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An insulated pack has a main, insulated compartment suitable for holding refreshments at either a warmed or chilled temperature. It also has another compartment for valuables that has receptacles for such objects as cellular telephone handsets, wallets, and keys. It has a reinforced web framework st

An insulated pack has a main, insulated compartment suitable for holding refreshments at either a warmed or chilled temperature. It also has another compartment for valuables that has receptacles for such objects as cellular telephone handsets, wallets, and keys. It has a reinforced web framework structure, and a carrying handle mounted on the lid. Use of two of these packs, allows a user to keep different objects at different temperatures. The pack is particularly useful for attachment to a golf bag or golf cart to provide cool drinks during a round of golf.

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An insulated pack has a main, insulated compartment suitable for holding refreshments at either a warmed or chilled temperature. It also has another compartment for valuables that has receptacles for such objects as cellular telephone handsets, wallets, and keys. It has a reinforced web framework st

An insulated pack has a main, insulated compartment suitable for holding refreshments at either a warmed or chilled temperature. It also has another compartment for valuables that has receptacles for such objects as cellular telephone handsets, wallets, and keys. It has a reinforced web framework structure, and a carrying handle mounted on the lid. Use of two of these packs, allows a user to keep different objects at different temperatures. The pack is particularly useful for attachment to a golf bag or golf cart to provide cool drinks during a round of golf. , a fiber optic cable and a hydraulic control line. 11. A well completion comprising: a production tubing; an upper packer connected to a lower end of the production tubing, wherein the upper packer is positioned to isolate a producing zone; an intelligent device disposed below the upper packer; a continuous control cable running from the intelligent device to a connection point; and a sand screen disposed below the packer, wherein the upper packer is a multiport packer and adapted to sealably pass at least one cable in the control cable therethrough. 12. A well completion comprising: a production tubing; an upper packer connected to a lower end of the production tubing, wherein the upper packer is positioned to isolate a producing zone; an intelligent device disposed below the upper packer; a continuous control cable running from the intelligent device to a connection point; a sand screen disposed below the packer; and a safety shear sub shearably disposed between the upper packer and the sand screen. 13. A well completion comprising: a production tubing; an upper packer connected to a lower end of the production tubing, wherein the upper packer is positioned to isolate a producing zone; an intelligent device disposed below the upper packer; a continuous control cable running from the intelligent device to a connection point; a sand screen disposed below the packer; and a lower packer disposed below the sand screen. 14. A well completion comprising: a production tubing; an upper packer connected to a lower end of the production tubing; an intelligent device disposed below the upper packer; a continuous control cable running from the intelligent device to a connection point; a sand screen disposed below the packer; and a service tool disposed for longitudinal movement through the production tubing and adapted to perform sand-control operation in the completion. 15. The well completion of claim 14, wherein the service tool includes a shifting profile releasably engageable with at least one of a shifting profile on a first closing sleeve disposed above the upper packer, a shifting profile on a second closing sleeve disposed below the upper packer, and a valve-shifting collar disposed below the upper packer. 16. The well completion of claim 14, wherein the service tool includes a crossover housing having a packer-setting port adapted to direct pressurized fluid to hydraulically set the upper packer. 17. A method of installing a sand-control completion, comprising: assembling the sand-control completion, the completion including a production tubing, an upper packer connected to a lower end of the production tubing, an intelligent device disposed below the packer, a continuous control cable running from the intelligent device to a connection point above the upper packer, and a sand screen disposed below the upper packer; and running the completion into a well and setting it in the well with the sand screen disposed adjacent a hydrocarbon-producing formation in a single trip, wherein the completion further includes a washpipe disposed within the completion to restrict fluid flow through the sand screen, the method further including washing the well as the completion is being run into the well. 18. A method of installing a sand-control completion, comprising: assembling the sand-control completion, the completion including a production tubing, an upper packer connected to a lower end of the production tubing, an intelligent device disposed below the packer, a continuous control cable running from the intelligent device to a connection point above the upper packer, and a sand screen disposed below the upper packer; running the completion into a well and setting it in the well with the sand screen disposed adjacent a hydrocarbon-producing formation in a single trip; and running a service tool through the production tubing to perform at least one sand-control operation in the completi on. 19. The method of claim 18, wherein running the service tool comprises running the service tool through the production tubing to shift a washpipe in the completion from a first position to a second position, the washpipe restricting fluid flow through the sand screen when in the first position and allowing fluid flow through the sand screen when in the second position. 20. The method of claim 18, wherein running the service tool comprises running the service tool through the production tubing to direct fluid to a well annulus below the upper packer, the method further comprising squeezing fluid into a hydrocarbon-producing formation disposed adjacent the sand screen. 21. The method of claim 20, further including stroking the service tool to a circulating position, and circulating fluid from the production tubing into the annulus below the packer, through the sand screen, into a longitudinal bore of the service tool, through a crossover housing in the service tool, and upwardly to the earth's surface. 22. The method of claim 21, wherein the fluid is directed from a crossover housing in the service tool to the earth's surface through an annulus above the upper packer. 23. The method of claim 21, wherein the fluid is directed from a crossover housing in the service tool to the earth's surface through the production tubing. 24. The method of claim 20, further including stroking the service tool to shift a ball valve therein from an open position to a closed position, raising the service tool, and circulating fluid from the earth's surface through a crossover housing in the service tool, into the production tubing, and upwardly to the earth's surface. 25. The method of claim 20, further including engaging the service tool with a washpipe disposed in the completion and removing the service tool and washpipe from the completion. 26. A method of installing a sand-control completion, comprising: assembling the sand-control completion, the completion including a production tubing, an upper packer connected to a lower end of the production tubing, an intelligent device disposed below the packer, a continuous control cable running from the intelligent device to a connection point above the upper packer, and a sand screen disposed below the upper packer; and running the completion into a well and setting it in the well with the sand screen disposed adjacent a hydrocarbon-producing formation in a single trip; and running a service tool through the production tubing to direct pressurized fluid to the upper packer to remotely control the upper packer. 27. A well completion comprising: a production tubing; an upper packer connected to a lower end of the production tubing; a sand screen disposed below the packer; a through-tubing service string and tool adapted to be deployed through the production tubing for performing sand-control operations within the completion; and a continuous control cable extending through a port in the upper packer. 28. The well completion of claim 27, further including at least one of (1) a flowpath above the upper packer through an inner annulus formed between the service string and the production tubing and (2) a flowpath above the upper packer through a well annulus formed between the production tubing and a well bore. 29. The well completion of claim 27, wherein the service tool includes a shifting profile releasably engageable with at least one of a shifting profile on a first closing sleeve disposed above the upper packer, a shifting profile on a second closing sleeve disposed below the upper packer, and a valve-shifting collar disposed below the upper packer. 30. The well completion of claim 27, wherein the service tool includes a port adapted to direct pressurized fluid to hydraulically set the upper packer. 31. The well completion of claim 27, further including: an intelligent device disposed below the upper packer; wherein the continuous control cable runs from the intelligent