CN108811931A - A kind of controllable rice seedling on watered bed cup of sweet osmanthus - Google Patents

Abstract

The application discloses a controllable water seedling cup for osmanthus fragrans, which includes a cup wall and a cup bottom. A hollow structure for storing water is provided in the cup wall. A water inlet is provided on the upper edge of the cup wall to communicate with the hollow structure. The top is provided with mesh holes for seeping water into the matrix in the cup, and the bottom of the cup is provided with a water seepage grid. The invention is novel in design, unique in structure and wide in application, and solves the problems of difficult soil water retention and time-consuming and labor-consuming watering in seedling cups. And less investment, easy to operate, high efficacy, very practical, promotional. The application can keep the soil moisture in the roots of the seedlings, increase the survival rate of the seedlings, and the survival rate can be increased by 35-40%, and can also reduce the number of watering of the seedlings, thereby reducing the cost of the seedlings.

Description

Osmanthus fragrans controllable water nursery cup

technical field

The invention belongs to the technical field of seedling planting, and in particular relates to an osmanthus controllable water seedling raising cup.

Background technique

General garden tree seedling is exactly watering after finishing potting and an important task in the maintenance process, usually sprinkling irrigation or manual watering. Generally, sweet-scented osmanthus needs to be sprayed once a day within a week after being potted. At the same time, it is affected by the ambient temperature, moderate temperature and the water retention rate of the substrate. In the actual watering process, it will also need to be watered manually. In addition, after completing the watering work, different trees need to be supplemented appropriately according to site factors, seedling quality factors, etc., which undoubtedly increases the workload. Furthermore, in the case of large-scale planting, the normal method of judging soil moisture content by artificially observing surface soil moisture is too extensive, which will also bring excessive errors and increase production costs. On the other hand, considering the follow-up irrigation, frequent artificial water pipe irrigation and automatic sprinkler irrigation will cause serious soil erosion, exposed tree roots, impermeable irrigation and other problems, which will affect the growth effect of saplings.

Contents of the invention

Purpose of the invention: Aiming at the deficiencies in the prior art, the purpose of the invention is to provide a controllable water seedling cup for osmanthus fragrans, which has controllable water replenishment and meets the needs of use.

Technical solution: In order to realize the above-mentioned purpose of the invention, the technical solution adopted in the present invention is:

An osmanthus controllable water seedling cup, comprising a cup wall and a cup bottom, a hollow structure for water storage is provided in the cup wall, a water inlet is provided on the upper edge of the cup wall to communicate with the hollow structure, and a water inlet is provided on the cup wall. A water seepage grid is arranged on the bottom of the cup for the mesh hole to seep into the matrix in the cup.

The seedling cups are made of new plastics, recycled waste plastics, and degradable materials.

A detachable semicircular water seepage structure may also be provided on the upper edge of the cup wall.

The seedling cup is circular, regular or irregular polygonal.

The mesh holes are arranged on the inner wall of the cup wall, and multiple rows are evenly arranged up and down.

The cup wall is an integral structure or a split structure, wherein the split structure is formed by combining an outer wall and an inner wall with matching shapes.

The osmanthus controllable water seedling cup of the present application has a water seepage grid at the bottom, a semi-closed annular structure with a water seepage grid at the top of the cup wall, and the hollow structure of the cup wall is used for water storage; the cup wall is arranged from top to bottom. There are rows of mesh holes (capillaries), and the water in the water storage space is supplied to the root system of the seedlings through the capillary structure. When watering in normal times, water can be supplied directly through the water injection port, or directly into the basin. When the water surface exceeds the basin mouth, excess water will be injected into the water storage space through the seepage grid for subsequent use.

Beneficial effect: compared with the prior art, the present application has the following advantages:

(1) The application injects water into the seedling cup through the water injection port, and the water seeps out from the water seepage port, which can accurately irrigate the lower part of the tree roots, facilitate the trees to absorb water, effectively reduce water evaporation, and keep the roots of the seedlings in the seedling planting holes. Soil moisture shortens the slowing down time for planting seedlings, increases the planting survival rate of seedlings, and the planting survival rate can be increased by 35-40%, and can also reduce the number of times of irrigation of seedlings, thereby reducing the cost of seedlings;

(2) The cup body of the present application can be set in a variety of shapes such as square, rectangle, circle or polygon, and the size of the cup body can be set to adapt to trees of different sizes; and the inner and outer cup bodies can be made of recycled waste plastics , and can be reused to realize resource reuse;

(3) The semi-closed ring structure of the water seepage grid of the present application can allow excess water from watering to flow into the water storage space for subsequent use, so that various watering methods can be used in the management and maintenance of garden trees.

Description of drawings

Fig. 1 is a schematic structural view of an osmanthus controllable water seedling raising cup.

Detailed ways

Further illustrate the present invention below in conjunction with accompanying drawing.

As shown in Figure 1, the sweet-scented osmanthus controllable water seedling raising cup of the present application comprises cup wall 1 and cup bottom 2, and cup bottom 2 seals cup wall 1 from the bottom, forms the seedling raising cup of upper end opening, places matrix in the seedling raising cup, It can be used exclusively for cultivating sweet-scented osmanthus, and can also be used for cultivating other plants. Wherein, the cup wall 1 is a cup wall with a certain thickness, and a hollow structure 6 for storing water is provided in the cup wall, and a water inlet 3 is provided on the upper edge of the cup wall 1 to communicate with the hollow structure 6; There are mesh holes 4 for seeping water into the matrix in the cup, and a water seepage grid 7 is provided on the bottom 2 of the cup, and at the same time, a semicircular water seepage structure 5 can also be provided on the upper edge of the cup wall 1 .

The cup wall 1 can be formed by combining the outer cup wall and the inner cup wall with matching shapes (that is, a split structure), or it can be an integral structure, leaving a water storage space between the outer cup wall and the inner cup wall, which is hollow Structure; wherein, the mesh 4 is arranged on the inner cup wall, and several groups can be arranged at intervals up and down, depending on the size of the cup body to change, to ensure that water can flow into every space at the root of the tree. The semicircular seepage structure 5 that is arranged on the top of the cup wall is detachable.

The cup wall 1 can be made of plastic materials, easily degradable materials, polymer materials, etc.; the cup body can be made of recycled plastic materials, which conforms to the concept of environmental protection, and has low manufacturing cost and is easy to manufacture.

In this application, the substrate is placed in the cup to plant seedlings, and water is injected into the hollow structure through the water injection port. The water seeps out from the water seepage hole, and can be accurately watered to the lower part of the tree root, which is convenient for the tree to absorb water, can effectively reduce water evaporation, and maintain seedling growth. The soil moisture at the root of the seedlings in the cup can shorten the time for repotting the seedlings, increase the planting survival rate of the seedlings, and the planting survival rate can be increased by 35-40%, and can also reduce the number of irrigation of the seedlings, thereby reducing the cost of the seedlings.

The seedling cup of the present application can be set into various shapes such as square, rectangle, circle or polygon, and by setting different inner and outer cup sizes to adapt to trees of different sizes; and the cup body can be made of recycled waste plastics, and It can be reused to realize resource reuse.

The Osmanthus osmanthus controllable water seedling raising cup of the present application, the bottom is provided with water seepage grid, is provided with the semi-closed ring structure of water seepage grid at the top of cup wall (can make the excess water of watering flow into the water storage space for follow-up utilization, make in A variety of watering methods can be used in the management and maintenance of garden trees), the hollow structure of the cup wall is used for water storage; the cup wall is provided with rows of mesh holes (capillary holes) from top to bottom, and the water in the water storage space passes through The capillary structure supplies the root system of the seedlings. When watering in normal times, water can be supplied directly through the water injection port, or directly into the basin. When the water surface exceeds the basin mouth, excess water will be injected into the water storage space through the seepage grid for subsequent use.

The above is only a preferred embodiment of the present invention, it should be pointed out that, for those of ordinary skill in the art, without departing from the principle of the present invention, some improvements and modifications can also be made, and these improvements and modifications can also be made. It should be regarded as the protection scope of the present invention.

Claims (6)

1. a osmanthus controllable water seedling cup, is characterized in that: comprise cup wall (1) and cup bottom (2), be provided with the hollow structure (6) that is used for water storage in cup wall (1), in cup wall The upper edge of (1) is provided with a water inlet (3) communicating with the hollow structure (6), and a mesh (4) for seeping water into the matrix in the cup is provided on the cup wall (1), and on the bottom of the cup (2) Water seepage grid (7) is provided. 2. The controllable water seedling cup for sweet-scented osmanthus according to claim 1, characterized in that: the material of the seedling cup is newly made plastic, recycled waste plastic, or degradable material. 3. The controllable water seedling cup for osmanthus fragrans according to claim 2, characterized in that: a detachable semicircular water seepage structure (5) can also be provided on the upper edge of the cup wall (1). 4. The controllable water seedling cup for sweet-scented osmanthus according to claim 2, characterized in that: the seedling cup is circular, regular or irregular polygonal. 5. The controllable water seedling raising cup for osmanthus fragrans according to claim 1, characterized in that: the mesh (4) is arranged on the inner wall of the cup wall (1), and multiple rows are evenly arranged up and down. 6. The controllable water seedling cup for osmanthus fragrans according to claim 1, characterized in that: the cup wall (1) is an integral structure or a split structure, wherein the split structure adopts a combination of an outer wall and an inner wall with matching shapes made.