CN205062801U - Chemistry fixes sand agent and uses device - Google Patents
Chemistry fixes sand agent and uses device Download PDFInfo
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- CN205062801U CN205062801U CN201520748166.1U CN201520748166U CN205062801U CN 205062801 U CN205062801 U CN 205062801U CN 201520748166 U CN201520748166 U CN 201520748166U CN 205062801 U CN205062801 U CN 205062801U
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Abstract
The utility model discloses a chemistry fixes sand agent and uses device should use the device and include: nozzle (1), branch liquid dish (2), transfer line (3), liquid reserve tank (4) and bearing car (7), the chemistry fixes the sand the agent storage in liquid reserve tank (4), divide liquid dish (2) through transfer line (3) and liquid reserve tank (4) intercommunication, chemistry in liquid reserve tank (4) fixes the sand in the agent flows in branch liquid dish (2) through transfer line (3), a plurality of nozzles (1) vertical equipartition is in minute bottom of liquid dish (2), gets into a chemistry that divides liquid dish (2) and fixes the sand the agent and shunt each nozzle (1) to on pouring into the sand ground into through nozzle (1), thus make the chemistry fix the sand the agent through the punctiform pour into into use the sand ground on. The utility model discloses can not only promote and fix the sand the effect, improve fix the sand a dose availability, reduce and fix the sand a dose amount of application, can effectively avoid moreover forming waterproof bonding layer on the sand bed surface, reduced the harmful effects to the soil infiltration performance, reduced the resistance to seed germination to can improve desertificated regeneration rate by a wide margin.
Description
Technical field
The utility model relates to desertification control technical field, particularly relates to a kind of chemical sand-fixing materials application device.
Background technology
At present, desertification has become the main ecological problem of the world today.The current ccd area of China reaches 2.62 × 10P
6pkmP
2p, accounts for 27.33% of territory total area, and has more and more fiery gesture, and this brings to the production of people and life and has a strong impact on, and therefore controls ccd area and to expand and effective to implement ecological recovery imperative.
Chemical sand-fixing is a kind of typical method of fixing flowing sand ground.Traditional chemical sand-fixing method is used the method that sand-consolidating agent is sprayed by large area, but for fixing large area sand dune, and this traditional chemical sand-fixing method has that sand-consolidating agent consumption is large, high in cost of production shortcoming; In addition, the present inventor finds: this traditional chemical sand-fixing method easily forms waterproof bonding course on sand bed surface, this not only can limit Sandy Soil and breathe, and can cause rainwater that impregnation cannot be descended smoothly to fill deep subsoil moisture, thus cause very adverse influence can to the sprouting of seed and the recovery of vegetation.
Summary of the invention
For above-mentioned weak point of the prior art, the utility model provides a kind of chemical sand-fixing materials application device, sand-fixing effect can not only be promoted, improve the effective rate of utilization of sand-consolidating agent, reduce the amount of application of sand-consolidating agent, reduce and use cost, and can effectively avoid forming waterproof bonding course on sand bed surface, reduce the harmful effect to soil infiltration capability, decrease the resistance to seed germination, thus significantly can improve the regeneration rate of desertification.
The purpose of this utility model is achieved through the following technical solutions:
A kind of chemical sand-fixing materials application device, for chemical sand-fixing materials is administered to sand ground, comprising: nozzle 1, separatory dish 2, woven hose 3, liquid reserve tank 4 and bearing truck 7; Separatory dish 2 and liquid reserve tank 4 are all located on bearing truck 7, and chemical sand-fixing materials is stored in liquid reserve tank 4; Separatory dish 2 is communicated with liquid reserve tank 4 by woven hose 3, and the chemical sand-fixing materials in liquid reserve tank 4 flow in separatory dish 2 by woven hose 3; Multiple nozzles 1 are vertically distributed on the bottom of separatory dish 2, and the chemical sand-fixing materials entering separatory dish 2 is diverted to each nozzle 1, and is injected on sand ground by nozzle 1, thus achieve by chemical sand-fixing materials by point-like inject be administered on sand ground.
Preferably, the spacing of adjacent two nozzles 1 is 10 ~ 30cm; The aperture of the liquid outlet of nozzle 1 is 0.2 ~ 0.5mm; The bottom of nozzle 1 is inserted in sand ground, or the top that is positioned at sandy land surface, the bottom of nozzle 1 is less than the position of 5mm.
Preferably, also comprise: force (forcing) pump 5; Liquid reserve tank 4 is for being provided with the hermetically-sealed construction of external tapping 42, and the pressure output of force (forcing) pump 5 and the external tapping 42 of liquid reserve tank 4 are tightly connected, thus force (forcing) pump 5 is communicated with liquid reserve tank 4 inside, and applies pressure to the chemical sand-fixing materials in liquid reserve tank 4.
Preferably, also comprise: action bars 6; Bearing truck 7 is provided with separatory dish installing port 73, and separatory dish 2 is located in this separatory dish installing port 73; The bottom of action bars 6 is connected with separatory dish 2, and drives separatory dish 2 to move up and down in separatory dish installing port 73, thus changes the bottom of nozzle 1 and the spacing of sand ground.
Preferably, described action bars 6 comprises: handle 61 and Duo Gen extension rod 62; The head and the tail of many extension rods 62 are threaded connection successively, form a straight-bar; The bottom of handle 61 is threaded with the top of this straight-bar, and the bottom of this straight-bar is threaded with separatory dish 2.
Preferably, described separatory dish 2 comprises the surge tank body 21 of hollow; The top of surge tank body 21 is provided with action bars joint 23, and surge tank body 21 is connected with the bottom of action bars 6 by this action bars joint 23;
The top of surge tank body 21 is also provided with inlet 24, and surge tank body 21 is communicated with one end of woven hose 3 by this inlet 24, and the other end of woven hose 3 is communicated with the bottom of liquid reserve tank 4; Chemical sand-fixing materials in liquid reserve tank 4 flow in surge tank body 21 by woven hose 3 and inlet 24 successively; The bottom of surge tank body 21 is evenly equipped with multiple Water outlet 22, and each nozzle 1 is each to be vertically fixed on a Water outlet 22, enters the chemical sand-fixing materials uniform divided flows of surge tank body 21 to each Water outlet 22, and is injected on sand ground by nozzle 1.
Preferably, the top of described surge tank body 21 is provided with the air vent 25 of band sealing-plug.
Preferably, described nozzle 1 is the inverted cone that middle part is provided with vertical through hole 11; The aperture of the bottom liquid outlet of this vertical through hole 11 is 0.2 ~ 0.5mm; The top of this inverted cone is provided with screw thread 12, and nozzle 1 is vertically fixed on Water outlet 22 by this screw thread 12.
The technical scheme provided as can be seen from above-mentioned the utility model, the chemical sand-fixing materials application device that the utility model embodiment provides makes chemical sand-fixing materials pass through the nozzle 1 be vertically distributed in bottom separatory dish 2 to be injected on sand ground, thus achieves chemical sand-fixing materials to be injected by point-like and be administered on sand ground, by the aperture of the liquid outlet to nozzle 1, the spacing of adjacent two nozzles 1, the bottom of nozzle 1 and the position relationship of sandy land surface control effectively, the sandy soil under each nozzle 1 can be made to form separately the bulky grain induration of independently round pie, and can not be cemented together between adjacent bulky grain induration, this not only improves sand-fixing effect, improve the Resistance to wind Erosion of sandy soil, and can effectively avoid forming waterproof bonding course on sand bed surface, reduce the harmful effect to soil infiltration capability, decrease the resistance to seed germination, thus significantly can improve the regeneration rate of desertification.
Accompanying drawing explanation
In order to be illustrated more clearly in the technical scheme of the utility model embodiment, below the accompanying drawing used required in describing embodiment is briefly described, apparently, accompanying drawing in the following describes is only embodiments more of the present utility model, for those of ordinary skill in the art, not paying under the capable prerequisite of creative work, other accompanying drawings can also be obtained according to these accompanying drawings.
The structural representation of the chemical sand-fixing materials application device that Fig. 1 provides for the utility model embodiment.
Nozzle 1 structural representation of the chemical sand-fixing materials application device that Fig. 2 provides for the utility model embodiment.
Separatory dish 2 structural representation one of the chemical sand-fixing materials application device that Fig. 3 provides for the utility model embodiment.
Separatory dish 2 structural representation two of the chemical sand-fixing materials application device that Fig. 4 provides for the utility model embodiment.
Liquid reserve tank 4 structural representation of the chemical sand-fixing materials application device that Fig. 5 provides for the utility model embodiment.
Force (forcing) pump 5 structural representation of the chemical sand-fixing materials application device that Fig. 6 provides for the utility model embodiment.
Action bars 6 structural representation one of the chemical sand-fixing materials application device that Fig. 7 provides for the utility model embodiment.
Action bars 6 structural representation two of the chemical sand-fixing materials application device that Fig. 8 provides for the utility model embodiment.
Action bars 6 structural representation three of the chemical sand-fixing materials application device that Fig. 9 provides for the utility model embodiment.
Bearing truck 7 structural representation one of the chemical sand-fixing materials application device that Figure 10 provides for the utility model embodiment.
Bearing truck 7 structural representation two of the chemical sand-fixing materials application device that Figure 11 provides for the utility model embodiment.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the utility model embodiment, be clearly and completely described the technical scheme in the utility model embodiment, obviously, described embodiment is only the utility model part embodiment, instead of whole embodiments.Based on embodiment of the present utility model, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to protection domain of the present utility model.
First it should be noted that; describe in present specification " on ", D score, " top ", the directive words and phrases of the band such as " end " are only the state of chemical sand-fixing materials application device described in the utility model when mode is placed as shown in Figure 1; this is only the relative position relation in order to more clearly indicate between parts; when the mode of this chemical sand-fixing materials application device changes; " on ", D score, " top ", the direction such as " end " also can change thereupon, but this still belongs to the protection domain of the application.Below chemical sand-fixing materials application device provided by the utility model is described in detail.
(1) chemical sand-fixing materials application device
As shown in Figure 1 to 11, a kind of chemical sand-fixing materials application device, for chemical sand-fixing materials is administered to sand ground, its concrete structure comprises: nozzle 1, separatory dish 2, woven hose 3, liquid reserve tank 4 and bearing truck 7; Separatory dish 2 and liquid reserve tank 4 are all located on bearing truck 7, and chemical sand-fixing materials is stored in liquid reserve tank 4; Separatory dish 2 is communicated with liquid reserve tank 4 by woven hose 3, and the chemical sand-fixing materials in liquid reserve tank 4 flow in separatory dish 2 by woven hose 3; Multiple nozzles 1 are vertically distributed on the bottom of separatory dish 2, and the chemical sand-fixing materials entering separatory dish 2 is diverted to each nozzle 1, and is injected on sand ground by nozzle 1, thus achieve by chemical sand-fixing materials by point-like inject be administered on sand ground.
Wherein, the arrangement mode of the nozzle 1 and spacing of adjacent two nozzles 1 can (chemical sand-fixing materials be injected on sand ground by nozzle 1 according to actual decanting point, so chemical sand-fixing materials injects the position of sand ground is exactly a decanting point, that is, the sand ground below each nozzle 1 can become a decanting point, owing to being vertically evenly equipped with multiple nozzle 1 bottom the separatory dish 2 of this chemical sand-fixing materials application device, therefore this chemical sand-fixing materials application device can realize the injection of multiple decanting point simultaneously) density selects flexibly, but the spacing of adjacent two nozzles 1 is preferably 10 ~ 30cm, this can make to have between adjacent decanting point an applicable spacing, the sandy soil of each decanting point can be made to be cemented to the bulky grain induration of round pie separately, can make again the bulky grain induration of adjacent decanting point can not be cemented together, thus not only increase the Resistance to wind Erosion of sandy soil, and effectively prevent at the waterproof bonding course of sand bed surface formation, reduce the harmful effect to soil infiltration capability, decrease the resistance to seed germination.The aperture of the liquid outlet of nozzle 1 can be selected flexibly according to different geological conditionss and sandy situation, but be preferably 0.2 ~ 0.5mm, this pore diameter range can not only reduce sandy soil and enter probability in nozzle 1, and can ensure that chemical sand-fixing materials has higher injection efficiency, make nozzle 1 can control to export flow and the flow velocity of chemical sand-fixing materials more exactly simultaneously, also effectively limit the cross-sectional area of nozzle 1 liquid outlet place chemical sand-fixing materials fluid column.The bottom of nozzle 1 can be inserted in sand ground, also the top of sandy land surface can be positioned at, and be less than 5mm with the spacing of sandy land surface and (can null value be got, namely the bottom of nozzle 1 just contacts with sandy land surface), this can select flexibly according to using different landform situations, the bottom of nozzle 1 and this position relationship of sandy land surface can make the cross-sectional area of the cross sectional area of chemical sand-fixing materials fluid column when contacting sand ground and nozzle 1 liquid outlet place chemical sand-fixing materials fluid column basically identical, as long as thus the cross-sectional area of flexible Control Nozzle 1 liquid outlet place chemical sand-fixing materials fluid column, just can when adjacent decanting point spacing be less, the bulky grain induration of the adjacent decanting point of effective guarantee can not be cemented together, and then effectively prevent at the waterproof bonding course of sand bed surface formation.Obviously, by controling effectively to the position relationship three of the spacing of adjacent two nozzles 1, the aperture of the liquid outlet of nozzle 1, the bottom of nozzle 1 and sandy land surface, this chemical sand-fixing materials application device can be made when improving sandy soil Resistance to wind Erosion, effectively avoid forming waterproof bonding course on sand bed surface, reduce the harmful effect to soil infiltration capability, decrease the resistance to seed germination.
Particularly, each parts of this chemical sand-fixing materials application device can comprise following embodiment:
(1) as depicted in figs. 1 and 2, nozzle 1 preferably adopts middle part to be provided with the inverted cone of vertical through hole 11, and this inverted cone can prevent sandy soil from entering in vertical through hole 11 to a certain extent.Chemical sand-fixing materials can be injected on sand ground by vertical through hole 11, the bottom liquid outlet of vertical through hole 11 is exactly the liquid outlet of nozzle 1, therefore the aperture of the bottom liquid outlet of this vertical through hole 11 can be selected flexibly according to different geological conditionss and sandy situation, but is preferably 0.2 ~ 0.5mm.
In actual applications, nozzle 1 preferably adopts high-strength stainless steel material to make, and this not only can improve the impact resistance of nozzle 1, and can reduce sandy soil and be detained on nozzle 1, is easy to cleaning; Even if sandy soil enter in vertical through hole 11 accidentally, also can increase chemical sand-fixing materials flow velocity by increasing force (forcing) pump 5 pressure, thus the sandy soil entered in vertical through hole 11 are gone out.The top of nozzle 1 is preferably provided with screw thread 12, and nozzle 1 is fixed on the Water outlet 22 bottom separatory dish 2 preferably by this screw thread 12, and this can facilitate nozzle 1 to mount and dismount, when sandy soil enter separatory dish 2 accidentally, easily nozzle 1 can be unloaded, separatory dish 2 is cleaned.
(2), as shown in Figure 1, Figure 3 and Figure 4, separatory dish 2 can comprise the surge tank body 21 of hollow; The top of surge tank body 21 is provided with action bars joint 23, and surge tank body 21 is connected with the bottom of action bars 6 by this action bars joint 23; The top of surge tank body 21 is also provided with inlet 24, and surge tank body 21 is communicated with one end of woven hose 3 by this inlet 24, and the other end of woven hose 3 is communicated with the bottom of liquid reserve tank 4; Chemical sand-fixing materials in liquid reserve tank 4 flow in surge tank body 21 by woven hose 3 and inlet 24 successively; The bottom of surge tank body 21 is evenly equipped with multiple Water outlet 22, and each nozzle 1 is each to be vertically fixed on a Water outlet 22, enters the chemical sand-fixing materials uniform divided flows of surge tank body 21 to each Water outlet 22, and is injected on sand ground by nozzle 1.Chemical sand-fixing materials is introduced into separatory dish 2, uniform divided flows is to the multiple nozzles 1 be located at bottom separatory dish 2 again, this structure can ensure that the water yield of each shower nozzle 1 is consistent substantially, thus not only can quickly and easily chemical sand-fixing materials multiple spot be injected on sand ground simultaneously, and can ensure that the chemical sand-fixing materials amount of application of each decanting point is substantially equal, this contributes to making the bulky grain induration of adjacent decanting point not cemented together.
In actual applications, separatory dish 2 preferably adopts transparent organic glass to make, this not only can ensure the intensity of separatory dish 2, and can conveniently observe the internal state (such as: the water yield in separatory dish 2, whether entering sandy soil etc. in separatory dish 2) of separatory dish 2.The top of surge tank body 21 is preferably provided with the air vent 22 of band sealing-plug, this chemical sand-fixing materials application device is when initially using, first the sealing-plug of air vent 22 can be opened, chemical sand-fixing materials constantly enters in surge tank body 21, and liquid level rises gradually, until when chemical sand-fixing materials is full of pressure casing 21, air vent 22 is sealed again with sealing-plug, this can ensure do not have gas in surge tank body 21, avoid occurring in other nozzles 1 when flowing out chemical sand-fixing materials, portion nozzle 1 sprays gas, thus the water yield contributing to controlling each shower nozzle 1 is consistent substantially.In addition, nozzle 1 can be fixed on Water outlet 22 by screw thread 12, but different according to the arrangement mode of nozzle 1, and nozzle 1 is only arranged on specific Water outlet 22, and unnecessary Water outlet 22 can temporarily seal.
(3) as shown in Figure 1, woven hose 3 preferably adopts flexible glue leather hose to make, and this not only can facilitate installing/dismounting, and can bear certain hydraulic pressure, thus can play certain cushioning effect.
(4) as shown in Figure 1 and Figure 5, liquid reserve tank 4 comprises liquid reserve tank casing 41 and the water flowmeter 43 for showing the water yield in liquid reserve tank; Water flowmeter 43 is located on liquid reserve tank casing 41, can be observed by the water yield in water flowmeter 43 pairs of liquid reserve tanks, to determine the consumption of chemical sand-fixing materials amount at any time in this chemical sand-fixing materials application device use procedure.
In actual applications, liquid reserve tank casing 41 preferably adopts high-strength stainless steel material to make, and the dial plate of water flowmeter 43 preferably adopts tempered glass to make, this not only can improve the impact resistance of liquid reserve tank casing 41 and water flowmeter 43, and sandy soil can be reduced be detained on liquid reserve tank casing 41 and water flowmeter 43, be easy to cleaning.
(5) as shown in figures 1 to 6, this chemical sand-fixing materials application device can also comprise force (forcing) pump 5; Liquid reserve tank 4 is for being provided with the hermetically-sealed construction of external tapping 42, and the pressure output of force (forcing) pump 5 and the external tapping 42 of liquid reserve tank 4 are tightly connected, thus force (forcing) pump 5 is communicated with liquid reserve tank 4 inside; This structure effectively ensure that the tightness of liquid reserve tank 4, when force (forcing) pump 5 is blown into pressed gas in liquid reserve tank 4, gas can not spill, but pressure is applied to the chemical sand-fixing materials in liquid reserve tank 4, thus chemical sand-fixing materials is pressed into woven hose 3, and be injected on sand ground via separatory dish 2 and nozzle 1 successively.Force (forcing) pump 5 can comprise the pump housing 51 and the pressure meter 53 for the display translation intensity of pressure; Pressure meter 53 is located on the pump housing 51; The pump housing 51 is provided with the pressure control valve 52 for controlling output pressure intensity, can change by adjustment pressure control valve 52 pressure that the chemical sand-fixing materials in liquid reserve tank 4 bears, thus can the effectively flow of the chemical sand-fixing materials of Control Nozzle 1 output and flow velocity.
In actual applications, the pump housing 51 preferably adopts high-strength stainless steel material to make, and the dial plate of pressure meter 53 preferably adopts tempered glass to make, and this not only can improve the impact resistance of the pump housing 51 and pressure meter 53, and sandy soil can be reduced be detained on the pump housing 51 and pressure meter 53, be easy to cleaning.
(6) as shown in Fig. 1, Fig. 7, Fig. 8 and Fig. 9, this chemical sand-fixing materials application device can also comprise action bars 6; Bearing truck 7 can be provided with separatory dish installing port 73, separatory dish 2 is located in this separatory dish installing port 73; The bottom of action bars 6 is connected with separatory dish 2, and drives separatory dish 2 to move up and down in separatory dish installing port 73, thus can change the bottom of nozzle 1 and the position relationship of sandy land surface.
In actual applications, action bars 6 can comprise: handle 61 and Duo Gen extension rod 62; The head and the tail of many extension rods 62 are threaded connection successively, form a straight-bar; The bottom of handle 61 is threaded with the top of this straight-bar, and the bottom of this straight-bar is threaded with separatory dish 2.Because this action bars 6 have employed the syndeton of more piece extension rod 62 splicing, therefore user can adjust the length of action bars 6 according to the actual requirements flexibly, when needs action bars 6 is shorter, can by several extension rods 62 under rotary unloading, and when needs action bars 6 is longer, can increase several extension rods 62 by rotating, this not only transports easily and installs, and is convenient to produce.The length of extension rod 62 also can be selected according to the actual requirements flexibly, but in order to the length of the ground control operation of precision more bar 6, and facilitating production and processing and installing/dismounting, the length of every root extension rod 62 is preferably all between 10 ~ 15cm.
(7) as shown in Fig. 1, Fig. 7, Fig. 8 and Fig. 9, bearing truck 7 comprises bearing plate 71 and wheel 72; The bottom of bearing plate 71 is located at by wheel 72; Separatory dish installing port 73 is located on bearing plate 71, and separatory dish 2 is located in this separatory dish installing port 73, and liquid reserve tank 4 is positioned on bearing plate 71, thus improves the mobility of this chemical sand-fixing materials application device, makes this chemical sand-fixing materials application device be convenient to transport.
Further, be injected into the earth's surface of sand ground at chemical sand-fixing materials after, the soil drench gradually to surrounding (comprising horizontal and vertical) spreads, and makes the sandy soil through infiltrating cemented together, forms separately the bulky grain induration of independently round pie; Because the spacing of the aperture of the liquid outlet of nozzle 1, adjacent two nozzles 1, the bottom of nozzle 1 and the position relationship of sandy land surface control effectively, can not occur cementing between the bulky grain induration of adjacent decanting point, thus sand bed surface can not form waterproof bonding course, therefore rainwater still can descend impregnation to fill deep subsoil moisture smoothly, and causes adverse effect can not to the sprouting of seed and the recovery of vegetation.
Visible, this chemical sand-fixing materials application device at least possesses following advantage:
1. this chemical sand-fixing materials application device structure is simple, easy to make, simple to operate, is easy to study.
2. each parts of this chemical sand-fixing materials application device all can decompose easily, easy to carry and transport.
3. the making material of each parts of this chemical sand-fixing materials application device all can under-buy, with low cost.
4., compared with spraying with traditional large area, chemical sand-fixing materials can be injected on the sand ground of multiple decanting point by this chemical sand-fixing materials application device simultaneously, not only increases the effective rate of utilization of sand-consolidating agent, and decreases sand-consolidating agent amount of application, reduces and uses cost.
5. compared with spraying with traditional large area, point-like under pressure is injected and chemical sand-fixing materials can be made to be deep into the sandy soil of more deep layer, by the aperture of the liquid outlet to nozzle 1, the spacing of adjacent two nozzles 1, the bottom of nozzle 1 and the position relationship of sandy land surface control effectively, the sandy soil under each nozzle 1 can be made to form separately independently round pie bulky grain induration, and can not be cemented together between adjacent bulky grain induration, this not only improves sand-fixing effect, improve the Resistance to wind Erosion of sandy soil, and can effectively avoid forming waterproof bonding course on sand bed surface, reduce the harmful effect to soil infiltration capability, decrease the resistance to seed germination, thus significantly can improve the regeneration rate of desertification.
(2) chemical sand-fixing materials application process
A kind of chemical sand-fixing materials application process, comprising: utilize the chemical sand-fixing materials application device described in technique scheme chemical sand-fixing materials point-like to be injected on sand ground.
Wherein, the liquid outlet aperture of the nozzle 1 of this chemical sand-fixing materials application device is preferably 0.2 ~ 0.5mm, and the spacing of adjacent two nozzles 1 is preferably 10 ~ 30cm, and the bottom of nozzle 1 and the spacing of sand ground are preferably 0 ~ 5mm; The spacing of adjacent two decanting points is preferably 10 ~ 30cm; The chemical sand-fixing materials amount of application of each decanting point is preferably 1 ~ 3mL, if chemical sand-fixing materials consumption is very few, then possibly cannot play good sand-fixing effect, if chemical sand-fixing materials consumption is too much, the bulky grain induration of so adjacent decanting point may be cemented together.
Particularly, this chemical sand-fixing materials application process can comprise the steps:
(1) determine the aperture of the liquid outlet of nozzle 1 according to the geological conditions and sandy situation of using ground, and select nozzle 1 according to this aperture.Determine the arrangement mode of nozzle 1 and the spacing of adjacent two nozzles 1 according to enforcement density, and be installed on the Water outlet 22 of separatory dish 2 according to the arrangement mode of nozzle 1 and the spacing of adjacent two nozzles 1 by nozzle 1, unnecessary Water outlet 22 temporarily seals.According to said structure by each assembling parts of chemical sand-fixing materials application device together, and be encased in liquid reserve tank 4 by the chemical sand-fixing materials prepared, then the chemical sand-fixing materials application device assembled moves to and uses place by dragging bearing truck 7.
(2) opened by the sealing-plug of the air vent 22 of separatory dish 2, force (forcing) pump 5 pressurization makes chemical sand-fixing materials enter in separatory dish 2, until when chemical sand-fixing materials is full of separatory dish 2, seals the air vent 22 of separatory dish 2 with sealing-plug.
(3) determine the position relationship of nozzle 1 bottom and sandy land surface according to the landform situation using ground, and adjusted the spacing of separatory dish 2 and sandy land surface by action bars 6, until the position relationship of nozzle 1 bottom and sandy land surface meets the requirements.
(4) adjust the pressure in liquid reserve tank 4 by the pressure control valve 52 of force (forcing) pump 5, chemical sand-fixing materials in liquid reserve tank 4 flow in separatory dish 2 by woven hose 3 under pressure, enter the chemical sand-fixing materials uniform divided flows of separatory dish 2 to each nozzle 1, and be injected on sand ground by nozzle 1, thus achieve chemical sand-fixing materials point-like is injected on sand ground.
(5) for moving dunes, push up toe from moving dunes slope, adopt this chemical sand-fixing materials application device to fix a point to implement to inject, until whole moving dunes have all been implemented every preset distance, natural drying, can complete using the chemical sand-fixing materials of these moving dunes.
Further, be injected into the earth's surface of sand ground at chemical sand-fixing materials after, infiltrate surrounding soil gradually, and make the sandy soil through infiltrating cemented together, form separately the bulky grain induration of independently round pie; Because the position relationship of the aperture of the liquid outlet of nozzle 1, the spacing of adjacent two nozzles 1, the bottom of nozzle 1 and sandy land surface, the spacing of adjacent two decanting points, the chemical sand-fixing materials amount of application of each decanting point control effectively, can not occur cementing between the bulky grain induration of adjacent decanting point, thus sand bed surface can not form waterproof bonding course, therefore rainwater still can descend impregnation to fill deep subsoil moisture smoothly, and causes adverse effect can not to the sprouting of seed and the recovery of vegetation.
As fully visible, this chemical sand-fixing materials application process at least possesses following advantage:
1. this chemical sand-fixing materials application process is simple to operate, is easy to study, and operation fast.
2. the flexible adjustment on ground can be carried out in good time, be fitted to this chemical sand-fixing materials application process according to different landform.
3. compared with spraying with traditional large area, chemical sand-fixing materials can be injected on the sand ground of multiple decanting point by this chemical sand-fixing materials application process simultaneously, not only increases the effective rate of utilization of sand-consolidating agent, and decreases sand-consolidating agent amount of application, reduce and use cost, economical and practical.
4. compared with spraying with traditional large area, point-like under pressure is injected and chemical sand-fixing materials can be made to be deep into the sandy soil of more deep layer, by the aperture of the liquid outlet to nozzle 1, the spacing of adjacent two nozzles 1, the bottom of nozzle 1 and the position relationship of sandy land surface, the spacing of adjacent two decanting points, the chemical sand-fixing materials amount of application of each decanting point control effectively, the sandy soil under each nozzle 1 can be made to form separately independently bulky grain induration, and can not be cemented together between adjacent bulky grain induration, this not only improves sand-fixing effect, improve the Resistance to wind Erosion of sandy soil, and can effectively avoid forming waterproof bonding course on sand bed surface, reduce the harmful effect to soil infiltration capability, decrease the resistance to seed germination, thus significantly can improve the regeneration rate of desertification.
In order to the technique effect more clearly showing technical scheme provided by the utility model and produce, also by reference to the accompanying drawings chemical sand-fixing materials application device provided by the utility model is described in detail with specific embodiment below.
Embodiment one
As shown in Figure 1 to 11, adopt above-mentioned chemical sand-fixing materials application process to carry out chemical sand-fixing materials to certain moving dunes and use, its concrete steps are as follows:
(1) determine to select fluid oral pore footpath to be the nozzle 1 of 0.2mm according to the geological conditions of these moving dunes and sandy situation; Arrange according to implementing the matrix of density determination nozzle 1 in 4X3 bottom separatory dish 2, and the spacing of adjacent two nozzles 1 is 10cm; According to said structure by each assembling parts of chemical sand-fixing materials application device together, and by the mass concentration prepared be 10% chemical sand-fixing materials be encased in liquid reserve tank 4, what then drag that the chemical sand-fixing materials application device assembled moves to these moving dunes by bearing truck 7 uses place.
(2) opened by the sealing-plug of the air vent 22 of separatory dish 2, force (forcing) pump 5 pressurization makes chemical sand-fixing materials enter in separatory dish 2, until when chemical sand-fixing materials is full of separatory dish 2, seals the air vent 22 of separatory dish 2 with sealing-plug.
(3) determine that the bottom of nozzle 1 just contacts with sandy land surface according to the landform situation using place of these moving dunes; The spacing of separatory dish 2 and sandy land surface is adjusted, until nozzle 1 bottom just contacts with sandy land surface by action bars 6.
(4) adjusting the pressure in liquid reserve tank 4 by the pressure control valve 52 of force (forcing) pump 5 is 20kpa, chemical sand-fixing materials in liquid reserve tank 4 flow in separatory dish 2 by woven hose 3 under pressure, and uniform divided flows is to each nozzle 1, and being injected on sand ground by nozzle 1, the chemical sand-fixing materials amount of application of each decanting point is 1mL.
(5) push up toe from this moving dunes slope, adopt this chemical sand-fixing materials application device to fix a point to implement to inject, until these moving dunes have injected every 10cm.
(6) after these moving dunes have injected, under not carrying out artificial disturbance situation, make natural drying 1 ~ 2 day, using the chemical sand-fixing materials of these moving dunes can be completed.
After testing: the surrounding of each decanting point is not all because the infiltration spread of chemical sand-fixing materials defines the hard induration of round pie that radius is 5cm, and cemented together between these indurations; Get a little tap water and carry out simulated precipitation spray test, find that precipitation infiltrates rapidly on the sandy soil top layer of these moving dunes and to retain without ponding; The plant species word bank observing these moving dunes at Growing season sprouts situation, finds that seed is obviously sprouted.
As fully visible, the utility model can not only promote sand-fixing effect, improve sand-consolidating agent effective rate of utilization, reduce sand-consolidating agent amount of application, and can effectively avoid forming waterproof bonding course on sand bed surface, reduce the harmful effect to soil infiltration capability, decrease the resistance to seed germination, thus significantly can improve the regeneration rate of desertification.
The above; be only the utility model preferably detailed description of the invention; but protection domain of the present utility model is not limited thereto; anyly be familiar with those skilled in the art in the technical scope that the utility model discloses; the change that can expect easily or replacement, all should be encompassed within protection domain of the present utility model.Therefore, protection domain of the present utility model should be as the criterion with the protection domain of claims.
Claims (8)
1. a chemical sand-fixing materials application device, for chemical sand-fixing materials is administered to sand ground, it is characterized in that, comprising: nozzle (1), separatory dish (2), woven hose (3), liquid reserve tank (4) and bearing truck (7);
Separatory dish (2) and liquid reserve tank (4) are all located on bearing truck (7), and chemical sand-fixing materials is stored in liquid reserve tank (4); Separatory dish (2) is communicated with liquid reserve tank (4) by woven hose (3), and the chemical sand-fixing materials in liquid reserve tank (4) flow in separatory dish (2) by woven hose (3); Multiple nozzle (1) is vertically distributed on the bottom of separatory dish (2), the chemical sand-fixing materials entering separatory dish (2) is diverted to each nozzle (1), and be injected on sand ground by nozzle (1), thus achieve chemical sand-fixing materials to be injected by point-like and be administered on sand ground.
2. chemical sand-fixing materials application device according to claim 1, is characterized in that, the spacing of adjacent two nozzles (1) is 10 ~ 30cm; The aperture of the liquid outlet of nozzle (1) is 0.2 ~ 0.5mm; The bottom of nozzle (1) is inserted in sand ground, or the top that is positioned at sandy land surface, the bottom of nozzle (1) is less than the position of 5mm.
3. chemical sand-fixing materials application device according to claim 1 and 2, is characterized in that, also comprise: force (forcing) pump (5); Liquid reserve tank (4) is for being provided with the hermetically-sealed construction of external tapping (42), the pressure output of force (forcing) pump (5) and the external tapping (42) of liquid reserve tank (4) are tightly connected, thus force (forcing) pump (5) is communicated with liquid reserve tank (4) inside, and pressure is applied to the chemical sand-fixing materials in liquid reserve tank (4).
4. chemical sand-fixing materials application device according to claim 1 and 2, is characterized in that, also comprise: action bars (6); Bearing truck (7) is provided with separatory dish installing port (73), and separatory dish (2) is located in this separatory dish installing port (73); The bottom of action bars (6) is connected with separatory dish (2), and drives separatory dish (2) to move up and down in separatory dish installing port (73), thus changes the bottom of nozzle (1) and the spacing of sand ground.
5. chemical sand-fixing materials application device according to claim 4, is characterized in that, described action bars (6) comprising: handle (61) and many extension rods (62); The head and the tail of many extension rods (62) are threaded connection successively, form a straight-bar; The bottom of handle (61) is threaded with the top of this straight-bar, and the bottom of this straight-bar is threaded with separatory dish (2).
6. chemical sand-fixing materials application device according to claim 1 and 2, is characterized in that, described separatory dish (2) comprises the surge tank body (21) of hollow; The top of surge tank body (21) is provided with action bars joint (23), and surge tank body (21) is connected with the bottom of action bars (6) by this action bars joint (23);
The top of surge tank body (21) is also provided with inlet (24), surge tank body (21) is communicated with by this inlet (24) one end with woven hose (3), and the other end of woven hose (3) is communicated with the bottom of liquid reserve tank (4); Chemical sand-fixing materials in liquid reserve tank (4) flow in surge tank body (21) by woven hose (3) and inlet (24) successively;
The bottom of surge tank body (21) is evenly equipped with multiple Water outlet (22), each nozzle (1) is each to be vertically fixed on a Water outlet (22), enter the chemical sand-fixing materials uniform divided flows of surge tank body (21) to each Water outlet (22), and be injected on sand ground by nozzle (1).
7. chemical sand-fixing materials application device according to claim 6, is characterized in that, the top of described surge tank body (21) is provided with the air vent (25) of band sealing-plug.
8. chemical sand-fixing materials application device according to claim 5, is characterized in that, described nozzle (1) is the inverted cone that middle part is provided with vertical through hole (11); The aperture of the bottom liquid outlet of this vertical through hole (11) is 0.2 ~ 0.5mm; The top of this inverted cone is provided with screw thread (12), and nozzle (1) is vertically fixed on Water outlet (22) by this screw thread (12).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520748166.1U CN205062801U (en) | 2015-09-24 | 2015-09-24 | Chemistry fixes sand agent and uses device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520748166.1U CN205062801U (en) | 2015-09-24 | 2015-09-24 | Chemistry fixes sand agent and uses device |
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| Publication Number | Publication Date |
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| CN205062801U true CN205062801U (en) | 2016-03-02 |
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| CN201520748166.1U Expired - Fee Related CN205062801U (en) | 2015-09-24 | 2015-09-24 | Chemistry fixes sand agent and uses device |
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| CN (1) | CN205062801U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105133573A (en) * | 2015-09-24 | 2015-12-09 | 北京林业大学 | Chemical sand fixing agent application device and method |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105133573A (en) * | 2015-09-24 | 2015-12-09 | 北京林业大学 | Chemical sand fixing agent application device and method |
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