CN204101963U

CN204101963U - A kind of grain storehouse environment automation control system

Info

Publication number: CN204101963U
Application number: CN201420433451.XU
Authority: CN
Inventors: 张伟
Original assignee: Linyi University
Current assignee: Linyi University
Priority date: 2014-08-01
Filing date: 2014-08-01
Publication date: 2015-01-14
Anticipated expiration: 2024-08-01

Abstract

The utility model discloses a kind of grain storehouse environment automation control system, comprise one with the foodstuff preservation room of gland bonnet, both sides, described foodstuff preservation room are provided with ventilation unit and automatic sprinkler, also comprise one with the self-actuated controller of air detection module, Bacteria Detection module, wind-force detection module, temperature sensing module, infrared photography supervising device, described self-actuated controller to be connected on a sliding bar being laterally connected in bottom gland bonnet and automatically can to horizontally slip along this sliding bar; Described gland bonnet upper end is provided with the lightning protection device be electrically connected with controller, and above-mentioned conductive component is all electrically connected with the solar cell being connected to foodstuff preservation chamber outer wall; To settle a dispute by the parties concerned themselves while the utility model use safety, self monitor existing problems, need not manual intervention.

Description

A kind of grain storehouse environment automation control system

Technical field

The utility model relates to a kind of environmental monitoring system, particularly relates to a kind of grain storehouse environment automation control system, belongs to automatic control field.

Background technology

It is how a very large knowledge by the grain long storage time stored in silo, too wet can cause the fermentation of grain and mouldy, and temperature is too high also can cause damage to grain, relevant environmental monitoring system has been had to introduce in the middle of the daily monitoring of silo at present, really serve the effect of monitoring at any time, regulating at any time to a certain extent, ensure the safe storage of grain.But current monitoring system is owing to being pure electrically controlled monitoring, also there are following problems, first is system vulnerable when thundering summer; Second is a lot of problem once after finding, need manually to go timely process.

Utility model content

Technical problem to be solved in the utility model is, can solve in-problem grain storehouse environment automation control system while providing a kind of use safety, self monitor.

For solving the problems of the technologies described above, a kind of grain storehouse environment automation control system that the utility model provides, comprise one with the foodstuff preservation room of gland bonnet, both sides, described foodstuff preservation room are provided with ventilation unit and automatic sprinkler, also comprise one with the self-actuated controller of air detection module, Bacteria Detection module, wind-force detection module, temperature sensing module, infrared photography supervising device, described self-actuated controller to be connected on a sliding bar being laterally connected in bottom gland bonnet and automatically can to horizontally slip along this sliding bar; Described gland bonnet upper end is provided with the lightning protection device be electrically connected with controller, and described foodstuff preservation chamber interior walls is provided with the conditioner and bactericidal unit that are electrically connected with air detection module, Bacteria Detection module; Described ventilation unit and wind-force detection module are electrically connected; Described automatic sprinkler and temperature sensing module are electrically connected; And described above-mentioned conductive component is all electrically connected with the solar cell being connected to foodstuff preservation chamber outer wall.

After adopting said structure mode, the utility model has the advantage of: after lightning protection device is installed in gland bonnet upper end, can ensureing that native system still can safe operation when thundering lightning; When air detection module and Bacteria Detection module detect that foodstuff preservation room air needs adjustment and bacterium to exceed standard, automatically starting conditioner and bactericidal unit; When causing internal temperature to raise when catching fire outside temperature sensing module detects, can automatically open automatic sprinkler and being put out a fire; The opening and closing of ventilation unit are also decided by the testing result of wind-force detection module; Self-actuated controller can slidably reciprocate along sliding bar all the time, to make the scope of detection larger; Meanwhile, solar cell can provide the daily electricity consumption of all power devices.

Accompanying drawing explanation

Shown in Fig. 1 is appearance assumption diagram of the present utility model.

Wherein: 1, gland bonnet; 2, foodstuff preservation room; 3, ventilation unit; 4, automatic sprinkler; 5, air detection module; 6, Bacteria Detection module; 7, wind-force detection module; 8, temperature sensing module; 9, infrared photography supervising device; 10, self-actuated controller; 11, sliding bar; 12, lightning protection device; 13, conditioner; 14, bactericidal unit; 15, solar cell.

Embodiment

Below in conjunction with the drawings and specific embodiments, the utility model is described in more detail.

As shown in Figure 1, this grain storehouse environment automation control system comprises one with the foodstuff preservation room 2 of gland bonnet 1, ventilation unit 3 and automatic sprinkler 4 is provided with in both sides, foodstuff preservation room 2, also comprise one with the self-actuated controller 10 of air detection module 5, Bacteria Detection module 6, wind-force detection module 7, temperature sensing module 8, infrared photography supervising device 9, this self-actuated controller 10 to be connected on a sliding bar 11 being laterally connected in bottom gland bonnet 1 and automatically can to horizontally slip along this sliding bar 11; The lightning protection device 12 be electrically connected with self-actuated controller 10 is installed in gland bonnet 1 upper end, the conditioner 13 and bactericidal unit 14 that are electrically connected with air detection module 5, Bacteria Detection module 6 are installed at the inwall of foodstuff preservation room 2; Ventilation unit 3 and wind-force detection module 7 are electrically connected; Automatic sprinkler 4 and temperature sensing module 8 are electrically connected; And above-mentioned conductive component is all electrically connected with the solar cell 15 being connected to foodstuff preservation room 2 outer wall.

After lightning protection device 12 is installed in the upper end of gland bonnet 1, can ensure that native system still can safe operation when thundering lightning; When air detection module 5 and Bacteria Detection module 6 to detect in foodstuff preservation room 2 air need to regulate and find bacterium exceed standard need sterilizing time, automatically starting conditioner 13 and bactericidal unit 14 carry out timely adjustment and the sterilizing timely of air.

When causing internal temperature to raise when catching fire outside temperature sensing module 8 detects, automatically can open automatic sprinkler 4 and being put out a fire; And the opening and closing of ventilation unit 3 are also decided by the testing result of wind-force detection module 7; Self-actuated controller 10 can slidably reciprocate along sliding bar 11, all the time to make the scope of detection larger; Meanwhile, solar cell 15 can provide the daily electricity consumption of all power devices.

The above is only preferred implementation of the present utility model; should be understood that; for those skilled in the art; under the prerequisite not departing from the utility model know-why; can also make some improvement and modification, these improve and modification also should be considered as protection domain of the present utility model.

Claims

1. a grain storehouse environment automation control system, comprise one with the foodstuff preservation room of gland bonnet, both sides, described foodstuff preservation room are provided with ventilation unit and automatic sprinkler, it is characterized in that, also comprise one with the self-actuated controller of air detection module, Bacteria Detection module, wind-force detection module, temperature sensing module, infrared photography supervising device, described self-actuated controller to be connected on a sliding bar being laterally connected in bottom gland bonnet and automatically can to horizontally slip along this sliding bar; Described gland bonnet upper end is provided with the lightning protection device be electrically connected with self-actuated controller, and described foodstuff preservation chamber interior walls is provided with the conditioner and bactericidal unit that are electrically connected with air detection module, Bacteria Detection module; Described ventilation unit and wind-force detection module are electrically connected; Described automatic sprinkler and temperature sensing module are electrically connected; And described above-mentioned conductive component is all electrically connected with the solar cell being connected to foodstuff preservation chamber outer wall.