An automatic anti-fogging double-lens helmet and its use method
A double-lens and helmet technology, applied in helmets, helmet caps, applications, etc., can solve the problems of easy wear, poor anti-fogging effect, and easy corrosion, and achieve the goals of reducing energy consumption, reliable anti-fogging, and improving safety Effect
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Embodiment 1
[0035] Example 1, as figure 1As shown, the present invention provides an automatic anti-fogging double-lens helmet, including a helmet body on which an outer lens 4 and an inner lens 5 are mounted, the outer lens 4 has an anti-scratch function, and the inner lens 5 has an anti-scratch function. Direct sunlight function, and the inner lens 5 is located inside the outer lens 4, the outer lens 4 and the inner lens 5 are movably connected to the helmet body through the connection knob 2, so that the outer lens 4 and the inner lens 5 move up and down relative to the helmet body. There is a cavity 6 between the outer lens 4 and the inner lens 5, the cavity 6 is connected with the anti-fogging mechanism, the anti-fogging mechanism is connected with the automatic control circuit, and the anti-fogging mechanism and the automatic control circuit are paired with each other. Anti-fogging can be achieved by heating the air in the cavity formed by the lens. The anti-fogging mechanism inclu...
Embodiment 2
[0039] Embodiment 2, the present invention provides a kind of use method of automatic anti-fogging double lens helmet, and its steps are as follows:
[0040] S1. When the outdoor temperature is low, manually close the power switch 26; the first temperature sensor 10, the first humidity sensor 11, the second temperature sensor 7, the second humidity sensor 8, the third temperature sensor 12 and the fourth temperature sensor 20 The electrical signals of the measured temperature and humidity are transmitted to the controller 25, and the controller 25 processes the input electrical signals and judges whether the inner side of the outer lens 4 and the inner side of the inner lens 5 are in a fogging state and whether there is an equipment failure: such as figure 2 As shown, the temperature T inside the helmet measured by the controller 25 through the first temperature sensor 10 and the first humidity sensor 11 1 and the humidity inside the helmet φ 1 Calculate the dew point temper...
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