Abstract: A computer enclosure includes a housing, a cover, a lock rod and an operating member. The housing includes an upper plate and a bottom plate opposite to the upper plate, with two protruding bars respectively formed on opposite inner surfaces of the upper plate and the bottom plate. Each protruding bar forms a latch hook and defines a notch. The cover forms a limiting portion defining a receiving groove. The lock rod is moveably received in the receiving groove. The operating member is slidably assembled onto the cover and fixed to the lock rod. The operating member is capable of moving the lock rod to pass through the notch and latch to or detach from the latch hook, such that the cover can be assembled onto or disassembled from the housing.

Abstract: A chip card holding mechanism includes a support bracket, a tray, one or more resilient members and a latching assembly. The support bracket defines a receiving space with an opening. The resilient member is fixed in the support bracket. The tray defines a rectangular groove to receive a chip card. The tray is slidably mounted to the support bracket via the opening, received in the receiving space engageably by the latching assembly and resisting the resilient member.

Abstract: A chip card holding mechanism includes a support bracket defining a receiving chamber and an opening communicating with the receiving chamber; a resilient member fixed to the support bracket at an end of the support bracket opposite to the opening, and partial received in the receiving chamber; a latching assembly rotatably fixed to the support bracket and further comprising a pair of latching portions; and a tray slidably assembled to the support bracket, in which the tray comprises an accommodating space defined thereon to receive a chip card, and a pair of opposite sidewalls adjacent to the accommodating space, each sidewall defining a latching groove according to the corresponding latching portion; and the tray is received in the receiving chamber by having the latching portions of the latching assembly engaged in the latching grooves and resisting against the resilient member. An electronic device using the same is also provided.

Abstract: An electronic device includes a housing and an installation assembly. The housing defines an opening. The installation assembly includes a fixing member and a holding member. The fixing member includes a base and a fixing portion protruding from the base. The base defines an entrance corresponding to the opening. The holding member comprising a holding portion and an engaging portion formed on an end of the holding portion. The fixing portion runs through the opening, and the base abuts against an outer surface of the housing with the entrance corresponding to the first opening. The engaging portion is engaged with the fixing portion to fix the holding member to the fixing member in the housing, and the engaging portion abuts against an inner surface of the housing, such that the installation assembly is fixed the housing surrounding the first opening.

Abstract: An housing assembly includes an outer housing, an antenna cover, a support member, and an elastic member. The outer housing defines an antenna opening. The antenna cover is positioned in the antenna opening of the outer housing. The support member is positioned in the outer housing. The support member forms an assembly portion for receiving the antenna module. The assembly portion is aligned with the antenna opening. The elastic member is positioned between the support member and the antenna cover, generating elastic force snugly fixing the antenna cover to the outer housing. An electronic device using the housing assembly is also provided.

Abstract: An electronic device housing includes a bottom housing, a support plate, a display panel, and a side frame. The support frame is welded in the bottom housing. The display panel is positioned on the support plate. The side frame is connected to a top edge of the bottom housing, such that the display panel is sandwiched between the support plate and the side frame. A manufacturing method for an electronic device housing is also provided.

Abstract: A housing assembly includes an outer housing, a support member, an antenna cover, a foam member, and an adhesive member. The outer housing defines an antenna opening. The support member is positioned in the outer housing, and encloses the antenna opening. The support member defines a receiving portion for receiving an antenna module, and the receiving portion is aligned with the antenna opening. The antenna cover is positioned in the antenna opening. Both of the foam member and the adhesive member are positioned between the support member and the antenna cover, and the foam member surrounds the adhesive member. The adhesive member connects or fixes the antenna cover to the support member. A method of manufacturing the housing assembly is also provided.

Abstract: A housing includes a bottom housing and a top housing. The bottom housing includes a connecting surface. The top housing includes a bottom surface. The connecting surface is fixed to the bottom surface by welding. A receiving groove is defined in the bottom surface, for receiving the molten slag generated and collected during a welding process.

Abstract: An electronic device includes a housing, a connecting sheet, a display panel and a fixing module. The display panel is fixed on the connecting sheet. The fixing module includes a first latching member formed on the housing and a second latching member formed on the connecting sheet. The first latching member is detachably latched with the second latching member, such that the connecting sheet adhered to the display panel is detachably fixed on the housing.

Abstract: A metal housing includes a bottom shell and a reinforcement frame. The reinforcement frame is interference fitted with the bottom shell. The display screen is fixed on the reinforcement frame. The bottom shell includes a bottom plate and four side plates extended from a periphery of the bottom plate. A thickness of the bottom shell is below 1.2 mm. The reinforcement frame resists the four side plates of the bottom shell. The reinforcement frame includes four reinforcement walls integrally formed with each other.

Abstract: A housing includes a bottom shell, a support frame and protection blocks. The support frame is fixed on the bottom shell. The protection blocks are fixed between the bottom shell and the support frame. The support frame includes reinforcement side walls and receiving portions. The receiving portions are defined in the connecting portions of the adjoining reinforcement side walls. The protection blocks are received in the corresponding receiving portions. The bottom shell includes a bottom plate and four side plates extending from a periphery of the bottom plate. The support frame resists the four side plates.

Abstract: A housing includes a metal shell and a support frame. The support frame is fixed in the bottom shell and includes a bottom plate and four side plates. The four side plates extend from a periphery of the bottom plate. The bottom plate defines a rectangular recess in a middle portion thereof by chemical etching, such that a thickness of the periphery of the bottom plate exceeds that of a middle portion of the bottom plate.

Abstract: A retention assembly for securing a surface contact card in a portable electronic device includes a main body and a locking member. The main body defines a receiving groove in the main body. The locking member includes a fixing portion fixed on the main body adjacent to the receiving groove, and a pressing portion connected to the fixing portion. When the pressing portion is pressed by an external force, the pressing portion is moved close to the fixing portion. When the external force is released, the pressing portion is moved away from the fixing portion.

Abstract: An exemplary latching mechanism for folding drive bay door (10) includes a cover panel (12), two brackets (14), two link members (184), a rotatable member (16), and two elastic members (22). The cover panel is configured for covering an entrance of an electronic device. The cover panel forms two pivotally rotatable portions (122) on opposite ends. The brackets are fixed to the electronic device. Each of the brackets defines a guiding hole for receiving the pivotally rotatable portions of the cover panel. Opposite ends of each link member are rotatably connected to the cover panel and the rotatable member correspondingly. The rotatable member is rotatably connected to the brackets. Two ends of each elastic member resist one of the two brackets and the rotatable member correspondingly.

Abstract: A hinge assembly includes a shaft, a tube, two friction members, and a resilient member. The tube is rotatably sleeved on the shaft. One of the shaft and the tube defines two receiving holes. The friction members are positioned in the receiving holes. The resilient member causes the friction member to resist the other one of the shaft and the tube which does not define the receiving holes. A foldable electronic device applying the hinge assembly is also provided.

Abstract: A retention assembly for securing a surface contact card in a portable electronic device includes a main body defining a receiving groove in the main body, and a locking member slidably positioned on the main body adjacent to the receiving groove. The locking member is slidable from a first position at a side of the receiving groove to a second position on a top of the receiving groove, and is latched at the second position, thereby pressing opposite ends of the surface contact card.

Abstract: An electronic device includes a connecting member, a housing, a positioning member, a display body, and an inner support mechanism. The positioning member is fixed to the housing. The display body is positioned on the housing and connected to the positioning member. The inner support mechanism has a support member and an adjustment member. The support member is fixed to the housing. The adjustment member is movably connected to the support member to maintain resistance to the positioning member.

Abstract: A hinge assembly includes a shaft, a tube, an acting member, a friction member, a rotating shaft, and a resilient member. The tube is rotatably sleeved on the shaft. The shaft defines at least one receiving hole. The friction member is positioned in the receiving hole. The rotating shaft extends through the acting member and the shaft to connect the acting member to the shaft rotatably. The resilient member causes the friction member to resist the tube and the acting member. A foldable electronic device applying the hinge assembly is also provided.

Abstract: An electronic device includes a housing, at least two elastic latching members, an inner frame received in the housing, and at least two fixing members. The housing defines at least two locking portions, the inner frame defines at least two fixing portions, the at least two elastic latching members are fixed to the corresponding fixing portions by the fixing members, and each of the elastic latching members protrudes from the corresponding fixing portion and is latched with the corresponding locking portions.

Abstract: A nameplate includes a fixing bracket and a plate. The fixing bracket includes a main body, a latching portion, and a resilient portion. The main body defines a mounting hole. The latching portion is formed on the main body and positioned adjacent to a periphery of the mounting hole. The resilient resisting portion protrudes radially from the main body and is partially received in the mounting hole of the main body. The plate is detachably and adjustably assembled to the fixing bracket and resists the resilient resisting portion of the fixing bracket. The plate has a latching member formed thereon. The latching member passes through the mounting hole and latches with the corresponding latching portion of the fixing bracket.