Apparatus for making beads
OwnerCharles W. Schottinventor
Life of this patent
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Abstract
An apparatus for making beads and a bead product are provided in the form of a member rotatable about a generally vertical axis having an outer peripheral edge adapted to discharge molten material in the form of pellets as the member rotates, means for creating heat on said member sufficient to maintain a molten layer of material being discharged on the walls of said member and fluid cooling means receiving discharged pellets which may be glassy generally spherical particles as solids or having frothy uniform voids surrounded by a glassy smooth surface or having integral crystalline elements.
Claims13
An apparatus for making spherical pellets comprising a member including a central axial conical surface about a generally vertical axis having at the cone base a continuous generally circular outer peripheral edge, means continuously depositing a layer of material onto said central axial conical surface, means creating heat on said central axial conical surface sufficient to maintain said layer of material in a molten condition, means forming at least a part of said central axial conical surface imparting motion to said layer of material along and away from said vertical axis, whereby said outer peripheral edge is operable to discharge molten material generally radially in the form of spherical pellets. and fluid cooling means adjacent to and below said peripheral edge receiving said radially discharged pellets discharged from said edge while still at least partially molten at an angle such that the molten pellets enters the fluid cooling means retaining their spherical shape and solidifying the same by cooling in said fluid cooling means.
An apparatus as claimed in claim 2 wherein a rotatable member provides the radial component of motion.
An apparatus for making spherical pellets comprising a member including a central axial conical surface about a generally vertical axis having at the cone base a continuous generally circular outer peripheral edge, means continuously depositing a layer of material onto said central axial conical surface, means creating heat on said central axial conical surface sufficient to maintain said layer of material in a molten condition, means forming at least a part of said central axial conical surface imparting motion to said layer of material along and away from said vertical axis, whereby said outer peripheral edge is operable to discharge molten material generally radially in the form of spherical pellets, and fluid cooling means adjacent to and below said peripheral edge receiving said radially discharged pellets discharged from said edge while still at least partially molten horizontally across said fluid coolant in a rolling action effecting rapid submergence.
Dependencies are inferred from the claim text.