CN209073019U - A kind of protective net for water and soil conservation - Google Patents

Abstract

The utility model discloses a kind of protective nets for water and soil conservation, including shell, second mesh sheet, between water storage, plant cylinder, top cover, connecting tube, water storage tank, pipeline, bore block and fastener, the first mesh sheet is provided on the inside of the shell, and first mesh sheet be connected by locating piece with shell medial surface, the second mesh sheet setting is inside the housing, it is arranged between the second mesh sheet and the first mesh sheet between the water storage, the plantation cylinder is arranged between the second mesh sheet and the first mesh sheet, side on the shell is arranged in the water storage tank, and water storage tank is internally provided with the first leakage hole, the pipeline is arranged in shell downside, the cone block is arranged in pipeline downside, and cone block is internally provided with water-absorbing sponge.This is used for the protective net of water and soil conservation, is provided with connecting tube, when installing protective net, passes through the threaded hole inside connecting tube using bolt, is attached to two protective nets, so that protective net all links together, and makes protective net stronger.

Description

A kind of protective net for water and soil conservation

Technical field

The utility model belongs to conservation technology field more particularly to a kind of protective net for water and soil conservation.

Background technique

Water and soil conservation refers to the prevention and cure measures for causing soil erosion to be taken natural cause and human activity, now Water-and-soil conservation measures mainly have engineering measure, biological control measure and measure of conserving water and soil, but conserve water and soil and used in measure now Protective net there are some problems, the protective net used now is not provided with planting patterns as plantation cylinder, but directly handle Planting is easy in this way at water storage so that Plant death, does not connect measure there are also present protective net, in installation protection When net, directly two protective nets are installed together, are not connected with each other, is easy in this way so that protective net shifts, also Fastener measure is not taken in present protective net bottom end, so that protective net is easy to be rushed when encountering larger water impact It walks, therefore, just proposes a kind of protective net for water and soil conservation.

Utility model content

The utility model provides a kind of protective net for water and soil conservation, it is intended to solve traditional protective net and be not provided with kind Planting patterns as cylinder is planted, but directly planting at water storage, it is easy in this way so that Plant death, there are also present Protective net does not connect measure, when installing protective net, directly two protective nets is installed together, are not connected with each other, this Sample is easy so that protective net shifts, and fastener measure is not taken in also present protective net bottom end, so that protective net When encountering larger water impact, it is easy the problem of being flushed away.

The utility model is realized in this way a kind of protective net for water and soil conservation, including shell, the second mesh sheet, storage Between water, plantation cylinder, top cover, connecting tube, water storage tank, pipeline, block and fastener are bored, is provided with the first mesh sheet on the inside of the shell, and First mesh sheet is connected by locating piece with shell medial surface, second mesh sheet setting inside the housing, and the second mesh sheet with First mesh sheet is connected, while the second mesh sheet is connected by locating piece with shell medial surface, is arranged between the water storage second Between mesh sheet and the first mesh sheet, the plantation cylinder is arranged between the second mesh sheet and the first mesh sheet, and plants cylinder and be arranged in water storage Between between, while planting an outer surface and being provided with the first water seepage hole, the top cover setting is in plantation cylinder upper side, and table on top cover Face offers plantation mouth, while top cover upper surface is provided with handle, and between plantation mouth, the connecting tube is set for the handle setting It sets in shell lateral surface, and offers threaded hole inside connecting tube, side on the shell is arranged in the water storage tank, and in water storage tank Portion is provided with the first leakage hole, and the pipeline is arranged in shell downside, and pipeline inner lower is provided with baffle, while baffle Upper surface offers the second leakage hole, and the cone block setting bores block and be internally provided with water-absorbing sponge in pipeline downside, simultaneously Cone block outer surface is provided with the second water seepage hole, and the fastener setting is in cone block outer surface, and fastener is arranged on the second water seepage hole Side.

Further, there are three first mesh sheet and the second mesh sheet are respectively provided with, and the first mesh sheet and the second mesh sheet are mutual Be staggered inside the shell, and the height of the height of the first mesh sheet and the second mesh sheet and shell height it is equal.

Further, the plantation cylinder is provided with three groups, and there are three every group of plantation cylinder settings, and plants the height of cylinder Equal to the height of shell.

Further, first water seepage hole is provided with three groups, and three group of first water seepage hole equally be distributed in kind Plant cylinder outer surface.

Further, first leakage hole is provided with eight groups, and there are two every group of the first leakage hole settings, and every group First leakage hole is corresponding with each pipeline.

Further, the water-absorbing sponge is provided with two groups, and there are four every group of water-absorbing sponge settings, and two groups of water suctions Sponge is symmetrically distributed in inside cone block about the central axes of shell.

Further, the fastener is provided with two groups, and two groups of fasteners are symmetrically distributed in shell about the central axes of shell Downside.

Compared with prior art, the utility model has the beneficial effects that this is used for the protective net of water and soil conservation,

(1) it is provided with plantation cylinder, since present conserves water and soil measure in planting plants, directly planting is being stored At water, be easy in this way so that Plant death, therefore plantation cylinder be set, protective net after the installation is completed, directly planting is being planted Plant cylinder inside, so that plant will not long period of soaking in water so that plant is not easy death；

(2) it is provided with connecting tube, during installation due to present protective net, does not take protection between two protective nets Measure, so that protective net is easy to happen the case where offset, therefore connecting tube is arranged and is worn when installing protective net using bolt The threaded hole inside connecting tube is crossed, two protective nets are attached, so that protective net all links together, and allows protection It nets stronger；

(3) it is provided with fastener, since present protective net is in the connecting rod appearance after the installation is completed, being inserted into inside ground Back hook maintenance measure is not taken in face, and when encountering greater impact power, protective net can integrally be washed from ground, therefore fastener is arranged, When installing protective net, when connecting rod is installed in ground, by connecting the fastener of rod outer surface, so that protective net is consolidated It is fixed, and fastness is more preferable.

Detailed description of the invention

Fig. 1 is the utility model schematic view of the front view；

Fig. 2 is the utility model overlooking structure diagram；

Fig. 3 is A node enlarged structure schematic diagram in the utility model Fig. 1.

In figure: 1, shell, the 2, first mesh sheet, 3, locating piece, the 4, second mesh sheet, between 5, water storage, 6, plantation cylinder, 7, first seeps Water hole, 8, top cover, 9, plantation mouth, 10, handle, 11, connecting tube, 12, threaded hole, 13, water storage tank, the 14, first leakage hole, 15, Pipeline, 16, baffle, the 17, second leakage hole, 18, cone block, 19, water-absorbing sponge, the 20, second water seepage hole, 21, fastener.

Specific embodiment

In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation Example, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only used to explain The utility model is not used to limit the utility model.

In the description of the present invention, it should be understood that term " length ", " width ", "upper", "lower", " preceding ", The orientation or positional relationship of the instructions such as " rear ", "left", "right", "vertical", "horizontal", "top", "bottom" "inner", "outside" is based on attached Orientation or positional relationship shown in figure, is merely for convenience of describing the present invention and simplifying the description, rather than indication or suggestion Signified device or element must have a particular orientation, be constructed and operated in a specific orientation, therefore should not be understood as to this The limitation of utility model.In addition, the meaning of " plurality " is two or more in the description of the present invention, unless separately There is clearly specific restriction.

Fig. 1-3 is please referred to, the utility model provides a kind of technical solution: a kind of protective net for water and soil conservation, such as Fig. 2 It is shown, the first mesh sheet 2 is provided on the inside of shell 1, there are three the first mesh sheet 2 and the second mesh sheet 4 are respectively provided with, and 2 He of the first mesh sheet The interlaced setting of second mesh sheet 4 is in 1 inside of shell, and the height of the height of the first mesh sheet 2 and the second mesh sheet 4 is and shell 1 height is equal, by the first mesh sheet 2 and the interlaced setting of the second mesh sheet 4, allows energy between the first mesh sheet 2 and the second mesh sheet 4 Enough 5 between the water storage of one water storage function of composition, and the first mesh sheet 2 is connected by locating piece 3 with 1 medial surface of shell, the second net Piece 4 is arranged inside shell 1, and the second mesh sheet 4 is connected with the first mesh sheet 2, while the second mesh sheet 4 is by locating piece 3 and outside 1 medial surface of shell is connected, and 5 are arranged between the second mesh sheet 4 and the first mesh sheet 2 between water storage.

As depicted in figs. 1 and 2, plantation cylinder 6 is arranged between the second mesh sheet 4 and the first mesh sheet 2, and plantation cylinder 6 is provided with three Group, and there are three every group of settings of plantation cylinder 6, and the height for planting cylinder 6 is equal to the height of shell 1, in order to be installed in shell 1 The height of Bi Hou, plantation cylinder 6 are equal to the height of shell 1, planting inside plantation cylinder 6, so that plant will not be held It is easily dead, and plant cylinder 6 and be arranged between 5 between water storage, while planting 6 outer surface of cylinder and being provided with the first water seepage hole 7, the first infiltration Hole 7 is provided with three groups, and three group of first water seepage hole 7 is distributed at equal intervals plantation 6 outer surface of cylinder, passes through the first water seepage hole 7 Water penetrates into supply plant inside plantation cylinder 6 and uses, so that plant will not be dead.

As shown in Fig. 2, 6 upper side of cylinder is being planted in the setting of top cover 8, and 8 upper surface of top cover offers plantation mouth 9, pushes up simultaneously 8 upper surface of lid is provided with handle 10, and the setting of handle 10 is between plantation mouth 9, so that passes through the plantation mouth of 8 upper side of top cover 9 limit the growth position of plant.

As depicted in figs. 1 and 2, connecting tube 11, which is arranged in 1 lateral surface of shell, and inside connecting tube 11, offers threaded hole 12, in this way in order to enable passing through the threaded hole inside connecting tube 11 when being connected between a shell 1 and another shell 1 12, so that a shell 1 is with another shell 1 when being connected, so that the case where offset is less likely to occur whole shells 1.

As shown in Fig. 2, water storage tank 13 is arranged in 1 upper side of shell, and water storage tank 13 is internally provided with the first leakage hole 14, First leakage hole 14 is provided with eight groups, and there are two every group of the first leakage hole 14 settings, and every group of first leakage hole 14 with it is every A pipeline 15 is corresponding, so that the water energy inside water storage tank 13 enough passes through the first leakage hole 14 and is flowed into corresponding specified pipeline 15 It is interior, so that the water inside water storage tank 13 is flowed into ground depths by pipeline 15.

As shown in figure 3, pipeline 15 is arranged in 1 downside of shell, and 15 inner lower of pipeline is provided with baffle 16, keeps off simultaneously 16 upper surface of plate offers the second leakage hole 17, and the cone setting of block 18 bores block 18 and be internally provided with water suction in 15 downside of pipeline Sponge 19, water-absorbing sponge 19 are provided with two groups, and there are four every group of settings of water-absorbing sponge 19, and two groups of water-absorbing sponges 19 about The central axes of shell 1 are symmetrically distributed in inside cone block 18, and water-absorbing sponge 19 sucks water pipeline 15 inside internal, then pass through the Two water seepage holes 20 penetrate into ground depths, so that and water and soil combines, while boring 18 outer surface of block and being provided with the second water seepage hole 20, The setting of fastener 21 is in cone 18 outer surface of block, and fastener 21 is provided with two groups, and two groups of fasteners 21 symmetrically divide about the central axes of shell 1 Cloth is in 1 downside of shell, in order to by the effect of fastener 21, so that the fastness of shell 1 is more preferable, and block when installing shell 1 Part 21 is arranged above the second water seepage hole 20.

The working principle and process for using of the utility model: when being used for the protective net of water and soil conservation using this, on ground It is interior that pipeline 15 is convenient for be installed to below ground in this way by the corresponding deep hole of mechanical excavation, so that shell 1 is fixed, After depth is wide open scrapes out function, the pipeline 15 of 1 downside of shell is mounted on inside deep hole, due to the cone block 18 of 15 downside of pipeline Outer surface is provided with fastener 21, since fastener 21 is directly contacted in ground, so that the stability of shell 1 is more preferable, when installing It when second shell 1, needs to be connected with first shell 1, the connection of first 1 outer surface of shell is passed through by using screw Threaded hole 12 inside pipe 11, since 11 position of connecting tube of first 1 left side of shell is higher, and 1 right side of second housing 11 position of connecting tube is lower, so that screw is formed directly into 1 right side connecting tube 11 of second housing, so that first shell 1 It interconnects with second shell 1, shell 1 after the installation is completed, is opened the top cover 8 of 6 upper side of plantation cylinder, planted 6 inside of cylinder starts planting plants, and after the completion of plantation, top cover 8 is covered, so that plant is stretched by the plantation mouth 9 of 8 upper side of top cover Plantation cylinder 6 is grown out, if rained at this time, rainwater can be fallen to inside 5 between water storage, 5 between water storage inside accumulated Water, and since 5 insides are arranged between water storage in plantation 6 outer surface of cylinder, so that the water inside 5 between water storage passes through plantation 6 outer surface of cylinder The first water seepage hole 7 penetrate into plantation cylinder 6 inside, for plant growth, while rainwater can be drenched into the water storage tank to 1 upper side of shell In 13, rainwater is flowed into the pipeline 15 of 1 downside of shell by the first leakage hole 14 inside water storage tank 13, and water is flowed into pipeline In the second leakage hole 17 in the baffle 16 of 15 inner lowers, enter in the water-absorbing sponge 19 of downside, at this time water-absorbing sponge 19 When internal water suction is excessive, is penetrated into ground by the second water seepage hole 20 of downside, so that water will not flow away, lead to soil stream It loses, the content being not described in detail in this specification belongs to the prior art well known to professional and technical personnel in the field.

The above is only the preferred embodiments of the present utility model only, is not intended to limit the utility model, all practical at this Made any modifications, equivalent replacements, and improvements etc., should be included in the guarantor of the utility model within novel spirit and principle Within the scope of shield.

Claims (7)

1. between a kind of protective net for water and soil conservation, including shell, the second mesh sheet, water storage, planting cylinder, top cover, connecting tube, product Sink, pipeline, cone block and fastener, it is characterised in that: be provided with the first mesh sheet on the inside of the shell, and the first mesh sheet passes through positioning Part is connected with shell medial surface, and second mesh sheet is arranged inside the housing, and the second mesh sheet is connected with the first mesh sheet, together When the second mesh sheet be connected by locating piece with shell medial surface, between the water storage setting the second mesh sheet and the first mesh sheet it Between, the plantation cylinder is arranged between the second mesh sheet and the first mesh sheet, and plants between cylinder is arranged between water storage, while planting cylinder Outer surface is provided with the first water seepage hole, and the top cover setting is in plantation cylinder upper side, and top cover upper surface offers plantation mouth, together When top cover upper surface be provided with handle, between plantation mouth, the connecting tube is arranged in shell lateral surface for the handle setting, and Threaded hole is offered inside connecting tube, side on the shell is arranged in the water storage tank, and water storage tank is internally provided with the first leak Hole, the pipeline is arranged in shell downside, and pipeline inner lower is provided with baffle, while baffle upper surface offers second Leakage hole, the cone block setting bore block and are internally provided with water-absorbing sponge, while boring block outer surface and being provided in pipeline downside Second water seepage hole, the fastener setting is in cone block outer surface, and fastener is arranged above the second water seepage hole.

2. a kind of protective net for water and soil conservation according to claim 1, it is characterised in that: first mesh sheet and There are three two mesh sheet are respectively provided with, and the first mesh sheet and the interlaced setting of the second mesh sheet are inside the shell, and the first mesh sheet And the height of the second mesh sheet is equal and the height of shell is equal for height.

3. a kind of protective net for water and soil conservation according to claim 1, it is characterised in that: the plantation cylinder is provided with Three groups, and there are three every group of plantation cylinder settings, and the height for planting cylinder is equal to the height of shell.

4. a kind of protective net for water and soil conservation according to claim 1, it is characterised in that: first water seepage hole is set Be equipped with three groups, and three group of first water seepage hole equally be distributed in plantation cylinder outer surface.

5. a kind of protective net for water and soil conservation according to claim 1, it is characterised in that: first leakage hole is set Eight groups are equipped with, and there are two every group of the first leakage hole settings, and every group of first leakage hole is corresponding with each pipeline.

6. a kind of protective net for water and soil conservation according to claim 1, it is characterised in that: the water-absorbing sponge setting There are two groups, and there are four every group of water-absorbing sponge settings, and two groups of water-absorbing sponges are symmetrically distributed in cone about the central axes of shell Inside block.

7. a kind of protective net for water and soil conservation according to claim 1, it is characterised in that: the fastener is provided with two Group, and two groups of fasteners are symmetrically distributed in shell downside about the central axes of shell.