Claims (4)
一種閂鎖模組，適於裝設於一筆記型電腦，以將該筆記型電腦的一電池自該筆記型電腦的一本體中頂出，該閂鎖模組包括：一閂鎖，設置於該筆記型電腦的該本體，並適於相對該本體移動，該閂鎖具有一推移部、一連接部以及一第一限位部，該推移部之作動方向與該第一限位部之作動方向互相平行，而該連接部連接於該推移部及該第一限位部之間，且該推移部暴露於該本體的一底面之外；一卡勾，設置於該電池，並與該閂鎖的該第一限位部互相限位；一導引件，設置於該電池，並與該卡勾位於該閂鎖的一移動路徑上，該導引件具有一第一導引部、一第二導引部以及一第二限位部；以及一彈簧，連接於該閂鎖與該本體之間；其中推移該閂鎖往一解鎖方向移動以解除與該卡勾的互相限位時，該閂鎖接觸該導引件，且藉由該導引件推移該電池朝向遠離該本體之一頂出方向移動，而該解鎖方向與該頂出方向互相垂直，當該推移部受力使該閂鎖往該解鎖方向移動時，該彈簧呈拉伸狀態，當該推移部不再受力，該彈簧藉由彈性恢復力迅速回復至其初始位置，且使該卡勾承靠於該第一限位部上，以限制該電池於該頂出方向上之位移，該第一導引部之作動方向與該解鎖方向平行，而該第二導引部與該第一導引部夾一鈍角，且該第二
導引部位於該第一導引部及該卡勾之間，該第二限位部突出於第一導引部，當該導引件推移該電池朝向該頂出方向移動時，該第二限位部適於移動至該閂鎖之該移動路徑上，以限制閂鎖的移動距離，該第一導引部相較於該電池之最大距離，大於該卡勾相較於該電池之最大距離。
A latch module is adapted to be mounted on a notebook computer to eject a battery of the notebook computer from a body of the notebook computer, the latch module comprising: a latch, disposed on the The body of the notebook computer is adapted to move relative to the body, the latch has a pushing portion, a connecting portion and a first limiting portion, and the moving direction of the pushing portion and the first limiting portion are actuated The direction is parallel to each other, and the connecting portion is connected between the pushing portion and the first limiting portion, and the pushing portion is exposed outside a bottom surface of the body; a hook is disposed on the battery and is coupled to the latch The first limiting portion of the lock is mutually constrained; a guiding member is disposed on the battery, and the hook is located on a moving path of the latch, the guiding member has a first guiding portion, and a guiding portion a second guiding portion and a second limiting portion; and a spring connected between the latch and the body; wherein when the latch is moved in an unlocking direction to release the mutual restraint from the hook, The latch contacts the guiding member, and the battery is moved away from the guide by the guiding member One of the body moves in the ejector direction, and the unlocking direction is perpendicular to the ejector direction. When the pushing portion is forced to move the latch to the unlocking direction, the spring is in a stretched state, and when the pushing portion is no longer The spring is quickly returned to its original position by the elastic restoring force, and the hook is supported by the first limiting portion to limit the displacement of the battery in the ejection direction, the first guide The driving direction of the guiding portion is parallel to the unlocking direction, and the second guiding portion and the first guiding portion are at an obtuse angle, and the second
The guiding portion is located between the first guiding portion and the hook, the second limiting portion protrudes from the first guiding portion, and when the guiding member moves the battery to move in the ejection direction, the second portion The limiting portion is adapted to move to the moving path of the latch to limit the moving distance of the latch, the maximum distance of the first guiding portion compared to the battery is greater than the maximum of the hook compared to the battery distance.
如申請專利範圍第1項所述之閂鎖模組，其中該閂鎖的該第一限位部更具有一第三導引部，適於接觸該第二導引部，並使該第二導引部相對該第三導引部移動。
The latch module of claim 1, wherein the first limiting portion of the latch further has a third guiding portion adapted to contact the second guiding portion and enable the second The guiding portion moves relative to the third guiding portion.
一種筆記型電腦，包括：一本體；一電池，組裝於該本體；一閂鎖模組，包括：一閂鎖，設置於該本體，並適於相對該本體移動，該閂鎖具有一推移部、一連接部以及一第一限位部，該本體具有一底面，該推移部與該第一限位部互相平行，而該連接部垂直連接於該推移部及該第一限位部之間，該推移部暴露於該本體的該底面之外，而該連接部及該第一限位部位於該本體內；一卡勾，設置於該電池，並與該閂鎖的該第一限位部互相限位；一導引件，設置於該電池，並與該卡勾位於該閂鎖的一移動路徑上，該導引件具有一第一導引部以及一第二導引部；以及一彈簧，連接於該閂鎖與該本體之間；
其中推移該閂鎖往一解鎖方向移動以解除與該卡勾的互相限位時，該閂鎖更接觸該導引件，且該閂鎖的移動推移該導引件相對該閂鎖往一頂出方向移動，而該解鎖方向與該頂出方向互相垂直，以使該電池頂出於該本體，當該推移部受力使該閂鎖往該解鎖方向移動時，該彈簧呈拉伸狀態，當該推移部不再受力，該彈簧藉由彈性恢復力迅速回復至其初始位置，且使該卡勾承靠於該第一限位部上，以限制該電池於該頂出方向上之位移，該第一導引部與該解鎖方向平行，而該第二導引部與該第一導引部夾一鈍角，且該第二導引部位於該第一導引部及該卡勾之間，該第一導引部相較於該電池之最大距離，大於該卡勾相較於該電池之最大距離。
A notebook computer comprising: a body; a battery assembled to the body; a latch module comprising: a latch disposed on the body and adapted to move relative to the body, the latch having a pushover a connecting portion and a first limiting portion, the body has a bottom surface, the pushing portion and the first limiting portion are parallel to each other, and the connecting portion is vertically connected between the pushing portion and the first limiting portion The pushing portion is exposed outside the bottom surface of the body, and the connecting portion and the first limiting portion are located in the body; a hook is disposed on the battery and the first limit of the latch Restricting each other; a guiding member is disposed on the battery, and the hook is located on a moving path of the latch, the guiding member has a first guiding portion and a second guiding portion; a spring coupled between the latch and the body;
When the latch is moved in an unlocking direction to release the mutual restraint from the hook, the latch is more in contact with the guiding member, and the movement of the latch is pushed to the top of the latch relative to the latch. Moving in an out direction, and the unlocking direction is perpendicular to the ejecting direction so that the battery is lifted out of the body, and the spring is stretched when the pushing portion is forced to move the latch in the unlocking direction. When the pushing portion is no longer stressed, the spring quickly returns to its initial position by the elastic restoring force, and the hook is supported by the first limiting portion to limit the battery in the ejecting direction. Displacement, the first guiding portion is parallel to the unlocking direction, and the second guiding portion and the first guiding portion are at an obtuse angle, and the second guiding portion is located at the first guiding portion and the hook The maximum distance between the first guiding portion and the battery is greater than the maximum distance of the hook relative to the battery.
如申請專利範圍第3項所述之筆記型電腦，其中該閂鎖的該第一限位部更具有一第三導引部，適於接觸該第二導引部並使該第二導引部相對該第三導引部移動。
The notebook computer of claim 3, wherein the first limiting portion of the latch further has a third guiding portion adapted to contact the second guiding portion and make the second guiding portion The portion moves relative to the third guiding portion.