Abstract: A high density closed-cell foam burial vault is disclosed. The vault consists of top and bottom halves which are formed of a closed-cell foam having a density between 8-30 pounds per cubic feet. The foam is sufficiently rigid to protect a casket within the burial vault, and is also resistant to leakage of water into the vault. The foam results in a lightweight, easy to manufacture burial vault. The top and bottom halves nest within each other, such that a large number of foam burial vaults may be stored in a relatively small space.
Abstract: A mausoleum for cremated remains includes linear and columnar displays of arrays of transparent display vessels which are relatively small but illuminated to have individual prominence as well as a pleasing aesthetic effect. The vessels rest on linear and columnar displays in secured positions but can be rearranged if desired. The enclosure may be of cruciform outline so as to provide visual variety and to permit expansion in a natural manner.
Abstract: An economical method of constructing a means suitable for directing, transporting, or holding water based upon the use of an aqueous liquid silicone elastomeric emulsion to form a membrane on a depression surface which is suitable to direct, transport or hold water. The emulsion, which cures under atmospheric conditions, is sprayed on the depression surface, then dried. The construction is useful as a water harvesting structure with a long, useful life. Such structures are particularly useful in providing water for animals in arid regions.
Type:
Grant
Filed:
July 30, 1981
Date of Patent:
July 7, 1987
Assignee:
Dow Corning Corporation
Inventors:
John D. Gavin, Jr., Michael D. Meddaugh
Abstract: A burial vault is provided including concrete wall portions and a plastic resinous liner. The liner is adhered to the wall portions, at the time of pouring the concrete, utilizing contact adhesive preferably polychloroprene cement. The vault may include adhesive coated reinforcement.