Lock device structure

A lock device structure comprising:

• an assembly of a case body 10 and an actuator body 20, and
• a linking member 30 and a slide body 40 mounted on the case body 10,
• the actuator body 20 being defined with an axial direction X, the actuator body 20 having a free end 21 and a pivoted end 22 pivotally connected with the case body 10 in cooperation with an elastic unit 50, whereby the actuator body 20 can reciprocally move, the free end 21 of the actuator body 20 having two protruding arm sections 25 and a notch section 26 positioned between the two arm sections 25,
• an operation member 80 and an elastic member 55 being disposed in the notch section 26, the elastic member 55 serving to make the operation member 80 reciprocally move in the axial direction X of the actuator body 20,
• the linking member 30 having a freely rotatable first end 31 and a second end 32 connected with the slide body 40, the first end 31 being pivotally connected with the free end 21 of the actuator body 20,
• wherein the operation member 80 includes an operable base body 83 and a main section 81 and a subsidiary section 82 positioned at two ends of the base body 83, two subsidiary rails 85 being disposed on two sides of the operation member 80, the operation member 80 being formed with a subsidiary mounting section 86 for assembling with the elastic member 55, the subsidiary section 82 being formed with a hook-shaped locating section 84,
• whereby when the operation member 80 reciprocally moves in the axial direction X, the actuator body 20 is permitted to move from a closed position to an open position to drive the linking member 30 and the slide body 40 to move,
• when the actuator body 20 is positioned in the closed position, the locating section 84 is engaged with the case body 10, whereby the actuator body 20 is securely engaged with the case body 10,
• the elastic member 55 being selectively in the form of a coiled spring and having a first section 56 and a second section 58.

A lock device structure comprising:

• an assembly of a case body 10 and an actuator body 20, and
• a linking member 30 and a slide body 40 mounted on the case body 10,
• the actuator body 20 being defined with an axial direction X, the actuator body 20 having a free end 21 and a pivoted end 22 pivotally connected with the case body 10 in cooperation with an elastic unit 50, whereby the actuator body 20 can reciprocally move, the free end 21 of the actuator body 20 having two protruding arm sections 25 and a notch section 26 positioned between the two arm sections 25,
• an operation member 80 and an elastic member 55 being disposed in the notch section 26, the elastic member 55 serving to make the operation member 80 reciprocally move in the axial direction X of the actuator body 20,
• the linking member 30 having a freely rotatable first end 31 and a second end 32 connected with the slide body 40, the first end 31 being pivotally connected with the free end 21 of the actuator body 20,
• wherein the first end 31 of the linking member 30 is formed with pinholes 37 pivotally connected with a shaft pin 77, whereby the first end 31 of the linking member 30 is freely rotatably pivotally connected with the free end 21 of the actuator body 20,
• the second end 32 of the linking member 30 being formed with a shafted section 33 for pivotally connecting with a shaft pin 73, whereby the second end 32 of the linking member 30 can freely move, the shaft pin 73 being also pivotally connected with the slide body 40,
• the slide body 40 being a plate body and having a main end 43 and a subsidiary end 44, two assembling sections 41 in the form of lug structure being disposed on the slide body 40 between the main end 43 and the subsidiary end 44, each assembling section 41 being formed with a shaft hole 42,
• the shaft pin 73 being assembled with the linking member 30 and the shaft holes 42 of the assembling sections 41 of the slide body 40, two ends of the shaft pin 73 being pivotally connected with the case body 10,
• whereby when the operation member 80 reciprocally moves in the axial direction X, the actuator body 20 is permitted to move from a closed position to an open position to drive the linking member 30 and the slide body 40 to move.