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    • 1. 发明授权
    • Heating tip and method of manufacturing the same
    • 加热尖端及其制造方法
    • US6039237A
    • 2000-03-21
    • US164581
    • 1998-10-01
    • Masahiko NakajimaNaoyuki YamasawaMasaru Nakamura
    • Masahiko NakajimaNaoyuki YamasawaMasaru Nakamura
    • B23K3/02B21K21/08B23K3/03B23K3/00
    • B23K3/0315Y10T279/17965
    • A heating tip in which an insertion cavity is formed in a tip substrate made of copper or copper alloy for insertion and containment of a heat generating portion, wherein the inner circumferential wall surface of the insertion cavity is formed by forging into a non-circular cross sectional shape which is identical with a non-circular cross sectional shape on the outer circumferential surface of the heat generating portion. The insertion cavity has the non-circular cross sectional shape and, accordingly, the area of contact with the heat generating portion is enlarged compared with a case of a circular cross sectional shape with the hole volume being assumed identical, thereby increasing the heat conductivity from the heat generating portion and enhancing the temperature rising characteristics and the thermal response of the heating tip. Since the insertion cavity is formed by forging loss of the material can be decreased, neatly and easily and, in addition, working life of the tool can be extended.
    • 一种加热头,其中在由铜或铜合金制成的尖端基底中形成插入腔,用于插入和容纳发热部分,其中插入腔的内周壁表面通过锻造成非圆形横截面而形成 截面形状与发热部的外周面上的非圆形截面形状相同。 插入腔具有非圆形横截面形状,因此与假定相同的孔体积的圆形横截面形状的情况相比,与发热部接触的面积增大,从而增加了从 发热部分,并且提高加热尖端的升温特性和热响应。 由于插入腔是通过锻造形成的,所以可以减少,整齐地且容易地减少材料,另外可延长工具的使用寿命。
    • 2. 发明授权
    • Disk brake devices
    • 盘式制动装置
    • US07201257B2
    • 2007-04-10
    • US10963562
    • 2004-10-14
    • Masahiko NakajimaYoshiki Matsuzaki
    • Masahiko NakajimaYoshiki Matsuzaki
    • F16D65/40F16D55/00
    • F16D55/227F16D65/0006F16D65/0972
    • A disk brake device has a rotary brake disk, at least one pad, and a mount. The pad has a guide portion disposed on one end of the pad in the rotational direction of the brake disk. The mount has a support portion that slidably supports the guide portion, so that the pad can move in the axial direction of the brake. A radially outer pressure receiving surface and a radially inner pressure receiving surface are formed on an end of the pad in the rotational direction of the brake disk and serve to receive a reaction force from the mount in order to prevent the pad from moving in the rotational direction of the brake disk. A support member serves to bias the pad in an axial and rotational direction so as to reduce the production of audible sounds.
    • 盘式制动装置具有旋转制动盘,至少一个垫和安装座。 垫具有沿制动盘的旋转方向设置在垫的一端上的引导部。 安装件具有可滑动地支撑引导部分的支撑部分,使得垫片可以在制动器的轴向方向上移动。 径向外压力接收表面和径向内压力接收表面沿制动盘的旋转方向形成在焊盘的端部上,并用于接收来自安装座的反作用力,以防止焊盘在旋转中移动 制动盘方向。 支撑构件用于在轴向和旋转方向上偏置垫,以便减少可听见的声音的产生。
    • 5. 发明授权
    • Heat processing apparatus using liquified gas
    • 使用液化气的热处理装置
    • US4920952A
    • 1990-05-01
    • US226389
    • 1988-08-01
    • Masahiko Nakajima
    • Masahiko Nakajima
    • B23K3/02F23D14/18F23Q3/00
    • F23Q3/002B23K3/023F23D14/18
    • In a heat processing apparatus in which a gas/air mixture is piezoelectrically ignited to heat the combustion catalyst by the ignited flame for taking place subsequent flameless catalytic combustion of the gas mixture, a portion of the gas in the flaming combustion space is directly discharged to the outside not passing through the combustion catalyst upon flame ignition, while the entire amount of the gas in the combustion space is introduced to the combustion catalyst after reaching the catalytic combustion, by using a discharge gas control mechanism interlocked with the operation of the ignition button, as well as the opening degree of the external air ports is changed variably so as to provide suitable gas/air ratios upon ignition, flame extinguishment and usual catalytic combustion respectively by the air flow rate control member also interlocked with the ignition button.
    • 在其中气体/空气混合物被压电点燃以通过点燃火焰加热燃烧催化剂以进行燃气混合物的无焰催化燃烧的热处理装置中,将燃烧燃烧空间中的一部分气体直接排放到 在火焰点火时,外部不会通过燃烧催化剂,同时通过使用与点火按钮的操作联动的排放气体控制机构,在燃烧空间中的气体的总量被引入燃烧催化剂之后, 以及外部空气口的开度可变地改变,以便分别通过与点火按钮联锁的空气流量控制构件分别提供点燃时的合适气体/空气比,火焰熄灭和通常的催化燃烧。
    • 7. 发明授权
    • Spacer suitable for use with disk brake including caliper
    • 隔板适用于包括卡钳在内的盘式制动器
    • US07344332B2
    • 2008-03-18
    • US10715509
    • 2003-11-19
    • Masaki WakeMasahiko NakajimaTakuya Suzuki
    • Masaki WakeMasahiko NakajimaTakuya Suzuki
    • F16D1/00
    • F16D65/0025F16B43/001F16D2055/0004Y10T403/75
    • A spacer is disclosed which is made of a metal and interposed between opposed faces of two members having respective bores co-axial with each other and fastened to each other by inserting a fastening member into the bores and tightening the fastening member. The spacer includes a base interposed between the opposed faces of the members and having a through hole co-axial with the bores of the respective members so that the fastening member is inserted through the hole, and a temporarily retaining portion provided on an open edge of the hole of the base for temporarily retaining the overall spacer on one of the members before the members are fastened to each other, the temporarily retaining portion being inserted into the bore of the one member and caught on a wall defining the bore.
    • 公开了一种间隔件,其由金属制成,并且插入在两个构件的相对面之间,该两个构件的相对面之间具有彼此同轴并且通过将紧固构件插入到孔中并且紧固紧固构件而相互紧固。 间隔件包括插入在构件的相对面之间的基部,并且具有与相应构件的孔同轴的通孔,使得紧固构件插入穿过孔,并且临时保持部分设置在开口边缘 所述基座的孔用于在所述构件彼此紧固之前临时将整个间隔件保持在其中一个构件上,所述临时保持部分插入到所述一个构件的孔中,并且卡在限定所述孔的壁上。
    • 8. 发明授权
    • Oxygen generating system
    • 氧气发生系统
    • US4792435A
    • 1988-12-20
    • US843024
    • 1988-03-24
    • Masahiko Nakajima
    • Masahiko Nakajima
    • A62B21/00B01J23/00B01J23/40C01B13/02G05D16/04F28D21/00
    • A62B21/00C01B13/0214
    • An oxygen generating system for continuously generating oxygen gas by the catalytic decomposition of an aqueous hydrogen peroxide, includes a catalyst having a platinum group catalyst component carried on a highly porous sintered ceramic support of a large pore size and a reaction chamber for accommodating the catalyst. The system further includes a control device for controlling the operation of the hydrogen peroxide supplying based on a detection signal from a pressure sensor for detecting the pressure of the generated oxygen gas.The oxygen generating system is compact and reduced in weight due to the catalytic decomposition of hydrogen peroxide at high concentration, which can be carried out effectively and safely under an increased temperature.
    • 用于通过过氧化氢水溶液的催化分解连续产生氧气的氧气发生系统包括具有承载在大孔径的高度多孔烧结陶瓷载体上的铂族催化剂组分的催化剂和用于容纳催化剂的反应室。 该系统还包括控制装置,用于根据来自用于检测所产生的氧气的压力的压力传感器的检测信号来控制过氧化氢供给的操作。 氧气发生系统由于过高的浓度的过氧化氢的催化分解而致密且重量减轻,这可以在升高的温度下有效且安全地进行。
    • 9. 发明授权
    • Heat processing apparatus
    • 热处理设备
    • US4552124A
    • 1985-11-12
    • US620326
    • 1984-06-12
    • Masahiko Nakajima
    • Masahiko Nakajima
    • B23K3/02F23D14/18
    • B23K3/023F23D14/18
    • In the heat processing apparatus, a combustible gas evaporated from a liquefied gas tank is mixed with air and supplied from a gas mixture supply means to a combustion chamber, where the gas mixture is subjected to complete and flameless combustion through the catalyst, and the combustion heat is conducted to the iron tip for use in the heat processing of a work. A gas flow channel with a reduced flow resistance is formed continuously through out the catalyst for decreasing the pressure loss in the gas mixture. Further, ignition ports at the inlet of the combustion chamber are provided with a shutter mechanism for closing the ports after the completion of the ignition. The improved structure of the gas flow channel and the shutter co-operate to attain more effective and stable combustion in a compact structure of the apparatus.
    • 在热处理装置中,将从液化气罐蒸发的可燃气体与空气混合并从气体混合物供给装置供给到燃烧室,在该燃烧室中气体混合物通过催化剂进行完全无火焰燃烧,并且燃烧 热量被传导到铁尖以用于工件的热处理。 通过催化剂连续地形成具有降低的流动阻力的气体流动通道,用于降低气体混合物中的压力损失。 此外,燃烧室入口处的点火端口设置有用于在点火完成之后关闭端口的闸门机构。 气流通道和闸门的改进结构协同操作,以在设备的紧凑结构中获得更有效和稳定的燃烧。