Abstract: A key structure includes a switch circuit, an elastic member and a press unit. The switch circuit includes a predetermined press area. The elastic member is disposed on the predetermined press area of the switch circuit. The press unit is disposed on the elastic member and includes a flexible membrane and a plate. A part of the flexible membrane forms a press zone corresponding to the plate, wherein a position of the press zone is corresponding to a position of the elastic member, and the plate is fixed with the press zone. As one corner of the press zone is pressed, a corner of the plate moves downward accordingly while an opposite corner of the plate is limited by the flexible membrane from moving upward, such that the whole plate and the whole press zone move downward together to press the elastic member uniformly and trigger the switch circuit.

Abstract: A key structure includes a switch circuit, a frame layer, a deformable elastic element and a pressing unit. The switch circuit has a predetermined pressing region. The frame layer is disposed on the switch circuit, and the frame layer has a receiving space. The deformable elastic element is disposed on the switch circuit and received in the receiving space of the frame layer. The pressing unit includes a key body contacting the deformable elastic element. The deformable elastic element is disposed between the switch circuit and the key body, and the contact area between the deformable elastic element and the switch circuit is smaller than the contact area between the deformable elastic element and the key body. Whereby, when a predetermined pressure is pressed upon the pressing unit, the predetermined pressure is balancedly pressed on the predetermined pressing region of the switch circuit through the deformable elastic element.

Abstract: An electronic device with two-dimensional sliding cover and a two-dimensional slide apparatus are disclosed. The two-dimensional slide apparatus includes a first member, a second member, a third member and a first torque-retaining assembly. The second member is movable along a first direction in relation to the first member. The third member is movable between a first position and a second position along a second direction in relation to the second member, with a first central position therebetween. The first torque-retaining assembly is disposed between the second member and the third member. When the third member moves from the first position or the second position to the first central position by an external force, the first torque-retaining assembly generates torque, driving the third member from the first central position to the first position or the second position.

Abstract: A hinged device. A first frame comprises a first contact surface and a first through hole. A second frame rotatably connects to the first frame. A second cam is movably disposed in the second frame, comprises a second contact surface abutting the first contact surface and a second through hole. When the first and second frames are rotated oppositely around a first direction, the second cam moves along the first direction. An elastic member is disposed between the second frame and the second cam, providing a first elastic force on the second cam. An electrical transmission media passes through the first and second through holes.

Abstract: A slide apparatus includes two members and two slide modules. A second member is movable between a first position and a second position in relation to a first member, with a central position therebetween. The first and second slide modules are disposed on the first member and each includes a rotating structure and an elastic element. When the second member is between the first position and the central position, the first rotating structure is rotatable to generate or release a first torque in the first elastic element. When the second member is between the central position and the second position, the second rotating structure is rotatable to generate or release a second torque in the second elastic element.

Abstract: The invention provides a hinge connector for a folding-type electronic apparatus including a first housing, a second housing, a first electronic unit disposed in the first housing, and a second electronic unit disposed in the second housing. The hinge connector, according to the invention, includes a first shaft member, a second shaft member, a frame member and a flexible conductive element. By the hinge connector according to the invention, the second housing is capable of rotating around two axes relative to the first housing, and the first electronic unit electrically connects with the second electronic unit. In particular, during the operation of the electronic apparatus, the portion of the flexible conductive element within the first shaft member and the second shaft member is twisted rather than bent.

Abstract: A rotary module comprises: a digital camera module (DCM) electrically connected to a main body of an electronic product; a hinge assembly connected to a holding device (HD) and the main body, so as to allow relative rotation between the main body and the flip cover; a flexible printed circuit board (FPCB); and the HD to hold the DCM, and provide a wiring space for winding the FPCB and a hollow sleeve for receiving the hinge assembly. One end of the FPCB is connected to the DCM, and the rest extends along the flat surface of the HD, then winds around the wiring space, and finally connects to a PCB of either the main body or the flip cover. The rotary module could be disposed in an axial sleeve of flip-type cellular phone. When the flip cover is rotated, the HD and the DCM simultaneously rotate with the flip cover.

Abstract: A structure of exchangeable décor panel for portable cellular phone that is applied to the folding portable cellular phone having a continuing groove located on a proper position of flip cover and base portion thereof for accommodating a décor panel made of flexible material, wherein said flexible décor panel is installed in its inner side with two rigid plates whose outer rims conform exactly to the outer rims of said décor panel, moreover, there is at least one retainer extending outwards from the outer rim of said rigid plate for clipping on the corresponding retainer holes installed inside said continuing groove to form a compact structure, thus, said décor panel can be changed at will to enable said cellular phone to have different appearance.

Abstract: A pivoting apparatus with a shielding function rotatably connects a main body and a folder of a foldable device. The pivoting apparatus includes a flexible printed circuit board (FPCB), a first metal sleeve, and a second metal sleeve. The first metal sleeve is disposed around the FPCB for fixing the first end of FPCB on the main body. The second metal sleeve is disposed around the FPCB for fixing the second end of FPCB on the folder. The first and second metal sleeves are rotatably connected for receiving the FPCB. When the folder is rotated relatively to the main body, the second metal sleeve twists the second end of FPCB relative to the first end of FPCB.

Abstract: A structure of exchangeable décor panel for portable cellular phone that is applied to the folding portable cellular phone having a continuing groove located on a proper position of flip cover and base portion thereof for accommodating a décor panel made of flexible material, wherein said flexible décor panel is installed in its inner side with two rigid plates whose outer rims conform exactly to the outer rims of said décor panel, moreover, there is at least one retainer extending outwards from the outer rim of said rigid plate for clipping on the corresponding retainer holes installed inside said continuing groove to form a compact structure, thus, said décor panel can be changed at will to enable said cellular phone to have different appearance.

Abstract: A portable electronic device including a first casing, a second casing and a carrier is provided. The first casing has a first surface having a guide slot and a slide slot. The guide slot has a first wide opening, a narrow opening and a second wide opening. The narrow opening is positioned between the first and the second wide openings. The second casing has a second surface. The carrier has an elastomer whose two ends are coupled to two opposite walls of the guide slot. When the elastomer is moved from the first or the second wide opening to the narrow opening, the elastomer is compressed to generate a compressed elastic force. When the elastomer partly passes the narrow opening, the elastomer releases the compressed elastic force and moves towards the first or the second wide opening so that the first casing slides with respect to the second casing.

Abstract: A mobile phone includes pivotally connected upper and lower members, and a coupling member interconnecting the upper member and a printed circuit board within the lower member in such a manner that the printed circuit board moves synchronously with the upper member to offset the printed circuit board with respect to a keypad, thereby preventing untimely and accidentally actuation the keypad when the upper member is disposed at a folded position with respect to the lower member.

Abstract: A hinge mechanism includes a shaft, a cam, a spring and a sliding member. The shaft has a first end and a second end and the cam is movably disposed at the first end and has an inclined plane facing the second end. Also, the spring is disposed at the second end, and the sliding member is disposed on the shaft and is coupled with the spring. The sliding member moves along the shaft due to the elasticity of the spring. In addition, the sliding member has a contact capable of reaching the inclined plane, wherein the cam on which a force is imposed moves toward the second end so that an elastic potential energy is stored as a result of elastic deformation of the spring and the contact of the sliding member presses the inclined plane to rotate the cam by the spring's resilience.

Abstract: A mobile phone with an interchangeable housing. The mobile phone includes a body, a front housing, a rear cover, a battery cover, and a battery pack. The body includes an engaging member. The front housing is detachably disposed on the body via the engaging member. The rear cover is detachably disposed on the body via the engaging member. The battery cover is detachably disposed on the body. The body is covered by the front housing, the rear cover, and the battery cover. The battery pack is disposed on the body, and includes a projecting portion. The projecting portion is abutted by the engaging member so as to move the engaging member.

Abstract: A portable electronic device including a first body, a second body and a hinge is provided. The hinge includes a carrier, a movable element, an elastomer, a first rotate element and a second rotate element. The elastomer disposed between the carrier and the movable element for enabling the movable element to move reciprocally along an extended direction of the first shaft. The second shaft penetrates through the fourth hole for enabling the second cam to contact with the first cam. The second body is coupled to second rotate element. When the second rotate element rotates to a predetermined position, the second cam abuts against the first cam for enabling the elastomer to provide an elastic force between the carrier and the movable element. The elastic force is for enabling the second rotate element to drive the first rotate element to move synchronously.

Abstract: A portable electronic apparatus with an embedded antenna module includes a main body, a flipper, and an axle having a hinge. The axle is used for connecting the main body and the flipper. The antenna module disposed in the axle is fixed to the main body. The antenna module is aligned to the hinge.

Abstract: The present invention discloses a housing assembly of a portable electronic device. The housing assembly includes the first housing having a clasp and the second housing having a clasp and a clip. The first and second plates have latches and are slidably disposed on the first housing respectively. When the first and second housing are assembled together, the clasps on the first and second housings are joined together. Subsequently, the first and second plates slide and the clips are coupled to the latches. The first and second plates may be replaced by a U-shape plate. The U-shape plate is slidably disposed on the first housing and has a latch. When the first and second housing are assembled together, the clasps on the first and second housings are joined together. Subsequently, the U-shape plate slides and the clip is coupled to the latch.

Abstract: A tilting and sliding mobile device. The tilting and sliding mobile device comprises a first module, a second module, and a connecting module. The first module comprises a display device. The second module is slidably connected to the first module at an adjustable angle. The connecting module, with one end connecting to the first module and another end connecting to the second module, comprises a tilting component and a sliding component. The tilting component is tiltably connected to the sliding component at an angle, which is adjustable with respect to relative movement of the first and the second module.

Abstract: An electronic device with two-dimensional sliding cover and a two-dimensional slide apparatus are disclosed. The two-dimensional slide apparatus includes a first member, a second member, a third member and a first torque-retaining assembly. The second member is movable along a first direction in relation to the first member. The third member is movable between a first position and a second position along a second direction in relation to the second member, with a first central position therebetween. The first torque-retaining assembly is disposed between the second member and the third member. When the third member moves from the first position or the second position to the first central position by an external force, the first torque-retaining assembly generates torque, driving the third member from the first central position to the first position or the second position.

Abstract: A slide apparatus includes two members and two slide modules. A second member is movable between a first position and a second position in relation to a first member, with a central position therebetween. The first and second slide modules are disposed on the first member and each includes a rotating structure and an elastic element. When the second member is between the first position and the central position, the first rotating structure is rotatable to generate or release a first torque in the first elastic element. When the second member is between the central position and the second position, the second rotating structure is rotatable to generate or release a second torque in the second elastic element.