초록 ▼

An ejector mechanism for a connector comprises a receptacle defined in a top surface of a header of the connector and an elastic device received in the receptacle. An elastic ejection plate is adapted to force the elastic device to deform and store tension when an external card is manually inserted

An ejector mechanism for a connector comprises a receptacle defined in a top surface of a header of the connector and an elastic device received in the receptacle. An elastic ejection plate is adapted to force the elastic device to deform and store tension when an external card is manually inserted into the header of the connector in a first direction and exerts a force on the ejection plate along the first direction. A button device projects from the ejection plate. A retaining plate is fixed to the connector and defines a first hole and a second hole for respectively receiving the button device at different statuses. The button device is moved from the first hole to the second hole when the elastic ejection plate is pushed by the inserted card in the first direction. The button device receives a force from the elastic device and returns to the first hole when it is depressed downward below a retention region of the second hole.

대표청구항 ▼

[ What is claimed is:] [1.] An ejector mechanism for a connector comprising:a receptacle;elastic means received in the receptacle;an elastic ejection plate adapted to force the elastic means to deform and store tension when an external card is manually inserted into the connector in a first directio

[ What is claimed is:] [1.] An ejector mechanism for a connector comprising:a receptacle;elastic means received in the receptacle;an elastic ejection plate adapted to force the elastic means to deform and store tension when an external card is manually inserted into the connector in a first direction and exerts a force on the ejection plate along the first direction;button means projecting from the ejection plate; anda retaining plate fixed to the connector and defining a first hole and a second hole for respectively receiving the button means at different statuses;whereby when a card is inserted into the connector the elastic ejection plate is pushed in the first direction and the button means moves from the first hole to the second hole, and when the button means is depressed downward below a retention region of the second hole the button means receives a force from the elastic means and returns to the first hole.