INVENTOR: Brian S. CLEMENT, a US citizen, of 313 Lydia Street, Thibodaux, LA,

70359.

Terence M. ADAM, a US citizen, of 107 Cajun Lane, Gray, LA 70359. CROSS-REFERENCE TO RELATED APPLICATIONS

Priority of United States application serial number 12/796,220, filed June 8, 2010, is hereby claimed and such application is incorporated herein by reference.

Priority of United States Provisional Patent Application number 61/235,747, filed August 21 , 2009, is hereby claimed and such application i s incorporated herein by reference.

In the United States this is a continuation of United States application serial number 12/796,220, filed June 8, 2010, which applications was a non-provisional of United States Provisional Patent Application number 61/235,747, filed August 21, 2009. Priority of United States Provisional Patent Application number 61/235,747, filed August 21 , 2009, is hereby claimed and such application is incorporated herein by reference.

STATEMENT REGARDING FEDERALLY SPONSORED RESEARCH OR DEVELOPMENT

Not applicable

REFERENCE TO A "MICROFICHE APPENDIX"

Not applicable

BACKGROUND OF THE INVENTION

1. Field of the Invention

The present invention relates to a portable ice chest and more particularly to an improved portable ice chest having a lid or lid sections operable between open and closed positions with an improved foot operable linkage.

2. General Background of the Invention

Portable ice chests are commercially available and commonly used to carry many food items. One of the most popular uses of a portable ice chest is that of housing fish caught by a fisherman while on a dock or a boat. When a fisherman catches a fish, the fisherman typically is holding the fish in one hand and a rod and reel in the other hand. This presents a problem for the fisherman in that he or she must set the rod and reel down in order to open the lid of an ice chest and place the fish inside. Temporarily relinquishing the fish rod invites damages to the rod and interrupts fishing activity, hampering the fisherman in his or her attempt to present another bait or lure to the fish still swimming in the vicinity.

Several patents have issued that are directed to containers, and/or portable ice chests insulated containers, some of which are foot operated. The following table lists examples of possibly relevant patents. Some of these patents are directed to insulated containers. Other patents are directed to waste containers having a foot operated mechanism.

The following US Patents are incorporated herein by reference:

TABLE PATENT NO. TITLE ISSUE DATE

BRIEF SUMMARY OF THE INVENTION

The present invention provides a portable ice chest having a container body comprised of an outer shell and an inner shell with an insulated layer in between the inner and outer shells.

The container body has a bottom panel, front panel, rear panel and left and right side panels.

The container body provides an open top that is covered with one or two lids. Each of the lids is affixed to the container body with a pivotal connection or hinge. In one embodiment, the lids include a pair of lids that are attached to the left and right side panels respectively. In another embodiment, a single lid is attached to the top of the rear panel.

Operators are provided that include pedals or foot pedals that enable a user to open one or both of the lids with foot applied pressure. In one embodiment, the pedal extends substantially the length of the ice chest or cooler, extending substantially from one end panel to the other. In this embodiment, a pair of linkages are provided at the left and right side panels for opening the lid.

In another embodiment, first and second linkages are provided, one linkage being provided on the left end panel and the other linkage provided on the right end panel or side panel. In either case, the mechanism for elevating the lid or lids does not invade the cooling compartment which contains items such as a plurality of fish and a mass of ice. In this fashion, neither the fish nor the ice impede use of the linkage or linkages.

BRIEF DESCRIPTION OF THE SEVERAL VIEWS OF THE DRAWINGS

For a further understanding of the nature, objects, and advantages of the present invention, reference should be had to the following detailed description, read in conjunction with the following drawings, wherein like reference numerals denote like elements and wherein:

Figure 1 is an elevation view of the preferred embodiment of the apparatus of the present invention;

Figure 2 is an elevation view of the preferred embodiment of the apparatus of the present invention;

Figure 3 is a sectional view of the preferred embodiment of the apparatus of the present invention;

Figure 4 is a sectional view of the preferred embodiment of the apparatus of the present invention;

Figure 5 is a sectional view of the alternate embodiment of the apparatus of the present invention;

Figure 6 is a sectional view of the alternate embodiment of the apparatus of the present invention; and

Figure 7 is a sectional view of the alternate embodiment of the apparatus of the present invention.

Figure 8 is a perspective view of a two section lid embodiment.

DETAILED DESCRIPTION OF THE INVENTION

Figures 1-7 show a portable ice chest that is foot operated and wherein a unique operating mechanism is provided. In figures 1 -4, the portable ice chest 10 provides container body 11 having an outer shell 12 and an inner shell 13. An insulative layer 14 of air, foam, or other insulative material is provided in between the outer shell 12 and the inner shell 13.

Container body 11 provides a bottom panel 15, front panel 16, rear panel 17 and side panels 18, 19. The side panels can include left side panel 18 and right side panel 19.

Container body 11 has an open top 20 to be used to access one or more cool compartments 31. A pair of lids 21, 22 or covers are each pivotally attached to container body 11 at pivots 32, 33 respectively.

Each lid or cover 21, 22 is operable with a foot pedal. The foot pedal 23 opens lid or cover 21. The foot pedal 24 operates or opens the lid or cover 22. Linkages are provided for connecting each lid 21, 22 with its foot pedal 23, 24. The linkage 25 extends between foot pedal 23 and lid or cover 21. Linkage 26 extends between foot pedal 24 and lid or cover

22.

Pivotal connections join each foot pedal to its linkage. Each foot pedal 23, 24 is pivotally attached to container body 11. Foot pedal 23 attaches to container body 11 at pivotal connection 27. Foot pedal 23 also forms a pivotal attachment to linkage 25 at pivotal connection 30.

Foot pedal 24 is pivotally attached to container body 11 at pivotal connection 28. Foot pedal 24 forms a pivotal attachment to linkage 26 at pivotal connection 34.

In order to elevate either of the lids or covers 21 , 22 a user simply depresses the foot pedal 23 or 24 associated with the lid or cover 21, 22. A fisherman can open either end 21 or 22 without opening the other end 21 or 22. The other lid or cover 21, 22 remains closed.

This is important when depositing fish in the ice chest because the closed lid or cover 21 , 22 helps prevent escape of the fish after it has been deposited within the compartment 31 of the container body 11. An optional (preferably removable) divider or baffle 35 can be used to divide the cooled section 31, so that contents can be segregated such as the fish caught by first and second fishermen, or fish separated from food and drinks.

By placing the foot pedals 23, 24 on opposing ends or side portions of the container body 11, the ice chest 10 of the present invention can be accessed from two different directions such as by fisherman that are positioned on opposing sides of the ice chest such as on opposite sides of a boat. Thus, one fisherman can be fishing on the port side of a boat and deposit his or her fish by depressing the foot pedal 23. Another fisherman can be fishing on the starboard side of the boat and deposit his or her fish by depressing the foot pedal 24. This feature has great importance for center console style fishing boats that typically provide an ice chest in front of the center console, the ice chest being accessible from either the port side or starboard side of the boat. This feature is also important on boats that have ice chests at the rear of the boat, next to the stern. Such as a stern mounted portable ice chest 10 is also accessible by a first fisherman using the pedal closest to the port side of the boat and a second fisherman using the pedal closest to the starboard side of the boat.

Figures 5-7 show a second embodiment of the apparatus of the present invention, designated generally by the numeral 40. Portable ice chest 40 can utilize the same container body 11 of the present invention. In figures 5-7 portable ice chest 40 provides a full length foot pedal 41 that extends almost the full width 51 of body 11 from one side panel 18 to the other side panel 19 as seen in figure 5. The single full length foot pedal 41 operates a pair of linkages 42, 43. Linkages 42, 43 can be pushrods. The foot pedal 41 is attached to the container body 11 at pivotal connection 44. The full length foot pedal 41 attaches to a first linkage 42 at pivotal connection 45 and to a second linkage 43 at pivotal connection 46. Each linkage 42, 43 attaches to a common lid 50 with a pivotal connection. A pivotal connection is formed at 47 between lid 50 and linkage 42. A pivotal connection 48 is formed between lid 50 and linkage 43.

In figures 5-7, arrow 49 illustrates that foot pedal 41 extends substantially the full length of container body 11 , spanning at least half, preferably two thirds or more preferably three fourths of the distance between left side panel 18 and right side panel 19. When a user steps on pedal 41 at its front end portion 54 the user's foot 55 moves downwardly with the front end portion 54 as indicated by arrow 52 in figures 2, 4 and 7. The foot pedal 41 pivots at pivot 45, 46 thus elevating the rear end portion 56 of pedal 41 and elevating each of the linkages or pushrods 42, 43 as shown in figure 7. Lid 50 is hingedly connected to body 11 at hinge 57. The hinge 57 is positioned behind the pivotal connections 47, 48 as shown in figures 6 and 7. Thus, when the linkage or pushrod 42, 43 is elevated in figure 7, the lid 50 also elevates and pivots about its hinge 57 as shown by arrow 53 in figure 7 thus opening the compartment or interior 31 of ice chest 40. When the user removes his or her foot 55, the weight of the lid 50 closes the lid via gravity.

In one embodiment a single lid can be included. In one embodiment the upper brace for the two portion lid can be omitted making the interior a whole/single volume.

Figure 8 shows an alternative lid construction 21', 22' of the embodiment shown in Figures 1-4. Container body 11 provides a bottom panel 15, front panel 16, rear panel 17 and side panels 18, 19. The side panels can include left side panel 18 and right side panel 19. Container body 11 has an open top 20 to be used to access one or more cool compartments 31. A pair of lids 21', 22' or covers are each pivotally attached to container body 11 at hinges 57 (the hinges 57 for lid cover 21' are not shown as they are located on rear panel 17)

Each lid or cover 21', 22' is operable with a foot pedal. The foot pedal 23 opens lid or cover 21'. The foot pedal 24 operates or opens the lid or cover 22'. Similar to the construction shown in Figures 1 -4, linkages are provided for connecting each lid 21', 22' with its foot pedal 23, 24. The linkage 25 extends between foot pedal 23 and lid or cover 21. Linkage 26 extends between foot pedal 24 and lid or cover 22. In Figure 8, the pivoting connection 30 for pedal 23/lid 21' will be located on next to/under rear panel 17 instead of left side panel 18, and the pivoting connection 34 for pedal 24/lid 22' will be located next to/under front panel 16 instead of right side panel 19. In this manner lids 21' and 22' can open respectively in the direction of arrows 100,110 as show in Figure 8.

Also alternatively the foot pedals 23,24 and their associated linkage systems connected to lids 21 ',22' in Figure 8 can be re-positioned to protrude from side panel 18 (effectively rotating these linkage systems by 90 degrees). Dimensional changes would have to be made to account for the differing lengths of the front/rear to side panels.

In an alternative construction of two lid 21 ',22' container 10' two sets of opposed pedals 41 and 41' and associated linkage systems for opening lids 21' and 22' can be used. These opposed linkage system can be substantially the same as shown in the single lid 50 embodiment disclosed in Figures 5-7. For lid 21' pedal 41 and its associated linkage system can be used in substantially the same configuration shown in Figures 5-7 (in this case lid 21' would be one half the size of lid 50 as shown in Figure 8). For lid 22' a pedal 41' and its associate linkage system could be used but with peal 41' facing in the opposite direction of pedal 41 shown in Figure 6 (protruding from rear panel 17 instead of front panel 16). That is pedal 41' connected to lid 22' would protrude from rear panel 17 with the pivotal connections 45',46' being under front panel 16. In this embodiment pivot point 44 would preferably be located in the center of bottom panel 15.

The following is a list of parts and materials suitable for use in the present invention.

PARTS LIST

Part Number Description

10 portable ice chest

11 container body

12 outer shell

13 inner shell

14 insulative layer

15 bottom panel

16 front panel

17 rear panel

18 left side panel

19 right side panel

20 open top

21 lid/cover

22 lid/cover

23 foot pedal

24 foot pedal

25 linkage/pushrod

26 linkage/pushrod

27 pivotal connection

28 pivotal connection

29 pivotal connection 30 pivotal connection

31 compartment/interior

32 pivot/hinge

33 pivot/hinge

33 pivotal connection

34 pivotal connection

35 baffle/divider

40 portable ice chest

41 foot pedal

42 linkage

43 linkage

44 pivotal connection

45 pivotal connection

46 pivotal connection 47 pivotal connection

48 pivotal connection

49 arrow

50 lid

51 width

52 arrow

53 arrow

54 front end portion

55 user's foot

56 rear end portion 57 hinge

100 arrow

110 arrow All measurements disclosed herein are at standard temperature and pressure, at sea level on Earth, unless indicated otherwise. All materials used or intended to be used in a human being are biocompatible, unless indicated otherwise.

The foregoing embodiments are presented by way of example only; the scope of the present invention is to be limited only by the following claims.