Plant trough production equipment and plant trough transmission mechanism

Abstract

The present invention relates to a plant tank production equipment and a plant tank transmission mechanism, which adjusts its spacing in response to the daily growth of hydroponic plants so that hydroponic plants of different ages can obtain the best growth space for the plant tank production equipment; the present invention The plant trough production equipment includes a feed conveying mechanism, a plant trough conveying mechanism, and a material discharge conveying mechanism; thereby, the plant trough production equipment of the present invention mainly uses a plurality of top parts to locate the hardware design of each water tank, effectively According to the daily growth of hydroponic plants in each water tank, the distance between them is adjusted so that hydroponic plants of different ages can obtain the best growth space. Cooperating with the feeding and discharging of plant tanks, the cultivation of hydroponic plants is indeed automated and improved. The quality of hydroponic plants produced and cultivated, as well as the effective application of limited space, thereby increasing the yield of cultivation and cultivation.

Description

technical field [0001] The present invention relates to a plant trough production equipment and a plant trough conveying mechanism, in particular to a plant trough which adjusts the spacing therebetween in response to the daily growth of hydroponic plants so that hydroponic plants of different ages can obtain optimal growth space Production equipment. Background technique [0002] The general procedure for cultivating hydroponic plants is to first raise seedlings, and then transplant the seedlings to the production tank for cultivation, and grow slowly by the adsorption of the culture medium by the hydroponic plants. Traditional hydroponic plants (such as hydroponic vegetables) are grown in During the growing process, it needs to be transplanted according to the date of planting, for example: planting in the 1st area from the 1st day to the 3rd day, moving it to the 2nd area on the 4th day to the 6th day, and transplanting it from the 7th day to the 9th day. To the 3rd area...

AI Technical Summary

Problems solved by technology

Wherein, the slide plates straddle the tank body and can move along the tank body. The slide board is provided with a fixing frame corresponding to each tank body and equipped with an adsorbing piece, so that the culture solution is placed in each tank body, and the The adsorption part of the fixed frame places the vegetable seeds, and the cultivation of hydroponic vegetables is formed by absorbing the culture solution through the adsorption part, and the sliding board is pushed back in sequence according to the planting date, and after the sliding board is pushed to the end of the tank, the The growing hydroponic vegetables are harvested, so that the cultivation of hydroponic vegetables is more convenient and more efficient; however, although the fixed frame of this patent is moved along the groove body by the slide plate, the volume of the hydroponic vegetables will gradually increase with the increasing growth. Growing its plant shape has the disadvantage of being unable to control the growth spacing required by hydroponic vegetables in the fixed frame; therefore, how to effectively use innovative hardware design to effectively allow hydroponic plants of different ages to obtain their own Optimum growth space can indeed improve the quality of hydroponic plants and effectively use the limited space to obtain a large amount of planted crops. It is still a problem that developers and researchers in related industries such as hydroponic plant cultivation devices need to continue to work hard to overcome and solve. subject

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