Abstract: The mobile device and computer device stand comprises a second platy body, a first platy body, a support piece, and a peripheral portion. One side of the second platy body is connected to the back of the mobile device and computer device. One end of one side of the first platy body is connected to one end of another side of the second platy body. The peripheral portion of the first platy body further comprises at least one main fold line. The first platy body is bendable relative to the second platy body.

Abstract: A mobile device and computer device stand used for a mobile device/computer device includes a second platy body, a first platy body, and a support piece. One end of the first platy body is connected to one end of the second platy body. The middle portion of the first platy body is formed with a hole. A support portion is disposed on the first platy body. The support portion is located at one end of the first platy body opposite to the end connected to the second platy body. The support piece is disposed in the hole. The support piece has a fold line. The support piece is divided into a first portion and a second portion by the fold line. The second portion is connected to the support portion.

Abstract: A screen film structure with a magnet assembly is used on a screen having a rim. The screen film structure includes a screen film and a magnet assembly. The magnet assembly includes a first magnet element and a second magnet element. The first magnet element is attached to the rim. The second magnet element is attached to the screen film. The first magnet element and the second magnet element are magnetically attracted to each other to arrange the screen film to cover the screen. Accordingly, it is easy and convenient to attach and detach the screen film structure, and the screen film is fastened firmly to the rim.

Abstract: A screen film structure with a magnet assembly is used on a screen having a rim. The screen film structure includes a screen film and a magnet assembly. The magnet assembly includes a first magnet element and a second magnet element. The first magnet element is attached to the rim. The second magnet element is attached to the screen film. The first magnet element and the second magnet element are magnetically attracted to each other to arrange the screen film to cover the screen. Accordingly, it is easy and convenient to attach and detach the screen film structure, and the screen film is fastened firmly to the rim.

Abstract: A screen film with an attachment element is used for attaching onto an electronic device having a display screen, and the attachment element is arranged on any one edge of any one side surface of the screen film. The attachment element is configured to attach onto the display screen correspondingly in order to be installed onto the display screen of the electronic device. Accordingly, the screen film can be selectively used depending upon different electronic devices in order to achieve the effect of privacy protection effectively while having the merits of quick attachment, reusable, low cost and convenient operation.

Abstract: A support plate is used for supporting an electronic device. The support plate includes a first plate member, a foldable portion, and a second plate member. The foldable portion is connected to the first plate member and the second plate member. The first plate member includes a combining portion far away from the foldable portion and a contact portion adjacent to the foldable portion. The second plate member includes at least one combined portion and a non-slip element attached on a side surface of the second plate member. The combining portion is foldable to combinedly position the combined portion, wherein the contact portion supports the second plate member and forms an included angle with the second plate member. Accordingly, the support plate can stably support the electronic device and can be expanded or received quickly.

Abstract: A support plate is used for supporting an electronic device. The support plate includes a first plate member, a foldable portion, and a second plate member. The foldable portion is connected to the first plate member and the second plate member. The first plate member includes a combining portion far away from the foldable portion and a contact portion adjacent to the foldable portion. The second plate member includes at least one combined portion and a non-slip element attached on a side surface of the second plate member. The combining portion is foldable to combinedly position the combined portion, wherein the contact portion supports the second plate member and forms an included angle with the second plate member. Accordingly, the support plate can stably support the electronic device and can be expanded or received quickly.

Abstract: A heat dissipating pad includes a pad body and a fan. The pad body has a hollow accommodating recess and a first fixing structure disposed on a side of the hollow accommodating recess. The fan includes a fan frame. The fan frame is detachably disposed in the hollow accommodating recess and has a second fixing structure. When the fan frame is disposed at a predetermined position in the hollow accommodating recess, the first fixing structure and the second fixing structure are fixed with each other so as to prevent the fan frame from coming off the hollow accommodating recess.

Abstract: A foldable supporting bracket for a portable electronic apparatus includes a supporting arm, a holding element, and two load-bearing bars. The supporting arm has a first pivot shaft at one terminal thereof and the holding element has a second pivot shaft at one terminal thereof. The two load-bearing bars are separated to each other and pivotally arranged between the first pivot shaft and the second pivot shaft to form a hollow containing region. The supporting arm and the holding element are pivotally connected to the two load-bearing bars via the first pivot shaft and the second pivot shat, respectively, so that the supporting arm and the holding element are flipped toward the hollow containing region. Accordingly, the supporting arm and the holding element are folded in the hollow containing region and then levelly arranged to the two load-bearing bars, thus reducing occupied space and increasing carry convenience.