Abstract: A clip-type friction hinge device comprises a hinge body having insertion grooves on both insides thereof, a shaft being inserted to the each insertion groove of the hinge body on one side thereof and defining a central shaft when a monitor is pivotally moved, stands being formed on the outer circumference of other side of the shaft to be rotated about the shaft, clips each being inserted between the stand and the outer circumference of the shaft to adjust the amount of torque during the rotation of the stand, and torsion springs being fixedly installed on both outer circumferences of the hinge body to elastically support the stands relative to rotation of the stand.

Abstract: A clip-type friction hinge device comprises a hinge body having insertion grooves on both insides thereof, a shaft being inserted to the each insertion groove of the hinge body on one side thereof and defining a central shaft when a monitor is pivotally moved, stands being formed on the outer circumference of other side of the shaft to be rotated about the shaft, clips each being inserted between the stand and the outer circumference of the shaft to adjust the amount of torque during the rotation of the stand, and torsion springs being fixedly installed on both outer circumferences of the hinge body to elastically support the stands relative to rotation of the stand.

Abstract: The present invention relates to a clip type friction hinge device, which can be conveniently assembled and can freely adjust the torque to a desired rotary direction. The clip type friction hinge device of the present invention comprises a housing having an axial hole and a fixing slit formed at a lower portion of the axial hole; a rotary axis which is inserted to the housing to be rotatable; a torsion spring which elastically supports the rotary axis for the housing and is comprised of a pair of semi-cylindrical spring members; and a plurality of C type clips which are elastically inserted to the outer circumference of the torsion spring.