CN204272809U

CN204272809U - A kind of plant booth being made up of skylight dual rotary facility

Info

Publication number: CN204272809U
Application number: CN201420675211.0U
Authority: CN
Inventors: 李亨熠
Original assignee: Individual
Current assignee: Individual
Priority date: 2014-11-12
Filing date: 2014-11-12
Publication date: 2015-04-22
Anticipated expiration: 2024-11-12

Abstract

A kind of plant booth being made up of skylight dual rotary facility, the skylight that its top cover is offered comprises movable port, main rotating shaft, upper glass plates, lower glass plate, the both sides up and down of main rotating shaft are hinged mutually with upper and lower glass plate respectively, the opposite side of upper and lower glass plate is connected with the drive end of electromotor by gim peg, and electromotor is connected with power circuit by controller; Described controller comprises metal shell, wax stone, lower low water, I/O power line, and the input power cord in metal shell is positioned at directly over out-put supply line, and meanwhile, input power cord is bonded on metal shell Zuo Bi, lower low water by wax stone.The design not only feature of environmental protection is better, is convenient to natural temp regulating, and structure is simple, cost is lower.

Description

A kind of plant booth being made up of skylight dual rotary facility

Technical field

The utility model relates to a kind of plant cultivating device, particularly relates to a kind of plant booth being made up of skylight dual rotary facility, is specifically applicable to the feature of environmental protection of enhancing booth, realizes natural temp regulating, and possess simple, the lower-cost advantage of structure.

Background technology

At present, plant cultivation booth used generally adopts bamboo pole, brick, timber, cement or plastic production, and the effect of its daylighting, ventilation is poor, causes the temperature in booth, humidity can only rely on air-conditioning or shower nozzle regulation and control, and the Nature resource can not be made full use of, the feature of environmental protection is poor.

Chinese patent, Authorization Notice No. is CN2682811Y, authorized announcement date is that the utility model patent on March 9th, 2005 discloses a kind of greenhouse, be made up of door, upper body of wall, lower body of wall and roof, upper body of wall and roof are made up of transparent material, and described roof inside suspension has water injector, are provided with far infrared overlay film in lower body of wall, under the left and right sides, the bottom of body of wall is provided with air exhaust passage, and described roof is provided with solar panel.Although this greenhouse enhances the temperature in greenhouse, the regulatory function of humidity by adopting solar panel, water injector, far infrared overlay film, possess certain feature of environmental protection, it still has following defect:

First, this utility model needs arranging solar panel, far infrared overlay film and new water injector on existing greenhouse, compared with original greenhouse, not only change too large, complex structure, and operation easier is higher;

Secondly, although this utility model have employed multiple equipment utilizing natural energy resources, its solar panel adopted, far infrared overlay film cost are all higher, add the application difficulty of this design.

Summary of the invention

The purpose of this utility model overcomes the complex structure existed in prior art, operation easier is higher, cost is higher defect and problem, provides that a kind of structure is simple, lower, the lower-cost plant booth being made up of skylight dual rotary facility of operation easier.

For realizing above object, technical solution of the present utility model is: a kind of plant booth being made up of skylight dual rotary facility, and the middle part of described booth top cover offers skylight, and the surrounding of booth top cover is connected with the sidewall of booth;

Described skylight comprises movable port, main rotating shaft, upper glass plates and lower glass plate, the position described booth top cover being positioned at two ends, movable port left and right offers the left-handed turn trough communicated with movable port respectively, dextrorotation turn trough, the middle part of movable port is provided with main rotating shaft, the two ends of this main rotating shaft respectively with left-handed turn trough, dextrorotation turn trough rotatable engagement, the upper lateral part of main rotating shaft is hinged mutually by the side of hinge with upper glass plates, the following side of main rotating shaft is hinged mutually by the side of hinge with lower glass plate, the opposite side of upper glass plates, the opposite side of lower glass plate is respectively connected by the drive end of a gim peg with the electromotor that booth top cover is arranged, described electromotor is connected with power circuit by controller, and controller is positioned at the inside of booth,

Described controller comprises metal shell, input power cord, out-put supply line and wax stone, one end of input power cord is connected with motor circuit, the inside of metal shell is extended to after the other end of input power cord passes the lower low water that the left wall of metal shell is offered, the lower bottom of low water is connected with the diapire of metal shell, input power cord is by wax stone and the left wall of metal shell, lower low water is mutually bonding, one end of out-put supply line is connected with power circuit, the other end of out-put supply line extends to the inside of metal shell, and be the other end of input power cord directly over the out-put supply line other end.

The height of described lower low water is more than or equal to the half of the height of the left wall of metal shell, and the diapire of the nearly metal shell of the other end of described out-put supply line is arranged.

The cross section of described lower low water is rectangle.

Compared with prior art, the beneficial effects of the utility model are:

1, the utility model is a kind of to be formed by dual rotary facility the skylight that in the plant booth in skylight, booth top cover is offered and comprises movable port, main rotating shaft, upper glass plates and lower glass plate, the both sides up and down of main rotating shaft are respectively with upper, lower glass plate is hinged mutually, on, the opposite side of lower glass plate is connected with the drive end of the electromotor that booth top cover is arranged by gim peg, electromotor is connected with power circuit by controller, during use, upper glass plates, lower glass plate one provides the sunlight of direct projection can to the inside of booth, two when canopy temperature is higher, electromotor can take out out gim peg, lose gim peg fixing after, upper glass plates, lower glass plate is respectively rotated down around hinge, now, upper glass plates, the space of air flowing is formed between lower glass plate, be convenient to moving air regulate the temperature in booth, not only the feature of environmental protection is better, and cultivation cost can be reduced.In addition, the design only need make the top cover of booth and changing, and not only structure is simple, change is less, and operation easier is lower.Therefore, the utility model not only the feature of environmental protection better, can natural temp regulating be realized, and structure is simple, operation easier is lower.

2, a kind of controller be made up of in the plant booth in skylight dual rotary facility of the utility model comprises metal shell, input power cord, out-put supply line and wax stone, input power cord in metal shell is positioned at directly over out-put supply line, simultaneously, input power cord is bonded in the left wall of metal shell by wax stone, on lower low water, during use, the temperature of the high temperature meeting raised metal shell that fire causes, the metal shell of high temperature can melt the wax stone mutually bonding with it, after wax stone melts, input power cord falls along lower low water, input power cord, out-put supply line is overlapped to form circuit, thus electric conduction motivation, power supply, lower the temperature with automatic ventilation, be convenient to very much implement, and structure is very simple, price is lower, cost performance is higher.Therefore, the utility model not only practicality is comparatively strong, and cost is lower.

3, a kind of height forming in the plant booth in skylight lower low water by dual rotary facility of the utility model is more than or equal to the half of the height of the left wall of metal shell, the diapire of the nearly metal shell of the other end of out-put supply line is arranged, in using, when wax stone thawing causes input power cord to fall, because input power line position is higher, its gravitional force is larger, be easier to the viscous effect overcoming wax stone, can fall to be overlapped to form circuit with out-put supply line faster, susceptibility is higher, simultaneously, the diapire of the nearly metal shell of out-put supply line arranges and can make the input power cord after overlapping, out-put supply line pressure is on the diapire of metal shell, the diapire of metal shell is made also to become input power cord, the medium of conducting between out-put supply line, strengthen the fixing that the design uses.Therefore, the utility model not only susceptibility is higher, and fixing is stronger.

Accompanying drawing explanation

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

Fig. 2 is the structural representation of Fig. 1 middle controller.

Fig. 3 is the left view of Fig. 2.

In figure: booth 1, movable port 2, main rotating shaft 3, left-handed turn trough 31, dextrorotation turn trough 32, hinge 33, upper glass plates 4, lower glass plate 5, controller 6, metal shell 61, input power cord 62, out-put supply line 63, wax stone 64, lower low water 65, electromotor 7, gim peg 71, power supply 8.

Embodiment

Illustrate below in conjunction with accompanying drawing and with embodiment, the utility model to be described in further detail.

See figure 1 – Fig. 3, a kind of plant booth being made up of skylight dual rotary facility, the middle part of described booth 1 top cover offers skylight, and the surrounding of booth 1 top cover is connected with the sidewall of booth 1;

Described skylight comprises movable port 2, main rotating shaft 3, upper glass plates 4 and lower glass plate 5, the position described booth 1 top cover being positioned at movable port about 2 two ends offers the left-handed turn trough 31 communicated with movable port 2 respectively, dextrorotation turn trough 32, the middle part of movable port 2 is provided with main rotating shaft 3, the two ends of this main rotating shaft 3 respectively with left-handed turn trough 31, dextrorotation turn trough 32 rotatable engagement, the upper lateral part of main rotating shaft 3 is hinged mutually by the side of hinge 33 with upper glass plates 4, the following side of main rotating shaft 3 is hinged mutually by the side of hinge 33 with lower glass plate 5, the opposite side of upper glass plates 4, the opposite side of lower glass plate 5 is respectively connected by the drive end of a gim peg 71 with the electromotor 7 that booth 1 top cover is arranged, described electromotor 7 is connected with power supply 8 circuit by controller 6, and controller 6 is positioned at the inside of booth 1,

Described controller 6 comprises metal shell 61, input power cord 62, out-put supply line 63 and wax stone 64, one end of input power cord 62 is connected with electromotor 7 circuit, the inside of metal shell 61 is extended to after the other end of input power cord 62 passes the lower low water 65 that the left wall of metal shell 61 is offered, the bottom of lower low water 65 is connected with the diapire of metal shell 61, input power cord 62 is by wax stone 64 and the left wall of metal shell 61, lower low water 65 is mutually bonding, one end of out-put supply line 63 is connected with power supply 8 circuit, the other end of out-put supply line 63 extends to the inside of metal shell 61, and be the other end of input power cord 62 directly over out-put supply line 63 other end.

The height of described lower low water 65 is more than or equal to the half of the height of the left wall of metal shell 61, and the diapire of the nearly metal shell 61 of the other end of described out-put supply line 63 is arranged.

The cross section of described lower low water 65 is rectangle.

In using, (a large amount of carbonic acid gas is easily produced in plant cultivation process to improve room temperature when the temperature in booth 1 raises, simultaneously, in order to the necessity of cultivating, normal temperature in booth 1 also maintains higher numerical value), the temperature of meeting raised metal shell 61, the metal shell 61 of high temperature can melt the wax stone 64 mutually bonding with it, after wax stone 64 melts, input power cord 62 falls along lower low water 65, fall input power cord 62 just in time with its immediately below out-put supply line 63 be overlapped to form circuit, thus electric conduction motivation 7 and power supply 8, gim peg 71 taken out out by the electromotor 7 started, lose gim peg 71 fixing after, upper glass plates 4, lower glass plate 5 is respectively rotated down around hinge 33, now, upper glass plates 4, the space of air flowing is formed between lower glass plate 5, be convenient to moving air regulate the temperature in booth 1, not only the feature of environmental protection is better, and cultivation cost can be reduced.

The foregoing is only better embodiment of the present utility model; protection domain of the present utility model is not limited with above-mentioned embodiment; in every case those of ordinary skill in the art modify or change according to the equivalence that the utility model institute disclosure is done, and all should include in the protection domain recorded in claims.

Claims

1. be made up of the plant booth in skylight dual rotary facility, the middle part of described booth (1) top cover offers skylight, and the surrounding of booth (1) top cover is connected with the sidewall of booth (1), it is characterized in that:

Described skylight comprises movable port (2), main rotating shaft (3), upper glass plates (4) and lower glass plate (5), the position described booth (1) top cover being positioned at movable port (2) two ends, left and right offers the left-handed turn trough (31) communicated with movable port (2) respectively, dextrorotation turn trough (32), the middle part of movable port (2) is provided with main rotating shaft (3), the two ends of this main rotating shaft (3) respectively with left-handed turn trough (31), dextrorotation turn trough (32) rotatable engagement, the upper lateral part of main rotating shaft (3) is hinged with the side of upper glass plates (4) mutually by hinge (33), the following side of main rotating shaft (3) is hinged with the side of lower glass plate (5) mutually by hinge (33), the opposite side of upper glass plates (4), the opposite side of lower glass plate (5) is respectively connected with the drive end of the electromotor (7) that booth (1) top cover is arranged by a gim peg (71), described electromotor (7) is connected with power supply (8) circuit by controller (6), and controller (6) is positioned at the inside of booth (1),

Described controller (6) comprises metal shell (61), input power cord (62), out-put supply line (63) and wax stone (64), one end of input power cord (62) is connected with electromotor (7) circuit, the other end of input power cord (62) extends to the inside of metal shell (61) after passing the lower low water (65) that metal shell (61) Zuo Bishang offers, the bottom of lower low water (65) is connected with the diapire of metal shell (61), input power cord (62) is by wax stone (64) and metal shell (61) left wall, lower low water (65) is mutually bonding, one end of out-put supply line (63) is connected with power supply (8) circuit, the other end of out-put supply line (63) extends to the inside of metal shell (61), and be the other end of input power cord (62) directly over out-put supply line (63) other end.

2. a kind of plant booth being made up of skylight dual rotary facility according to claim 1, it is characterized in that: the height of described lower low water (65) is more than or equal to the half of the height of the left wall of metal shell (61), the diapire of the nearly metal shell of the other end (61) of described out-put supply line (63) is arranged.

3. a kind of plant booth being made up of skylight dual rotary facility according to claim 1, is characterized in that: the cross section of described lower low water (65) is rectangle.