CN106688559B - Seedling growing method for pennisetum hydridum - Google Patents
Seedling growing method for pennisetum hydridum Download PDFInfo
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Abstract
The invention relates to a seedling raising method of pennisetum hydridum, which comprises the steps of seed selection, overwintering of seed plants, seed section shearing, seed section arrangement of a seed soaking seedling raising tray, seed soaking treatment in a seed soaking pool, seedbed seedling raising in the seed soaking seedling raising tray, seedling transportation in a seed soaking seedling raising tray frame and seedling field transplantation, wherein the seed section arrangement in the seed soaking seedling raising tray comprises the steps of seed section upper tray arrangement, seed soaking seedling raising tray upper frame mounting and seed soaking seedling raising frame pushing in the seed soaking pool. In the seedling raising process, the seed soaking seedling raising system equipment is used, so that the industrialized seedling production and management are facilitated, the seedlings are raised in a centralized manner, and the seedling raising survival rate is greatly improved.
Description
Technical Field
The invention relates to an agricultural seedling raising method, in particular to a seedling raising method of pennisetum hydridum.
Background
Pennisetum sinese Roxb (Pennisetum sinese Roxb) is a perennial upright bush gramineae, also called as grain bamboo grass, king bamboo, elephant grass and sugarcane grass, has strong tillering capability, and can tillere 80-90 plants per year by a single plant, which is called as emperor in the grass. Its leaves are tall and stem, like the petunia, so it is named "Huangzhu grass". Pennisetum hydridum is bred by hybridization of pennisetum purpureum and pennisetum americanum, and is a novel efficient economic crop. Can be planted in most regions of the whole country, and is particularly better in barren mountains and river basins in middle and upstream regions of Yangtze river. The specific requirements are that the sunshine time is more than 1000 hours, the altitude is 200-1500 m, the average annual temperature is more than 15 ℃, the annual rainfall is more than 1000 mm, the annual frost-free period is about 250 days, the water source is sufficient during the seedling culture period, and the soil is sandy soil or loam which is deep and fertile. It has strong drought resistance and weak waterlogging resistance. It can resist low temperature and frost, but not frost. The fertility reaction to soil is rapid, and cow dung is the best fertilizer. Pennisetum hydridum is mainly subjected to vegetative propagation, and can be propagated by buds as long as the knots have buds. The pennisetum hydridum is mainly used for feeding animals, treating malignant weeds, and is used for environmental protection, water and soil conservation, building materials, frame materials, mushroom materials, beverages, fuels, paper pulp materials and the like.
In order to meet the requirements of industries such as continuously developed animal forage grass, treatment of malignant weeds, environmental protection, water and soil conservation, building materials, frame materials, fungus materials, beverages, fuels, paper pulp materials and the like on pennisetum hydridum seedlings and raw materials, the enlargement of the cultivation and planting of pennisetum hydridum becomes the urgent priority of the relevant industrial development of pennisetum hydridum, and the production supply technology and the supply capacity of high-quality pennisetum hydridum seedlings become one of the bottlenecks of the industrial development. The pennisetum hydridum can be used for seedling production in various modes such as root-stem separated seedling, root-stem overwintering seedling, seed-node seedling and the like, and the propagation coefficient of the root-stem separated seedling is low and is generally 1: about 5, the operation process of the root-dividing seedling culture is complicated, the labor intensity is high, and the method is only suitable for resource preservation and small-amount propagation; the propagation coefficient of the overwintering seedling raising of the stump seeds is only 1: 5-10, and is generally only used for a seed section production base or a fixed raw material production base. Both methods can not meet the requirement of large-area planting of pennisetum hydridum on high-quality seedlings of pennisetum hydridum. In order to stabilize and expand the pennisetum hydridum planting base and produce pennisetum hydridum seedlings with high quality and high price, a seedling control and seedling method which is most suitable for pennisetum hydridum seedling production must be adopted, and the propagation coefficient is 1: 75-150. However, the traditional pennisetum hydridum seed section seedling raising method is completed in soil of a field or a nursery base, the operation process is complex, the environmental conditions are difficult to control, underground pests are serious, the seed section loss rate is high, the seedling rate is low, the transportation is inconvenient, time and labor are wasted, the ratio of a seedbed to the field is high, the cost price is high, the quality cannot be guaranteed, and the rapid and healthy development of pennisetum hydridum industry is limited.
Disclosure of Invention
The invention aims to provide a seedling raising method of pennisetum hydridum, wherein a seed soaking seedling raising system device is used, so that the industrialized seedling production and management are facilitated, the seedlings are raised in a centralized manner, and the seedling raising survival rate is greatly improved.
The invention aims to provide a seedling raising method of pennisetum hydridum, which comprises the steps of seed selection, overwintering of seed, seed section shearing, seed section discharge of a seed soaking seedling raising tray, seed soaking treatment in a seed soaking pool, seedbed seedling raising in the seed soaking seedling raising tray, seedling transportation in a seed soaking seedling raising tray frame and seedling field transplanting, wherein the seed section discharge in the seed soaking seedling raising tray comprises the steps of seed section upper tray discharge, seed soaking seedling raising tray upper frame loading and seed soaking seedling raising frame pushing in the seed soaking pool.
Preferably, the pennisetum hydridum seed soaking and seedling raising system device is used in the seedling raising process and comprises a seed soaking and seedling raising frame and a seed soaking pool, 12-30 paired pulley grooves are formed in the seed soaking and seedling raising frame, 12-30 seed soaking and seedling raising trays are placed on the pulley grooves, and a slide way for the seed soaking and seedling raising frame to enter and exit the seed soaking pool is arranged in the seed soaking pool.
Preferably, in the seed section hanging wall discharging, the pressing bolt on the rotary seed soaking seedling raising plate separates the seed soaking seedling raising plate cover plate above the pressing bolt from the seed soaking seedling raising plate base plate below the pressing bolt, the seed sections are parallelly arranged in 6-10 rows of paired seed section clamping grooves on the seed soaking seedling raising plate base plate, all seed soaking seedling raising plate cover plates in each seed soaking seedling raising plate cover plate or each seed soaking seedling raising frame discharge pennisetum hydridum seed sections with the same length as much as possible, after the seed soaking seedling raising plate cover plates are arranged, the seed soaking seedling raising plate cover plates are covered on the seed soaking seedling raising plate base plate, the rotary pressing bolt tightly connects the seed soaking seedling raising plate cover plates with the seed soaking seedling raising plate base plate below the seed soaking seedling raising plate cover plates, the fu-organ buds or the axillary buds are exposed from the seed section clamping grooves of the seed soaking seedling raising plate cover plates.
Preferably, the seed soaking seedling raising tray is connected and separated with a seed soaking seedling raising tray cover plate on the seed soaking seedling raising tray and a seed soaking seedling raising tray bottom plate below the seed soaking seedling raising tray through rotating 2-4 pairs of compression bolts, 6-10 rows of paired seed section clamping grooves are uniformly distributed on the seed soaking seedling raising tray bottom plate, 2-4 pairs of pulleys are arranged at four corners and in the long edge direction of the seed soaking seedling raising tray bottom plate, pulley shafts are connected with the seed soaking seedling raising tray bottom plate, and the seed soaking seedling raising tray is pushed into or taken out of the seed soaking seedling raising rack through rotating the pulleys in the pulley grooves.
Preferably, the seed soaking seedling raising plate is 100 cm in width and 160 cm in length and is 180 cm in length and 250 cm in length.
Preferably, the seed section groove is a narrow-strip parallelogram, is 40-90 degrees from the bottom edge, is preferably 60 degrees, and is 10-15 cm long, is preferably 12-15cm, is 1-5 cm wide, is preferably 2.5cm, is 1-5 cm apart, and is preferably 2.5 cm.
Preferably, the outer frame of the seed-soaking seedling-raising frame is formed by connecting a vertical frame, a transverse short frame, a transverse long frame and an upper frame, a group of paired pulley grooves are arranged in the vertical direction of the inner side of the vertical frame, the lower part of the pulley grooves is fixed by a supporting plastic block, a group of sleeve rod locks are arranged on the front side of the seed-soaking seedling-raising frame and comprise an upper lock rod, a lower lock rod, a lock rod connecting sleeve, a lock ring and a lock rod base plate, and seed-soaking seedling-raising frame universal wheels are arranged under the seed-soaking seedling-raising frame.
Preferably, the seed soaking and seedling raising rack is 100 cm, 180 cm and 250 cm and is 150 cm and 250 cm.
Preferably, the frame is a cuboid plastic steel column with the thickness of 1-10 cm.
Preferably, the front of the seed soaking pool is provided with a movable door capable of being opened and closed, the inner face of the movable door is provided with two paired slideways leading to the inside of the seed soaking pool, the top cover of the seed soaking pool is arranged on the seed soaking pool, the two sides of the movable door are provided with fan-shaped sealing bags, the sealing bags are provided with sealing bag top extension edges and sealing bag fan-shaped edges, the side face of the seed soaking pool is provided with a liquid level observation glass window, and the seed soaking pool is provided with a closing movable door, a seed soaking pool bolt and a water faucet.
Preferably, the flooding pool is 100 cm, 150 cm and 180 cm, and the flooding pool is 250 cm and 250 cm.
Preferably, the seed soaking pool is opened and closed by rotating the hinge.
Preferably, the seed soaking pool is opened and closed by lifting and lowering a handle on the top cover of the seed soaking pool.
Preferably, the system equipment further comprises a seed soaking and seedling raising fixing frame.
Preferably, the seed soaking and seedling raising fixing frame comprises a fixed transverse frame, a fixed vertical frame, a fixed long frame, a soaking virtual seedling raising plate interval circular tube and a walking pulley.
Compared with the prior art, the invention has the following effects:
1. the standardized flow production equipment is provided for the pennisetum hydridum seed soaking seedling culture, the industrialized seedling production and management are facilitated, the seedlings are cultured in a centralized way, and the survival rate of the seedlings is improved by 10-30%;
2. accurately estimating the seed reserving area and the seedling growing area of the pennisetum hydridum according to the seedling requirement in pennisetum hydridum commodity production, reasonably reducing the proportion of the seed reserving area to the commodity production area, expanding the commodity production area and improving the commodity yield by 30-55%;
3. the seed node loss rate is reduced by 10-50%, and the reserved pennisetum hydridum seed nodes are efficiently utilized;
4. in the seed soaking and seedling raising process, the seed nodes are graded, the diseased and weak seed nodes are removed, the seedling health is ensured, the seedling quality is ensured, and the higher growth capacity is kept;
5. in the seed soaking and seedling raising process, the seed nodes are graded and are uniform, the seedlings are grown at one time after transplanting, the field management is convenient, and the commodity quality is improved by 30-50%;
6. the seed soaking and seedling raising is carried out in a facility greenhouse, so that the large labor investment caused by field seedling raising is reduced by 15-35%, and the seedling production cost is reduced by 15-40%;
7. the seedlings are transported from the seedbed to the field by the seed soaking seedling raising frame, the seedling loss is reduced by 10-20%, the manual transportation cost is reduced by 20-50%, and the operation is standard.
Drawings
Fig. 1 shows a tray for soaking pennisetum hydridum seeds and cultivating seedlings.
Wherein, 0.0, pennisetum hydridum seed knot; 1.0.0 segment is provided with a clamping groove; 2.0.0 types of lower clamping grooves; 1.1 soaking a seed and raising seedling plate cover plate; 1.2, pressing bolts; 1.3, soaking a seed and raising seedling plate bottom plate; 1.4, a pulley; 1.5, pulley shaft.
FIG. 2 shows a rack for soaking seeds and cultivating seedlings of pennisetum hydridum
Wherein, 1, soaking the seeds to grow seedlings; 1.1, soaking a seed and raising seedling plate cover plate; 1.2, pressing bolts; 1.3, soaking a seed and raising seedling plate bottom plate; 1.4, a pulley; 1.5, a pulley shaft; 2.1, pulley grooves; 2.2, supporting the plastic block; 2.3, locking the rod; 2.4 lock rod connecting sleeves; 2.5, a lock ring; 2.6, lower lock rod; 2.7, a lock rod backing plate; 2.8, soaking the seed and raising the seedling frame universal wheel; 2.9, a vertical frame; 2.10, transverse short frame; 2.11, a transverse long frame; 2.12, upper frame.
FIG. 3 shows a pennisetum hydridum seed soaking pool
Wherein, 3, a seed soaking pool; 3.1, a slideway; 3.2, a movable door; 3.3, a hinge; 3.4, covering the top cover of the seed soaking pool; 3.4.1, covering a handle on the top of the seed soaking pool; 3.4.2, a cover plate of the seed soaking pool top; 3.5, sealing the bag in a sector shape; 3.5.1, extending the top of the sealed bag; 3.5.2, sealing the fan-shaped edges of the bag; 3.6, a liquid level observation glass window; 3.7, soaking a seed pool bolt; 3.8, a water discharging faucet,
FIG. 4 shows a fixing frame for soaking seeds of pennisetum hydridum and growing seedlings
Wherein 4.1 fixed transverse frame 4.2 fixed vertical frame 4.3 fixed long frame 4.4 immersion virtual seedling-raising plate interval round tube 4.5 walking pulley
FIG. 5 shows a system for soaking seeds and raising seedlings of pennisetum hydridum
Wherein, 1.1, a cover plate of a seed soaking and seedling raising plate; 3.1, a slideway; 3.2, a movable door; 3.3, a hinge; 3.4, covering the top cover of the seed soaking pool; 3.4.1, covering a handle on the top of the seed soaking pool; 3.4.2, a cover plate of the seed soaking pool top; 3.5, sealing the bag in a sector shape; 3.5.1, extending the top of the sealed bag; 3.5.2, sealing the fan-shaped edges of the bag; 3. a seed soaking pool; 3.6, a liquid level observation glass window; 3.7, soaking a seed pool bolt; 3.8, a water discharging faucet; 4.1, fixing a transverse frame; 4.2, fixing the vertical frame; 4.5, a traveling pulley.
Detailed Description
The invention will be further illustrated with reference to the following specific examples. It should be understood that these examples are for illustrative purposes only and are not intended to limit the scope of the present invention. Furthermore, it should be understood that various changes or modifications can be made by those skilled in the art after reading the description of the present invention, and such equivalents also fall within the scope of the invention.
Examples
The pennisetum vegetative propagation crop utilizes stem node propagation. In order to ensure the emergence rate of the stem nodes, the method of firstly growing seedlings and then transplanting is adopted for cultivation. And (5) growing seedlings in 2-5 months. Seeding and raising seedlings when the temperature reaches above 15 ℃. When the temperature is low, the seedlings can be cultivated by covering plastic films on an arched shed for heat preservation, and the seedlings can be cultivated at any time all the year round.
A seedling raising method of pennisetum hydridum comprises the following steps:
1. selection of plant
Mature plants with the age of more than 6 months are selected from a pennisetum hydridum seed (node) propagation field as seed node collection plants, the axillary buds of the basal stem nodes are plump, the stems are dark brown, the internode length is gradually and uniformly lengthened from bottom to top, the axillary buds of the bud nodes are wrapped with green brown leaves, the growth is strong but not overgrown, and each plant can use more than 15 nodes. Later tillers (immature plants under 6 months old) which are tender and have axillary buds with green leaves around the collected seed plants of the seed nodes are removed. Firstly cutting off the seed section collection strains from the base part, cutting off the top tip part of the green color and the transverse unfolding part of the axillary bud envelope leaf of the seed section, reserving leaves of 50 cm on the stem tip, classifying the seed section collection strains according to the stem and the seed section length, and bundling 25-50 strains.
2. Overwintering management
(1) Digging pit for preserving overwintering
Selecting higher topography (underground water level is lower than 200 cm), digging deep 150 cm, then paving 10 cm-thick straw, putting 25-50 pieces of the pennisetum hydridum without stripping leaves and leaving tips into the pits, and filling 10-15 bundles into each pit. If the weather is too dry and needs to be drenched when the pit is filled, the soil is covered by 20-30 cm or the plastic film is covered by 20-30 cm, the storage temperature is controlled to be 10-12 ℃, and the cut soil is excavated and planted 3 months in the next year.
Covering with hay and crushed soil. The covering hay has the functions of keeping warm, absorbing moisture, maintaining the temperature in the cellar, and preventing broken soil from falling onto the stems. The method and the sequence are that 3-5 cm of dry straw is covered on the stacked stems, 5-10 cm of ground soil is covered from two sides to the middle after the dry straw is uniformly covered, and the thickness of the soil covering is determined according to the temperature. Areas with serious frost can be covered by thick straw, or the area can be thin, and the inserted breathable straw is required to be exposed and covered by 30-40 cm for ventilation. And drainage ditches are built around the pit to prevent rainwater from flowing into the pit.
(2) Cellar preservation overwintering
Leaves of about 50 cm are left on the pennisetum hydridum stem tip, the pennisetum hydridum stem tip is directly put into a cellar in a bundle of 25-50 roots, longer plants can be cut into two sections, the two sections are wrapped and bundled by plastic films, and then the two sections are put into the cellar for storage until the next 3 months, and then seedling raising and transplanting are carried out. The method has the advantages of low investment and simple management, and is suitable for farmers to use in small-area planting.
The multifunctional sleeper is arranged on a sleeper along the length direction of the cellar, the head tip and the stump part are alternately arranged, the thickness of the pile is generally preferably 40 cm, and the pile is stacked in a ridge beam type with a high middle and low two sides. A bundle of corn straws is directly inserted into the cellar every other meter in a plum blossom shape to form air holes, so that the stored straws can breathe in the cellar, and the method is a key measure for preventing the cellar from being mildewed and burnt. The stacking thickness is not more than 50 cm, the cellar burning or rotting is easily caused by over-thickness, the cellar space cannot be fully utilized by over-thin, and the labor and the time are wasted.
(3) Plastic greenhouse overwintering
The pennisetum hydridum seed plants are transplanted into a plastic greenhouse according to 20 roots per square meter, gaps between roots are covered with soil, and then water is poured sufficiently. The daily management is mainly characterized by ventilation and heat preservation, the temperature in the greenhouse is controlled within 5-15 ℃, and the relative humidity is controlled within 80% -90%. The method has the advantages of large investment and optimal overwintering effect, and is suitable for large-scale seed conservation and adoption.
(4) Cuttage seedling culture overwintering
The cutting seedling raising land is ploughed, leveled and ridged in 11 months in the year, and the furrows are left between ridges for about 40 cm and serve as water furrows and working channels. Then directly carrying out seed section shearing, seed soaking and seedling raising tray discharging, seed soaking and seedling raising tray racking, seed soaking and seedling raising in winter, preserving heat (12-25 ℃) and moisture (relative humidity 80% -90%) by using a mulching film and arch film mode, and carrying out seedling lifting and transplanting after 2-3 leaves grow out in the next 2 months. The method is suitable for large-area popularization and application, not only wins time for the next year, but also can reduce the seed consumption.
3. Seed node shearing machine
The method is characterized in that a newly-harvested (for cutting, seedling raising and overwintering) or overwintering-stored (for seedling raising in the second year) pennisetum hydridum seed strain is placed on a seed-saving cutting knife rest for seed-saving cutting (the seed-saving length is 12-15 cm), the bud is one period, the two ends are obliquely cut in parallel at 45 degrees, the upper part of a bud eye is short (4.8-6 cm), and the lower part is long (7.2-9 cm). According to the average length of stem nodes of the seed plants, the cutting knife rest is adjusted to the seed node length distance of 12 cm or 15cm, the axillary buds of the seed nodes to be cut are aligned to the mark position in the middle of the cutting knife rest, the seed nodes are cut in batches, classification or batching is carried out according to the cut seed node length, the seed nodes are arranged on the seed soaking seedling raising trays (1) in a classified or batched mode, and the seed node length on each seed soaking seedling raising tray (1) is kept to be regular and consistent as much as possible.
4. Seed soaking and seedling raising tray frame seed section discharge
(1) Calculation of number of seed nodes
The number of seeds of each seed soaking seedling raising plate is as follows: n1 ═ 120/15 (row/disc) × 2 (group/row) × 200/(2.5+2.5) (section/group) ═ 640 (section/disc);
the number of the seeds in each seed soaking frame is as follows: n2 ═ 18 (disc/rack) × 640 (section/disc) ═ 11520 (section/rack);
the transplanting area of each seedling for the field: 11520 (knots) x 60-90% (seedling rate)/2000 (plant/square meter 667) 3.744-5.184 (square meter).
The number of seed soaking and seedling raising tray frames is determined according to the next annual transplanting production area, and the seedling emergence and seedling rate is estimated according to the seed node and plant quality, so that the pennisetum hydridum seed node propagation area is determined, the area ratio of the seed node propagation field to the field production is reduced, the field production and seed node propagation area ratio is more reasonable, the field production area is enlarged to the maximum extent while the seed node demand is ensured.
(2) Seed section upper disc discharging
Classifying the cut pennisetum hydridum seed sections according to seed section length, and totally dividing the seed sections into two types: 12 cm, 15 cm; the pressing bolt 1.2 on the seed soaking seedling raising disk 1 is rotated to separate the cover plate 1.1 of the seed soaking seedling raising disk above the pressing bolt from the base plate 1.3 of the seed soaking seedling raising disk below the pressing bolt, seed sections are parallelly arranged in 8 rows of paired seed section clamping grooves 1.3.0 on the base plate 1.3 of the seed soaking seedling raising disk, and axillary buds or axillary buds face upwards to avoid being damaged in seed soaking seedling raising operation; pennisetum hydridum seed nodes with the same length are arranged on the cover plate 1 of each seed soaking seedling raising plate or the cover plates 1 of all the seed soaking seedling raising plates in each seed soaking seedling raising frame 2 as much as possible; every kind of soaking seedling tray 1 discharges 640 festival kind festival, will soak kind seedling tray apron 1.1 lid after arranging well on soaking kind seedling tray bottom plate 1.3, rotatory housing bolt 1.2 will soak kind seedling tray apron 1.1 and the seed soaking seedling tray bottom plate 1.3 below it is connected tightly, fu bud or axillary bud position appear from soaking kind festival draw-in groove 1.1.0 of seedling tray apron 1.1, wave gently to soak kind seedling tray, it is steady to confirm kind festival card, then just can carry out the seed soaking seedling tray upper rack.
(3) Seed soaking seedling raising plate upper frame
(4) Seed soaking and seedling raising frame propulsion seed soaking pool
5. Seed soaking treatment in seed soaking pool
6. Seed soaking seedling raising tray seedbed seedling raising
7. Seed soaking seedling raising tray frame seedling transportation
8. Transplanting seedlings in field
Wherein, the seed soaking seedling raising system equipment of pennisetum hydridum mainly comprises the following components:
1. soaking the seeds and raising seedlings; 1.1, soaking a seed and raising seedling plate cover plate; 1.2, pressing bolts; 1.3, soaking a seed and raising seedling plate bottom plate; 1.3.0 seed section clamping groove; 1.4, a pulley; 1.5, pulley shaft. 2. Soaking the seeds and cultivating the seedlings; 2.1, pulley grooves; 2.2, supporting the plastic block; 2.3, locking the rod; 2.4, a lock rod connecting sleeve; 2.5, a lock ring; 2.6, lower lock rod; 2.7, a lock rod backing plate; 2.8, soaking the seed and raising the seedling frame universal wheel; 2.9, a vertical frame; 2.10, transverse short frame; 2.11, a transverse long frame; 2.12, upper frame. 3. A seed soaking pool; 3.1, a slideway; 3.2, a movable door; 3.3, a hinge; 3.4, covering the top cover of the seed soaking pool; 3.4.1, covering a handle on the top of the seed soaking pool; 3.4.2, a cover plate of the seed soaking pool top; 3.5, sealing the bag in a sector shape; 3.5.1, extending the top of the sealed bag; 3.5.2, sealing the fan-shaped edges of the bag; 3.6, a liquid level observation glass window; 3.7, soaking a seed pool bolt; 3.8, a water tap.
The seed soaking seedling raising plate is 1 cm in width and 200 cm in length; the pressing bolt 1.2 is rotated 2-4 to connect and separate the cover plate 1.1 of the seed soaking seedling raising disk above the pressing bolt and the bottom plate 1.3 of the seed soaking seedling raising disk below the pressing bolt, and the pressing seed soaking seedling raising disk 1 plays a role in pressing and embedding the pennisetum hydridum seed section 0.0; 8 rows of paired seed storage slots 1.3.0 are uniformly distributed on a bottom plate 1.3 of the seed soaking and seedling raising tray, the seed storage slots 1.3.0 are in a narrow strip parallelogram and form an angle of 60 degrees with a bottom edge, the seed storage slots 1.3.0 are 12 cm to 15cm long, 2.5cm wide and 2.5cm spaced, and a middle hollow position is used for placing 0.0.0 of the seed of the bamboo grass; four corners and long edge directions of a bottom plate 1.3 of the seed soaking seedling raising plate are provided with 2-4 pairs of pulleys 1.4, a pulley shaft 1.5 of the pulley is connected with the bottom plate 1.3 of the seed soaking seedling raising plate, and the seed soaking seedling raising plate 1 is pushed or taken out of a seed soaking seedling raising frame 2 by rotating the pulleys 1.4 in pulley grooves 2.1.
The seed soaking and seedling raising rack is 2 cm, 210 cm and 190 cm in width, an external frame of the seed soaking and seedling raising rack is formed by connecting a vertical frame 2.9, a transverse short frame 2.10, a transverse long frame 2.11, an upper frame 2.12 and the like, the frame is a cuboid plastic steel column, and the thickness is 5 cm; a set of paired pulley grooves 2.1 is arranged in the vertical direction of the inner side of the vertical frame 2.9 every 10 cm, the lower parts of the pulley grooves are fixed by supporting plastic blocks 2.2, each seed soaking and seedling raising frame 2 is internally provided with 18 paired pulley grooves 2.1, and 18 seed soaking and seedling raising discs 1 can be placed; the front side of the seed soaking and seedling raising frame 2 is provided with a group of sleeve rod locks, which consist of an upper lock rod 2.3, a lower lock rod 2.6, a lock rod connecting sleeve 2.4, a lock ring 2.5 and a lock rod backing plate 2.7; after all the seed soaking seedling raising plates 1 are completely arranged in the seed soaking seedling raising frame 2, a group of loop bar locks on the front surface of the seed soaking seedling raising frame 2 are locked, the seed soaking seedling raising frame 2 is manually pushed to enable seed soaking seedling raising frame universal wheels 2.8 below the seed soaking seedling raising frame to slide inwards along the slide ways 3.1, the seed soaking seedling raising frame universal wheels are pushed into the seed soaking pool 3, and then rooting and seed soaking treatment are carried out.
The seed soaking pool is 3 cm in width, 210 cm in length and 200 cm in height; the front of the seed soaking pool 3 is provided with a movable door 3.2 which can be opened and closed, the movable door 3.2 is opened and closed by rotating a hinge 3.3, the inner surface of the movable door 3.2 is provided with two paired slideways 3.1 leading to the inside of the seed soaking pool 3, and the slideways are running tracks for the seed soaking and seedling raising frame 2 to enter and exit the seed soaking pool 3; a seed soaking pool top cover 3.4 is arranged above the seed soaking pool 3, and a seed soaking pool top cover plate 3.4.2 is opened and closed by lifting and lowering a seed soaking pool top cover handle 3.4.1; the fan-shaped sealing bags 3.5 are arranged at two sides of the movable door 3.2, so that the water sealing function when the movable door 3.2 is opened and closed is ensured, and the extended edge 3.5.1 at the top of each sealing bag and the fan-shaped edge 3.5.2 of each sealing bag play a key role in water sealing; a liquid level observation glass window 3.6 is arranged on the side surface of the seed soaking pool 3, so that the water level condition in the seed soaking pool 3 can be observed; when the seed soaking and seedling raising frame 2 enters the seed soaking pool 3, the movable door 3.2 and the bolt 3.7 of the seed soaking pool are closed; after the seed soaking treatment is finished, the water tap 3.8 is opened, and the rooting treatment liquid in the water tap is discharged.
The seed soaking and seedling raising frame 2 which is used for completing rooting treatment is pushed out from the seed soaking pool 3, the seed soaking and seedling raising discs 1 are taken down one by one from the seed soaking and seedling raising frame 2, the compression bolts 1.2 are opened, the cover plates 1.1 of the seed soaking and seedling raising discs are taken down, the bottom plates 1.3 of the seed soaking and seedling raising discs embedded with the royalty alternifolia seed section are placed on the substrate of the seedling raising bed according to a certain density and mode, a layer of 2-3 cm thick substrate is scattered on the 0.0 of the royalty alternifolia seed section, a mulching film is covered, an arch film is covered, and seedling raising culture is carried out.
When the pennisetum hydridum seedling grows to be 15 +/-2 cm high, according to the specification of one level of 20 cm, [ namely, the space-to-space disc: 9 seed soaking seedling raising tray 1/seed soaking seedling raising frame 2 ] put on shelf, will soak seed seedling raising tray 1 and take out from the seedbed, the most part of matrix that soaks seed seedling raising tray 1 falls to the seedbed automatically, a small amount of attached to the root, do the arrangement slightly, cut off unnecessary stem, leaf, root or other debris, brush off the cultivation matrix that adheres to on the pulley 1.4, then will soak seed seedling raising tray 1 and impel to put in advance in the seed soaking seedling raising frame 2 on the transport vechicle, after seed soaking seedling raising frame 2 was filled with, lock the loop pole lock, transport pennisetum hydridum with the transport vechicle and transplant the production site, and in time carry out the field transplantation of seedling.
The embodiments of the present invention have been described above. However, the present invention is not limited to the above embodiment. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.
Claims (6)
1. A seedling raising method of pennisetum hydridum comprises the steps of selecting a seed plant, overwintering the seed plant, shearing the seed section, discharging the seed section of a seed soaking seedling raising tray, soaking the seed in a seed soaking pool, soaking the seed in a seed soaking seedling raising tray seedbed for seedling raising, transporting seedlings by a seed soaking seedling raising tray rack and transplanting the seedlings in a field, wherein the discharging of the seed section of the seed soaking seedling raising tray comprises the steps of discharging the seed section on the seed soaking tray, putting the seed soaking seedling raising tray on the rack and pushing the seed soaking seedling raising rack into the seed soaking pool;
the device comprises a seed soaking seedling raising frame and a seed soaking pool, wherein 12-30 paired pulley grooves are formed in the seed soaking seedling raising frame, 12-30 seed soaking seedling raising trays are arranged on the pulley grooves, and a slide way for the seed soaking seedling raising frame to enter and exit the seed soaking pool is arranged in the seed soaking pool;
the outer frame of the seed-soaking seedling-raising frame is formed by connecting a vertical frame, a transverse short frame, a transverse long frame and an upper frame, a group of paired pulley grooves are arranged in the vertical direction of the inner side of the vertical frame, the lower part of the pulley grooves is fixed by a supporting plastic block, a group of sleeved rod locks are arranged on the front side of the seed-soaking seedling-raising frame and consist of an upper lock rod, a lower lock rod, a lock rod connecting sleeve, a lock ring and a lock rod base plate, and seed-soaking seedling-raising frame universal wheels are arranged below the seed-soaking seedling-raising frame;
during the discharging of the seed section hanging wall, a compression bolt on the rotary seed soaking seedling raising plate separates a seed soaking seedling raising plate cover plate on the rotary seed soaking seedling raising plate from a seed soaking seedling raising plate bottom plate below the rotary seed soaking seedling raising plate, the seed sections are parallelly arranged in 6-10 rows of paired seed section clamping grooves on the seed soaking seedling raising plate bottom plate, all seed soaking seedling raising plate cover plates in each seed soaking seedling raising plate cover plate or each seed soaking seedling raising frame discharge pennisetum cyrtonemalinum seed sections with the same length as much as possible, after the seed soaking seedling raising plate cover plates are arranged, the seed soaking seedling raising plate cover plates are covered on the seed soaking seedling raising plate bottom plate, the seed soaking seedling raising plate cover plates and the seed soaking seedling raising plate bottom plate below the seed soaking seedling raising plate cover plates are tightly connected through the rotary compression bolt, the fu-bud or the axillary bud part is exposed from;
the seed soaking seedling raising tray is characterized in that a seed soaking seedling raising tray cover plate on the seed soaking seedling raising tray is connected and separated with a seed soaking seedling raising tray bottom plate below the seed soaking seedling raising tray through rotating 2-4 pairs of compression bolts, 6-10 rows of paired seed section clamping grooves are uniformly distributed on the seed soaking seedling raising tray bottom plate, 2-4 pairs of pulleys are arranged in four corners and the long edge direction of the seed soaking seedling raising tray bottom plate, pulley shafts are connected with the seed soaking seedling raising tray bottom plate, and the seed soaking seedling raising tray is pushed into or taken out of a seed soaking seedling raising frame through rotating the pulleys in the pulley grooves;
the front that soaks kind of pond is equipped with the dodge gate that can open and shut, sets up mated two and accesss to the slide that soaks kind of pond the inside at the inner face of dodge gate, soaks kind of pond the higher authority and soaks kind of pond top cap, and the both sides of dodge gate are equipped with fan-shaped sealing bag, have sealing bag top extension limit and the fan-shaped limit of sealing bag on the sealing bag, are equipped with liquid level observation glass window in the side that soaks kind of pond, soaks kind of pond and is equipped with and closes the dodge gate and soaks kind of pond.
2. The seedling raising method according to claim 1, wherein the seed-saving groove strips are narrow-strip parallelograms and form 40-90 degrees with the bottom edges, and the seed-saving groove strips are 10-15 cm long, 1-5 cm wide and 1-5 cm spaced.
3. A seedling raising method according to claim 2, characterized in that the seed section clamping groove strips are narrow parallelogram, form an angle of 60 degrees with the bottom edge, and have a length of 12-15cm, a width of 2.5cm and an interval of 2.5 cm.
4. The seedling raising method according to claim 3, wherein the frame is a cuboid plastic steel column with the thickness of 1-10 cm.
5. A seedling raising method according to claim 4, wherein the seed soaking tank is opened and closed by rotating the hinge, and the top cover plate of the seed soaking tank is opened and closed by lifting and lowering a top cover handle of the seed soaking tank.
6. A seedling raising method according to claim 5, characterized in that the system equipment further comprises a seed soaking and seedling raising fixing frame which comprises a fixing transverse frame, a fixing vertical frame, a fixing long frame, a seed soaking and seedling raising plate spacing circular tube and a traveling pulley.
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| CN103250571A (en) * | 2013-04-09 | 2013-08-21 | 云和县农业综合开发有限公司 | Camellia oleifera container seedling raising technique |
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| JP2000262154A (en) * | 1999-03-19 | 2000-09-26 | Yanmar Agricult Equip Co Ltd | Seedling-raising device |
| CN102172150B (en) * | 2011-02-17 | 2012-06-27 | 云南省农业科学院蚕桑蜜蜂研究所 | Method for culturing wood seedlings by applying culture box |
| JP2014039496A (en) * | 2012-08-22 | 2014-03-06 | Fujiaki Tobita | Lawn seedling raising method, pot lawn seedling, and transplanting method of lawn seedling |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103250571A (en) * | 2013-04-09 | 2013-08-21 | 云和县农业综合开发有限公司 | Camellia oleifera container seedling raising technique |
| CN104705108A (en) * | 2013-12-11 | 2015-06-17 | 旅顺鸡冠山农场 | Multilayer seedling rack |
| CN203985235U (en) * | 2014-08-08 | 2014-12-10 | 苏州市绿和苗木专业合作社 | A kind of portable seedling nursing device |
| CN104488490A (en) * | 2014-11-24 | 2015-04-08 | 恩平市蓝海农业科技有限公司 | Method for growing seedlings |
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