CN212593205U - Mechanized sterilizing and epidemic preventing system for farm - Google Patents

Abstract

The utility model belongs to the technical field of the technique of plant epidemic prevention equipment and specifically relates to a plant mechanization epidemic prevention system that disappears, including plant's district that disappears, life district that disappears and official working district that disappears. Wherein plant's district of killing including the vehicle center of killing that disappears, the vehicle center of killing that disappears is equipped with spraying disinfection host computer, ground and spouts subassembly and a plurality of spraying stand, is equipped with the liquid conveying pipe in the spraying stand, and spraying stand surface is equipped with a plurality of orifices, and a plurality of spray nozzle install on the liquid conveying pipe and spray nozzle expose the orifice. The utility model comprises a farm disinfection area, an office disinfection area and a living disinfection area, which prevents the virus infection caused by the reciprocating process of personnel in several moving areas and improves the comprehensive epidemic prevention capability of the farm; through the vehicle center that disappears that sets up specially, the vehicle that gets into the plant carries out the epidemic prevention of disinfecting, prevents that the virus that the vehicle carried from getting into the plant.

Description

Mechanized sterilizing and epidemic preventing system for farm

Technical Field

The utility model relates to a technical field of plant epidemic prevention equipment especially relates to a plant mechanized epidemic prevention system that disappears of killing.

Background

The breeding industry is always an important content in the economic development of China. In the early 2020, new coronary pneumonia prevails, and the breeding industry has been providing logistics supplies in epidemic situations. The work of epidemic prevention of the farm itself is also becoming more important because of the supply to the front line. The traditional epidemic prevention measures of farms only take some virus killing and epidemic prevention measures for the colony houses and the body surfaces of the livestock and poultry. And the prevention and control measures related to the external vehicles, personnel and materials are insufficient.

Foreign vehicles, personnel and supplies are likely to carry and spread pathogens due to activities in multiple spaces or close contact with other potential individuals with coronary pneumonia. At present, in social environment prevention and control work, personnel prevention and control measures are executed everywhere, but the quantity of the vehicle prevention and control measures is small. The vehicle easily carries viruses when entering and leaving, thereby causing the infection of the viruses in the farm, therefore, for the epidemic prevention work of the farm, the disinfection and epidemic prevention of the vehicle are also important work, and the solution is needed urgently.

SUMMERY OF THE UTILITY MODEL

Aiming at the defects in the prior art, one of the purposes of the embodiment is to provide a mechanized sterilizing and epidemic preventing system for a farm.

The above embodiment of the present embodiment is realized by the following technical solutions: a mechanized sterilizing and epidemic preventing system for a farm comprises a farm sterilizing area, wherein the farm sterilizing area comprises an entrance comprehensive sterilizing station, the entrance comprehensive sterilizing station comprises a vehicle sterilizing center, the vehicle sterilizing center is provided with a water pump, a sterilizing box, a spraying sterilizing host, a ground spraying assembly and a plurality of spraying upright columns, the ground spraying assembly and the spraying upright columns are communicated with one end of the water pump, the other end of the water pump is connected with the sterilizing box, and the water pump is also electrically connected with the spraying sterilizing host; the spraying upright post is internally provided with a liquid conveying pipe, the surface of the spraying upright post is provided with a plurality of orifices, and a plurality of spraying nozzles are arranged on the liquid conveying pipe and expose the orifices.

Through adopting above-mentioned technical scheme, when the vehicle advances the plant, ground spouts subassembly and a plurality of spraying stand etc. can carry out the spraying to vehicle surface, chassis, tire etc. and disappear and kill to vehicle entering carries out the epidemic prevention of killing.

The present embodiment may further be configured in a preferred example as follows: the spraying upright posts are arranged in two groups, each group comprises two spraying upright posts, the distance between the two spraying upright posts is 2.5-4.5 m, and the spraying nozzles of the two spraying upright posts are oppositely arranged; the height of each spraying upright post is 2.5 m-4.3 m.

By adopting the technical scheme, the distance between the two spraying upright columns can be just right used for passing through a small automobile, a minibus, a truck and the like. Two sets of spraying stand columns are arranged, so that the front and the back of the vehicle can be simultaneously sterilized and epidemic-prevention, and the working efficiency is improved. The height of the spraying upright post should be higher than that of the vehicle so as to kill and prevent epidemic on the top of the vehicle.

The present embodiment may further be configured in a preferred example as follows: the ground spraying assembly is arranged in a ground recess of a vehicle killing center and comprises at least one group of ground spraying frames, at least one liquid conveying pipe is arranged on each ground spraying frame, the liquid conveying pipe is communicated with the water pump and provided with an electromagnetic valve, and the electromagnetic valve is electrically connected with the spraying and disinfecting host; each infusion tube is provided with a plurality of ground spray heads which are arranged towards the vehicle.

Through adopting above-mentioned technical scheme, ground spouts the shower nozzle and can disinfect vehicle chassis in step to a plurality of ground of spouting subassembly. The opening and closing of the valve can be automatically controlled through an electromagnetic valve.

The present embodiment may further be configured in a preferred example as follows: the vehicle killing center comprises an inlet and an outlet, wherein a first ground induction coil and a second ground induction coil are respectively arranged on the ground of the inlet and the outlet, and the first ground induction coil and the second ground induction coil are respectively and electrically connected with the spraying and disinfecting host.

Through adopting above-mentioned technical scheme, first ground sense coil and second ground sense coil have improved the automatic control level at vehicle killing center. When a vehicle enters the vehicle sterilizing center from an inlet, the first ground induction coil induces the vehicle to enter, and sends a signal to the spraying and sterilizing host machine, the spraying upright post and the ground spraying assembly to spray; when the vehicle drives out of the second ground induction coil, the second ground induction coil sends a signal to the spraying disinfection host, and the spraying upright post and the ground spraying component spray.

The present embodiment may further be configured in a preferred example as follows: and a drainage groove is formed in the ground of the vehicle killing center, is arranged on the periphery of all the spraying upright posts and is arranged on the inner periphery of the first ground induction coil and the second ground induction coil.

Through adopting above-mentioned technical scheme, the water drainage tank is used for spouting the liquid discharge of subassembly spun with spraying stand and ground. The position setting can reduce the chance that first ground sense coil and second ground sense coil contacted liquid, prolongs first ground sense coil and second ground sense coil's life.

The present embodiment may further be configured in a preferred example as follows: the width of the drainage channel is 2-4 cm, the depth of the drainage channel is 3-6 cm, and a stainless steel protective layer is arranged on the wall surface of the drainage channel.

By adopting the above technical solution, the width and depth of the drainage channel should be set at least to allow the liquid to collect. The drainage channel is too narrow, liquid is easy to spill out when flowing in, the drainage channel is too wide, and the occupied area is large. If the drainage channel is too shallow, less water can be accumulated, and if the drainage channel is too deep, deep digging is needed during construction, so that the process period is long, and the necessity is not high. The wall surface of the drainage tank is sleeved with a stainless steel protective layer, so that the corrosion of the disinfectant to the wall surface of the cement tank can be prevented, and the original wall surface of the cement tank of the drainage tank is protected. The stainless steel protective layer can be conveniently washed and replaced again after a long time.

The present embodiment may further be configured in a preferred example as follows: the spraying disinfection host is electrically connected with an audible and visual alarm.

By adopting the technical scheme, after the vehicle is disinfected, the sound-light alarm device can prompt workers and a vehicle owner that the disinfection work is finished, so that the situation can be known in time. The scheme further improves the automation control degree.

The present embodiment may further be configured in a preferred example as follows: the vehicle sterilizing center also comprises a drying room or a movable heating unit.

By adopting the technical scheme, the sterilized vehicle is dried, and secondary pollution caused by dust contamination of water drops is avoided.

The present embodiment may further be configured in a preferred example as follows: the vehicle sterilizing center further comprises a personnel sterilizing channel and a material sterilizing chamber, and the vehicle sterilizing center, the personnel sterilizing channel and the material sterilizing chamber are communicated with each other.

Through adopting above-mentioned technical scheme, personnel's time that the personnel body surface was killed in the passageway of killing can be guaranteed, and when people passed through the passageway, 1 ~ 5min just in time can satisfy the requirement of the time of killing, avoids personnel to evade to kill maliciously. Concentrate in the room that kills of goods and materials to the express delivery goods and materials that get into the plant, concentrate and kill, avoid the virus propagation that the goods and materials carried.

The present embodiment may further be configured in a preferred example as follows: the farm sterilizing area also comprises a living sterilizing area and an office sterilizing area.

By adopting the technical scheme, the domestic area is also killed, and the problem of bacterial propagation in the process that people come and go to livestock breeding areas, domestic areas and offices can be solved.

In summary, the present embodiment includes at least one of the following beneficial technical effects:

1. by arranging the vehicle sterilizing center, vehicles entering the farm are sterilized and epidemic-prevention, so that viruses carried by the vehicles are prevented from entering the farm;

2. by arranging the vehicle sterilizing center, the personnel sterilizing channel and the material sterilizing chamber, the external vehicles, personnel and materials are sterilized in all directions, and careless leakage and virus invasion are avoided;

3. through the supplementary disinfection to living area and office space in the plant, prevent that personnel from causing virus infection and spread in several regional round trip process, improve the comprehensive epidemic prevention ability of plant.

Drawings

Fig. 1 is a schematic view of the overall system of the present embodiment.

Fig. 2 is a schematic layout of a vehicle killing center.

Fig. 3 is a schematic structural view of a spray pillar.

FIG. 4 is a schematic structural diagram of the ground spray assembly.

In the figure, 1, a farm disinfection area; 11. a vehicle killing center; 111. an inlet; 112. an outlet; 113. a first ground induction coil; 114. a second ground sensing coil; 115. a spraying disinfection host machine; 116. a ground spray assembly; 1161. a ground spray frame; 1162. a transfusion tube; 1163. a ground spray nozzle; 117. spraying the upright column; 118. a liquid delivery pipe; 119. a spray nozzle; 120. an electromagnetic valve; 121. an audible and visual alarm; 122. a drying room; 12. a personnel killing channel; 13. a material sterilizing chamber; 2. a living disinfection area; 3. working in a killing area.

Detailed Description

The present embodiment will be described in further detail with reference to the accompanying drawings.

Referring to fig. 1, the mechanized epidemic prevention and elimination system for the farm disclosed in this embodiment includes a farm disinfection area 1, a living disinfection area 2, and an office disinfection area 3, and performs comprehensive disinfection and elimination on each area in the farm system, thereby improving the comprehensive epidemic prevention capability of the farm system.

Wherein, the farm sterilizing area 1 comprises an entrance comprehensive sterilizing station and a cultivation production sterilizing area. The breeding production disinfection area is a disinfection area of a daily livestock breeding area, and breeding industry is generally provided with the disinfection area. The approach comprehensive type killing station in the embodiment is a new design point. The entrance comprehensive type disinfection station specifically comprises a vehicle disinfection center 11, a personnel disinfection channel 12 and a material disinfection chamber 13 which are communicated with each other to comprehensively disinfect viruses of external personnel, vehicles and materials.

Referring to fig. 2, the vehicle sterilizing center 11 includes an inlet 111, an outlet 112, a first ground induction coil 113, a second ground induction coil 114, a spray sterilizing main unit 115, a ground spray assembly 116, and a plurality of spray posts 117. The first ground sensing coil 113 and the second ground sensing coil 114 are located at the inlet 111 and the outlet 112, respectively.

The spraying upright posts 117 are generally arranged in two groups, and the two groups are respectively positioned at the head and tail of the vehicle. Each group has two spray posts 117, the distance between the two being typically controlled to be 2.5m to 4.5m to accommodate a vehicle. The spray heads 119 of both spray uprights 117 are arranged facing the vehicle. The height of each spraying upright column 117 is controlled to be 2.5 m-4.3 m, and the height is slightly higher than that of a vehicle when the spraying upright column is designed so as to disinfect the roof of the vehicle. Referring to fig. 3, a liquid delivery pipe 118 is provided in the spraying column 117, a plurality of orifices are provided on the surface of the spraying column 117, a plurality of spraying nozzles 119 are installed on the liquid delivery pipe 118, the spraying nozzles 119 are exposed to the orifices facing the vehicle, and the diameter of the droplets can be controlled to be 80-150 μm. The liquid delivery pipe 118 is provided with an electromagnetic valve 120, the electromagnetic valve 120 is electrically connected with the spraying disinfection host 115, and the on-off of the liquid in the liquid delivery pipe 118 can be electrically controlled.

Referring to fig. 4, the ground spray assembly 116 may be disposed in a pit in the ground of the vehicle killing center 11. The ground spray assembly 116 includes at least one group of ground spray racks 1161, at least one liquid transport pipe 1162 is disposed on the ground spray racks 1161, and a plurality of ground spray heads 1163 disposed toward the vehicle are disposed on each liquid transport pipe 1162. The infusion tube 1162 is also provided with an electromagnetic valve 120, the electromagnetic valve 120 is electrically connected with the spraying disinfection host machine 115, and the on-off of the liquid in the infusion tube 1162 can be electrically controlled.

The ground spraying component 116 and the spraying upright column 117 are both communicated with a water pump, one end of the water pump is electrically connected with the spraying disinfection host machine 115, the other end of the water pump is connected with a disinfection box, and disinfection liquid is stored in the disinfection box.

The ground of the vehicle sterilizing center 11 is provided with a drainage channel for discharging the sterilizing liquid. The drainage grooves are arranged on the peripheries of all the spraying upright posts 117 and are positioned on the inner peripheries of the first ground induction coil 113 and the second ground induction coil 114. The width of the drainage groove is 2-4 cm, and the depth is 3-6 cm. The wall surface of the drainage groove can be provided with a stainless steel protective layer which is a groove plate made of stainless steel materials and is directly placed in the drainage groove. The sterilized water collected in the drain tank flows to a separate drain line and is then discharged according to municipal environmental requirements.

In addition, the spraying disinfection host 115 is also electrically connected with an audible and visual alarm 121 to give a proper prompt when the spraying disinfection is finished. The audible and visual alarm 121 can be arranged above the spray upright post 117 or at the outlet 112 in front of the vehicle, so that a striking prompt effect can be achieved.

The vehicle sterilizing center 11 further includes a drying room 122 or a movable heating unit. The heating pipe is installed on the inner wall of the drying room 122, the surface temperature of the car body is increased to 65 ℃ through rapid temperature rise, the duration is 20-30 min, and small droplets of disinfectant liquid are evaporated. The movable heating unit is high-temperature drying equipment with rollers, is close to the surface of the vehicle, and can heat and dry small drops of the disinfectant.

Personnel kill and kill the passageway 12 long 1 ~ 3 meters, can set up the railing in killing the passageway, and the railing encloses into S-shaped road for personnel slowly pass through. The personnel sterilizing channel 12 can be selected from automatic spraying sterilizing equipment or an electric ultra-low capacity sprayer, the diameter of fog drops is 40-60 um, and the overall sterilizing time is basically controlled to be 1-5 min. If the diameter of the fog drops is less than 40um, the fog drops are easy to harm the breath of people and even the lung. The sole and the hands can be sterilized by arranging a sterilizing basin, a sterilizing pool and the like in the personnel sterilizing channel 12. In order to ensure the stay time of the personnel, electromagnetic gates can be additionally arranged before and after the personnel sterilizing channel 12 so as to ensure the sterilizing time.

The material sterilizing chamber 13 is mainly used for intensively sterilizing the external materials. The material sterilizing chamber 13 can be selected from automatic spraying sterilizing equipment or an electric ultra-low volume sprayer for sterilizing, the diameter of fog drops is 5-10 mu m, and the spraying time is 10-15 min.

The implementation principle of the embodiment is as follows: when an external vehicle drives in from the inlet 111, the first ground induction coil 113 is triggered, the first ground induction coil 113 sends a signal to the spraying disinfection host machine 115, and the spraying disinfection host machine 115 controls the spraying upright post 117 and the ground spraying component 116 to spray automatically to disinfect the top surface, the side surface and the chassis of the vehicle; and after waiting for about 40-60 seconds, the spraying and disinfecting host 115 prompts an operator or a vehicle owner that the vehicle can leave through sound and light alarm. When the tail of the vehicle completely leaves the second ground induction coil 114, the second ground induction coil 114 sends a signal to the spray disinfection host 115, and automatic spraying is stopped. And then the vehicle drives into a drying room, is dried for 30-60 s and then drives away. After the vehicle is disinfected and stops in a designated parking area, the materials brought back by the vehicle are conveyed to the material disinfecting chamber 13 in a centralized manner and then are redistributed after being disinfected. Personnel must walk through the personnel killing passageway 12 to enter a production area, an office area or a living area of the aquaculture. Thus, the comprehensive disinfection and epidemic prevention of foreign vehicles, personnel and materials is completed.

The embodiments of the present embodiment are all preferred embodiments of the present embodiment, and the protection scope of the present embodiment is not limited by this, so: all equivalent changes made in the structure, shape and principle of the present embodiment are intended to be covered by the protection scope of the present embodiment.

Claims (10)

1. The utility model provides a plant mechanization epidemic prevention system that disappears, includes plant's district (1) that disappears, its characterized in that: the farm sterilizing area (1) comprises an entry comprehensive sterilizing station, the entry comprehensive sterilizing station comprises a vehicle sterilizing center (11), the vehicle sterilizing center (11) is provided with a water pump, a sterilizing box, a spraying sterilizing host (115), a ground spraying assembly (116) and a plurality of spraying upright columns (117), the ground spraying assembly (116) and the spraying upright columns (117) are communicated with one end of the water pump, the other end of the water pump is connected with the sterilizing box, and the water pump is also electrically connected with the spraying sterilizing host (115); the spraying device is characterized in that a liquid conveying pipe (118) is arranged in the spraying upright post (117), a plurality of orifices are formed in the surface of the spraying upright post (117), and a plurality of spraying nozzles (119) are installed on the liquid conveying pipe (118) and the orifices are exposed out of the spraying nozzles (119).

2. The mechanized disinfection and epidemic prevention system for farms of claim 1, wherein: two groups of two spraying upright columns (117) are arranged, each group comprises two spraying upright columns, the distance between the two spraying upright columns (117) is 2.5-4.5 m, and the spraying nozzles (119) of the two spraying upright columns (117) are oppositely arranged; the height of each spraying upright post (117) is 2.5 m-4.3 m.

3. The mechanized disinfection and epidemic prevention system for farms of claim 2, wherein: the ground spraying assembly (116) is arranged in a ground recess of the vehicle killing center (11), the ground spraying assembly (116) comprises at least one group of ground spraying frames (1161), at least one infusion tube (1162) is arranged on the ground spraying frame (1161), the infusion tube (1162) is communicated with the water pump, an electromagnetic valve (120) is arranged on the infusion tube (1162), and the electromagnetic valve (120) is electrically connected with the spraying disinfection host machine (115); each infusion tube (1162) is provided with a plurality of ground spray heads (1163) which are arranged towards the vehicle.

4. The mechanized disinfection and epidemic prevention system for farms of claim 3, wherein: the vehicle killing center (11) comprises an inlet (111) and an outlet (112), a first ground induction coil (113) and a second ground induction coil (114) are respectively arranged on the ground at the inlet (111) and the outlet (112), and the first ground induction coil (113) and the second ground induction coil (114) are respectively electrically connected with a spraying disinfection host machine (115).

5. The mechanized disinfection and epidemic prevention system for farms of claim 4, wherein: the ground of the vehicle killing center (11) is provided with a water drainage groove, and the water drainage groove is arranged on the periphery of all the spraying upright posts (117) and on the inner periphery of the first ground induction coil (113) and the second ground induction coil (114).

6. The mechanized disinfection and epidemic prevention system for farms of claim 5, wherein: the width of the drainage channel is 2-4 cm, the depth of the drainage channel is 3-6 cm, and a stainless steel protective layer is arranged on the wall surface of the drainage channel.

7. The mechanized disinfection and epidemic prevention system for farms of claim 6, wherein: the spraying disinfection main machine (115) is electrically connected with an audible and visual alarm (121).

8. The mechanized disinfection and epidemic prevention system for farms of claim 1, wherein: the vehicle sterilizing center (11) also comprises a drying room (122) or a movable heating unit.

9. The mechanized disinfection and epidemic prevention system for farms of claim 1, wherein: the vehicle sterilizing center (11) further comprises a personnel sterilizing channel (12) and a material sterilizing chamber (13), and the vehicle sterilizing center (11), the personnel sterilizing channel (12) and the material sterilizing chamber (13) are communicated with each other.

10. The mechanized disinfection and epidemic prevention system for farms of claim 1, wherein: the farm disinfection area (1) further comprises a living disinfection area (2) and an office disinfection area (3).

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