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    • 2. 发明公开
    • PORTABLE LIGHT SOURCE
    • 便携式光源
    • EP1186829A1
    • 2002-03-13
    • EP00922912.1
    • 2000-04-28
    • Hamamatsu Photonics K.K.
    • SEI, YujiroITO, Masaki
    • F21L13/00F21V8/00G01J3/10G01N21/01
    • F21V29/67F21L13/00F21L14/00F21V29/15F21V29/74G01J1/02G01J1/0252G01J1/0271G01J1/08G01J3/10H01J61/68
    • This portable light source apparatus accommodates a deuterium lamp 10 in a lamp box 42 and, at the same time, in a housing 41 in order for the influence of temperature changes in the outside air to become very small. Namely, the deuterium lamp 10, which is susceptible to changes in temperature, is enveloped not only by the lamp box 42 but also by the housing 41, thereby being accommodated in a double shield structure. As a result, the temperature change of the housing 41, which is the most likely to be affected by the outside air, is harder to be transmitted to the deuterium lamp 10, whereby the latter can be utilized without taking account of the changes in weather during outdoor operations or influences of air conditioners and the like during indoor operations. Further, the deuterium lamp 10 can be inserted into and removed from the lamp box 42 from thereabove, so that operations of replacing the lamp 10 become easier even when the housing 41 is made compact, whereby the light source apparatus can be carried easier outdoors and in the field.
    • 这种便携式光源设备将氘灯10容纳在灯箱42中,并且同时容纳在壳体41中,以便使外部空气中的温度变化的影响变得非常小。 即,容易受到温度变化影响的氘灯10不仅被灯箱42包围,而且被壳体41包围,从而被容纳在双重屏蔽结构中。 结果,最可能受到外部空气影响的外壳41的温度变化难以传送到氘灯10,由此可以在不考虑天气变化的情况下利用后者 在户外操作期间或在室内操作期间空调等的影响。 而且,能够从上方将氘灯10插入灯箱42内或从灯箱42内取出,所以即使外壳41小型化,灯10的更换作业也变得容易,能够使光源装置在室外更容易携带, 在该领域。
    • 3. 发明公开
    • LIGHT SOURCE DEVICE, DISCHARGE LAMP AND ITS CONTROL METHOD
    • LICHTQUELLENANORDNUNG,ENTLADUNGSLAMPE UND STEERERFAFAHRENDAFÜR
    • EP2173144A1
    • 2010-04-07
    • EP08752329.6
    • 2008-05-02
    • Hamamatsu Photonics K.K.
    • ITO, YoshinobuMATSUSHITA, KojiITO, Masaki
    • H05B41/19H01J61/68
    • 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。
    • 5. 发明公开
    • PORTABLE LIGHT SOURCE
    • TRAGBARE LICHTQUELLE
    • EP1186828A1
    • 2002-03-13
    • EP00921103.8
    • 2000-04-28
    • Hamamatsu Photonics K.K.
    • SEI, YujiroITO, Masaki
    • F21L13/00F21V29/00F21V8/00G01J3/10G01N21/01
    • G01J3/10G01J3/02G01J3/0286G01J3/0291H01J61/025H01J61/045H01J61/52
    • This portable light source apparatus accommodates a deuterium lamp 10 in a lamp box 42 and, at the same time, in a housing 41 in order for the influence of temperature changes in the outside air to become very small. Namely, the deuterium lamp 10, which is susceptible to changes in temperature, is enveloped not only by the lamp box 42 but also by the housing 41, thereby being accommodated in a double shield structure. Further, it has been known that ozone is generated when ultraviolet rays are emitted in the air. Therefore, a light guide tube 70 for extending a light exit opening 69 of the lamp box 42 is provided, so that cooling winds do not traverse the ultraviolet rays. As a result, ozone is restrained from occurring in the part where the ultraviolet rays occur within the housing 41, whereby the emitted light is appropriately kept from fluctuating due to the occurrence of ozone.
    • 该便携式光源装置在灯箱42中容纳氘灯10,并且同时在外壳41中为了使室外温度的变化的影响变得非常小。 也就是说,容易变化的氘灯10不仅被灯箱42包围,而且被壳体41包围,从而被容纳在双层屏蔽结构中。 此外,已知当在空气中发射紫外线时产生臭氧。 因此,设置用​​于延伸灯箱42的光出口69的导光管70,使得冷却风不穿过紫外线。 结果,在壳体41内发生紫外线的部分抑制臭氧发生,从而由于臭氧的发生而使发射的光适当地保持波动。
    • 6. 发明授权
    • DEUTERIUM LAMP BOX AND PORTABLE LIGHT SOURCE
    • 氘灯箱和便携式光源
    • EP1201984B8
    • 2007-09-19
    • EP00944436.5
    • 2000-07-17
    • HAMAMATSU PHOTONICS K.K.
    • SEI, YujiroITO, Masaki
    • G01J3/10H01J61/02G01J1/08
    • F21L14/023F21L14/00G01J1/08G01J3/10
    • A deuterium lamp box (50) is capable of emitting light, which is different from that emitted by a deuterium lamp (10), through an opening (69). Specifically, when the see-through deuterium lamp (10) is turned on, light is emitted from the deuterium lamp (10) through the opening (69). When the deuterium lamp (10) is turned off and a second lamp (85) is turned on instead, the light from the second lamp (85) is converged by a lens (84), passed through the deuterium lamp (10), and emitted through the opening (69). When the deuterium lamp (10) and the second lamp (85) are turned on simultaneously, light of mixed different wavelengths is emitted through the opening (69). Thus, three kinds of light can be produced using either of the lamps (10, 85) or both, and the lamp box is more versatile than the single-lamp box.
    • 氘灯箱(50)能够通过开口(69)发射与氘灯(10)发射的光不同的光。 具体而言,当透明氘灯(10)接通时,从氘灯(10)通过开口(69)发射光。 当氘灯10关闭而第二灯85接通时,来自第二灯85的光由透镜84会聚并通过氘灯10, 通过开口(69)排出。 当同时打开氘灯(10)和第二灯(85)时,混合不同波长的光通过开口(69)发射。 因此,可以使用灯(10,85)中的任何一种或两者来产生三种光,并且灯箱比单灯箱更通用。
    • 8. 发明公开
    • DEUTERIUM LAMP BOX AND PORTABLE LIGHT SOURCE
    • DEUTERIUMLAMPEN-GEHÄUSEUND TRAGBARE LICHTQULELE
    • EP1201984A1
    • 2002-05-02
    • EP00944436.5
    • 2000-07-17
    • Hamamatsu Photonics K.K.
    • SEI, YujiroITO, Masaki
    • F21S2/00F21V13/00G01J3/10
    • F21L14/023F21L14/00G01J1/08G01J3/10
    • In a deuterium lamp box 50 in accordance with the present invention, a wavelength of light different from that of a deuterium lamp 10 can be forwardly let out from a light exit opening 69. Namely, when the deuterium lamp 10 of a see-through type is lit, the light generated from the deuterium lamp 10 can be let out from the light exit opening 69. When a second lamp 85 is lit while the deuterium lamp 10 is turned off, the light generated from the second lamp 85 passes through the deuterium lamp 10 while in a state collected by a lens 84, and is let out from the light exit opening 69. When the deuterium lamp 10 and the second lamp 85 are lit at the same time, different wavelengths of light are let out from the light exit opening 69 while in a mixed state. Thus, three kinds of light can be made depending on how the lamps 10, 85 are lit, whereby this lamp box is considered to have a versatility much higher than that of a lamp box accommodating only one lamp.
    • 在根据本发明的氘灯箱50中,与氘灯10不同的光的波长可以从光出口69向前出射。即,当透视型氘灯10 从氘灯10产生的光可以从光出射口69出射。当氘灯10关闭时第二灯85点亮时,从第二灯85产生的光通过氘 灯10处于由透镜84收集的状态,并从光出射口69出射。当氘灯10和第二灯85同时点亮时,不同波长的光从光中发出 出口69处于混合状态。 因此,根据灯10,85如何点亮,可以制造三种光,由此该灯盒被认为具有比仅容纳一个灯的灯箱的通用性更高的通用性。