CN209283835U - A kind of seedling-cultivation plate - Google Patents
A kind of seedling-cultivation plate Download PDFInfo
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- CN209283835U CN209283835U CN201821886179.5U CN201821886179U CN209283835U CN 209283835 U CN209283835 U CN 209283835U CN 201821886179 U CN201821886179 U CN 201821886179U CN 209283835 U CN209283835 U CN 209283835U
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- lateral partitions
- seedling
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- longitudinal
- longitudinal baffle
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Abstract
The utility model discloses a kind of seedling-cultivation plates, including grid separation hood and supporting plate, the grid separation hood is made of lateral partitions group and longitudinal baffle group, the lateral partitions group includes longitudinal slide bar and muti-piece lateral partitions, one end of muti-piece lateral partitions is rotatably sleeved on longitudinal slide bar, the other end is interconnected by lateral handle, and the cross section of muti-piece lateral partitions is up big and down small structure；The longitudinal baffle group includes horizontal sliding bar and muti-piece longitudinal baffle, one end of muti-piece longitudinal baffle is rotatably sleeved on horizontal sliding bar, the other end is interconnected by longitudinal handle, every piece of longitudinal baffle includes the isolation part being located above and underlying interconnecting piece, and the isolation part of every piece of longitudinal baffle is equipped with escape groove；The supporting plate is equipped with a plurality of locating slot, and the interconnecting piece of muti-piece longitudinal baffle is separately mounted in a plurality of locating slot.The seedling dish structure is simple, in seedling out can smoothly and rapidly rice shoot is taken out from culture pan.
Description
Technical field
The utility model relates to the cultivations of rice, and in particular to a kind of alms bowl shape seedling-cultivation plate for improving the viscous resistance of seedling out.
Background technique
The rice shoot used of rice mechanization transplanting at present, there are two types of seedling-cultivation plates, and one is rectangle plastic rice seedling-raising disks, educates
Subsoil is placed in seedling disk and forms seedbed, and seed is unordered to be spread out on seedbed at random, is bred as being blanket appearance seedling.When rice transplanting, insert
The seedling claw of seedling machine grabs the rice shoot implantation Tanaka of certain area on blanket appearance seedling.Another seedling rice seedling raising disk is by rectangle
Concave alms bowl bowl is arranged on plate in certain sequence to constitute, seed is broadcast in alms bowl bowl, and the application rate in every alms bowl is certain, can be according to need
Change, be between each alms bowl of the rice shoot brought out it is independent, do not join together.The rice planting technology of former seedling-cultivation plate more at
It is ripe, by engine high-frequency drive plant reach high plant efficiency, shortcoming is to hurt root, after plant rice shoot needs tide over compared with
Long period of seedling establishment；I.e. work is without period of seedling establishment after the advantages of latter seedling-cultivation plate is pre- point of band soil, plants, and every pocket seedling number is precisely controllable,
Not only it had been suitble to more seedlings (such as conventional Rice) but also had been suitble to few this seedling (such as hybrid paddy rice) rice band soil seedling plant.But due to bowl
Yi Dingzhi after root system knot sticks together when nursery, so that there are biggish bonding forces between alms bowl wall and seedling root mud, therefore when seedling cultivation, compared with
Difficulty takes out rice shoot from bowl, existing way generallys use bowl is destroyed after rice shoot is taken out, so on the one hand can make
At great waste, on the other hand, discarded pot for growing seedlings has very big pollution to environment.Therefore need to design a kind of reduce out
The alms bowl shape seedling-cultivation plate of the viscous resistance of seedling carrys out the problem that solution has decided seedling (taking out rice shoot from bowl) hardly possible.
Utility model content
The purpose of the utility model is to overcome the deficiencies in the prior art, provide a kind of alms bowl shape for improving the viscous resistance of seedling out
Seedling-cultivation plate, the seedling dish structure is simple, in seedling out can smoothly and rapidly rice shoot is taken out from culture pan.
The technical solution that the utility model solves above-mentioned technical problem is:
A kind of seedling-cultivation plate, including grid separation hood and the supporting plate that grid separation hood bottom is arranged in, wherein the grid point
It is made of from cover lateral partitions group and longitudinal baffle group, the lateral partitions group includes longitudinal slide bar and is set on longitudinal slide bar
Muti-piece lateral partitions, one end of muti-piece lateral partitions is rotatably sleeved on longitudinal slide bar, and the other end passes through transverse direction
Handle interconnects, and the cross section of muti-piece lateral partitions is up big and down small structure；The longitudinal baffle group includes cross
To slide bar and the muti-piece longitudinal baffle being set on horizontal sliding bar, one end of muti-piece longitudinal baffle is rotatably sleeved on lateral cunning
On bar, the other end is interconnected by longitudinal handle, and every piece of longitudinal baffle includes the isolation part being located above and is located at
The interconnecting piece of lower section, and on the isolation part of every piece of longitudinal baffle at the position contacted with lateral partitions be equipped with for transverse direction every
The escape groove of plate evacuation；The supporting plate is equipped with a plurality of locating slot, and the interconnecting piece of muti-piece longitudinal baffle is separately mounted to a plurality of fixed
In the slot of position.
Preferably, the handle end of the lateral partitions is equipped with the first connecting hole, and the transverse direction handle is by first connecting rod
It constitutes, which is connected to all lateral partitions after sequentially passing through the first connecting hole in all lateral partitions
Together；The handle end of the longitudinal baffle is equipped with the second connecting hole, and the longitudinal direction handle is made of the second connecting rod, this second
Connecting rod connects together all longitudinal baffles after sequentially passing through the second connecting hole of all longitudinal baffles.When work,
All lateral partitions are driven around shaft rotation by pulling first connecting rod to move upwards around slide bar rotation to realize
The separation of rice shoot and lateral partitions；Be rotated up by the second connecting rod of driving around slide bar drive all longitudinal baffles around
Shaft be rotated up realize rice shoot and longitudinal baffle separation.The advantages of this arrangement are as follows, it is only necessary to using connecting hole and
All lateral partitions and longitudinal baffle can be movably connected with together by the mode that connecting rod matches, therefore the connection
Structure is simple, conveniently, it is often more important that, on the one hand, the movable connection structure (on-fixed structure) enable to muti-piece laterally every
Plate perhaps carries out when the adjusting of spacing that lateral partitions or longitudinal baffle can be arbitrarily sliding in connecting rod inside longitudinal baffle
Dynamic, on the other hand, which can also be such that the quantity of lateral partitions or longitudinal baffle is increased according to actual needs
Or it reduces.
Preferably, the top surface of one end of the lateral partitions is equipped with the convex block to raise upward, and first in lateral partitions connects
Hole is connect to be arranged on the convex block.After the top of lateral partitions is arranged in connecting hole, the use to seedling lattice can be avoided
It interferes, meanwhile, sky after first connecting rod is mounted in connecting hole, between connecting rod and the upper surface of lateral partitions
Between formed to connecting rod apply lifting power operating space.
Preferably, longitudinal slide bar is made of the first screw rod, the one end connecting in the lateral partitions with longitudinal slide bar
It is equipped with the lateral partitions link block of outwardly convex, which is equipped with matches with the external screw thread of first screw rod
The internal thread hole of conjunction, the internal thread hole are set on first screw rod.The purpose being arranged in this way is, on the one hand, by first
Longitudinal slide bar that screw rod is constituted has positioning action, can prevent any sliding of the lateral partitions on longitudinal slide bar, and be arranged
The spacing of lateral partitions part on the first screw rod is N times of screw pitch, therefore can be realized between the essence of distance lateral partitions
Quasi- control；On the other hand, there are many specifications according to the size of seedling lattice for existing seedling-cultivation plate, in use, needing according to difference
Seedling object select the seedling-cultivation plate of different size.Such as when cultivating rice seedling, due to rice strain compared with
Small, the nutriment such as required soil are less, therefore only need the lesser seedling lattice of specification that can complete seedling task；And cultivate flower nursery
When the rice shoots such as seedling, since its strain is more sturdy, the nutriment such as required soil are more, it is therefore desirable to which larger-size seedling lattice have come
At seedling task.And in existing seedling-cultivation plate, since the size of its seedling lattice is not adjustable, it is only applicable to a kind of seedling
The cultivation task of seedling.For the seedling task of plant, since the nursery time of every plant is different, the seedling
The unicity of plate seedling raising will lead to permanent idle (as rice seedling nursing disc may use once if 1 year) of seedling-cultivation plate, to make
At the waste of resource, seedling cost is increased.Unlike existing seedling-cultivation plate, the seedling-cultivation plate of this preferred embodiment can pass through
Driving lateral partitions realize movement of the lateral partitions on screw rod around the mode that screw rod rotates, and then realize to lateral partitions
Between spacing adjusting, which enables to seedling-cultivation plate that can show the seedling of different sizes according to demand
Lattice increase the frequency of use of seedling-cultivation plate so as to be used to cultivate a variety of plant rice shoots.Specific adjusting method are as follows: due to
Screw thread is uniformly distributed on screw rod, therefore the spacing between two neighboring lateral partitions is n times of screw pitch.In use, work as needs
It when seedling lattice size is tuned up or turned down, keeps the first screw rod fixed, lateral partitions is operated alone and turn around the first screw rod
Dynamic (other lateral partitions are fixed in rotation), the every rotation of the block lateral partitions one week, i.e., increase with adjacent lateral partitions
Or reduce the distance of a screw pitch, the adjusting of other lateral partitions spacing is similarly completed by this method, to realize seedling
The change of lattice size.After the adjusting for completing lateral partitions spacing, also by keeping lateral partitions fixed, the first screw rod is driven
The mode of rotation realizes the adjusting to all lateral partitions position on the first screw rod, can between longitudinal baffle phase
Mutually cooperation.In addition, in adjustment process, additionally it is possible to according to actual needs by increasing or decreasing lateral partitions on the first screw rod
Quantity changes the quantity of seedling-cultivation plate lattice, to increased or decrease the quantity of seedling raising.
Preferably, the horizontal sliding bar is made of the second screw rod, the one end connecting on the longitudinal baffle with horizontal sliding bar
It is equipped with the fixed block of outwardly convex, which is equipped with the internal thread hole cooperated with the external screw thread of second screw rod, should
Internal thread hole is set on second screw rod.When work, second screw rod and threaded hole cooperation mode can to longitudinal direction every
Spacing between plate is adjusted, which adjusts above-mentioned lateral partitions adjusting and combine, and can be realized to entire net
The spacing and size of lattice separation hood are adjusted, and adjustable range is wider, and regulating power is stronger, so as to be used for more seedlings
The seedling task of seedling, improves the scope of application of seedling-cultivation plate, increases the frequency of use of seedling-cultivation plate.
Preferably, multiple apopores are evenly provided on the supporting plate.In use, extra water can pass through the apopore stream
Out, so as to preventing hypervolia in rice shoot lattice and there is a situation where offspring to rot.
Preferably, be equipped with vertical venting cavity at the lateral partitions and the plate core of longitudinal baffle, lateral partitions and it is longitudinal every
The middle part of the vertical direction of plate is equipped with the horizontal communication hole being connected to vertical venting cavity.In use, venting cavity and horizontal communication hole
It enables to be constantly exposed in air in the middle part of seedling lattice, so that plant root is sufficiently carried out respiration, to help
In the growth and development of plant root.
Preferably, the cross section of the longitudinal baffle is up big and down small structure.It is identical as longitudinal baffle principle when work,
The up big and down small cross-sectional structure enables to longitudinal baffle to be easier to separate with rice shoot root system.
The working principle of the utility model is:
Before use, grid separation hood is placed on supporting plate, and the interconnecting piece of muti-piece longitudinal baffle is mounted on supporting plate
Locating slot in the bottom surface of muti-piece lateral partitions is fitted on supporting plate face, to complete the positioning of grid seedling consolidation body.This
Sample, the lateral partitions and longitudinal baffle that muti-piece transverse and longitudinal is interleaved together, which just combine, defines seedling lattice one by one, wherein laterally every
Plate and longitudinal baffle constitute the wall body of seedling lattice, and supporting plate constitutes the bottom plate of seedling lattice, and when use fills soil into each seedling lattice
Earth and seed.Due to mutually indepedent between two adjacent seedling lattice, the root system after nursery will not be adhered to staggeredly
Together.
When needing to cultivate after rice shoot seedling, need to only be operated by following two step can successfully realize all rice shoots and net
It is separated between lattice, step 1: upward lifting force first being applied to lateral handle, lateral partitions are made around longitudinal slide bar
The angle of upward rotational motion, rotational motion is greater than 90 degree；
Step 2: upward lifting force is applied to longitudinal handle in the same way and makes lateral partitions around longitudinal slide bar
Make upward rotational motion, the angle of rotational motion is greater than 90 degree.
Specifically, for step 1, when muti-piece lateral partitions gradually occur with rice shoot root system under lifting force effect
During disengaging, since the cross-sectional area of lateral partitions is up big and down small structure, upward rotational motion is from lesser
Biggish space is shifted in space, therefore even if rice shoot root system is tightly pressed in lateral partitions, and lateral partitions still can be very
It successfully separates with rice shoot, and will not cause any harm to root system in separation；For the rice shoot after initial gross separation, due to
Lose the effect of contraction of lateral partitions, each rice shoot root system all in relative loose state, therefore when longitudinal baffle is mentioning
When rotating in the same way around horizontal sliding bar under lift effect, longitudinal baffle just can easily occur with rice shoot root system
Separation.After completing the separation of longitudinal baffle and lateral partitions, each rice shoot, which just isolates, on the spot to be rested on supporting plate, when transplanting only
Each rice shoot need to be taken out and be loaded into soil.
The utility model have compared with prior art it is below the utility model has the advantages that
1, the seedling-cultivation plate of the utility model have can recombination function, when needing seedling, by grid separation hood and bottom plate group
Conjunction forms seedling lattice to carry out the cultivation of rice shoot；When needing to transplant, first grid separation hood is removed from bottom plate, then again will
Isolate shoot transplanting equipment on supporting plate in the soil.Later, by way of combining grid separation hood again with floor
Seedling cultivation task next time is carried out, to realize being recycled for multiple times for seedling-cultivation plate.
2, the seedling-cultivation plate of the utility model is by by the assembled arrangement of muti-piece criss-cross lateral partitions and longitudinal baffle
Mode form multiple seedling lattice, on the one hand, in assembling, it is only necessary to which the interconnecting piece of lateral partitions is mounted on supporting plate
In a plurality of locating slot, thus it is easy for installation；On the other hand, by by muti-piece lateral partitions and muti-piece longitudinal baffle to rotate
Mode connect so that rice shoot before transplanting only need two steps can be realized as between all rice shoot root system and grid separation hood
Separation, therefore greatly facilitate rice shoot separation task, solve existing rice shoot separated with partition present in separate behaviour
Make problem complicated, that separation is difficult.
It 3, will not be to seedling since the seedling-cultivation plate of the utility model is carrying out the drag minimization in rice shoot and partition separation process
Seedling root system, which generates, to be injured, therefore the rice shoot after transplanting is lived, and no period of seedling establishment, survival rate is close to a hundred percent, thus after eliminating
The operation such as continuous benefit seedling.
Detailed description of the invention
Fig. 1 is a kind of schematic perspective view of a specific embodiment of seedling-cultivation plate of the utility model.
Fig. 2 is the main view of Fig. 1.
Fig. 3 is the cross-sectional view in the direction A-A in Fig. 2.
The top view of Fig. 4 Fig. 1.
Fig. 5 is the structural schematic diagram of lateral partitions group in seedling-cultivation plate shown in FIG. 1.
Fig. 6 is the structural schematic diagram of lateral partitions.
Fig. 7 is the structural schematic diagram of longitudinal baffle group in seedling-cultivation plate shown in FIG. 1.
Fig. 8 is the structural schematic diagram of longitudinal baffle.
Fig. 9 is the structural schematic diagram of supporting plate in seedling-cultivation plate shown in FIG. 1.
Figure 10 is in seedling-cultivation plate shown in FIG. 1 when lateral partitions are completed and state diagram after rice shoot rotating separation.
Figure 11 is in seedling-cultivation plate shown in FIG. 1 when longitudinal baffle is completed and state diagram after rice shoot rotating separation.
Figure 12 be by the first screw rod and internal thread hole cooperate in the way of tune that the spacing of lateral partitions group is adjusted
Save state diagram.
Lateral partitions group 1, longitudinal baffle group 2, longitudinal slide bar 3, lateral partitions 4, escape groove 4-1, lateral handle 5, transverse direction
Slide bar 6, longitudinal baffle 7, longitudinal handle 8, supporting plate 9, locating slot 9-1, convex block 10, lateral partitions link block 11, longitudinal baffle connect
Connect block 12, apopore 13, seedling lattice 14.
Specific embodiment
The present invention will be further described in detail with reference to the embodiments and the accompanying drawings, but the implementation of the utility model
Mode is without being limited thereto.
Referring to Fig. 1-Fig. 9, a kind of seedling-cultivation plate of the utility model includes grid separation hood and is arranged in grid separation hood bottom
Supporting plate 9, wherein the grid separation hood is made of lateral partitions group 1 and longitudinal baffle group 2, and the lateral partitions group 1 includes
Longitudinal muti-piece lateral partitions 4 slide bar 3 and be set on longitudinal slide bar 3, one end of muti-piece lateral partitions 4 is rotatably sleeved on
On the longitudinal direction slide bar 3, the other end passes through lateral handle 5 and interconnects, and the cross section of muti-piece lateral partitions 4 is upper
Small structure under big；The longitudinal baffle group 2 includes horizontal sliding bar 6 and the muti-piece longitudinal baffle 7 being set on horizontal sliding bar 6, more
One end of block longitudinal baffle 7 is rotatably sleeved on horizontal sliding bar 6, and the other end passes through longitudinal handle 8 and interconnects,
Every piece of longitudinal baffle 7 is up big and down small structure, including the isolation part being located above and underlying interconnecting piece, and every piece of longitudinal direction
The escape groove 4-1 for avoiding to lateral partitions 4 is equipped on the isolation part of partition 7 at the position contacted with lateral partitions 4；Institute
Supporting plate 9 is stated equipped with a plurality of locating slot 9-1, the interconnecting piece of muti-piece longitudinal baffle 7 is separately mounted in a plurality of locating slot 9-1.
Referring to figs. 5 and 6, the handle end of the lateral partitions 4 is equipped with the first connecting hole, and the transverse direction handle 5 is by the
One connecting rod is constituted, which sequentially passes through all transverse directions after the first connecting hole in all lateral partitions 4
Partition 4 connects together；The handle end of the longitudinal baffle 7 is equipped with the second connecting hole, and the longitudinal direction handle 8 is by the second connection
Bar is constituted, which connects all longitudinal baffles 7 after sequentially passing through the second connecting hole of all longitudinal baffles 7
To together.When work, by pull first connecting rod around slide bar rotation move upwards drive all lateral partitions 4 around
Shaft rotates the separation to realize rice shoot Yu lateral partitions 4；It is rotated up by the second connecting rod of driving around slide bar to drive
All longitudinal baffles 7 are rotated up the separation for realizing rice shoot and longitudinal baffle 7 around shaft.The advantages of this arrangement are as follows
Only needing can be by all lateral partitions 4 and the activity respectively of longitudinal baffle 7 in such a way that connecting hole and connecting rod match
It connects together, therefore the connection structure is simply, conveniently, it is often more important that, on the one hand, movable connection structure (the on-fixed knot
Structure) when muti-piece lateral partitions 4 being enabled to perhaps to carry out the adjusting of spacing inside longitudinal baffle 7 lateral partitions 4 or it is longitudinal every
Plate 7 can arbitrarily slide in connecting rod, and on the other hand, which can also make lateral partitions 4 or longitudinal baffle 7
Quantity is increased or is reduced according to actual needs.
Referring to Fig. 6, the top surface of one end of the lateral partitions 4 is equipped with the convex block 10 to raise upward, and the in lateral partitions 4
One connecting hole is arranged on the convex block 10.After the top of lateral partitions 4 is arranged in connecting hole, it can be avoided to seedling lattice
14 use interferes, meanwhile, after first connecting rod is mounted in connecting hole, the upper table of connecting rod and lateral partitions 4
Space between face forms the operating space for applying lifting power to connecting rod.
Referring to Fig. 5 and Figure 12, it is described longitudinal direction slide bar 3 be made of the first screw rod, in the lateral partitions 4 with longitudinal slide bar 3
One end of connection is equipped with the lateral partitions link block 11 of outwardly convex, which is equipped with and described first
The internal thread hole of the external screw thread cooperation of screw rod, the internal thread hole are set on first screw rod.The purpose being arranged in this way is,
On the one hand, the longitudinal slide bar 3 being made of the first screw rod has positioning action, can prevent lateral partitions 4 on longitudinal slide bar 3
Any sliding, and the spacing of the lateral partitions being set on the first screw rod 4 is N times of screw pitch, therefore can be realized to cross
It is precisely controlled to distance between partition 4；On the other hand, existing seedling-cultivation plate according to the sizes of seedling lattice 14 there are many specification,
In use, needing to select the seedling-cultivation plate of different size according to different seedling objects.Such as it is cultivated to rice seedling
When, since the strain of rice is smaller, the nutriment such as required soil are less, therefore only need the lesser seedling lattice 14 of specification can be complete
At seedling task；And when cultivating the rice shoots such as flower nursery seedling, since its strain is more sturdy, the nutriment such as required soil are more, therefore need
Larger-size seedling lattice 14 are wanted to complete seedling task.And in existing seedling-cultivation plate, due to the size of its seedling lattice 14
It is not adjustable, therefore is only applicable to a kind of cultivation task of rice shoot.For the seedling task of plant, due to every plant
The nursery time is different, therefore the unicity of the seedling plate seedling raising will lead to permanent idle (such as raising rice seedlings of seedling-cultivation plate
Disk may just use primary for 1 year), to cause the waste of resource, increase seedling cost.It is different from existing seedling-cultivation plate
It is that the seedling-cultivation plate of this preferred embodiment can realize that lateral partitions 4 exist in such a way that driving lateral partitions 4 are around screw rod rotation
Movement on screw rod, and then realize the adjusting between the spacing lateral partitions 4, which enables to seedling-cultivation plate being capable of root
The seedling lattice 14 of different sizes are showed according to demand, so as to be used to cultivate a variety of plant rice shoots, increase seedling-cultivation plate
Frequency of use.Specific adjusting method are as follows: since screw thread is uniformly distributed on screw rod, between two neighboring lateral partitions 4
Spacing is n times of screw pitch.In use, when needing that 14 size of seedling lattice is tuned up or turned down, the first screw rod is kept to fix
It is motionless, lateral partitions 4 are operated alone around the first screw rod and rotate (other lateral partitions 4 are fixed in rotation), the block is lateral
Partition 4 it is every rotation one week, i.e., increased or reduced at a distance from a screw pitch with adjacent lateral partitions 4, similarly by this method come
The adjusting for completing other 4 spacing of lateral partitions, to realize the change of 14 size of seedling lattice.Complete the tune of 4 spacing of lateral partitions
After section, also by keeping lateral partitions 4 fixed, the mode of the first screw rod rotation is driven to realize to all lateral partitions
4 on the first screw rod position adjusting, can cooperate between longitudinal baffle 7.In addition, in adjustment process, moreover it is possible to
It is enough to change the quantity of seedling-cultivation plate lattice by increasing or decreasing the quantity of lateral partitions 4 on the first screw rod according to actual needs, from
And increased or decrease the quantity of seedling raising.
Referring to Fig. 7, the horizontal sliding bar 6 is made of the second screw rod, is connect on the longitudinal baffle 7 with horizontal sliding bar 6
One end is equipped with the longitudinal baffle link block 12 of outwardly convex, which is equipped with and second screw rod
The internal thread hole of external screw thread cooperation, the internal thread hole are set on second screw rod.When work, second screw rod and threaded hole
The spacing longitudinal baffle 7 can be adjusted in the mode of cooperation, which adjusts above-mentioned 4 adjusting group of lateral partitions
It is combined, can be realized and the spacing and size of entire grid separation hood are adjusted, adjustable range is wider, and regulating power is more
By force, so as to the seedling task for more rice shoots, the scope of application of seedling-cultivation plate is improved, increases making for seedling-cultivation plate
Use frequency.
Referring to Fig. 9, multiple apopores 13 are evenly provided on the supporting plate 9.In use, extra water can pass through the water outlet
Hole 13 is flowed out, so as to prevent hypervolia in rice shoot lattice and there is a situation where offspring to rot.The lateral partitions 4 and longitudinal direction
Venting cavity 14 is equipped at the plate core of partition 7, the middle part of the vertical direction of lateral partitions 4 and longitudinal baffle 7 is equipped with and venting cavity 14
The horizontal communication hole 15 of connection.In use, venting cavity 14 and horizontal communication hole 15 enable to the middle part of seedling lattice 14 sudden and violent always
Reveal in air, so that plant root is sufficiently carried out respiration, to facilitate the growth and development of plant root.
Referring to Fig. 1, Figure 10 and Figure 11, the working principle of the utility model is:
Before use, grid separation hood is placed on supporting plate 9, and the interconnecting piece of muti-piece longitudinal baffle 7 is mounted on supporting plate 9
On locating slot 9-1 in the bottom surface of muti-piece lateral partitions 4 is fitted on 9 face of supporting plate, to complete grid seedling consolidation body
Positioning.In this way, lateral partitions 4 and longitudinal baffle 7 that muti-piece transverse and longitudinal is interleaved together define seedling lattice 14 one by one with regard to combination,
Wherein, lateral partitions 4 and longitudinal baffle 7 constitute the wall body of seedling lattice 14, and supporting plate 9 constitutes the bottom plate of seedling lattice 14, when use to
Filling soil and seed in each seedling lattice 14.Due to mutually indepedent between two adjacent seedling lattice 14, nursery
Root system afterwards will not be adhered to staggeredly together.
When needing to cultivate after rice shoot seedling, need to only be operated by following two step can successfully realize all rice shoots and net
It is separated between lattice, step 1: upward lifting force first being applied to lateral handle 5 and makes lateral partitions 4 around longitudinal slide bar 3
Make upward rotational motion, the angle of rotational motion is greater than 90 degree (referring to Figure 10)；
Step 2: upward lifting force is applied to longitudinal handle 8 in the same way and makes lateral partitions 4 around longitudinal cunning
Bar 3 makees upward rotational motion, and the angle of rotational motion is greater than 90 degree (referring to Figure 11).
Specifically, for step 1, when muti-piece lateral partitions 4 gradually occur with rice shoot root system under lifting force effect
During disengaging, since the cross-sectional area of lateral partitions 4 is up big and down small structure, upward rotational motion is from lesser
Biggish space is shifted in space, therefore even if rice shoot root system is tightly pressed in lateral partitions 4, and lateral partitions 4 still can
It successfully separates with rice shoot very much, and will not cause any harm to root system in separation；For the rice shoot after initial gross separation, by
In the effect of contraction for losing lateral partitions 4, each rice shoot root system all in relative loose state, therefore work as longitudinal baffle 7
Lifting force effect under in the same way around horizontal sliding bar 6 rotate when, longitudinal baffle 7 just can easily with rice shoot root
System separates.After completing the separation of longitudinal baffle 7 and lateral partitions 4, each rice shoot, which just isolates, on the spot rests on supporting plate 9
On, each rice shoot need to only be taken out when transplanting and be loaded into soil.
Above-mentioned is the preferable embodiment of the utility model, but the embodiments of the present invention is not by above content
It limits, it is made under other any spiritual essence and principles without departing from the utility model to change, modification, substitution, combine, letter
Change, should be equivalent substitute mode, be included within the protection scope of the utility model.
Claims (8)
1. a kind of seedling-cultivation plate, including grid separation hood and the supporting plate that grid separation hood bottom is arranged in, which is characterized in that the net
Lattice separation hood is made of lateral partitions group and longitudinal baffle group, and the lateral partitions group includes longitudinal slide bar and is set in longitudinal cunning
Muti-piece lateral partitions on bar, one end of muti-piece lateral partitions are rotatably sleeved on longitudinal slide bar, and the other end passes through
Lateral handle interconnects, and the cross section of muti-piece lateral partitions is up big and down small structure；The longitudinal baffle group packet
The muti-piece longitudinal baffle for including horizontal sliding bar and being set on horizontal sliding bar, one end of muti-piece longitudinal baffle are rotatably sleeved on cross
To on slide bar, the other end is interconnected by longitudinal handle, every piece of longitudinal baffle include the isolation part being located above and
Underlying interconnecting piece, and be equipped at the position contacted with lateral partitions for cross on the isolation part of every piece of longitudinal baffle
The escape groove avoided to partition；The supporting plate is equipped with a plurality of locating slot, and the interconnecting piece of muti-piece longitudinal baffle is separately mounted to more
In locating slot.
2. seedling-cultivation plate according to claim 1, which is characterized in that the handle end of the lateral partitions is equipped with the first connection
Hole, the transverse direction handle are made of first connecting rod, which sequentially passes through the first company in all lateral partitions
All lateral partitions are connected together after connecing hole；The handle end of the longitudinal baffle is equipped with the second connecting hole, described vertical
It is made of to handle the second connecting rod, which will own after sequentially passing through the second connecting hole of all longitudinal baffles
Longitudinal baffle connect together.
3. seedling-cultivation plate according to claim 2, which is characterized in that the top surface of one end of the lateral partitions is equipped with upward convex
The convex block risen, the first connecting hole in lateral partitions are arranged on the convex block.
4. seedling-cultivation plate according to claim 1-3, which is characterized in that the longitudinal direction slide bar is by the first screw rod structure
Be equipped with the lateral partitions link block of outwardly convex at, one end connecting in the lateral partitions with longitudinal slide bar, the transverse direction every
Plate link block is equipped with the internal thread hole cooperated with the external screw thread of first screw rod, which is set in described first
On bar.
5. seedling-cultivation plate according to claim 4, which is characterized in that the horizontal sliding bar is made of the second screw rod, described vertical
The one end connecting on partition with horizontal sliding bar is equipped with the fixed block of outwardly convex, which is equipped with and described second
The internal thread hole of the external screw thread cooperation of bar, the internal thread hole are set on second screw rod.
6. seedling-cultivation plate according to claim 1-3, which is characterized in that be evenly provided on the supporting plate it is multiple go out
Water hole.
7. seedling-cultivation plate according to claim 1-3, which is characterized in that the plate of the lateral partitions and longitudinal baffle
Vertical venting cavity is equipped at core, the middle part of the vertical direction of lateral partitions and longitudinal baffle is equipped with the cross being connected to vertical venting cavity
To venthole.
8. seedling-cultivation plate according to claim 1-3, which is characterized in that the cross section of the longitudinal baffle is upper big
Under small structure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821886179.5U CN209283835U (en) | 2018-11-15 | 2018-11-15 | A kind of seedling-cultivation plate |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821886179.5U CN209283835U (en) | 2018-11-15 | 2018-11-15 | A kind of seedling-cultivation plate |
Publications (1)
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| CN209283835U true CN209283835U (en) | 2019-08-23 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109220380A (en) * | 2018-11-15 | 2019-01-18 | 张丽芳 | A kind of seedling-cultivation plate |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109220380A (en) * | 2018-11-15 | 2019-01-18 | 张丽芳 | A kind of seedling-cultivation plate |
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