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    • 2. 发明专利
    • Tractor-pulled edible corn harvester
    • 牵引式拉丝食品收割机
    • JP2013094115A
    • 2013-05-20
    • JP2011239618
    • 2011-10-31
    • Kunneppu Kikai Kogyo Kk訓子府機械工業株式会社
    • MATSUDA KAZUYUKI
    • A01D45/02
    • PROBLEM TO BE SOLVED: To efficiently drive each driven part of a tractor-pulled edible corn harvester by embodying a tractor-pulled harvester for an edible corn harvester thereby achieving lower weight and lower cost of a machine body, and properly distributing power supplied from a PTO at the rear part of a tractor.SOLUTION: A power transmission part 30 of the tractor-pulled edible corn harvester 1 is provided with an input shaft 31, a first transmission shaft 32 extending sideways in a direction crossing the input shaft 31 toward a working part supporting frame 14, a second transmission shaft 33 extending in a direction crossing the first transmission shaft 32 along the longitudinal direction of the working part supporting frame 14, and a third transmission shaft 34 extending along the second transmission shaft 33. Power is transmitted to each driven part of the working part 20 from each of a first transmission part 35 to transmit the power from the first transmission shaft 32 to the second transmission shaft 33, a second transmission part 36 to transmit the power from the second transmission shaft 33 to the third transmission shaft 34, and a third transmission part 37 placed at an end of the third transmission shaft 33.
    • 要解决的问题:通过实施用于可食用的玉米收获机的拖拉机牵引收割机来有效地驱动拖拉机牵引的可食用玉米收割机的每个驱动部分,从而实现机体的重量更轻和成本更低,并且适当地分配功率 从拖拉机后部的PTO提供。 牵引式可拉式可食用玉米收割机1的动力传递部30设置有输入轴31,沿着与输入轴31交叉的方向朝向工作部支撑框架14侧向延伸的第一传动轴32, 沿着工作部件支撑框架14的长度方向与第一传动轴32相交的方向延伸的第二传动轴33和沿着第二传动轴33延伸的第三传动轴34。 工作部件20从第一传动部件35中的每一个传递动力以将动力从第一传动轴32传递到第二传动轴33;第二传动部分36,用于将动力从第二传动轴33传递到第三传动轴34; 以及放置在第三传动轴33的端部的第三传动部分37.版权所有(C)2013,JPO&INPIT
    • 7. 发明专利
    • Agricultural product conveyance storage device and harvested onion processing device
    • 农业产品输送储存装置和收获的洋葱加工装置
    • JP2012246092A
    • 2012-12-13
    • JP2011118448
    • 2011-05-26
    • Kunneppu Kikai Kogyo Kk訓子府機械工業株式会社
    • MATSUDA KAZUYUKI
    • B65G47/95A01D33/10B65B25/04
    • PROBLEM TO BE SOLVED: To enable proper setting of the arranging condition of agricultural products in a final container regardless of the setting distance of an agricultural product detection part when the container is lowered by a predetermined angle.SOLUTION: A container mount part 12, a lifting part 13 which moves up and down the container mount part 12, an outgoing conveyor 14 which feeds the agricultural product into a container 11 mounted on the container mount part 12, a slide mechanism part 15 which moves the outgoing end 14A of the outgoing conveyor 14 in an opening 11A of the container 11, and a detection part 16 provided at the outgoing end 14A of the outgoing conveyor 14 to detect the distance between the agricultural products accumulated in the container 11 are provided. The detection part 16 includes: a first detection part 16A which detects the distance between the detection part 16 and the agricultural products and compares the detected distance with a first set distance to operate the lifting part 13; and a second detection part 16B which detects the distance between the detection part 16 and the agricultural products and compares the detected distance with a second set distance to operate the slide mechanism part 15.
    • 要解决的问题:为了使得当容器降低预定角度时,无论农产品检测部的设定距离如何,都能够适当地设定农产品在最终容器中的布置状态。 解决方案:容器安装部分12,上下移动容器安装部分12的提升部分13,将农产品送入安装在容器安装部分12上的容器11中的输出输送机14,滑动机构 将出料传送带14的出口端14A移动到容器11的开口部分11A的部分15以及设置在出料传送器14的出口端14A处的检测部分16,以检测积聚在容器中的农产品之间的距离 11。 检测部16包括:第一检测部16A,其检测检测部16与农产品之间的距离,并将检测到的距离与第一设定距离进行比较,以操作提升部13; 以及第二检测部16B,其检测检测部16和农产品之间的距离,并将检测到的距离与第二设定距离进行比较,以操作滑动机构部15.版权所有:(C)2013,JPO&INPIT
    • 10. 发明专利
    • Onion harvesting system
    • 洋葱收割系统
    • JP2003052347A
    • 2003-02-25
    • JP2001249356
    • 2001-08-20
    • Kunneppu Kikai Kogyo Kk訓子府機械工業株式会社
    • MATSUDA KAZUYUKISHISHIDO RIKIONAKAYAMA TADASHI
    • A23N15/08
    • PROBLEM TO BE SOLVED: To improve the efficiency and easiness of the harvesting work of a large amount of onions while reducing the labor, conserving the environment, and protecting the onion.
      SOLUTION: The leaf and stalk of an onion is cut at a 1st leaf and stalk cutting parts S1, S2, S3, the onions are classified into onions free from the leaf and stalk, cut leaves and stalks, onions failed in cutting the leaf and stalk and off-grade onions to be conveyed. The onions free from the leaf and stalk, the cut leaves and stalks, the onions failed in cutting the leaf and stalk, and the off-grade onions are transferred to an onion holding part A, a discharging part A3, a 2nd leaf and stalk cutting part A2, and an off-grade onion holding part A1, respectively. The leaf and stalk of the onion failed in cutting the leaf and stalk are cut at the 2nd leaf and stalk cutting part A2, and the onion free from leaf and stalk and the cut leaf and stalk are separately transferred to the onion holding part A and the discharging part A3, respectively. The dust generated in the cutting of the leaf and stalk in the 1st leaf and stalk cutting parts S1, S2, S3 is collected.
      COPYRIGHT: (C)2003,JPO
    • 要解决的问题:提高大量洋葱的收获效率和容易度,同时减少劳动力,节约环境,保护洋葱。 解决方法:将洋葱的叶和茎切成第一叶和茎切片S1,S2,S3,将洋葱分为不含叶和茎,切叶和茎的洋葱,洋葱切割叶失败 茎和离子洋葱要传达。 洋葱从叶子和茎上切下来,切叶和茎,洋葱在切割叶子和茎上都没有,洋葱洋葱被转移到洋葱保持部分A,排出部分A3,第二叶和茎 切割部分A2和分级洋葱保持部分A1。 洋葱的叶子和茎茎在切割叶子时没有切割,茎在第二叶和茎切割部分A2切割,洋葱没有叶和茎,切叶和茎分别转移到洋葱保持部分A和 排出部分A3。 在第一叶片和茎切割部分S1,S2,S3中切割叶片和茎茎时产生的灰尘被收集。