CN206128549U - Novel ground in heat preservation aproll greenhouse - Google Patents

Abstract

The utility model provides a difficult problem, it comprises plain soil layer, extruded sheet, woven wire, mortar king layer, concrete layer, magma face that novel ground in heat preservation aproll greenhouse is a greenhouse construction technique, it has solved present technique the extruded sheet has been laid to the higher authority of plain soil layer, in the position apart from the lower of plain soil layer, down dark 10 centimetres again, place 20 centimetres of high templates apart from the position of 10 centimetres outer eavess of extruded sheet, the extruded sheet upper berth is equipped with woven wire, has mortar king layer simultaneously on woven wire, there is concrete layer the higher authority on mortar king layer, and there is the magma face the higher authority of concrete layer, there is the concrete bottom at ground border, and two bamboo chips or iron wire have been placed to the higher authority of concrete, and there is the concrete the higher authority of bamboo chip or iron wire, ground 5 6 rice sets up the gap one, and the concrete sets up two centimetres of gaps with the wall body to upward pack the asphaltic sands in both gaps.

Description

A kind of ground in novel heat insulation aproll greenhouse

Technical field：The utility model is related to a kind of Greenhouse Construction technology, especially a kind of novel heat insulation aproll greenhouse Ground.

Background technology：The method of construction of conventional vacuum aproll greenhouse floor is smooth complete by design height after original soil rammed Into, 10 centimetres of masonry chip bed courses are laid above, 10 centimetres of 150# concrete tampings are poured on bed course, surface adopts 2 Centimetre 1:2 cement sand plaster press polish.General 5 ~ 6 meters set one expansion joint.There are 2 centimetres of expansion joints between mortar and body of wall, with drip Blue or green sand joint filling.The aproll that this construction method is completed has the easy peeling in surface, cracking；The outer eaves of aproll easily seeps water, winter Can endure cold and stick out, the common fault such as move horizontally.Working procedure is complicated, and construction cost is high, and heat insulation effect is poor.

The content of the invention：The purpose of this utility model is to provide process is simple, a kind of low novel heat insulation aproll of construction cost The ground in greenhouse, it solves a difficult problem for current technology, the purpose of this utility model be achieved in that it be by plain soil layer, Extruded sheet, woven wire, mortar king's layer, concrete layer, magma face composition, above the plain soil layer extruded sheet is equipped with； Away from the position of plain soil layer lowest point, then under deep 10 centimetres, the position apart from outer 10 centimetres of the eaves of extruded sheet is placed with 20 centimetres high Template；Woven wire is equipped with the extruded sheet, while there is mortar king's layer on a wire mesh；Above the mortar king layer There is concrete layer, there is magma face above concrete layer；Concrete is arranged at the bottom at the ground edge, places above concrete There are two bamboo chips or iron wire, have concrete above bamboo chip or iron wire.

Ground 5-6 rice arranges one gap, and concrete arranges two centimetres of gaps with body of wall, and both of the above is filled with gap Tar sand.

Described plain soil layer, its gradient is 5%.

Described extruded sheet, its thickness is 5 centimetres.

Described mortar king's layer, its thickness is 3 millimeters.

Described concrete layer, its thickness is 5 centimetres.

Meaning of the present utility model is：Process is simple, construction cost is low, and speed of application is fast, efficiently solves aproll surface Easy peeling, cracking；The outer eaves of aproll easily seeps water, and winter can endure cold and stick out, and the common fault such as moves horizontally.1. the edge portion for thickening Point, the weight capacity at aproll edge is improve, effectively prevent rainwater from the intrusion at edge position, reduce aproll lower part The water content of soil, reduces freezing up deformation.2. the use of extruded sheet, improves the heat-insulating property of aproll part, can also absorb Because of the expansive force of generation of enduring cold, effectively overcoming winter can endure cold the generation of drum phenomenon original soil layer.3. the use of woven wire With magma into the way in face, the easy peeling in surface, cracking are effectively overcome, the common fault such as move horizontally.4. the increase of the aproll gradient, Make rainwater smoothly flow out aproll, reduce infiltration and freeze injury to aproll.

Description of the drawings：Fig. 1 is a kind of structural representation on the ground in novel heat insulation aproll greenhouse, 1 in figure, plain soil layer 2, Extruded sheet 3, woven wire 4, mortar king layer 5, concrete layer 6, magma face.

Specific embodiment：Embodiment 1, the utility model is by plain soil layer 1, extruded sheet 2, woven wire 3, mortar king's layer 4th, concrete layer 5, magma face 6 constitute, and above the plain soil layer 1 extruded sheet 2 is equipped with；In the position away from the lowest point of plain soil layer 1 Put, then under deep 10 centimetres, be placed with 20 centimetres of high templates apart from 10 centimetres of position of the outer eaves of extruded sheet 2；On the extruded sheet 2 Woven wire 3 is equipped with, while there is mortar king layer 4 on woven wire 3；There is concrete layer 5 above the mortar king layer 4, There is magma face 6 above concrete layer 5；Concrete is arranged at the bottom at the ground edge, and two bamboos are placed with above concrete There is concrete above piece or iron wire, bamboo chip or iron wire.

Embodiment 2, ground 5-6 rice arrange one gap, and concrete arranges two centimetres of gaps, both of the above gap with body of wall Inside it is filled with tar sand.

Embodiment 3, described plain soil layer 1, its gradient is 5%.

Embodiment 4, described extruded sheet 2, its thickness is 5 centimetres.

Embodiment 5, described mortar king layer 4, its thickness is 3 millimeters.

Embodiment 6, described concrete layer 5, its thickness is 5 centimetres.

Claims (6)

1. a kind of ground in novel heat insulation aproll greenhouse, it is characterised in that：It is by plain soil layer (1), extruded sheet (2), wire Net（3）, mortar king's layer (4), concrete layer (5), magma face（6）Composition, the plain soil layer（1）Above be equipped with extruded sheet （2）；Away from plain soil layer（1）The position of lowest point, then under deep 10 centimetres, apart from extruded sheet（2）Place the position that 10 centimetres of outer eaves There are 20 centimetres of high templates；The extruded sheet（2）On be equipped with woven wire（3）, while having mortar king on woven wire (3) Layer (4)；There is concrete layer above the mortar king layer (4)（5）, concrete layer（5）Above have magma face（6）；Describedly Concrete is arranged at the bottom at face edge, and two bamboo chips or iron wire are placed with above concrete, has coagulation above bamboo chip or iron wire Soil.

2. the ground in a kind of novel heat insulation aproll greenhouse according to claim 1, it is characterised in that：Ground 5-6 rice is arranged One gap, concrete arranges two centimetres of gaps with body of wall, and both of the above is filled with tar sand in gap.

3. the ground in a kind of novel heat insulation aproll greenhouse according to claim 1, it is characterised in that：Plain soil layer（1）Slope Spend for 5%.

4. the ground in a kind of novel heat insulation aproll greenhouse according to claim 1, it is characterised in that：Extruded sheet（2）Thickness Spend for 5 centimetres.

5. the ground in a kind of novel heat insulation aproll greenhouse according to claim 1, it is characterised in that：Mortar king's layer（4）'s Thickness is 3 millimeters.

6. the ground in a kind of novel heat insulation aproll greenhouse according to claim 1, it is characterised in that：Concrete layer (5) Thickness is 5 centimetres.