Method For Illumination of Outdoor Cooking Grill Surface

Abstract

Disclosed is a method for providing immediate, direct illumination of the cooking surface of an outdoor cooking grill. The method employs the installation of a one-piece metallic light fixture holder attachable to cooking grills which have a hinged, curvilinear grill cover. The light fixture holder comprises a rigid, symmetrically-bent channel member, at least one horizontally-oriented curvilinear attachment arm, fastening tabs, and at least one pre-drilled hole in each fastening tab, said holes, corresponding to holes commonly used to attach a handle to a grill cover. The pre-drilled holes of the fastening tab of the light fixture holder allow the light fixture holder to be easily fastened and co-located in holes provided for the original manufacturer's grill cover handle. An appropriately-sized LED or battery-powered light fixture is then securely placed within the channel segment of the light fixture holder.

Claims

1. Where it is desired to illuminate the cooking surface of a portable cooking grill with an immediately contiguous light source, said cooking grill having a hinged cover with a curvilinear rim, a handle, and at least two integral handle attachment holes, such a light source is provided by a method comprising: (a) removing the handle and any form of securement of the handle to the hinged cover; (b) providing a light fixture holder in conjunction with an integral LED or battery-powered light fixture; (c) fastening the light fixture holder and the handle simultaneously onto the grill cover at the locale of the handle attachment holes; (d) providing a light fixture for enclosure within the light fixture holder such that when opening the hinged cover, the light fixture is aimed at the cooking surface.

2. The method as in claim 1, wherein the light fixture holder comprises an apparatus having a first member and a second member, wherein said first member comprises a channel for clasping or retaining a light fixture within the first member; and said second member comprises a curvilinear attachment arm and at least two integral holes for attachment of the light fixture holder to the outer rim of the hinged cover of the cooking grill.

3. A method for providing an immediately contiguous source of illumination of the cooking surface of an outdoor cooking grill, the grill being of the “kamado” style having a hinged cover with a curvilinear rim, a handle, and at least two handle-attaching holes integral to the curvilinear rim, the steps of the method comprising: providing a light fixture holder having a first member and a second member, wherein said first member comprises a structure for clasping or retaining a light fixture within the first member; and providing a structural arrangement of the second member to enable the attachment of the light fixture holder to the outer side of the curvilinear rim of the hinged cover such that when the hinged cover is opened, illumination from the clasped light fixture is aimed directly at the grill cooking surface.

4. The method of claim 3, wherein the first member further comprises (a) a metallic piece bent at various junctions into a generally rigid form and thereby forming a channel defined by an upper rectangular flange, a lower rectangular flange, and a rectangular planar bracket integrally joined to the lower edge of each the upper and lower flanges, and a shoulder joined to the upper rectangular flange of said channel; (b) said channel being further defined by a sequential series of parallel junctions, beginning with a lip joined at approximately 45 degree inner angle with the upper edge of the lower flange, the opposite edge of said lower flange being joined at approximately 85 degree inner angle with one edge of the bracket, the opposite edge of said bracket being joined at an approximately 85 degree inner angle with the lower edge of the upper flange, and the upper edge of said upper flange being joined at approximately 75 degree angle with said shoulder, whereby said channel forms cumulative inward bending so as to provide an opening for insertion and clasping of the exterior surface of a light fixture; said second member comprises (c) a curvilinear attachment arm having a radius and curvature corresponding to the outer rim of the cooking grill, and said attachment arm integral to, and extending from said shoulder of the first member to form a fastening tab integral to the endmost section of said curvilinear attachment arm; and further, (d) providing that said fastening tab further contains at least two holes corresponding to the dimensions and spacing of the two holes of the grill cover, whereby the second member may replace the factory-installed handle by utilization of fasteners secured through the second member and the two holes of the curvilinear rim.

5. The method of claim 3 wherein (a) said first member comprises a channel which consists of a sequential series of parallel junctions beginning with a lip joined at an approximately 45 degree inner angle with one edge of a rectangular lower flange, the opposite edge of said lower flange being joined at an approximately 85 degree inner angle with one edge of a rectangular bracket, the opposite edge of said rectangular bracket being joined at an approximately 85 degree inner angle with one edge of a rectangular upper flange, and the opposite edge of said upper flange culminating in adjoinment at an approximately 75 degree angle with a shoulder; and (b) said second member comprises the continuation of said shoulder to form a left elongated extension manifesting in a left attachment arm, said left attachment arm further culminating in a left fastening tab, said left fastening tab having at least one hole drilled therethrough; and wherein said shoulder continues to also form a right elongated extension manifesting a right attachment arm, said right attachment arm further culminating in a right fastening tab, said right fastening tab having at least one hole drilled therethrough.

Description

BRIEF DESCRIPTION OF THE VIEWS OF THE DRAWINGS

[0018] FIG. 1 presents a perspective view of a single-arm light fixture holder 2.

[0019] FIG. 2 depicts a predominantly side perspective view of the single-arm light fixture holder 2.

[0020] FIG. 3 illustrates a perspective view of a dual-arm light fixture holder 1.

[0021] FIG. 4 is a view of the metallic form used to shape and fabricate a dual-arm light fixture holder.

[0022] FIG. 5 shows a cooking grill cover positioned in the open position, and further, shows the grill handle detached from the outer rim of the cover.

[0023] FIG. 6 displays a cooking grill with the cover 40 hinged open and having a single-arm light fixture holder attached to the outer rim of the cover.

TABLE-US-00001 Table of Nomenclature & Part Numbers of Inventive Concept  1. Dual-arm light fixture holder  2. Single-arm light fixture holder  3. Channel  4.-9. n/a 10. Shoulder 10(b) Right shoulder 11. Right attachment arm 12. Left attachment arm 13. Right fastening tab 14. Left fastening tab 15. Right slot 16. Left slot 17. Upper flange 18. Bracket 19. Lower flange 20. Lip 21. First hole 22. Second hole 23. Fourth junction 24. Third junction 25. Second junction 26. First junction 27. Fifth junction 28. Sixth junction 29.-39. n/a 40. Cover 41. Lower member 42. Cooking surface 43. Handle 44. n/a 45. Outer rim 46. Hole for left leg 47. Hole for right leg 48. Hinge 49. Tab fasteners 50. Light fixture

DETAILED DESCRIPTION OF THE INVENTIVE CONCEPT

[0024] The description of the components and performance of the inventive method will be discussed with reference to the drawing figures herein. Beginning with FIG. 1, there is shown a single-arm light fixture holder 2. The single-arm light fixture holder 2 shown is fabricated from a single pre-cut, planar sheet of metal or other material. The preferred embodiment of the single-arm light fixture holder 2 is constructed from 16 gauge steel. For the sake of clarity, the starting form for the light fixture holder 2 shall be referred to in this disclosure as “sheet metal.” However, various types of metals, composite materials, or other substances having different gauges, thicknesses or sizes may be used in the fabrication of the inventive concept. The single-arm light fixture holder 2 in FIG. 1 comprises a right arm 12, although a single-arm light fixture holder 2 may be fabricated with either a right arm or a left arm component.

[0025] The single-arm light fixture holder 2 is fabricated with the capability to clasp an appropriately-sized portable, battery-powered light 50 or LED (not shown) within a formed channel 3. The channel 3 is created by the bends created at four parallel junctions (23, 24, 25, and 26) resulting from the bending of various sections of the pre-cut sheet. Viewing FIG. 1, there is observed a first junction 26, which, upon being bent at an approximate 45 degree angle, forms a lip 20 and one end of a lower flange 19. The lower flange 19 extends to a second junction 25, at which junction the sheet metal is bent at an approximate inward angle of 85 degrees, thereby defining the second end of the lower flange 19 and also defining one end of a bracket 18 component. The opposite end of the bracket 18 is formed at a third junction 24 at which the sheet metal is bent inwardly at an approximate angle of 85 degrees, also resulting in the formation of one end of an upper flange 17. The second end of the upper flange 17 is created at a fourth junction 23 which is formed by an approximately 80 degree outward bend of the sheet metal.

[0026] Continuing at FIG. 1, it can be seen that, at the fourth junction 23, a shoulder 18 segment is created. The shoulder 10 is oriented at an acute outward angle relative to the upper flange 17. The shoulder 10 extends a distance, parallel to the fourth junction 23, to form a right attachment arm 12. By the same token, the shoulder 10 can extend in the opposite direction, parallel to the fourth junction 23 to form a left attachment arm 11 (not shown). Either or both of the left and right attachment arms 11, 12 may be bent in any curvilinear or angular manner to facilitate the fit of one or both attachment arm(s) to the outer rim of a cooking grill cover 40.

[0027] Again referring to FIG. 1, there is shown extending outward from the right attachment arm 12, a right fastening tab 13. The right fastening tab 13 is drilled with two holes 21, 22 which correspond to the spacing of at least one hole routinely found drilled through the outer rim of cooking grill covers 40. The two drilled holes 21, 22 also, may accordingly correspond to the spacing of holes in a handle 43 (shown in FIG. 6) typically attached to the grill cover 40 on the vast majority of cooking grills.

[0028] In viewing FIG. 2, there is shown a predominantly side view of the single-arm light fixture holder 2. It is to be noted that the lower flange 19 and the upper flange 17 of the channel 3 are each bent inwardly at an angle of approximately fifteen degrees in order to render a slight pre-loaded compression force upon the exterior of a light fixture 50 (not shown) which will be placed against the bracket 18 surface. The lip 20, also being angled, provides additional grasping security against the light fixture or LED 50.

[0029] Observing FIG. 3, there is illustrated a dual-arm light fixture holder 1. The dual-arm light fixture holder 1 is fabricated with the capability to clasp a portable, battery-powered light fixture or LED 50 (not shown) within the confines of a channel formed by an upper flange 17, a bracket 18, a lower flange 19, and a lip 20. The dual-arm light fixture holder 1 is a one-piece device formed from a single sheet of metal. The preferred embodiment of the dual-arm light fixture holder 1 is constructed from 16 gauge steel. However, various types of metals, composite materials, or other substances having different gauges, thicknesses or sizes may be used in the fabrication of the dual-arm light fixture holder 1.

[0030] FIG. 4 presents a planar shape, comprised of metal, composite material, or other substance that is the generic form used to make the various bends and junctions comprising the dual-arm light fixture holder 1. Again, referring to FIG. 3, there is observed a first junction 26, which, upon being bent at an approximate 45 degree angle, forms a lip 20 and one end of a lower flange 19. The lower flange 19 extends to a second junction 25, at which junction the sheet metal is bent at an approximate inward angle of 85 degrees, thereby defining the second end of the lower flange 19 and also defining one end of a bracket 18 component. The opposite end of the bracket 18 is formed at a third junction 24, at which the shape is bent inwardly at an approximate angle of 85 degrees, which also results in the formation of one end of an upper flange 17. The second end of the upper flange 17 is defined by a line connecting a fifth junction 27 and a sixth junction 28 which junctions are parallel and co-axial.

[0031] In FIG. 3 there is further observed that, at the fourth junction 27, a left shoulder 10 segment is created, and at the fifth junction 28, a right symmetrical shoulder 10(b) is also created. The shoulders 10, 10(b) is oriented at an acute outward angle relative to the upper flange 17. The left shoulder 10 extends a distance, at an angle to the fifth junction 27, to form a left attachment arm 11. In a similar orientation, the right shoulder 10(b) extends a distance, at an angle to the sixth junction 28, to form a right attachment arm 12. The left and right attachment arms 11, 12 are bent in a curvilinear or angular manner to facilitate the fit of both attachment arm(s) to the outer rim of a cooking grill cover 40.

[0032] FIG. 3 illustrates that the right attachment arm 12 culminates in a right fastening tab 14 which contains an oblong right slot 16. Further, the left attachment arm 11 culminates in a left fastening tab 13 which contains an oblong left slot 15. The two oblong slots 15, 16 correspond to the spacing of dual holes commonly found to attach a handle 43 to the perimeter of the outer rim 45 of grill covers 40 on the vast majority of cooking grills.

[0033] The inventive concept is made functional starting with the first step of removing the original manufacturer's grill cover 40 handle 43 as shown in FIG. 5. Any machine screws, bolts, or other fasteners which attached the handle to the grill cover may be set aside for later use. At least one of the pre-drilled holes 21, 22 of the single-arm light fixture holder 2, or the two slots 15, 16 of the dual-armed light fixture holder 2, are positioned so as to axially align one or both of them with the holes on the rim 45 of the grill cover 40. Immediately thereafter, the holes in the grill cover handle 43 are also placed in alignment with the holes on the rim 45. [This maneuver may have to be performed on one hole at a time so as to facilitate the necessary connections].

[0034] A machine screw, bolt, or other fastener 49, as shown in FIG. 6, is then inserted through the holes of the handle 43, continuing through the pre-drilled holes of the light fixture holder 1, 2, and finally fastened to the holes 46, 47 in the grill cover 40 by means of tightening of the fasteners 49. A light fixture or LED 50 having exterior dimensions corresponding to the channel 3 of either the single-arm light fixture holder 2 or the dual-armed light fixture holder 1 is then securely placed within the confines of said channel 3, as is shown in FIG. 6. Thereupon, a user, upon grasping the handle 43 and the co-located newly-installed light fixture holder 1, 2, may perform two functions: 1) opening the cover 40 to tend to the grilling food, and 2) during nighttime, providing sufficient illumination for the grill cooking surface 42.

[0035] While preferred embodiments of the present inventive method have been shown and disclosed herein, it will be obvious to those persons skilled in the art that such embodiments are presented by way of example only, and not as a limitation to the scope of the inventive concept. Numerous variations, changes, and substitutions may occur or be suggested to those skilled in the art without departing from the intent, scope, and totality of this inventive concept. Such variations, changes, and substitutions may involve other features which are already known per se and which may be used instead of, in combination with, or in addition to features already disclosed herein. Accordingly, it is intended that this inventive concept be inclusive of such variations, changes, and substitutions, as described by the scope of the claims presented herein.