CN202489020U

CN202489020U - Greenhouse spray cooling system

Info

Publication number: CN202489020U
Application number: CN2012201397170U
Authority: CN
Inventors: 陆培玉
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-04-04
Filing date: 2012-04-04
Publication date: 2012-10-17
Anticipated expiration: 2022-04-04

Abstract

The utility model discloses a greenhouse spray cooling system which comprises a water storage tank, a filter, a booster pump and an atomization shower pipe group which is arranged on a greenhouse frame, wherein the water storage tank is connected with a water source through a water source pipe, connected with a rainwater collecting device, and connected with the filter through a water pipe, the filter is connected with the booster pump through a water pipe, and the booster pump is connected with a water inlet pipe of the atomization shower pipe group through a water pipe. The atomization shower pipe group comprises the water inlet pipe, wherein the water inlet pipe is connected with a plurality of shower pipes which are provided with a plurality of atomization spray heads, each atomization spray head is a spay head with four nozzles, each nozzle of each spray head comprises a pipe joint, and the pipe joint is provided with a leakage-proof device, a spiral fluid director and a nozzle in sequence through blind nuts. The greenhouse spray cooling system is capable of achieving cooling and humidifying effects of an ordinary greenhouse, low in energy consumption, simple in structure, convenient to install, simple in operation, low in cost, and broad in application.

Description

Booth mist cooling system

Technical field

The utility model belongs to the artificial greenhouse field of growing seedlings, and relates in particular to a kind of booth mist cooling system.

Background technology

At present, with flower, really, medicine, dish and nursery stock green house be in the industrialized agriculture of representative, " solar energy daylight green house " accounts for 85% of canopy chamber total amount.This facility has certain heat insulation effect under the fine situation of winter-spring season, but summer because of no cooling installation can't be utilized by idle, become the big problem that this facility exists at present.Part large enterprise and scientific research demonstration unit cost huge fund are introduced the high-grade green house cooling system of the automatic intelligent type of building, and, reasons such as power consumption big, cost recovery difficulty high because of its cost can only be deeply aware of one's own helplessness when faced with a great task general unit and peasant household.

Summary of the invention

In order to solve above-mentioned technical problem, the purpose of the utility model provides a kind of booth mist cooling system, can realize the decreasing temperature and increasing humidity of common green house, and consume energy little, simple in structure, easy for installation, simple to operate, cost is low, scalable.

In order to reach above-mentioned purpose, the technical scheme below the utility model has adopted:

Booth mist cooling system comprises storage tank, filter, force (forcing) pump and is arranged in the atomizing spray pipe group on the booth frame that storage tank connects water source from the beginning through running water pipe; And storage tank is connected with the rainwater harvester; Storage tank is connected with filter through water pipe, and filter is connected with force (forcing) pump through water pipe, and force (forcing) pump is connected with the water inlet pipe of atomizing spray pipe group through water pipe; Said atomizing spray pipe group comprises water inlet pipe; Water inlet pipe is connected with many showers, and a plurality of atomizers are installed on the said shower, and said atomizer is four nozzle shower nozzles; This atomizer nozzle comprises pipe joint, through nut leak-proof device, spiral stream guidance device and nozzle is installed successively on the pipe joint.

As preferably, said leak-proof device comprises and the friction tight valve body of pipe joint inwall that the valve body left end is a water inlet; The valve body right-hand member connects the spiral stream guidance device; Be provided with in the body cavity can be movable spool, leave the space between valve interior wall and the spool, spool left end and valve body cone match; The spool right-hand member plugs a guide rod; Sheathed spring on the guide rod, thus spring left end and spool offset and make water inlet on the spool closed valve, thus spring right-hand member and guide rod offset and make guide rod and spiral stream guidance device offset.

Further preferred, the inner chamber of said valve body comprises the conical reducing section that constitutes water inlet and thin diameter section, with the conical flared section of spool cooperation, hold the abdominal cavity section and the faucet section that is connected the spiral stream guidance device of spool.

Further preferred; Said spool left end is for inserting the inserted link portion of thin diameter section on the said valve body; Said spool right-hand member is provided with the shoulder hole that is made up of the first aperture portion and the second aperture portion; Said guide rod comprises the first bar footpath portion of a pocketed springs and the front end insertion spool first aperture portion, the spool second aperture portion is inserted in the bar footpath greater than the first bar footpath portion and front end the second bar footpath portion and frustum portion; Said spring left end and the spool second aperture portion left end face offset, and said spring right-hand member and the guide rod second bar footpath portion left end face offset.

The utility model has following advantage owing to adopted above technical scheme:

1, simple in structure, build easy for installationly, input cost is low, and is simple to operate, it is little to consume energy, can be widely used in flower, really, cultivation and the production of medicine, dish and nursery stock.

2, shower is installed in the top of plantling laying rack, and atomizer is installed in plantling top 1.5m to 2m and locates, and the plantling of below is carried out comprehensive covering, realizes local fast cooling humidification in the booth.

3, adopt four mouth atomizers to have bigger area coverage with respect to existing single mouth atomizer, cooling humidifying effect is more remarkable.

4, atomizer adopts leak free design, avoids dripping or leaking contaminated environment and infringement plantling.

Description of drawings

Fig. 1 is the structural representation of the utility model;

Fig. 2 is the structural representation (closing) of embodiment 1 atomizer;

Fig. 3 is the structural representation (opening) of embodiment 1 atomizer;

Fig. 4 is the structural representation of embodiment 1 leak-proof device.

Embodiment

Below in conjunction with accompanying drawing the embodiment of the utility model is done a detailed explanation.

Embodiment 1:

Booth mist cooling system as shown in Figure 1; Comprise storage tank 100, filter 400, force (forcing) pump 500 and be arranged in the atomizing spray pipe group 600 on the booth frame; Storage tank 100 connects water source from the beginning through running water pipe 300, and storage tank 100 is connected with rainwater harvester 200, and storage tank 100 is connected with filter 400 through water pipe; Filter 400 is connected with force (forcing) pump 500 through water pipe; Force (forcing) pump 500 is connected with the water inlet pipe 601 of atomizing spray pipe group 600 through water pipe, and said atomizing spray pipe group 600 comprises water inlet pipe 601, and water inlet pipe 601 is connected with many showers 602; A plurality of atomizers 603 are installed on the said shower 602; Said atomizer 603 is four nozzle shower nozzles, and these atomizer 603 nozzles comprise pipe joint 1, through nut 2 leak-proof device, spiral stream guidance device 3 and nozzle 4 are installed successively on the pipe joint 1.Like Fig. 2, shown in Figure 3, leak-proof device comprises and the friction tight valve body 5 of pipe joint 1 inwall that valve body 5 left ends are water inlet; Valve body 5 right-hand members connect spiral stream guidance device 3; Be provided with in valve body 5 inner chambers can be movable spool 8, leave the space between valve body 5 inwalls and the spool 8, spool 8 left ends and valve body 5 cone match; Spool 8 right-hand members plug a guide rod 7; Sheathed spring 6 on the guide rod 7, thus spring 6 left ends and spool 8 offset and make water inlet on spool 8 closed valves 5, thus spring 6 right-hand members and guide rod 7 offset and make guide rod 7 and spiral stream guidance device 3 offset.As shown in Figure 4, the inner chamber of said valve body 5 comprises the conical reducing section 51 that constitutes water inlet and thin diameter section 52, the conical flared section 54 that cooperates with spool 8, the abdominal cavity section 53 and the faucet section that is connected spiral stream guidance device 3 55 of holding spool 8.Said spool 8 left ends are inserted link portion 81 that inserts thin diameter section 52 on the said valve body 5 and the cone head part 83 that cooperates with conical flared section 54; Said spool 8 right-hand members are provided with the shoulder hole that is made up of the first aperture portion 84 and the second aperture portion 82; Said guide rod 7 comprises that a pocketed springs 6 and front end insert second bar footpath portion 72 and the frustum portion 73 greater than the first bar footpath portion 71 and front end insertion spool 8 second aperture portions 82 of the first bar footpath portion 71 of spool 8 first aperture portions 84, bar footpath; Said spring 6 left ends and spool 8 second aperture portions 82 left end face offset, and said spring 6 right-hand members and guide rod 7 second bar footpath portions 72 left end face offset.

When installing and using; Shower 602 is installed in the top of plantling laying rack; Atomizer 603 is installed in 1.5m place, plantling top; It is square that the area coverage of each four mouth atomizer is about 1.5m, and therefore the spacing of adjacent atomizer is arranged on about 1.5m, and the plantling of below is put col width also should be less than 1.5m so that comprehensive covering.Near plantling, should put thermometer and carry out temperature survey, when temperature is too high, opens the atomizing cooling system and carry out the fast cooling humidification.

Claims

1. booth mist cooling system; It is characterized in that comprise storage tank (100), filter (400), force (forcing) pump (500) and be arranged in the atomizing spray pipe group (600) on the booth frame, storage tank (100) connects water source from the beginning through running water pipe (300); And storage tank (100) is connected with rainwater harvester (200); Storage tank (100) is connected with filter (400) through water pipe, and filter (400) is connected with force (forcing) pump (500) through water pipe, and force (forcing) pump (500) is connected with the water inlet pipe (601) of atomizing spray pipe group (600) through water pipe; Said atomizing spray pipe group (600) comprises water inlet pipe (601); Water inlet pipe (601) is connected with many showers (602), and a plurality of atomizers (603) are installed on the said shower (602), and said atomizer (603) is four nozzle shower nozzles; This atomizer (603) nozzle comprises pipe joint (1), and pipe joint (1) is gone up and through nut (2) leak-proof device, spiral stream guidance device (3) and nozzle (4) is installed successively.

2. booth mist cooling according to claim 1 system; It is characterized in that said leak-proof device comprises and the friction tight valve body of pipe joint (1) inwall (5) that valve body (5) left end is a water inlet; Valve body (5) right-hand member connects spiral stream guidance device (3); Be provided with in valve body (5) inner chamber can be movable spool (8), leave the space between valve body (5) inwall and the spool (8), spool (8) left end and valve body (5) cone match; Spool (8) right-hand member plugs a guide rod (7); Guide rod (7) is gone up sheathed spring (6), and spring (6) left end and spool (8) thereby offset makes the water inlet on spool (8) closed valve (5), spring (6) right-hand member and guide rod (7) thus offset and make guide rod (7) and spiral stream guidance device (3) offset.

3. booth mist cooling according to claim 2 system; It is characterized in that the inner chamber of said valve body (5) comprises the conical reducing section (51) that constitutes water inlet and thin diameter section (52), the conical flared section (54) that cooperates with spool (8), the abdominal cavity section (53) and the faucet section that is connected spiral stream guidance device (3) (55) of holding spool (8).

4. booth mist cooling according to claim 3 system; It is characterized in that; Said spool (8) left end is gone up the inserted link portion (81) of thin diameter section (52) for inserting said valve body (5); Said spool (8) right-hand member is provided with the shoulder hole that is made up of the first aperture portion (84) and the second aperture portion (82); Said guide rod (7) comprises the first bar footpath portion (71) of a pocketed springs (6) and front end insertion spool (8) first aperture portions (84), spool (8) second aperture portions (82) are inserted in the bar footpath greater than the first bar footpath portion (71) and front end the second bar footpath portion (72) and frustum portion (73); Said spring (6) left end and spool (8) second aperture portion (82) left end face offset, and said spring (6) right-hand member and guide rod (7) second bar footpath portion (72) left end face offset.