Unplugging a plug in water does not cause an electric shock. This is not a technology film created by the post-85 generation in Chengdu that is not afraid of water
Put the lit light bulb and socket together into a water tank filled with water, and the light bulb remains on. Put your hand into the water tank, repeatedly unplug and plug in the socket and plug, and there will be no electric shock. The electric light can still light up. Turn on the shower nozzle, spray water towards the socket that is plugged into the power plug of the water heater, and the water heater can still work normally.
Amazing! The invention of unplugging in water without electric shock is not simple
Live plug and socket for operation in water
Over the past 200 years since electricity entered human life, accidents such as leakage, spark explosions, and short circuits have occurred frequently. Every year, the number of electric shock casualties in China exceeds 10000, with losses exceeding 20 billion yuan. Swimming pools and fountains are commonly reported to have electric leakage that can cause injuries, electrocution while bathing, and injuries caused by children touching sockets.
Alganglei Technology Co., Ltd., founded by Zhou Gang, a young entrepreneur born in Chengdu after 1985, has developed a water-resistant socket and will be put into operation by the end of the year. The FS (Fence out Something) insulation connection technology independently developed by Zhou Gang has solved the three major safety problems of traditional bare connection technology, namely "leakage, short circuit, and arc", achieving both insulation and electrification.
Water resistant socket/solving the three major problems of leakage, short circuit, and arc
Argonney Technology Co., Ltd. is located in Pidu District. In the company's exhibition area, reporters from Chengdu Business Daily saw the "magic" waterproof socket.
From the appearance, there is no difference between the Algore insulated power socket and a regular household three hole socket. The shell material is flame-retardant PC plastic, gray or gold, and there is a circle outside the three holes, with a thin strip like warning light above it, which lights up when powered on. The metal triangular plug with a light bulb used for demonstration also has the same appearance as a regular plug.
The staff first inserted the plug of the light bulb into the socket. After being powered on, the light turned on. Then, the staff placed the lit light and socket together into a tank filled with water, and the light remained on. Now let's unplug the plug in the water, "the staff said, reaching out and directly unplugging the plug in the water. The light went out, and then they plugged it back in the water, and the light came on again. Throughout the process, the staff did not wear insulation equipment.
In another demonstration area decorated as a bathroom, the staff turned on the shower nozzle and sprayed hot water directly into the socket that was plugged into the water heater power plug. The water heater that was sprayed was not affected and was still working normally.
The staff introduced that this type of socket is not only waterproof, but also solves the three major safety problems of "leakage, short circuit, and arc" that have long existed in traditional exposed power connection technology. Even if the electrical plug is unplugged and inserted in a space with natural gas reaching the explosive concentration, there will be no sparks caused by metal collisions, and it will not explode.
If electricity needs to be transmitted, there must be an interface. Modern physics believes that only two conductors can be effectively connected. Since conductors may accidentally leak electricity, there must be sparks. In addition, the port adopts an exposed power connection method, which has technical limitations and therefore cannot achieve insulation circumference and cannot be safely connected.
The core of FS insulation connection technology is before connection, during unplugging, and after connection,