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    • 1. 发明专利
    • Seedling transplanter
    • SEEDLING TRANSPLANTER
    • JP2012205504A
    • 2012-10-25
    • JP2011071361
    • 2011-03-29
    • Iseki & Co Ltd井関農機株式会社
    • KAMIYA HISASHIIMAIZUMI DAISUKEFUJISHIRO TAKAYUKIIKEDA TAKASHIKATO TAKESHI
    • A01C11/02
    • PROBLEM TO BE SOLVED: To provide a seedling transplanter having a reserve seedling placing part which efficiently performs to make a developed state in which two or more reserve seedling trays are arranged almost linearly in a front-back direction and to make a laminate state in which the reserve seedling trays vertically overlap each other in planar view, and can surely keep each state in the developed state and the laminate state.SOLUTION: The switching between the developed state in which two or more reserve seedling members 38a, 38b, and 38c are lined in the front-back direction and the laminate state in which the reserve seedling members are lined vertically, by the turn of two or more movement link members 39a, 39b, and 39c, is performed by turning a turn gear 70a by a motor 71, and the reserve seedling placing members 38a, 38b, and 38c can be automatically set in the developed state and the laminate state by the movement link members 39a, 39b, and 39c touching stop plates 73a1 and 73a2 provided in the right place of the reserve seedling member 38.
    • 要解决的问题:提供一种具有备用幼苗放置部分的幼苗插秧机,其有效地进行显影状态,其中两个或更多个备用幼苗盘在前后方向上几乎线性地排列并制成层压体 储备幼苗托盘在平面视图中垂直垂直重叠的状态,并且可以确保每个状态处于展开状态和层压状态。 解决方案:在前后方向上排列有两个或更多个储备苗组件38a,38b和38c的展开状态与备用幼苗部件垂直排列的层叠状态之间的切换 通过由马达71转动转动齿轮70a来执行两个或更多个运动连杆构件39a,39b和39c的动作连接构件39a,39b和39c,并且备用幼苗放置构件38a,38b和38c可以自动地设定在展开状态, 通过运动连杆构件39a,39b和39c接触设置在备用幼苗构件38的右侧的止挡板73a1和73a2的状态。(C)2013,JPO&INPIT
    • 2. 发明专利
    • Seedling transplanter
    • SEEDLING TRANSPLANTER
    • JP2012090585A
    • 2012-05-17
    • JP2010241655
    • 2010-10-28
    • Iseki & Co Ltd井関農機株式会社
    • IMAIZUMI DAISUKEOKUMURA HITOSHIIKEDA TAKASHI
    • A01C11/02
    • PROBLEM TO BE SOLVED: To provide a seedling transplanter having such a seedling stand section that, even in case a plurality of preliminary seedling stands are nearly horizontally spread longitudinally, seedling box(es) on one of the preliminary seedling stands can be smoothly transferred onto another one of the preliminary seedling stands.SOLUTION: The seedling transplanter is such that: both ends of each of the front sides of preliminary seedling stands 38a, 38b and 38c are provided with each of pairs of front-side projections 38a1, 38b1 and 38c1 projected forward, respectively, and the center end of each of the rear sides are provided with rear-side projections 38a2, 38b2 and 38c2 projected rearward, respectively; therefore, in such a spread configuration that the preliminary seedling stands 38a, 38b and 38c are arranged in a row longitudinally, as the rear-side projections 38a2 and 38b2 of the front-side respective preliminary seedling stands 38a and 38b are laid superimposedly on the front-side projections 38b1 and 38c1 of the rear-side respective preliminary seedling stands 38b and 38c when viewed sideways, the preliminary seedling stands 38a, 38b and 38c can be arranged in a row in a partly insertedly fitted condition longitudinally, therefore, seedling boxes 68 to be loaded on the preliminary seedling stands 38a, 38b and 38c can be smoothly moved rearward.
    • 要解决的问题:提供一种具有这样的苗苗台的幼苗插秧机,即使在多个初步秧苗站几乎水平地纵向扩散的情况下,一个预秧苗台上的苗圃也可以是 顺利地转移到另一个预备苗架上。 解决方案:苗移植器是这样的:预备苗架38a,38b和38c的每个前侧的两端分别设置有分别向前突出的一对前侧突起38a1,38b1和38c1, 并且每个后侧的中心端分别设置有向后突出的后侧突起38a2,38b2和38c2; 因此,在这样的扩展结构中,由于前侧各个预备苗架38a,38b的后侧突起38a2,38b2重叠地叠置在预备苗架38a,38b,38c上, 当侧面观察时,后侧各个预备苗架38b和38c的前侧突起38b1和38c1可以纵向地部分地插入配置的条件中排列成一列,因此,预备苗架38a,38b和38c可以纵向布置,因此, 68被装载在预备苗架38a,38b,38c上可以顺利地向后移动。 版权所有(C)2012,JPO&INPIT
    • 3. 发明专利
    • Seedling transplanter
    • SEEDLING TRANSPLANTER
    • JP2012055287A
    • 2012-03-22
    • JP2010204478
    • 2010-09-13
    • Iseki & Co Ltd井関農機株式会社
    • YAMAZAKI HITOSHINOMURA HITOSHITAKAHASHI MANABUFUJISHIRO TAKAYUKIIKEDA TAKASHI
    • A01C15/00A01C11/00A01C15/04
    • Y02P60/214
    • PROBLEM TO BE SOLVED: To provide a seedling transplanter including a fertilizing apparatus that makes the amount of fertilizer to be dispensed from the fertilizing apparatus approximately constant per unit field area, even when the travel speed of the seedling transplanter varies.SOLUTION: The rotational speed of dispensing rolls 73A, 73B of the fertilizing apparatus 5 is changed with a preset variation by means of a fertilizer dispensing electric motor 159, on the basis of the travel speed of a traveling vehicle body 2 detected by a vehicle speed sensor 112 so that the amount of fertilizer to be supplied to the rotating bodies 73A, 73B can be kept constant, even when the rotational speed of the rotating bodies 73A, 73B is changed. For example, when a vehicle speed is accelerated, the rotation of the dispensing rolls 73A, 73B is more decelerated than a proportional relationship so as to prevent the reduction of the amount of fertilizer to be discharged by the rolls 73A, 73B one time and prevent the deficiency of fertilizer, resulting in good growth of seedlings. When the vehicle speed is decelerated, the rotation of the rolls 73A, 73B is changed so as to be more accelerated than the proportional relationship to accelerate the rotational speed of the rolls 73A, 73B, thereby preventing the increase of the amount of fertilizer to be discharged by the rolls 73A, 73B one time, resulting in the prevention of the excessive supply of fertilizer.
    • 要解决的问题:即使当幼苗移栽器的行进速度变化时,提供一种包括施肥装置的幼苗插秧机,其使得从施肥装置中分配的肥料的量在每单位场区域大致恒定。 解决方案:根据通过肥料分配电动机159的预设变化,施肥装置5的分配辊73A,73B的转速基于由 车速传感器112,即使旋转体73A,73B的旋转速度发生变化,即使向旋转体73A,73B供给的肥料的量也可以保持恒定。 例如,当车速加速时,分配辊73A,73B的转动比比例关系更加减速,以防止由辊73A,73B排出的肥料量减少一次,并防止 肥料不足,导致幼苗生长良好。 当车速减速时,辊73A,73B的旋转变化比加速辊73A,73B的旋转速度的比例加速,从而防止了肥料的增加量的增加 一次由辊73A,73B排出,从而防止过量的肥料供给。 版权所有(C)2012,JPO&INPIT
    • 4. 发明专利
    • Seedling transplanter
    • SEEDLING TRANSPLANTER
    • JP2011155947A
    • 2011-08-18
    • JP2010022272
    • 2010-02-03
    • Iseki & Co Ltd井関農機株式会社
    • TOKI HARUMITSUTORITSU TATSUYUKIIKEDA TAKASHIISHII KAZUHIKO
    • A01C11/02
    • PROBLEM TO BE SOLVED: To provide a seedling transplanter for preventing continuation of improper planting actions caused by abnormal feeding of seedlings by detecting transfer of a seedling to a feeding position by a seedling transfer detection means other than an optical sensor.
      SOLUTION: The seedling transplanter is configured to include a planting part 4 attached to the back of a traveling body 2 through a lifting link device 3 and vertically reciprocating to plant seedlings on a field, multiple row seedling trays 80 for holding seedlings and positioned on the planting part 4, a seedling receiving frame 81 for receiving seedlings and placed under each of the multiple row of seedling trays 80, and a seedling feeding device 95 to feed the seedlings placed on the multiple row seeding trays 80. The seedling tray 80 is provided with a start-up detector 31 to transmit a start-up signal by detection of start-up of the seedling feeding device 95 and multiple row seedling detectors 30a-30f transmitting a contact signal upon detection of contact of a seedling approaching a seedling take-out port 78, and an alarming member 32 is actuated when there is no transmission of the contact signal from the seedling detectors 30a-30f within a predetermined period from the transmission of the start-up signal from the start-up detector 31.
      COPYRIGHT: (C)2011,JPO&INPIT
    • 要解决的问题:提供一种用于通过检测通过除了光学传感器之外的幼苗转移检测装置将幼苗转移到进给位置来防止继续由异常进料引起的不正确的种植动作的幼苗插秧机。 解决方案:幼苗移植器被构造成包括通过提升连接装置3附接到行进体2的背面的垂直往复运动的种植部分4,在田地上种植幼苗,用于保持幼苗的多排幼苗托盘80和 定位在种植部分4上,用于接收幼苗并放置在多排幼苗盘80的下面的幼苗接收框架81和用于喂养放置在多排播种盘80上的幼苗的幼苗喂养装置95.幼苗盘 80设置有启动检测器31,用于通过检测秧苗喂入装置95的启动来发送启动信号,并且在检测到接近接近的幼苗的接触时发送接触信号的多个行苗检测器30a-30f 幼苗取出口78,并且当在距离tra的预定时间段内没有从幼苗检测器30a-30f传输接触信号时,启动报警构件32 启动检测器31启动启动信号。版权所有:(C)2011,JPO&INPIT
    • 5. 发明专利
    • Seedling planting machine
    • 种植机
    • JP2009180091A
    • 2009-08-13
    • JP2008017213
    • 2008-01-29
    • Iseki & Co Ltd井関農機株式会社
    • TAMAI YASUSHIFUJIOKA MASAAKIYAMAGUCHI MAKOTOIKEDA TAKASHITOKI HARUMITSU
    • F02D29/00A01C11/02F02D29/02F02D45/00
    • PROBLEM TO BE SOLVED: To solve problems of a conventional seedling planting machine that the inclination of a vehicle body is large, and a load may abruptly be changed at the end of a seedling planting step during a return step, a levee ride-over traveling, and traveling in loading and unloading on/from a truck deck or the like, and therefore, a risk may occur if an idling stop is performed when the vehicle body is inclined.
      SOLUTION: This seedling planting machine which performs seedling planting while traveling by the drive of an engine comprises an inclination sensor 3 for detecting the inclined attitude of the vehicle body. The idling stop of the engine is suppressed by detecting the inclination angle over a specified level of the inclination sensor 3.
      COPYRIGHT: (C)2009,JPO&INPIT
    • 解决的问题:为了解决传统的育苗机的问题,车身的倾斜度大,并且在返回步骤期间在秧苗种植步骤结束时负荷可能突然改变,堤坝乘坐 在行驶中,在卡车甲板等上装卸时行驶,因此如果在车身倾斜时进行怠速停止,则可能发生风险。 解决方案:这种在通过发动机的驱动行进的同时进行幼苗种植的种植机包括用于检测车身的倾斜姿态的倾斜传感器3。 通过检测倾斜传感器3的指定水平面上的倾斜角度来抑制发动机的怠速停止。(P)版权所有(C)2009,JPO&INPIT
    • 6. 发明专利
    • Farm implement
    • 农场实施
    • JP2008154562A
    • 2008-07-10
    • JP2006349975
    • 2006-12-26
    • Iseki & Co Ltd井関農機株式会社
    • MATSUURA NORIOTAKEGAWA KAZUHIROKAMIYA HISASHIIZUMI MITSUTAKAKUSAMOTO HIDEYUKIHAYASHI YASUHIROYAMAGUCHI AKIRATAMAI YASUSHIIKEDA TAKASHISETOGAWA TETSUO
    • A01C11/02
    • PROBLEM TO BE SOLVED: To facilitate the farm work while traversing over a levee and expand the planting work area on a butt part by using a lowering switch exclusively for the lowering operation also as a lifting switch, thereby performing the planting work while lifting a planting part when traversing over a levee. SOLUTION: An implement is provided in a manner liftable relative to a traveling vehicle and the lifting and lowering operation is controlled to be a prescribed height relative to the ground based on the detection result obtained by a ground sensor 25. The agricultural farm vehicle is provided with lifting operation means 23U to lift the implement to a position above the ground, lowering operation means 23D to lower the implement to a state contacting with the ground and an arbitrary lowering operation means 24 to lower the implement from the lifted state above the ground exclusively during the operating period. When a drive connecting and breaking means to connect or break the drive of the implement and the arbitrary lowering operation means 24 to lower the implement in a driven state are operated, the implement is lifted by a controlling means A exclusively during the operating period. COPYRIGHT: (C)2008,JPO&INPIT
    • 要解决的问题:为了便于跨越堤坝的农场工作,并且通过使用专门用于下降作业的下降开关来扩大对接部分的种植工作区域,也作为提升开关,从而进行种植工作 在穿越堤坝时举起种植部件。 解决方案:以相对于行驶车辆可升降的方式提供工具,并且基于由地面传感器25获得的检测结果,提升和降低操作被控制为相对于地面的规定高度。农业农场 车辆设置有提升操作装置23U以将工具提升到地面上方的位置,降低操作装置23D以将工具降低到与地面接触的状态,以及任意的下降操作装置24,以从上方升起的状态降低工具 地面专门在运营期间。 当驱动连接和断开装置用于连接或断开工具的驱动和任意的下降操作装置24以在驱动状态下降低工具时,仅在操作期间由控制装置A提升工具。 版权所有(C)2008,JPO&INPIT
    • 7. 发明专利
    • Float apparatus of working machine for paddy field
    • 草坪工作机水平装置
    • JP2005058081A
    • 2005-03-10
    • JP2003292033
    • 2003-08-12
    • Iseki & Co Ltd井関農機株式会社
    • TAMAI TOSHIOOKADA TAKUYAIKEDA TAKASHIWATABE ICHIRO
    • A01C11/02
    • PROBLEM TO BE SOLVED: To provide a float apparatus of a working machine for a paddy field with which a mud press to an adjacent row is controlled and a stable paddy field operation is carried out by proper grading.
      SOLUTION: The float apparatus 9 of a working machine for a paddy field comprises a float that is liftably arranged at the rear part of the machine body of the working machine 1 for a paddy field to carry out ground working such as planting, sowing, fertilizing, etc., in a paddy field and levels and grades a range for the ground working. The float is equipped with central grading tools 11 and 11 for grading ground working positions P and P of a plurality of rows and side part grading tools 12 and 12 that level and grade ground working positions Q and Q for right and left rows at both the outsides of the central grading tools 11 and 11 and are individually operated. The side grading tools 12 and 12 are equipped with wide main body parts that are extended in the minimum outside widths W necessary for leveling ahead the ground working positions Q and Q. Narrow side parts 12a and 12a are formed integrally with the main body parts from the rear ends of the main body parts along the inner sides of the working tools 5b and 5b of the ground working positions Q and Q.
      COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:提供一种用于水田加工机的浮动装置,通过该浮子装置可以控制相邻排的泥浆压榨机,并通过适当的分级进行稳定的水田作业。 < P>解决方案:水田作业机的浮子装置9包括:浮动装置,其可升降地布置在用于水田的作业机器1的机体的后部,以进行地面作业,例如种植, 播种,施肥等,在水田,水平和等级为地面工作的范围。 浮子配有中央分级工具11和11,用于分级多行的地面工作位置P和P以及侧面分级工具12和12,这两个分级工具在两个位置对左右行的地面工作位置Q和Q进行分级和分级 中央分级工具11和11的外部单独操作。 侧面分级工具12和12具有宽的主体部分,其以在地面工作位置Q和Q之前的平整所需的最小外部宽度W延伸。窄边部分12a和12a与主体部分一体形成, 主体部分的后端沿地面工作位置Q和Q的工作工具5b和5b的内侧。(C)2005,JPO&NCIPI
    • 8. 发明专利
    • Dibbler
    • JP2004275128A
    • 2004-10-07
    • JP2003073888
    • 2003-03-18
    • Iseki & Co Ltd井関農機株式会社
    • NAGAI HIROSHIIKEDA TAKASHIFUMITA HIROSHIOTAKE SHINJI
    • A01C7/12
    • Y02P60/16Y02P60/23
    • PROBLEM TO BE SOLVED: To solve the problems of direct sowing machines comprising the difficulty in the confirmation of proper sowing work owing to the direct driving of seeds into the soil, and practically impossible resowing after improper sowing resulting in the necessity to constantly perform the proper sowing work. SOLUTION: The dibbler is provided with a mobile body traveling by the force of a traveling engine and a sowing device to deliver the seeds by a delivery part driven by a sowing engine and intermittently apply the seed to the soil. The dibbler is provided with a controller to change the driving speed of the sowing engine based on the traveling speed in a manner to apply the seeds at a prescribed spacing independent of the traveling speed of the mobile body. The dibbler is further provided with a delivery period detector to detect the intermittent delivery period by the delivering part of the sowing device and an alarm is generated when the delivery period based on the traveling speed is out of the prescribed value after a prescribed period. COPYRIGHT: (C)2005,JPO&NCIPI
    • 9. 发明专利
    • Fertilizing apparatus
    • 加脂装置
    • JP2004081099A
    • 2004-03-18
    • JP2002246582
    • 2002-08-27
    • Iseki & Co Ltd井関農機株式会社
    • KAMIYA HISASHIIKEDA TAKASHIOKUMURA HITOSHI
    • A01C15/04
    • PROBLEM TO BE SOLVED: To provide a fertilizing apparatus having improved operation efficiency of fertilizing operation.
      SOLUTION: The fertilizing apparatus has two or more sending-out parts 61 for sending out fertilizer from a fertilizer hopper 60 and a fertilizer-recovering pipe 85 arranged along the two or more sending-out parts 61. Fertilizer-discharging openings 83 for discharging the fertilizer to the fertilizer-recovering pipe 85 are installed in each of the two or more sending-out parts 61. A fertilizer-recovering opening 87 for recovering the fertilizer by discharging the fertilizer to the exterior of the machine is installed in the fertilizer-recovering pipe 85, and two or more freely openable opening and closing parts 85a are installed in the positions corresponding to the fertilizer-discharging openings 83 at each sending-out part 61. The plugging of the fertilizer in the fertilizer-recovering pipe of a conventional apparatus is prevented by the fertilizing apparatus to reduce the operation for removing the plugging of the fertilizer and to improve the operability and the operation efficiency.
      COPYRIGHT: (C)2004,JPO
    • 要解决的问题:提供一种具有改善的施肥操作效率的施肥设备。 解决方案:施肥装置具有两个或更多个送出部分61,用于从沿着两个或更多个送出部分61排列的肥料斗60和肥料回收管85送出肥料。肥料排放口83 用于将肥料排出到肥料回收管85的两个或更多个送出部分61中的每一个中。通过将肥料排放到机器的外部来回收肥料的肥料回收开口87安装在 肥料回收管85和两个以上可自由打开的开闭部分85a安装在每个送出部分61处的与肥料排放口83相对应的位置。肥料在肥料回收管中的堵塞 通过施肥装置防止了传统的装置,以减少除去肥料堵塞的操作,并提高操作性和操作效率 NCY。 版权所有(C)2004,JPO
    • 10. 发明专利
    • Powdery granule feed apparatus
    • 粉饼送料装置
    • JP2005058095A
    • 2005-03-10
    • JP2003292557
    • 2003-08-12
    • Iseki & Co Ltd井関農機株式会社
    • ITO MASASHIKATO SATORUTORITSU TATSUYUKIIKEDA TAKASHIFUMITA HIROSHIOTAKE SHINJI
    • A01C15/00A01C15/04
    • PROBLEM TO BE SOLVED: To provide a powdery granule feed apparatus designed to easily unload powdery granules in clogging.
      SOLUTION: The powdery granule feed apparatus has the following construction: The flank of a feed chamber 3 located between a funnel 1 for containing and feeding powdery granules and a feed rotor 2 for receiving the thus fed granules and feeding them is provided with a retrieval port 4 via which remainders in the feed chamber 3 are discharged and a retrieval shutter 5 functioning to open/close the retrieval port 4, wherein the shutter 5 is designed to be openable by turning from a closed position A to inner side B and outer side C. Thus, This apparatus eliminates the trouble that powdery granules often cake in lumps due to bridging phenomena or moisture or the like in a feed chamber where powdery granules fed from a feed funnel are received and then unloaded by the rotation of a feed rotor and the powdery granules cannot be unloaded outside even if a retrieval shutter is opened.
      COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:提供粉末状颗粒饲料装置,其设计成容易地将粉末颗粒卸下来堵塞。 解决方案:粉末颗粒进料装置具有以下结构:位于用于容纳和供给粉末颗粒的漏斗1之间的进料室3的侧面和用于接收由此进料的颗粒并进料的进料转子2设置有 排出进料室3中的剩余部分的取出口4和用于打开/关闭取出口4的回卷快门5,其中快门5被设计成可以通过从关闭位置A转动到内侧B来打开, 外侧C.因此,该装置消除了由于在从进料漏斗供给的粉末颗粒被接收并且然后通过进料旋转而卸载的进料室中由于桥接现象或水分等而导致的粉状颗粒经常块状的问题 转子和粉末颗粒不能在外部卸载,即使打开检索快门。 版权所有(C)2005,JPO&NCIPI