1. A reactor for separating aluminum from multi-layer film wastes, the reactor comprising:
a casing that is filled with a solution for dissolving an aluminum layer of the multi-layer film materials pulverized into a predetermined size;
a partition that is installed in the casing and divides an inner portion of the casing into a reactor tub, which is installed at a center of the casing and in which the solution is reacted with the aluminum, and at least one separator tub that is provided at a side portion of the reactor tub to decompose the multi-layer film materials in which aluminum is completely dissolved by means of the solution; and
a stirrer that is installed at an upper portion of the reactor tub and stirs the solution in the reactor tub in order to transfer the solution and the multi-layer film materials, in which the aluminum layer is dissolved in the reactor tub, from the reactor tub to the separator tub;
wherein the partition is spaced apart from the bottom of the casing by a predetermined distance to define a passage between the casing and the partition, and the reactor tub is interconnected with the separator tub through the passage.
2. The reactor as claimed in claim 1, wherein the partition is installed at a side portion of the casing while forming an angle of 45 degrees to 85 degrees with respect to a bottom surface of the casing.
3. The reactor as claimed in claim 1, wherein the partition has an arc trapezoidal shape having a radius of curvature larger than that of the casing.
4. The reactor as claimed in claim 1, wherein the partition has a truncated conical shape.
5. The reactor as claimed in claim 1, wherein the partition has a cylindrical shape.
6. The reactor as claimed in claim 2, wherein the partition has an arc trapezoidal shape having a radius of curvature larger than that of the casing.
7. A reactor for separating aluminum from multi-layer film wastes, the reactor comprising:
a casing filled with a solution for dissolving an aluminum layer of the multi-layer film materials pulverized into a predetermined size, said casing having a bottom surface;
a partition installed in said casing, said partition dividing an inner portion of said casing into a reactor tub in which said solution is reacted with aluminum and a separator tub, said reactor tub having a side portion and an upper portion, said separator tub being provided at said side portion of said reactor tub to decompose said multi-layer film materials in which said aluminum is completely dissolved by means of said solution, said partition being spaced apart from said bottom surface of said casing by a predetermined distance to define a passage between said casing and said partition, said reactor tub being interconnected with said separator tub through said passage; and
a stirrer for stirring said solution in said reactor tub in order to transfer said solution and said multi-layer film materials in which said aluminum layer is dissolved from said reactor tub to said separator tub, said stirrer being installed at said upper portion of said reactor tub.
8. The reactor as claimed in claim 7 in which said casing has a center and in which said reactor tub is installed in said center.
9. The reactor as claimed in claim 8, wherein said partition is installed at a side portion of said casing while forming an angle of 45 degrees to 85 degrees with respect to said bottom surface of said casing.
10. The reactor as claimed in claim 8 wherein said partition has an arc trapezoidal shape having a radius of curvature larger than that of said casing.
11. The reactor as claimed in claim 8, wherein said partition has a truncated conical shape.
12. The reactor as claimed in claim 8, wherein said partition has a cylindrical shape.
13. The reactor as claimed in claim 9, wherein said partition has an arc trapezoidal shape having a radius of curvature larger than that of said casing.
14. A reactor for separating aluminum from multi-layer film wastes, the reactor comprising:
a casing filled with a solution for dissolving an aluminum layer of the multi-layer film materials pulverized into a predetermined size, said casing having a bottom surface;
a partition dividing an inner portion of said casing into a reactor tub in which said solution is reacted with aluminum and a separator tub, said reactor tub having a side portion and an upper portion, said separator tub being provided at said side portion of said reactor tub, said partition being spaced apart from said bottom surface of said casing to define a passage connecting said reactor tub and said separator tub; and
a stirrer for stirring said solution in said reactor tub in order to transfer said solution and said multi-layer film materials in which said aluminum layer is dissolved from said reactor tub to said separator tub.
15. The reactor as claimed in claim 14 in which said partition is spaced apart from said bottom surface of said casing by a predetermined distance.
16. The reactor as claimed in claim 14 in which said stirrer is installed in said upper portion of said reactor tub.
17. The reactor as claimed in claim 14 in which said casing has a center and in which said reactor tub is installed in said center.
18. The reactor as claimed in claim 14, wherein said partition is installed at a side portion of said casing while forming an angle of 45 degrees to 85 degrees with respect to said bottom surface of said casing.
19. The reactor as claimed in claim 14 wherein said partition has an arc trapezoidal shape having a radius of curvature larger than that of said casing.
20. The reactor as claimed in claim 14, wherein said partition has shape selected from the group consisting of a truncated conical shape and a cylindrical shape.
The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.
1. A combination peephole, door knocker, and door decoration support hanger comprising:
a main body having a predetermined length that extends from a top to a bottom, a predetermined width, and a predetermined thickness, said main body having a front surface that includes
a first surface portion that is oriented above a second surface portion, wherein said first surface portion includes
a door decoration support hanger,
a peephole,
a strike plate, and
a stationary top hinge portion,
arranged from top to bottom respectively,
said door decoration support hanger being a recessed area oriented along an outside contour,
said second surface portion includes a non-stationary bottom hinge portion and a door knocker pivotally connected to said bottom hinge portion,
said first surface portion and said second surface portion being an integral unit, and
said main body having a back surface that includes a primary attachment area oriented above said peephole and a secondary attachment area oriented below said peephole.
2. The combination peephole, door knocker, and door decoration support hanger of claim 1, wherein said first surface portion and said second surface portion being contiguous.
3. The combination peephole, door knocker, and door decoration support hanger of claim 1, wherein said door decoration support hanger is oriented above said peephole.
4. The combination peephole, door knocker, and door decoration support hanger of claim 1, wherein said door decoration support hanger being at least one of a hook, an adjustable tab, or a malleable material oriented along an outside contour of the first surface portion.
5. The combination peephole, door knocker, and door decoration support hanger of claim 1, being made from at least one of a molded stainless steel, aluminum, and brass.
6. A combination peephole and door decoration support hanger comprising:
a main body having a predetermined length that extends from a top to a bottom, a predetermined width, and a predetermined thickness, said main body having a front surface that includes
a first surface portion that is oriented above a second surface portion, wherein said first surface portion includes
a door decoration support,
a peephole being an integral unit, and
a stationary top hinge portion,
arranged from top to bottom respectively,
said second surface portion includes
a removably attached non-stationary bottom hinge portion,
a removably attached door knocker pivotally connected to said bottom hinge portion, and
a removably attached strike plate,
said main body having a back surface that includes a primary attachment area oriented above said peephole.
7. The combination peephole and door decoration support hanger of claim 6, wherein said door decoration support hanger is oriented above said peephole.
8. The combination peephole and door decoration support hanger of claim 6, wherein said door decoration support hanger being a recessed area oriented along an outside contour of the first surface portion.
9. The combination peephole and door decoration support hanger of claim 6, wherein said door decoration support hanger being at least one of a hook, an adjustable tab, or a malleable material oriented along an outside contour of the first surface portion.
10. The combination peephole and door decoration support hanger of claim 6, being made from at least one of a molded stainless steel, aluminum, and brass.