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    • 2. 发明公开
    • SHOCK-ABSORPTION DEVICE FOR PISTON MECHANISM OF IMITATION GUN
    • 仿真枪活塞机构的减振装置
    • EP3296681A1
    • 2018-03-21
    • EP15891830.0
    • 2015-05-12
    • Tokyo Marui Co., Ltd.
    • IWASAWA, Iwao
    • F41B11/643
    • F41B11/643F41A33/06F41B11/56F41B11/62F41B11/721
    • [Task] To attenuate impact applied to a piston mechanism portion and improve durability in a simulation gun in which an air current is ejected by an operation of the piston mechanism portion to fire a bullet.
      [Solution] In a simulation gun in which an air current is ejected by an operation of a piston mechanism portion to fire a bullet, a piston stop 50 which is movable relative to a piston mechanism portion 15 is provided, the piston stop is attached to one constituent member of the piston mechanism portion to absorb an impact force accompanying the operation of the piston mechanism portion, and shock-absorption means 57 is provided between the piston stop and the other constituent member of the piston mechanism portion.
    • [作用]为了减弱施加到活塞机构部分的冲击并提高模拟枪中的耐久性,其中通过活塞机构部分的操作喷射气流以发射子弹。 [解决方案]在通过活塞机构部的操作而喷出气流来喷射子弹的模拟枪中,设置有能够相对于活塞机构部15移动的活塞止挡部50,活塞止挡部安装于 活塞机构部分的一个构成部件吸收伴随着活塞机构部分的操作的冲击力,并且冲击吸收装置57设置在活塞机构部分的活塞止动件和另一构成部件之间。
    • 10. 发明授权
    • MULTIPLE BULLET FIRING-TYPE ELECTRIC GUN
    • EP3276297B1
    • 2019-11-27
    • EP15886316.7
    • 2015-03-24
    • Tokyo Marui Co,Ltd.
    • IWASAWA, Iwao
    • F41B11/71F41B11/643
    • [Problem] Provided is an electric gun having a successive multi-bullet shooting function which enables the electric gun to successively shoot a plurality of bullets without requiring a cocking operation. [Solution] An electric gun having a plurality of barrels includes a cylinder assembly 20 that has a plurality of cylinders each of which serves as a compressed air generating unit 10, which are each positioned at rear portions of the plurality of barrels, each of which has an air-blast nozzle at a tip end, and in each of which a piston reciprocates; a piston assembly 30 that has a plurality of the pistons which respectively reciprocate inside the cylinders and generate compressed air, binds the plurality of pistons in one place by using a joint portion at the rear, and is integrally provided with one piston shaft having a rack along a reciprocating direction and the joint portion; and an electric mechanism 40 that causes the piston assembly to retract, causes an elastic member to accumulate pressure, and drives an output gear meshing with the rack in order to compress air by releasing the accumulated pressure.