Connection seat component of electric heating floorboard and connection rod component

Abstract

The invention discloses a connection seat component of an electric heating floorboard, which comprises two leads. The connection seat component of the electric heating floorboard is characterized by further comprising a connection seat and two conductive connectors; the connection seat comprises a first connection hole, a second connection hole, a first pin hole, a second pin hole, a rear cavity body and a lead hole; the opening of the lead hole is backward and is communicated with the rear cavity; the two conductive connectors are respectively a left-side conductive connector and a right-side conductive connector according to the different left and right location places; both the left-side conductive connector and the right-side conductive connector comprise copper pins and rear-side parts located at the rear parts of the copper pins; the rear section of the copper pin of the left-side conductive connector is located in the first pin hole of the connection seat and the two are matched in a sealing mode; the rear side part of the left-side conductive connector is electrically connected with the first lead of the two leads; the rear section of the copper pin of the right-side conductive connector is located in the second pin hole of the connection seat and the two are matched in a sealing mode; and the rear side part of the right-side conductive connector is electrically covenanted with the second lead of the two leads.

Description

technical field [0001] The invention relates to a product in the field of building decoration, in particular to a socket component of an electric heating floor and a connecting rod component used for electrical connection of adjacent electric heating floors. Background technique [0002] At present, electric floor heating has become an emerging heating method, and it is a new generation of electric floor heating heating method. The early electric floor heating is to lay electric heating wires on the ground as the main material to extend to the electric heating layer of the whole room, and then lay ordinary floors on the electric heating layer to form an electric heating floor heating system. Once the electric heating wire fails in this system, the electric heating layer can only be replaced completely or the electric heating floor heating is not used. Chinese patent document CN2498521Y is exactly this floor heating system. [0003] The electric heating floor is to install ...

AI Technical Summary

Problems solved by technology

Among the above three installation methods, the first method of slotting usually adopts a row of knives to slot vertically and horizontally, which will form sharp edges at the turning, which is easy to damage the insulation skin of the wire; the second installation method is more difficult to process and is not convenient Large-scale industrial production; the "composite floor" in the third way includes a wide range. For example, laminate flooring is a kind of balanced paper layer, density board, decorative paper layer and wear-resistant paper layer from bottom to top. The composite floor formed by hot pressing, so structurally speaking, this kind of composite floor cannot pre-embed the heating wire, so the third installation method of the heating wire in this document cannot be implemented by those skilled in the art

The above three installation methods all have the problem of making complex troubles

[0007] Again, it is proposed in this document that the first connector, the second connector, the plug, the first joint and the second joint are all features of a waterproof structure, but it does not solve the waterproof problem of the entire floor system

Although the first joint and the second joint adopt a waterproof structure, there is no mention of how to solve the problem of waterproofing the connection between the two joints and the heating wire, nor does it involve the contact between the two joints and the floor plate. The problem of sealing and waterproofing, when the floor system is not energized for a period of time, the water vapor in the air will enter the interior of the floor from the gap between the joint and the floor body, and condense at the joint between the joint and the heating wire. When the power is turned on, there will be serious leakage, which will cause the touch protector to trip immediately. If the touch protector is not installed, it will cause overheating or even burn the floor due to the generation of large current

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