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    • 3. 发明专利
    • CONTAINER
    • JPH11292294A
    • 1999-10-26
    • JP10509698
    • 1998-04-15
    • KUMAGAI NOKI KK
    • KUMAGAI TOSHIO
    • B65D88/68B65G33/16B65G65/46
    • PROBLEM TO BE SOLVED: To provide a container capable of being forcibly discharged from a communication port to a granular material receiving port without clogging. SOLUTION: A discharge part 11 is formed by laterally providing an inlet side discharge part 12 on a delivery end of a granular material discharge passage 7 so as to be communicated with a communication port 14. A discharge blade 6E is provided on a part facing the inlet side discharge part 12 of an auger screw 6. A flange 20 is provided on the communication port 14, and the lower surface of the flange 20 is pinhead between the upper surface 16a of a pipe connecting part 16 and a ring body 21 provided on the upper surface 16A, and the pipe connecting part 16 is rotatably provided. A lock fitting is provided on a connecting port tool 18, and a receiving hole as a lock receiving part to and from which the lock fitting can be attached and detached is provided on the pipe connecting part 16. Therefore, unhulled rice fed along a granular material delivery path 7 can be forcibly discharged, clogging the unhulled rice can be prevented, and the discharging efficiency can be improved. The unhulled rice can be prevented, and the from the periphery of the connecting port 14. Moreover, the connecting port tool 18 is not detached from the pipe connecting part 16 in discharging of the unhulled rice, and the container can be used in comfort.
    • 5. 发明专利
    • GRAIN CONVEYOR AND GRAIN CONVEYING METHOD
    • JPH09301516A
    • 1997-11-25
    • JP14086596
    • 1996-05-10
    • SAITO SHIGENORI
    • SAITO SHIGENORI
    • A01F12/46B65G33/16
    • PROBLEM TO BE SOLVED: To convey out most of grain accumulated in a heap or grain thrown in and accumulated in a receiver by providing the tip side of a conveying cylinder with separate receiving ports from a receiving port, at parts more on the base end side than the receiving port, in a line at specified spaces in a conveying direction. SOLUTION: In addition to a receiving port provided at an insert cylinder part 4 at a tip, the tip side of a conveying cylinder 1 is provided with separate receiving ports a', a",... lined up with appropriate spaces in a conveying direction, at parts on the conveying direction lower reaches of the receiving port at the tip to constitute a grain conveyor A. At the time of conveying grain accumulated in a receiver T or on the floor face of a storage house or the like, the tip side of the conveying cylinder 1 of the grain conveyor A is thrusted deep into a grain accumulated heap or a grain accumulated layer so that a plurality of receiving ports a', a",... are buried in the grain, thus conveying the grain. As a result, a large quantity of grain can be conveyed out without changing the position of the tip insert cylinder part 4 in the grain accumulated heap or grain accumulated layer.
    • 6. 发明专利
    • FLEXIBLE CARRIER DEVICE
    • JPH09272621A
    • 1997-10-21
    • JP8022396
    • 1996-04-02
    • BRIDGESTONE CORP
    • HIGASHIYA REIIENAKA MAKOTO
    • B65G33/12B65G33/16B65G33/34
    • PROBLEM TO BE SOLVED: To superiorly carry a substance while keeping high carrier efficiency and prevent a specific part from being worn, even when a carrier path is largely bent, by moving a substance through a pipe body by relative rotation between a shaft center, which has flexibility and can be flatly deformed, and the pipe body having flexibility. SOLUTION: A pipe body 10 is so arranged as to be laid along a carrier path, which is right-angledly bent, with a core body 12 inserted therein. When the pipe body 10 and the core body 12 are relatively rotated, a substance sent between the pipe body 10 and the core body 12 from an entrance of the pipe body 10 is sent through the bent part of the pipe body 10 in the same way as passing through its linear part and delivered to an exit side at high carrier efficiency by operation being advanced while rotating along a spiral of a rotating spiral groove part 16 or projecting thread parts 18, 20. It is a simple constitution using the pipe body 10 and the core body 12 and can be constituted at few number of parts. The pipe body 10 and the core body 12 are eliminated from being locally and strongly slid so that the local abrasion can be prevented.
    • 10. 发明专利
    • GRAIN CARRYING MACHINE
    • JPH07309423A
    • 1995-11-28
    • JP12688194
    • 1994-05-16
    • SASAKI CORP KK
    • SASAKI HARUOKAGASAWA SHIYOUZOU
    • B65G43/08B65G33/16B65G33/18B65G33/34B65G43/10B65G65/46
    • PURPOSE:To prevent grains from staying in a connecting part or the like of a sending-out conveyor by connecting individual motors to respective ones of a scraping-out conveyor and the sending-out conveyor, first driving a motor of the sending-out conveyor when electric power supply is started, and driving a driving motor of the scraping-out conveyor by delaying a short time. CONSTITUTION:A hopper 1 is formed in a cross-sectional almost V shape, and a scraping-out screw 2 is arranged in the longitudinal direction of a bottom part, and the scraping-out screw 2 is driven by a second motor 9 through a power transmission belt. A socket on one side end of a sending-out conveyor 5 is arranged so as to be adjusted to a connecting port 8, and is made adjacent to a connecting side part of the sending-out conveyor 5, and is driven in a directly coupled condition by a first motor 10. When main electric power supply 11 is closed, an electromagnetic contactor is actuated, and the first motor 10 on the sending-out conveyor 5 side rotates. When this electromagnetic contactor is actuated, a time relay is actuated, and for example, after two seconds to five seconds being preset time, another electromagnetic contactor is actuated, and the second motor 9 driving the hopper 1 side scraping-out screw 2 rotates.