초록 ▼

A child resistant overcap and container device is specifically for containers having non-round bodies, at least non-round upper bodies, with round necks, especially oval shaped containers. The container has a round neck for attachment of an inner cap. The shape of the container is such that it is wi

A child resistant overcap and container device is specifically for containers having non-round bodies, at least non-round upper bodies, with round necks, especially oval shaped containers. The container has a round neck for attachment of an inner cap. The shape of the container is such that it is wider than it is deep, to create side to side shoulders. There is also a collar permanently attached to the neck that has an open, central circular portion and a pair of opposite shoulders extending outwardly from side to side above the shoulders of the container. The collar has either at least one J-slot or at least one J-slot tracking protrusion located on at least one of its front and back. There is also an overcap having a front and back and opposing sides, and having a hollow inside. The overcap has an outside footprint substantially corresponding to the footprint of the container. The overcap, relative to the collar, has the other of at least one J-slot and at least one J-slot tracking protrusion located in at least one of the front and the back, corresponding to the collar.

대표청구항 ▼

A child resistant overcap and container device is specifically for containers having non-round bodies, at least non-round upper bodies, with round necks, especially oval shaped containers. The container has a round neck for attachment of an inner cap. The shape of the container is such that it is wi

A child resistant overcap and container device is specifically for containers having non-round bodies, at least non-round upper bodies, with round necks, especially oval shaped containers. The container has a round neck for attachment of an inner cap. The shape of the container is such that it is wider than it is deep, to create side to side shoulders. There is also a collar permanently attached to the neck that has an open, central circular portion and a pair of opposite shoulders extending outwardly from side to side above the shoulders of the container. The collar has either at least one J-slot or at least one J-slot tracking protrusion located on at least one of its front and back. There is also an overcap having a front and back and opposing sides, and having a hollow inside. The overcap has an outside footprint substantially corresponding to the footprint of the container. The overcap, relative to the collar, has the other of at least one J-slot and at least one J-slot tracking protrusion located in at least one of the front and the back, corresponding to the collar. Reporter, pp. 71-75, Aug. 2002. Kelley et al., U.S. patent application Publication No. US 2002/0074122 A1 Method and Apparatus for Hydrocarbon Subterranean Recover, Jun. 20, 2002. Susan Eaton, "Reversal of Fortune", New Technology Magazine, pp. 30-31, Sep. 2002. James Mahony "A Shadow of Things to Come", New Technology Magazine, pp. 28-29, Sep. 2002. Documents Received from Third Party, Great Lakes Directional Drilling, Inc., (12 pages), Received Sep. 12, 2002. Arfon H. Jones et al., "A Review of the Physical and Mechanical Properties of Coal with Implications for Coal-Bed Methane Well Completion and Production", Rocky Mountain Association of Geologists, pp. 169-181, 1988. Joseph C. Stevens, Horizontal Applications for Coal Bed Methane Recovery, 3rd Annual Coalbed and Coal Mine Conference, Strategic Research Institute, pp. 1-10 slides, Mar. 25, 2002. U.S. patent application Ser. No. 10/142,817, entitled "Method and System for Underground Treatment of Materials," filed May 8, 2002, 54 pgs., Aug. 13, 2001. R.J. "Bob" Stayton, "Horizontal Wells Boost CBM Recovery", Special Report: Horizontal & Directional Drilling, The American Oil & Gas Reporter, pp. 71-75, Aug. 2002. Kelley et al., U.S. patent application Publication No. US 2002/0074122 A1 Method and Apparatus for Hydrocarbon Subterranean Recover, Jun. 20, 2002. McCray and Cole, "Oil Well Drilling and Technology," University of Oklahoma Press, pp. 315-319, 1959. Berger and Anderson, "Modern Petroleum;" PennWell Books, pp. 106-108, 1978. Howard L. Hartman, et al.; "SME Mining Engineering Handbook;" Society for Mining, Metallurgy, and Exploration, Inc.; pp. 1946-1950, 2nd Edition, vol. 2, 1992. Dave Hassan, Mike Chernichen, Earl Jensen, and Morley Frank; "Multi-lateral technique lowers drilling costs, provides environmental benefits", Drilling Technology, pp. 41-47, Oct. 1999. Pend. Pat. App., Joseph A. Zupanick, "Method and System for Accessing Subterranean Deposits From The Surface," U.S. patent application Ser. No. 09/444,029 (067083.0104), Nov. 19, 1999. Joseph A. Zupanick; Declaration of Experimental Use, pp. 1-3, Nov. 12, 2000. Pend Pat App, Joseph A. Zupanick "Method and System for Enhanced Access to a Subterranean Zone." U.S. patent application Ser. No. 09/769,098 (067083.0118), filed Jan. 24, 2001. Pend Pat App, Joseph A. Zupanick et al., "Method and System for Accessing Subterranean Zones From a Limited Surface Area", U.S. patent application Ser. No. 09/773,217 (067083.0113, filed Jan. 30, 2001