Ultra-germination accelerating system and ultra- cultivation accelerating system

A technology that promotes cultivation and cultivation of soil. It is applied in greenhouse cultivation, botany equipment and methods, and agricultural machinery and equipment. It can solve the problems of difficult and economical temperature management and poor workability, and achieve good workability and energy The effect of less loss and compact overall structure

Inactive Publication Date: 2008-10-29
艾格瑞温特ETUN株式会社
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0012] Especially in the case of cultivating long-day varieties or four-season varieties many times a year, a lot of work with poor workability is required due to the loading and unloading and installation of ni

Method used

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  • Ultra-germination accelerating system and ultra- cultivation accelerating system
  • Ultra-germination accelerating system and ultra- cultivation accelerating system
  • Ultra-germination accelerating system and ultra- cultivation accelerating system

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0045] Referring to Fig. 1, the cultivation soil 2 is accommodated in two seedbed containers 1, 11 respectively, and the seedlings 3 and 3 of the cultivated plants are planted in the cultivation soil 2 of the seedbed containers in two rows.

[0046] The first heat radiation pipes 5, 51 are provided in the seedbed containers 1, 11, respectively.

[0047] The 1st radiating pipe 5,51 is positioned in the middle of two rows of seedlings 3,3. In this embodiment, for the convenience of introduction, it is shown that the 1st radiating pipe 5,51 is arranged on the position close to the top of the cultivation soil respectively, and is arranged in the same position as the cultivation soil. The position where the soil contacts. Usually, however, the first heat radiation pipes 5 and 51 can be installed at the same position.

[0048] The second heat radiation pipe 6 is provided in the middle of the seedbed containers 1,11.

[0049] And at the bottom center of seedbed container 1,11, drai...

Embodiment 2

[0054] The seedbed containers 1 and 11 are installed on the support stand 9 covered with the 1st thermal insulation board 8 together with the 2nd heat radiation pipe 6. As shown in FIG.

[0055] Since the support platform 9 is placed on the fixed platform 19 by the wheels 18, 18 and can move relative to the fixed platform, the operator stands between the fixed platform 19 and the adjacent fixed platform 191, and pushes the support platform 9 laterally from the figure. , can easily open the access to the upper part of the figure for work. At this time, on the left side in the figure, the passage not used for work is blocked.

Embodiment 3

[0057] The first insulation board 8 is provided with hammers 17, 17 at both ends in the figure, and the end 8b of the insulation board 8 is generally shown in the dotted line 8b on the right side of the support platform 9 among the figures, straddling the passage with space and spreading on the adjacent On the support platform 91, it is controlled by the hammer 17.

[0058] The end portion 81b of the first heat insulating board 81 on the adjacent supporting table 91 hangs down naturally in this embodiment, but it may be spread on the supporting table 9 so as to overlap with the end portion 8b of the insulating board 8 .

[0059] When the operator pushes the support table 9 to form a passage, the end portion 8b of the thermal insulation board 8 is folded and installed on the support table 9 as shown by the solid line 8c. Or, similarly to the end 81b of the thermal insulation board 81, it hangs down naturally.

[0060] In this way, since it is easy to open the passage for opera...

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PUM

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Abstract

The invention provides a high assisting cultivating system which can omit the operation with set operation performance poor which needs to carry out moving in and moving out along with the temperature drop at night, cold heating, air supply, etc., improve the operation performance and realize the strict tolerance of set temperature and set time. The whole system is compact and can reduce energy loss, thus providing good operation performance and economical result temperature management. The system comprises a plurality of seedling bed containers for containing culture soil, a support platform for loading the seedling bed containers, a first heat dissipation tube and a second heat dissipation tube arranged on the support platform; the seedlings can be planted in rows in the culture soil and the first heat dissipation tube is arranged between the rows with a plurality of seedlings and is close to the upside of the culture soil or in contact with the culture soil. The first heat dissipation tube and the second heat dissipation tube respectively comprise an inner tube and an outer tube which are coaxial and are horizontally arranged actually; after the space between the inner tube and the outer tube is vacuumed, working liquid is sealed inside the space. The second heat dissipation tube is coaxially held in a third tube which is provided with a plurality of openings on the tube wall.

Description

technical field [0001] The present invention relates to a super-promoted germination system and a super-promoted cultivation system for cultivated plants, and in particular to a method for seasonally cultivated plants such as strawberries, which can be effectively carried out multiple times throughout the year by locally controlling the air temperature and soil temperature. Hyperboost germination systems and hyperboost cultivation systems for germination and multiple harvests. Background technique [0002] Cultivated plants are originally seasonal, but through popular greenhouses and plastic greenhouses, they can be grown and harvested as adults. [0003] However, in general greenhouses, since most of the energy input for temperature regulation is diffused to the surrounding space, a large amount of energy is wasted. On the other hand, in plastic greenhouses, sufficient temperature regulation cannot always be performed. [0004] For this kind of problem, heat pipes are ofte...

Claims

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Application Information

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IPC IPC(8): A01G9/20A01G9/24A01G1/00A01G11/00
CPCY02A40/25Y02P60/14
Inventor 福岛德彦冈村和夫
Owner 艾格瑞温特ETUN株式会社
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