CN218299179U - A visual worm gas monitoring system of granary intelligence for grain is stored - Google Patents

Abstract

The utility model belongs to the grain field is stored up to granary safety, especially a visual worm gas monitoring system of granary intelligence for grain is stored, including control module, alarm module, data acquisition and retransmission module, data monitoring module and insect pest video monitoring module, control module includes monitoring host and computer, and alarm module includes audible-visual annunciator, and data acquisition and retransmission module include the monitoring extension, the utility model discloses can regularly detect or multiple gases such as phosphine, oxygen, carbon dioxide, nitrogen gas, etc. in the manual detection granary, through the intelligent analysis early warning, if data abnormal conditions appears, can trigger alarm module, in time remind the storehouse to keep personnel and carry out relevant early warning and handle, gas sensor and image detection pole have the stifling prevention function in the storehouse, and equipment is corroded bad condition when avoiding stifling the operation, thereby avoids the storehouse internal gas superscript threatens the personnel of entering the storehouse and store up grain safety.

Description

A visual worm gas monitoring system of granary intelligence for grain is stored

Technical Field

The utility model relates to a granary stores up grain technical field safely, especially relates to a visual worm gas monitoring system of granary intelligence for grain is stored.

Background

Grain is an important strategic material, is related to the nation and is an important means for implementing macroscopic regulation and control of the nation, provides powerful support for ensuring national grain safety, coping with complex and changeable domestic and foreign situations and overcoming various risk challenges, establishes a solid foundation for developing a good office and taking a good step for fourteen five, promoting high-quality development of economic society and constructing a new development office, and achieves the average grain yield of 1.3 trillion every year in the nation.

At present, the main means for preventing and controlling the stored grain insect pests is a fumigation and nitrogen filling method by adopting a chemical fumigation method, and the chemical fumigation method is a technology for killing stored grain pests, germs and the like in a closed stored grain warehouse by adopting a chemical fumigant, and can quickly and massively kill the pests. However, the common practice during fumigation is to place tablets on the surface of a grain stack according to the volume of the grain stack, so that the tablets react with air to generate disinsection gas, and then diffuse the gas into the grain stack in a fumigation mode to kill insects. The intelligent visible insect gas monitoring system for the granary is an important means for checking the insect killing effect in real time and preventing grain safety and personnel safety, some current insect gas monitoring systems only acquire and display grain condition information aiming at the grain condition in a grain pile, and cannot be compatible with diversified hardware, and a short board also exists in the analysis of the grain condition, so that the construction requirement of the current granary cannot be met.

SUMMERY OF THE UTILITY MODEL

The utility model aims at solving and having the worm gas monitoring system among the prior art and just carrying out grain feelings information acquisition and show to grain in the grain heap, unable compatible diversified hardware also has the short slab to the analysis of grain feelings, can not satisfy the shortcoming of the construction requirement of current granary already, and the visual worm gas monitoring system of granary intelligence that is used for grain to store that proposes.

In order to realize the purpose, the utility model adopts the following technical scheme:

the utility model provides a visual worm gas monitoring system of granary intelligence for grain is stored, includes control module, alarm module, data acquisition and retransmission module, data monitoring module and insect pest video monitoring module, control module includes monitoring host computer and computer, and alarm module includes audible-visual annunciator, and data acquisition and retransmission module include the monitoring extension, and data monitoring module includes the multi-parameter sensor, and the multi-parameter sensor includes gas sensor, and insect pest video monitoring module includes the image probe pole.

Preferably, the monitoring extension is connected with a four-core wire of the gas sensor, the monitoring extension is connected with a twisted-pair image detection rod, the monitoring extension is wirelessly connected with the monitoring host, one monitoring host can be simultaneously connected with a plurality of monitoring extensions, and one monitoring extension is correspondingly arranged on the outer wall of each warehouse.

Preferably, the monitoring host is connected with the computer in a network connection mode.

Preferably, the gas sensor is used for measuring phosphine, oxygen, carbon dioxide and nitrogen gas in the bin.

Preferably, the gas sensor is provided with a shell, and the shell is a fumigation-proof and explosion-proof shell.

Preferably, the audible and visual alarm is connected with a serial port of the computer.

Preferably, the image detection rods are made into a grain insect trap structure, inclined holes are formed in the rod walls, insect luring agents are filled in insect bins in the rods, grain insects are driven to enter actively, a plurality of image detection rods can be installed simultaneously according to the size of a warehouse, the image detection rods are connected with the monitoring extension through twisted-pair lines, and the housing is a fumigation-proof housing.

Preferably, the image detecting rod comprises a link twisted pair, a threaded connection top, a detecting rod, a video probe, a wall hole, a baffle, a grain insect bin and a threaded connection bottom, the video probe is installed on the detecting rod, the link twisted pair is installed on the top of the detecting rod, the threaded connection top and the threaded connection bottom are arranged on the detecting rod, the grain insect bin is arranged in the detecting rod, and the wall hole is arranged on the detecting rod.

The utility model discloses in, a visual worm gas monitoring system of granary intelligence for grain is stored beneficial effect:

the utility model discloses can regularly detect or manual multiple gas such as phosphine, oxygen, carbon dioxide, nitrogen gas in the detection granary, through intelligent analysis early warning, if data abnormal conditions appear, can trigger alarm module, in time remind the warehouse custody personnel to carry out relevant early warning and handle, gas sensor and image feeler lever have in the storehouse and prevent stifling function, thereby the condition that equipment is corroded bad when avoiding stifling operation, thereby gaseous superscript threatens the personnel of going into the storehouse and stores up grain safety in avoiding the storehouse.

Drawings

Fig. 1 is a schematic structural view of an intelligent visual insect gas monitoring system for a grain storage barn according to the present invention;

fig. 2 is a diagram of a distribution point of an in-bin gas sensor and an image detection rod of an intelligent visual insect gas monitoring system for grain storage according to the present invention;

fig. 3 is the utility model provides a visual worm gas monitoring system's of granary intelligence image probe structure picture for grain is stored.

In the figure: 301. linking the twisted-pair lines; 302. the top is connected by screw thread; 303. a probe rod; 304. a video probe; 305. a wall hole; 306. a baffle plate; 307. a granary; 308. the bottom is connected by screw thread.

Detailed Description

The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments.

Referring to fig. 1-3, a visual worm gas monitoring system of granary intelligence for grain is stored, including control module, alarm module, data acquisition and forwarding module, data monitoring module and insect pest video monitoring module, control module includes monitoring host computer and computer, alarm module includes audible-visual annunciator, data acquisition and forwarding module includes the monitoring extension, data monitoring module includes multi-parameter sensor, multi-parameter sensor includes gas sensor, insect pest video monitoring module includes the image probe pole, control module is used for sending the detection command to data acquisition module, and receive and handle the detection data that data acquisition and forwarding module returned, data monitoring module and insect pest video monitoring module are connected with data acquisition and forwarding module, mainly used for carrying out the detection task that data acquisition and forwarding module sent, and will detect the data and give data acquisition and forwarding module, such as detect the interior hydrogen phosphide of granary, oxygen, carbon dioxide, nitrogen gas, etc.. The control module comprises a computer and a monitoring host, system management software is installed in the computer and is responsible for analyzing and processing data, a user monitors and controls the grain condition through the management software, and the computer is connected with the monitoring host through a network, wherein the computer can be connected with peripheral equipment such as a printer and the like.

In this embodiment, the monitoring extension is connected with gas sensor four-core line, and the monitoring extension is connected with the image probe rod twisted pair line, and monitoring extension and monitoring host wireless connection, a monitoring host can connect many monitoring extensions simultaneously, and every warehouse outer wall corresponds and sets up a monitoring extension.

In this embodiment, the monitoring host and the computer are connected in a network connection manner.

In this embodiment, the gas sensor is used for measuring phosphine, oxygen, carbon dioxide, and nitrogen gas in the bin.

In this embodiment, the gas sensor is provided with a housing, which is a fumigation-proof and explosion-proof housing.

In this embodiment, the audible and visual alarm is connected with a serial port of the computer.

In the embodiment, the image detection rods are made into a grain insect trap structure, inclined holes are formed in the rod walls, insect luring agents are filled into the insect bins in the rods, so that grain insects actively approach the insect traps, a plurality of image detection rods can be simultaneously installed according to different sizes of warehouses, the image detection rods are connected with the monitoring extension twisted-pair lines, and the housing is an anti-fumigation housing.

In this embodiment, the image probe rod includes that it links twisted pair 301, threaded connection top 302, probe rod 303, video probe 304, wall hole 305, baffle 306, the granary 307 and threaded connection bottom 308, video probe 304 is installed on probe rod 303, it installs in probe rod 303's top to link twisted pair 301, threaded connection top 302 and threaded connection bottom 308 are located on probe rod 303, granary 307 is located in probe rod 303, wall hole 305 is located on probe rod 303.

As shown in figure 2, according to the size of the granary, at least 2 gas sensors are installed in each granary, the gas sensors are installed in the middle of the granary and are about 20CM away from the top of the granary, at least 12 image detection rods are installed in each granary, and the change of gas and insect pests in each granary can be checked in real time.

As shown in fig. 3, the structure of the image probe rod 301 is to link the twisted pair to the monitoring extension: 302 is the threaded connection top: 303 is a probe rod: 304 is that the video probe can observe grain insect visually: 305 is that the mural grainworms can enter: 306 is that after the baffle plate grain insect falls in, the baffle plate blocks the grain insect from climbing out: 307 is a granary: 308 is a research means which is connected with the bottom by screw threads and is used for pouring out the grain insects, the image detection rod is arranged in the middle of a window at the door of the granary and is used for trapping the grain insects, the problem that the grain insects grow in the grain storage and storage process is solved, and meanwhile, the research means for observing and researching the growth conditions and growth rules of different grains and different kinds of grain insects in the granary is solved.

The above, only be the concrete implementation of the preferred embodiment of the present invention, but the protection scope of the present invention is not limited thereto, and any person skilled in the art is in the technical scope of the present invention, according to the technical solution of the present invention and the utility model, the concept of which is equivalent to replace or change, should be covered within the protection scope of the present invention.

Claims (7)

1. The utility model provides a visual worm gas monitoring system of granary intelligence for grain is stored, includes control module, alarm module, data acquisition and retransmission module, data monitoring module and insect pest video monitoring module, its characterized in that, control module includes monitoring host computer and computer, and alarm module includes audible-visual annunciator, and data acquisition and retransmission module are including monitoring the extension, and data monitoring module includes the multi-parameter sensor, and the multi-parameter sensor includes gas sensor, and insect pest video monitoring module includes the image probe pole.

2. The intelligent visual pest gas monitoring system for the grain storage granary according to claim 1, wherein the monitoring extension is connected with a four-core wire of the gas sensor, the monitoring extension is connected with an image detection rod twisted pair, and the monitoring extension is wirelessly connected with a monitoring host.

3. The intelligent visual pest gas monitoring system for grain storage of claim 2, wherein the monitoring host computer is connected with the computer in a network connection mode.

4. The intelligent visual insect gas monitoring system for grain storage according to claim 3, wherein the gas sensor is provided with a housing, and the housing is a fumigation and explosion proof housing.

5. The intelligent visual insect gas monitoring system for the grain bin for grain storage according to claim 4, wherein the audible and visual alarm is connected with a computer serial port.

6. The intelligent visual insect gas monitoring system for the grain storage granary according to claim 5, wherein the image detection rod is connected with a monitoring extension twisted pair.

7. The intelligent visual insect gas monitoring system for the grain storage granary according to claim 6, wherein the image detection rod comprises a link twisted pair (301), a threaded connection top (302), a detection rod (303), a video probe (304), a wall hole (305), a baffle plate (306), a grain insect bin (307) and a threaded connection bottom (308), the video probe (304) is installed on the detection rod (303), the link twisted pair (301) is installed on the top of the detection rod (303), the threaded connection top (302) and the threaded connection bottom (308) are arranged on the detection rod (303), the grain insect bin (307) is arranged in the detection rod (303), and the wall hole (305) is arranged on the detection rod (303).

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