CN205284068U - Gas shock fertilizer distributor loose deeply - Google Patents
Gas shock fertilizer distributor loose deeply Download PDFInfo
- Publication number
- CN205284068U CN205284068U CN201521114928.9U CN201521114928U CN205284068U CN 205284068 U CN205284068 U CN 205284068U CN 201521114928 U CN201521114928 U CN 201521114928U CN 205284068 U CN205284068 U CN 205284068U
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- frame
- fertilizer
- subsoiling
- gas
- air
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P60/00—Technologies relating to agriculture, livestock or agroalimentary industries
- Y02P60/14—Measures for saving energy, e.g. in green houses
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- Fertilizing (AREA)
- Soil Working Implements (AREA)
Abstract
The utility model relates to a gas shock fertilizer distributor loose deeply belongs to the agricultural machine field. Gas shock fertilizer distributor loose deeply is including dark pine device, air generating device, depth control device, fertilizer injection unit, gas -liquid connecting device, draw gear and frame. Downside after the frame is established to dark pine device, and air generating device establishes upside before the frame, and the depth control device is established in the anterior both sides of frame, and fertilizer injection unit establishes upside in the frame, and gas -liquid connecting device establishes the back upside in the frame, and the anterior draw gear with the tractor that draw gear established in the frame is connected. The utility model discloses a gas shock fertilizer distributor loose deeply can be loose deeply alone, can loosen deeply again and fertilize and go on simultaneously. The high pressure draught in the twinkling of an eye that air compressor produced can be broken the pan on the one hand, plays the efficiency of dark pine, on the other hand also can make the liquid fertile highly pressurised liquid stream in the twinkling of an eye that becomes, and the liquid flow reaches the purpose of fertilization in subsoiler bottom pipeline assaults soil.
Description
Technical field
This utility model belongs to agricultural mechanical field, particularly to a kind of gas shock subsoiling fertilizer applicator.
Background technology
Soil subsoiling refers to and uses subsoiler to break the plough sole of below arable layer, chesson and increase the thickness of arable layer. Soil subsoiling is an important technology of soil cultivation, is increasingly subject to attention both domestic and external.
1. soil subsoiling technology can break plough sole, deepens arable layer thickness. The existence of plough sole, makes crop root can not wear bundle and passes through, and can only curling growth more than plough sole; The obstruct of plough sole makes precipitation can not infiltrate and form rainwash, causes serious soil erosion; Soil subsoiling can break hard plough sole, improves soil permeability, increases arable layer thickness, increases field capacity, creates good edaphic condition for crops normal growth.
2. soil subsoiling technology can improve soil physico-chemical property. Improve the three of soil solid, liquid, gas material to compare, strengthen existence and the fertility of soil microorganism, accelerate organic matter mineralization and weathering, improve Soil structure, strengthen adsorption by soil ability, increase soil fertility.
3. soil subsoiling technology can improve the lodging tolerance of crop. It is firm that plough sole thickens laminated structure soil layer, causes that the root system of crop vertical distribution reduces, and the root system of horizontal distribution increases, and the mineral nutrient of deep layer is difficult with, and the lodging tolerance of crop also declines therewith. Subsoiler, break plough sole, form rat hole, add topsoil depth and soil water penetration, intercepted upper and lower water loss, flood is let out in drought resisting, retain and conserve soil moisture, be beneficial to crop root and deeply prick, finally realize resistant to lodging.
Liquid fertilizer is a kind of novel agricultural machinery fertilizer, has been applied in crops, and achieves significant effect. Research in recent years shows, liquid fertilizer not only can fast and effeciently supplement nutrient needed for crops, but also can improve the quality of crops and improve the yield of crops.
Summary of the invention
The purpose of this utility model is in that to loosen soil, increase soil oxygen content and deepen arable layer thickness, effectively reduce the tractive resistance suffered by subsoiler, subsoiling fertilising simultaneously completes, a kind of gas shock subsoiling fertilizer applicator is provided, it is characterized in that, gas shock subsoiling fertilizer applicator includes subsoiling device, air generator, depth control apparatus, fertilizer apparatus, gas-liquid connecting device, traction apparatus and frame.Subsoiling device is located at frame rear side, air generator is located at frame front upper side, and depth control apparatus is located at the front part sides of frame, on the upside of fertilizer apparatus is located in frame, gas-liquid connecting device is located at the rear upside of frame, and the traction apparatus of front portion and tractor that traction apparatus is located at frame is connected;
Described frame includes frame front beam 9, frame central sill 12, the frame back rest 20 and gripper shoe 11, above-mentioned frame front beam 9, frame central sill 12, the frame back rest 20 and gripper shoe 11, by being welded to form whole frame, are used for installing subsoiling device, air generator, depth control apparatus, fertilizer apparatus and traction apparatus;
Described subsoiling device, it is located at frame rear side, it is made up of 4 deep soil loosing shovels 16, each deep soil loosing shovel and 1 rear plate 14 connect, and rear plate 14 is connected with the frame back rest 20, and front plate 13 and rear plate 14 are bolted, thus deep soil loosing shovel 16 is fixed, deep soil loosing shovel 16 is affixed with front and back clamping plate straight down, and composition is fixed in four deep soil loosing shovels on the frame back rest 20, and all of deep soil loosing shovel 16 spear is all forward; Described deep soil loosing shovel is made up of spear 15, the shovel wing 17, spade 18 and pipeline 19, wherein, spear 15 is positioned at bottom deep soil loosing shovel 16, the shovel wing 17 is arranged in the lower both sides of spade 18, pipeline 19 is positioned at the back of spade 18, welding with spade 18, the lower end of pipeline 19 is connected with the bottom through hole of spade 18;
Described air generator, mainly it is made up of air compressor 3, motor 4 and belt 5, motor 4 is located at the front middle part of gripper shoe 11,2 air compressors 3 are respectively provided at the both sides of gripper shoe 11, motor 4 is connected by belt 5 with 2 air compressors 3, gripper shoe 11 is fixed in the middle part of frame, the gas that air compressor 3 produces flows out through exhaustor 25, exhaustor 25 is connected with air hose, air hose is connected with the upper end pore regulating pipe 21, regulate pipe 21 affixed with pipeline 19, thus delivering gas to deep soil loosing shovel 16;
Described depth control apparatus, 2 degree of depth telescopic arms 7 are vertically fixed in frame front beam 9 left and right sides respectively, gauge wheel 8 is connected with degree of depth telescopic arm 7 and is fixed in the lower end of degree of depth telescopic arm 7, can control the degree of depth of subsoiling by regulating the terrain clearance of telescopic arm 7, reach the desirable subsoiling degree of depth;
Described fertilizer apparatus, mainly it is made up of fertilizer box 1, fertilizer box bearing 2 and defertilizing tube 24, fertilizer box 1 is fixed on fertilizer box bearing 2, fertilizer box bearing 2 is connected with frame central sill 12 by bolt, the upper end of 4 defertilizing tubes 24 is respectively and fixedly connected to the underface of fertilizer box 1, and the lower end of each defertilizing tube 24 is connected with 1 connecting tube 23 respectively, and each connecting tube 23 is threaded connection with regulating pipe 21, the uninterrupted expected that applied fertilizer can pass through valve 22 and be adjusted, and reaches desirable fertilization effect;
Described gas-liquid connecting device, have 4 gas-liquid connecting devices, upper survey after being uniformly distributed in frame, each device is mainly made up of adjustment pipe 21, valve 22, connecting tube 23 and thin slice 26, regulating pipe 21 affixed with pipeline 19, connecting tube 23 is threadeded with defertilizing tube 24;
Described traction apparatus, lambdoid front tension bar 6 lower end is fixed in the middle part of frame front beam 9,2 arm-tie 10 lower ends are respectively and fixedly connected to the middle part of frame front beam 9, become symmetrical distribution, and front tension bar 6 upper end is connected by pin with the traction apparatus of tractor respectively with arm-tie 10 front end;
This utility model adopts gas shock subsoiling fertilizer applicator, gets final product independent subsoiling, can subsoiling carry out with fertilising again simultaneously.If individually subsoiling, by the gas that air compressor produces being injected into the bottom pipe of deep soil loosing shovel, produce instantaneous pressure air-flow, utilize the percussion of high pressure draught, pipeline bottom spade forms airflow field, thus being broken by plough sole, plays effect of subsoiling. If subsoiling carries out with fertilising simultaneously, fertilizer is liquid fertilizer, liquid fertilizer flows out through fertilizer box, meets with air-flow regulating pipe place, forms gas-liquid two-phase body, by the driving effect of air-flow, making liquid fertilizer become instantaneous pressure liquid stream, liquid flows through deep soil loosing shovel bottom pipe and impacts in soil, can reach the purpose of subsoiling, the purpose of fertilising can be reached again, kill two birds with one stone.
The beneficial effects of the utility model are, air is a kind of free resource, and is easily obtained, it is possible to reduce subsoiling cost. Adopting the fertilising of gas shock subsoiling is a kind of novel subsoiling fertilizer practice, applied fertilizer material is liquid fertilizer, by the percussion of air-flow, fertilizer is applied in soil, get final product independent subsoiling, can subsoiling fertilising carry out again simultaneously, and gas shock subsoiling can reduce subsoiling resistance, loosen the soil respond well, strong adaptability.
Accompanying drawing explanation
Fig. 1 is the example structure schematic diagram of this utility model 4 row work;
Fig. 2 is subsoiling spade cross-sectional schematic;
Fig. 3 is the top view of frame;
Fig. 4 is gas-liquid bindiny mechanism schematic diagram;
Fig. 5 .1 is the front elevational schematic of thin slice;
Fig. 5 .2 is the left view schematic diagram of thin slice;
In figure, 1--fertilizer box, 2--fertilizer box bearing, 3--air compressor, 4--motor, 5--belt, 6--front tension bar, 7--telescopic arm, 8--falls into deep wheel, 9--frame front beam, 10--arm-tie, 11--gripper shoe, 12--frame central sill, 13--front plate, 14--rear plate, 15--spear, 16--deep soil loosing shovel, 17--shovels the wing, 18--spade, 19--pipeline, the 20--frame back rest, 21--regulates pipe, 22--valve, 23--connecting tube, 24--defertilizing tube, 25--exhaustor, 26--thin slice.
Detailed description of the invention
Below in conjunction with embodiment and accompanying drawing, this utility model is described in further detail:
Fig. 1 is the example structure schematic diagram of gas shock subsoiling fertilizer applicator 4 row work, and the subsoiling device of gas shock subsoiling fertilizer applicator, air generator, depth control apparatus, fertilizer apparatus and traction apparatus are installed in the frame shown in Fig. 3. Subsoiling device is located at frame rear side, air generator is located at frame front upper side, and depth control apparatus is located at the front part sides of frame, on the upside of fertilizer apparatus is located in frame, gas-liquid connecting device is located at the rear upside of frame, and the traction apparatus of front portion and tractor that traction apparatus is located at frame is connected;
As shown in Figure 1, subsoiling device is located at frame rear portion, it is made up of 4 deep soil loosing shovels 16, each deep soil loosing shovel and 1 rear plate 14 connect, and rear plate 14 is connected with the frame back rest 20, and front plate 13 and rear plate 14 are bolted, thus deep soil loosing shovel 16 is fixed, deep soil loosing shovel 16 is affixed with front and back clamping plate straight down, and composition is fixed in 4 deep soil loosing shovels on the frame back rest 20, and all of deep soil loosing shovel 16 spear is all forward; Described deep soil loosing shovel is made up of spear 15, the shovel wing 17, spade 18 and pipeline 19, wherein, spear 15 is positioned at bottom deep soil loosing shovel 16, the shovel wing 17 is arranged in the lower both sides of spade 18, pipeline 19 is positioned at the back of spade 18, welding with spade 18, the lower end of pipeline 19 is connected with the bottom through hole of spade 18;
Described air generator, main by air compressor 3, motor 4 and belt 5 form, motor 4 is located at the front middle part of gripper shoe 11, 2 air compressors 3 are respectively provided at the both sides of gripper shoe 11, motor 4 is connected by belt 5 with 2 air compressors 3, gripper shoe 11 is fixed in the middle part of frame, the gas that air compressor 3 produces flows out through exhaustor 25, exhaustor 25 is connected with air hose, air hose is connected with the upper end pore regulating pipe 21, regulate pipe 21 affixed with pipeline 19, thus delivering gas to deep soil loosing shovel 16, the size of gas pressure intensity can be adjusted by air compressor 3,
Described depth control apparatus, 2 degree of depth telescopic arms 7 are vertically fixed in frame front beam 9 left and right sides respectively, gauge wheel 8 is connected with degree of depth telescopic arm 7 and is fixed in the lower end of degree of depth telescopic arm 7, can control the degree of depth of subsoiling by regulating the terrain clearance of telescopic arm 7, reach the desirable subsoiling degree of depth;
Described fertilizer apparatus, mainly it is made up of fertilizer box 1, fertilizer box bearing 2 and defertilizing tube 24, fertilizer box 1 is fixed on fertilizer box bearing 2, fertilizer box bearing 2 is connected with frame central sill 12 by bolt, the upper end of 4 defertilizing tubes 24 is respectively and fixedly connected to the underface of fertilizer box 1, and the lower end of each defertilizing tube 24 is connected with 1 connecting tube 23 respectively, and each connecting tube 23 is threaded connection with regulating pipe 21, the uninterrupted expected that applied fertilizer can pass through valve 22 and be adjusted, and reaches desirable fertilization effect;
Described gas-liquid connecting device, have 4 gas-liquid connecting devices, upper survey after being uniformly distributed in frame, each device is mainly made up of adjustment pipe 21, valve 22, connecting tube 23 and thin slice 26, regulating pipe 21 affixed with pipeline 19, connecting tube 23 is threadeded with defertilizing tube 24;
Described traction apparatus, lambdoid front tension bar 6 lower end is fixed in the middle part of frame front beam 9,2 arm-tie 10 lower ends are respectively and fixedly connected to the middle part of frame front beam 9, become symmetrical distribution, front tension bar 6 upper end is connected by pin with the traction apparatus of tractor respectively with arm-tie 10 front end, and the height of front tension bar 16 can freely regulate according to actual needs;
Operation principle of the present utility model is:
If 1. independent subsoiling, valve 22 closes, the electric power driving electric machine 4 provided by tractor works, motor 4 works through belt 5 band engine-driven air compressor 3, by the gas that air compressor 3 produces is injected into the bottom pipe 19 of deep soil loosing shovel, produces instantaneous pressure air-flow, utilize the percussion of high pressure draught, pipeline bottom spade forms airflow field, thus being broken by plough sole, plays effect of subsoiling;
If 2. subsoiling carries out with fertilising simultaneously, valve 22 is opened, a thin slice 26 is had in valve 22 and the junction regulating pipe 21, the upper part of thin slice 26 is fixed, lower part may only rotate to the direction regulating pipe 21 side, cannot rotate to the direction, side of connecting tube 23, so the effect of thin slice 26 is only to allow liquid fertilizer to flow out, air-flow is not allowed to pass through, the liquid fertilizer being stored in fertilizer box 1 is flowed out by defertilizing tube 24, meet with air-flow regulating pipe 21 place, form gas-liquid two-phase body, by the driving effect of air-flow, liquid fertilizer is made to become instantaneous pressure liquid stream, liquid flows through deep soil loosing shovel bottom pipe 19 and impacts in soil, the purpose of subsoiling can be reached, the purpose of fertilising can be reached again.
This utility model is applicable to the whole ground of soil subsoiling and farmland fertilization.
Claims (3)
1. a gas shock subsoiling fertilizer applicator, it is characterised in that gas shock subsoiling fertilizer applicator includes subsoiling device, air generator, depth control apparatus, fertilizer apparatus, gas-liquid connecting device, traction apparatus and frame; Subsoiling device is located at frame rear side, air generator is located at frame front upper side, and depth control apparatus is located at the front part sides of frame, on the upside of fertilizer apparatus is located in frame, gas-liquid connecting device is located at the rear upside of frame, and the traction apparatus of front portion and tractor that traction apparatus is located at frame is connected;
Described frame includes frame front beam (9), frame central sill (12), the frame back rest (20) and gripper shoe (11), above-mentioned frame front beam (9), frame central sill (12), the frame back rest (20) and gripper shoe (11), by being welded to form whole frame, are used for installing subsoiling device, air generator, depth control apparatus, fertilizer apparatus and traction apparatus;
Described subsoiling device, it is located at frame rear side, it is made up of 4 deep soil loosing shovels (16), each deep soil loosing shovel and 1 rear plate (14) connect, and rear plate (14) is connected with the frame back rest (20), and front plate (13) and rear plate (14) are tied by fastening screw and connect, thus deep soil loosing shovel (16) is fixed, deep soil loosing shovel (16) is affixed with front and back clamping plate straight down, and composition is fixed in 4 deep soil loosing shovels on the frame back rest (20), and all of deep soil loosing shovel (16) spear is all forward; Described deep soil loosing shovel is made up of spear (15), the shovel wing (17), spade (18) and pipeline (19), wherein, spear (15) is positioned at deep soil loosing shovel (16) bottom, the shovel wing (17) is arranged in the lower both sides of spade (18), pipeline (19) is positioned at the back of spade (18), welding with spade (18), the lower end of pipeline (19) is connected with the bottom through hole of spade (18);
Described air generator, main by air compressor (3), motor (4) and belt (5) composition, above-mentioned motor (4) is located at the middle part of gripper shoe (11), 2 air compressors (3) are respectively provided at the both sides of gripper shoe (11), motor (4) is connected by belt (5) with 2 air compressors (3), gripper shoe (11) is fixed in the middle part of frame, the gas that air compressor (3) produces flows out through exhaustor (25), exhaustor (25) is connected with air hose, air hose is connected with the upper end pore regulating pipe (21), regulate pipe (21) affixed with pipeline (19), thus delivering gas to deep soil loosing shovel (16),
Described depth control apparatus, 2 degree of depth telescopic arms (7) are vertically fixed in frame front beam (9) left and right sides respectively, gauge wheel (8) is connected with degree of depth telescopic arm (7) and is fixed in the lower end of degree of depth telescopic arm (7), the degree of depth of subsoiling can be controlled by regulating the terrain clearance of telescopic arm (7), reach the desirable subsoiling degree of depth;
Described fertilizer apparatus, mainly it is made up of fertilizer box (1), fertilizer box bearing (2) and defertilizing tube (24), fertilizer box (1) is fixed on fertilizer box bearing (2), fertilizer box bearing (2) is connected with frame central sill (12) by bolt, the upper end of 4 defertilizing tubes (24) is respectively and fixedly connected to the underface of fertilizer box (1), the lower end of each defertilizing tube (24) is connected with 1 connecting tube (23) respectively, each connecting tube (23) is threaded connection with regulating pipe (21), the uninterrupted expected that applied fertilizer can pass through valve (22) and be adjusted, and reaches desirable fertilization effect;
Described gas-liquid connecting device, have 4 gas-liquid connecting devices, upper survey after being uniformly distributed in frame, each device is mainly made up of adjustment pipe (21), valve (22), connecting tube (23) and thin slice (26), regulating pipe (21) affixed with pipeline (19), connecting tube (23) is threadeded with defertilizing tube (24);
Described traction apparatus, lambdoid front tension bar (6) lower end is fixed in the middle part of frame front beam (9), 2 arm-tie (10) lower ends are respectively and fixedly connected to the middle part of frame front beam (9), becoming symmetrical distribution, front tension bar (6) upper end is connected by pin with the traction apparatus of tractor respectively with arm-tie (10) front end.
2. a kind of gas shock subsoiling fertilizer applicator according to claim 1, it is characterised in that described subsoiler is that one uses air as power source, and air is easily obtained, and energy-saving and cost-reducing;By the gas that air compressor (3) produces being injected into the bottom pipe (19) of deep soil loosing shovel, produce instantaneous pressure air-flow, utilize the percussion of high pressure draught, airflow field is formed around pipeline (19) bottom spade, thus plough sole is broken, the oxygen content of soil can also be increased simultaneously, play effect of subsoiling.
3. a kind of gas shock subsoiling fertilizer applicator according to claim 1, it is characterized in that, subsoiling carries out with fertilising simultaneously, valve (22) is opened, and has a thin slice (26) in valve (22) and the junction regulating pipe (21), and the upper part of thin slice (26) is fixed, lower part may only rotate to the direction regulating pipe (21) side, cannot rotate to the direction, side of connecting tube (23), so the effect of thin slice (26) is only to allow liquid fertilizer to flow out, not allow air-flow to pass through; The liquid fertilizer being stored in fertilizer box (1) is flowed out by defertilizing tube (24), meet with air-flow regulating pipe (21) place, form gas-liquid two-phase body, by the driving effect of air-flow, liquid fertilizer is made to become instantaneous pressure liquid stream, liquid flows through deep soil loosing shovel bottom pipe (19) and impacts in soil, can reach the purpose of subsoiling, can reach again the purpose of fertilising.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521114928.9U CN205284068U (en) | 2015-12-30 | 2015-12-30 | Gas shock fertilizer distributor loose deeply |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521114928.9U CN205284068U (en) | 2015-12-30 | 2015-12-30 | Gas shock fertilizer distributor loose deeply |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205284068U true CN205284068U (en) | 2016-06-08 |
Family
ID=56473258
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521114928.9U Withdrawn - After Issue CN205284068U (en) | 2015-12-30 | 2015-12-30 | Gas shock fertilizer distributor loose deeply |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205284068U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105960858A (en) * | 2015-12-30 | 2016-09-28 | 石河子大学 | Airflow-impact deep-scarification fertilizer distributor |
| CN110972915A (en) * | 2019-11-14 | 2020-04-10 | 中国农业大学 | Fertile system is annotated to atmospheric pressure |
| CN114503803A (en) * | 2022-02-14 | 2022-05-17 | 顾建国 | Agricultural management is with deep ploughing device of turning over |
-
2015
- 2015-12-30 CN CN201521114928.9U patent/CN205284068U/en not_active Withdrawn - After Issue
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105960858A (en) * | 2015-12-30 | 2016-09-28 | 石河子大学 | Airflow-impact deep-scarification fertilizer distributor |
| CN105960858B (en) * | 2015-12-30 | 2017-10-27 | 石河子大学 | A kind of gas shock subsoiling fertilizer applicator |
| CN110972915A (en) * | 2019-11-14 | 2020-04-10 | 中国农业大学 | Fertile system is annotated to atmospheric pressure |
| CN110972915B (en) * | 2019-11-14 | 2020-12-04 | 中国农业大学 | Fertile system is annotated to atmospheric pressure |
| CN114503803A (en) * | 2022-02-14 | 2022-05-17 | 顾建国 | Agricultural management is with deep ploughing device of turning over |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160608 Effective date of abandoning: 20171027 |