CN103758105B - A kind of portable sand-protecting barrier sowing and transplanting machine - Google Patents
A kind of portable sand-protecting barrier sowing and transplanting machine Download PDFInfo
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- CN103758105B CN103758105B CN201410015656.0A CN201410015656A CN103758105B CN 103758105 B CN103758105 B CN 103758105B CN 201410015656 A CN201410015656 A CN 201410015656A CN 103758105 B CN103758105 B CN 103758105B
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Abstract
The present invention relates to a kind of sand-protecting barrier sowing and transplanting machine, comprise frame, be arranged on the road wheel of frame rear end and be arranged on the towing hook of frame front end, described frame is at least provided with a sowing and transplanting machine structure, described sowing and transplanting machine structure comprises instructor in broadcasting's unit and hits slotting unit; The present invention adopts pull-type to design, self does not arrange engine, in use, be hung on the rear end of dilatory equipment, drawing by dilatory equipment, drives road wheel to rotate, and the rotation of road wheel drives drive sprocket to rotate, and then drive sowing and transplanting machine structure of the present invention to operate, realize the laying of net matter sand-protecting barrier; Have structure simple, reasonable in design, with low cost, be convenient to implement and promote, net matter sand-protecting barrier can be realized automatically lay, and then can save advantage that is artificial, raising sand-protecting barrier laying efficiency.
Description
Technical field
The invention belongs to technical field of checking winds and fixing drifting sand, be specifically related to a kind of equipment laying sand-protecting barrier, particularly the portable sand-protecting barrier sowing and transplanting machine of one.
Background technology
The gesture of desertification in exacerbated of China, the data display that China national forestry bureau provides, 20 end of the centurys, desertify annual with the speed expanded of 3436 square kilometres, within every 5 years, just have an area being equivalent to Beijing's administrative division size to lose value because of desertification, the population that the whole nation affects by desertification reaches 1.7 hundred million.Start to threaten the ecological safety of whole northern area and social, economic sustainable development.The harm that desertification brings is very serious, and one is under strong wind and strong convection effect, will form floating dust, sand and sandstorm weather; Two is engulf grassland and farmland, and the living space of the mankind is reduced; Three is the deteriorations that can bring local environment, expands desert and sand ground area further.Desertification Control method conventional is at present physical control, chemical prevention and biological control, and wherein most widely used is physical control, namely lays sand-protecting barrier, as checked sand hinder straws, sand-grain resistance, native stone sand-protecting barrier, net matter sand-protecting barrier etc.Wherein net matter sand-protecting barrier is the sand-protecting barrier technology of just having risen in recent years, it comprises guipure and the strut for fixing guipure, when laying, use strut that guipure is paved into criss-cross on surface, sand dune, because nylon wire has, intensity is high, corrosion-resistant, the advantage of long service life, and have with the sand-protecting barrier that guipure is paved into that easy construction, cost of production are low, not easily broken loose, the advantage that is not easily etched Sum decomposition of lodging, therefore, net matter sand-protecting barrier was obtaining unprecedented development in recent years.But the laying now for net matter sand-protecting barrier all adopts by manually laying, like this when constructing, what not only need is artificial many, and operating efficiency is very low.When carrying out Desert Highway, Along Railway Desertification Control, even occurring that sand-protecting barrier lays the phenomenon that speed does not catch up with the speed of road pavement far away, bringing a lot of problem to the Desertification Control of road.Also there is fractional unit to carry out sand-protecting barrier at present and lay mechanical research and development, but the achievement of research and development is all the machinery being specifically designed to checked sand hinder straws laying, these sand-protecting barriers lay the restriction that machinery is subject to sand-protecting barrier material, the laying of checked sand hinder straws can only be used for, not be applicable to the laying of emerging nylon sand-protecting barrier.Therefore, develop a kind of be specifically designed to net matter sand-protecting barrier lay machinery very necessary.
Summary of the invention
The object of the invention is to overcome the deficiencies in the prior art and provide a kind of structure simple, reasonable in design, with low cost, be convenient to implement and promote, net matter sand-protecting barrier can be realized automatically lay, and then can save portable sand-protecting barrier sowing and transplanting machine that is artificial, raising sand-protecting barrier laying efficiency.
Technical solution of the present invention is: a kind of portable sand-protecting barrier sowing and transplanting machine, comprise frame, be arranged on the road wheel of frame rear end and be arranged on the towing hook of frame front end, described frame is at least provided with a sowing and transplanting machine structure, described sowing and transplanting machine structure comprises instructor in broadcasting's unit and hits slotting unit;
Described instructor in broadcasting's unit comprises the guipure place position be arranged in frame, be arranged on road wheel side and with the drive sprocket of road wheel synchronous axial system, be arranged on guipure place position side and the driven sprocket linked by chain and drive sprocket, be arranged on the guiding trestle on rear side of guipure place position, the rear side of described guipure place position is provided with guipure outlet, the outer end of described driven sprocket is provided with the angular wheel A with driven sprocket synchronous axial system, described guiding trestle is provided with along the reciprocating slide block of guiding trestle and the angular wheel B that is meshed with angular wheel A, the outer end of angular wheel B is provided with the driving pulley with angular wheel B synchronous axial system, guiding trestle is also provided with the driven pulley that belt and driving pulley link, the side eccentric position of driven pulley rotates and is provided with crank, the other end of crank is hinged with guide rod, the other end of guide rod is hinged on the rear side of slide block, the front side of slide block is provided with guide, guipure tractive mouth is provided with in the middle part of the lower end of guide,
Described hit slotting unit and comprise the air gun being arranged on strut place position on the upside of guipure place position, being arranged on guide upper end, the rear wall of described strut place position is provided with strut gathering sill and the strut that matches with strut gathering sill exports, strut gathering sill place is provided with strut conveying mechanism, the sidewall of strut gathering sill is provided with the strut tractive thing matched with strut conveying mechanism to export, the sidewall of strut outlet is provided with one group of spring catch A;
Described strut conveying mechanism comprises the pair roller A and the Knucle-gear B that are arranged on Knucle-gear A on the upside of strut gathering sill and link with Knucle-gear A and links with Knucle-gear B and the pair roller B matched with pair roller A, be arranged on the strut standing groove matched with strut gathering sill inside guide, be arranged on guide inner top side for driving the spur rack A of Knucle-gear A and for driving the spur rack B of Knucle-gear B, the sidewall of described strut standing groove is provided with one group for clamping the spring catch B of strut, described Knucle-gear A and Knucle-gear B is ratchet, and both rotation directions are contrary.
The inwall of described strut place position is provided with the refuse place position matched with strut conveying mechanism.
Described strut place position is rectangular-shaped structure.
Described guipure place position is cylindrical-shaped structure, and the bottom center of guipure place position is provided with rotating disk, and the center of rotating disk is provided with the column for placing guipure dish.
The position of described Knucle-gear A is higher than the position of Knucle-gear B.
Described strut standing groove is directly over guipure tractive mouth.
Described spring catch A is in the above-below direction equidistant placement of the relative one group of sidewall of strut outlet.
Described spring catch B is in the above-below direction equidistant placement of the relative one group of sidewall of strut standing groove.
The both sides of described strut place position are respectively provided with a block for spacing guide, described block are provided with the trigger switch controlling air gun work.
The structure that described slide block and guide are formed in one.
The advantage that the present invention compared with prior art has: the present invention adopts pull-type to design, self does not arrange engine, in use, the present invention is hung on the rear end of the dilatory equipment such as tractor, drawing by dilatory equipment such as tractors, drive road wheel rotates, the rotation of road wheel drives drive sprocket to rotate, and then drive sowing and transplanting machine structure of the present invention to operate, realize the laying of net matter sand-protecting barrier, structure is simple, reasonable in design, be convenient to implement and promote, solve artificial sand-protecting barrier efficiency of laying low, artificial many, the shortcoming that cost is high, the full-automatic laying of net matter sand-protecting barrier can be realized, and then can save artificial, improve sand-protecting barrier and lay efficiency, in addition, the present invention is pure Design of Mechanical Structure, be convenient to like this produce and production cost is lower, the present invention have structure simple, reasonable in design, with low cost, be convenient to implement and promote, net matter sand-protecting barrier can be realized automatically lay, and then can save advantage that is artificial, raising sand-protecting barrier laying efficiency.
Accompanying drawing explanation
Fig. 1 is the main TV structure schematic diagram of a kind of portable sand-protecting barrier sowing and transplanting machine of the present invention.
Fig. 2 is the plan structure schematic diagram of a kind of portable sand-protecting barrier sowing and transplanting machine of the present invention.
Fig. 3 is the A place enlarged drawing of Fig. 2.
Fig. 4 is the structural representation of the guide of a kind of portable sand-protecting barrier sowing and transplanting machine of the present invention.
Fig. 5 is the structural representation of the guipure place position of a kind of portable sand-protecting barrier sowing and transplanting machine of the present invention.
Fig. 6 is the structural representation of the laying principle of a kind of portable sand-protecting barrier sowing and transplanting machine of the present invention.
In figure: 1, frame 2, road wheel 3, towing hook 4, guipure place position 4-1, guipure outlet 4-2, rotating disk 4-3, column 5, drive sprocket 6, chain 7, driven sprocket 8, guiding trestle 9, angular wheel A10, slide block 11, angular wheel B12, driving pulley 13, belt 14, driven pulley 15, crank 16, guide rod 17, guide 17-1, guipure tractive mouth 17-2, strut standing groove 18, strut place position 18-1, strut outlet 19, air gun 20, strut gathering sill 20-1, strut tractive thing outlet 21, spring catch A22, Knucle-gear A23, pair roller A24, Knucle-gear B25, pair roller B26, spur rack A27, spur rack B28, spring catch B29, refuse place position 30, block 31, trigger switch 32, guipure 33, strut 34, sand-protecting barrier sowing and transplanting machine direction of travel 35, guide vibration-direction.
Detailed description of the invention
Below in conjunction with drawings and Examples, the present invention is further illustrated.
Embodiment 1
As Figure 1-5, a kind of portable sand-protecting barrier sowing and transplanting machine, comprise frame 1, be arranged on the road wheel 2 of frame 1 rear end and be arranged on the towing hook 3 of frame 1 front end, described frame 1 is at least provided with a sowing and transplanting machine structure, described sowing and transplanting machine structure comprises instructor in broadcasting's unit and hits slotting unit, described instructor in broadcasting's unit comprises the guipure place position 4 be arranged in frame 1, be arranged on road wheel 2 side and with the drive sprocket 5 of road wheel 2 synchronous axial system, be arranged on guipure place position 4 side and the driven sprocket 7 linked by chain 6 and drive sprocket 5, be arranged on the guiding trestle 8 on rear side of guipure place position 4, the rear side of described guipure place position 4 is provided with guipure outlet 4-1, the outer end of described driven sprocket 7 is provided with the angular wheel A9 with driven sprocket 7 synchronous axial system, described guiding trestle 8 is provided with along the reciprocating slide block 10 of guiding trestle 8 and the angular wheel B11 that is meshed with angular wheel A9, the outer end of angular wheel B11 is provided with the driving pulley 12 with angular wheel B11 synchronous axial system, guiding trestle 8 is also provided with the driven pulley 14 that belt 13 and driving pulley 12 take turns interlock, the side eccentric position of driven pulley 14 rotates and is provided with crank 15, the other end of crank 15 is hinged with guide rod 16, the other end of guide rod 16 is hinged on the rear side of slide block 10, the front side of slide block 10 is provided with guide 17, guipure tractive mouth 17-1 is provided with in the middle part of the lower end of guide 17, described hit slotting unit and comprise the air gun 19 being arranged on strut place position 18 on the upside of guipure place position 4, being arranged on guide 17 upper end, the rear wall of described strut place position 18 is provided with strut gathering sill 20 and the strut that matches with strut gathering sill 20 exports 18-1, strut gathering sill 20 place is provided with strut conveying mechanism, the sidewall of strut gathering sill 20 is provided with the strut tractive thing matched with strut conveying mechanism and exports 20-1, the sidewall of strut outlet 18-1 is provided with one group of spring catch A21, described strut conveying mechanism comprises the pair roller A23 and the Knucle-gear B24 that are arranged on Knucle-gear A22 on the upside of strut gathering sill and link with Knucle-gear A22 and links with Knucle-gear B24 and the pair roller B25 matched with pair roller A23, be arranged on the strut standing groove 17-2 matched with strut gathering sill 20 inside guide 17, be arranged on guide 17 inner top side for driving the spur rack A26 of Knucle-gear A22 and for driving the spur rack B27 of Knucle-gear B24, the sidewall of described strut standing groove 17-2 is provided with one group for clamping the spring catch B28 of strut, described Knucle-gear A22 and Knucle-gear B23 is ratchet, and both rotation directions are contrary.
The present invention adopts pull-type to design, self does not arrange engine, in use, the present invention is hung on the rear end of the dilatory equipment such as tractor, drawing by dilatory equipment such as tractors, drive road wheel rotates, the rotation of road wheel drives drive sprocket to rotate, and then drive sowing and transplanting machine structure of the present invention to operate, realize the laying of net matter sand-protecting barrier, structure is simple, reasonable in design, be convenient to implement and promote, solve artificial sand-protecting barrier efficiency of laying low, artificial many, the shortcoming that cost is high, the full-automatic laying of net matter sand-protecting barrier can be realized, and then can save artificial, improve sand-protecting barrier and lay efficiency, in addition, the present invention is pure Design of Mechanical Structure, be convenient to like this produce and production cost is lower, the present invention have structure simple, reasonable in design, with low cost, be convenient to implement and promote, net matter sand-protecting barrier can be realized automatically lay, and then can save advantage that is artificial, raising sand-protecting barrier laying efficiency.
The present invention in use, by towing hook, the present invention is hung on after the dilatory equipment such as tractor, sand-protecting barrier guipure is wound in web-like, be placed in guipure place position, the termination of guipure is passed network access band tractive mouth after pull-out in guipure outlet and manually the termination of guipure is fixed on Shamian Island, strut is fixed shape in a row, and tractive medium tension friable materials such as () kraft is pasted in the side of strut, strut after process is placed in strut place position, and manually the strut of front end is placed in strut gathering sill, strut tractive medium is spread out of rear plug between pair roller A and pair roller B from the outlet of strut tractive thing, the inflator pump of air gun with dilatory equipment is connected, then dilatory equipment is started, road wheel rotates, drive drive sprocket rotates, drive sprocket is by chain-driving driven sprocket, driven sprocket drives angular wheel A to rotate, angular wheel A drives angular wheel B to rotate, angular wheel drives driving pulley motion, driving pulley drives driven pulley to rotate, driven pulley drives crank, crank handle turns guide rod swings, guide rod swings band movable slider and moves reciprocatingly on guiding trestle, slide block band lower moving guide moves back and forth, when the strut standing groove on guide exports close to strut, spur rack A or spur rack B engages with Knucle-gear A or Knucle-gear B, and drive Knucle-gear A or Knucle-gear B, Knucle-gear A or Knucle-gear B drives pair roller A or pair roller B to move, and then pull strut tractive thing, strut pulls out by strut tractive thing, by spring catch A, strut is fixed in strut outlet, when guide runs to strut outlet, strut is touched out by guide and enters strut standing groove, be fixed in strut standing groove by spring catch B, guide carries strut and moves forward, when moving to position critical point, air gun triggers, strut is got fast, the central lower of strut offers guipure holddown groove, after guipure being eaten network access band holddown groove, be plugged in sand, and then realize the fixing of guipure, complete a guipure fixed operation, after strut is got, guide is to motion in the other direction, repeat above-mentioned operation.
As shown in Figure 6, in use, the direction of travel 34 of portable sand-protecting barrier sowing and transplanting machine of the present invention is vertical with the track of guide vibration-direction 35, the guipure 32 that such strut 33 is fixed just becomes polyline shaped, two adjacent broken lines just define grid-like, when frame being arranged a sowing and transplanting machine structure, machine is capable go after will form half row grid; When frame being arranged two sowing and transplanting machine structures, machine is capable go after will form a row grid; When frame being arranged three sowing and transplanting machine structures, machine is capable go after will form row half grid.
In like manner frame of the present invention can be arranged two sowing and transplanting machine structures or three sowing and transplanting machine structures, even more, when the sowing and transplanting machine structure arranged is odd number, has half row grid and occur; When the sowing and transplanting machine structure arranged is even number, not having half row grid and occur, is full row grid.
Embodiment 2
As Figure 1-5, a kind of portable sand-protecting barrier sowing and transplanting machine, comprise frame 1, be arranged on the road wheel 2 of frame 1 rear end and be arranged on the towing hook 3 of frame 1 front end, described frame 1 is at least provided with a sowing and transplanting machine structure, described sowing and transplanting machine structure comprises instructor in broadcasting's unit and hits slotting unit, described instructor in broadcasting's unit comprises the guipure place position 4 be arranged in frame 1, be arranged on road wheel 2 side and with the drive sprocket 5 of road wheel 2 synchronous axial system, be arranged on guipure place position 4 side and the driven sprocket 7 linked by chain 6 and drive sprocket 5, be arranged on the guiding trestle 8 on rear side of guipure place position 4, the rear side of described guipure place position 4 is provided with guipure outlet 4-1, the outer end of described driven sprocket 7 is provided with the angular wheel A9 with driven sprocket 7 synchronous axial system, described guiding trestle 8 is provided with along the reciprocating slide block 10 of guiding trestle 8 and the angular wheel B11 that is meshed with angular wheel A9, the outer end of angular wheel B11 is provided with the driving pulley 12 with angular wheel B11 synchronous axial system, guiding trestle 8 is also provided with the driven pulley 14 that belt 13 and driving pulley 12 take turns interlock, the side eccentric position of driven pulley 14 rotates and is provided with crank 15, the other end of crank 15 is hinged with guide rod 16, the other end of guide rod 16 is hinged on the rear side of slide block 10, the front side of slide block 10 is provided with guide 17, guipure tractive mouth 17-1 is provided with in the middle part of the lower end of guide 17, described hit slotting unit and comprise the air gun 19 being arranged on strut place position 18 on the upside of guipure place position 4, being arranged on guide 17 upper end, the rear wall of described strut place position 18 is provided with strut gathering sill 20 and the strut that matches with strut gathering sill 20 exports 18-1, strut gathering sill 20 place is provided with strut conveying mechanism, the sidewall of strut gathering sill 20 is provided with the strut tractive thing matched with strut conveying mechanism and exports 20-1, the sidewall of strut outlet 18-1 is provided with one group of spring catch A21, described strut conveying mechanism comprises the pair roller A23 and the Knucle-gear B24 that are arranged on Knucle-gear A22 on the upside of strut gathering sill and link with Knucle-gear A22 and links with Knucle-gear B24 and the pair roller B25 matched with pair roller A23, be arranged on the strut standing groove 17-2 matched with strut gathering sill 20 inside guide 17, be arranged on guide 17 inner top side for driving the spur rack A26 of Knucle-gear A22 and for driving the spur rack B27 of Knucle-gear B24, the sidewall of described strut standing groove 17-2 is provided with one group for clamping the spring catch B28 of strut, described Knucle-gear A22 and Knucle-gear B23 is ratchet, and both rotation directions are contrary.The inwall of described strut place position 18 is provided with the refuse place position 29 matched with strut conveying mechanism.Described strut place position 18 is rectangular-shaped structure.Described guipure place position 4 is cylindrical-shaped structure, and the bottom center of guipure place position 4 is provided with rotating disk 4-2, and the center of rotating disk 4-2 is provided with the column 4-3 for placing guipure dish.The position of described Knucle-gear A22 is higher than the position of Knucle-gear B24.Described strut standing groove 17-2 is directly over guipure tractive mouth 17-1.Described spring catch A21 is in the above-below direction equidistant placement of the relative one group of sidewall of strut outlet 18-1.Described spring catch B28 is in the above-below direction equidistant placement of the relative one group of sidewall of strut standing groove.The both sides of described strut place position 18 are respectively provided with a block 30 for spacing guide 17, described block 30 are provided with the trigger switch 31 controlling air gun work.The structure that described slide block 10 and guide 17 are formed in one.
The present invention adopts pull-type to design, self does not arrange engine, in use, the present invention is hung on the rear end of the dilatory equipment such as tractor, drawing by dilatory equipment such as tractors, drive road wheel rotates, the rotation of road wheel drives drive sprocket to rotate, and then drive sowing and transplanting machine structure of the present invention to operate, realize the laying of net matter sand-protecting barrier, structure is simple, reasonable in design, be convenient to implement and promote, solve artificial sand-protecting barrier efficiency of laying low, artificial many, the shortcoming that cost is high, the full-automatic laying of net matter sand-protecting barrier can be realized, and then can save artificial, improve sand-protecting barrier and lay efficiency, in addition, the present invention is pure Design of Mechanical Structure, be convenient to like this produce and production cost is lower, the present invention have structure simple, reasonable in design, with low cost, be convenient to implement and promote, net matter sand-protecting barrier can be realized automatically lay, and then can save advantage that is artificial, raising sand-protecting barrier laying efficiency.
The present invention in use, by towing hook, the present invention is hung on after the dilatory equipment such as tractor, sand-protecting barrier guipure is wound in web-like, be placed in guipure place position, the termination of guipure is passed network access band tractive mouth after pull-out in guipure outlet and manually the termination of guipure is fixed on Shamian Island, strut is fixed shape in a row, and tractive medium tension friable materials such as () kraft is pasted in the side of strut, strut after process is placed in strut place position, and manually the strut of front end is placed in strut gathering sill, strut tractive medium is spread out of rear plug between pair roller A and pair roller B from the outlet of strut tractive thing, the inflator pump of air gun with dilatory equipment is connected, then dilatory equipment is started, road wheel rotates, drive drive sprocket rotates, drive sprocket is by chain-driving driven sprocket, driven sprocket drives angular wheel A to rotate, angular wheel A drives angular wheel B to rotate, angular wheel drives driving pulley motion, driving pulley drives driven pulley to rotate, driven pulley drives crank, crank handle turns guide rod swings, guide rod swings band movable slider and moves reciprocatingly on guiding trestle, slide block band lower moving guide moves back and forth, when the strut standing groove on guide exports close to strut, spur rack A or spur rack B engages with Knucle-gear A or Knucle-gear B, and drive Knucle-gear A or Knucle-gear B, Knucle-gear A or Knucle-gear B drives pair roller A or pair roller B to move, and then pull strut tractive thing, strut pulls out by strut tractive thing, by spring catch A, strut is fixed in strut outlet, when guide runs to strut outlet, strut is touched out by guide and enters strut standing groove, be fixed in strut standing groove by spring catch B, guide carries strut and moves forward, when moving to position critical point, air gun triggers, strut is got fast, the central lower of strut offers guipure holddown groove, after guipure being eaten network access band holddown groove, be plugged in sand, and then realize the fixing of guipure, complete a guipure fixed operation, after strut is got, guide is to motion in the other direction, repeat above-mentioned operation.
As shown in Figure 6, in use, the direction of travel 34 of portable sand-protecting barrier sowing and transplanting machine of the present invention is vertical with the track of guide vibration-direction 35, the guipure 32 that such strut 33 is fixed just becomes polyline shaped, two adjacent broken lines just define grid-like, when frame being arranged a sowing and transplanting machine structure, machine is capable go after will form half row grid; When frame being arranged two sowing and transplanting machine structures, machine is capable go after will form a row grid; When frame being arranged three sowing and transplanting machine structures, machine is capable go after will form row half grid.
In like manner frame of the present invention can be arranged two sowing and transplanting machine structures or three sowing and transplanting machine structures, even more, when the sowing and transplanting machine structure arranged is odd number, has half row grid and occur; When the sowing and transplanting machine structure arranged is even number, not having half row grid and occur, is full row grid.
Claims (10)
1. a portable sand-protecting barrier sowing and transplanting machine, comprises frame, is arranged on the road wheel of frame rear end and is arranged on the towing hook of frame front end, it is characterized in that:
Described frame is at least provided with a sowing and transplanting machine structure, described sowing and transplanting machine structure comprises instructor in broadcasting's unit and hits slotting unit;
Described instructor in broadcasting's unit comprises the guipure place position be arranged in frame, be arranged on road wheel side and with the drive sprocket of road wheel synchronous axial system, be arranged on guipure place position side and the driven sprocket linked by chain and drive sprocket, be arranged on the guiding trestle on rear side of guipure place position, the rear side of described guipure place position is provided with guipure outlet, the outer end of described driven sprocket is provided with the angular wheel A with driven sprocket synchronous axial system, described guiding trestle is provided with along the reciprocating slide block of guiding trestle and the angular wheel B that is meshed with angular wheel A, the outer end of angular wheel B is provided with the driving pulley with angular wheel B synchronous axial system, guiding trestle is also provided with the driven pulley that belt and driving pulley link, the side eccentric position of driven pulley rotates and is provided with crank, the other end of crank is hinged with guide rod, the other end of guide rod is hinged on the rear side of slide block, the front side of slide block is provided with guide, guipure tractive mouth is provided with in the middle part of the lower end of guide,
Described hit slotting unit and comprise the air gun being arranged on strut place position on the upside of guipure place position, being arranged on guide upper end, the rear wall of described strut place position is provided with strut gathering sill and the strut that matches with strut gathering sill exports, strut gathering sill place is provided with strut conveying mechanism, the sidewall of strut gathering sill is provided with the strut tractive thing matched with strut conveying mechanism to export, the sidewall of strut outlet is provided with one group of spring catch A;
Described strut conveying mechanism comprises the pair roller A and the Knucle-gear B that are arranged on Knucle-gear A on the upside of strut gathering sill and link with Knucle-gear A and links with Knucle-gear B and the pair roller B matched with pair roller A, be arranged on the strut standing groove matched with strut gathering sill inside guide, be arranged on guide inner top side for driving the spur rack A of Knucle-gear A and for driving the spur rack B of Knucle-gear B, the sidewall of described strut standing groove is provided with one group for clamping the spring catch B of strut, described Knucle-gear A and Knucle-gear B is ratchet, and both rotation directions are contrary.
2. the portable sand-protecting barrier sowing and transplanting machine of one according to claim 1, is characterized in that: the inwall of described strut place position is provided with the refuse place position matched with strut conveying mechanism.
3. the portable sand-protecting barrier sowing and transplanting machine of one according to claim 1, is characterized in that: described strut place position is rectangular-shaped structure.
4. the portable sand-protecting barrier sowing and transplanting machine of one according to claim 1, is characterized in that: described guipure place position is cylindrical-shaped structure, and the bottom center of guipure place position is provided with rotating disk, the center of rotating disk is provided with the column for placing guipure dish.
5. the portable sand-protecting barrier sowing and transplanting machine of one according to claim 1, is characterized in that: the position of described Knucle-gear A is higher than the position of Knucle-gear B.
6. the portable sand-protecting barrier sowing and transplanting machine of one according to claim 1, is characterized in that: described strut standing groove is directly over guipure tractive mouth.
7. the portable sand-protecting barrier sowing and transplanting machine of one according to claim 1, is characterized in that: described spring catch A is in the above-below direction equidistant placement of the relative one group of sidewall of strut outlet.
8. the portable sand-protecting barrier sowing and transplanting machine of one according to claim 1, is characterized in that: described spring catch B is in the above-below direction equidistant placement of the relative one group of sidewall of strut standing groove.
9. the portable sand-protecting barrier sowing and transplanting machine of one according to claim 1, is characterized in that: the both sides of described strut place position are respectively provided with a block for spacing guide, described block is provided with the trigger switch controlling air gun work.
10. the portable sand-protecting barrier sowing and transplanting machine of one according to claim 1, is characterized in that: the structure that described slide block and guide are formed in one.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410015656.0A CN103758105B (en) | 2014-01-14 | 2014-01-14 | A kind of portable sand-protecting barrier sowing and transplanting machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410015656.0A CN103758105B (en) | 2014-01-14 | 2014-01-14 | A kind of portable sand-protecting barrier sowing and transplanting machine |
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| Publication Number | Publication Date |
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| CN103758105A CN103758105A (en) | 2014-04-30 |
| CN103758105B true CN103758105B (en) | 2016-03-02 |
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| CN201410015656.0A Expired - Fee Related CN103758105B (en) | 2014-01-14 | 2014-01-14 | A kind of portable sand-protecting barrier sowing and transplanting machine |
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| CN109295954A (en) * | 2018-09-18 | 2019-02-01 | 赵大明 | A kind of mechanization is laid with the slotting barrier vehicle of sand-protecting barrier |
| CN111576383B (en) * | 2020-06-24 | 2021-08-17 | 山东同其数字技术有限公司 | Wind-proof sand-fixing equipment |
| CN115233647B (en) * | 2022-08-31 | 2024-01-16 | 武汉理工大学 | Sand barrier laying vehicle |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201595002U (en) * | 2010-01-20 | 2010-10-06 | 何浩权 | Inserting type planting machine |
| RU2447636C1 (en) * | 2010-09-23 | 2012-04-20 | Федеральное государственное образовательное учреждение высшего профессионального образования Российский государственный аграрный университет-МСХА имени К.А. Тимирязева (ФГОУ ВПО РГАУ-МСХА имени К.А. Тимирязева) | Installation for obtaining grain seedlings |
| CN203684202U (en) * | 2014-01-14 | 2014-07-02 | 河南中土实业有限公司 | Portable-type sand-barrier sowing and inserting machine |
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Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201595002U (en) * | 2010-01-20 | 2010-10-06 | 何浩权 | Inserting type planting machine |
| RU2447636C1 (en) * | 2010-09-23 | 2012-04-20 | Федеральное государственное образовательное учреждение высшего профессионального образования Российский государственный аграрный университет-МСХА имени К.А. Тимирязева (ФГОУ ВПО РГАУ-МСХА имени К.А. Тимирязева) | Installation for obtaining grain seedlings |
| CN203684202U (en) * | 2014-01-14 | 2014-07-02 | 河南中土实业有限公司 | Portable-type sand-barrier sowing and inserting machine |
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| CN103758105A (en) | 2014-04-30 |
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