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    • 2. 发明授权
    • Gas discharge tube having cathode cover made of ceramics
    • 具有由陶瓷制成的阴极盖的气体放电管
    • US07781975B2
    • 2010-08-24
    • US11660961
    • 2005-08-10
    • Kazuo UenoYoshinobu ItoKoji Matsushita
    • Kazuo UenoYoshinobu ItoKoji Matsushita
    • H01J17/02
    • H01J61/68
    • A gas discharge tube 100 including a sealed container 1 in which a gas is sealed, an anode disposed within the sealed container, a cathode 7 which is spaced from the anode 4 in the sealed container 1 and generates discharge between the cathode 7 and the anode 4, a conductive part 6 restricting a discharge path, the conductive part 6 being disposed between the anode 4 and the cathode 7 and narrowing the discharge path, wherein by providing a cathode cover 8 which is made of ceramics, encloses the cathode 7, and has an opening 8d at least on an electron emission side, the cathode cover 8 increases the heat retaining effect of the cathode 7, makes it easy to keep the temperature of the cathode 7, and reduces power consumption.
    • 包括密封容器1的气体放电管100,密封容器1,设置在密封容器内的阳极,与密封容器1中的阳极4间隔开并在阴极7和阳极之间产生放电的阴极7 4,限制放电路径的导电部分6,导电部分6设置在阳极4和阴极7之间并使放电路径变窄,其中通过设置由陶瓷制成的阴极盖8封闭阴极7,以及 至少在电子发射侧具有开口8d,阴极盖8增加阴极7的保温效果,使得容易保持阴极7的温度,并且降低功耗。
    • 4. 发明申请
    • Gas Discharge Tube
    • 气体放电管
    • US20070257618A1
    • 2007-11-08
    • US11660961
    • 2005-08-10
    • Kazuo UenoYoshinobu ItoKoji Matsushita
    • Kazuo UenoYoshinobu ItoKoji Matsushita
    • H01J61/02
    • H01J61/68
    • A gas discharge tube 100 including a sealed container 1 in which a gas is sealed, an anode disposed within the sealed container, a cathode 7 which is spaced from the anode 4 in the sealed container 1 and generates discharge between the cathode 7 and the anode 4, a conductive part 6 restricting a discharge path, the conductive part 6 being disposed between the anode 4 and the cathode 7 and narrowing the discharge path, wherein by providing a cathode cover 8 which is made of ceramics, encloses the cathode 7, and has an opening 8d at least on an electron emission side, the cathode cover 8 increases the heat retaining effect of the cathode 7, makes it easy to keep the temperature of the cathode 7, and reduces power consumption.
    • 包括密封容器1的气体放电管100,密封容器1,设置在密封容器内的阳极,与密封容器1中的阳极4间隔开并在阴极7和阳极之间产生放电的阴极7 4,限制放电路径的导电部分6,导电部分6设置在阳极4和阴极7之间并使放电路径变窄,其中通过设置由陶瓷制成的阴极盖8封闭阴极7,以及 至少在电子发射侧具有开口8d,阴极盖8增加阴极7的保温效果,使得容易保持阴极7的温度,并且降低功耗。
    • 5. 发明申请
    • DEUTERIUM LAMP
    • DEUTERIUM灯
    • US20100156263A1
    • 2010-06-24
    • US11993621
    • 2006-08-08
    • Yoshinobu ItoMasaki ItoKoji Matsushita
    • Yoshinobu ItoMasaki ItoKoji Matsushita
    • H01J61/68
    • G01J3/10H01J5/48
    • The present invention relates to a deuterium lamp with a structure to enable high-accuracy positioning with respect to a mounting object such as an analyzer. The deuterium lamp comprises a sealed container in which a light-emitting portion to emit a discharge light in a predetermined direction is stored. The sealed container is constituted by a hollow body portion in which the light-emitting portion is stored and a hollow guide portion which guides a discharge light from the light-emitting portion to a light exit window provided at its front end. The deuterium lamp further comprises an axis adjusting member fixed to the hollow guide portion while storing at least a part of the hollow guide portion and a sealing layer for fixing the hollow guide portion and the axis adjusting member to each other. In particular, the sealing layer makes it possible to fix the axis adjusting member to the hollow guide portion with the center axis of the axis adjusting member being made coincident with the emitting direction of a discharge light. Thereby, even when misalignment has occurred between the center axis of the hollow guide portion and the emitting direction of a discharge light due to a manufacturing error in manufacturing of the container, since the axis adjusting member itself is directly fixed to the mounting object, it becomes possible to fix said deuterium lamp to an analyzer or the like with the optical axis aligned at a high accuracy.
    • 本发明涉及具有能够相对于诸如分析仪的安装对象进行高精度定位的结构的氘灯。 氘灯包括密封容器,其中存储有沿预定方向发射放电光的发光部分。 密封容器由存储有发光部的中空主体部分和将发光部分的放电光引导到设置在其前端的光出射窗的中空导向部分构成。 氘灯还包括固定到中空引导部分的轴线调节构件,同时存储中空引导部分的至少一部分和用于将中空引导部分和轴线调节构件彼此固定的密封层。 特别地,密封层使得可以将轴调节构件固定到中空引导部分,同时使轴调节构件的中心轴线与放电灯的发射方向一致。 因此,即使由于制造容器的制造误差而导致中空引导部的中心轴与放电光的发射方向之间发生偏移,由于轴调整部件本身直接固定在安装对象上,所以 可以使所述氘灯以高精度对准的分析器等固定。
    • 6. 发明授权
    • Light source device including a gas discharge tube, a housing, and an insulating socket member
    • 光源装置,包括气体放电管,壳体和绝缘插座构件
    • US07781948B2
    • 2010-08-24
    • US11883998
    • 2006-02-10
    • Koji MatsushitaKazuo UenoKouzou Adachi
    • Koji MatsushitaKazuo UenoKouzou Adachi
    • F21V21/00F21V29/00
    • G01J3/10F21V19/0005F21V19/04G01J3/02G01J3/0291H01J5/48H01R33/7614H01R33/7635
    • The present invention relates to a light source apparatus with a structure that improves the positioning precision of a gas discharge tube and facilitates gas discharge tube maintenance work. The light source apparatus has a lamp container housing the gas discharge tube, and an insulating socket member that is fixed in a state of being positioned with respect to the lamp container and that is housed in the lamp container together with the gas discharge tube. The insulating socket member has a plane contacting portion put in plane contact with a stem portion of the gas discharge tube, and a pin socket member into which at least one of stem pins, held in the stem portion is inserted in an electrically contacting state. By the corresponding stem pin being inserted in the pin socket member, the gas discharge tube is fixed in a manner enabling attachment and detachment with respect to the insulating socket member, and the precision of positioning of the gas discharge tube with respect to the lamp container is thereby improved dramatically. Also, because the insulating socket member fixes the gas discharge tube in a detachable state, detachment of the gas discharge tube is facilitated and consequently, exchange of the gas discharge tube and other maintenance work are facilitated.
    • 本发明涉及具有改善气体放电管的定位精度并有助于气体放电管维护工作的结构的光源装置。 光源装置具有容纳气体放电管的灯容器和绝缘插座部件,其以相对于灯具容器定位并与气体放电管一起容纳在灯容器中的状态固定。 绝缘插座构件具有与气体放电管的杆部平面接触的平面接触部分,以及保持在杆部中的至少一个杆销以电接触状态插入的销座构件。 通过相应的杆销插入销座构件中,气体放电管以能够相对于绝缘插座构件进行安装和拆卸的方式固定,并且气体放电管相对于灯容器的定位精度 从而显着改善。 此外,由于绝缘插座构件将气体放电管固定在可拆卸状态,因此便于气体放电管的分离,从而便于气体放电管的更换和其他维护工作。
    • 7. 发明申请
    • Light Source Device
    • 光源设备
    • US20080180027A1
    • 2008-07-31
    • US11884001
    • 2006-02-10
    • Koji MatsushitaKazuo UenoKouzou Adachi
    • Koji MatsushitaKazuo UenoKouzou Adachi
    • H01J17/16
    • H01J61/68H01J5/50H01J5/62H01J63/08
    • The present invention relates to a light source apparatus with a structure that enables the brightness of a gas discharge tube to be stabilized and facilitates gas discharge tube maintenance work. The light source apparatus has a gas discharge tube, a lamp container housing the gas discharge tube, and a base on which the lamp container is fixed. The gas discharge tube is fixed via a heat insulating member to a portion of an outer shell of the lamp container, and the heat insulating member functions to reduce heat transfer between the lamp container and the gas discharge tube to reduce the influence of temperature change, outside the lamp container, on the gas discharge tube. The lamp container also has an attachment/detachment structure for enabling attachment and detachment of the portion of the outer shell on which the gas discharge tube is fixed via the insulating member, with respect to the remaining portion of the outer shell, and whereby the attachment/detachment structure facilitates gas discharge tube maintenance work.
    • 本发明涉及一种能够使气体放电管的亮度稳定并且便于气体放电管维护工作的结构的光源装置。 光源装置具有气体放电管,容纳气体放电管的灯容器和固定灯容器的基座。 气体放电管经由绝热构件固定到灯容器的外壳的一部分,并且绝热构件用于减少灯容器和气体放电管之间的热传递,以减少温度变化的影响, 在灯管外面,放在气体放电管上。 灯容器还具有用于能够经由绝缘构件相对于外壳的剩余部分而将气体放电管固定在其上的外壳的部分的附接和拆卸结构,由此附接 /拆卸结构方便排气管维修工作。
    • 8. 发明授权
    • Light source device, discharge lamp and its control method
    • 光源装置,放电灯及其控制方法
    • US08314557B2
    • 2012-11-20
    • US12666512
    • 2008-05-02
    • Yoshinobu ItoKoji MatsushitaMasaki Ito
    • Yoshinobu ItoKoji MatsushitaMasaki Ito
    • H01J13/46
    • H05B41/04H01J61/68
    • At an initial stage of a discharge start, a shield electrode is connected to a ground potential via a bidirectional voltage trigger switch. Thereafter, when an electrical charge within the shield electrode flows to the ground potential, by being triggered with this potential, both terminals of the bidirectional voltage trigger switch are disconnected therebetween. Thus, at an initial stage of discharge, charging of the shield electrode is suppressed to suppress a decline in discharge, and in a sustained discharge, destabilization due to an unwanted discharge from the shield electrode to the anode can be suppressed, and using such an electrode automatically allows improving the lighting performance of a discharge lamp.
    • 在放电开始的初始阶段,屏蔽电极通过双向电压触发开关连接到地电位。 此后,当屏蔽电极内的电荷流到地电位时,通过用该电位触发,双向电压触发开关的两端都被断开。 因此,在放电的初始阶段,屏蔽电极的充电被抑制以抑制放电的下降,并且在持续放电中,可以抑制由于从屏蔽电极到阳极的不希望的放电而导致的不稳定,并且使用这样的 电极自动允许改善放电灯的照明性能。
    • 9. 发明授权
    • Gas discharge tube
    • 气体放电管
    • US07764018B2
    • 2010-07-27
    • US11658320
    • 2005-08-04
    • Yoshinobu ItoTsuyoshi MinamizawaKoji Matsushita
    • Yoshinobu ItoTsuyoshi MinamizawaKoji Matsushita
    • H01J17/02
    • H01J61/68H01J61/10
    • A gas discharge tube which generates discharge between an anode 24 and a cathode 56 disposed within a sealed container 12 in which a gas is sealed, includes a cylindrical part 28 restricting the discharge path, the cylindrical part being disposed between the anode and the cathode and having a through hole 42 for narrowing the discharge path between the anode and the cathode, and a discharge shielding part 50 which is disposed so as to cover a surrounding of the part restricting the discharge path and is electrically insulated from the part restricting the discharge path, wherein the part restricting the discharge path has a cathode side end projecting by a predetermined projecting amount more than a surface on the cathode side of the discharge shielding part and an anode side end projecting into a space 62 on the side where the anode is positioned so that a high-density electron region is formed only in a part on the cathode side of the through hole of the part restricting the discharge path to reliably generate starting discharge, preferably perform heat radiation of the anode, and reduce evaporated products from the anode.
    • 在设置在密封容器12内的阳极24和阴极56之间产生放电的气体放电管包括限定放电路径的圆筒部28,设置在阳极和阴极之间的筒状部, 具有用于使阳极和阴极之间的放电路径变窄的通孔42,以及放电屏蔽部50,其设置成覆盖限制放电路径的部分的周围,并且与限制放电路径的部分电绝缘 其特征在于,限制放电路径的部分具有比放电屏蔽部的阴极侧的面大的预定突出量突出的阴极侧端部和突出到阳极侧的空间62的阳极侧端 使得仅在限制放电的部分的通孔的阴极侧的部分中形成高密度电子区域 可靠地产生起始放电的路径,优选地进行阳极的热辐射,并且减少来自阳极的蒸发产物。
    • 10. 发明授权
    • Gas discharge tube with discharge path limiting means
    • 排气管排气路限制装置
    • US07569993B2
    • 2009-08-04
    • US10512887
    • 2003-04-30
    • Yoshinobu ItoKoji MatsushitaMasaki Ito
    • Yoshinobu ItoKoji MatsushitaMasaki Ito
    • H01J17/02H01J61/02
    • H01J61/10H01J61/54
    • In a gas discharge tube there is carried out narrowing of the discharge path with cooperation of the first opening 20 and second opening 12 in order to obtain higher luminance of light. Further, in order to maintain excellent starting-properties of a lamp even if the discharge path is narrowed, a predetermined voltage is applied to a second discharge path limit portion 11 externally. Thereby, a positive or active starting discharge is produced in such a manner as to pass through the first opening 20. Further, the second opening 12 is comprised of not only a straight section 13 extending in a direction of an optical axis Y, but also a spread section 14 extending from an end portion of the straight section 13 toward the first opening 20.
    • 在气体放电管中,为了获得更高的亮度,在第一开口20和第二开口12的配合下,进行放电路径的变窄。 此外,即使放电路径变窄,为了保持灯的优异的启动特性,在外部向第二放电路限制部11施加规定的电压。 因此,以通过第一开口20的方式产生正或有效的起始放电。此外,第二开口12不仅包括在光轴Y的方向上延伸的直线部分13,而且包括 从直线部分13的端部向第​​一开口20延伸的展开部分14。