Rotating type lamp tube socket structure

Abstract

The invention provides a rotating type lamp tube socket structure. The rotating type lamp tube socket structure comprises a base, a cover body and a rotating part, wherein the rotating part can pivot at an assembly position and a breakover position relative to the cover body, when the rotating part pivots to the assembly position, the rotating part can compress an elastic part and contract towards direction of the cover body, and when the rotating part pivots to the breakover position, the rotating part can protrude outwards under the effect of pushing of the elastic part by the aid of the returning elasticity of the elastic part. The rotating type lamp tube socket structure has the advantages that lamp tubes can be assembled quickly and simply, and lamp tubes are positioned firmly and do not fall off easily after being assembled.

Description

technical field [0001] The invention relates to a lamp tube socket structure, in particular to a rotary lamp tube socket structure. Background technique [0002] Such as Figure 9 As shown, the conventional lamp socket has a hollow body 91, and a contact member 92 is provided inside the body 91, and the contact member 92 is supported by an elastic member 93 and protrudes toward the outside of the body 91. The outward end surface of the contact member 92 is provided with an insertion hole 94, and a conductive piece 95 communicated with the insertion hole 94 is provided in the contact member 92, so that a lamp terminal (not shown) can be inserted into the When in the insertion hole 94 of the abutting piece 92, the terminal of the lamp tube can be in contact with the conductive sheet 95 to form a conduction state, and the abutting piece 92 can be supported by the elastic piece 93 to abut against the lamp On the end edge of the tube, it can form an additional clamping and posit...

AI Technical Summary

Problems solved by technology

[0003] However, when the above-mentioned conventional lamp socket is actually used, since the abutting member 92 is supported by the elastic member 93 and is in a protruding state under normal conditions, the abutting member 92 must be pressed first when assembling the lamp tube. Only by compressing the elastic member 93 and forcing the abutting member 92 to shrink inward can the action of assembling the lamp tube be completed smoothly; the assembling operation is not only too cumbersome, but also needs to press the abutting member 92 while inserting the terminal of the lamp tube. The assembly action of the insertion hole 94 located at the abutment member 92 is quite difficult and difficult to operate

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