Abstract:
A cover latching mechanism (100) for an electronic device includes a housing (30), a cover (50), and a mounting member (70) interconnecting the housing and the cover. The housing has a hinge portion (358) and a latching portion (355) formed thereon, and defines an opening (351) between the hinge portion and the latching portion. The cover has a connecting portion (53) and a locking portion (55) respectively formed at opposite ends of the cover. The locking portion engages with the latching portion of the housing to secure the cover in a closed position. The mounting member interconnects the hinge portion and the connecting portion to enable the cover to rotatate from a first position to the closed position.
Abstract:
A housing assembly (10) and a portable electronic device (100) using the housing assembly is provided. The housing assembly includes a main body (12), a first decorative member (14), and a second decorative (16). The first decorative member has a first appearance, and the first decorative member (14) is mounted to the outer wall of the main body. The second decorative member (16) has a second appearance that is different from the first appearance, and the second decorative member (16) is mounted to the outer wall of the main body (16). The portable electronic device (100) further includes an another housing assembly. The housing assembly is assembled with another housing assembly).
Abstract:
A housing assembly (100) for portable electronic device is provided. The housing assembly (100) comprised a main body (20), a cover (12), a connecting rod (142), a first elastic element (16), and a second elastic element (144). The main body (20) have a receiving groove (222) defined on a sidewall thereof. At least one interface (225) is mounted on the bottom surface of the receiving groove (222). A aperture (226) is defined in the bottom surface of the receiving groove (222), and the main body (20) have a button slot (242) defined therein. The cover (12) has a guiding pole (124) protruding therefrom, the guiding pole (124) have a securing portion (126) formed thereon, and the guiding pole (124) inserts into the main body (20) from the aperture (226). The connecting rod (142) has a stopping portion (1426) protruding from one end thereof, and the other end thereof extending from the button slot (242). The first elastic element (16) provides a force for driving the protecting cover (12) away from the main body (20). The second elastic element (144) provides a force for driving the connecting rod (142) to move in the direction of pressing the connecting rod (142).
Abstract:
A battery cover latching mechanism used in portable electronic device (10) is described including a cover member (11), a housing member (12), a latch base (14), a latch member (13), and a return member (15). The latch base can be securely attached to the housing member. The latch member is mounted on the latch base and movable relative to the latch base to latch the cover member to the housing member. The return member drives the latch member to move in such a manner that the movement of the latch member detaches the cover member away from the housing member.
Abstract:
A key button structure (10) for using in a portable electronic device (100) is provided. The key button structure (10) include a housing (14) having a joining portion (1428) formed on the outer wall (1422) of the housing (14) and a key body (124) have a mating portion (1245) formed thereon corresponding with the joining portion (1428).
Abstract:
A mask includes a support member, a transparent main body, and a fixing member. The support member includes a main portion, a holding portion, and a resisting portion. The main portion includes a receiving portion mounted thereon for receiving exhaled or expelled material. The holding portion is integrally formed with the main portion. The holding portion extends away from the transparent main body. The resisting portion is positioned on the main portion. The transparent main body is fixed on the main portion. The fixing member is connected the main portion.
Abstract:
A portable electronic device includes a main body, a cover assembled on the main body, and a knife tool. The knife tool includes an operating assembly, a blade, and an elastic element. The elastic element, the operating assembly, and the blade are received in the main body. The elastic element biases the blade away from the main body towards an opening.
Abstract:
A shield for electronic elements of a circuit board includes a frame and a cover, the frame including a peripheral wall comprising a plurality of fixed portions thereon, wherein the fixed portion includes a protrusion and a gap, the protrusion formed on the inner side of the peripheral wall, and the cover has a plurality of folding pieces corresponding to the fixed portions, the folding pieces defines an aperture, and the cover is mounted on the frame, the folding pieces match with the fixed portions correspondingly, the protrusion passes the aperture and locks with the aperture. When the cover is detached, the folding pieces are resisted via the gap to make the protrusion to break away from the aperture of the folding piece, enabling the cover to be opened.
Abstract:
A protective cover mechanism for an interface opening of a portable electronic device includes a protective cover and a sliding member. The protective cover includes a cover body for covering the interface opening, and a shaft projecting from the cover body. The sliding member is engaged with the shaft of the protective cover so the cover body is rotatable relative to the sliding member to selectively cover or expose the interface opening.
Abstract:
A battery cover latching mechanism (20) used in a portable electronic device is described including a cover member (22) and a latch base (21). The latch base includes a first guiding rail (24) and a latching projection (218). The latch base defines a sliding groove (217) adjacent to the first guiding rail. The cover member can slide relative to the latch base and includes a second guiding rail (25) and a latching portion (23). The second guiding rail engages the first guiding rail. The latching portion is slidably received in the sliding groove. The first guiding rail guides the second guiding rail to slide along the guiding rail. The latching portion slides within the sliding groove and then latched by the latching projection.