Mercury-leakage-resistant thermometer
A mercury thermometer and mercury thermometer technology, applied to thermometers, thermometer parts, thermometers based on material expansion/contraction, etc., can solve problems such as mercury is not easy to collect and clean, mercury balls are easily broken, mercury poisoning, etc.
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[0004] Scheme 1: After the surface can be made conductive by spraying, a thin metal layer of a certain thickness can be plated by electroplating. Such as copper, tin or zinc. Or adopt other more feasible process technologies, in short, pursue low cost under the premise of meeting the design requirements.
[0005] Option 2: Use the method of covering plastic film. The same principle as scheme 1 can play a protective role. The proper thickness of the film through testing will not affect the normal measurement of body temperature by the thermometer. The key is whether a feasible process can be found to make the plastic film adhere to the surface of the thermometer.
[0006] The technical points are:
[0007] 1. The thin layer protecting the mercury bulb must be tightly wrapped around the mercury bulb to ensure good heat conduction.
[0008] 2. Determine the appropriate coating thickness through experimental tests to ensure good thermal conductivity of the mercury bulb and no...
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