CN202680100U

CN202680100U - Cold-proof high yield wintering greenhouse

Info

Publication number: CN202680100U
Application number: CN2012202848454U
Authority: CN
Inventors: 赵团员
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-06-07
Filing date: 2012-06-07
Publication date: 2013-01-23
Anticipated expiration: 2022-06-07

Abstract

The utility model discloses a cold-proof high yield wintering greenhouse which comprises a main frame outer membrane, a main frame inner membrane, a rear frame outer membrane, a rear frame inner membrane, diamond steel strand wire nets, a sun-shade net frame, a main frame, a rear frame, expansion tiepieces, a machine pole, a polyphenyl board cold-proof belt, a ground beam, a smouldering chamber and a desulfurizer. Span of the greenhouse from the front of the greenhouse to the back of the greenhouse is 16 meters, the length of the greenhouse can be extended according to occupied land areas, the height of the greenhouse exceeds 6 meters, an inner-outer layer greenhouse film structure is adopted, the main frame and the rear frame are respectively composed of three frame pipes and a plurality of the expansion tiepieces, are both in a triangular arc-typed expansion pulling structure with two inside and one outside, and are supported by the wind power generation machine pole and supporting columns. Carbon crystal heat supply and an imitation daylight lamp are powered up by wind power generation. The diamond steel strand wire nets are covered on the upper portions and the lower portions of the main frame and the rear frame, and then greenhouse film is covered on the main frame and the rear frame. In a hot summer, a sunshade net is arranged above the greenhouse, the polyphenyl board cold-proof belt and the ground beam are arranged on the periphery of the greenhouse, the smouldering chamber is arranged below a sidewalk at the back of the inner side of the greenhouse, the desulfurizer is arranged on a smoke outlet of the smouldering chamber, and smoke after being processed through the desulfurizer serves as air fertilizer to promote growth of plants. The greenhouse is heat preservative, cold proof, energy-saving, environmental-friendly, high-yield, economical and practical, and is the first choice of an out-of-season vegetable basket project in northern areas in China.

Description

A kind of winter protection high yield greenhouse of surviving the winter

Technical field

The utility model is mainly for the vegetables greenhouse of surviving the winter, and more particularly the utility model relates to a kind of winter protection high yield greenhouse of surviving the winter.

Background technology

It is incomparably gratified having fresh vegetables the winter of cold area in north, yet, the vegetables that we have are called in from a distant place mostly, the cost that not only increased far away be the more important thing is the freshness that has reduced vegetables, the grassland people are also attempting using the greenhouse by solar heat planting vegetable but are always losing more than gain, wanting to plant fresh safe green vegetables cold winter must have the high performance day-light greenhouse secure with temperature-compensating science, that heat-insulating property is superior, and this is only the effective measures that solve cold area in north anti-season vegetables-basket-works.

The utility model content

Content of the present utility model provides a kind of winter protection high yield greenhouse of surviving the winter

The utility model winter protection high yield greenhouse of surviving the winter is achieved by following technical proposals:

16 meters of the utility model front and back span, length can prolong according to shared land area, height is more than 6 meters, adopt inside and outside double-deck canopy film, the canopy film divides the body frame adventitia, the body frame inner membrance, the after-frame adventitia, the after-frame inner membrance, do not add straw screen or mat winter, cotton curtain, frame divides body frame and after-frame, supported by the wind-driven generator machine bar support column of holding concurrently, the machine bar is positioned at the partially rear position of body frame, the flange of machine bar upper end is the greenhouse peak dot, frame covers up and down the rhombus steel wire mesh, the canopy film is fixed on the steel strand wires wire side, adventitia in the body frame, the after-frame inner membrance adopts common horticultural covering film, and the after-frame adventitia adopts the complex heat-preservation bubble chamber film, be separated with certain dead level in the after-frame in the middle of the adventitia and replace back wall, the wind-driven generator flange was docked on the flange above the machine bar and uses bolted after the canopy film covered, and was provided with sunshade net in the summer of sweltering heat above the utility model, and the wind-driven generator bar that is exposed to above the greenhouse doubles as sunshade net rack fixing point.Peripheral ground is buried the anti-frigid zone of styrofoam downwards underground and is doubled as the grade beam exterior sheathing, the anti-frigid zone of styrofoam can intercept the frozen soil layer temperature to indoor conduction, be used for fixedly frame and inside and outside rhombus steel wire mesh near establishing two circle cement grade beams in the anti-frigid zone of styrofoam, the back is the pavement in the greenhouse, the pavement divides into the underground combustion chamber of spreading and sinking in and is the usefulness of heating of surviving the winter, fuel utilization agricultural wastes and cattle and sheep ight soil, once lighted a fire flammable 60 1 70 days in the combustion chamber of spreading and sinking in, and the exhanst gas outlet of the combustion chamber of spreading and sinking in is located at indoor and the installing desulfurizer.The brilliant imitative used electric energy of fluorescent lamp that supplies to warm up of carbon is to be provided by the upper wind-driven generator of installing in top, chamber, and each is not less than 2000m ²The greenhouse can install 13 2kw wind-driven generators.

The beneficial effects of the utility model are:

One, inside and outside double-deck canopy membrane structure, daylighting, insulation, winter protection, uprising wind and snow.

Two, height of the present utility model has guaranteed the daylighting of cold area in north.

Three, wall and the combustion chamber of spreading and sinking in are carried out adequate preparation and effectively replenish gas fertile behind the anti-frigid zone of styrofoam, the two-layer compound heat-insulation air vacuolar membrane for surviving the winter.

Four, the utility model span is large, is fit to establishing in large scale, is convenient to agricultural mechanical operation, effectively labor savings.

Five, the utility model has been saved a large amount of construction materials, has saved straw screen or mat, brick clay body of wall, electricity, and operating cost is low, is easy to promote.

Six, the utility model is simple in structure, easily assembling, firm and durable.

Seven, wind-power electricity generation, brilliant the combining for warm imitative fluorescent lamp of carbon are effectively utilized natural resources.

Description of drawings

Fig. 1 is structural representation of the present utility model, and Fig. 2 is vertical view of the present utility model, and Fig. 3 is the cross section of body frame and after-frame.

The utility model contains body frame adventitia 1, body frame inner membrance 2, after-frame adventitia 3, after-frame inner membrance 4, rhombus steel wire mesh 5, sunshade rack 6, body frame 7, after-frame 8, swollen lacing wire 9, machine bar 10, styrofoam anti-frigid zone 11, grade beam 12, spread and sink in combustion chamber 13, desulfurizer 14.

Embodiment

The utility model adopts body frame adventitia 1, body frame inner membrance 2, after-frame adventitia 3, after-frame inner membrance 4 bimodulus structures intercept inner air and outer air and flow, do not add straw screen or mat, cotton curtain, body frame 7, after-frame 8 is supported by wind-driven generator machine bar 10 double support columns, it is brilliant in warm imitative fluorescent lamp that wind-power electricity generation is supplied carbon of the present utility model, body frame 7, after-frame 8 is comprised of three stand tubes and some swollen lacing wires 9, the swollen pull-up structure of triangular arc for interior two outer one, swollen lacing wire 9 combines three stand tubes and consists of certain spacing, large about 10 times of the common greenhouse of the gap ratio of frame and frame, at body frame 7, after-frame 8 covers up and down rhombus steel wire mesh 5, be used for supporting body frame adventitia 1, body frame inner membrance 2, after-frame adventitia 3, after-frame inner membrance 4, anchor ring is fixed on the head of rhombus steel wire mesh 5 and the grade beam 12, the anti-frigid zone 11 of styrofoam intercepts the frozen soil layer temperature, spread and sink in and fire the flue gas that discharge chamber 13, replenish plant growth as gas fertilizer after processing through desulfurizer 14.The utility model centralized procurement light, insulation, winter protection, high yield be in one, and wind-power electricity generation, brilliant the combining for warm imitative fluorescent lamp of carbon have effectively been utilized natural resources, the survive the winter batch construction in greenhouse of suitable the northern area of China.

Claims

1. winter protection high yield greenhouse of surviving the winter, comprise body frame adventitia (1), body frame inner membrance (2), after-frame adventitia (3), after-frame inner membrance (4), rhombus steel wire mesh (5), sunshade rack (6), body frame (7), after-frame (8), swollen lacing wire (9), machine bar (10), styrofoam is prevented frigid zone (11), grade beam (12), spread and sink in and fire chamber (13), desulfurizer (14), it is characterized in that, survive the winter 16 meters of greenhouse front and back span of described winter protection high yield, length can prolong according to shared land area, height is more than 6 meters, support body frame (7) by the double support column of machine bar (10), after-frame (8), body frame (7), after-frame (8) is comprised of three stand tubes and some swollen lacing wires (9), the swollen pull-up structure of the triangular arc for interior two outer.

2. the winter protection high yield according to claim 1 greenhouse of surviving the winter is characterized in that, described frame covers up and down rhombus steel wire mesh (5), and the canopy film is fixed on rhombus steel wire mesh (5) face.

3. the winter protection high yield according to claim 1 greenhouse of surviving the winter is characterized in that, the described winter protection high yield greenhouse of surviving the winter adopts body frame adventitia (1), body frame inner membrance (2), after-frame adventitia (3), the double-deck canopy membrane structure of after-frame inner membrance (4).

4. the winter protection high yield according to claim 1 greenhouse of surviving the winter is characterized in that, described after-frame adventitia (3) adopts the complex heat-preservation bubble chamber film, is separated with certain dead level in the middle of after-frame adventitia (3), the after-frame inner membrance (4) and replaces back wall.

5. the winter protection high yield according to claim 1 greenhouse of surviving the winter is characterized in that, the described winter protection high yield greenhouse peripheral ground of surviving the winter is buried the anti-frigid zone (11) of styrofoam downwards underground.

6. the winter protection high yield according to claim 1 greenhouse of surviving the winter is characterized in that, two circle cement grade beams (12) are established near the anti-frigid zone (11) of styrofoam in the described winter protection high yield greenhouse of surviving the winter.

7. the winter protection high yield according to claim 1 greenhouse of surviving the winter, it is characterized in that, the described winter protection high yield pavement, greenhouse of surviving the winter divides into the underground combustion chamber (13) of spreading and sinking in, and the exhanst gas outlet of the combustion chamber (13) of spreading and sinking in is located at the winter protection high yield and survives the winter in the greenhouse and install desulfurizer (14).

8. the winter protection high yield according to claim 1 greenhouse of surviving the winter is characterized in that, described winter protection high yield is survived the winter, and the greenhouse adopts wind-power electricity generation, carbon is brilliant combines for warm imitative fluorescent lamp.