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    • 3. 发明专利
    • AMMUNITION MAGAZINE DEVICE
    • JPH085288A
    • 1996-01-12
    • JP15808694
    • 1994-06-16
    • JAPAN TECH RES & DEV INSTJAPAN STEEL WORKS LTD
    • KANO YASUOOKAJIMA MASAYUKI
    • F41A9/01F41A9/04F41A9/37F41A9/66F41A9/76
    • PURPOSE:To feed an ammunition by the power of a bullet or an explosive charge by disposing a plurality of tubes for containing magazine bullets or explosive charges disposed at upper and lower positions in an annular state having a long lateral side with parallel central axes. CONSTITUTION:An ammunition magazine device 3 is contained in a housing 6, vertically partitioned by a boundary wall 6b, and included with an explosive charge magazine 5 above a bullet magazine 4. Bullets conveyed from a bullet conveying inlet 21 into a predetermined bullet tube 8 are fed by a collar member 8a and a link member connected in an endless circle state, and can be pushed forward of a partition wall 2a from a bullet delivery outlet 23 and a bullet take-out port 24 by a bullet delivering mechanism 18 provided corresponding to the outlet 23. The charges conveyed from an explosive charge conveying inlet 20 into a predetermined explosive charge tube 7 can be pushed forward of a partition wall 2a from an explosive charge outlet 22 and an explosive charge take-out port 25 by an explosive charge delivering mechanism 19 provided corresponding to the outlet 22.
    • 4. 发明专利
    • LIFTING OR LOWERING DEVICE
    • JPH07324894A
    • 1995-12-12
    • JP11696494
    • 1994-05-30
    • JAPAN TECH RES & DEV INSTJAPAN STEEL WORKS LTD
    • KANO YASUOSANO SHINICHI
    • F41A27/00F41A27/28F41G5/00
    • PURPOSE:To reduce a torque to be required of an electric motor and make a small- sized lifting or lowering device which is lifted up with one end of a long item being applied as a center of turning operation by a method wherein there is provided a compensator for inputting a positional signal and a speed error signal so as to change a pressure of a balancing device and a balanced state of the balancing device is intentionally unbalanced. CONSTITUTION:A long item 1 has a flange shaft 1a acting as a center of rotation, and the long item 1 is supported by a mechanism which can be lifted up and further the long item is connected to a balancing device 2. The balancing device 2 controls a pressure P2 of the balancing device through an amplifier 10 of the balancing device for controlling a servo valve 1-3 of the balancing device in response to a lifting angle so as to balance a rotational torque. Then, an angle of the long item 1 is controlled through a speed amplifier 8 and a position amplifier 9 in response to outputs of a speed sensor 5 and an angle sensor 6. In this case, a position signal S4' and a speed error signal S7' are inputted to a compensator 11, the pressure P2 of the balancing device 2 is changed in reference to an obtained correction signal S9 and a balancing rotating torque of the balancing device 2 is made unbalanced in a direction helping the lifting operation for the long item 1.
    • 5. 发明专利
    • AUTOMATIC ERECTION TYPE AMMUNITION
    • JPH06174398A
    • 1994-06-24
    • JP32767192
    • 1992-12-08
    • JAPAN TECH RES & DEV INSTNISSAN MOTOR
    • FUKUDA YASUOTANAKA IPPEIKANO YASUOTANAKA EIZOTAMURA NAOKI
    • F42B23/24F42B25/00
    • PURPOSE:To make an ammunition main body erect with the top part directed upward correctly even on a non-leveled ground, by canceling a state of engagement of the base end part of an elastic member not coming into contact with the ground, with the periphery of the ammunition main body, and by making the elastic member withdraw thereby from the ammunition main body. CONSTITUTION:At the time of landing, a ring 17 comes into contact with the ground surface and a coil spring 18 contracts. Therefore a pin 15 is also moved downward and the lower end part 15a thereof comes out of a joining hole 14b. Then the restraint of a leaf spring 13 is removed. The shape of the leaf spring 13 is to be restored to a straight line. Therefore the fore end part 13b thereof separates from an ammunition main body 11 and develops and it comes into contact with the ground surface. Then the ammunition main body 11 starts to rotate. A rubber band is broken, the leaf spring 13 develops further and the ammunition main body 11 inclines. At this time, the fore end parts 13b of several leaf springs 13 are to make the ammunition main body erect. When the ammunition main body 11 inclines at a prescribed value or more, it transfers to a state of stable erection. At this time, the leaf springs 13 not being in contact with the ground surface fall off the ammunition main body 11.
    • 8. 发明专利
    • MODULE TYPE SHOOTING PROPELLING POWDER
    • JPH07218195A
    • 1995-08-18
    • JP842994
    • 1994-01-28
    • JAPAN TECH RES & DEV INSTASAHI CHEMICAL IND
    • KANO YASUOKIMURA JUNICHIKASAMATSU JUNICHIKOSAKA YASUNORI
    • F42B5/38
    • PURPOSE:To suppress a gas differential pressure generated in a gun powder chamber by specifying a density of a columnar destrolyable vessel of a specified composition such as nitrocellulose, etc., and specifying a weight of igniter explosive and a burning surface area of the igniter explosive for shooting powder of a specific weight. CONSTITUTION:Main components of a columnar destrolyable vessel 1 1 have nitrocellulose, pulp, resin and additive, and its density is set to 0.8-1.2g/cm . A weight of igniter explosive to 1kg of shooting powder is set to 5-30g, and a burning surface area of the igniter explosive to 1kg of the shooting powder is set to 25-200cm . The condition of 0.8g/cm of more of the density is indispensable to realize burning characteristics of the vessel 1, and the density of 1.2g/cm or more is not preferable due to generation of burning residue. Further, the conditions for specifying the weight of the igniter explosive and the surface area of the burning for 1kg of the shooting powder are preferable to suppress a differential pressure generated at the time of shooting in high gas pressure range, and a differential pressure reduction can be realized by devising both the material and the igniter explosive of the vessel 1.
    • 9. 发明专利
    • COMBINING MECHANISM FOR SPLIT SHOOTING GUNPOWDER
    • JPH04336000A
    • 1992-11-24
    • JP20498091
    • 1991-05-13
    • JAPAN TECH RES & DEV INSTJAPAN STEEL WORKS LTD
    • KANO YASUONUMA MASAMIFUJIWARA SHIGEO
    • F42B5/38
    • PURPOSE:To combine split shooting gunpowders by a mechanical force by operating an axial force between split pieces of split shooting gunpowders such as male-female coupling type shooting gunpowders, to separate it. CONSTITUTION:A predetermined number of split shooting gunpowders W are conveyed from a shooting gunpowder magazine 1 by including split pieces W3 to be retained into a shooting gunpowder guide 4a of a shooting gunpowder separator 2. The pieces W3 to be retained is clamped at three positions by shooting gunpowder clamping pawls 5, and separate poles 7 and a storage pole 8 are, after clamping, axially advanced along a guide support shaft 10. The poles 7, 8 are elastically energized, advanced in a state pressed to the pieces W3 to be retained. Thus, the poles 7 are engaged with boundary grooves of later split pieces W2 of the predetermined number and the pieces W3 to be retained, and an axial force is operated at the rear end of the former to separate both and combine them. The poles 8 are brought into contact with the front end of the pieces W3 to be retained at the time of retracting and stored in a shooting gunpowder tube 1b.