Integrally formed elastic snap hook made from synthetic resin

An integrally formed elastic snap hook made from synthetic resin comprising:

• a hook body and a moveable member integrally formed with each other;
• and a looped area formed between the hook body and the moveable member;
• wherein the hook body includes a base and a hook portion extended from the base of the hook body;
• wherein the elastic snap hook is provided with a front end and a rear end based on the base;
• one end of the base is located at the rear end and the other end of the base is the front end which is extending toward a direction opposite to the rear end;
• wherein the moveable member is provided with a front-end outer-side close surface for being matched with and closed by a front-end inner-side close surface of a curved portion of the hook body;
• the front-end outer-side close surface is extending to reach the front-end inner-side close surface;
• wherein the moveable member is elastically moved with respect to the base by using the base as a pivot so that the moveable member is able to be moved toward the looped area or away from the looped area and turned back to its original position;
• wherein the front-end outer-side close surface is away from the front-end inner-side close surface to be in a released state when a finger is applying a force to the moveable member and the moveable member is moved toward the looped area;
• wherein while in the released state, a hook-in space is formed between the front-end outer-side close surface and the front-end inner-side close surface;
• wherein when the force applied to the moveable member is released, the front-end outer-side close surface is moved elastically away from the looped area and turned back to its original position to be matched with the front-end inner-side close surface and in a closed state;
• wherein the integrally formed elastic snap hook made from synthetic resin features on that a stopping portion is disposed on a middle area of the moveable member for stopping the finger between the stopping portion and the base;
• wherein the finger is pressing on a position between the stopping portion and the base, without being moved toward the front end while in the closed state;
• now the finger is applying a force to the stopping portion so that the moveable member is elastically moved toward the looped area by using the base as the pivot and in the released state;
• while in the released state, the finger is stopped by the stopping portion and unable to enter the hook-in space.