Removal device for removing adherent

Abstract

A novel removal device for removing adherent of the present invention has a process tank communicated respectively with a loading port through which an article-to-be-processed, which is composed of a film-like or sheet-like mold base having an adherent adhered thereon in a layer form, is loaded, and with the base discharge path through which the base removed from the adherent is output, and houses therein the article-to-be-processed; a spindle disposed in the process tank, and rotationally driven by a drive motor; a plurality of rotating blades, each of which having the base end fixed to the spindle, and having the top end located inside the process tank; a large number of openings provided to the process tank so as to allow therethrough passage of the adherent; and a plurality of receiving components consecutively disposed below the process tank along the longitudinal direction of the process tank, wherein the individual receiving components have suction hoses respectively at the lower ends thereof, which are provided so as to communicate themselves with the receiving components, and each of the suction hoses being connected with one end of a suction pipe having the base end thereof connected to a suction device.

1 . A removal device for removing adherent comprising:
 a process tank communicated respectively with a loading port through which an article-to-be-processed, which is composed of a film-like or sheet-like mold base having on one surface or both surfaces thereof an adherent adhered thereon in a layer form, is loaded, and with said base discharge path through which the base removed from the adherent is output, and houses therein said article-to-be-processed;   a spindle disposed in said process tank, and rotationally driven by a drive unit;   a plurality of rotating blades each of which having the base end fixed to said spindle, and having the top end located inside said process tank;   a large number of openings provided to said process tank so as to allow therethrough passage of said adherent; and   a plurality of receiving components consecutively disposed below said process tank along the longitudinal direction of said process tank, the individual receiving components having ducts respectively at the lower ends thereof, which are provided so as to communicate themselves with said receiving components, and each of said ducts being connected with one end of a suction pipe having the base end thereof connected to a suction device.   
     
     
         2 . The removal device for removing adherent as claimed in  claim 1 ,
 wherein the base ends of the individual suction pipes are respectively fixed to connection pipes fixed to said suction device, and each of said connection pipes has disposed thereon an adjustment component which independently adjusts suction force exerted through said suction pipes.   
     
     
         3 . The removal device for removing adherent as claimed in  claim 1  or  2 ,
 wherein each of said plurality of rotating blades has recesses formed at the end thereof so as to he aligned in the longitudinal direction of said rotating blade, and said process tank has a cutting edge profiled so as to project towards said recesses.