Abstract: A computer screen filter includes an optical layer for changing the optical characteristic of a light emitted from a computer screen and a bonding mechanism layer, locally disposed on at least three sides of the optical layer. The optical layer is substantially in a rectangular shape and has two sides, and the bonding mechanism layer is disposed on a side of the optical layer, and the computer screen filter is only connected to a side of the computer screen by the bonding mechanism layer in a non-permanent fixation manner.

Abstract: A computer screen filter includes an optical layer for changing the optical characteristic of a light emitted from a computer screen and a bonding mechanism layer, locally disposed on at least three sides of the optical layer. The optical layer is substantially in a rectangular shape and has two sides, and the bonding mechanism layer is disposed on a side of the optical layer, and the computer screen filter is only connected to a side of the computer screen by the bonding mechanism layer in a non-permanent fixation manner.

Abstract: Art object storage bag includes a first accommodation portion and a second accommodation portion that can be closed and opened by a zipper. The object storage bag includes a first magnetic storage board and a second magnetic storage board, and each of the first magnetic storage board and the second magnetic storage board includes a magnetic material, and a first side of the first magnetic storage board has a magnetic pole same as that of the first side of the second magnetic storage board, and each of the first magnetic storage board and the second magnetic storage board has a multiple of accommodation spaces.

Abstract: A mobile device display stand structure includes: a shaft driven and rotated by applying a critical moment greater than a resistance of the shaft to overcome the resistance of the shaft; and a first lever and a second lever connected to the shaft separately. The first lever and the second lever use the shaft as a fulcrum and flip over relative to each other by the shaft to define an included angle, and the first lever and the second lever are plate-shaped bodies. When the included angle is 0-180 degrees, the gravity of the first lever generates a first moment relative to the shaft or the gravity of the second lever generates a second moment smaller than the critical moment relative to the shaft, such that the first lever or the second lever cannot be rotated relative to the shaft and the included angle is kept constant.

Abstract: A mouse pad includes a mouse pad body and a mobile device support area, and the mobile device support area is flatly extended from a side of the mouse pad body and can be turned clockwise, so that the mobile device support area sticks out in a direction towards the top of the mouse pad body to form a mobile device support stand. Users can use the mouse pad or the transformed mobile device support stand alone or use the mouse pad body for the operation of a mouse while using the transformed mobile device support stand to achieve the effect of watching a mobile device.

Abstract: A folding shelf includes a first sheet body and a second sheet body. The first sheet body has a first block, a second block, a third block, a fourth block, a fifth block and a sixth block. The first block is in a trapezoidal shape and the second block is in a trapezoidal shape and its upper bottom edge is connected to an upper bottom edge of the first block to define an engaged status. The third block is in a triangular shape and connected to one of the side edges of the first block, and the fourth block is in a triangular shape and connected to the other side edge of the first block and configured to be symmetrical to the second block. The fifth block is in a trapezoidal shape and its side edge is connected to one of the side edges of the second block, and the sixth block is in a trapezoidal shape and its side edge is connected to the other side edge of the second block and configured to be symmetrical to the fifth block.

Abstract: An object support structure includes: a bendable sheet having a first part and a second part, a hole at the middle of the bendable sheet, and a first folding line and a second folding line between the first and second parts, so that the first and second parts can be folded against each other; a central support plate in the hole and having a third part and a fourth part, and a third folding line between the third and fourth parts, wherein the central support plate can be bent with respect to the bendable sheet, and an end of the central support plate is connected to the second part, and the central support plate has a first folding line and a second folding line; and a bottom plate having a side connected to the bendable sheet which can be bent with respect to the bottom plate.

Abstract: The invention relates to a foldable support base which includes a baseplate and a folding layer. The baseplate has two first sides, two second sides and at least one anti-slip slot. The folding layer is connected to the baseplate and has a fist cutting line, two second cutting lines and a folding line set. The first cutting line is of a U-shape and disposed adjacent to each of the second sides and one of the first sides. The second cutting lines are located inside the first cutting line and extended parallelly with each other. A three-dimensional support structure is configured and folded by dividing the folding layer to multiple blocks through the first cutting line, the second cutting lines and the folding line set. Therefore, the support base may be folded into multiple modes and have anti-slip support effect.

Abstract: This disclosure relates to a support frame with an adjustable elevation angle, which includes a plate body, a positioning part, a first supporting piece, and a second supporting piece. The plate body has a plurality of positioning locations. The positioning part is moveably connected and positioned with one of the positioning locations. The first supporting piece is connected to the plate body. The second supporting piece is connected between the first supporting piece and the positioning part. The positioning part is connected and positioned with one of the positioning locations according to a predetermined elevation angle. The first supporting piece supports between the plate body and the second supporting piece. The second supporting piece supports between the first supporting piece and the positioning part. Therefore, the elevation angle may freely be adjusted according to user's needs.

Abstract: A stacked-plate type mobile device support stand includes a support plate, a mobile device abutting plate and a base plate. The support plate and the mobile device abutting plate have a first longitudinal bent portion therebetween, and the base plate has a stopper plate, and the base plate and the stopper plate have a second longitudinal bent portion therebetween, and the base plate and the mobile device abutting plate have a third longitudinal bent portion therebetween. When the stacked-plate type mobile device support stand is folded, the support plate, the mobile device abutting plate, the base plate and the stopper plate are bent into a stacked-plate form by using the first, second and third longitudinal bent portions.

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 mouse pad includes a mouse pad body and a mobile device support area, and the mobile device support area is flatly extended from a side of the mouse pad body and can be turned clockwise, so that the mobile device support area sticks out in a direction towards the top of the mouse pad body to form a mobile device support stand. Users can use the mouse pad or the transformed mobile device support stand alone or use the mouse pad body for the operation of a mouse while using the transformed mobile device support stand to achieve the effect of watching a mobile device.

Abstract: A folding shelf includes a first sheet body and a second sheet body. The first sheet body has a first block, a second block, a third block, a fourth block, a fifth block and a sixth block. The first block is in a trapezoidal shape and the second block is in a trapezoidal shape and its upper bottom edge is connected to an upper bottom edge of the first block to define an engaged status. The third block is in a triangular shape and connected to one of the side edges of the first block, and the fourth block is in a triangular shape and connected to the other side edge of the first block and configured to be symmetrical to the second block. The fifth block is in a trapezoidal shape and its side edge is connected to one of the side edges of the second block, and the sixth block is in a trapezoidal shape and its side edge is connected to the other side edge of the second block and configured to be symmetrical to the fifth block.

Abstract: A stacked-plate type mobile device support stand includes a support plate, a mobile device abutting plate and a base plate. The support plate and the mobile device abutting plate have a first longitudinal bent portion therebetween, and the base plate has a stopper plate, and the base plate and the stopper plate have a second longitudinal bent portion therebetween, and the base plate and the mobile device abutting plate have a third longitudinal bent portion therebetween. When the stacked-plate type mobile device support stand is folded, the support plate, the mobile device abutting plate, the base plate and the stopper plate are bent into a stacked-plate form by using the first, second and third longitudinal bent portions.

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.