Abstract: A cage-type hyperbolic spring structure and a socket are provided. The cage-type hyperbolic spring structure is applied in a jack terminal. The cage-type hyperbolic spring includes multiple copper hyperbolic columnar canted springs and a machined body. The multiple copper hyperbolic columnar canted springs are annularly wound into a closed cylindrical annular structure by laser spot welding or a thin hollow tube, the cylindrical annular spring structure is inserted into the machined body, and then a inclined riveting necked port at an end of a thin-walled tube ensures the cylindrical inclined spring not to fall off during plugging and unplugging of the male terminal and the female terminal, it may also employ an assembling method to install an elastic C-ring to press the end of the thin-walled tube tightly.

Abstract: A cage-type hyperbolic spring structure and a socket are provided. The cage-type hyperbolic spring structure is applied in a jack terminal. The cage-type hyperbolic spring includes multiple copper hyperbolic columnar canted springs and a machined body. The multiple copper hyperbolic columnar canted springs are annularly wound into a closed cylindrical annular structure by laser spot welding or a thin hollow tube, the cylindrical annular spring structure is inserted into the machined body, and then a inclined riveting necked port at an end of a thin-walled tube ensures the cylindrical inclined spring not to fall off during plugging and unplugging of the male terminal and the female terminal, it may also employ an assembling method to install an elastic C-ring to press the end of the thin-walled tube tightly.