Abstract: A chip card holding mechanism includes a bracket, an unlock member and a tray. The bracket defines a receiving chamber. The unlock member is assembled adjacent to the opening of the bracket. The movable tray is assembled to and received within the receiving chamber of the bracket by the unlock member. The tray includes a supporting portion for receiving a chip card, a draw-off portion formed on a first end of the supporting portion, and a resisting block formed on the draw-off portion. The unlock member includes a main portion and an ejecting portion formed on the main portion, the ejecting portion slidably resists against the corresponding resisting block of the tray, for providing an ejecting force to eject the tray away from the bracket. An electronic device using the chip card holding mechanism is also provided.

Abstract: An electronic device frame includes a housing, a positioning member connecting with the housing, and an inner supporting mechanism. The inner supporting mechanism includes a support member fixed on the housing, a slider slidably connected to the support member, and a fastener connecting the support member to the slider. One of the slider and the supporting member defines a locking slot, in which the fastener is locked. The fastener can lock in any position along the locking slot, such that the slider can maintain different positions and resist the positioning member by moving relative to the supporting member.

Abstract: An internal structure for an electronic device includes a fixed frame, and a plurality of magnetic assemblies. A plurality of mounting portions are defined in the inner wall of the fixed frame. Each magnetic assembly includes a magnetic member and an elastic element. Both the magnetic member and the elastic element are assembled in the mounting portion. The magnetic member is sandwiched between the inner wall of the fixed frame and the elastic element.

Abstract: A case includes a cover, a bezel and a locking member. The cover includes a positioning portion and a plurality of mounting holes. The bezel includes a plurality of engaging portions located on the inner surface of the bezel. The engaging portions pass through the mounting holes. The locking member is slidably attached to the cover. The locking member includes a latching portion engaging with the engaging portion and a resilient portion resisting the positioning portion. The resilient portion is detached from the positioning portion by deformation of the resilient portion.

Abstract: A portable electronic device includes a housing and a chip card holding mechanism assembled within the housing. The housing defines a mounting slot and an unlocking hole adjacent to the mounting slot. The chip card holding mechanism includes a bracket and a receiving tray detachably assembled within the bracket via an unlocking assembly. The receiving tray includes a tray body, an operating portion formed at one end of the tray body, and a resisting block that is trapezoidal shaped and formed on the operating portion. The unlocking assembly includes an ejecting member and a pushing member assembled on one side of the bracket. The ejecting member includes a base body, an ejecting end and an ejecting portion. The ejecting portion resists against the resisting block, thereby locking the receiving tray within the bracket. The pushing member assembled to bracket and slidably resists against the ejecting end of the ejecting member.

Abstract: A chip card holding mechanism includes a bracket, an unlock assembly and a tray. The bracket defines a receiving chamber. The unlock assembly is assembled adjacent to the opening of the bracket. The movable tray is assembled to and received within the receiving chamber of the bracket via the unlock assembly, for receiving a chip card. The unlock assembly includes an ejecting member and an unlock member, the ejecting member is slidably assembled to the opening of the bracket and pushes against the tray. The unlock member is an included accessory for driving the ejecting member to slide, thereby ejecting the tray. An electronic device using the chip card holding mechanism is also provided.

Abstract: An electronic device includes a housing, a fixed frame, a plurality of conductive foam pieces, and a display panel. The fixed frame is assembled and received within the housing. The fixed frame defines a plurality of fixing grooves adjacent to a periphery of the fixed frame. The conductive foam pieces are assembled within the fixing grooves of the fixed frame, respectively, and are coplanar with the fixed frame. The display panel is flatly mounted on the fixed frame and received within the housing together with the fixed frame. The periphery of the display panel tightly contacts with the conductive foam pieces.

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 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.

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 fixing device for fixing a workpiece includes a base, a first pressing block pressing the workpiece to the base, a second pressing block, a first support member, a second support member, and a side pressing block. The workpiece includes a preprocessing portion to be machined, which has an inner surface and an outer surface, the inner and outer surfaces of the preprocessing portion are sandwiched between non-rigid materials during a machining process to avoid the generating of swarfs.

Abstract: A cutter comprises a cutter handle, a cutter neck and a cutter head. The cutter neck interconnects the cutter handle and the cutter head. The cutter head comprises a connecting side surface adjoining the cutter neck, an outer annular surface, a distal end surface opposite to the connecting side surface and away from the cutter neck, and at least one cutting edge formed on the outer annular surface extending from the junction of the connecting side surface and the cutter neck toward the distal end surface, and at least one cutting trough formed on the cutter head adjacent to the at least one cutting edge extending from the junction of the connecting side surface and the cutter neck toward the distal end surface.

Abstract: A housing for an electronic device includes a main body, a cover, and a sliding control. The main body defines a plurality of restricting grooves. The cover has a plurality of engaging members. The sliding control is slidably positioned on the cover, and fixedly to the engaging members. When the sliding control slides relative to the cover, the engaging members engage in the restricting grooves of the main body, thus fixing the cover to the main body.

Abstract: An electronic device capable of sliding open and closed includes a first cover connected to a second cover by two locking assemblies. The first cover is capable of sliding relative to the second cover. The first cover forms two latch portions and two guide portions. The second cover has a sidewall and defines a receptacle. Each locking assembly includes a control, a resilient member, and a guide member. The control mounted on the second cover partially extends into the receptacle of the second cover. The resilient member, received in the second cover, has two ends respectively resisting the second cover and a latch portion of the first cover. The guide member passes through the resilient member, a latch portion, and a guide portion.

Abstract: An electronic device includes a power switch, an elastic force member adjacent to the power switch, a triggering member fixed on the elastic force member to trigger the power switch, and an elastic reposition member. The triggering member is capable of sliding between a first position and a second position relative to the power switch. The elastic reposition member provides elastic force to move the triggering member from the first position to the second position. In the first position, the triggering member faces the power switch and can be pressed to trigger the power switch. In the second position, the triggering member is away from the power switch.

Abstract: An electronic device includes a housing, at least two latching members, an inner frame received in the housing, and at least two bonding films. The latching members are fixed to the inner frame by the bonding films, the housing defines at least two locking portions latched with the at least two latching members.

Abstract: A power button assembly includes a printed circuit board having terminals and a dome for trigging the terminals, a support base fixed on the printed circuit board, and a push button positioned between the printed circuit board and the support base. The push button is capable of moving along a first axis relative to the support base. One of the push button and the support base includes a guiding groove, and the other includes a guiding element slidably received in the guiding groove.

Abstract: An electronic device enclosure includes a housing defining a latching groove, a cover defining a latching hook to engage in the latching groove, and an opening assembly mounted in the housing. The opening assembly includes a sliding member slidably positioned in the latching groove, and an operation member positioned in the housing and connected to sliding member. The sliding member defines an abutting surface on the sliding member. The operating member is capable of pulling the sliding member to slide along the latching groove, so that the abutting surface of the sliding member pushes against the latching hook and disengages the latching hook from the latching groove.

Abstract: A pushbutton for an electronic device includes a pushbutton cap, a pushbutton base, and an adhesive member. The pushbutton cap has a flange extending from an edge thereof. The pushbutton base engages with the flange of the pushbutton cap, thus enveloping the adhesive member between the pushbutton cap and the pushbutton base.

Abstract: An electronic device housing includes a bottom housing, a support frame, a display panel, and a side frame. The bottom housing includes a base plate and four sidewalls extending from a periphery of the base plate. The support frame is welded to the sidewalls of the bottom housing. The support frame is received in the bottom housing and made up of at least two support plates, two ends of each are welded to ends of the adjacent support plates. The support frame forms at least two welding lines at joints of the at least two support plates, and each welding line corresponds to a middle portion of one sidewall. The display panel is positioned on the support frame sandwiched between the support frame and the side frame. The side frame is connected to a top edge of the bottom housing.