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    • 1. 发明授权
    • Coil filament structure for an incandescent lamp
    • 用于白炽灯的线圈灯丝结构
    • US06600255B1
    • 2003-07-29
    • US09743804
    • 2001-01-22
    • Kenzo KaiMinoru AsaoKatuhiko MiyaharaHiroshi Sugahara
    • Kenzo KaiMinoru AsaoKatuhiko MiyaharaHiroshi Sugahara
    • H01J188
    • H01K1/14
    • In order to provide an incandescent lamp in which an unlit state of the lamp caused by a hang-out of the coil as well as a short lifetime thereof are prevented using a simple construction and its lifetime in practical application is long, a coil (21)-like filament (20) is held in a bulb (11) by upholding parts (30, 30′) with an axis of the coil (21) being oriented in a vertical direction, and a coil pitch of the coil (21) at the upper part thereof is made narrow as compared with that of the lower part of the filament (20). Or the filament (20) of the incandescent lamp (10) is constituted by the coil (21) of a conical shape or that of a frustum of a circular cone, and the filament is arranged within the bulb (11) in such a way that it may be held by upholding parts (30, 30′) with an axis of the coil (21) of the filament (20) being oriented in a vertical direction and the one end of the oil (21) having a smaller diameter being positioned upward.
    • 为了提供一种白炽灯,其中通过简单的结构防止了由线圈的脱出引起的灯的不点亮状态以及其寿命短的白炽灯,并且其在实际应用中的寿命长,线圈(21 )状的灯丝(20)通过使线圈(21)的轴线在垂直方向上被取向的维持部件(30,30')而保持在灯泡(11)中,线圈(21)的线圈节距 与上部(20)的下部相比,其上部变窄。 或者白炽灯(10)的灯丝(20)由圆锥形状的圆盘状线圈(21)或锥形圆锥体的线圈(21)构成,灯丝以这种方式配置在灯泡(11)内 可以由长丝(20)的线圈(21)的轴线在垂直方向上被支撑部(30,30')保持,并且具有较小直径的油(21)的一端为 向上定位
    • 2. 发明授权
    • Electricity lead-in body for bulb and method for manufacturing the same
    • 灯泡电导体和制造方法
    • US06375533B1
    • 2002-04-23
    • US09403789
    • 2000-01-12
    • Tetuya TorikaiYukihiro MorimotoToyohiko KumadaYukiharu TagawaKenzo KaiHiroshi SugaharaShigenori Nozawa
    • Tetuya TorikaiYukihiro MorimotoToyohiko KumadaYukiharu TagawaKenzo KaiHiroshi SugaharaShigenori Nozawa
    • H01J1718
    • H01J61/366
    • The object of the invention to devise an electrical insertion body for a tube lamp in which sealing bodies of an electrically conductive inorganic material component and a dielectric inorganic material component and upholding parts of the electrodes are attached securely to one another by sintering, and in which neither leaks nor falling out of the upholding parts of the electrodes occur. The object is achieved as claimed in the invention, in an electrical insertion body for a tube lamp in which an upholding part of the electrode is inserted into the center opening of a respective sealing body of a functional gradient material for a tube lamp, in that in the boundary areas between the sealing bodies and the upholding parts of the electrodes one diffusion area at a time is formed, in which the electrically conductive inorganic material component of the sealing body, the metallic component of the upholding part of the electrode and a diffusion accelerator are present diffused into one another, which at the sintering temperature accelerates diffusion of the electrically conductive inorganic material component of the sealing body and of the metallic component of the upholding part of the electrode and that in this way the upholding part of the electrode and the electrically conductive inorganic material component of the sealing body are joined to one another.
    • 本发明的目的是设计用于管灯的电插入体,其中导电无机材料部件和电介质无机材料部件的密封体和电极的支撑部分通过烧结牢固地彼此连接,并且其中 电极的保持部分都不会泄漏或掉出。 本发明的目的是在一种用于管灯的电插入体中实现的,其中电极的支撑部分插入用于管灯的功能梯度材料的相应密封体的中心开口中,其中 在密封体和电极的支撑部之间的边界区域中,形成一次扩散区域,其中密封体的导电无机材料成分,电极的保持部分的金属成分和扩散 加速剂彼此扩散,其在烧结温度下加速密封体的导电无机材料部件和电极的支撑部分的金属部件的扩散,并且以这种方式加剧电极的支撑部分和 密封体的导电性无机材料成分彼此接合。
    • 3. 发明授权
    • Cadmium/rare gas discharge lamp of the short arc type, as well as
projection exposure device using the same
    • 短弧型的镉/稀有气体放电灯,以及使用其的投影曝光装置
    • US5471278A
    • 1995-11-28
    • US154404
    • 1993-11-19
    • Yukio YasudaAkiyasu YamaguchiTatsushi IgarashiYasuo OonishiKenzo KaiMasanori SugiharaTakashi MoriAkira Miyaji
    • Yukio YasudaAkiyasu YamaguchiTatsushi IgarashiYasuo OonishiKenzo KaiMasanori SugiharaTakashi MoriAkira Miyaji
    • G03F7/20H01J61/16H01J61/18H01J61/86
    • G03F7/70016H01J61/18H01J61/86
    • A cadmium/inert gas discharge lamp of the short arc type, which suppresses an unnecessary emission upstream and downstream of the necessary emission spectra in a wavelength range of 210 to 230 nm, achieves a high efficiency of the emission spectra in the range 210 to 230 nm and can be used in very satisfactory manner for industrial applications. Also, a highly efficient projection exposure device through the incorporation of a cadmium/rare gas discharge lamp of the short arc type having good emission spectrum characteristics in the wavelength range 210 to 230 nm, which can transmit in projecting manner fine image patterns with a large depth of focus. The cadmium/rare gas discharge lamp of the short arc type is arranged within a temperature-regulated quartz bulb, and is provided with a pair of adjacently facing electrodes, together with inert gas selected from xenon, krypton, argon, neon or mixtures of them. Metal cadmium with a pressure of 14 to 200 kPa is encapsulated in the tube in a stationary lighting operation. The lamp is operated in such a way that J/P, i.e. the ratio between a discharge current in a stationary lighting operation J (A) and a cadmium pressure in a stationary lighting operation P (kPa) is in a range 0.13 to 15. Also, a projection exposure device, which has the above-described discharge lamp and a power supply for carrying out the lighting operation of the discharge lamp under the above-described condtions.
    • 短波型的镉/惰性气体放电灯在210〜230nm的波长范围内抑制必要的发射光谱的上游和下游的不必要的发光,实现了210〜230的发射光谱的高效率 nm,可以以非常满意的方式用于工业应用。 另外,通过并入具有210〜230nm的波长范围内的发射光谱特性良好的短弧型镉/稀有气体放电灯的高效投影曝光装置,能以突出的方式突出显示具有大的图像的精细图像图案 焦点深度。 短弧型的镉/稀有气体放电灯布置在温度调节的石英灯泡内,并且设置有一对相邻的电极以及选自氙气,氪气,氩气,氖气或它们的混合物的惰性气体 。 压力为14至200kPa的金属镉在静止照明操作中封装在管中。 灯的操作方式是J / P,即静止点亮操作J(A)中的放电电流与静止点亮操作P(k​​Pa)中的镉压力之比在0.13至15的范围内。 此外,具有上述放电灯的投影曝光装置和用于在上述条件下进行放电灯的点亮操作的电源。
    • 7. 发明授权
    • Short arc lamp having a thermally conductive ring
    • 具有导热环的短弧灯
    • US5903088A
    • 1999-05-11
    • US531154
    • 1995-09-15
    • Akihiko SugitaniKenzo KaiMasanori TakahashiHideo Tanaka
    • Akihiko SugitaniKenzo KaiMasanori TakahashiHideo Tanaka
    • H01J61/30H01J61/52H01J61/86H01J1/02
    • H01J61/52H01J61/30H01J61/86H01J61/32
    • A short arc lamp which has a lamp body in which a concave space is formed, a base plate which is located in a rear part of this body, a transparent part which is located in a front opening of the lamp body, with a frame part in its vicinity, and which hermetically encloses the concave space, and a pair of electrodes forming an arc gap in the concave space. The frame part is connected to a circular conductive ring which is provided with the roughly square cross section and is connected to the lamp body. At least a front side of the circular conductive ring is exposed to the ambient environment. A gap is formed between the frame part and the circular conductive ring. The frame part extends more to the front than the circular conductive ring, and on the exposed surface of the circular conductive ring and on a side of the projecting part of the frame part, step-like projections are formed.
    • 一种具有形成有凹部空间的灯体的短弧灯,位于本体的后部的基板,位于灯体的前开口部的透明部,具有框架部 在其附近,并且其密封地包围凹陷空间,以及一对电极,在凹形空间中形成电弧间隙。 框架部分连接到设置有大致正方形横截面并连接到灯体的圆形导电环。 至少环形导电环的前侧暴露于周围环境。 在框架部分和圆形导电环之间形成间隙。 框架部分比圆形导电环更向前延伸,并且在圆形导电环的暴露表面和框架部分的突出部分的一侧上形成阶梯状突起。
    • 8. 发明授权
    • Mirror and lamp assembly
    • 镜子和灯组件
    • US5205642A
    • 1993-04-27
    • US784189
    • 1991-10-29
    • Kenzo KaiMitsuo Horikoshi
    • Kenzo KaiMitsuo Horikoshi
    • F21V19/00F21V29/00
    • F21V29/004F21V19/0005F21V29/83
    • In a lamp assembly according to the present invention, a double ended lamp is securely supported in such a way that the one end of said lamp is fixed to a cap or a mirror and the other end of said lamp is fixed to a power supply member. The power supply member located in front of the mirror is made of a metal member of a higher rigidity. A flexible covered wire is secured with an adhesive, so that it may be located outside the periphery of the mirror and a connection portion of the metal member to the covered wire cannot protrude from a contour of the edge of the mirror. Therefore, the lamp assembly can be easily handled. In addition, the inclined bottom surface of a ventilating cutout in a cap ensures that the lamp can be cooled satisfactorily, leading to a long life of the lamp.
    • 在根据本发明的灯组件中,双端灯被牢固地支撑,使得所述灯的一端固定到盖或反射镜,并且所述灯的另一端固定到电源构件 。 位于反光镜前方的供电部件由刚性较高的金属部件构成。 柔性包线用粘合剂固定,使得其可以位于反射镜周边的外侧,并且金属构件与包线的连接部分不能从反射镜边缘的轮廓突出。 因此,灯组件可以容易地处理。 此外,盖中的通风切口的倾斜底面确保了灯可以令人满意地冷却,导致灯的寿命长。