The utility model relates to a hand-held electromagnetic apple picking device, which belongs to the field of hand tools. A handle is provided, the front end of the handle is fixed with one end of the arc-shaped upper picking head, the front distribution shaft of the handle is hinged with the arc-shaped lower picking head, the arc-shaped upper picking head is closed with the arc-shaped lower picking head to form the front cavity and the rear cavity, the upper picking head between the front cavity and the rear cavity is installed with an upper electromagnet, the lower picking head between the front cavity and the rear cavity is installed with a lower electromagnet, and the upper picking head in the rear cavity is installed with a lower electromagnet A compression spring is installed between the lower picking head and the upper picking head of the front chamber, a knife groove is processed on one side of the upper picking head of the front chamber, and a blade which can be meshed with the knife groove is installed on the lower picking head side of the front chamber. The coil of the lower electromagnet and the picking power switch are connected in series with the electromagnetic coil of the upper electromagnet through the wire, and then form a series circuit with the power switch and the battery through the wire. The utility model has the advantages of simple operation, economy and practicality, replacing manual picking, saving time and labor, high picking efficiency and no damage to fruit.
【技术实现步骤摘要】
手持式电磁苹果采摘装置
本技术涉及手工工具领域,详细地讲是一种手持式电磁苹果采摘装置。
技术介绍
众所周知,我国是世界上苹果种植第一大国,但是我国苹果采摘普遍采用人工采摘,而一些大型的采摘机体积庞大,价格昂贵,不适用普通果农使用,人工采摘效率低,劳动强度大,机械化采摘价格昂贵、容易伤果。
技术实现思路
为了克服现有技术的不足,本技术提供一种手持式电磁苹果采摘装置,操作简单、经济实用、采摘效率高、不伤果。本技术解决其技术问题所采用的技术方案是:一种手持式电磁苹果采摘装置,设有手柄,其特征在于,手柄的前端与弧形的上采摘头一端固定,手柄的前端经销轴与弧形的下采摘头铰连,弧形的上采摘头与弧形的下采摘头闭合后形成了前腔与后腔,前腔与后腔之间的上采摘头上安装上电磁铁,前腔与后腔之间的下采摘头上安装下电磁铁,后腔内上采摘头与下采摘头之间安装有压缩弹簧,前腔的上采摘头一侧边加工有刀槽,前腔的下采摘头一侧边安装有与刀槽可相互啮合的刀片,下电磁铁的线圈与采摘电源开关经导线串联后与上电磁铁的电磁线圈并联,然后经导线与电源开关及电池形成串联回路。本技术还可通过如下措施来实现:所述的刀槽及刀片为180度角设置。所述的上采摘头与下采摘头闭合后形成的前腔内贴合有高软海绵。本技术的有益效果是,操作简单,经济实用,代替人工采摘,省时省力,采摘效率高,不伤果。附图说明下面结合附图和实施例对本技术进一步说明。图1为本技术的结构示意图。图2为采摘头的结构示意图。图中 ...
【技术保护点】
1.一种手持式电磁苹果采摘装置,设有手柄,其特征在于,手柄的前端与弧形的上采摘头一端固定,手柄的前端经销轴与弧形的下采摘头铰连,弧形的上采摘头与弧形的下采摘头闭合后形成了前腔与后腔,前腔与后腔之间的上采摘头上安装上电磁铁,前腔与后腔之间的下采摘头上安装下电磁铁,后腔内上采摘头与下采摘头之间安装有压缩弹簧,前腔的上采摘头一侧边加工有刀槽,前腔的下采摘头一侧边安装有与刀槽可相互啮合的刀片,下电磁铁的线圈与采摘电源开关经导线串联后与上电磁铁的电磁线圈并联,然后经导线与电源开关及电池形成串联回路。/n
【技术特征摘要】
1.一种手持式电磁苹果采摘装置,设有手柄,其特征在于,手柄的前端与弧形的上采摘头一端固定,手柄的前端经销轴与弧形的下采摘头铰连,弧形的上采摘头与弧形的下采摘头闭合后形成了前腔与后腔,前腔与后腔之间的上采摘头上安装上电磁铁,前腔与后腔之间的下采摘头上安装下电磁铁,后腔内上采摘头与下采摘头之间安装有压缩弹簧,前腔的上采摘头一侧边加工有刀槽,前腔的下采摘头一侧边安装有与刀槽可相互...
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