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    • 1. 发明授权
    • Fluorescent lamp
    • 日光灯
    • US06771024B2
    • 2004-08-03
    • US10451356
    • 2003-09-10
    • Masatoshi SudouToshiyoshi OgaMasaru SaitohToshifumi Kondoh
    • Masatoshi SudouToshiyoshi OgaMasaru SaitohToshifumi Kondoh
    • H01J1346
    • H01J61/72H01J61/325Y02B20/19
    • A fluorescent lamp includes two glass outer tubes (6, 7), a bridge junction (8), and first glass inner tubes (9, 10). One end of each of the glass outer tubes is closed, and the other end is sealed with stems (4, 5) for supporting electrodes (13). A phosphor is applied to the inside surface of each of the glass outer tubes. The bridge junction connects the glass outer tubes at the other end portion to form a discharge space inside the glass outer tubes. The first glass inner tubes are provided in the glass outer tubes, respectively. A phosphor is applied to the surface of each of the first glass inner tubes. One end of each of the first glass inner tubes is open and disposed at the closed ends of the glass outer tubes, and the other end is sealed with the tips of the stems so that the electrodes are positioned in the first glass inner tubes.
    • 荧光灯包括两个玻璃外管(6,7),桥接部(8)和第一玻璃内管(9,10)。 每个玻璃外管的一端封闭,另一端用用于支撑电极(13)的杆(4,5)密封。 将荧光体施加到每个玻璃外管的内表面。 桥接口将玻璃外管连接在另一端部,以在玻璃外管内形成放电空间。 第一玻璃内管分别设置在玻璃外管中。 将磷光体施加到每个第一玻璃内管的表面。 每个第一玻璃内管的一端是开放的并且设置在玻璃外管的封闭端,另一端用杆的末端密封,使得电极定位在第一玻璃内管中。
    • 2. 发明授权
    • Method for manufacturing a fluorescent lamp
    • 荧光灯制造方法
    • US06560995B2
    • 2003-05-13
    • US09731122
    • 2000-12-06
    • Toshiyoshi OgaMasaru SaitohKozo Shirai
    • Toshiyoshi OgaMasaru SaitohKozo Shirai
    • C03B2313
    • C03B33/085C03B23/0473C03B23/11C03B23/13C03B23/207H01J9/247Y02P40/57
    • A method for manufacturing a glass tube used for a fluorescent lamp having an arc tube constructed by joining a plurality of glass tubes is provided. According to this method, a straight glass tube held at both ends is rotated, and a predetermined cutting portion of the glass tube is softened by heating, and then the glass tube is moved in the heated state in the direction toward the predetermined cutting portion to form a glass accumulated portion at the area of the predetermined cutting portion. Next, the glass tube is drawn away in the direction receding from the predetermined cutting portion, and the predetermined cutting portion of the glass tube is cut into two glass tubes having self-closing end walls. In this way, the end walls of the self-closed glass tubes can be formed thicker and more uniform compared to those obtained by the conventional techniques, and the mechanical strength of the end walls also can be improved. As a result, the defective percentage of the lamps during the manufacturing process and on the market due to cracks, leakage, or damages in the end walls of the glass tubes can be reduced.
    • 提供一种用于制造具有通过连接多个玻璃管构成的具有电弧管的荧光灯的玻璃管的制造方法。 根据该方法,将保持在两端的直的玻璃管旋转,通过加热使玻璃管的规定的切断部软化,然后使玻璃管沿着朝向预定切削部的方向以加热状态移动, 在预定切割部分的区域处形成玻璃积聚部分。 接下来,将玻璃管沿着从预定切割部分退出的方向拉出,将玻璃管的预定切割部分切割成具有自闭合端壁的两个玻璃管。 以这种方式,与通过常规技术获得的那些相比,自封闭玻璃管的端壁可以形成得更厚和更均匀,并且端壁的机械强度也可以提高。 结果,可以减少在制造过程中和由于玻璃管的端壁中的裂缝,泄漏或损坏而在市场上的灯的不良百分比。
    • 4. 发明申请
    • Method for Producing Actuator Having Guide-Equipped Frame
    • 具有导向装置框架的制动器的制造方法
    • US20070107228A1
    • 2007-05-17
    • US11564395
    • 2006-11-29
    • Shigekazu NagaiAkio SaitohMasaru Saitoh
    • Shigekazu NagaiAkio SaitohMasaru Saitoh
    • B21D53/10B21K1/10
    • F16C29/0657F16C29/005F16C29/063Y10T29/49641Y10T29/49696Y10T29/49995Y10T74/18656
    • Pressed shape steel, made of a low cost general steel material that is not hardened, forms a frame with long grooves cut therein. Guide rails, made of a specialized steel material that can be subjected to a hardening treatment, are hardened. Thereafter, outer surfaces of the hardened guide rails are ground and the guide rails are integrally joined in the long grooves. Ball-rolling grooves are formed in the guide rails, thereby completing a guide-equipped frame for an actuator. Because the general steel material and the specialized steel material are principally ferrous materials, both exhibiting a Young's modulus at or above 170 GPa with substantially the same coefficient of linear thermal expansion, the frame needn't be increased in size or have a complex internal structure to reinforce the strength of the frame, and the guide rails remain securely retained in the grooves even if the actuator experiences changes in temperature.
    • 由未硬化的低成本普通钢材制成的压制型钢形成在其中切割有长槽的框架。 由能够进行硬化处理的专用钢材制成的导轨被硬化。 此后,硬化的导轨的外表面被研磨,导轨一体地接合在长槽中。 在导轨上形成滚珠槽,从而完成用于致动器的引导装置的框架。 由于普通钢材和专用钢材料主要是铁质材料,两者都具有170GPa以上的杨氏模量,且线性热膨胀系数基本相同,所以该框架不需要增加尺寸或具有复杂的内部结构 以加强框架的强度,并且导轨仍然牢固地保持在凹槽中,即使致动器经历温度变化。