A low-voltage electric heating warm-keeping life jacket
A low-voltage electric heating and life jacket technology, which is applied in the field of life jackets, can solve the problems of increasing the survival rate and the inability of life jackets to keep warm, and achieve the effects of improving the survival rate, practical and convenient operation, and safe and reliable use
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Embodiment 1
[0015] The main structure of the low-voltage electric heat preservation type lifejacket involved in this embodiment includes: a back skirt lining 1, a rear skirt clothing surface 2, a left front clothing lining 3, a left front clothing surface 4, a right front clothing lining 5, a right front clothing surface 6, and a left warm Sleeve lining 7, left thermal sleeve sleeve surface 8, right thermal sleeve sleeve lining 9, right thermal sleeve sleeve surface 10, thermal hat hat lining 11, thermal hat hat surface 12, first electric heating film 13, second electric heating film 14, The first ventilation hole 15, the second ventilation hole 16, the third ventilation hole 17, the fourth ventilation hole 18, the fifth ventilation hole 19, the sixth ventilation hole 20, the wire hole 21, the back flap 22, the third electric heating film 23, Left front flap 24, fourth electric heating film 25, right front flap 26, fifth electric heating film 27, thermal cap 28, left thermal sleeve 29, rig...
Embodiment 2
[0019] The main structure of the low-voltage electric heating thermal lifejacket involved in this embodiment is the same as that of Embodiment 1, and its circuit working principle is the same as that of Embodiment 1. Five electric heating films are selected to be connected in parallel and then connected in series with seawater batteries and thermostats to form a closed loop. The power is 15W, the total power is 5×15W=75W, the working voltage is 6V-4V, the working current is 75W / 6V=12.5A, the battery capacity is 12.5A×4h=50Ah, the wire cross-sectional area is 3.0mm 2 ; Open the sealing cover of the disposable seawater battery and follow the seawater into the battery, the battery will be activated, and it will start to supply power after 1-2 minutes to heat the lifejacket. Under the condition of water temperature of 15℃, the temperature of the heating surface of the lifejacket and the human body will be kept at 30℃ automatically through the thermostat. --35°C, the temperature of ...
Embodiment 3
[0021] The basic structure and electrical principle of the low-voltage electric heating thermal lifejacket involved in this embodiment are the same as those of Embodiment 1. Three upper buttons 40 are also provided on the thermal hat surface 12 of the thermal hat 28, and the upper button 40 is provided on the back skirt surface 2. The three lower buttons 41 that match the buttons 40; when the thermal cap 28 is not used, the thermal cap 28 is folded from the neckline of the lifejacket to the back, and the upper button 40 and the lower button 41 are fastened and fixed; the thermal cap 28 is used or used as buoyancy When the air pillow is used, the center of gravity of the low-voltage electric thermal life jacket is located at the lower part of the back flap 22, which can ensure that the person who falls into the water floats on his back. 29 and the right warmer sleeve 30 adopt the non-inflatable double-layer structure of the fattening sleeve.
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