园艺修剪采摘设备综述

Priyanshu Kumar, Sanwal S. Meena, Ranveer S. Shekhawat, Navneet K. Agarwal, Mahendra S. Khidiya
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引用次数: 0

摘要

各种种植技术和生产过程、作业操作、技术程序、土壤管理系统的适当技术、果园拖拉机、土壤作业设备、覆盖和修剪设备、后挖洞机、撒布机、喷雾器、前置刀修剪机、收获设备、运输设备、摇床、收割机等都包括在现代园艺机械化中。收获,修剪和喷洒仍然需要人工劳动,应该自动化。在印度,典型的农场功率密度为1kw ha-1。由于关键运行期间的电力供应,时效性受到限制。为了保持活动的及时性,所需的功率密度为3.75千瓦每小时。区域生产商和全球机械设备市场的相关性怎么强调也不为过。新的生产方法必须是跨学科研究的重点,包括植物科学家、工程师、食品科学家、经济学家和市场营销专业人士。创新的关键是对制度的深刻把握。某些作物需要独特的种植技术,只有这样,专门的机器才能工作。本文综述了不同的果实采摘和修剪设备,以及不同作物收获特性所涉及的不同过程。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Pruning and plucking equipments in horticulture : A review
The various growing techniques and production processes, required to work operations, technical procedures, appropriate techniques for soil management systems, orchard tractors, soil-working equipment, mulching and mowing equipment, post hole diggers, spreaders, sprayers, front-fitted knife trimmers, harvesting equipment, transporting equipment, shakers, harvesters, etc. are all included in modern horticultural mechanization. Harvesting, trimming and spraying still require manual labour and should be automated. In India, the typical farm power density is 1 kW ha-1. Timeliness is limited due to power availability during key operational periods. There is 3.75 kW ha-1 of required power density is thought to be necessary to maintain timeliness of activities. The relevance of regional producers and global markets for machinery and equipment cannot be overstated. New production methods must be the focus of interdisciplinary research including plant scientists, engineers, food scientists, economics, and marketing professionals. The key to innovation is a deep grasp of the system. Certain crops require distinct growing techniques and only then can specialised machinery work. In this review different fruit plucking and pruning equipments were discussed along with the different processes involved for different crops harvesting characteristics.
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