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    • 104. 发明专利
    • METHOD FOR MEASURING MOISTURE
    • JPS61277043A
    • 1986-12-08
    • JP11957985
    • 1985-05-31
    • NOGYO KIKAIKA KENKYUSHO
    • FUKUMORI ISAOMICHIMUNE NAOAKISUZUKI MITSUONAKAGAWA YASUO
    • G01N27/04G01N27/02G01N27/22
    • PURPOSE:To make it possible to easily and instantaneously measure the moisture of a high moisture substance by a simple structure, by winding a coil around the outer periphery of a non-conductive container receiving a water-containing substance and catching the change in the inductance of the coil due to the quantity of moisture in the water-containing substance to measure the moisture of the water-containing substance. CONSTITUTION:When livestock excretion A to be measured is received in a container 1 and a change-over switch 6 is connected to a contact 6a, the inductance of a coil 2 changes to be outputted to a terminal 7 through an oscillation circuit 5 and the moisture of the livestock excretion A is detected on the basis of said output but, concretely, said moisture is grasped as the change in resonance frequency. In this case, because the resonance frequency is different by the shape of the container 1 or the length of the coil, the relation between moisture and the change quantity of resonance frequency is preliminarily corrected prior to measurement. When the moisture of the livestock excretion A to be measured is low (for example, one on the way of drying), the change-over switch 6 is changed over to the side of a contact 6b to make it possible to perform the measurement according to the same electrostatic capacity measuring method as a conventional known method using an electrode 3. As mentioned above, the measurement of high moisture by the coil and that of low moisture by the electrode 3 can be performed.
    • 106. 发明专利
    • Silage take-up device for silo
    • SILO的SILTING TAKE-UP设备
    • JPS61124436A
    • 1986-06-12
    • JP24539584
    • 1984-11-20
    • Nogyo Kikaika Kenkyusho
    • SUZAWA KENZOSASAYA SADAOHOSOKAWA HISASHI
    • B65G65/36
    • B65G65/36
    • PURPOSE:To enable take-out of even silage at the corner of a square tower silo, by a method wherein the chain conveyor with claws of a silage take-up device is moved along the inner wall surface of a silo, and the silage is scraped to the central part and is discharged with the aid of a blower. CONSTITUTION:A silage take-out device (unloader) 1 is vertically movably located to the upper surface position of silage S contained in a silo 2. A chain conveyor 17 with claws, which is extended radially from about the central position of the plane surface of the silo 2 and is rotated as it is horizontally rotated and carries the silage S toward a rotation center as it scratches, and a blower chute 13 which discharges the silage S, carried by the chain conveyor 17, to the outside of the silo, are provided. The conveyor 17 has its forward end normally moved along the inner wall surface of the silo 2, and causes claws 24 for silage carriage to stand upright in a range of to a central position from the inner wall surface of the silo and be kept in a carrying state and be kept in a non-carrying state in a portion ranging across the central position of the silo.
    • 目的:为了能够在方塔筒仓的拐角处取出均匀的青贮饲料,通过一种方法,其中将带有青贮饲料装置的爪子的链式输送机沿筒仓的内壁表面移动,青贮饲料是 刮到中央部分,并借助鼓风机排出。 构成:青贮饲料装置(卸料机)1可垂直移动地位于料仓2中的青贮饲料S的上表面位置。具有爪的链条输送机17,其从平面的中心位置径向延伸 并随着其水平旋转而旋转,并且随着刮擦将青贮料S运送到旋转中心,并且将由链式输送机17承载的青贮料S排出到料仓外部的鼓风机斜槽13, 被提供。 输送机17的前端通常沿筒仓2的内壁面移动,使得青贮饲料托架24在从料仓的内壁面到中心位置的范围内直立,并保持在 并且在跨越筒仓的中心位置的部分中保持处于不携带状态。
    • 107. 发明专利
    • Washer for edible root
    • 洗碗机为食用根
    • JPS6128375A
    • 1986-02-08
    • JP14902084
    • 1984-07-17
    • Nogyo Kikaika Kenkyusho
    • ONODA AKIHIKOYAMAKAWA HIDETOFURUYA TADASHI
    • A23N12/02A23N12/06
    • Y02A40/922
    • PURPOSE: To reduce washing water, and to make the titled device usable in fields, etc., by removing earth from edible roots sent from a feed part while rotating them, transporting them to a washing tank while washing, storing for a while washed water used, refeeding the washed water to the washing tank often filtering it.
      CONSTITUTION: The edible roots A are sent the pretreatment part 2 by the conveyor 1, rotated, earth is removed by the brushing rolls 3, 3..., and the edible roots are sent to the dehydrating part 11 while being washed by the brushing rolls 8 and brush 9 in the washing tank 7 of the washing part 6. Water dropped from the washing part 6 and the dehydrating part 11 is stored for a while below the net conveyor 18, sent to the filtering part 20, and recycled by the recycling tank 19.
      COPYRIGHT: (C)1986,JPO&Japio
    • 目的:为了减少洗涤水,使标题装置可用于田野等,通过在旋转它们时从进料部分送出的食用根除去土壤,在洗涤时将其运送到洗涤槽,储存一段时间洗涤的水 使用时,将洗涤的水重新送入洗涤槽,经常过滤。 构成:食用根A通过输送机1送出预处理部2,旋转,刷子3,3 ...除去土壤,将食用根送至脱水部11,同时通过刷洗 辊8和刷子9在洗涤部分6的洗涤槽7中。从洗涤部分6和脱水部分11滴下的水在净传送带18下方被储存一段时间,送到过滤部分20, 回收罐19。
    • 110. 发明专利
    • Agricultural powder sprinkling device
    • 农业粉末搅拌装置
    • JPS60193562A
    • 1985-10-02
    • JP5023084
    • 1984-03-15
    • Nogyo Kikaika Kenkyusho
    • TSUGA KOUNOSUKEKAJIYAMA MICHIO
    • B05B5/08B05B7/14
    • B05B7/1427B05B7/1413
    • PURPOSE: To improve the electrification efficiency of a powdery agent and to enhance the inhibiting effect by passing a mixture of the powdery agent and air through a metallic cylinder, and passing air alone through the space between the outer cylinder and the metallic cylinder.
      CONSTITUTION: A metallic cylinder 3 is concentrically arranged at the interior of an outer cylinder 4, and a metallic rod 1 having protrusions is provided in the circumferential direction at the inside of the metallic cylinder 3. A mixture of a powdery agent and air is passed through the inside of the metallic cylinder 3, and air alone is passed through the space between the outer cylinder 4 and the metallic cylinder 3. The electrification efficiency of the powdery agent is improved in this way, and the adhesion of the agent to objective materials is increased. Accordingly, the loss of the powdery agent can be reduced.
      COPYRIGHT: (C)1985,JPO&Japio
    • 目的:提高粉剂的起电效率,通过将粉剂和空气的混合物通过金属圆筒通过,并使空气通过外筒与金属圆筒之间的空间而增强抑制效果。 构成:金属筒3同心地布置在外筒4的内部,并且在金属圆筒3的内侧沿圆周方向设置有具有突起的金属杆1.通过粉末状和空气的混合物 通过金属圆筒3的内部,单独的空气通过外筒4和金属筒3之间的空间。粉末状试剂的带电效率以这种方式提高,并且试剂与目标材料的粘合力 增加了。 因此,可以降低粉末剂的损失。