Automatically restoring device for slide rail assembly

Automatically restoring device for slide rail assembly, comprising:

• a fixed unit defining an interior space, a pair of substantially parallel fixed rails being mounted on two inner sides of the interior space;
• and
• a horizontally slidable receptacle having a receiving section, a pair of movable rails being disposed on two outer sides of the receiving section corresponding to the fixed rails, whereby the horizontally slidable receptacle can be drawn out of the fixed unit or pushed thereinto, said automatically restoring device being characterized in that:
• one end of each movable rail is formed with a push section;
• an automatically restoring section is disposed at one end of the fixed rail, the automatically restoring section including two slide way bodies, a deflection body and a resilient body;
• each slide way body is a rectangular body with a predetermined length, a lateral face of the slide way body being formed with a first slide section, one end of the slide way body being fixed on the fixed rail, the first slide sections of the slide way bodies facing each other and being spaced from each other by a predetermined distance, the other end of the slide way body having an outward extending sub-slide way body with a predetermined length, the maximum distance between the opposite faces of the sub-slide way bodies being larger than the maximum distance between the opposite faces of the slide way bodies, whereby the inner edges of the two slide way bodies and the outward extending sub-slide way bodies define a trumpet-shaped opening;
• the deflection body is a substantially rectangular body, the width of the deflection body corresponding to the distance between the two slide way bodies, two lateral faces of the deflection body being respectively formed with two second slide sections, the first and second slide sections being engaged with each other, whereby the deflection body is slidably positioned between the two slide way bodies, the deflection body further including an abutting section and a latch section;
• the abutting section is formed of a projecting leg extending from one side of the deflection body toward the fixed end of the slide way body fixed on the fixed rail, the abutting section having a predetermined length;
• the latch section is a bending hook body outward extending from one side of the deflection body opposite to the abutting section;
• two ends of the resilient body are respectively connected with the deflection body and the fixed end of the slide way body fixed on the fixed rail;
• and
• the deflection body is slidably positioned between the two slide way bodies and the two sub-slide way bodies, whereby when the deflection body is positioned between the two sub-slide way bodies, the deflection body will swing to make the abutting section abut against the adjoining sections of one slide way body and sub-slide way body, by means of the pulling force of the resilient body, the deflection body being fixed between the two sub-slide way bodies, when the movable rail is moved to a position where the push section collide the deflection body, the deflection body being swung, whereby the abutting section no more abuts against the adjoining sections, at this time, the latch section hooking and latching the push section, by means of the pulling force of the resilient body, the deflection body driving the movable rail to further move so as to automatically restore the movable rail to its home position.