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    • 1. 发明专利
    • Apparatus for transporting feeder for seedling raising container and sowing apparatus for seedling raising container
    • 用于输送装载机的运送装置和用于装载集装箱的装置的装置
    • JP2010119372A
    • 2010-06-03
    • JP2008298798
    • 2008-11-21
    • Agritecno Yazaki Co LtdSuzutec Co Ltdアグリテクノ矢崎株式会社株式会社スズテック
    • ISHIKAWA KOICHINAKASHIO TOMOYUKITAKAGI TADAO
    • A01C7/08
    • PROBLEM TO BE SOLVED: To solve a problem wherein seeds can not be sown in a seedling raising container during high-speed transport and has low sowing operation efficiency.
      SOLUTION: The sowing apparatus for a seedling raising container is equipped with a horizontal groove-shaped recess 85 in parallel with a generatrix direction on the outer peripheral surface of a traversal axis feed roll 84 and a slit 86 in the cross direction to the feed recess 85, a rotary seed return brush 95 for sweeping and returning excess seeds to seed storage part 96 formed in a space of the upper side of a front guide plate 80 and the outer peripheral surface of the traversal axis feed roll 84 at the upper position of the traversal axis feed roll 84, a seed guide apparatus 97 that is connected to the feed recess 85, rotated together with the traversal axis feed roll 84 and guides seeds downward at the rear side of the traversal axis feed roll 84 and a raking out knife 87 that forcedly drops seeds connected to the feed recess 85 on each slit 86 on the up-down side in the rotation direction of the traversal axis feed roll 84 than the lower end edge 102 of a guide film 101.
      COPYRIGHT: (C)2010,JPO&INPIT
    • 要解决的问题:为了解决在高速运输期间种子不能播种在育苗容器中并且播种效率低的问题。 解决方案:用于育苗容器的播种装置在横向喂入辊84的外圆周表面上平行于母线方向设置水平槽状凹部85,在横向方向上配置狭缝86, 进给凹槽85,用于将多余的种子清扫并返回到形成在前导向板80的上侧的空间中的种子储存部分96和遍历轴进给辊84的外周表面的旋转种子回刷85 穿过轴供给辊84的上部位置,连接到进给凹槽85的种子引导装置97,与遍历轴进给辊84一起旋转,并且将种子向下引导到遍历轴进给辊84的后侧,并且 耙出刀87,其将穿过轴进给辊84的旋转方向的上下方向上的每个狭缝86上的进料凹槽85的种子与引导膜101的下端缘102强制地落下。 版权所有(C)2010,JPO&INPIT
    • 2. 发明专利
    • Conveyor of feeder for seedling-raising container
    • 喂料机输送机
    • JP2013116128A
    • 2013-06-13
    • JP2013053161
    • 2013-03-15
    • Suzutec Co Ltd株式会社スズテックAgritecno Yazaki Co Ltdアグリテクノ矢崎株式会社
    • ISHIKAWA KOICHINAKASHIO TOMOYUKITAKAGI TADAO
    • A01C7/08
    • PROBLEM TO BE SOLVED: To solve a problem in which the numbers of a gear and chain increase because two gears are necessary for the axial direction of the roll shaft of each transfer roll, and the number of parts and the man-hour increase and the cost rises.SOLUTION: A gear 131 is fixed to a roll shaft 130 of a transfer roll 2, one endless chain 132 is hung around the gear 131 of the given one part of each gear 131, in the gear 131 around which the chain 132 hung, in a gear 131 of a front end and a gear 131 of a rear end, the chain 132 is wound around the upper surface side and the lower surface side, and the front surface or the rear surface of the gear 131, in a gear 131 around which the chain 132 is hung, in an intermediate gear 131A of an intermediate position between a gear 131 of a front end and a gear 131 of a rear end, the chain 132 is engaged with the upper surface side and the lower surface side of the intermediate gear 131A, and a chain support rail 135 is disposed in the lower side of a lower side movement chain 133 of the intermediate chain 132.
    • 要解决的问题为了解决齿轮和链条的数量增加的问题,因为每个转印辊的辊轴的轴向需要两个齿轮,并且部件的数量和工时 增加和成本上涨。 解决方案:齿轮131固定到转印辊2的辊轴130上,一个环形链条132悬挂在齿轮131中的每个齿轮131的给定一个部分的齿轮131周围,链132 悬挂在前端的齿轮131和后端的齿轮131中,链条132围绕齿轮131的上表面侧和下表面侧以及齿轮131的前表面或后表面卷绕 在链条132悬挂的齿轮131处于前端齿轮131与后端齿轮131之间的中间位置的中间齿轮131A中,链条132与上表面侧和下表面 中间齿轮131A的侧面和链条支撑轨道135设置在中间链条132的下侧移动链条133的下侧。(C)2013,JPO&INPIT
    • 3. 发明专利
    • Seeding apparatus
    • 种子装置
    • JP2002369610A
    • 2002-12-24
    • JP2001182549
    • 2001-06-15
    • Suzutec Co Ltd株式会社スズテック
    • TAKAGI TADAO
    • A01C19/02
    • PROBLEM TO BE SOLVED: To provide a seeding apparatus improved in operability and workability along with reduced cost.
      SOLUTION: This seeding apparatus has the following scheme: a conveying table 1 for conveying a raising seedling container 2 containing pots 4 is mounted with a seeding section 20 provided with a seed feed roll 24, the raising seedling container 2 is conveyed reciprocatingly and simultaneously with the rotation of the seed feed roll 24 by the operation of a manually operative handle 37, and there is set up a clutch mechanism 42 between a loading stand for conveying the reaising seedling container 2 and the seeding section 20 so as to act to give a rotation transmission to the seeding section 20 in an advance path while cutting off the rotation transmission in the return path.
      COPYRIGHT: (C)2003,JPO
    • 要解决的问题:提供一种改善操作性和可操作性以及降低成本的播种装置。 解决方案:这种播种装置具有以下方案:用于输送含有盆4的升高的幼苗容器2的输送台1安装有设置有种子进给辊24的接种部分20,提升幼苗容器2被往复运送并与 通过手动操作手柄37的操作使种子进给辊24的旋转,并且在装载台之间设置有用于输送再生幼苗容器2和播种部分20的离合器机构42,以便起作用 在切断返回路径中的旋转传递的同时在提前路径中向播种部20的旋转传递。
    • 4. 发明专利
    • Method for seeding and apparatus for seeding
    • 种子和种植方法
    • JP2009095250A
    • 2009-05-07
    • JP2007267299
    • 2007-10-14
    • Suzutec Co Ltd株式会社スズテック
    • ISHIKAWA KOICHITAKAGI TADAONAKASHIO TOMOYUKI
    • A01C7/00A01G27/00
    • PROBLEM TO BE SOLVED: To solve such problems that: operation efficiency is deteriorated by a change in chemical concentration due to an increase or a decrease in the amount of watering; and the range of a change in the seeding ability per hour is narrow. SOLUTION: A method for seeding is carried out as follows: bed soil is fed from the upper side of a seedling raising container A during transfer with a transfer table 1 by a bed soil feeder 3 and seeds are then fed with a seed feeder 75; cover soil is subsequently fed with a cover soil feeder 115 and watering is carried out from the upper side with a pair of a front and a rear watering parts 45 after feeding the bed soil and before feeding the cover soil; fresh watering is carried out in a watering apparatus 45A on the front side in either of the front or the rear watering parts 45 and suction type chemical spraying is conducted in the other watering apparatus 45B for chemical spraying on the rear side. COPYRIGHT: (C)2009,JPO&INPIT
    • 要解决的问题:为了解决由于浇水量的增加或减少而导致的化学浓度的变化而使操作效率恶化的问题; 每小时播种能力变化的范围很窄。 解决方案:种子的方法如下进行:床土壤从移栽台1通过床土壤喂料器3转移时从幼苗养殖容器A的上侧进料,然后将种子送入种子 进料器75; 覆盖土壤随后被供给覆盖土壤进料器115,并且在进料床土壤之后并且在供给覆盖土壤之前从上侧与一对前部和后部浇水部分45进行浇水; 在前面或后面的浇水部45的前侧的喷水装置45A中进行清水喷射,在另一个喷射装置45B中进行抽吸式化学喷雾,在后侧进行化学喷雾。 版权所有(C)2009,JPO&INPIT
    • 5. 发明专利
    • Transport apparatus and method for assembling the same
    • 运输装置及其装配方法
    • JP2010148430A
    • 2010-07-08
    • JP2008329970
    • 2008-12-25
    • Suzutec Co Ltd株式会社スズテック
    • ISHIKAWA KOICHINAKASHIO TOMOYUKITAKAGI TADAO
    • A01G9/08B65G45/04
    • PROBLEM TO BE SOLVED: To provide a transport apparatus for solving such problems that a work of filling grease into a transport roller of a transport apparatus of a raising seedling container is troublesome, and a formation of a grease chamber for filling grease is troublesome.
      SOLUTION: This transport apparatus is such that a plurality of transport rolls 2 transporting a raising seedling container are pivotally mounted at prescribed intervals on a pair of right and left frames 3 transporting a raising seedling container, and the transport rolls 2 are attached to the frames 3 with a roll rotation axis 4 of the transport roll 2 through an axis receiver 20 filled with grease 31 to be supplied between the frames 3 and the roll rotation axis 4. The axis receiver 20 has an inner cylinder part 22 having an insertion hole 21 to insert the roll rotation axis 4 into, and an external cylinder part 24 with a diameter larger than that of the inner cylinder part 22, and the axis receiver 20 has a grease chamber 30 formed for filling a prescribed amount of grease 31 between the inner periphery of the external cylinder part 24 and the outer periphery of the roll rotation axis 4.
      COPYRIGHT: (C)2010,JPO&INPIT
    • 解决问题的方案:为了解决这样一个问题,提供一种输送装置,其将填充润滑脂的工作填充到提升幼苗容器的输送装置的输送辊中是麻烦的,并且形成用于填充润滑脂的润滑脂室 麻烦。 解决方案:这种输送装置使得运送升高的幼苗容器的多个输送辊2以规定的间隔枢转地安装在运送升高的幼苗容器的一对左右框架3上,并且输送辊2被附接 通过填充有油脂31的轴接收器20与运送辊2的辊旋转轴线4连接,以供给到框架3和辊旋转轴线4之间。轴承座20具有内筒部22,其具有 插入孔21将辊旋转轴4插入到直径大于内筒部22的直径的外筒部24和轴承座20上,形成有用于填充规定量的油脂31的润滑脂室30 外圆筒部24的内周与辊旋转轴4的外周之间。(C)2010,JPO&INPIT
    • 6. 发明专利
    • Feed shutter for soil feeder for raising seedling vessel and method for installing the shutter
    • 用于提升播种机的土壤进料器的进料切换器和安装快门的方法
    • JP2010148429A
    • 2010-07-08
    • JP2008329969
    • 2008-12-25
    • Suzutec Co Ltd株式会社スズテック
    • ISHIKAWA KOICHINAKASHIO TOMOYUKITAKAGI TADAO
    • A01C7/08A01G9/08
    • PROBLEM TO BE SOLVED: To solve the problem that the installment of the feed shutter for a soil feeder for a raising seedling vessel and the installment of a related operating dial have been troublesome. SOLUTION: The soil feeder for a raising seedling vessel includes: a feed hopper 4 above a conveyance stand 3; unloading belt 6 beneath the feed hopper 4; a feed port 7 formed in between the feed hopper 4 and the unloading belt 6; and feed shutters 10 attached to the feed port 7. In the soil feeder, as to the feed shutters 10, the right and left side plates 15 are turnably fitted respectively through a transverse shaft 21 on the right and left side plates 23 of frames 22 fixed on the conveyance stand 3, and provided with arc-shaped gear grooves 30 with the transverse shaft 21 as the center, wherein the gear grooves 30 are engaged on a gear 31 fixed on an operating shaft 32 axially mounted on the side plates 23, and an operating dial 35 is fixedly installed on the operating shaft 32. COPYRIGHT: (C)2010,JPO&INPIT
    • 要解决的问题:为了解决用于升高幼苗容器的土壤供料器的进料快门的安装和相关操作盘的安装是麻烦的问题。 解决方案:用于提升幼苗容器的土壤喂养器包括:输送台3上方的进料斗4; 卸料带6在进料斗4下面; 形成在进料斗4和卸载带6之间的进料口7; 以及连接在进料口7上的进料快门10.在进料器中,对于进料百叶窗10,左右侧板15分别通过框架22的右侧板23和左侧板23上的横轴21可转动地安装 固定在输送台3上,并且以横轴21为中心设置有弧形齿轮槽30,其中齿轮槽30接合在固定在轴向安装在侧板23上的操作轴32上的齿轮31上, 并且操作拨盘35固定地安装在操作轴32上。版权所有(C)2010,JPO&INPIT
    • 8. 发明专利
    • CORNER PART BED SOIL PRESSURIZATION DEVICE FOR SEEDLING RAISING BOX
    • JPH10215693A
    • 1998-08-18
    • JP3439297
    • 1997-02-03
    • SUZUTEC CO LTD
    • TAKAGI TADAO
    • A01G9/08
    • PROBLEM TO BE SOLVED: To provide the corner part bed soil pressurization device of a seedling raising box capable of adjusting a pressurization depth, beautifully performing leveling and improving operability by connecting a parallel link for a front wall corner to a rear wall corner part pressurizing body or the like. SOLUTION: The parallel link 18 for a rear wall corner is arranged on the tilt at a side rear part and the parallel link 30 for the front wall corner composed of a first arm 31 for the front wall corner and a second arm 33 for the front wall corner attached by attaching shafts 32 and 34 formed on the rear part of the attaching shafts 20 and 22 and a front wall corner part pressurizing body 36 fixed so as to connect the lower part of the first arm 31 for the front wall corner and the second arm 33 for the front wall corner for pressurizing the corner part of the front wall of the seedling raising box is arranged on the rear side of the parallel link 18 for the rear wall corner. The parallel link 30 for the front wall corner is connected to the rear wall corner part pressurizing body 24 by a spring 37 for a front link so as to be turned downwards at all times and is also connected to the parallel link 18 for the rear wall corner so as to control downward turning by a connection body 39 for standby.
    • 10. 发明专利
    • BED SOIL-PACKING DEVICE FOR POT
    • JPH0716025A
    • 1995-01-20
    • JP18679793
    • 1993-06-30
    • SUZUTEC CO LTD
    • TAKAGI TADAO
    • A01G9/08
    • PURPOSE:To provide a bed soil-packing device for pot capable of automatizing a soil-packing work by hanging a reverse bowl-like perforated article having diameters increased approximately in the upward direction at the upper part of a raising seedling pot, feeding soil into the raising seedling pot, and transversely transferring the soil-fed raising seedling pot on a transferring belt where vertically vibratory polygonal rotation angular rollers are disposed on the inner surface side of the belt. CONSTITUTION:In the device for packing soil into a raising seedling container for transplanting the seeding of a vegetable, flower, pot plant, etc., a reverse bowl-like perforated article 20 formed so as to have diameters enlarged approximately in the upward direction is disposed in a hung state at the upper center of a raising seedling pot 1 larger than the perforated article 20, and polygonal cross-sectional rotating angular rollers 45 capable of being vertically vibrated with a vibration device 32 are arranged on the inner surface side of a transfer belt 38 for transversely transferring the raising seedling pots 1 filled with screened soil from the upward side. Furthermore, rotation shafts 46 disposed on both the ends of the rollers are pivotally mounted in a transfer table 31, and the rotating angular rollers 45 are rotated with a motor for vibration. Thus, frames 7 for loading the raising seedling pots are vertically vibrated with the angular parts 51 of the rotating angular rollers 45. While vertically vibrated, the raising seedling pots 1 are transferred and subsequently taken out of a pot-taking site 53, thereby automatically performing the soil-packing work of the pots.