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    • 1. 发明申请
    • GAS COMBUSTION TYPE DRIVING TOOL
    • 气体燃烧式驱动工具
    • US20090071999A1
    • 2009-03-19
    • US12282262
    • 2007-03-07
    • Junichi TamuraKatsuhiko MurayamaHajime TakemuraMasakazu Konishi
    • Junichi TamuraKatsuhiko MurayamaHajime TakemuraMasakazu Konishi
    • B25C1/14
    • B25C1/08
    • By moving a movable sleeve 10 provided above a driving cylinder 3 in a vertical direction so as to come into contact with a cylinder head 8 above the driving cylinder 3, a combustion chamber 6 becomes a closed state. When mixed gas obtained by stirring and mixing air and fuel gas by a rotary fan 21 is ignited by a spark plug 20 so as to be burned explosively in the combustion chamber 6, high-pressure combustion gas is applied to a driving piston 4 to impulsively drive the driving piston 4 so that a driver 5 coupled to a lower surface of the driving piston 4 drives a fastener. An upper wall surface on an outer portion of the combustion chamber 6 is disposed at a position far away from the spark plug 20 so that a flow speed of the mixed gas passing the upper wall surface decreases to the extent that an ignition when the mixed gas arrives at the spark plug 20 is not interrupted. An opening groove 22 is formed in the upper wall surface so as to be opened to the combustion chamber 6.
    • 通过在垂直方向上移动设置在驱动气缸3上方的可动套筒10以与驱动气缸3上方的气缸盖8接触,燃烧室6变为关闭状态。 当通过旋转风扇21搅拌和混合空气和燃料气体而获得的混合气体被火花塞20点燃以便在燃烧室6中爆炸地燃烧时,将高压燃烧气体以脉冲方式施加到驱动活塞4 驱动驱动活塞4,使得联接到驱动活塞4的下表面的驱动器5驱动紧固件。 燃烧室6的外部的上壁面设置在远离火花塞20的位置,使得通过上壁面的混合气体的流速降低到当混合气体 到达火花塞20不会中断。 开口槽22形成在上壁面上,以便向燃烧室6敞开。
    • 2. 发明授权
    • Gas combustion type driving tool
    • 气体燃烧式驱动工具
    • US08602283B2
    • 2013-12-10
    • US12666928
    • 2008-07-02
    • Junichi TamuraKatsuhiko MurayamaMasakazu Konishi
    • Junichi TamuraKatsuhiko MurayamaMasakazu Konishi
    • B25C1/08
    • B25C1/08B25C1/184
    • A gas combustion type driving tool includes a feed piston/cylinder mechanism 6 by which a feed piston 8, engaged/disengaged to/from a connecting fastener housed in a magazine, is reciprocated in a fastener feed direction in which the piston is fed toward a nose part 5 and a retracting direction opposite to the feed direction. The feed piston 8 is constantly spring-urged in the feed direction, and part of a combustion gas is supplied to a feed cylinder 7 via a gas pipe 21 provided between the combustion chamber 4 and the feed piston/cylinder mechanism 6, thereby operating the feed piston 8 in the retracting direction against a spring 20. In the gas combustion type driving tool, filters 33 for cooling a combustion gas are located in the gas pipe 21.
    • 气体燃烧式驱动工具包括进料活塞/气缸机构6,通过该进料活塞/气缸机构6,进给活塞8与容纳在料仓中的连接紧固件接合/分离,在紧固件进给方向上往复运动,在该紧固件进给方向上, 鼻部5和与进给方向相反的缩回方向。 进料活塞8在供给方向上恒定地被弹簧推压,并且一部分燃烧气体经由设置在燃烧室4和进料活塞/气缸机构6之间的气体管道21供给到进料缸7,从而操作 进料活塞8沿着退回方向抵靠弹簧20.在气体燃烧式打入工具中,用于冷却燃烧气体的过滤器33位于气体管道21中。
    • 4. 发明申请
    • GAS COMBUSTION TYPE DRIVING TOOL
    • 气体燃烧式驱动工具
    • US20100327038A1
    • 2010-12-30
    • US12666928
    • 2008-07-02
    • Junichi TamuraKatsuhiko MurayamaMasakazu Konishi
    • Junichi TamuraKatsuhiko MurayamaMasakazu Konishi
    • B25C1/08
    • B25C1/08B25C1/184
    • A gas combustion type driving tool includes a feed piston/cylinder mechanism 6 by which a feed piston 8, engaged/disengaged to/from a connecting fastener housed in a magazine, is reciprocated in a fastener feed direction in which the piston is fed toward a nose part 5 and a retracting direction opposite to the feed direction. The feed piston 8 is constantly spring-urged in the feed direction, and part of a combustion gas is supplied to a feed cylinder 7 via a gas pipe 21 provided between the combustion chamber 4 and the feed piston/cylinder mechanism 6, thereby operating the feed piston 8 in the retracting direction against a spring 20. In the gas combustion type driving tool, filters 33 for cooling a combustion gas are located in the gas pipe 21.
    • 气体燃烧式驱动工具包括进料活塞/气缸机构6,通过该进料活塞/气缸机构6,进给活塞8与容纳在料仓中的连接紧固件接合/分离,在紧固件进给方向上往复运动,在该紧固件进给方向上, 鼻部5和与进给方向相反的缩回方向。 进料活塞8在供给方向上恒定地被弹簧推压,并且一部分燃烧气体经由设置在燃烧室4和进料活塞/气缸机构6之间的气体管道21供给到进料缸7,从而操作 进料活塞8沿着退回方向抵靠弹簧20.在气体燃烧式打入工具中,用于冷却燃烧气体的过滤器33位于气体管道21中。
    • 6. 发明授权
    • Gas cartridge
    • 气瓶
    • US08025182B2
    • 2011-09-27
    • US11657700
    • 2007-01-25
    • Keijiro MurayamaKatsuhiko MurayamaJyunichi TamuraMasakazu Konishi
    • Keijiro MurayamaKatsuhiko MurayamaJyunichi TamuraMasakazu Konishi
    • B67D7/60
    • B65D83/62
    • Fuel gas or some other kind of fluid is stored in a collapsible metallic bag that is attached to a valve and is stored inside a rigid outer container. Between the rigid outer container and the collapsible bag is a space or volume filled with compression gas during use which puts a collapsing pressure evenly upon the bag. In order to reduce bag failures, the outer surface of the collapsible bag has a series of projected streak portions that project outwardly from the vertical length of the collapsing in several locations that prevent the bag from expanding to fill the entire space between the rigid outer container and the bag. These projected streaks form recessed portions in the bag's surface which facilitates the bag collapsing in those predetermined locations evenly which in turn reduces the collapsible bag's failure rate from breaking during operation.
    • 燃料气体或某种其它类型的流体被储存在附接到阀并且存储在刚性外部容器内的可折叠金属袋中。 在刚性外容器和可折叠袋之间是在使用期间填充有压缩气体的空间或体积,其将塌陷压力均匀地放置在袋上。 为了减少袋破坏,可折叠袋的外表面具有一系列突出的条纹部分,其从塌陷的垂直长度向外突出在几个位置,从而防止袋膨胀以填充刚性外容器之间的整个空间 和袋子。 这些突出的条纹在袋的表面中形成凹陷部分,这有助于袋子在这些预定位置处平坦地折叠,这又降低了可折叠袋的操作中的破裂率。