Abstract: An enclosure assembly for a portable electronic device according to a preferred embodiment of the present invention includes a cover (1), a plurality of latching elements (2), and a housing (3). The cover has a plurality of hooks (124) at a lower end and a plurality of tabs (16) defining grooves (162) therein extending from sidewalls (14) thereof. Each latching element comprises a plurality of protrusions (24) and a detaching means (222). The housing has a plurality of slots (38) at its sides and projections (322) at its lower end. Each projection defines a notch (324). In assembly, each latching element is received in a slot of the housing, the protrusions engage with the tabs of the cover and the hooks of the cover are received in the notches of the housing. To disassemble, the consumer uses two pointed objects to push the detaching means of the latching elements towards the lower end of the housing, disengaging the protrusions from the tabs.

Abstract: An enclosure assembly for a portable electronic device according to a preferred embodiment of the present invention includes a cover (1), a plurality of latching elements (2), and a housing (3). The cover has a plurality of hooks (124) at a lower end and a plurality of tabs (16) defining grooves (162) therein extending from sidewalls (14) thereof. Each latching element comprises a plurality of protrusions (24) and a detaching means (222). The housing has a plurality of slots (38) at its sides and projections (322) at its lower end. Each projection defines a notch (324). In assembly, each latching element is received in a slot of the housing, the protrusions engage with the tabs of the cover and the hooks of the cover are received in the notches of the housing. To disassemble, the consumer uses two pointed objects to push the detaching means of the latching elements towards the lower end of the housing, disengaging the protrusions from the tabs.

Abstract: A SIM card receiving mechanism for holding a SIM card (6) in an electronic device includes a first recess (4) and a securing assembly (2). An elastic element (41) is formed in the first recess. The securing assembly includes a second recess (7) and a slideable element (5). The second recess is in communication with the first recess. The slideable element is slideably received in the second recess. When the slideable element is moved toward the first recess, to a latched position, the slideable element can hold a SIM card down in the first recess. To remove the SIM card, the slideable element is moved away from the first recess and the elastic element pushes the SIM card upwardly and out of the first recess.

Abstract: A SIM card receiving mechanism for holding a SIM card (6) in an electronic device includes a first recess (4) and a securing assembly (2). An elastic element (41) is formed in the first recess. The securing assembly includes a second recess (7) and a slideable element (5). The second recess is in communication with the first recess. The slideable element is slideably received in the second recess. When the slideable element is moved toward the first recess, to a latched position, the slideable element can hold a SIM card down in the first recess. To remove the SIM card, the slideable element is moved away from the first recess and the elastic element pushes the SIM card upwardly and out of the first recess.