scheme, plastic greenhouse can realize collective's heating, without being independently arranged radiator in each plastic greenhouse, it is not necessary to special messenger nurses, more time saving and energy saving, and temperature-controllable, it is simple to regulates。

2, the application of technology of Internet of things so that the temperature of plastic greenhouse regulates can realize long-range monitoring, manages more intelligent, and temperature regulates more accurate。

3, the setting of homogenizing plate so that the supply of warm braw is more uniform, it is to avoid localized hyperthermia's equitemperature situation pockety。

Accompanying drawing explanation

Fig. 1 is structural representation of the present utility model。

In figure: 1-plastic greenhouse, 2-ambient temperature inductive probe, 3-homogenizing plate, 4-warm-air supply pipeline, 5-connecting tube, 6-flow control valve, 7-controls module, 8-wireless communication module, 9-remote control terminal, 10-sprocket hole, temperature sense probe, 12-heat-insulation layer in 11-greenhouse。

Detailed description of the invention

Below in conjunction with accompanying drawing, this utility model is elaborated。

As shown in Figure 1, a kind of Internet of Things heating control system of the present utility model, including plastic greenhouse 1, ambient temperature inductive probe 2, homogenizing plate 3, warm-air supply pipeline 4, connecting tube 5, flow control valve 6, control temperature sense probe 11, heat-insulation layer 12 in module 7, wireless communication module 8, remote control terminal 9, sprocket hole 10, greenhouse。

The top of plastic greenhouse 1 is provided with homogenizing plate 3, and homogenizing plate 3 is evenly distributed with some downwardly directed sprocket holes 10, and homogenizing plate 3 is connected with warm-air supply pipeline 4 by connecting tube 5, is provided with flow control valve 6 in connecting tube 5。

Described heating control system also includes controlling module 7, wireless communication module 8, remote control terminal 9, control module 7 and flow control valve 6 by electrically connecting, the output of controllable flow adjustable valve 6, control that module 7 is additionally provided with wireless communication module 8, wireless communication module 8 and remote control terminal 9 to be connected by wireless network。

Plastic greenhouse 1 is inside and outside is respectively equipped with in greenhouse temperature sense probe 11, ambient temperature inductive probe 2, in greenhouse, temperature sense probe 11, ambient temperature inductive probe 2 all and control module 7 by electrically connecting so that the data that temperature sense probe 11, ambient temperature inductive probe 2 detect can be passed through wireless communication module 8 and send remote control terminal 9 to。

The outside of plastic greenhouse 1 is coated with heat-insulation layer 12。

Described heat-insulation layer 12 is wound on electric reel, and electric reel and control module 7 are by electrically connecting。

The work process of this example: native system can realize the universal remote of plastic tent heating system and control, the temperature in plastic greenhouse 1 is made to be easier to control to corresponding standard temperature, avoid the monitoring of grower's real-time on-site so that in plastic greenhouse 1, the adjustment of microenvironment is more intelligent, time saving and energy saving。

Ambient temperature inductive probe 2 can will detect that temperature passes to remote control terminal 9 in real time, monitoring personnel can regulate the steam flow of flow control valve 6 in real time according to ambient temperature, to carry out corresponding temperature-compensating, make to keep in plastic greenhouse 1 state of constant temperature, optimum growth temperature is provided to plant, what in greenhouse, temperature sense probe 11 also can be real-time sends remote control terminal 9 reference to by the state of temperature in plastic greenhouse 1, to prevent situation too high or too low for temperature。

Remote control terminal 9 can pass through to control module 7 and control the action of electric reel so that heat-insulation layer 12 is winding to electric reel or is laid down, and is laid on the outer surface of plastic greenhouse 1。

Above an embodiment of the present utility model is described in detail, but described content has been only preferred embodiment of the present utility model, it is impossible to be considered for limiting practical range of the present utility model。All equalizations made according to this utility model application range change and improvement etc., all should still belong within patent covering scope of the present utility model。

Claims (2)

1. an Internet of Things heating control system, it is characterised in that: include temperature sense probe, heat-insulation layer in plastic greenhouse, ambient temperature inductive probe, homogenizing plate, warm-air supply pipeline, connecting tube, flow control valve, control module, wireless communication module, remote control terminal, sprocket hole, greenhouse；

The top of described plastic greenhouse is provided with homogenizing plate, and described homogenizing plate is evenly distributed with some downwardly directed sprocket holes, and described homogenizing plate is connected with warm-air supply pipeline by connecting tube, is provided with flow control valve in described connecting tube；

Described heating control system also includes controlling module, wireless communication module, remote control terminal, described control module and flow control valve are by electrically connecting, the output of controllable flow adjustable valve, being additionally provided with wireless communication module in described control module, described wireless communication module and remote control terminal are connected by wireless network；

Described plastic greenhouse is inside and outside is respectively equipped with in greenhouse temperature sense probe, ambient temperature inductive probe, in described greenhouse, temperature sense probe, ambient temperature inductive probe all and control module by electrically connecting so that the data that temperature sense probe, ambient temperature inductive probe detect can send remote control terminal to by wireless communication module；

The outside of described plastic greenhouse is coated with heat-insulation layer。

2. a kind of Internet of Things heating control system according to claim 1, it is characterised in that: described heat-insulation layer is wound on electric reel, and electric reel and control module are by electrically connecting。