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    • 12. 发明授权
    • Potable water collection apparatus
    • 饮用水收集仪
    • US06343479B1
    • 2002-02-05
    • US09681741
    • 2001-05-30
    • Thomas Merritt
    • Thomas Merritt
    • F25D2114
    • F24F5/0096F25D21/14
    • An apparatus for transferring water vapor into potable water, by using a vapor compression refrigeration system which includes both a water-cooled condenser and an air-cooled condenser. The water-cooled condenser is located in the refrigerant fluid path between the exit of the compressor and the inlet of the air-cooled condenser where it behaves as a desuperheater. The water exiting the condenser, containing the superheat from the refrigerant, is transferred through conduit to a water to air heat exchange means having an open cell ligament structure, wherein as the water falls through it, the water is cooled by the evaporation of a portion of the water by an air stream also passing through it. The open cell ligament structure coincidently acts as a filter for the air stream. The filtered air stream containing added sensible and latent heat is put in contact with the exterior surface of the evaporator portion of the vapor compression refrigeration system where heat is removed causing the water vapor to condense on the evaporator surface and fall and collect in a suitable container at the bottom of the evaporator where it is further treated and purified by a germicidal lamp.
    • 通过使用包括水冷式冷凝器和空气冷却式冷凝器的蒸气压缩式制冷系统,将水蒸汽转移到饮用水中的装置。 水冷式冷凝器位于压缩机出口与风冷式冷凝器入口之间的制冷剂流体路径中,其作为过热降温器。 从冷凝器排出的含有来自制冷剂的过热的水通过管道传送到水到具有开放细胞韧带结构的空气热交换装置,其中当水通过其时,水被蒸发了一部分 的水通过也通过它的气流。 开放细胞韧带结构一致地用作空气流的过滤器。 与蒸发压缩制冷系统的蒸发器部分的外部表面接触的过滤空气流与蒸发压缩制冷系统的蒸发器部分的外表面相接触,其中除去热量导致水蒸汽在蒸发器表面上冷凝并落下并收集在合适的容器 在蒸发器的底部,通过杀菌灯进一步处理和净化。
    • 13. 发明授权
    • Bicycle drive
    • 自行车驱动
    • US06244135B1
    • 2001-06-12
    • US09472493
    • 1999-12-27
    • Thomas Merritt
    • Thomas Merritt
    • B62M110
    • B62M21/00B62M1/10Y10T74/2164Y10T74/2165
    • The bicycle drive mechanism is intended to emulate the behavior of contemporary multiple sprocket bicycle drive mechanisms while comprising far fewer components. In operation force is transmitted to a first drive sprocket which has the capability to absorb much of the inertial load. A second sprocket on the rear wheel of the bicycle is connected by a chain to the first drive sprocket in the usual fashion. Energy stored in the drive sprocket is gradually released as momentum is increased, thereby easing muscle strain upon the rider.
    • 自行车驱动机构旨在模拟当代多个链轮自行车驱动机构的行为,同时包括更少的部件。 在操作力传递到具有吸收大部分惯性载荷的能力的第一驱动链轮上。 自行车后轮上的第二链轮通过链条以通常的方式连接到第一驱动链轮。 储存在驱动链轮中的能量随着动量增加而逐渐释放,从而缓解了骑手的肌肉紧张。
    • 14. 发明授权
    • Thermoelectric hair dryer
    • 热电吹风机
    • US5507103A
    • 1996-04-16
    • US375168
    • 1995-01-18
    • Thomas Merritt
    • Thomas Merritt
    • A45D20/10F24F5/00F25B21/02A45D20/00
    • F24F5/0042A45D20/10F25B21/02
    • The present disclosure concerns a hair dryer apparatus capable of low power consumption which makes use of a thermoelectric cooling and heating module. The hair dryer includes a motor driven fan which forces ambient air across each opposite face of the thermoelectric module simultaneously and at a high velocity. The thermoelectric module behaves as a heat pump by absorbing heat through a first heat sink in contact with one side of the module, pumping the heat through the module with a low voltage DC electric current, and rejecting the heat through a second heat sink in contact with the second side of the module. Additional Joules heat, created by the power input to the module, is also rejected to ambient through the second heat sink. Air passed over the first heat sink can be mixed with the air passed over the second heat sink by a damper at the air discharge, thereby enabling accurate temperature settings without the use of electronic controls.
    • 本发明涉及使用热电冷却和加热模块能够实现低功耗的吹风机装置。 吹风机包括电动机驱动的风扇,其同时并以高速度迫使环境空气横跨热电模块的每个相对面。 热电模块通过与模块的一侧接触的第一散热器吸收热量而作为热泵,通过低压直流电流将热量泵送通过模块,并通过第二个散热器将热量排除在接触 与模块的第二面。 通过模块的电源输入创建的额外焦耳热也通过第二个散热器被排除到环境中。 通过第一散热器的空气可以与在空气放电处的阻尼器通过第二散热器的空气混合,从而在不使用电子控制的情况下实现精确的温度设置。