Abstract: An article for supporting an electronic device includes a binding base, a swinging arm and an adhesive assembly. The binding base provides the electronic device to be disposed thereon, which includes a connection portion. The connection portion is pivotally connected to one end of the swinging arm, so as to allow the binding base rotating about the swinging arm to an arbitrary degree. The other end of the swinging arm is pivotally connected to the adhesive assembly, so as to allow the swinging arm rotating about the adhesive assembly to an arbitrary degree. In this manner, the user can situate the electronic device to any predetermined position so as to access and watch the electronic device. In addition, the article can securely hold the electronic device, and is readily adjustable. Moreover, the transportation cost of the article can also be reduced significantly.

Abstract: A battery extension assembly for extending the usage of a battery of smaller size is provided. The battery extension assembly includes a hollow cylindroid body, a confining structure and an elastic holding member. The cylindroid body has an outer radius larger than the outer radius of the battery. The confining structure is formed on the cylindroid body for aligning the battery in the cylindroid body. The elastic holding member is formed on the internal surface of the cylindroid body extending towards the center of the cylindroid body. The elastic holding member then clamps the side surface of the battery, thus holding the battery inside of the cylindroid body. Therefore, the battery is applicable in a battery holder for the batteries having the same size as that of the cylindroid body.

Abstract: An attachment assembly for a personal digital assistant (PDA) includes a first cover portion, a second cover portion and an attachment unit. At a front surface of the first cover portion is formed a plurality of fastening holes to adequately locate attachment arms for holding the PDA. The attachment unit includes an attachment body. A projection piece, an opened ring, a rod and a stopper piece are formed at a first side of the attachment body to mount with to a gear, a lock, a pressing button, a fastening frame, a first short resilient member and a second short resilient member. A slot is formed at a second side of the attachment body to receive the fastening frame and the long resilient member. By pressing down the pressing button, the lock, the gear and the long resilient member interact with one another to achieve the attachment of the PDA.

Abstract: An improved supporting structure, having body member made of flexible material. The body member is tightly wrapped by an exterior covering member made by injecting mold process. The exterior covering member is made of soft material with a bellow configuration. The body member can be bent with a desired angle by folding the exterior covering member. One end of the supporting structure has a suction device to attach the supporting structure to a wall, while the other end has a supporting device for supporting an object. The body member and the exterior covering member are integrally formed, such that the manufacturing cost and time can be reduced, while the flexibility is improved.

Abstract: An attachment assembly for a personal digital assistant (PDA) includes a first cover portion, a second cover portion and an attachment unit. At a front surface of the first cover portion is formed a plurality of fastening holes to adequately locate attachment arms for holding the PDA. The attachment unit includes an attachment body. A projection piece, an opened ring, a rod and a stopper piece are formed at a first side of the attachment body to mount with to a gear, a lock, a pressing button, a fastening frame, a first short resilient member and a second short resilient member. A slot is formed at a second side of the attachment body to receive the fastening frame and the long resilient member. By pressing down the pressing button, the lock, the gear and the long resilient member interact with one another to achieve the attachment of the PDA.

Abstract: A sucking disk support comprises a base and a sucking disk in front of the base wherein base includes a cone-shaped body with rear side attached to a sleeve. The sleeve has a front end attached to body, a central engagement portion on front end. A rear post of sucking disk is received in sleeve. Press protruded actuation member to engage head portion thereof with the rear of engagement portion such that a push forward force is exerted on sucking disk by base for pushing sucking disk to strongly adhere to a fixed object through a spring biased therebetwen.