| 主权项 |
1. An automated molding machine for ultra small draft angle slurry molding products, comprising a main frame, a side frame disposed on a side of the main frame, first means installed in the main frame for performing a slurry suction molding process, and second means installed in the side frame for performing a hot press truing process, wherein a blank is formed after the slurry suction molding process is completed in the main frame, and then the blank is sent into the side frame for the hot press truing process, to manufacture a molding product; wherein the main frame has a top board, a working board, and a plurality of equidistant columns disposed between the top board and the working board for supporting and fixing a distance between the top and working boards to form an action space between the top board and the working board; wherein front and rear support columns are disposed on both front and rear sides of the action space respectively; wherein a front action base is passed between the front support columns; wherein a rear action base is passed between the rear support columns; wherein the working board has a hollow space at a top of the plurality of equidistant columns and a slurry box at the top of the plurality of equidistant columns; wherein a turning mechanism is mounted on an action plate fixed to a front side of the front action base, wherein the turning mechanism includes a power supply and a speed reducer installed on the action plate, wherein an output shaft of the speed reducer is passed into the front action base, wherein forces are outputted from an output gear; wherein an action frame is accommodated in the action space defined by the top board, the working board and the front and rear action bases, wherein the action frame includes a rotary shaft capable of rotating in forward and backward directions, wherein both front and rear ends of the rotary shaft are passed into the front and rear action bases and supported, wherein a passive gear is installed at the front end of the rotary shaft and engaged with the output gear inside the output gear for outputting forces to drive and rotate the rotary shaft and the action frame; wherein each of front and rear sides of the action frame is a panel having a symmetrical accommodating arc slot formed thereon, wherein the accommodating arc slots of the front and rear sides of the action frame are formed in an arc shape by using the rotary shaft as the center axis, wherein a slurry suction die is disposed on a surface on the panels of the first and rear sides of the action frame for guiding a vacuum suction force, and a balance weight is disposed on another surface of the first and rear sides of the action frame and configured in a same forward and backward directions and at an installation position having an inclination angle with respect to the rotary shaft; wherein a righting mechanism installed on the front and rear action bases includes a righting shaft on a side, wherein the righting shaft is passed through the symmetrical accommodating arc slots of the front and rear sides of the action frame, and both ends of the righting shaft are disposed at the front and rear action bases respectively, wherein a righting gear is installed separately at both ends of the righting shaft, and a righting rack in a vertical direction is disposed on a same side and faces a surface of the righting gear, wherein each righting gear is engaged with the corresponding righting rack, wherein when the front and rear action bases are driven to descend or ascend, the righting gears are also driven to descend or ascend synchronously; and wherein an extrusion die is installed in the action space defined by the top board, the working board and the front and rear action bases and disposed at a position adjacent to the top board. |
