The utility model relates to a field of agricultural machinery, in particular to a peanut picking machine. Including gusset plate, side walls of both ends of the rear side of the plate are provided with supporting wheels, two wheels by the second conveyor connected with the side wall of the front plate, left is provided with a driving wheel, a driving wheel shaft extends through the gusset plate, rotating shaft to the output shaft of the motor and the driving wheel are arranged on the belt wheel, belt wheel the belt is connected with the side wall, the right front side of the buckle end is provided with a driven wheel, a driving wheel and a driven wheel connected by the first conveyor belt, the conveyor belt will be surrounded by the first block and the front side wall, the conveyor belt will be second after the rear side wall block and plate surrounded by the gusset plate is arranged on the surface of the side wall of the lower leg. The left and right sides of the supporting legs connected through the support plate, the support plate is provided with a plurality of long hole and vertical support plate, support plate is arranged on the lower surface of the scraper. The utility model has the advantages of convenient operation, small noise, low manufacturing cost, energy saving and environmental protection, and greatly reducing the dust in the work.
【技术实现步骤摘要】
一种花生摘果机
本技术涉及到一种农用机械领域,具体涉及到一种花生摘果机。
技术介绍
花生摘果机是近几年才开始推广应用的一种花生收获机械,与其它农作物收获机械相比起步较晚,按其喂入方式可分为全喂入式和水平喂入式。全喂入式花生摘果机主要用于北方从晾干后的花生蔓上摘果,存在功率消耗大、摘果不净、分离不清和破碎率高等缺点。水平喂入式花生摘果机对干、湿花生蔓均可使用(由于鲜花生往往经济效益更高,因此该机尤其适用于摘鲜果),主要应用于南方地区。但现有此类机型在摘果效率、损失率上还不稳定,且制造成本高,因此很少使用。
技术实现思路
本技术所要解决的技术问题在于一种结构简单,噪音小,具有筛选功能,制造成本低,节能环保的一种花生摘果机。为了实现上述目的,本技术提供的技术方案是:一种花生摘果机,包括呈倒“C”形且开口朝下的扣板,扣板右端向上倾斜,扣板后侧的侧壁两端均设置有支撑轮,两支撑轮由第二传送带连接,扣板前侧的侧壁左端设置有主动轮,主动轮的转轴向上延伸穿出扣板的上表面,转轴右侧的扣板上表面上设置有电机,电机的输出轴上和主动轮的转轴上均设置有带轮,两带轮通过皮带连接,扣板前侧的侧壁右端设置 ...
【技术保护点】
一种花生摘果机,包括呈倒“C”形且开口朝下的扣板(8),其特征在于,扣板(8)右端向上倾斜,扣板(8)后侧的侧壁两端均设置有支撑轮(10),两支撑轮(10)由第二传送带(11)连接,扣板(8)前侧的侧壁左端设置有主动轮(7),主动轮(7)的转轴(15)向上延伸穿出扣板(8)的上表面,转轴(15)右侧的扣板(8)上表面上设置有电机(1),电机(1)的输出轴上和主动轮(7)的转轴(15)上均设置有带轮,两带轮通过皮带(2)连接,扣板(8)前侧的侧壁右端设置有从动轮(9),主动轮(7)和从动轮(9)由第一传送带(3)连接,扣板(8)后侧的侧壁朝向前侧壁的面上设置有后档块(12), ...
【技术特征摘要】
1.一种花生摘果机,包括呈倒“C”形且开口朝下的扣板(8),其特征在于,扣板(8)右端向上倾斜,扣板(8)后侧的侧壁两端均设置有支撑轮(10),两支撑轮(10)由第二传送带(11)连接,扣板(8)前侧的侧壁左端设置有主动轮(7),主动轮(7)的转轴(15)向上延伸穿出扣板(8)的上表面,转轴(15)右侧的扣板(8)上表面上设置有电机(1),电机(1)的输出轴上和主动轮(7)的转轴(15)上均设置有带轮,两带轮通过皮带(2)连接,扣板(8)前侧的侧壁右端设置有从动轮(9),主动轮(7)和从动轮(9)由第一传送带(3)连接,扣板(8)后侧的侧壁朝向前侧壁的面上设置有后档块(12),扣板(8)前侧的侧壁朝向后侧壁的面上设置有前档块(18),第一传送带(3)将前档块(18)和扣板(8)前侧壁包围,第二传送带(11)将后档块(12)和扣板(8)的后侧壁包围,扣板(8)侧壁下表面上设置有支腿(4)...
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