Energy storage assembly device for aerosol-generating device
A technology for energy storage and generation devices, applied in the direction of exhaust plug devices, electrical components, battery pack components, etc.
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[0035] If a battery cell is damaged inside the energy storage device, it may produce gases through a venting process (also known as thermal runaway) that may increase the pressure inside the energy storage device and generate overheating. If an energy storage device is used inside an aerosol generating device, injury to the intended user should be avoided at all costs. To avoid this, it is important to release the gas to the outside of the battery and energy storage device. One obvious way of releasing the gas is to provide one or more vents in the energy storage device, allowing the gas to flow to the outside. However, such vents pose a safety risk because they can allow water or liquid (eg, e-liquid) to enter the energy storage device and potentially cause safety issues (such as short circuits). Furthermore, the one or more vent holes may not provide any indication to a prospective user that a battery cell has been detected to have been vented unless the battery cell become...
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