Patent ID: 6343926
Filing Date: 2002-02-05
Classification: B29C,D21J

Abstract:
A continuous injection mold machine comprising:a conveyance pipe, a pump, inlet pipe, an injection device, a first mechanical plate, a second mechanical plate, an open-plate and plate control device, an active mechanical plate, two tracks, two side frames, a plurality of chains, and a plurality of forming plates; wherein said inlet pipe is T-shaped with a first end connected to an injection device, a second end connected to a material inlet on said first mechanical plate, and a third end connected to said pump and said conveyance pipe, said injection device operates a piston in said inlet pipe, said first mechanical plate, said second mechanical plate, said active mechanical plate, and said forming plates are aligned parallel to each other, said second mechanical plate is connected to said open-plate and plate control device, said open-plate and plate control device being connected to a joint bar that penetrates through said second mechanical plate and connects to said active mechanical plate, said forming plates are situated between said active mechanical plate and said first mechanical plate, said chains connect adjacent pairs of said forming plates to each other, and said chains connect a terminal one of said forming plates to said first mechanical plate, said two tracks are located on opposing sides of said forming plates, each said forming plate comprises an injection inlet, at least one mold, and a removable mold plate, there being a space between each said mold and each said mold plate, blocking plates fix said mold plates on said forming plates, there being inlet channels by each said injection inlet, each said inlet channel being in communication with said molds, there being further spillover outlets and spillover pipes on outer edges of said forming plates; such that said mold machine is operated by activating said joint bar of said open-plate and plate control device to press said active mechanical plate and said forming plates toward said first mechanical plate, then injecting pulp through said conveyance pipe into said inlet pipe by means of said pump, then activating said piston of said injection device to inject said pulp into said material inlet, said pulp then flowing into and filling said injection inlets, said mold plates, and said mold as well as said inlet channels until excess portions of said pulp flows to spillover outlets and spillover pipes and flows out of said mold machine.