A heating floor waterproof bidirectional male and female plug power line

Abstract

The invention describes a heating floor waterproof bidirectional male and female plug power line, and belongs to the technical field of heating floor fittings. The heating floor waterproof bidirectional male and female plug power line comprises connection power lines and insulation plugs at the two ends of the power lines. The connection power lines comprise null lines and live lines. The both ends of the connecting lines are provided with the insulation plugs. The insulation plugs are provided with pipe-shaped plug columns and pore-shaped female joint grooves matched with the plug columns. The connection power lines are provided with two sealing plugs matched with waterproof plug ports used in the installation of heating floors. One insulation plug at one end leads out a live line connection branch line from the connection power line portion. The live line connection branch line is fixed inside one sealing plug. The other insulation plug at the other end leads out a null line connection branch line from the connection power line portion. The null line connection branch line is fixed inside the other sealing plug. The heating floor waterproof bidirectional male and female plug power line of the invention is advantageous is that: the structure if simple, the usage is convenient, the male and female plugging ensures firm wiring; and misconnection and contact failures are thoroughly eradicated and safety problems are eradicated.

Description

Technical field [0001] The invention belongs to the technical field of heating floor accessories, and in particular relates to a waterproof two-way male and female plug power cord for heating floors. Background technique [0002] As wooden floors are accepted by the public, heating wooden floors that can generate heat are slowly becoming popular. At present, the heating floor uses far-infrared carbon fiber heating paper in the middle of the wooden floor. When pressing the floor, it will have resistance. The functional far-infrared carbon fiber heating paper is pressed into the floor block. When laying the floor of the room, these floor blocks of certain specifications are combined, and the heating layers of the two geothermal floors are connected with conductive copper strips or cable connecting wires. If they are directly connected, avoid There are no exposed parts, so safety is greatly compromised. The cable connecting wire currently in use is in the form of conductive pins at...

AI Technical Summary

Problems solved by technology

[0002] As the wooden floor is accepted by the public, the heating wooden floor that can generate heat is gradually becoming popular. At present, the heating floor uses far-infrared carbon fiber heating paper placed in the middle of the wooden floor. When pressing the floor, it will have a resistance The functional far-infrared carbon fiber heating paper is pressed in the floor boards. When laying the floor of the room, these floor boards of certain specifications are put together, and the heating layers of the two geothermal floors are connected with conductive copper strips or cables. If they are directly connected, avoid There is no exposed part, so the safety is greatly reduced

The cable connecting wires currently used are in the form of conductive pins at both ends. A conductive rubber is arranged on each end of the floor board close to the heating layer, and the conductive needles on the cable connecting wire are inserted into the conductive rubber to make the heating between the floor boards However, in actual use, due to the unreliable contact between the conductive needle and the cable, it is easy to cause the open circuit of the electrode and the disconnection of the cable, resulting in the failure of the geothermal floor to work normally.

In the process of installing the floor, the installer is easy to connect the wires wrongly, causing a short circuit, damaging the floor and causing rework, delaying work and delaying work

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