Safe bridge device

Abstract

The invention discloses a safe bridge device comprising a power supply seat and a power supply head connected to an electric appliance through a cable. Foot columns are fixedly installed on the four sides of the bottom of the power supply seat. The bottoms of the foot columns are inclined outwards. The power supply seat is provided with a sliding groove with a mouth facing leftwards. A sliding plate is arranged in the sliding groove movably left and right. An electric interface is arranged at the middle point of the right end wall of the sliding groove. First sliding grooves are disposed on the front and rear end walls of the sliding groove correspondingly. Protruding heads are arranged on the right sides of the front and the rear end surfaces of the sliding plate and movably cooperate with the first sliding grooves. The safe bridge device is simple in overall structure, low in production cost, safe and stable in power supply, reduces the electric shock accidents in the construction process of the bridge, and avoids power outage accidents of the electric appliance due to accidental kicking and accidental collision. The power supply head is safe and reliable in locking and the safebridge device is simple and convenient to operate.

Description

technical field [0001] The invention relates to the field of bridges, in particular to a safe bridge device. Background technique [0002] At present, the construction of bridges is inseparable from electrical facilities. The use of electrical facilities requires that the electrical terminals be inserted into the electrical bases to be powered on before they can be used. The electrical terminals of electrical facilities can be directly inserted into the power supply holes of the electrical bases. Although this plug-in method is very convenient to operate, the length of the cables between the power terminal and the electrical equipment is different. When in use, the cables are often placed randomly. If someone accidentally makes a mistake If the kick hits the cable by mistake, it will cause the power connection terminal to be directly disconnected from the matching connection with the power supply hole of the power connection seat, which will lead to a sudden power failure of...

AI Technical Summary

Problems solved by technology

[0002] At present, the construction of bridges is inseparable from electrical facilities. The use of electrical facilities requires that the electrical terminals be inserted into the electrical bases to be powered on before they can be used. The electrical terminals of electrical facilities can be directly inserted into the power supply holes of the electrical bases. Although this plug-in method is very convenient to operate, the length of the cables between the power terminal and the electrical equipment is different. When in use, the cables are often placed randomly. If someone accidentally makes a mistake If the kick hits the cable by mistake, it will cause the power connection terminal to be directly disconnected from the matching connection with the power supply hole of the power connection seat, which will lead to a sudden power failure of the electrical facilities, so that the service life of the electrical facilities will be reduced. It will directly cause the burning of electrical facilities. Therefore, the existing plugging method between the power supply terminal and the power supply tank has potential safety hazards of unstable power supply connection, and the existing power supply terminal is easy to cause electric shock during the plugging process. ACCIDENT

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