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    • 73. 发明申请
    • HALOGEN HEATER
    • 卤素加热器
    • US20160095164A1
    • 2016-03-31
    • US14791688
    • 2015-07-06
    • Toshiba Lighting & Technology Corporation
    • Yoshitaka FUJITA
    • H05B3/00H01K7/00H01K1/28
    • H05B3/009H01K1/24H01K1/28H01K7/00H05B3/06H05B3/141H05B3/48H05B2203/014H05B2203/032
    • A heater of an embodiment includes a bulb, a filament, a gas, and metallic members. The filament is disposed in the inside portion of the bulb along a tube axis and includes a radiative unit and non-radiative units. The radiative unit performs radiation when applying current. The non-radiative units are disposed at either end of the radiative unit in a tube axis direction, are electrically connected to the radiative unit, and do not perform radiation relative to the radiative unit when applying current. The bulb includes a radiative region and non-radiative regions. The radiative unit is disposed in the radiative region. The non-radiative units are disposed in the non-radiative regions. The metallic members are disposed in the inside portion of the bulb, are thermally conductible, and are disposed in the non-radiative regions.
    • 实施例的加热器包括灯泡,灯丝,气体和金属构件。 灯丝沿管轴设置在灯泡的内部,并且包括辐射单元和非辐射单元。 辐射单元在施加电流时执行辐射。 非辐射单元设置在辐射单元的管轴方向的任一端,电连接到辐射单元,并且在施加电流时不相对于辐射单元执行辐射。 灯泡包括辐射区域和非辐射区域。 辐射单元设置在辐射区域中。 非辐射单元设置在非辐射区域中。 金属构件设置在灯泡的内部,可导热,并且设置在非辐射区域中。
    • 74. 发明授权
    • Filament lamp
    • 灯丝灯
    • US08488953B2
    • 2013-07-16
    • US12509559
    • 2009-07-27
    • Akinobu NakashimaShinji Taniguchi
    • Akinobu NakashimaShinji Taniguchi
    • A45D20/40
    • H01K9/08H01K1/40H01K1/44H01K7/00H05B3/0047
    • A filament lamp is provided. The filament lamp includes: a long light emitting section including a plurality of filaments aligned with one another in an axial direction of the light emitting section, wherein electric power is independently supplied to each of the filaments; a sealing section that seals the light emitting section, including: a first sealing section provided at one end of the light emitting section; and a second sealing section provided at the other end of the light emitting section; a plurality of metal foils embedded in the sealing section; a plurality of external leads each connected to a corresponding one of the metal foils and extending from the sealing section to the outside; and a plurality of glass pipes each provided on the sealing section so as to cover a corresponding one of the external leads.
    • 提供白炽灯。 长丝灯包括:长发光部,其包括在发光部的轴向上彼此对准的多个细丝,其中,电力独立地供给到每个长丝; 密封所述发光部的密封部,包括:设置在所述发光部的一端的第一密封部; 以及设置在所述发光部的另一端的第二密封部; 嵌入密封部的多个金属箔; 多个外部引线,各自连接到相应的一个金属箔并从密封部分延伸到外部; 以及多个玻璃管,每个玻璃管设置在所述密封部上以覆盖相应的一个所述外部引线。
    • 75. 发明授权
    • Filament lamp and light irradiation heat treatment device
    • 灯丝灯和光照射热处理装置
    • US08145045B2
    • 2012-03-27
    • US12544385
    • 2009-08-20
    • Yoichi MizukawaKenji Tanino
    • Yoichi MizukawaKenji Tanino
    • F26B3/30
    • H01K1/38H01K1/40H01K7/00H01K9/08H01L21/67115H05B3/0047
    • A filament lamp has a bulb comprised of a straight light emitting tube from which a pair of flat hermetically sealed portions extend, a plurality of coiled filaments arranged within the light emitting tube, in the tube axis direction a pair of internal leads are connected to ends of the filament by a respective one of a plurality of metal foils that are embedded in the hermetically sealed portions, and external leads are connected to the metal foils. The width of metal foils embedded in the hermetically sealed portions is increased so as not to cause them to melt even when an electric current to be supplied to the filament lamp is increased, the hermetically sealed portions being made wider than the external diameter of the light emitting tube and the width between outer margins of the metal foils in a direction at right angles of the tube axis is greater than the internal diameter of the light emitting tube.
    • 灯丝灯具有由直线发光管构成的灯泡,一对扁平密封部分从该发光管延伸出来,布置在发光管内的多个线状灯丝沿管轴方向连接一对内部引线 通过嵌入密封部的多个金属箔中的相应的一个,并且将外部引线连接到金属箔。 嵌入在密封部分中的金属箔的宽度增加,使得即使当提供给灯丝灯的电流增加时也不会使其熔化,气密密封部分被制成比光的外径更宽 金属箔的外边缘之间的宽度在管轴的直角方向上的宽度大于发光管的内径。
    • 77. 发明申请
    • ILLUMINATED BILLHOLDER AND METHOD THEREFOR
    • 照明的BILLHOLDER及其方法
    • US20110186194A1
    • 2011-08-04
    • US12700016
    • 2010-02-04
    • Gus GalloGloria Lucia Flores
    • Gus GalloGloria Lucia Flores
    • A45C1/06H01K7/00A45C11/18
    • A45C1/06A45C11/18H01K7/00
    • A billfold has a front cover. A back cover is connected to the front cover by a spine, the spine allowing the front cover to fold over the back cover. At least one pocket is formed on an interior side of the back cover. A card pocket is formed on an interior side of the back cover. A first lighting element is formed on the exterior side of the front cover wherein the lighting element flush mounted to the exterior side of the front cover. A lighting circuit is coupled to the first lighting element for controlling illumination of the first lighting element. The lighting circuit illuminates the first lighting element when the lighting circuit detects the presence of an object in one of the at least one pocket or the card pocket. A power supply coupled to the lighting circuit and the first lighting element.
    • 一个帐单有一个封面。 后盖通过脊柱连接到前盖,脊柱允许前盖折叠在后盖上。 在后盖的内侧形成至少一个口袋。 在后盖的内侧形成有卡片袋。 第一照明元件形成在前盖的外侧,其中照明元件齐平地安装到前盖的外侧。 照明电路耦合到第一照明元件,用于控制第一照明元件的照明。 当照明电路在至少一个口袋或卡槽中的一个检测到物体的存在时,照明电路照亮第一照明元件。 耦合到照明电路和第一照明元件的电源。
    • 78. 发明申请
    • THERMO-PHOTOVOLTAIC POWER GENERATOR FOR EFFICIENTLY CONVERTING THERMAL ENERGY INTO ELECTRIC ENERGY
    • 用于有效转换为电能的热能发电机
    • US20110094572A1
    • 2011-04-28
    • US12978556
    • 2010-12-25
    • Siegfried Janson
    • Siegfried Janson
    • H01L31/09
    • F21V13/08H01K1/14H01K1/26H01K1/32H01K1/325H01K3/005H01K7/00
    • A thermo-photovoltaic power generator for efficiently converting thermal energy into electric energy including a selective thermal emitter having micropatterned structures for receiving thermal energy and emitting thermal radiation with black body emissivity over a range of wavelengths, low-bandgap photocells responsive to thermal radiation at wavelengths within a particular band of said range of wavelengths and operative to convert such thermal radiation to electric energy, and a band pass filter disposed between the thermal emitter and the photocells for transmitting thermal radiation from the emitter at wavelengths within the particular band to the photocells, and for reflecting thermal radiation at wavelengths outside the particular band back to the emitter.
    • 一种用于将热能有效地转换成电能的热光伏发电机,包括具有用于接收热能并具有在一定波长范围内的具有黑体辐射率的热辐射的微图案化结构的选择性热发射器,响应于波长处的热辐射的低带隙光电池 在所述波长范围的特定频带内并且可操作地将这种热辐射转换成电能;以及带通滤波器,其布置在热发射器和光电管之间,用于将特定频带内的波长处的发射器的热辐射传输到光电池, 并用于将特定波段外的波长的热辐射反射回发射器。
    • 79. 发明申请
    • FILAMENT LAMP AND LIGHT IRRADIATION HEAT TREATMENT DEVICE
    • 灯具灯和光照射热处理装置
    • US20100054719A1
    • 2010-03-04
    • US12544385
    • 2009-08-20
    • Yoichi MIZUKAWAKenji TANINO
    • Yoichi MIZUKAWAKenji TANINO
    • F26B3/28H01K1/50
    • H01K1/38H01K1/40H01K7/00H01K9/08H01L21/67115H05B3/0047
    • A filament lamp has a bulb comprised of a straight light emitting tube from which a pair of flat hermetically sealed portions extend, a plurality of coiled filaments arranged within the light emitting tube, in the tube axis direction a pair of internal leads are connected to ends of the filament by a respective one of a plurality of metal foils that are embedded in the hermetically sealed portions, and external leads are connected to the metal foils. The width of metal foils embedded in the hermetically sealed portions is increased so as not to cause them to melt even when an electric current to be supplied to the filament lamp is increased, the hermetically sealed portions being made wider than the external diameter of the light emitting tube and the width between outer margins of the metal foils in a direction at right angles of the tube axis is greater than the internal diameter of the light emitting tube.
    • 灯丝灯具有由直线发光管构成的灯泡,一对扁平密封部分从该发光管延伸出来,布置在发光管内的多个线状灯丝沿管轴方向连接一对内部引线 通过嵌入密封部的多个金属箔中的相应的一个,并且将外部引线连接到金属箔。 嵌入在密封部分中的金属箔的宽度增加,使得即使当提供给灯丝灯的电流增加时也不会使其熔化,气密密封部分被制成比光的外径更宽 金属箔的外边缘之间的宽度在管轴的直角方向上的宽度大于发光管的内径。