CN103786997B - A kind of rice seedlings cultivates conveying arrangement - Google Patents
A kind of rice seedlings cultivates conveying arrangement Download PDFInfo
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- CN103786997B CN103786997B CN201410032750.7A CN201410032750A CN103786997B CN 103786997 B CN103786997 B CN 103786997B CN 201410032750 A CN201410032750 A CN 201410032750A CN 103786997 B CN103786997 B CN 103786997B
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Abstract
The invention provides a kind of rice seedlings and cultivate conveying arrangement, belong to technical field of agricultural mechanical equipment.It solve existing seedlings nursing plate to be not only inconvenient to transport, and in handling process the problem of easy crushing rice seedlings.This rice seedlings cultivates conveying arrangement, including a framework and some cultivation basins, framework is fixed with some poles, some guide posts vertically it are fixed with between two poles in same level, the both sides of guide post offer gathering sill all along its length, the opposite sides edge cultivating basin is resisted against in the gathering sill of adjacent two guide posts, guide post is provided with exhaustion mechanism, framework be arranged over watering mechanism, both sides, framework lower end are all rotatably connected to a stick, one end of stick is connected to roller, and framework is provided with detent mechanism.This rice seedlings is cultivated conveying arrangement and is not only applicable to cultivate rice seedlings, and facilitates the transport of rice seedlings, will not damage rice seedlings.
Description
Technical field
The invention belongs to technical field of agricultural mechanical equipment, relate to a kind of rice seedlings and cultivate conveying arrangement.
Background technology
Rice institute knot reality and Oryza glutinosa, claim rice or rice after shelling, in the world nearly half population, and including the population in almost whole East Asia and Southeast Asia, all with rice for food, Oryza sativa L. is mainly distributed on Asia and the subtropical and tropical zones in Africa.Oryza sativa L. can be planted for two seasons for 1 year, and before planting rice, it is necessary to first climbed over by the soil in rice field so that it is soft, this process is divided into extensive cultivation, thin cultivated and lid flat three periods.Good rice seedling is that rice makes successfully key, therefore nursery becomes particularly important, generally want first to cultivate rice shoot certain block Tanaka, this field is often referred to as rice seedling bed, after spreading lower seed rice, on soil, most likely spill one layer of rice hull ash, modern then many used nursery box to make rice seedling grow up by special nursery center, rice shoot grow tall about eight centimeters time, it is possible to carry out rice transplanting.Needing to extract after cultivating due to rice seedlings and be inserted in rice field again, in order to reduce labor intensity, current rice seedlings is planted in a cultivation basin when cultivating in advance, is embedded in rice seedling bed by cultivation basin, is directly taken out by cultivation basin after Seedling length is good.
As Chinese utility model patent application (application number: 201320416884.X) discloses a kind of rice bowl seedlings nursing plate, it relates to field of agricultural cultivation, and this seedlings nursing plate solves current seedlings nursing plate can only carry out disseminating dropping low-producing problem.Described seedlings nursing plate includes base plate and multiple hollow prismatic table shape cell body, base plate is provided with the rectangular cell body being made up of multiple hollow prismatic table shape cell bodies and each hollow prismatic table shape cell body cross-sectional area from top to bottom is gradually reduced, the longitudinal cross-section of each hollow terrace with edge cell body is isosceles trapezoid, the base plate position that each hollow terrace with edge cell body is corresponding has through hole, the height of each prismatic table shape cell body is 5-15cm, and the diameter of through hole is 2-4mm.Along with Rice Cropping is integrated, large-scale; large-scale farm would generally carry out nursery in specific regions; need after rice seedlings length is good transport plant to distant rice field, above-mentioned seedlings nursing plate is not only inconvenient to transport, and in handling process easy crushing rice seedlings.
Summary of the invention
It is an object of the invention to there are the problems referred to above for existing technology, it is proposed that a kind of rice seedlings cultivates conveying arrangement, this rice seedlings is cultivated conveying arrangement and is not only applicable to cultivate rice seedlings, and facilitates the transport of rice seedlings, will not damage rice seedlings.
The purpose of the present invention can be realized by following technical proposal: a kind of rice seedlings cultivates conveying arrangement, including a rectangular frame and some cultivation basins, it is characterized in that, described cultivation basin is rectangular, the equal level in two opposite sides of described framework is fixed with some poles, some guide posts vertically it are fixed with between two poles in same level, described guide post is uniformly distributed, the both sides of described guide post offer gathering sill all along its length, described cultivation basin is arranged between adjacent two guide posts, and the opposite sides edge cultivating basin is resisted against in the gathering sill of adjacent two guide posts, described guide post is provided with to cultivate the exhaustion mechanism that basin moves from framework side to opposite side and pulls out, described framework be arranged over watering mechanism, the lower horizontal of described framework is fixed with a supporting plate, described supporting plate offers outlet, both sides, described framework lower end are all rotatably connected to a stick, one end of described stick is connected to roller, described framework is provided with the detent mechanism can stick being fixed when roller produces or regains.
Cultivating basin to be placed in rice seedling bed and cultivate Oryza sativa L. face, take out and remove unnecessary mud and hydrops on cultivation basin by cultivating basin after rice seedlings length is good, now rice seedlings is distributed on cultivation basin；Cultivation basin is placed into one by one between adjacent two guide posts, cultivate the dual-side of basin along slidingly bearing against in gathering sill, cultivate basin to be pushed to one by one inside framework, distance between two poles is more than the height of rice seedlings, therefore cultivate up and down and will not produce to interfere to rice seedlings between basin, namely cultivate basin and be placed in framework by picturesque disorder；If short-distance movement, then rotate stick make roller and ground against, and fixed by detent mechanism, whole framework is by roller supporting, and this life can move framework by roller, carries out short-distance movement transport, if framework can be moved on car body by long-distance transportation, rotating stick make roller regain and fixed by detent mechanism, now framework bottom surface contacts with car body, makes fixing steady；If cultivation basin needs to place for a long time on framework, water pipe is accessed watering mechanism, rice seedlings in framework can be sprinkled water by watering mechanism in right amount, supporting plate can to unrestrained water stain collect and concentrate discharge from outlet, it is to avoid mud Shui Yan makes dirty on road road surface；When needing to take out cultivation basin, basin will be cultivated one by one by exhaustion mechanism from pull-out in framework, easy to use.
Cultivate in conveying arrangement at above-mentioned rice seedlings, the upper side of described cultivation basin uniformly offers some rectangular breeding grooves, described often it is connected by water hole between adjacent two breeding grooves, described each breeding groove bottom land all offers apopore, one horizontal edge edge of described each cultivation basin and a vertical edge are along being respectively provided with some arc bumps, and another horizontal edge edge and another vertical edge are along being respectively provided with the arc notch that some and above-mentioned arc bump adapts.Breeding groove is rectangular, each breeding groove cultivates some strain rice seedlings, rice seedlings entirety is avoided to occur that root hair is wound around, water hole can make each breeding groove be connected, realize the circulation of water and nutrient, when cultivating basin and being lifted, apopore is for cultivating the discharge of water stain and unnecessary mud on basin, reduce weight, when cultivating in rice seedling bed, arc bump and arc notch on adjacent two pieces of cultivation basins can cooperate, cultivate after basin placement until polylith, arc bump and arc notch can play position-limiting action mutually, avoid cultivating basin and displacement occurs in seedling raising process, make whole rice seedling bed in picturesque disorder.
Cultivate in conveying arrangement at above-mentioned rice seedlings, described exhaustion mechanism includes pull bar and stay cord, described guide post offers through hole along its length, the both sides of described through hole offer all along its length runs through groove, and described pull bar includes cross bar and montant, and described montant is vertically connected in the middle part of cross bar, described montant slides and is plugged in through hole, the two ends of described cross bar pass respectively runs through groove, and one end of described stay cord and montant free end are fixedly connected with, and the other end stretches out through hole.Often all can cultivate basin by holding multiple pieces between adjacent two guide posts, along with polylith cultivates putting into of basin, pull bar is pushed to framework, and cross bar and innermost cultivation basin edge against, the free end of stay cord has handle, handle is positioned at outside through hole, when needing to take out cultivation basin, pull stay cord, under the pulling of montant, cross bar pushes cultivation basin and moves, every pull bar can promote two rows to cultivate basin, pulls on stay cord, this simple in construction after taking out outmost cultivation basin, the spot impacts such as mud will not be subject to, easy to operate.
Cultivate in conveying arrangement at above-mentioned rice seedlings, described detent mechanism includes the rotation dish being rotatably connected on framework, above-mentioned stick is connected on rotation dish lateral surface, on described rotation dish outer peripheral face, circumference offers some locating slots, described framework is fixed with two L-shaped guide plates, guide channel is formed between described two guide plates, described guide channel is vertically arranged, the upper end of guide channel seals, lower end is towards rotation dish outer peripheral face, spring and locating piece it is provided with in guide channel, one end of described spring is pressed on guide channel upper end, the other end is pressed on locating piece, under the action of the spring, locating piece is pressed in locating slot.Locating slot on each rotation dish generally has two, these two locating slots are wired to 90 degree of angles to the rotation dish center of circle, locating piece is fixed with push rod, this push rod stretches out between two guide plates, when needing to rotate rotation dish, hand-held push rod promotes locating piece, locating piece is made to depart from locating slot, rotation dish is rotated, after band rotate in place, when namely locating slot is relative with locating piece by stick, locating piece is pressed into locating slot under the action of the spring, stick is general longer, it is possible to reduces active force when rotating rotation dish, makes operation lighter.
Cultivate in conveying arrangement at above-mentioned rice seedlings, described watering mechanism includes the some water service pipes being connected in above framework, described some water service pipes all arrange along frame width direction and are uniformly distributed, described framework is also fixed with one and crosses water pipe, described water pipe of crossing is connected with water service pipe, the one end crossing water pipe has access port, and the outer peripheral face of described water service pipe offers some water sprayering holes along its length, and described water sprayering hole is vertically down and be uniformly distributed.Pump tube is connected with access port, water is divided to flowing into each water service pipe by crossing water pipe, sprayed by water sprayering hole under the effect of hydraulic pressure, often the distance between adjacent two water sprayering holes is equal to often distance between adjacent two water service pipes, water sprayering hole is evenly distributed, namely the watering of rice seedlings is more uniform, water is overflowed and trickles down the cultivation basin to lower section gradually by the basin of cultivating of topmost a layer.
Cultivating in conveying arrangement at above-mentioned rice seedlings, the inwall of described water sprayering hole is fixed with two blend stops, described two blend stops are mutually perpendicular to and are radially arranged along water sprayering hole, and the two side of described blend stop all tilts to both sides.The water of same water sprayering hole is tapped by blend stop so that same water sprayering hole spills four water columns, and the outward-dipping sidewall of water flowing can make water column spread out, and makes watering more uniform.
Cultivating in conveying arrangement at above-mentioned rice seedlings, described supporting plate is provided with a water leg at an edge, and supporting plate plate tilts towards this water leg, and above-mentioned outlet is opened on water leg, and the surrounding of described supporting plate upper side is along being respectively provided with bar shaped gear edge.Unnecessary water and mud drop on supporting plate, and owing to supporting plate plate tilts towards water leg, therefore hydrops and mud can flow to water leg, and water leg can carry out draining by outlet, it is also possible to manually discharges.
Cultivating in conveying arrangement at above-mentioned rice seedlings, described often distance between adjacent two poles is 30cm～40cm, and described often distance between adjacent two guide posts is 40cm～60cm.Often the distance between adjacent two poles determines upper and lower two distances cultivating between basin, the length of this distance substantially rice seedlings, and it is too little, and the cultivation basin of top can interfere with the rice seedlings of lower section, then decreases too greatly whole framework and places the quantity cultivating basin；Often the distance between adjacent two guide posts then determines the size cultivating basin, and it is too big, and overall weight is relatively big, is not easy in rice seedling bed and takes out and mobile, and the rice seedlings that too little then single cultivation basin is cultivated is less.
Compared with prior art, this rice seedlings cultivation conveying arrangement has the advantage that
1, owing to cultivation basin can take off and be placed in rice seedling bed from framework, cultivation and the movement of rice seedlings is therefore facilitated, more convenient to operate.
2, being placed on framework owing to cultivating the arrangement that basin can be also neat one by one, simultaneously framework can move by roller, therefore, it is possible to realize the transport of rice seedlings in high volume, and will not damage rice seedlings in transportation.
3, owing to roller can produce and move, it is also possible to regain and make framework be directly placed at ground, therefore place more steady.
4, owing to framework is provided with watering mechanism, it is possible to the rice seedlings in framework to be carried out watering operation, therefore, it is possible to avoid rice seedlings to place for a long time and hydropenia damage.
5, owing to framework is provided with exhaustion mechanism, the taking-up therefore cultivating basin is convenient.
Accompanying drawing explanation
Fig. 1 is the perspective view that this rice seedlings cultivates conveying arrangement.
Fig. 2 is the schematic enlarged-scale view at A place in Fig. 1.
Fig. 3 is the schematic enlarged-scale view at B place in Fig. 1.
Fig. 4 is the perspective view cultivating basin.
Fig. 5 is the perspective view of guide post.
Fig. 6 is the schematic enlarged-scale view at D place in Fig. 5.
Fig. 7 is the schematic enlarged-scale view at C place in Fig. 1.
Fig. 8 is the perspective view of watering mechanism.
Fig. 9 is the schematic enlarged-scale view at E place in Fig. 8.
Figure 10 is the structure sectional view of detent mechanism.
In figure, 1, framework；11, pole；12, guide post；121, gathering sill；122, through hole；123, groove is run through；2, basin is cultivated；21, breeding groove；22, water hole；23, apopore；24, arc bump；25, arc notch；3, exhaustion mechanism；31, pull bar；311, cross bar；312, montant；32, stay cord；4, watering mechanism；41, water service pipe；411, water sprayering hole；412, blend stop；42, water pipe is crossed；421, access port；43, supporting plate；431, bar shaped gear edge；432, water leg；433, outlet；5, stick；51, roller；6, detent mechanism；61, guide channel；62, guide plate；63, spring；64, locating piece；65, rotation dish；651, locating slot.
Detailed description of the invention
The following is specific embodiments of the invention and in conjunction with accompanying drawing, technical scheme is further described, but the present invention is not limited to these embodiments.
As shown in Figure 1, shown in Fig. 2, Fig. 3, a kind of rice seedlings cultivates conveying arrangement, including a rectangular frame 1 and some cultivation basins 2, cultivate basin 2 rectangular, cultivate basin 2 to be placed in rice seedling bed and cultivate Oryza sativa L. face, taking out and remove unnecessary mud and hydrops on cultivation basin 2 by cultivating basin 2 after rice seedlings length is good, now rice seedlings is distributed on cultivation basin 2.The equal level in two opposite sides of framework 1 is fixed with some poles 11, some guide posts 12 vertically it are fixed with between two poles 11 in same level, guide post 12 is uniformly distributed, the both sides of guide post 12 offer gathering sill 121 all along its length, cultivate basin 2 and be arranged between adjacent two guide posts 12, and the opposite sides edge cultivating basin 2 is resisted against in the gathering sill 121 of adjacent two guide posts 12, cultivate basin 2 and be pushed to inside framework 1 one by one, distance between two poles 11 is more than the height of rice seedlings, therefore cultivate up and down and will not produce to interfere to rice seedlings between basin 2, namely cultivate basin 2 to be placed in framework 1 by picturesque disorder.Guide post 12 is provided with exhaustion mechanism 3, and this exhaustion mechanism 3 can move cultivating basin 2 from framework 1 side to opposite side and pull out.Framework 1 be arranged over watering mechanism 4, the lower horizontal of framework 1 is fixed with a supporting plate 43, supporting plate 43 offers outlet 433, both sides, framework 1 lower end are all rotatably connected to a stick 5, one end of stick 5 is connected to roller 51, and framework 1 is provided with this detent mechanism 6 of detent mechanism 6 and can stick 5 be fixed when roller 51 produces or regains.If short-distance movement, then rotate stick 5 make roller 51 and ground against, and fixed by detent mechanism 6, whole framework 1 is supported by roller 51, and this life can be passed through roller 51 and move framework 1, carries out short-distance movement transport, if framework 1 can be moved on car body by long-distance transportation, rotating stick 5 to make roller 51 regain and pass through detent mechanism 6 to fix, now framework 1 bottom surface contacts with car body, makes fixing steady；If cultivation basin 2 needs to place for a long time on framework 1, water pipe is accessed watering mechanism 4, rice seedlings in framework 1 can be sprinkled water by watering mechanism 4 in right amount, supporting plate 43 can to unrestrained water stain collect and concentrate discharge from outlet 433, it is to avoid mud Shui Yan makes dirty on road road surface；When needing to take out cultivation basin 2, basin 2 will be cultivated one by one by exhaustion mechanism 3 from pull-out in framework 1, easy to use.
Specifically, in conjunction with Fig. 3, shown in Fig. 4, cultivate and the upper side of basin 2 uniformly offers some rectangular breeding grooves 21, often it is connected by water hole 22 between adjacent two breeding grooves 21, each breeding groove 21 bottom land all offers apopore 23, breeding groove 21 is rectangular, each breeding groove 21 cultivates some strain rice seedlings, rice seedlings entirety is avoided to occur that root hair is wound around, water hole 22 can make each breeding groove 21 be connected, realize the circulation of water and nutrient, when cultivating basin 2 and being lifted, apopore 23 is for cultivating the discharge of water stain and unnecessary mud on basin 2, reduce weight.One horizontal edge edge of each cultivation basin 2 and a vertical edge are along being respectively provided with some arc bumps 24, another horizontal edge edge and another vertical edge are along being respectively provided with some arc notch 25 adapted with arc bump 24, when cultivating in rice seedling bed, arc bump 24 and arc notch 25 on adjacent two pieces of cultivation basins 2 can cooperate, cultivate after basin 2 placement until polylith, arc bump 24 and arc notch 25 can play position-limiting action mutually, it is to avoid cultivate basin 2 and occur displacement in seedling raising process, make whole rice seedling bed in picturesque disorder.
In conjunction with Fig. 5, Fig. 6, shown in Fig. 7, exhaustion mechanism 3 includes pull bar 31 and stay cord 32, guide post 12 offers through hole 122 along its length, the both sides of through hole 122 offer all along its length runs through groove 123, pull bar 31 includes cross bar 311 and montant 312, montant 312 is vertically connected in the middle part of cross bar 311, montant 312 slides and is plugged in through hole 122, the two ends of cross bar 311 pass respectively runs through groove 123, one end of stay cord 32 and montant 312 free end are fixedly connected with, the other end stretches out through hole 122, often all can cultivate basin 2 by holding multiple pieces between adjacent two guide posts 12, along with polylith cultivates putting into of basin 2, pull bar 31 is pushed to framework 1, and cross bar 311 and innermost cultivation basin 2 edge against, the free end of stay cord 32 has handle, handle is positioned at outside through hole 122, when needing to take out cultivation basin 2, pull stay cord 32, under the pulling of montant 312, cross bar 311 pushes cultivation basin 2 and moves, every pull bar 31 can promote two rows to cultivate basin 2, stay cord 32 is pulled on after taking out outmost cultivation basin 2, this simple in construction, the spot impacts such as mud will not be subject to, easy to operate.
In conjunction with Fig. 2, shown in Figure 10, detent mechanism 6 includes the rotation dish 65 being rotatably connected on framework 1, stick 5 is connected on rotation dish 65 lateral surface, on rotation dish 65 outer peripheral face, circumference offers some locating slots 651, framework 1 is fixed with two L-shaped guide plates 62, guide channel 61 is formed between two guide plates 62, guide channel 61 is vertically arranged, the upper end of guide channel 61 seals, lower end is towards rotation dish 65 outer peripheral face, spring 63 and locating piece 64 it is provided with in guide channel 61, one end of spring 63 is pressed on guide channel 61 upper end, the other end is pressed on locating piece 64, under spring 63 acts on, locating piece 64 is pressed in locating slot 651, locating slot 651 on each rotation dish 65 generally has two, these two locating slots 651 are wired to 90 degree of angles to rotation dish 65 center of circle, locating piece 64 is fixed with push rod, this push rod stretches out between two guide plates 62, when needing to rotate rotation dish 65, hand-held push rod promotes locating piece 64, locating piece 64 is made to depart from locating slot 651, by stick 5 rotation dish 65, after band rotate in place, namely when locating slot 651 is relative with locating piece 64, locating piece 64 is pushed down into locating slot 651 in the effect of spring 63, stick 5 is general longer, active force when rotating rotation dish 65 can be reduced, make operation lighter.
In conjunction with Fig. 8, shown in Fig. 9, watering mechanism 4 includes the some water service pipes 41 being connected in above framework 1, some water service pipes 41 all arrange along framework 1 width and are uniformly distributed, framework 1 is also fixed with one and crosses water pipe 42, cross water pipe 42 to be connected with water service pipe 41, the one end crossing water pipe 42 has access port 421, the outer peripheral face of water service pipe 41 offers some water sprayering holes 411 along its length, water sprayering hole 411 is vertically down and be uniformly distributed, pump tube is connected with access port 421, water had 42 points of water pipe to flowing into each water service pipe 41, sprayed by water sprayering hole 411 under the effect of hydraulic pressure, often the distance between adjacent two water sprayering holes 411 is equal to often distance between adjacent two water service pipes 41, water sprayering hole 411 is evenly distributed, namely the watering of rice seedlings is more uniform, water is overflowed and trickles down the cultivation basin 2 to lower section gradually by the basin 2 of cultivating of topmost a layer.The inwall of water sprayering hole 411 is fixed with two blend stops 412, two blend stops 412 are mutually perpendicular to and are radially arranged along water sprayering hole 411, the two side of blend stop 412 all tilts to both sides, the water of same water sprayering hole 411 is tapped by blend stop 412, same water sprayering hole 411 is made to spill four water columns, the outward-dipping sidewall of water flowing can make water column spread out, and makes watering more uniform.
Supporting plate 43 is provided with a water leg 432 at an edge, and supporting plate 43 plate tilts towards this water leg 432, outlet 433 is opened on water leg 432, the surrounding of supporting plate 43 upper side keeps off along 431 along being respectively provided with bar shaped, unnecessary water and mud drop on supporting plate 43, and owing to supporting plate 43 plate tilts towards water leg 432, therefore hydrops and mud can flow to water leg 432, water leg 432 can pass through outlet 433 and carry out draining, it is also possible to manually discharge.Often the distance between adjacent two poles 11 determines upper and lower two distances cultivating between basin 2, the length of this distance substantially rice seedlings, it is too little, the cultivation basin 2 of top can interfere with the rice seedlings of lower section, then decreasing too greatly whole framework 1 and place the quantity cultivating basin 2, therefore in the present embodiment, often distance between adjacent two poles 11 is 35cm.Often the distance between adjacent two guide posts 12 then determines the size cultivating basin 2, it is too big, and overall weight is relatively big, is not easy in rice seedling bed and takes out and mobile, the rice seedlings that too little then single cultivation basin 2 is cultivated is less, and therefore in the present embodiment, often distance between adjacent two guide posts 12 is 50cm.
Specific embodiment described herein is only to present invention spirit explanation for example.Described specific embodiment can be made various amendment or supplements or adopt similar mode to substitute by those skilled in the art, but without departing from the spirit of the present invention or surmount the scope that appended claims is defined.
Although more employing framework 1, pole 11, guide post 12, gathering sill 121, through hole 122 herein, running through the terms such as groove 123, but it is not precluded from using the probability of other term.These terms are used to be only used to describe and explain more easily the essence of the present invention；It is all contrary with spirit of the present invention for being construed as any additional restriction.
Claims (6)
1. a rice seedlings cultivates conveying arrangement, including a rectangular frame (1) and some cultivation basins (2), it is characterized in that, described cultivation basin (2) is rectangular, the equal level in two opposite sides of described framework (1) is fixed with some poles (11), some guide posts (12) vertically it are fixed with between two poles (11) in same level, described guide post (12) is uniformly distributed, the both sides of described guide post (12) offer gathering sill (121) all along its length, described cultivation basin (2) is arranged between adjacent two guide posts (12), and the opposite sides edge cultivating basin (2) is resisted against in the gathering sill (121) of adjacent two guide posts (12), described guide post (12) is provided with to cultivate the exhaustion mechanism (3) that basin (2) moves from framework (1) side to opposite side and pulls out, described framework (1) be arranged over watering mechanism (4), the lower horizontal of described framework (1) is fixed with a supporting plate (43), described supporting plate (43) offers outlet (433), described framework (1) both sides, lower end are all rotatably connected to a stick (5), one end of described stick (5) is connected to roller (51), described framework (1) is provided with the detent mechanism (6) can stick (5) being fixed when roller (51) produces or regains；The upper side of described cultivation basin (2) uniformly offers some rectangular breeding grooves (21), often it is connected by water hole (22) between adjacent two breeding grooves (21), each breeding groove (21) bottom land all offers apopore (23), one horizontal edge edge of each cultivation basin (2) and a vertical edge are along being respectively provided with some arc bumps (24), and another horizontal edge edge and another vertical edge are along being respectively provided with the arc notch (25) that some and above-mentioned arc bump (24) adapts；Described exhaustion mechanism (3) includes pull bar (31) and stay cord (32), described guide post (12) offers through hole (122) along its length, the both sides of described through hole (122) offer all along its length runs through groove (123), described pull bar (31) includes cross bar (311) and montant (312), described montant (312) is vertically connected in the middle part of cross bar (311), described montant (312) slides and is plugged in through hole (122), the two ends of described cross bar (311) pass respectively runs through groove (123), one end of described stay cord (32) and montant (312) free end are fixedly connected with, the other end stretches out through hole (122).
2. rice seedlings according to claim 1 cultivates conveying arrangement, it is characterized in that, described detent mechanism (6) includes the rotation dish (65) being rotatably connected on framework (1), above-mentioned stick (5) is connected on rotation dish (65) lateral surface, on described rotation dish (65) outer peripheral face, circumference offers some locating slots (651), described framework (1) is fixed with two L-shaped guide plates (62), guide channel (61) is formed between two guide plates (62), described guide channel (61) is vertically arranged, the upper end of guide channel (61) seals, lower end is towards rotation dish (65) outer peripheral face, spring (63) and locating piece (64) it is provided with in guide channel (61), one end of described spring (63) is pressed on guide channel (61) upper end, the other end is pressed on locating piece (64), under spring (63) acts on, locating piece (64) is pressed in locating slot (651).
3. rice seedlings according to claim 2 cultivates conveying arrangement, it is characterized in that, described watering mechanism (4) includes the some water service pipes (41) being connected in framework (1) top, described some water service pipes (41) all arrange along framework (1) width and are uniformly distributed, described framework (1) is also fixed with one and crosses water pipe (42), described water pipe (42) of crossing is connected with water service pipe (41), the one end crossing water pipe (42) has access port (421), the outer peripheral face of described water service pipe (41) offers some water sprayering holes (411) along its length, described water sprayering hole (411) is vertically down and be uniformly distributed.
4. rice seedlings according to claim 3 cultivates conveying arrangement, it is characterized in that, the inwall of described water sprayering hole (411) is fixed with two blend stops (412), described two blend stops (412) are mutually perpendicular to and are radially arranged along water sprayering hole (411), and the two side of described blend stop (412) all tilts to both sides.
5. rice seedlings according to claim 4 cultivates conveying arrangement, it is characterized in that, described supporting plate (43) is provided with a water leg (432) at an edge, and supporting plate (43) plate tilts towards this water leg (432), above-mentioned outlet (433) is opened on water leg (432), and the surrounding of described supporting plate (43) upper side is along being respectively provided with bar shaped gear edge (431).
6. rice seedlings according to claim 5 cultivates conveying arrangement, it is characterised in that often the distance between adjacent two poles (11) is 30cm～40cm, and often the distance between adjacent two guide posts (12) is 40cm～60cm.
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| CN107380614B (en) * | 2017-07-14 | 2018-11-02 | 泉州台商投资区仁捷机械科技有限公司 | A kind of medical packaging packaged type sterile bag storage bin |
| CN109823665A (en) * | 2019-03-31 | 2019-05-31 | 刘俭 | A kind of experimental water rice sprouts storage and transportation apparatus |
| CN112780104A (en) * | 2020-12-29 | 2021-05-11 | 广州市设计院 | Ecological fence |
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| CN2559206Y (en) * | 2001-10-10 | 2003-07-09 | 吴东源 | Combined plants vegetation plate structure |
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| CN203667266U (en) * | 2014-01-24 | 2014-06-25 | 嘉兴职业技术学院 | Rice seedling cultivating and transporting device |
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