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    • 82. 发明授权
    • Radiant electromagnetic energy collector
    • 辐射电磁能量收集器
    • US4215674A
    • 1980-08-05
    • US907207
    • 1978-05-18
    • Roger E. RiggsMichael D. Shell
    • Roger E. RiggsMichael D. Shell
    • F24S20/20F24S23/70F24J3/02
    • F24J2/506F24J2/07F24J2/1047F24J2002/1042F24J2002/467Y02E10/41
    • A radiant electromagnetic energy collector has an elongated non-imaging concentrator which concentrates and directs radiant energy onto an elongated absorber having a helical conduit for a heat exchange fluid mounted in an evacuated glass tube. The concentrator has rounded ends which also function as concentrating surfaces to concentrate and direct radiant energy onto the ends of the absorber. The helical conduit within the evacuated tube is connected to input and output pipes leading to the exterior of the tube which pass through a seal situated within the cylinder formed by the helical coil. The collector has a flexible transparent cover which is stretched to a flat sheet and held in position by an interengaging channel and locking rod arrangement located about the periphery of the concentrator.
    • 辐射电磁能量收集器具有细长的非成像浓缩器,其将辐射能集中并引导到具有安装在抽真空玻璃管中的热交换流体的螺旋导管的细长吸收体上。 集中器具有圆形端部,其也用作集中表面,以将辐射能量集中并引导到吸收体的端部​​。 真空管内的螺旋导管连接到通向管的外部的输入和输出管,该管通过位于由螺旋线圈形成的圆筒内的密封件。 收集器具有柔性透明盖,其被拉伸到平板并且通过位于聚光器周边周围的相互接合的通道和锁定杆装置保持就位。
    • 83. 发明授权
    • Solar energy panel
    • 太阳能面板
    • US4191169A
    • 1980-03-04
    • US875161
    • 1978-02-06
    • Mark Hyman
    • Mark Hyman
    • F24J2/20F24J2/46F24J2/50F24J2/51F24J3/02
    • F24J2/4609F24J2/204F24J2/506F24J2/515F24J2002/502Y02B10/20Y02E10/44
    • A light-weight, low-cost and high efficiency solar panel includes a light-weight rectangular wood frame which surrounds and houses a copper absorber plate. A pair of spaced glazings, formed from plastic film materials, are disposed above the absorber to define a pair of enclosed air spaces. The lower glazing is capable of withstanding high temperatures and the upper glazing material is capable of providing good weather resistance. The material of the upper glazing extends fully about the frame to protect the entire frame from weathering. Insulation is provided beneath the absorber plate. The frame rests on top of a bottom sheet of insulative foam plastic which is wrapped in a plastic envelope. The surrounding film of the outer glazing is bonded securely to the envelope to encase the entire panel within a protective sealed envelope of weather-resistant plastic film.
    • 重量轻,成本低,效率高的太阳能电池板包括一个轻质矩形木框架,围绕并容纳铜吸收板。 由塑料薄膜材料形成的一对分开的玻璃布置在吸收器上方以限定一对封闭的空气空间。 下层玻璃能够承受高温,上层玻璃材料能够提供良好的耐候性。 上玻璃窗的材料完全围绕框架延伸,以保护整个框架免受风化。 在吸收板下面提供绝缘。 框架搁置在包装在塑料信封中的绝缘泡沫塑料底部的顶部。 外围玻璃的周围膜被牢固地粘合到信封上,以将整个面板包围在耐候塑料膜的保护性密封外壳内。
    • 84. 发明授权
    • Inflatable solar heat collector
    • 充气太阳能集热器
    • US4160443A
    • 1979-07-10
    • US817992
    • 1977-07-21
    • Dannie K. BrindleDonald Y. Shanfelt
    • Dannie K. BrindleDonald Y. Shanfelt
    • F24J2/20F24J2/34F24J2/50F24J2/52F24J3/02F24H7/02
    • F24J2/506F24J2/204F24J2/34F24J2/5271Y02E10/44Y02E10/47
    • An elongated inflatable tubular housing is provided including front and rear wall portions. The front wall portion is constructed of solar radiation transparent material and a panel of solar radiation absorbing material is mounted in the housing and extends between opposite sides thereof dividing the interior of the housing into front and rear compartments between the panel and the front and rear walls, respectively. Air inlet structure is operative to introduce air to be heated into the front compartment at one end of the housing, air pass structure is provided and operative to pass air from the front compartment into the rear compartment at the other end of the housing and air outlet structure is provided and operative to exhaust heated air from the rear compartment. The air inlet structure and air outlet structure include structures for conveying air from the interior of an enclosure to be heated into the front chamber and from the rear chamber back into the enclosure to be heated.
    • 提供了一种细长的可充气管状外壳,包括前壁部分和后壁部分。 前壁部分由太阳辐射透明材料构成,并且太阳辐射吸收材料的面板安装在壳体中并且在其相对两侧之间延伸,其将壳体的内部分成面板和前后壁之间的前后隔室 , 分别。 空气入口结构可操作以在外壳的一端引入要加热的空气进入前隔室,提供空气通道结构,并且可操作地将空气从前隔室传送到后隔间,在外壳的另一端和空气出口 结构被提供并且可操作以排出来自后隔室的加热空气。 空气入口结构和空气出口结构包括用于将空气从待加热的外壳的内部输送到前室中并且从后室输送到待加热的外壳中的结构。