Abstract: An accommodating apparatus configured for accommodating screws and a screw driver includes a sleeve and a support. The sleeve defines a receiving hole, and a sidewall of the sleeve defines a fixing groove in communication with the receiving hole. The support includes an accommodating plate, and the accommodating plate includes two opposing clamping blocks for clamping the screw driver, and a protrusion corresponding to the fixing groove. The accommodating plate has a mounting surface, and the support defines a plurality of through holes in the mounting surface for receiving the screws. The protrusion is releasably-engagable with the fixing groove, thereby enabling the accommodating plate to be received in the receiving hole of the sleeve, and further enabling the accommodating plate to be disengaged from the sleeve.

Abstract: An accommodating apparatus configured for accommodating screws and a screw driver includes a sleeve and a support. The sleeve defines a receiving hole, and a sidewall of the sleeve defines a fixing groove in communication with the receiving hole. The support includes an accommodating plate, and the accommodating plate includes two opposing clamping blocks for clamping the screw driver, and a protrusion corresponding to the fixing groove. The accommodating plate has a mounting surface, and the support defines a plurality of through holes in the mounting surface for receiving the screws. The protrusion is releasably-engagable with the fixing groove, thereby enabling the accommodating plate to be received in the receiving hole of the sleeve, and further enabling the accommodating plate to be disengaged from the sleeve.

Abstract: A foldable holder is used for holding and supporting a portable electronic device. The foldable holder includes a first section, a bending section, and a second section. The second section is connected to the first section by the bending section. The second section includes a main portion, two first support portions, a second support portion, and two third support portions. The second support portion is positioned between the two third support portions. When the foldable holder is folded, the third support portions are folded relative to the main portion, the first support portions, and the second support portion, to support the portable electronic device at an angle relative to the first section.

Abstract: A foldable holder is used for holding and supporting a portable electronic device. The foldable holder includes a first section, a bending section, and a second section. The second section is connected to the first section by the bending section. The second section includes a main portion, two first support portions, a second support portion, and two third support portions. The second support portion is positioned between the two third support portions. When the foldable holder is folded, the third support portions are folded relative to the main portion, the first support portions, and the second support portion, to support the portable electronic device at an angle relative to the first section.

Abstract: An exemplary portable electronic device includes a housing, a sensing unit, a signal converting unit, and a processor. The sensing unit, the signal converting unit, and the processor are electrically connected in series and mounted in the housing. The housing includes an operating section formed at one end of the housing as part of the housing. The sensing unit is mounted in the operating section, and configured for detecting the direction of elastic deformation and relative displacement of the operating section in different directions to generate a corresponding command signal. The signal converting unit is configured for transforming the command signal from the sensing unit. The processor receives the signal from the signal converting unit, and generates a control signal to achieve different operations corresponding to the direction of elastic deformation and the relative displacement of the operating section.