Delivery mechanism for seed cultivation nutrition rods

Abstract

The invention discloses a delivery mechanism of seed cultivation nutrient rods, and belongs to the field of seed cultivation auxiliary mechanical equipment. According to the delivery mechanism, an overturning feeding mechanism is horizontally and fixedly arranged on a delivery supporting seat below one side of a translational rod guide mechanism, a rotating supporting seat is connected to the endpart of a rod bearing guide plate in a hinged mode, a rod pushing profile modelling is horizontally and fixedly arranged at the position, on the lower side of the rod bearing guide plate, of the conveying supporting seat, and a rod guide material tube is vertically arranged on the upper side of the rod bearing guide plate; and a translational guide plate is slidably arranged on a translational guide rod in the horizontal direction, a feeding guide plate is slidably arranged on a feeding guide rod in the horizontal direction, and a rod placing clamping plate is fixedly arranged on one side of an adjusting connecting plate. The delivery mechanism has a reasonable structural design, the cultivation nutrient rods can be horizontally pushed and fed one by one, the cultivation nutrient rods canbe stably, accurately and vertically turned over, the horizontal delivery of the cultivation nutrient rods at vertical stations is realized, the efficiency and quality in the processing process of thecultivation nutrient rods is improved, and the requirements of processing and use are met.

Description

technical field [0001] The invention belongs to the field of seed cultivation auxiliary mechanical equipment, and in particular relates to a transmission mechanism for seed cultivation nutrition bars, which is mainly used in the transmission process of seed cultivation auxiliary equipment. Background technique [0002] Seeds are the most important part of the planting process. Good quality seeds are the basis for high yield and increased production. Seeds are the reproductive system of seed plants and play an important role in the continuation of species. Seeds are closely related to human life. In addition to grain and oil necessary for daily life In addition to cotton and linen, some medicinal, seasoning and beverages come from the cultivation and growth of seeds. Choosing good quality seeds can resist planting risks, enable large-scale planting of melon and fruit plants, improve high yield and economic benefits, and seeds are in the agricultural industry. The top end of t...

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Problems solved by technology

Seed cultivation is the most important and basic technology in the planting process. The seed cultivation technology is very critical. The quality of the seed cultivation method directly determines the germination rate and survival rate of the seeds. If the seed cultivation is not done well, it will seriously affect the unearthed seedlings. rate, causing unnecessary economic losses. The seed cultivation process mainly includes the steps of drying seeds, soaking seeds and accelerating germination. It can efficiently obtain the required nutrients in each cultivation step and grow rapidly and vigorously. The conventional seed cultivation method mainly relies on artificially applying growth hormone and nutrients to the cultivation land of the seeds regularly and quantitatively according to the cultivation time and growth status of the seeds. solution, etc., the operation is cumbersome and it is difficult to accurately provide the required nutrients for each step in the seed cultivation process, and the loss is large during the entire growth hormone and nutrient solution application process, which increases the cost of seed cultivation. The existing seed cultivation The method mainly relies on the seed cultivation nutrition bar to cultivate the seeds with high efficiency and high quality. The nutrition bar is filled with the required nutrients in the seed cultivation process, so that the seeds can be cultivated with high quality and increase economic benefits

During the production process of the existing nutrition bars, the nutritional matrix is ​​mainly filled evenly in the tubular material of the sleeve structure. The transmission is carried out smoothly, so that the tubular material with the sleeve structure can be efficiently and accurately pressed into the nutrition matrix to make the nutrition bar. The existing nutrition bar transmission mechanism is difficult to smoothly move the nutrition bar one by one, and it is difficult to put the nutrition bar Stable and accurate flipping during the transmission process makes it difficult to flip the nutrition bar in the horizontal station to the vertical station for transmission, which reduces the efficiency and quality of nutrition bar transmission and processing, and cannot meet the needs of processing and use.

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