Abstract: An electronic weight scale includes: a main scale module including a main weight sensor disposed in a main housing and outputting an output corresponding to weight acting on the main housing and sensed thereby, a controller operable in one of folded and unfolded modes in response to a control signal from an input unit, and a display unit mounted on the main housing; and an auxiliary scale unit connected pivotally to the main scale module and including an auxiliary scale module that has an auxiliary weight sensor disposed in an auxiliary housing and outputting an output corresponding to weight acting on the auxiliary housing and sensed thereby. The controller outputs weight information, that indicates the output from the main weight sensor when in the folded mode and that indicates a sum of the outputs from the main and auxiliary weight sensors when in the unfolded mode, to the display unit.

Abstract: An electronic weight scale includes: a main scale module including a main weight sensor disposed in a main housing and outputting an output corresponding to weight acting on the main housing and sensed thereby, a controller operable in one of folded and unfolded modes in response to a control signal from an input unit, and a display unit mounted on the main housing; and an auxiliary scale unit connected pivotally to the main scale module and including an auxiliary scale module that has an auxiliary weight sensor disposed in an auxiliary housing and outputting an output corresponding to weight acting on the auxiliary housing and sensed thereby. The controller outputs weight information, that indicates the output from the main weight sensor when in the folded mode and that indicates a sum of the outputs from the main and auxiliary weight sensors when in the unfolded mode, to the display unit.

Abstract: This invention relates to a file structure in which the inclination angle thereof is adjustable. The structure comprises (a) an inner covering board having a rear center; (b) an outer covering board mounted to the upper section of the inner covering board at one surface thereof and a scored line being formed across the outer covering board so that the outer covering board can be inclined at an angle with respect to the inner covering board, the bottom edge of the outer covering board being provided with a plurality of fixing holes; (c) a pair of chains having a stop at both ends and one of the stops being fastened to the lower section of the inner covering board and the other stop being mounted to the fixing holes at the lower section of the outer covering board, thereby when the outer covering board is extended with an inclination angle, the chain is touted by the weight of the file and the file is stood in a stable inclined position.

Abstract: An improved structure of a file covering board is disclosed. The structure comprises an outer file covering board, an inner file covering board, a rivet means, a plurality of loose-leaf pages and an inner and outer spine. The outer file covering board is located at the external side of the inner file covering board and is secured using the rivet means. The two sides of the outer file covering board are provided with a cut section allowing a stable upright position. The middle section is provided with a foldable section having downward extended outer folding line. The combination region of the inner file covering board and the outer file covering board is provided with a bending section for offsetting potential difference and for increasing the strength of erection.

Abstract: The present invention relates an improved structure of a file which can stand in an upright position comprising (a) an outer covering board having a horizontal scored line across the center of the board so that the outer covering board is bendable outward along the scored line; (b) an inner covering board positioned at the side of the outer covering opposite to the direction of the outer covering being bent, and being mounted with a document clipping device; and (c) two thin boards mounted perpendicularly from the bottom edge of the outer covering board, proximate to the lower corners, to the bottom edge of the inner covering board, proximate to the bottom corners of the inner board, wherein the center of the thin boards are provided with a bending section, thereby when the lower section of the outer covering board is extended or bended outward and the two thin boards are fully extended, the file stands upright on a flat surface, and when the lower section of the outer covering board is retracted towards the

Abstract: This invention relates to a file structure in which the inclination angle thereof is adjustable. The structure comprises (a) an inner covering board having a rear center; (b) an outer covering board mounted to the upper section of the inner covering board at one surface thereof and a scored line being formed across the outer covering board so that the outer covering board can be inclined at an angle with respect to the inner covering board, the bottom edge of the outer covering board being provided with a plurality of fixing holes; (c) a pair of chain having a stop at both ends and one of the stop being fastened to the lower section of the inner covering board and the other stop being mounted to the fixing holes at the lower section of the outer covering board, thereby when the outer covering board is extended with an inclination angle, the chain is touted by the weigh of the file and the file is stood in a stable inclined position.