CN206101111U - Link a formula warmhouse booth cooling system - Google Patents

Abstract

The utility model discloses a link a formula warmhouse booth cooling system, it includes big -arch shelter body, gutter and the setting heat sink in gutter department, the heat sink is equipped with a spout including setting up at the mounting bracket at gutter both ends and spaning the horizontal pole between two mounting brackets on, a sliding part has been worn to the cover on the horizontal pole, and the lower extreme of sliding part is connected with the injection portion that is used for to the film water spray, injection portion passes through the hose and is connected with subsurface drainage basin or cistern, is equipped with a water pump on the hose, the setting all is equipped with on the mounting bracket at gutter both ends and is used for driving the gliding pulley portion of sliding part, and pulley portion passes through the hawser and is connected with the sliding part, and pulley portion is connected at this internal control part electricity of big -arch shelter with the setting, injection portion includes the vertical section pipe of being connected with the sliding part and passes through the conduit coupling and the pipe chute of vertical section union coupling, is equipped with at least one shower head on the pipe chute, this link a formula warmhouse booth cooling system has solved the problem that links the interior high temperature of a formula warmhouse booth summer effectively.

Description

Continuous building type greenhouse booth cooling system

Technical field

This utility model is related to agricultural product production technical field, and in particular to a kind of continuous building type greenhouse booth cooling system.

Background technology

Also known as greenhouse, energy printing opacity, insulation, are a kind of plant culture facilities for developing rapidly in recent decades to warmhouse booth. In the season for being not suitable for plant growing, warmhouse booth can provide period of duration and increase yield, be used for low temperature season warm season vegetable, The plant cultures such as flowers, forest or nursery etc..

Continuous building type greenhouse is that a kind of upgrading of warmhouse booth is present, as super big greenhouse, original independent separate room temperature Room, is linked up in original separate single inter mode greenhouse with the means of science, rational design, outstanding material.

Although continuous building type greenhouse booth can cultivate a fairly large number of plant, and for plant provide difference to a certain extent In the growth conditionss of external environment；But, continuous building type greenhouse booth is easily affected by external condition；The sunshine-duration length of summer, Rainfall is plentiful, when being optimum plant growing；However, because summer is hot, sun direct projection can be made to the thin film on booth Into certain damage, meanwhile, make continuous building type greenhouse canopy temperature too high, affect the normal growth of plant.

Utility model content

The purpose of this utility model is to provide a kind of continuous building type greenhouse booth cooling system, to solve summer mentioned above The too high problem of continuous building type greenhouse canopy temperature.

To solve above-mentioned technical problem, this utility model provides a kind of continuous building type greenhouse booth cooling system, and it includes greatly Canopy body, gutter and the heat sink being arranged at gutter；Heat sink include be arranged on gutter two ends installing rack and across Cross bar between two installing racks, cross bar is provided with a chute；Set is installed with a sliding part, the lower end connection of sliding part on cross bar There is the ejection section for spraying water to thin film；Ejection section is connected by flexible pipe with subsurface drainage basin or cistern, and flexible pipe is provided with a water Pump；Be arranged on the installing rack at gutter two ends be equipped with for drive sliding part slide sheave portion, sheave portion by hawser with Sliding part connects, and sheave portion is electrically connected with the control unit being arranged in greenhouse body；Ejection section includes that what is be connected with sliding part erects Straight section pipe and the inclined tube being connected with vertical section pipe by conduit coupling, inclined tube is provided with least one spray head, inclined tube with it is perpendicular Angle between straight section pipe is 30 ~ 80 degree.

Further, gutter is connected by drain pipe with cistern, cistern with for booth provide water source water supply Device connects.

Further, sheave portion is fixed on installing rack by fixed mount.

Further, the tube wall upper end of vertical section pipe is provided with one and is used to connect the connector of flexible pipe, and flexible pipe bypasses sheave portion It is connected with connector.

Further, one is provided between water pump and subsurface drainage basin or cistern is used for the flexible pipe folding and unfolding portion of retracting hose.

Further, a connecting rod is provided between inclined tube and vertical section pipe.

Further, spray head is 3 or 4, and is arranged at equal intervals on inclined tube.

Further, the width of gutter is 15cm.

Further, flexible pipe is rubber water pipe.

The beneficial effects of the utility model are：The continuous building type greenhouse booth cooling system is by heat sink to Continuous building type temperature Room booth is lowered the temperature, it is to avoid high temperature affects the normal growth of booth implants, improves the harvest of plant；And in water spray process In, the movement of control sliding part can be passed through, change the region sprayed on thin film, it is simple, effective, imitate with higher cooling Really；Meanwhile, the water in cistern is available for ejection section and water supply installation to use, and the water flowed down from gutter can return to cistern It is interior, water resource is effectively saved, while realizing recycling for water resource.

Description of the drawings

Fig. 1 is the structural representation of the greenhouse body of continuous building type greenhouse booth cooling system.

Fig. 2 is the structural representation of the heat sink of continuous building type greenhouse booth cooling system.

Wherein：1st, greenhouse body；2nd, gutter；3rd, thin film；4th, drain pipe；5th, cistern；6th, water supply installation；7th, installing rack； 8th, cross bar；9th, chute；10th, sliding part；11st, flexible pipe；12nd, water pump；13rd, vertical section pipe；14th, conduit coupling；15th, inclined tube；16、 Spray head；17th, sheave portion；18th, fixed mount；19th, connector；20th, flexible pipe folding and unfolding portion；21st, connecting rod.

Specific embodiment

Below in conjunction with the accompanying drawing in this utility model embodiment, the technical scheme in this utility model embodiment is carried out Clearly and completely describe, it is clear that described embodiment is only a kind of embodiment of this utility model, rather than the reality of whole Apply example.Based on the embodiment in this utility model, those of ordinary skill in the art institute under the premise of creative work is not made The every other embodiment for obtaining, belongs to protection domain of the present utility model.

As depicted in figs. 1 and 2, the continuous building type greenhouse booth cooling system includes greenhouse body 1, gutter 2 and is arranged on day Heat sink at ditch 2, the width of preferred gutter 2 is 15cm；It is big to continuous building type greenhouse by heat sink in being embodied as Canopy is lowered the temperature, it is to avoid high temperature affects the normal growth of booth implants, improves the harvest rate of plant.

Heat sink includes being arranged on the installing rack 7 at the two ends of gutter 2 and across the cross bar 8 between two installing racks 7, horizontal Bar 8 is provided with a chute 9, and set is installed with a sliding part 10 on cross bar 8；Wherein, sliding part 10 can come along chute 9 on cross bar 8 Return and slide, from one end of gutter 2 other end is slid into.

In being embodied as, it is arranged on the installing rack 7 at the two ends of gutter 2 and is equipped with sheave portion 17, for driving sliding part 10 slide；Sheave portion 17 is fixed on installing rack 7 by fixed mount 18, it is ensured that the fastness that sheave portion 17 is installed；Sheave portion 17 It is connected with sliding part 10 by hawser, sheave portion 17 is electrically connected with the control unit being arranged in greenhouse body 1；Use in practical operation In, the rotation of sheave portion 17 is controlled by control unit, and then drive sliding part 10 to move on cross bar 8 by hawser, operation letter Single, convenience.

The lower end of sliding part 10 is connected with ejection section, for spraying water to thin film 3, reduces the temperature of thin film 3, reduces high temperature pair The injury of thin film 3, meanwhile, reduce the temperature in booth, it is ensured that the normal growth of plant；Ejection section is by flexible pipe 11 and underground current Domain or cistern 5 connect, and flexible pipe 11 is provided with a water pump 12, are evacuated in the water in subsurface drainage basin or cistern 5 by water pump 12 Ejection section is sprayed；During water spray, the movement of control sliding part 10 can be passed through, change the region sprayed on thin film 3, Simply, effectively.

The ejection section of the continuous building type greenhouse booth cooling system includes the vertical section pipe 13 being connected with sliding part 10 and passes through The inclined tube 15 that conduit coupling 14 is connected with vertical section pipe 13；The tube wall upper end of vertical section pipe 13 is provided with a connector 19, is used for Connection flexible pipe 11, as the entrance of water；A connecting rod 21 is provided between inclined tube 15 and vertical section pipe 13, in being embodied as, Inclined tube 15, vertical section pipe 13 and connecting rod 21 constitute a three-legged structure, it is ensured that the stability of pipe structure.

Flexible pipe 11 bypasses sheave portion 17 and is connected with connector 19, in being embodied as, sheave portion 17 is bypassed on flexible pipe 11 Part can be ridden against on cross bar 8, it is to avoid impact of the gravity of water to sheave portion 17 and connector 19 in flexible pipe 11 and flexible pipe 11, together When, when sliding part 10 is moved, reduce rocking for flexible pipe 11；One is provided between water pump 12 and subsurface drainage basin or cistern 5 Flexible pipe folding and unfolding portion 20, for retracting hose 11；Wherein, flexible pipe 11 is rubber water pipe, it is to avoid flexible pipe folding and unfolding portion 20 affects hydraulic pressure.

Inclined tube 15 is provided with least one spray head 16, by the jet water course of spray head 16；It is preferred that spray head 16 be 3 or 4, and be arranged at equal intervals on inclined tube 15, it is ensured that hydraulic pressure, make course of injection effective；Between inclined tube 15 and vertical section pipe 13 Angle is 30 ~ 80 degree, and the inclined tube 15 is placed in into the gradient, it is ensured that can fully be sprayed in the greenhouse body 1 of the both sides of gutter 2 Penetrate, efficiency high of lowering the temperature.

Gutter 2 is connected by drain pipe 4 with cistern 5, cistern 5 with for booth provide water source water supply installation 6 Connection；In being embodied as, in the rainy day or by ejection section to after the water spray of thin film 3, current are pooled to gutter 2, then by draining Pipe 4 is drained in cistern 5 and is stored.

In sizzler or booth domestic demand water, the water in cistern 5 is incorporated into by ejection section by flexible pipe 11, by supplying Water installations 6 are incorporated into the water in cistern 5 in greenhouse body 1, and water is utilized, and have effectively saved water resource, while Realize recycling for water resource.

The foregoing description of the disclosed embodiments, enables professional and technical personnel in the field to realize or new using this practicality Type.Various modifications to these embodiments will be made for those skilled in the art it will be apparent that defined herein General Principle can in other embodiments realize in the case of the spirit or scope without departing from utility model.Therefore, originally Utility model will not be limited and the embodiments shown herein, and be to fit to and principles disclosed herein and novelty The property consistent most wide scope of feature.

Claims (9)

1. a kind of continuous building type greenhouse booth cooling system, it is characterised in that：Including greenhouse body, gutter and it is arranged at gutter Heat sink；The heat sink includes being arranged on the installing rack at gutter two ends and across the cross bar between two installing racks, The cross bar is provided with a chute；Set is installed with a sliding part on the cross bar, and the lower end of the sliding part is connected with for thin The ejection section of film water spray；The ejection section is connected by flexible pipe with subsurface drainage basin or cistern, and the flexible pipe is provided with a water pump；

The sheave portion being equipped with for driving sliding part to slide is arranged on the installing rack at gutter two ends, and the sheave portion passes through cable Rope is connected with the sliding part, and the sheave portion is electrically connected with the control unit being arranged in greenhouse body；The ejection section includes The vertical section pipe being connected with sliding part and the inclined tube being connected with vertical section pipe by conduit coupling, the inclined tube is provided with least One spray head, the angle between the inclined tube and the vertical section pipe is 30 ~ 80 degree.

2. continuous building type greenhouse booth cooling system according to claim 1, it is characterised in that：The gutter passes through drain pipe It is connected with the cistern, the cistern is connected with the water supply installation for being used to provide water source to booth.

3. continuous building type greenhouse booth cooling system according to claim 1, it is characterised in that：The sheave portion is by fixing Frame is fixed on the installing rack.

4. continuous building type greenhouse booth cooling system according to claim 1, it is characterised in that：The tube wall of the vertical section pipe Upper end is provided with one to be used to connect the connector of flexible pipe, and the flexible pipe bypasses the sheave portion and is connected with the connector.

5. continuous building type greenhouse booth cooling system according to claim 1, it is characterised in that：The water pump and the underground One is provided between basin or cistern is used for the flexible pipe folding and unfolding portion of retracting hose.

6. continuous building type greenhouse booth cooling system according to claim 1, it is characterised in that：The inclined tube is vertical with described A connecting rod is provided between section pipe.

7. the continuous building type greenhouse booth cooling system according to claim 1 or 6, it is characterised in that：The spray head is 3 Or 4, and be arranged at equal intervals on the inclined tube.

8. continuous building type greenhouse booth cooling system according to claim 1, it is characterised in that：The width of the gutter is 15cm。

9. continuous building type greenhouse booth cooling system according to claim 1, it is characterised in that：The flexible pipe is rubber water Pipe.