CN204907431U

CN204907431U - Bud seedling afforestation machine

Info

Publication number: CN204907431U
Application number: CN201520582119.4U
Authority: CN
Inventors: 孙继发; 孙增平; 楚伟
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-08-05
Filing date: 2015-08-05
Publication date: 2015-12-30
Anticipated expiration: 2025-08-05

Abstract

The utility model discloses a bud seedling afforestation machine, including the carousel of two coaxial settings, to connect through the pivot transmission between two carousels, the rotation is connected with a plurality of and is used for placing the bracket of educating seedling tray between two carousels. The utility model adopts the above technical scheme, simple structure can effectively reduce personnel intensity of labour, improves production efficiency, not only can place more seedling tray that educates, occupation space is little moreover, because the carousel is rotatable, rotate the lower with the bracket of higher department and can get to put and educate seedling tray, conveniently get to put and educate seedling tray, provide moisture and illumination through atomizer and daylight lamps to through temperature and humidity sensor control, control bud seedling that can the be accurate required humiture of growing.

Description

A kind of bud seedling greening machine

Technical field

The utility model relates to bud seedling production equipment, relates to a kind of bud seedling greening machine specifically.

Background technology

Bud seedling in broad terms, everyly utilizes crop seed or other nutrient reservoirs official (as rhizome, branch etc.), dark or grown under lighting conditions go out can be edible bud seedling, gemmule, tender shoots, young stem or children slightly, all can be described as shoot vegetable or bud dish.Sprout vegetable is for food with its tender tissue, and quality is tender, excellent taste, unique flavor, and high nutritive value, deeply favor by consumers in general.

According to the source difference of the nutrition that sprout vegetable product formation utilizes, sprout vegetable can be divided into following two types:

One, bud dish is planted

Refer to utilize the nutrient stored in seed directly to cultivate into delicate bud or bud seedling, as soya bean, mung bean, red bean, broad bean class and Chinese toon, pea, radish, buckwheat, water spinach, alfalfa bud seedling etc.Plant the growth of bud dish rapidly, cropping index is high, and culture technique is simple, can carry out soil cultivation or soiless and three-dimensional culture, have higher production efficiency.

Two, body bud dish

Refer to utilize the nutrient accumulated in the perennial root of biennial or perennial crop, meat taproot, rhizome or branch, the gemmule cultivated, tender shoots, young stem or children are slightly, as the gemmule witloof cultivated by meat taproot, the chrysanthemum brain cultivated by perennial root, denticulate ixeris herb etc., the ginger bud cultivated by rhizome, Pu bud and by spider, branch cultivate tree bud Chinese toon, matrimony vine head, Chinese prickly ash brain and pea point, capsicum is sharp, Buddha's hand is sharp.The body bud dish mode of production is various, and the key technology of cultivation is acquisition robust growth, preserves rich eutrophic trophosome, as fleshy root, branch etc.

Sprout vegetable has following feature:

(1) safety nuisance free

Nutrition needed for the product of shoot vegetable, the nutrient of the nutrition organs accumulations such as main dependence seed or rhizome, cultivation management generally need not apply fertilizer only need under suitable temperature environment, ensure its moisture supply, just the seedling that sprouts, tender shoots, children can be cultivated slightly or young stem, and wherein most of because of growth cycle shorter, seldom infect damage by disease and insect, need not agricultural chemicals be used.

(2) production efficiency is high

Shoot vegetable belongs to fast-growing and the higher vegetables of production efficiency more, and especially plant bud dish, they are under suitable temperature and humidity conditions, and the shortest of product formation cycle needs 5-6d, and the longest about 20d only can produce 30 batches every year on average.Such as, every kilogram of pea seed can form 3.5-4kg bud seedling product, and biologicak efficiency ratio reaches 4, and every kilogram of Chinese toon seed about can form 8-10kg seed bud Chinese toon, and production efficiency ratio reaches about 9.Due to the most comparatively low light tolerance of shoot vegetable, be applicable to carrying out multi-layer solid cultivation, land utilization rate height can improve 3-5 doubly.

(3) planting form is various

Due to most of shoot vegetable comparatively tolerance to low temperature and weak light, therefore both can outdoor cropping, again can facility cultivation; Both soil plane can have been adopted to cultivate, also can adopt soiless and three-dimensional culture; In addition, the production of " greening type ", " half softening type " and " softening type " product also can be carried out under the condition of different light or dark.In discarded factory building or house, particularly carry out semi-enclosed, layer stereo, seedling obbbin bed, exempt from this standardization intensive production new model of nutrient fluid cultivation without soil, pole is suitable for land resources bustling city in short supply and the severe scientific surveying station, island outpost, outlying forest zone, underway ship etc. of external environmental condition.

At present, the greening of bud seedling mostly adopts layer stereo support, is successively placed on support by the bud seedling be contained in seedling-cultivating tray, by sunshine or artificial lighting, needs artificial interval to spray water in During Illumination.

Above-mentioned bud seedling greening mode, has following shortcoming:

1, the capacity of multilayer bracket is little, if more just need support to do very high of seedling-cultivating tray or do a lot of support, so not only take up room large, and inconvenient people picks and places Turnround basket;

2, need artificial interval one end time to spray water, not only labour intensity is large, and wastes water, and is difficult to control temp. and humidity simultaneously;

3, production efficiency is low, and production cost is higher, is difficult to form large-scale production;

4, the support placing seedling-cultivating tray is comparatively large, is inconvenient to move.

Summary of the invention

The technical problems to be solved in the utility model provides a kind of structure simple for overcoming above-mentioned technical problem,

Take up room little, conveniently pick and place seedling-cultivating tray, save water source, the temp. and humidity needed for the growth of bud seedling can be controlled accurately, effectively can reduce labour intensity, the bud seedling greening machine of enhancing productivity.

For solving the problem, the utility model is by the following technical solutions: a kind of bud seedling greening machine, comprise two rotating disks coaxially arranged, being connected by rotating shaft transmission between two rotating disks, being rotatably connected to several between two rotating disks for placing the bracket of seedling-cultivating tray.

Below further improvement of the utility model:

The axis of rotating shaft is consistent with the axis of rotating disk.

Further improvement:

Bracket is evenly arranged along the circumferencial direction of rotating disk.

Further improvement:

Described bracket comprises the supporting plate of rectangle, and the two ends of supporting plate are fixedly connected with link, and link is vertical with supporting plate to be arranged, and link is fixedly connected with connecting axle.

Further improvement:

Described bracket is connected with dial rotation by connecting axle, and bracket relies on self gravitation to naturally droop, all the time at vertical direction.

Further improvement:

Described link is triangle, and the base of triangle connecting rack is fixedly connected with supporting plate, and connecting axle is fixedly connected on relative corner, the base of triangle connecting rack.

Further improvement:

Described bud seedling greening machine also comprises two supports vertically arranged, and two rotating disks are rotatably connected on support respectively.

Further improvement:

The outside of described support and rotating disk is provided with outer cover, is provided with atomizer and illumination lamp in outer cover.

Further improvement:

Install temp. and humidity inductor in outer cover, atomizer and illumination lamp are controlled by temp. and humidity inductor.

The utility model adopts technique scheme, and structure is simple, effectively can reduce personnel labor intensity, enhance productivity; Can not only place more seedling-cultivating tray, and it is little to take up room; Because rotating disk is rotatable, the carriage turns of higher position can be picked and placeed seedling-cultivating tray to lower, conveniently pick and place seedling-cultivating tray; There is provided moisture and illumination by atomizer and illumination lamp, and controlled by temp. and humidity inductor, the temp. and humidity needed for the growth of bud seedling can be controlled accurately.

Below in conjunction with accompanying drawing, the technical solution of the utility model is described further.

Accompanying drawing explanation

Accompanying drawing 1 is the structural representation of the utility model embodiment;

Accompanying drawing 2 is the end view of accompanying drawing 1;

Accompanying drawing 3 is the structural representation of bracket in accompanying drawing 1.

In figure: 1-support; 2-rotating disk; 3-bracket; 5-outer cover; 6-atomizer; 7-illumination lamp; 8-rotating shaft; 301-supporting plate; 302-link; 303-connecting axle; M-seedling-cultivating tray.

Embodiment

Embodiment, as shown in Figure 1 and Figure 2, a kind of bud seedling greening machine, comprise two supports 1 vertically arranged, two rotating disks 2 coaxially arranged are rotatably connected between two supports 1, be in transmission connection by rotating shaft 8 between two rotating disks 2, the axis of rotating shaft 8 is consistent with the axis of rotating disk 2, is rotatably connected to several for placing the bracket 3 of seedling-cultivating tray between two rotating disks 2.

Bracket 3 is evenly arranged along the circumferencial direction of rotating disk 2.

As shown in Figure 3, described bracket 3 comprises the supporting plate 301 of rectangle, and the two ends of supporting plate 301 are fixedly connected with link 302, and link 302 is vertical with supporting plate 301 to be arranged, and link 302 is fixedly connected with connecting axle 303.

Described bracket 3 is rotationally connected by connecting axle 303 and rotating disk 2, and bracket 3 relies on self gravitation to naturally droop, all the time at vertical direction.

Described link 302 is triangle, and the base of triangle connecting rack 302 is fixedly connected with supporting plate 301, and connecting axle 303 is fixedly connected on relative corner, the base of triangle connecting rack 302.

The outside of described support 1 and rotating disk 2 is provided with outer cover 5, is provided with atomizer 6 and illumination lamp 7 in outer cover 5, installs temp. and humidity inductor in outer cover 5, and atomizer 6 and illumination lamp 7 are controlled by temp. and humidity inductor and controller.

During work, rotating shaft 8 is connected with motor, is rotated by motor-driven rotatable shaft 8, and be placed on by seedling-cultivating tray M on bracket 3, rotating disk 2 rotates, and bracket 3 remains at vertical direction and can not overturn, and provides illumination and moisture by atomizer 6 and illumination lamp 7.

Claims

1. a bud seedling greening machine, is comprised two rotating disks (2) coaxially arranged, being in transmission connection, it is characterized in that: be rotatably connected to several between two rotating disks (2) for placing the bracket (3) of seedling-cultivating tray between two rotating disks (2) by rotating shaft (8).

2. a kind of bud seedling greening machine according to claim 1, is characterized in that: the axis of rotating shaft (8) is consistent with the axis of rotating disk (2).

3. a kind of bud seedling greening machine according to claim 1, is characterized in that: bracket (3) is evenly arranged along the circumferencial direction of rotating disk (2).

4. a kind of bud seedling greening machine according to claim 3, it is characterized in that: described bracket (3) comprises the supporting plate (301) of rectangle, the two ends of supporting plate (301) are fixedly connected with link (302), link (302) is vertical with supporting plate (301) to be arranged, and link (302) is fixedly connected with connecting axle (303).

5. a kind of bud seedling greening machine according to claim 4, it is characterized in that: described bracket (3) is rotationally connected by connecting axle (303) and rotating disk (2), bracket (3) relies on self gravitation to naturally droop, all the time at vertical direction.

6. a kind of bud seedling greening machine according to claim 5, it is characterized in that: described link (302) is triangle, the base of triangle connecting rack (302) is fixedly connected with supporting plate (301), and connecting axle (303) is fixedly connected on relative corner, the base of triangle connecting rack (302).

7. a kind of bud seedling greening machine according to claim 1, is characterized in that: described bud seedling greening machine also comprises two supports (1) vertically arranged, and two rotating disks (2) are rotatably connected on support (1) respectively.

8. a kind of bud seedling greening machine according to claim 7, is characterized in that: the outside of described support (1) and rotating disk (2) is provided with outer cover (5), is provided with atomizer (6) and illumination lamp (7) in outer cover (5).

9. a kind of bud seedling greening machine according to claim 8, is characterized in that: install temp. and humidity inductor in outer cover (5), atomizer (6) and illumination lamp (7) are controlled by temp. and humidity inductor.