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    • 1. 发明专利
    • 作業車両
    • 工作车辆
    • JP2015009592A
    • 2015-01-19
    • JP2013134444
    • 2013-06-27
    • 井関農機株式会社Iseki & Co Ltd
    • FUKUI TORUSEIKE MICHINORINOMURA MASARUOSANO HIKARIYAMAGUCHI MAKOTOTORITSU TATSUYUKIHOTTA NAOKINAKA HIROKAZUOKADA TAKUYAIMAIZUMI DAISUKEKAWAKAMI SHUHEIFUJISHIRO TAKAYUKITAKAHASHI MANABUYAMASHITA HIDEKI
    • B60T7/04B62D11/08
    • 【課題】作業者に負担を掛けず、作業性と走行性を備え、作業条件に合わせた操作が行える作業車両の提供及び作業者の視認性と居住性を確保した表示パネルを備えた作業車両の提供である。【解決手段】エンジンと左右の前後輪を備えた走行装置を車体フレームに備え、車体フレーム後部に苗植付部を昇降自在に設け、車体フレーム前部に走行操作用ハンドル34と表示パネルとを備えた操縦部を設け、操縦部の下部にブレーキペダル72,73を設けた作業車両において、ブレーキペダル72,73は、左右の後輪への伝動を別々又は同時に入切する旋回ブレーキペダル72と、左右の前後輪への伝動を同時に弱めて停止させる走行ブレーキペダル73とから構成し、旋回ブレーキペダル72を操縦部の左右一側に、走行ブレーキペダル73を左右他側に配置することで、ブレーキの誤操作を防止でき、作業能率や操作性が向上する。【選択図】図3
    • 要解决的问题:为了提供不对操作者造成负担的作业车辆,具有可操作性和行驶性能,并且能够对应于工作条件进行操作,并且具有显示面板的作业车辆能够确保视野和乘员舒适性 该工作车辆包括:发动机和行驶装置,其具有左右车身框架上的前轮和后轮; 设置在车体框架的后部以提升和降低的种苗部分; 具有用于行驶操作的方向盘34的操作部和车体框架的前部的显示面板; 以及设置在操作部下方的制动踏板72,73,制动踏板72,73包括旋转制动踏板72,该旋转制动踏板72分别地或同时地打开/关闭到左右后轮的动力传递和行进制动踏板73,同时 减少向左右前轮和后轮的动力传递,以阻止它们。 可以通过将旋转制动踏板72布置在操作部分的左右两侧和左右两侧的行驶制动踏板73之间来防止制动器的不正确的操作,因此,工作效率和可操作性是 改进。
    • 2. 发明专利
    • 苗移植機
    • 种子运输机
    • JP2014212756A
    • 2014-11-17
    • JP2013094190
    • 2013-04-26
    • 井関農機株式会社Iseki & Co Ltd
    • SHIOZAKI TAKAHIDEHOTTA NAOKINISHIKAZE SEIYA
    • A01C15/00A01C11/00A01C11/02
    • A01C11/00A01C11/02A01C15/00
    • 【課題】予備苗や肥料等の作業用資材を走行車体に積み込む際、走行車体の前側だけでなく側方からでも作業用資材を積み込むことができ、且つ作業用資材の移動に要する作業者の労力が抑えられる苗移植機を提供する。【解決手段】走行車体6の後側に積載した苗を植え付ける苗植付部10を設け、苗植付部10が苗を植え付ける土壌面に肥料を施肥する施肥装置13を設けた苗移植機において、走行車体6の外側部に搭乗部材15を設け、搭乗部材15に延長部材16を機体外側に向けて張出可能に構成し、延長部材16は、搭乗ステップ15に対して回動可能に構成し、搭乗ステップ15を回動させると走行車体6の側方下部に収納される収納位置から、走行車体6の外側の張出位置に切替自在に構成する。【選択図】図1
    • 要解决的问题:为了提供一种能够将工作材料从车身前侧装载,甚至从侧面装载的幼苗移栽机,当将预备幼苗或肥料等工作材料装载在车体上时, 并抑制工作材料运动所需的劳动者的劳动。解决方案:一种育苗机设置有用于种植装载在车体6后侧的幼苗的种苗种植部分10和用于施肥的施肥单元13 土壤表面上的肥料,其中种植种植部分10在其中种植幼苗。 在车身6的外侧设有一个登机构件15,在该登机构件15中,延伸构件16朝向机体的外侧延伸设置。延伸构件16可转动地设置在登机台15上, 并且当登台步骤15转动时,从存储在车体6的侧下部的存储位置切换到延伸到车体6外部的位置。
    • 3. 发明专利
    • Preliminary seedling placing table
    • 初步种植台
    • JP2014183851A
    • 2014-10-02
    • JP2014139650
    • 2014-07-07
    • Iseki & Co Ltd井関農機株式会社
    • OSANO HIKARINAMOTO MANABUYAMAGUCHI AKIRAHOTTA NAOKIKATO TAKESHIKAWADA MAKOTO
    • A01C11/02
    • PROBLEM TO BE SOLVED: To easily transfer a seedling box by switching the box to a rail state that a plurality of preliminary seedling placing tables form a rail-shaped transfer face in one direction by turning a link, in the preliminary seedling placing table of a riding rice transplanter or the like.SOLUTION: Links (26) in fore-and-aft directions are switched to seedling box placing states and rail states by being turned to front-side lower parts from rear erecting inclined postures. There are arranged first stoppers (28) which abut on the links (26) by the turn of the links (26) when switched to the seedling box placing states from the rail states, and hold the links (26) in positions corresponding to the seedling box placing states, and second stoppers (29) which abut on the links (26), and hold the links (26) in positions corresponding to the rail states by the turn of the links (26) when switched to the rail states from the seedling box placing states.
    • 要解决的问题:为了容易地通过将盒子切换到轨道状态来容易地转移幼苗盒,所述轨道状态使得多个初步幼苗放置台通过转动连杆在一个方向上形成轨道形转移面, 搭载米饭插秧机等。解决方案:前后方向的链接(26)通过从后竖立的倾斜姿势转向前侧下部部件,切换到苗条放置状态和轨道状态。 布置有第一止动件(28),当第一止动件(28)被切换到来自轨道状态的放苗状态时,通过连杆(26)的转动而抵靠在连杆(26)上,并且将连杆(26)保持在与 以及第二止动件(29),所述第二止动件(29)抵靠在所述连杆(26)上,并且当所述连杆(26)转换到所述轨道状态时,通过所述连杆(26)的转动将所述连杆(26)保持在与所述轨道状态相对应的位置 苗盒放置状态。
    • 4. 发明专利
    • Planting apparatus and seedling transplanter
    • 植物装置和种子运输机
    • JP2014003947A
    • 2014-01-16
    • JP2012142654
    • 2012-06-26
    • Iseki & Co Ltd井関農機株式会社
    • KATO SATORUHOTTA NAOKISAKATA KENICHIRO
    • A01C11/02
    • PROBLEM TO BE SOLVED: To prevent the likelihood of breaking a planting tool due to unstable timing of seedling planting resulting from a large amount of soil attached around the root of a seedling scraped from a frame of a seedling receiver with a seedling picking claw.SOLUTION: A planting apparatus is provided with a rotary case attached rotatably to a frame of a planting power transmission part, and a plurality of planting bodies 27 attached rotatably to the rotary case. Each of the planting bodies has a planting body case 35, a seedling picking claw 36 attached to the planting body case for picking a seedling from a board for loading the seedling, push-out bodies 29, 37 attached to the planting body case for pushing out a seedling held in the seedling picking claw to a field, push-out body moving mechanisms 32, 33, 41 for moving the push-out bodies along the seedling picking claw, and seedling picking claw moving mechanism 39, 40, 42 for retracting the seedling picking claw along the push-out bodies.
    • 要解决的问题:为了防止由于幼苗种植的时机不稳定而导致的种植工具的可能性,这是由于从具有幼苗采摘爪的幼苗接收器的框架剥落的幼苗的根部附着的大量土壤导致的。 :种植装置设置有可转动地附接到种植动力传递部分的框架的旋转壳体,以及可旋转地附接到旋转壳体的多个种植体27。 每个种植体具有种植体壳体35,附接到种植体壳体的幼苗拾取爪36,用于从用于装载幼苗的板拾取幼苗,附接到种植体壳体上的推出体29,37以推动 将保持在幼苗采摘爪中的幼苗排出到田地,用于沿着秧苗采摘爪移动推出体的推出体移动机构32,33,41以及用于缩回的幼苗采摘爪移动机构39,40,42 沿着推出体的幼苗采摘爪。
    • 5. 发明专利
    • Seedling transplanter
    • SEEDLING TRANSPLANTER
    • JP2013198464A
    • 2013-10-03
    • JP2012070202
    • 2012-03-26
    • Iseki & Co Ltd井関農機株式会社
    • SHIOZAKI TAKAHIDEYAMASHITA HIDEKISEIKE MICHINORIYAMAGUCHI MAKOTOOSANO HIKARINOMURA HITOSHIIMAIZUMI DAISUKEHOTTA NAOKIFUJISHIRO TAKAYUKITAKAHASHI MANABUTAI YOSHIHIRO
    • A01C11/02
    • PROBLEM TO BE SOLVED: To provide a seedling transplanter which can increase the planting depth.SOLUTION: A seedling transplanter includes a seedling-planting device 91 for planting seedlings loaded on a platform in a field. The seedling-planting device 91 includes planting rods 94 for planting seedlings in the field, seedling-planting cases 93, driving gears 102, driven gears 103, relay gears 104, and sub-relay gears 105. The driving gear 102 is disposed in the central portion of the seedling-planting case 93, and is rotated with driving forces from a planting driving shaft 101. The driven gears 103 are disposed at both end portions of the seedling-planting case 93, and drive the planting rods 94. The relay gears 104 are disposed between the driving gear 102 and the driven gears 103, and relay the driving forces. The sub-relay gears 105 are disposed on the rotation shafts of the relay gears 104 and have smaller diameters than the relay gears 104. The driven gears 103 are engaged with the sub-relay gears 105.
    • 要解决的问题:提供一种可以增加种植深度的幼苗插秧机。解决方案:秧苗插秧机包括用于种植装载在田间平台上的秧苗的秧苗种植装置91。 秧苗种植装置91包括用于在田间种植幼苗的种植棒94,秧苗种植箱93,驱动齿轮102,从动齿轮103,中继齿轮104和副中继齿轮105.驱动齿轮102设置在 秧苗种植箱93的中央部分,并且由驱动力从种植驱动轴101旋转。从动齿轮103设置在秧苗种植箱93的两端部并驱动种植棒94.继电器 齿轮104设置在驱动齿轮102和从动齿轮103之间,并且中继驱动力。 副继电器齿轮105设置在中继齿轮104的旋转轴上并且具有比中继齿轮104更小的直径。从动齿轮103与副继电器齿轮105接合。
    • 6. 发明专利
    • Work vehicle
    • 工作车辆
    • JP2011087525A
    • 2011-05-06
    • JP2009244558
    • 2009-10-23
    • Iseki & Co Ltd井関農機株式会社
    • HOTTA NAOKINOMURA HITOSHI
    • A01B69/00A01C11/02
    • PROBLEM TO BE SOLVED: To provide a working vehicle ensuring smooth gyration traveling while avoiding unstable travel caused by slippage even under a field condition to generate slippage of a rear wheel at inner side of gyration and reducing transmission shock of a rear wheel side-clutch to decrease load on an operator and a vehicle body. SOLUTION: The working vehicle is configured to perform a series of interlocked gyration control including stop of a working part 4, disconnection of inner side rear wheel rotation power by the side-clutch and restart of the working part 4 according to a rolling distance by starting the gyrating motion. The side-clutch is configured to allow a half clutch motion by friction plate transmission, allow intermittent transmission of traveling power to the gyration inner side rear wheel 11 by constant-period on/off action of the inner-side side-clutch in the interlocked gyration control with a controller 163 and suppress action speed of the side-clutch in a side-clutch connection process in intermittent transmission to an action speed to develop the half clutch state. COPYRIGHT: (C)2011,JPO&INPIT
    • 要解决的问题:为了提供一种工作车辆,确保平稳的回转行进,同时避免在现场条件下由滑动引起的不稳定行程,从而在回转内侧产生后轮的滑动并减少后轮侧的传动冲击 以减少操作员和车身的负载。 解决方案:作业车辆被构造成执行一系列的联动回转控制,包括停止工作部件4,通过侧离合器断开内侧后轮旋转动力并根据轧制重新启动工作部件4 通过开始旋转运动的距离。 侧离合器构造为通过摩擦片传动允许半离合器运动,允许通过内侧侧离合器在互锁的恒定时间的开/关动作间歇地传递到回转内侧后轮11的行驶动力 通过控制器163进行回转控制,并且将间歇变速器中的侧离合器连接处理中的侧离合器的动作速度抑制到动作速度,以产生半离合器状态。 版权所有(C)2011,JPO&INPIT
    • 7. 发明专利
    • Work vehicle
    • 工作车辆
    • JP2011055779A
    • 2011-03-24
    • JP2009210516
    • 2009-09-11
    • Iseki & Co Ltd井関農機株式会社
    • ISHII KAZUHIKONAMOTO MANABUHOTTA NAOKI
    • A01B69/00A01C11/02B62D11/08
    • PROBLEM TO BE SOLVED: To provide a working vehicle, made so as not to become incapable of traveling by driving a rear wheel on the inside of turning only when the rear wheel on the outside of the turning slips, so as to be able to perform the turning smoothly even under a bad condition. SOLUTION: This working vehicle is configured to include a rear wheel rotation sensor (205) for detecting the number of rotations of the left and right rear wheels in a controlling part (163), and an intermittent On and Off-controlling mechanism (B1) sets the number of rotations of the rear wheel on the inside of the turning based on the number of rotations of the rear wheel on the outside of the turning, detected by the rear wheel rotation sensor by calculation with a prescribed calculating formula, but the calculation formula sets the set number of rotations as a smaller value than the number of the rotations of the rear wheel on the outside of the turning. The vehicle is constituted so that in the case that the detected number of rotations of the rear wheel on the inside of the turning is larger than the set number of the rotations, a side clutch on the inside of the turning is Off, and in the case that the detected number of rotations of the rear wheel on the inside of the turning is smaller than the set number of rotations, the side clutch on the inside of the turning is On. COPYRIGHT: (C)2011,JPO&INPIT
    • 要解决的问题:为了提供一种作业车辆,通过仅在后转轮在车削外侧上滑动时才通过在转弯内侧驱动后轮而不能行驶,从而成为 即使在恶劣的条件下也能平稳地进行转弯。 解决方案:该作业车辆构造成包括用于检测控制部分(163)中的左后轮和右后轮的转数的后轮旋转传感器(205),以及间歇开和关控制机构 (B1)根据由所述后轮旋转传感器以规定的计算公式计算的所述车削外侧的后轮的转数,设定所述车轮内侧的后轮的转数, 但是计算公式将设定的转数设定为比转向外侧的后轮的转数更小的值。 车辆的结构使得在车轮内侧的后轮的检测转数大于设定转数时,转向内侧的侧离合器为Off,在 车轮内侧的后轮的检测转速小于设定转速的情况,转向内侧的侧离合器为On。 版权所有(C)2011,JPO&INPIT
    • 8. 发明专利
    • Operating device of seedling planting machine
    • 种植园机操作装置
    • JP2008211972A
    • 2008-09-18
    • JP2007049289
    • 2007-02-28
    • Iseki & Co Ltd井関農機株式会社
    • HOTTA NAOKIISHII KAZUHIKOKOREHISA MASAKIKAMIYA TATSUO
    • A01C11/02
    • PROBLEM TO BE SOLVED: To solve the problem that operations are complicated and erroneous operations tend to occur, because various switching operations, for example, for lifting and lowering a seedling planting apparatus, for changing a traveling direction, and for taking in and out a line drawing marker are required, when a seedling planting machine body is positioned at a levee edge in the terminal part of a seedling planting step, during seedling planting operations in a field.
      SOLUTION: In this operating device of the seedling planting machine, a planting and lifting switch (3) for lifting the seedling planting apparatus (1) with respect to a vehicle body (2) is arranged at the upside; a planting and lowering switch (4) for lowering the seedling planting apparatus (1) with respect to the vehicle body (2) is arranged on the downside; a left marker switch (7) for locating a left marker (5), applying a line drawing action onto a soil surface on the left side of the machine body, in a line drawing action position is arranged on the left side; a right marker switch (8) for locating a right marker (6), applying a line drawing action onto a soil surface on the right side of the machine body, in a line drawing action position is arranged on the right side; and the planting and lifting switch (3), the planting and lowering switch (4), the left marker switch (7) and the right marker switch (8) are arranged in a cross shape.
      COPYRIGHT: (C)2008,JPO&INPIT
    • 要解决的问题为了解决操作复杂并且发生错误操作的问题,因为例如用于提升和降低秧苗种植设备的各种切换操作,用于改变行进方向,并且用于接收 并且当在种苗种植步骤的终端部分的苗圃边缘处定苗时,在野外种苗操作期间,需要线绘图标记。 解决方案:在该种植机的操作装置中,在上部设置有用于相对于车身(2)提升育苗装置(1)的种植和提升开关(3) 用于使所述秧苗种植设备(1)相对于所述车身(2)降低的种植和下降开关(4)设置在所述下侧; 用于定位左标记(5)的左标记开关(7),在机身主体的左侧的土壤表面上施加线条画动作,布置在左侧; 用于定位右侧标记(6)的右侧标记开关(8),在机身主体右侧的土壤表面上施加线条画动作,排列在右侧; 并且种植和提升开关(3),种植和下降开关(4),左标记开关(7)和右标记开关(8)被布置成十字形。 版权所有(C)2008,JPO&INPIT
    • 9. 发明专利
    • Travel vehicle
    • 旅行车
    • JP2008195232A
    • 2008-08-28
    • JP2007032515
    • 2007-02-13
    • Iseki & Co Ltd井関農機株式会社
    • NAMOTO MANABUOKUMURA HITOSHIHOTTA NAOKIISHII KAZUHIKOOKADA TAKUYA
    • B62D11/08A01C11/02B60G3/14B60G17/015B60G17/016
    • PROBLEM TO BE SOLVED: To provide an agricultural work machine by enhancing turning performance and work efficiency by reducing a turning radius in turning more than a conventional turning radius.
      SOLUTION: When steering a steering wheel 16 of a travel vehicle 1 in the turning direction by a certain specified angle or more, since pressing force of a transmission case 24 by a turning outside hydraulic cylinder 92 is strengthened more than pressing force of a transmission case by a rear wheel 7 side hydraulic cylinder 24 being the turning inside to be lowered by an outside rear wheel 7 in turning even if a load of the turning outside rear wheel 7 is small, the vehicle height on the turning outside rear wheel 7 side becomes high, and since the turning radius becomes smaller, the agricultural work machine superior in the turning performance can be provided.
      COPYRIGHT: (C)2008,JPO&INPIT
    • 要解决的问题:通过相对于传统的转弯半径减小转弯半径,提高转向性能和工作效率来提供农业作业机械。 解决方案:当将行驶车辆1的方向盘16沿转弯方向转动一定的特定角度或更大时,由于变速箱24由转向外侧液压缸92的按压力比加压力 后轮7侧液压缸24的变速器壳体即使转向外侧后轮7的载荷小,转向内侧也被外侧后轮7转动,转向外侧后轮 7侧变高,由于转弯半径变小,所以能够提供转向性能优异的农用作业机械。 版权所有(C)2008,JPO&INPIT
    • 10. 发明专利
    • Traveling vehicle
    • 旅行车
    • JP2008155861A
    • 2008-07-10
    • JP2006349554
    • 2006-12-26
    • Iseki & Co Ltd井関農機株式会社
    • NOMURA HITOSHIOUCHI TAKEYUKISEIKE MICHINORIOSANO HIKARIHOTTA NAOKINAGAI HIROSHI
    • B60K20/02A01C11/02B60T7/00
    • PROBLEM TO BE SOLVED: To provide a traveling vehicle simplifying a mechanical interlocking mechanism between a brake pedal and a transmission lever, and capable of accurately interlocking braking operation with the action of a transmission. SOLUTION: The transmission lever 40 operating a transmission operation arm 43 for changing traveling speed by changing the output of a hydrostatic continuously variable transmission 4, and a brake pedal 41 for making the output of the hydrostatic continuously variable transmission 4 zero are opposingly disposed across the hydrostatic continuously variable transmission 4. A rotation fulcrum of a transmission operating arm 43 is made to serve as a trunnion shaft 4a. The transmission operating arm 43 is operated by the transmission lever 40 and the brake pedal 41 coupled to both end portions of the transmission operating arm 43. Therefore, simple coupling structured can be obtained, and the accuracy of stop interlocking of the hydrostatic continuously variable transmission is improved as compared with a conventional technology. COPYRIGHT: (C)2008,JPO&INPIT
    • 要解决的问题:为了提供一种简化制动踏板和变速杆之间的机械互锁机构的行驶车辆,并能够准确地将制动操作与变速器的作用联系起来。 解决方案:传动杆40通过改变静液压无级变速器4的输出和用于使静液压无级变速器4的输出为零的制动踏板41操作用于改变行驶速度的变速器操作臂43是相反的 设置在静液压无级变速器4之间。变速器操作臂43的旋转支点被制成用作耳轴轴4a。 变速器操作臂43由传动杆40和与变速器操作臂43的两端连接的制动踏板41操作。因此,可以获得简单的结合结构,并且可以获得静液压无级变速器 与传统技术相比有所改善。 版权所有(C)2008,JPO&INPIT