CN207331942U

CN207331942U - A kind of massif rainwater collection irrigation system

Info

Publication number: CN207331942U
Application number: CN201721198769.4U
Authority: CN
Inventors: 杨东升; 史会超; 陈志强
Original assignee: Spring Garden Ltd By Share Ltd
Current assignee: Spring Garden Ltd By Share Ltd
Priority date: 2017-09-19
Filing date: 2017-09-19
Publication date: 2018-05-08
Anticipated expiration: 2027-09-19

Abstract

A kind of massif rainwater collection irrigation system is the utility model is related to, including catchment discharge sump and infiltration hoistway；The discharge sump that catchments includes intercepting catch basin, bottom gate, top gate and the dirty net of resistance, catch basin is intercepted to be located on massif surface and along the horizontal plane extend, the cross section for intercepting catch basin is rectangle, bottom gate is positioned at interception catch basin bottom edge, gate is pushed up positioned at interception catch basin top edge, and push up gate to be on a diagonal with bottom gate, hinder corner where dirty net pushes up gate along on interception catch basin and extend；Infiltration hoistway is laid in the soil of massif and is extended with the gradient on massif surface, and infiltration hoistway one end connects the bottom gate for the discharge sump that catchments, and the other end connects the top gate of next discharge sump that catchments.The utility model can improve rainwater utilization, reduce the destruction to soil texture when irrigating.

Description

A kind of massif rainwater collection irrigation system

Technical field

Rainwater collection irrigation system field is the utility model is related to, more particularly to a kind of massif rainwater collection irrigation system.

Background technology

When carrying out plantation activity in mountain area, since no bulk is leveled land, people can only be selected in massif surface grafting Crops, the man-made irrigation of crops is with regard to more time-consuming in this case, so rainfall just becomes main irrigation way Footpath, but have angle between massif surface and horizontal plane, rainwater has quite a few after reaching the larger massif surface of the gradient Water flowed down along massif surface, can not be absorbed by crops or have little time to be absorbed and used, and in current stream The soil on massif top layer may be taken away when lower, cause soil losses, be unfavorable for the stabilization of crop growth environment.Existing one A little rain water collecting systems simply simply collect rainwater, or after rainwater-collecting using the progress of the equipment such as water pump again Irrigate, can not be irrigated in no electric energy, and using water pump carry out irrigation still result in moisture can not be by crops The problem of efficiently using, while rainwater utilization cannot significantly improve soil losses can also be further exacerbated by.

Utility model content

The purpose of this utility model, which is to provide, a kind of can improve rainwater utilization, destroy small massif rain to soil texture Water collects irrigation system.

To achieve these goals, the technical solution adopted in the utility model is:

A kind of massif rainwater collection irrigation system, including catchment discharge sump and infiltration hoistway；The discharge sump that catchments includes intercepting Catch basin, bottom gate, top gate and the dirty net of resistance, intercept catch basin and are located on massif surface and extend along the horizontal plane, intercept water storage The cross section of groove is rectangle, and bottom gate is positioned at catch basin bottom edge is intercepted, and top gate is positioned at interception catch basin top side At angle, and push up gate and be in bottom gate on a diagonal, hinder corner where dirty net pushes up gate along on interception catch basin Extension；Infiltration hoistway is laid in the soil of massif and is extended with the gradient on massif surface, and the connection of infiltration hoistway one end, which is catchmented, puts The bottom gate of sink, the other end connect the top gate of next discharge sump that catchments.

Preferably, the interception catch basin top, which is equipped with, hides dirty net.

Preferably, the top gate uses existing small-sized steel-slag sand with bottom gate.

Preferably, the infiltration hoistway is built into by seepage brick.

The utility model can set the discharge sump that catchments of respective numbers according to actual conditions according to a determining deviation, and each other Between connect to form complete massif rainwater collection irrigation system by permeating hoistway, catchment discharge sump can run into it is big Unnecessary rainwater-collecting is stored into intercepting in catch basin when measuring precipitation, the plant residue in current can be hindered by hindering dirty net Block, when crops need to irrigate, opening bottom gate discharges water to infiltration hoistway after closing top gate, blocks dirty strainer and water body is carried out Filtering is stopped with preventing bulk impurity from resulting in blockage after entering infiltration hoistway or influencing infiltration into the rainwater permeated in hoistway Gradually penetrated into hoistway is permeated by seepage brick in soil, the mode of this infiltration supplement soil moisture avoids other fillings The situation that the current that the mode of irrigating is formed again damage soil texture, it is small to soil texture destruction, and moisture has enough Time fully absorb utilization by crops, so as to greatly improve the utilization rate of rainwater；It can also be incited somebody to action in the case of no precipitation Catch basin is intercepted as common cistern to receive from the irrigation water introduced elsewhere, then carries out infiltration irrigation, equally can Realize the small purpose of soil fail, efficiency of water application is similarly obtained effective raising.

Brief description of the drawings

Fig. 1 be the utility model catchment discharge sump and permeate hoistway structure diagram.

Fig. 2 be the utility model catchment discharge sump and permeate a certain embodiment of hoistway schematic diagram.

Fig. 3 is the schematic diagram of a specific embodiment of the utility model.

Embodiment

The utility model is further described with specific embodiment below in conjunction with the accompanying drawings.

Referring to Fig. 1, Fig. 2 and Fig. 3, a kind of massif rainwater collection irrigation system, including according to actual conditions according between certain Away from set respective numbers catchment discharge sump and connection is catchmented the infiltration hoistway 4 of discharge sump, infiltration hoistway 4 by permeate it is brick into； It is small shaped steel with top gate 1 that the discharge sump that catchments, which includes intercepting catch basin 2, bottom gate 3, top gate 1 and the dirty net 7 of resistance, bottom gate 3, Gate, intercepts catch basin 2 and be located on 6 surface of massif and extend along the horizontal plane, and the cross section of interception catch basin 2 is rectangle, bottom Gate 1 positioned at intercept 2 bottom edge of catch basin, top gate 1 positioned at intercept 2 top edge of catch basin, and push up gate 1 with Bottom gate 3 is on a set of diagonal, is intercepted catch basin 2 and is had opening with 3 corresponding position of bottom gate in top gate 1, The dirty net 7 of resistance pushes up the extension of 1 place corner of gate along on interception catch basin 2, intercepts 2 top of catch basin and is equipped with the dirty net 8 of screening, hides dirty net 8 be fine mesh strainer, intercepts catch basin 2 to stop that the impurity such as sludge excessively enter, while be also prevented from other impurities such as leaf Catch basin 2 is intercepted etc. falling into；Infiltration hoistway 4 is laid in the soil under the gap in the ranks of crops 5, and with the slope on 6 surface of massif Degree extension, the connection of 4 one end of infiltration hoistway is positioned at the bottom gate 3 of the high-order discharge sump that catchments, collection of the other end connection positioned at low level The top gate 1 of water discharge sump, can connect multiple infiltration hoistways 4 catchmenting as the case may be on discharge sump, each to permeate hoistway 4 It is corresponding with the top gate 1 on interception catch basin 2 or bottom gate 3 respectively.The discharge sump that catchments of highest point removes top gate 1, minimum The bottom gate 3 of the discharge sump that catchments at place is connected with evacuated tube.

When running into a large amount of rainfalls, the interception water storage in the discharge sump that catchments that is distributed step by step of current that 6 surface of massif is formed Groove 2 is stopped and stored, and hindering dirty net 7 will be swept along the impurity such as the branch weeds to get off to intercept by current, make as far as possible Flowing into the rainwater for intercepting catch basin 2 does not have bulk impurity, and hiding dirty net 8 can stop that the fine impurities such as sludge excessively enter interception and store Sink 2, usually can also stop that the impurity such as leaf enter and intercept catch basin 2, top gate 1 is with bottom gate 3 all in closed mode；It is dry When non-irrigated, top gate 1 remains off, and bottom gate 3 is opened, and is stored in the rainwater in interception catch basin 2 by bottom gate 3 Enter infiltration hoistway 4 after blocking the filtering of dirty strainer, since the top gate 1 of 4 lower end of infiltration hoistway connection is closed, so Rainwater is slowly penetrated into soil in hoistway 4 is permeated by permeating brick, so avoids the mass-flow such as flood irrigation irrigation side Relatively havoc of the formula to soil texture, simultaneously because rain penetration, which enters in soil, needs longer time, this just makes crops 5 Moisture can be fully absorbed, greatly improves rainwater utilization.When intercepting that water is excessive in cistern 2, while open top lock Door 1 and bottom gate 3, make unnecessary rainwater be emitted eventually through the evacuated tube at the bottom gate 3 of the discharge sump that catchments of lowest point. Run into infiltration hoistway 4 permeate do not need freely cleaning when, can also open top gate 1 by current to infiltration hoistway 4 rush Wash.Catch basin can also will be intercepted in the case of no precipitation to receive from the irrigation introduced elsewhere as common cistern Water, then infiltration irrigation is carried out, it can equally realize the small purpose of soil fail, efficiency of water application is similarly obtained effective raising.

Claims

A kind of 1. massif rainwater collection irrigation system, it is characterised in that：Including discharge sump and the infiltration hoistway of catchmenting；Catchment discharge sump Including intercepting catch basin, bottom gate, top gate and the dirty net of resistance, intercept catch basin and be located on massif surface and extend along the horizontal plane, The cross section for intercepting catch basin is rectangle, and for bottom gate positioned at catch basin bottom edge is intercepted, top gate, which is located at, intercepts water storage Groove top end edge, and push up gate and be in bottom gate on a diagonal, hinder dirty net and push up gate along on interception catch basin Place corner extends；Infiltration hoistway is laid in the soil of massif and is extended with the gradient on massif surface, and infiltration hoistway one end connects The bottom gate for the discharge sump that catchments is connect, the other end connects the top gate of next discharge sump that catchments.
A kind of 2. massif rainwater collection irrigation system according to claim 1, it is characterised in that：On the interception catch basin Portion, which is equipped with, hides dirty net.