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    • 31. 发明授权
    • Soundproof type water-cooled engine generator
    • 隔音式水冷发动机发电机
    • US5575349A
    • 1996-11-19
    • US323879
    • 1994-10-17
    • Takatoshi IkedaToshiaki TanakaSanpei Sato
    • Takatoshi IkedaToshiaki TanakaSanpei Sato
    • F01N3/02F01P5/06F02B63/04F02B77/13B60K11/00
    • F02B63/04F02B77/13F02B63/044
    • A soundproof type water-cooled engine generator is constructed to guide an exhaust current of air from a cooling fan of a water-cooled engine to an independent hood-like shroud chamber, deaden the current sound through a muffler located under the shroud chamber, for improving the cooling performance. A water-cooled engine 2 and a generator 3 are accommodated in a soundproof bonnet 1. A panel wall 8 is provided close to a fan 7 equipped in the water-cooled engine. The panel wall serves to partition the soundproof bonnet 1 into an engine and generator chamber 11 and an exhaust processing chamber 12. The panel wall has a hole having the substantially same diameter as the fan 7. Around the outside of the hole, a shroud chamber 17 is independently provided in the exhaust processing chamber. The shroud chamber 17 is formed by a hood-like encircling wall 14. On the lateral side of the shroud chamber, a radiator 13 is located to stand upright. A muffler is located under an exhaust duct chamber 18 so that the exhaust is discharged from the upper portion of the exhaust duct chamber.
    • 隔音式水冷发动机发电机构造成将空气的排气流从水冷发动机的冷却风扇引导到独立的罩状罩室,通过位于护罩室下方的消声器使当前的声音消失, 提高冷却性能。 水冷发动机2和发电机3容纳在隔音发动机罩1中。面板壁8设置在靠近设置在水冷发动机中的风扇7上。 面板壁用于将隔音发动机罩1分隔成发动机和发电机室11和排气处理室12.面板壁具有与风扇7具有基本相同直径的孔。在孔的外部,围绕室 17独立地设置在排气处理室中。 护罩室17由罩状的环绕壁14形成。在护罩室的侧面,散热器13被定位成直立。 消音器位于排气管道室18的下方,从而排气从排气管道室的上部排出。
    • 33. 发明授权
    • Tape loading mechanism for use in magnetic recording/reproducing
apparatus having tape control features for preventing damage to tape
    • 用于磁记录/再现装置的磁带加载机构具有用于防止磁带损坏的磁带控制特征
    • US5196971A
    • 1993-03-23
    • US801592
    • 1991-12-05
    • Yuzo TsuchiyaToshiaki Tanaka
    • Yuzo TsuchiyaToshiaki Tanaka
    • G11B15/665
    • G11B15/6656
    • First and second tape-pulling members comprise slanted posts and guide rollers adapted for engagement with the tape contained in a tape cassette. By the slanted posts and guide rollers, the first and second tape-pulling members pull the tape out of the tape cassette. Each of the guide rollers includes a tape-winding portion around which the tape is to be wound. First and second holding members are provided at positions where the tape loading by the first and second tape-pulling members is completed. Tape control portions, by which the tape disengaged from the guide rollers are controlled, are formed on the first and second holding members, respectively, such that they are located on the tape-outlet sides of the guide rollers of the first and second tape-pulling members, i.e., on the side closer to a cylinder. Each of the tape control portions is substantially at the same level as the corresponding tape-winding portions of the guide rollers.
    • 第一和第二带牵引构件包括适于与容纳在带盒中的带接合的倾斜柱和导辊。 通过倾斜柱和引导辊,第一和第二拉带构件将带从带盒中拉出。 每个导向辊包括带缠绕部分,磁带缠绕在该磁带卷绕部分上。 第一和第二保持构件设置在第一和第二带拉构件的带装载完成的位置处。 分别在第一和第二保持构件上分别形成有与导向辊分离的带子的带状控制部分,使得它们位于第一和第二带状部分的引导辊的带出口侧上, 拉动构件,即在更靠近气缸的一侧。 每个磁带控制部分基本上与引导辊的相应磁带卷绕部分相同。
    • 38. 发明授权
    • Push button switch using dome spring and switch element thereof
    • 按钮开关使用圆顶弹簧及其开关元件
    • US4803316A
    • 1989-02-07
    • US919756
    • 1986-10-16
    • Kazutoshi HayashiHideo NabetaniToshiaki TanakaKazushi Ishida
    • Kazutoshi HayashiHideo NabetaniToshiaki TanakaKazushi Ishida
    • H01H5/30H01H11/00H01H13/20H01H13/50H01H13/807H01H5/18
    • H01H13/807H01H13/20H01H11/0056H01H13/50H01H2215/036H01H2221/064H01H2225/028H01H2237/002H01H5/30
    • A push button switch employing a dome spring switch element mounted in a vertical orientation relative to a generally horizontal orientation of a bottom support plate, and a key top and associated plunger which are mounted for limited, reciprocating vertical movement. An actuator, comprising a coil spring and a pivotally mounted lever, interconnects the plunger and the spring dome and is responsive to and converts vertical downward movement of the plunger to a horizontally directed depressing force on the dome spring for inverting the dome spring in a snap action and completing an electrical connection between inner and outer contacts mounted within the switch element and underlying the dome spring. A dome spring of rectangualr shape affords improved force versus displacement and snap action characteristics, and a contact frame providing flexible support of the inner contacts reduces impact shock and wear produced by the snap action. A locking structure provides for locked interengagement of the key top and plunger and a stepped, flexible stop absorbs shock and reduces impact noise in stopping the return movement of the plunger from a depressed to a normal condition. A direct drive connection between the plunger and the lever reduces the amount of plunger movement and depression force required to actuate the switch under abnormal load conditions. A process for fabrication of the switch element by stamping and molding steps reduces costs and improves reliability of the switch element.
    • 一种按钮开关,其采用圆顶弹簧开关元件,该圆顶弹簧开关元件相对于底部支撑板的大体上水平的方向以垂直方向安装,以及键顶和相关联的柱塞,其被安装用于有限的往复垂直运动。 包括螺旋弹簧和可枢转地安装的杠杆的致动器将柱塞和弹簧拱顶相互连接,并且响应并将柱塞的垂直向下运动转换成圆顶弹簧上的水平方向的下压力,以便以卡扣方式翻转圆顶弹簧 动作并完成安装在开关元件内部和下面的穹顶弹簧的内部和外部触头之间的电连接。 整体形状的圆顶弹簧提供改善的力与位移和卡扣动作特性,并且提供内部触点的柔性支撑的触点框架减少了由快动作用产生的冲击冲击和磨损。 锁定结构提供了键顶和柱塞的锁定相互接合,并且阶梯式柔性止动件吸收冲击并减少冲击噪声,以阻止柱塞从凹陷到正常状态的返回运动。 柱塞和杠杆之间的直接驱动连接减少了在异常负载条件下启动开关所需的柱塞运动和压下力。 通过冲压和成型步骤制造开关元件的工艺降低了成本并提高了开关元件的可靠性。