CN201369952Y

CN201369952Y - Compressed straw seedling culture cylinder put in isolating bag

Info

Publication number: CN201369952Y
Application number: CN200820177182U
Authority: CN
Inventors: 刘兆泉; 张江
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-11-06
Filing date: 2008-11-06
Publication date: 2009-12-30
Anticipated expiration: 2018-11-06

Abstract

The utility model relates to a compressed straw seedling culture cylinder put in an isolating bag. Straws are compressed by a compressing device to form a straw cylinder, or straw tubes or straw rods are spliced together through connecting positioners to form the straw cylinder, a straw bottom and a straw cover which are made of compressed straw can be arranged in the straw cylinder, the bottom of the straw cylinder is firmly connected with the straw bottom through positioners to form a container which is put into the bottomed air-permeable isolating bag, air holes are even distributed on the straw cylinder, the straw bottom and the straw cover, planting soil is filled in the container, a plant is planted in the planting soil, the compressed straw cover is then placed on the surface of the planting soil, and the planting soil is filled on the straw cover again and is watered; and the compressed straw cylinders with the isolating bags are tightly arranged to form the shape of a honeycomb around which soil or bricks are tightly piled. The compressed straw seedling culture cylinder can be easily fabricated and mounted and can naturally slowly release manure and release carbon dioxide in the process of decomposition, so that the leaves of the seedling can conveniently absorb the manure and the carbon dioxide, and the compressed straw seedling culture cylinder can become loose, so the air permeability is good, which is favorable for the growth of the root system of the seedling.

Description

A kind of compressed straw tube of growing seedlings with packed with isolation bag

Technical field

The utility model relates to a kind of compressed straw with packed with isolation bag tube of growing seedlings, and belongs to field of forestry.

Background technology

Many local annual stalks are all burnt in vain in China rural area, not only cause environmental pollution, a kind of especially huge waste.Though it is well-known general knowledge that the stalk as fertilizer sources uses, because stalk is in light weight, volume is big, and effective ingredient is few, and it is very rare being used for the arboriculture aspect.Therefore, directly the stalk with nature is implemented in the stock growing as fertilizer, is unfavorable.

Summary of the invention

In order effectively to utilize stalk, it is the stock growing bucket of primary raw material with the stalk that invention has been made a kind of, and this device can be realized the slowly-releasing of stalk fertilizer, and is convenient to plantation, and the land utilization rate height is convenient to transport and transplant seedlings.

The technical scheme that its technical problem that solves the utility model adopts is: a kind of compressed straw with packed with isolation bag tube of growing seedlings, its stalk compresses the stalk tube of making one through extrusion equipment, or stalk compresses through extrusion equipment and makes the stalk plate, or stalk pipe, or stalk rod, the stalk plate, or stalk pipe, or the stalk rod splices and combines into the stalk tube by connecting positioner, in the stalk tube or be furnished with at the bottom of the stalk that compressed straw makes and the stalk lid, wherein, stalk covers and is provided with the plantation mouth, the stalk lid is spliced at least two blocks of stalk plates with holes that compress, the bottom of stalk tube is connected and fixed the formation container at the bottom of by positioner and stalk, be provided with the isolation pocket of airing function bottom being set with on the container, the stalk tube, at the bottom of the stalk and stalk cover and be evenly distributed with air-vent, filling planting soil in container, after putting into plant culture, lay the compressed straw lid on the top layer of planting soil, cover ridging again at stalk, water; The compressed straw tube that is with isolation pocket closely is arranged in honeycomb, and periphery is real with the training of soil or brick, at the bottom of stalk tube, the stalk and the stalk lid be at least a kind of material manufacturing of stalk.

With the compressed straw of the packed with isolation bag tube of growing seedlings, its stalk tube is that stalk material passes through the special-purpose machinery extrusion modling.

With the compressed straw of the packed with isolation bag tube of growing seedlings, its stalk tube is the extrusion modling of stalk blended fertilizer.

With the compressed straw of the packed with isolation bag tube of growing seedlings, its stalk tube is the extrusion modling of stalk fusion absorbent material.

With the compressed straw of the packed with isolation bag tube of growing seedlings, its stalk tube is stalk fusion absorbent material and fertilizer extrusion modling.

With the compressed straw of the packed with isolation bag tube of growing seedlings, the stalk piece material in order permutation and combination moulding of its stalk tube after for extruding.

With the compressed straw of the packed with isolation bag tube of growing seedlings, the stalk piece material in order permutation and combination moulding of its stalk tube after for the extruding of stalk blended fertilizer.

With the compressed straw of the packed with isolation bag tube of growing seedlings, its stalk tube is the stalk piece material permutation and combination moulding in order after the extruding of stalk fusion absorbent material.

With the compressed straw of the packed with isolation bag tube of growing seedlings, its stalk is the stalk piece material permutation and combination moulding in order after stalk fusion absorbent material and the fertilizer extruding.

With the compressed straw of the packed with isolation bag tube of growing seedlings, the isolation pocket of suit or for being wrapped in plastic film on the stalk tube on its stalk tube, or on the stalk tube end woven bag arranged for being wrapped in, or on the stalk tube end woven bag arranged for being wrapped in, composite plastic film on the barrel, or for being wrapped in the compound woven bag that is set with the end on the plastic film on the stalk tube, wherein, the upper end of woven bag is provided with hanger.

The beneficial effects of the utility model are: the utility model is made into hexahedron stalk cultivation tube with stalk by special purpose machinery, and the outer wall composite plastic film of tube is furnished with air-vent on the cultivation tube, to increase its retaining and gas permeability.The parcel plastic film can stop root system to be pricked mutually effectively, can guarantee when emerging between tube and the tube not can adhesion, and the intensity that can guarantee tin, tin no bottom structure, can guarantee that root system and soil are connected in one, guarantee the smooth absorption that blends down water of water.Hexagonal structure can utilize the soil the most efficiently, and makes seamless being close together between the tube, to realize the indeformable of tube.By ridging compacting, can realize the uniformity of tube to stalk tube surrounding edge.This kind planting type is convenient to can guarantee after extensive high efficiency seedling cultivating is transplanted the survival rate of nursery stock.Hole on the cultivation tube can make water ooze down fast and be not easy waterlogging, is convenient to the absorption of root system, and the compression stalk of the top layer covering of tube can guarantee the guarantor merchant of trees and the slowly-releasing of fertilizer.

Description of drawings

The utility model is described in further detail below in conjunction with drawings and Examples.

Fig. 1 is an applied in any combination generalized section of the present utility model;

Fig. 2 is a longitudinal section of the present utility model cutaway view;

Fig. 3 is that stalk tube of the present utility model is a hexagon, the cross section view of hexagon outer wall composite plastic film;

Fig. 4 is that stalk tube of the present utility model is a hexagon, the cross section view of the cellular layout of hexagon outer wall composite plastic film;

Fig. 5 is the utility model stalk tube composite plastic film and the longitudinal section cutaway view that is set with woven bag;

Fig. 6 is that stalk tube of the present utility model is a hexagon, hexagon outer wall composite plastic film and the cross section view that is set with woven bag;

Fig. 7 is that stalk tube of the present utility model is a hexagon, hexagon outer wall composite plastic film and the cross section view that is set with the cellular layout of woven bag;

Fig. 8 is that stalk tube of the present utility model is formed hexagon, the cross section view of hexagonal outer wall composite plastic film for the splicing of stalk plate;

Fig. 9 is that stalk tube of the present utility model is formed hexagon, the cross section view of the cellular layout of hexagonal outer wall composite plastic film for the splicing of stalk plate;

Figure 10 is that stalk tube of the present utility model is that the splicing of stalk plate forms hexagon, hexagonal outer wall composite plastic film, is set with the cross section view of woven bag;

Figure 11 is that stalk tube of the present utility model is that the splicing of stalk plate forms hexagon, hexagonal outer wall composite plastic film, is set with the cross section view of the cellular layout of woven bag;

Figure 12 is that stalk tube of the present utility model is that the stalk Guan Bingyong rope binding that stalk is made forms hexagon, the cross section view of hexagonal outer wall composite plastic film;

Figure 13 is that stalk tube of the present utility model is that the stalk Guan Bingyong rope binding that stalk is made forms hexagon, the cross section view of the cellular layout of hexagonal outer wall composite plastic film;

Figure 14 is that stalk tube of the present utility model is that the stalk Guan Bingyong rope binding that stalk is made forms hexagon, hexagonal outer wall composite plastic film, is set with the cross section view of woven bag;

Figure 15 is that stalk tube of the present utility model is that the stalk Guan Bingyong rope binding that stalk is made forms hexagon, hexagonal outer wall composite plastic film, is set with the cross section view of the cellular layout of woven bag.

Among the figure: at the bottom of 1 compressed straw piece material, 2 ventilation holes, 3 plastic films, 4 air-vents, 5 locating pins, 6 stalks, 7 ground, 8 cultivating soils, 9 stalks lid, 10 plant, 11 woven bags, 12 hangers, 13 ropes

Embodiment:

As shown in Figure 1 and Figure 2: compressed straw piece material 1 is provided with ventilation hole 2 longitudinally, compressed straw piece material 1 is combined to form the shape of container, the bottom of container is provided with at the bottom of the stalk that compressed straw makes 6,6 are provided with air-vent 4 at the bottom of the stalk, compressed straw piece material 1 is by locating

5 and 6 positioning and fixing at the bottom of the stalk, and the outer wall of compressed straw piece material 1 is compounded with plastic film 3.Dress cultivating soil 8 is put into plant 10 and is added soil and bury reality in container, and the top layer of cultivating soil is equipped with stalk through compressing the stalk lid of making 9, and stalk lid 9 is provided with air-vent 4, and stalk lid 9 recharges cultivating soil, and watering gets final product.

As shown in Figure 3, Figure 4: compressed straw piece material 1 is for once being squeezed into hexagonal stalk tube, and the outer wall of stalk tube is compounded with plastic film 3.Other is equal to Fig. 1.

As shown in Figure 5: the outer wall composite plastic film of stalk tube 3 and be set with woven bag 11, the upper end of woven bag 11 is provided with hanger 12.Other is equal to Fig. 1.

As Fig. 6, shown in Figure 7: compressed straw piece material 1 once is squeezed into hexagonal stalk tube, and the outer wall of stalk tube is compounded with plastic film 3 and is set with woven bag 11.Other is equal to Fig. 1.

As Fig. 8, shown in Figure 9: compressed straw piece material 1 is squeezed into the stalk plate, and the stalk plate is spliced into hexagonal stalk tube with rope 13 bindings, and the outer wall of stalk tube is compounded with plastic film 3.Other is equal to Fig. 1.

As Figure 10, shown in Figure 11: compressed straw piece material 1 is squeezed into the stalk plate, and the stalk plate is spliced into hexagonal stalk tube with rope 13 bindings, and the outer wall of stalk tube is compounded with plastic film 3 and is set with woven bag 11.Other is equal to Fig. 1.

As shown in Figure 12 and Figure 13: compressed straw piece material 1 is squeezed into the stalk pipe, and effective rope 13 bindings of stalk are spliced into hexagonal stalk tube, and the outer wall of stalk tube is compounded with plastic film 3.Other is equal to Fig. 1.

As Figure 14, shown in Figure 15: compressed straw piece material 1 is squeezed into the stalk pipe, and effective rope 13 bindings of stalk are spliced into hexagonal stalk tube, and the outer wall of stalk tube is compounded with plastic film 3 and is set with woven bag 11.Other is equal to Fig. 1.

Claims

1, a kind of compressed straw tube of growing seedlings with packed with isolation bag, it is characterized in that: stalk compresses the stalk tube of making one through extrusion equipment, or stalk compresses through extrusion equipment and makes the stalk plate, or stalk pipe, or stalk rod, the stalk plate, or stalk pipe, or the stalk rod splices and combines into the stalk tube by connecting positioner, in the stalk tube or be furnished with at the bottom of the stalk that compressed straw makes and the stalk lid, wherein, stalk covers and is provided with the plantation mouth, the stalk lid is spliced at least two blocks of stalk plates with holes that compress, the bottom of stalk tube is connected and fixed the formation container at the bottom of by positioner and stalk, be provided with the isolation pocket of airing function bottom being set with on the container, the stalk tube, at the bottom of the stalk and stalk cover and be evenly distributed with air-vent, the stalk tube, at the bottom of the stalk and stalk lid be at least a kind of material manufacturing of stalk.

2, the compressed straw with the packed with isolation bag according to claim 1 tube of growing seedlings, it is characterized in that: the stalk tube is that stalk material passes through the special-purpose machinery extrusion modling.

3, the compressed straw with the packed with isolation bag according to claim 1 tube of growing seedlings is characterized in that: the stalk piece material in order permutation and combination moulding of stalk tube after for extruding.

4, the compressed straw with the packed with isolation bag according to claim 1 tube of growing seedlings, it is characterized in that: the isolation pocket of suit or for being wrapped in plastic film on the stalk tube on the stalk tube, or on the stalk tube end woven bag arranged for being wrapped in, or on the stalk tube end woven bag arranged for being wrapped in, composite plastic film on the barrel, or for being wrapped in the compound woven bag that is set with the end on the plastic film on the stalk tube, wherein, the upper end of woven bag is provided with hanger.