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Albert Laurie Phones & Addresses

  • Milwaukie, OR
  • Beaverton, OR
  • Detroit, OR
  • 4803 SE Arden St, Milwaukie, OR 97222

Business Records

Name / Title
Company / Classification
Phones & Addresses
Albert F. Laurie
Gplp
A.F. Laurie Family Limited Partnership
382 N Hayden Is Dr, Portland, OR 97217

Publications

Us Patents

Baled Tire Process

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US Patent:
40955605, Jun 20, 1978
Filed:
Mar 3, 1976
Appl. No.:
5/663366
Inventors:
Albert F. Laurie - Portland OR
G. W. Bunch - Tigard OR
International Classification:
A01K 6100
E02B 304
US Classification:
119 3
Abstract:
Discarded rubber automotive tires are processed into bales for disposal and use as landfill, fish habitats and other purposes by compressing a stack of such tires endwise into a compact annular bale and then securing the bale with ties at circumferentially spaced locations thereon. Preferably during compression of the stack, it is slit lengthwise from end to end at multiple circumferential locations between the wires. The resulting slits extend inwardly from the outer toward the inner periphery of the bale but terminate short of the inner tire bead and rim to permit the escape of air and water from the annular interior spaces of the tires and yet maintain the integrity of the bale. The compressed, tied and slit baled product is particularly useful in forming artificial reefs in bodies of water for use as fish habitats because of its lack of buoyancy and resulting ease and accuracy of placement. By tying the bale with one non-corrodible tie and cutting the others or permitting such others to corrode apart when in place, the baled tires fan out to form a particularly effective fish habitat.

Baled Tire Product

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US Patent:
40571416, Nov 8, 1977
Filed:
May 5, 1975
Appl. No.:
5/574595
Inventors:
Albert F. Laurie - Portland OR
G. W. Bunch - Tigard OR
International Classification:
B65D 8506
B65D 7102
US Classification:
206304
Abstract:
Discarded rubber automotive tires are processed into bales for disposal and use as landfill, fish habitats and other purposes by compressing a stack of such tires endwise into a compact annular bale and then securing the bale with ties at circumferentially spaced locations thereon. Preferably during compression of the stack, it is slit lengthwise from end to end at multiple circumferential locations between the wires. The resulting slits extend inwardly from the outer toward the inner periphery of the bale but terminate short of the inner tire bead and rim to permit the escape of air and water from the annular interior spaces of the tires and yet maintain the integrity of the bale. The compressed, tied and slit baled product is particularly useful in forming artifical reefs in bodies of water for use as fish habitats because of its lack of buoyancy and resulting ease and accuracy of placement. By tying the bale with one non-corrodible tie and cutting the others or permitting such others to corrode apart when in place, the baled tires fan out to form a particularly effective fish habitat.

Machine For Compressing, Slitting And Baling Stacks Of Tires

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US Patent:
40066789, Feb 8, 1977
Filed:
Sep 18, 1975
Appl. No.:
5/614550
Inventors:
Albert F. Laurie - Portland OR
G. W. Bunch - Tigard OR
International Classification:
B65B 1320
US Classification:
100 1
Abstract:
A machine with an open upstanding frame has a central space within which a stack of tires are placed. A hydraulic ram mounted on top of the frame, when retracted, supports a press platen slidable on vertical frame posts above the stack and a knife platen spaced above the press platen. Four tire-slitting knives project downwardly from the knife platen in alignment with slots in the press platen. When the ram extends, the knife and press platens move downwardly until the press platen engages the stack. Thereafter continued extension of the ram causes compression springs between the platens to contract so that the knife platen continues downwardly until it engages the press platen and the knives pass through the slots of the press platen into cutting engagement with the stack. Thereafter the knife and press platens continue downwardly together simultaneously compressing and slitting the stack. When the stack is fully compressed and slit through, aligned radial slots in the press platen, in a stationary base plate supporting the stack and in a centering spool on the base plate enable tying of the compressed stack into a bale.
Albert E Laurie from Milwaukie, OR, age ~60 Get Report