Abstract: A transmission device of laminating machine comprises a motor interactively driven by an inner gear and a outer gear; an axis for fixing the position of an upper rolling wheel and a lower rolling wheel respectively and passing a document through; a board installed at the inner side of the motor, a positioning hole and a guiding slice disposed on the board, such that the guiding slice is coupled to the external side of the guiding block and the positioning axis is inserted into the positioning hole; a stem extended from the board; and an elastic part installed between the stem and the side board. As long as the stem is pressed downward to rotate the board, the motor and the outer gear will be separated with each other to stop the transmission.

Abstract: A sheet material cutting device includes a base having two brackets, two arms pivotally secured to the brackets, a track secured between the arms and rotated in concert with the arms relative to the brackets, a seat slidably engaged on the track and movable along the track, and a cutter blade secured to the seat. The cutter blade may be forced toward the base in order to forcefully and effectively cut the sheet materials. A board detachably secured to the base, and a plate selectively secured to the board for increasing the surface for supporting the sheet materials.

Abstract: A sheet material cutting device includes a base having two brackets, two arms pivotally secured to the brackets, a track secured between the arms and rotated in concert with the arms relative to the brackets, a seat slidably engaged on the track and movable along the track, and a cutter blade secured to the seat. The cutter blade may be forced toward the base in order to forcefully and effectively cut the sheet materials. A board detachably secured to the base, and a plate selectively secured to the board for increasing the surface for supporting the sheet materials.

Abstract: Laminator including: a pair of fixing seats fixedly mounted in a housing opposite to each other; a pair of pressing rollers parallelly pivotally installed between the pair of fixing seats, the rotary shafts at one end of the pressing rollers being respectively fitted in two gears which are drivingly engaged with each other, one of the gears being engaged with and driven by a driving gear of a driving motor; a thermally conductive casing assembly fixedly mounted between the fixing seats for rotatably containing therein the pair of pressing rollers, a rear end of the thermally conductive casing assembly being formed with an enlarged exit, a front end of the thermally conductive casing assembly being formed with a longitudinal entrance; and at least one heating member 4 fixed on the thermally conductive casing assembly for heating the same. Prior to passing through the pressing rollers, an article to be laminated is first heated by the thermally conductive casing assembly to a certain temperature.