Grill Tool Holder

Abstract

A grill (20) has at least one grilling surface (32). A grease collection channel (42) is along at least one side of the grilling surface and has a sidewall (52) with an upper edge (70). A tool holder (80;300) is mounted to the sidewall and has at least one tool-holding compartment (82). The tool holder has at least one drainage port (134) positioned to drain the at least one tool-holding compartment into the grease collection channel (42).

Description

BACKGROUND

The disclosure relates to food grills. More particularly, the disclosure relates to the holding of tools used in association with food service grills.

A variety of food service grills exist. Exemplary grills include one or more grilling surfaces. For collecting fat and food debris from the food (collectively grease) exemplary grills include channels along at least portions of the perimeter of the grilling surfaces. An exemplary channel is along a side of the grilling surface. Exemplary channels may have drains for draining the grease into a removable collection tray.

Many tools are used in association with a grill. Exemplary tools include utensils such as spatulas, tongs, forks, knives, chopping tools, and the like used on food. Additional tools may be used to clean the grill (e.g., scrapers and the like). A variety of tool holders have been proposed for holding the tools above the grill.

SUMMARY

One aspect of the disclosure involves a grill having at least one grilling surface. A grease collection channel is along at least one side of the grilling surface and has a sidewall with an upper edge. A tool holder is mounted to the sidewall and has at least one tool-holding compartment having an outboard wall extending above and outboard of the sidewall upper edge. The tool holder has at least one drainage port positioned to drain the at least one tool-holding compartment into the grease collection channel.

In various implementations, at least one tool may be carried by the tool holder with a portion of the tool in the tool-holding compartment. A removable grease collection tray may be positioned below the grease collection channel or the removable grease collection tray may define/provide the grease collection channel. The tool holder may straddle the upper edge of the sidewall. The tool holder may comprise a sheetmetal assembly. The sheetmetal assembly may comprise or consist essentially of a first sheetmetal piece, a second sheetmetal piece secured to the first sheetmetal piece, and a third sheetmetal piece secured to the first sheetmetal piece. The first sheetmetal piece may form an outboard wall of the at least one tool-holding compartment and extend from below inboard of the sidewall upper edge to above an outboard of the sidewall upper edge. The second sheetmetal piece may form an inboard wall of the tool-holding compartment. The at least one drainage port may be formed between the first sheetmetal piece and the second sheetmetal piece. The second sheetmetal piece may comprise a plurality of legs or fingers extending along the surface of the first sheetmetal piece inboard of the sidewall. The third sheetmetal piece may extend downward outboard of the sidewall to define a wall-receiving channel between the first sheetmetal piece and the third sheetmetal piece.

In a method for using the grill, food may be grilled on the at least one grilling surface. A tool may be used in association with the at least one grilling surface. The tool may be placed in the at least one tool-holding compartment so that grease from the tool drains through the at least one drainage port into the grease collection channel.

Another aspect of the disclosure involves a grill tool holder for mounting to a wall structure. The grill tool holder comprises at least one tool-holding compartment, at least one drainage port positioned to drain the at least one tool-holding compartment and a flow guide portion depending below the at least one drain port. In various implementations, the grill tool holder may comprise a channel for receiving an upper portion of the wall structure. The grill tool holder may be a sheetmetal assembly comprising a first sheetmetal piece and a second sheetmetal piece secured to the first sheetmetal piece.

The details of one or more embodiments are set forth in the accompanying drawings and the description below. Other features, objects, and advantages will be apparent from the description and drawings, and from the claims.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 shows an exemplary simplified prior art/baseline grill modified with a tool holder.

FIG. 2 is an end view of the tool holder assembled to a grease can and partially showing mating features of the grill body.

FIG. 3 is a first view of the tool holder.

FIG. 4 is a second view of the tool holder.

FIG. 5 is a front view of the tool holder.

FIG. 6 is a first view of a second tool holder.

FIG. 7 is a second view of the second tool holder.

Like reference numbers and designations in the various drawings indicate like elements.

DETAILED DESCRIPTION

FIG. 1 shows a exemplary grill 20 having a front 22, a back 24, a left side 26 (from the point of view of the grill rather than a user facing the grill), and a right side 28. The exemplary grill comprises a main body 30 having one or more cooking (grilling) surfaces 32 forming a top/(upper end) thereof. In addition to the one or more cooking surfaces 32, the exemplary grill has one or more hinged platens 34 each having a cooking surface 35 along its underside. Each platen 34 may be shifted between a lowered condition and a raised/retracted condition. FIG. 1 shows a left platen in a relatively lowered cooking condition while the right platen is in a relatively raised/retracted condition. When lowered, the surface 35 comes into close proximity with the surface 32 to cook food from above in addition to cooking by the surface 32 from below.

The exemplary cooking surface 32 is formed as the upper surface of a plate/platen 40. The exemplary grill includes at least one removable grease receptacle (grease can) 42. The grease can is configured to mate with the platen 40 along the adjacent outboard side/edge thereof. This allows grease and/or debris to drain or be swept directly from the cooking surface into the grease can. In the example of FIG. 1, there are identical grease cans 42 at the respective left and right edges 44, 45 of the platen 40. Each exemplary grease can is held in a grease can slide 46 which may be formed as an upwardly open channel secured along the associated side 26, 28 of the grill main body.

Each exemplary grease can 42 acts as a grease collection channel and has an inboard sidewall 50 surface and an outboard sidewall 52 separated therefrom by a chamber or compartment 54 of the grease can that receives the grease and debris. The chamber or compartment is further defined by first and second end walls 56, 57 and a base 58 of the grease can. The inboard sidewall 50 has an inner surface 60 (FIG. 2), and outer surface 62, and an upper edge 64. The outboard sidewall 52 has an inner surface 66, an outer surface 68, and an upper edge 70. At each of the end walls 56, 57 the grease can 42 has a pull tab 72. The exemplary grease can is made of stainless steel (e.g., cut, bent, and welded of sheetmetal).

With the grease can 42 installed, the upper edge 64 of its inboard sidewall 50 rests below a portion of the cooking surface 32 and platen 40 adjacent the associated edge 44 or 45. This allows grease, food, and the like to be scraped from the grill into the compartment 54. The exemplary outboard sidewall 52 protrudes above the inboard sidewall and above the cooking surface 32 to serve as a splatter guard for grease that may splatter during the cooking or when being scraped from the grill.

As so far described, the exemplary grill 20 is merely illustrative of one of several grill configurations to which its present teachings may be applied. A tool holder 80 may be removably mounted to the grill. The exemplary tool holder 80 mounts to the outboard sidewall 52 of the grease can 42. The tool holder has at least one tool-holding compartment 82 (FIG. 1) for holding tools 84, 86, and 88 including utensils (spatulas, tongs, forks, knives, chopping tools, and the like) and cleaning tools (scrapers and the like). The tool holder includes at least one drainage port 90 positioned to drain the at least one tool-holding compartment 82 into the grease can 42.

The exemplary tool holder straddles the upper edge 70 of the outboard sidewall of the grease can to mount the tool holder to the grease can 42.

The exemplary tool holder is formed as a sheetmetal assembly. The exemplary sheetmetal assembly consists essentially of three pieces of metal (e.g., including any welds or other attachments between the pieces and also eventually including any ornamental trim, additional accessories (e.g., hooks and the like)). An exemplary first or main sheetmetal piece 100 (FIG. 3) extends from a lower edge 102 inboard and below the grease can outboard sidewall upper edge 70 to an upper edge 104 thereabove. The first piece 100 has an upper portion 108 which forms an outboard wall (back wall from the point of view of the compartment) 109 of the tool-holding compartment 82. The first piece has a lower portion 110 extending to the lower edge 102 from a bottom 112 of the tool-holding compartment. Thus, any grease flowing along the inboard surface 106 of the first piece will exit from the tool-holding compartment and be guided by the lower portion 110 into the grease can as discussed below. The exemplary upper edge 104 of the first piece is also shifted outboard of the upper edge 70 of the grease can outboard sidewall to provide volume for the compartment 82.

The second piece 120 forms an inboard wall 121 (FIG. 4) of the tool-holding compartment 82. The exemplary second piece 120 also forms end walls 122, 123 of the tool-holding compartment 82. The second piece 120 extends from a lower edge 124 to an upper edge 125. The upper edge forms an inboard upper edge of the compartment 82. The lower edge 124 is defined by a plurality of fingers 126 with recesses 128 therebetween. The fingers are mounted to the first piece (e.g., along the fingers, the outboard surface 128 (FIG. 2) of the second piece is tack welded to the inboard surface 106 of the first piece via tack welds 130 (FIG. 5). The recesses 128 (FIG. 3) (or upper portions thereof) define drainage ports 134 (e.g., one or both of the first and second pieces are bent away from each other to define the compartment and expose the ports).

At front and rear ends of a main portion of the second piece, ears of the second piece wrap around to join the first piece to define the end walls 122, 123 of the tool-holding compartment and are secured to the first piece (e.g., via seam welds 140 along the respective front and rear edges of the first piece).

The third piece 150 cooperates with the lower portion of the first piece to mount the tool holder to the grease can. In the exemplary embodiment, the lower portion of the first piece is essentially flat and vertical. The exemplary third piece 150 extends from an upper edge 151 to a lower edge 152 and has a generally inboard surface 153 and a generally outboard surface 154. The third piece has a pair of generally opposite ends 155, 156. Along an upper portion 160 (FIG. 2), the inboard surface 153 contacts the outboard surface of the first piece lower portion. Along this portion 160, the first and third pieces are secured to each other. For example, they may be secured by the same tack welds that secure the first and second pieces or by other such welds.

At a lower end of the upper portion 160, a double bend 162 allows an intermediate portion 164 of the third piece to be spaced slightly apart from the first piece lower portion 110 to define a channel 166 for receiving the upper edge portion of the outboard sidewall of the associated grease can. At a lower end of the intermediate portion 164, a bend 168 may separate the intermediate portion from a lower edge portion 170 which forms a guide allowing ease of installation of the tool holder to the grease can. The material of one or both of the first and third pieces may have sufficient elasticity to be slightly strained in the installed condition so as to grasp the grease can sidewall. The exemplary material for each of the three pieces is stainless steel (e.g., a single grade of stainless steel such as a 300-Series stainless steel (e.g., a sixteen gauge 304-stainless steel)). In an exemplary manufacturing process, the exemplary stainless steel pieces are cut, bent, welded to each other, and then polished (e.g., via a shaking in stone).

In use, the grease can 42 may be installed in position. Thereafter, the tool holder may be installed over the upper edge 70 of the outboard sidewall 52. As noted above, this installation may involve a slight flexing of portions of the tool holder so as to securely grasp the grease tray outboard sidewall 52. Tools may be placed into the tool-holding compartment 82 and repeatedly removed therefrom for use and thereafter returned. When the tools pick up grease, debris, or the like, once placed in the tool-receiving compartment, the grease, debris, or the like, may drain downward through the drainage ports and into the grease can. When the grease can is full or at another cleaning interval, the tool holder may be extracted from the grease can (e.g., via lifting up either with the tools or after the tools have been removed). The grease can may then be removed, emptied, and returned. At that time or separately, the tool holder may be cleaned. For example, the tool holder may be cleaned in a conventional food service sink or dishwasher.

Dimensionally, an exemplary overall length L (FIG. 5) is 0.3-0.6 m, more narrowly, 0.45-0.55 m. The compartment length is essentially the same (e.g., subject to the slight subtraction of material thickness). In the installed condition, the upper portion of the second piece 120 along the tool-holding compartment is inclined backward (outboard/in the direction of the compartment) by an angle θ₁. θ₁ may be effective to incline the tools outboard so as to not protrude over the cooking surface and not have a risk of falling onto the cooking surface or into the grease can. Exemplary θ₁ is 15-30°, more narrowly, 18-24°, or nominally 21°.

The exemplary first piece upper portion is divided by bends into three subportions 200, 202, and 204 (FIG. 2). The uppermost subportion 204 of the first piece (upper portion of compartment outboard/back wall) is also inclined outboard at an angle θ₂. Exemplary θ₂ is 4-15°, more narrowly, 5-10°, or nominally 7°. This angle also cooperates with the angle and positioning of the front wall (discussed below) to also help retain the tools from falling either inboard or outboard. The lower subportion 200 of the compartment outboard/back wall is at an angle θ₃ above horizontal. Exemplary θ₃ is 15-30°, more narrowly, 18-24°, or nominally 21°. This is chosen to be sufficiently off-vertical to facilitate grease/debris drainage. The exemplary portion 202 is more vertical (e.g., at an angle θ₄ off-horizontal of 35-60°, more narrowly, 40-50°, or a nominal 46°. This helps guide tips of the tools toward the portion 200 and base of the compartment when tools are inserted.

FIG. 2 also shows an exemplary compartment depth D₁ at the inboard/front wall upper edge 125 and depth D₂ of the back wall upper edge 104 relative to the inboard/front wall upper edge. Exemplary compartment heights at the edges 125 and 104 are shown as H₁ and H₂, respectively. Exemplary H₁ is selected to help retain the tools (e.g., against falling inboard) while exemplary H₂ is chosen to help retain the tools against falling outboard while not being so great as to interfere with tool handles (allowing the handles to be above the upper edge 104 so that the handles don't tilt the tools inward and so that the user has handle access without touching the holder). Exemplary D₁ is about 20-40 mm, more narrowly, 25-30 mm. Exemplary D₂ is 30-45 mm, more narrowly, 32-38 mm, or a nominal 35 mm.

FIGS. 6 and 7 show an otherwise similar tool holder 300 having a single drain slot and wherein the single piece 150 is replaced by two pieces 302 respectively near the ends of the holder.

The tool holder may be used with other configurations of the grill. For example, some grills may have a permanent grease collection channel. Such a channel may, for example, have an angled bottom leading to a drain port which, in turn, discharges grease into a removable grease collection tray/can. In such a situation, the upper edge of the channel sidewall may represent an upper edge of an associated wall of the grill body. In such a situation, the collection tray/can may thus be moved and cleaned independently of the tool holder.

Although an embodiment is described above in detail, such description is not intended for limiting the scope of the present disclosure. It will be understood that various modifications may be made without departing from the spirit and scope of the disclosure. For example, when implemented as an accessory for an existing grill, details of the configuration of the existing grill may influence details of any particular implementation. Accordingly, other embodiments are within the scope of the following claims.

Claims

1. A grill (20) comprising: at least one grilling surface (32);a grease collection channel (42) along at least one side of the grilling surface and having a sidewall (52) with an upper edge (70); anda tool holder (80;300) mounted to the sidewall and having: at least one tool-holding compartment (82) having an outboard wall extending above and outboard of the sidewall upper edge; andat least one drainage port (134) positioned to drain the at least one tool-holding compartment into the grease collection channel (42).

2. The grill of claim 1 further comprising: at least one said tool (84, 86, 88) carried by the tool holder with a portion of the tool in the tool-holding compartment.

3. The grill of claim 1 wherein: the grease collection channel is formed by a removable grease collection tray.

4. The grill of claim 1 wherein: the tool holder straddles the upper edge of the sidewall.

5. The grill of claim 1 wherein the tool holder comprises: a sheetmetal assembly.

6. The grill of claim 5 wherein the sheetmetal assembly consists essentially of: a first sheetmetal piece (100);a second sheetmetal piece (120) secured to the first sheet metal piece; anda third sheetmetal piece (150) secured to the first sheet metal piece.

7. The grill of claim 6 wherein: the first sheet metal piece forms said outboard wall of the at least one tool-holding compartment and extends from below and inboard of the sidewall upper edge to above and outboard of the sidewall upper edge.

8. The grill of claim 7 wherein: the second sheetmetal piece forms an inboard wall of the tool-holding compartment; andthe at least one drainage port is formed between the first sheetmetal piece and the second piece.

9. The grill of claim 8 wherein: the second sheetmetal piece comprises a plurality of fingers (126) extending along a surface of the first sheetmetal piece, inboard of the sidewall; andthe third sheetmetal piece extends downward outboard of the sidewall to define a wall-receiving channel (166) between the first sheetmetal piece and the third sheetmetal piece.

10. A method for using the grill of claim 1, the method comprising: grilling food on the at least one grilling surface;using a tool (84; 86; 88) in association with the grilling surface; andplacing the tool in the at least one tool-holding compartment so that grease from the tool drains through the at least one drainage port into the grease collection channel.

11. A grill tool holder (80;300) for mounting to a wall structure, the grill tool holder comprising: at least one tool-holding compartment (82); andat least one drainage port positioned (134) to drain the at least one tool-holding compartment;a flow guide portion (110) depending below the at least one drainage port; anda channel (166) for receiving an upper portion of the wall structure.

12. The grill tool holder of claim 11 wherein: said channel (166) for receiving said upper portion of the wall structure is downwardly open and has a wall with a bend separating an intermediate portion from a lower edge portion to form a guide allowing ease of installation of the tool holder to the upper portion of the wall structure.

13. The grill tool holder of claim 11 being a sheetmetal assembly comprising: a first sheetmetal piece; anda second sheetmetal piece secured to the first sheet metal piece.

14. The grill tool holder of claim 13 wherein: the first sheet metal piece forms a back wall of the at least one toolholding compartment and the flow guide portion;the second sheetmetal piece forms a front wall of the tool-holding compartment; andthe at least one drainage port is formed between the first sheetmetal piece and the second piece.

15. The grill tool holder of claim 14 wherein: the second sheetmetal piece comprises a plurality of legs extending along a surface of the first sheetmetal piece; anda third sheetmetal piece extends downward outboard of the wall to define said channel between the first sheetmetal piece and the third sheetmetal piece.

16. The grill tool holder of claim 15 wherein: the third sheetmetal piece extends downward and is welded to the first sheetmetal piece to cooperate therewith to define said channel.

17. The grill tool holder of claim 6 wherein: the third sheetmetal piece and first sheetmetal piece are tack welded to each other.

18. The grill tool holder of claim 11 wherein: the channel extends parallel to a length of the at least one tool-holding compartment.

19. The grill tool holder of claim 11 in combination with a grill having a wall structure, an upper portion of the wall structure being received in said channel.

20. The combination of claim 19 wherein: the grill tool holder is along a side of the grill.