1. Field of Invention
The present invention generally relates to a fireplace grate, and more particularly, to a fireplace grate designed for safety to protect a firelog, such as, for example, a gel log, from being crushed by wood or ceramic logs, or from falling through the traditional fireplace grate.
2. State of the Current Art
Within the past twenty years, firelogs, such as, for example, DuraflameĀ® (Stockton, Calif.), have been introduced for use in home fireplaces. The firelogs were intended to be used in place of wood. However, some homeowners use both firelogs and wood or ceramic logs together in a fireplace, despite explicit instructions by the manufacturers written on the firelog packaging not to burn both at the same time.
Firelogs are made from a combination of sawdust and blended wax. As a firelog reaches the end of its burning capacity, it begins to fall apart, creating a flare-up of the chemicals and materials of which it is composed. Also, natural firewood has a tendency to pop. This burst of air could cause a firelog to break apart and flare-up. When a flare-up occures, flames can consume the fireplace and block the flue. Smoke would not be able to exit the fireplace by the chimney and would begin to pour out the front of the fireplace. Therefore, burning both the firelog and wood logs together potentially causes a safety hazard for the homeowner.
Current designs of fireplace grates have not kept up with the introduction of the new firelog into the market. For example, current fireplace grates are not designed to support a firelog or protect the firelog from being crushed. For example, the spacing of the metal rods on the traditional grate is too far apart to support the gel log. Some manufacturers of firelogs state on their wrappers that the firelogs should be supported by at least four grate bars. With this support, as the firelog burns, it loses rigidity and falls apart, causing flare-up.
Most fireplace grates are also too low to the ground to allow the firelog to fit under the grate, putting distance between the firelog and wood logs. As a result, the firelogs are damaged, causing it to break open and flare up. This can occur when a wood log leans against or falls on the firelog while it is burning.
In addition, when wood logs are placed around and on top of the firelog, heat is trapped and the firelog is smothered, causing an unsafe condition that could melt the firelog. Further, homeowners have a tendency to poke at the wood logs with fireplace tools. These fireplace tools can easily break apart a burning firelog and current fireplace grates do not protect firelogs from these tools. Both of these conditions can cause a hazardous fire condition within the home.
Therefore, there is a need for a fireplace grate designed with safety considerations to support the burning firelog in such a way that it will not fall through the grate. The grate should also be designed to protect the firelog from being crushed by wood or ceramic logs. Finally, the grate should be designed to allow efficient airflow to the firelog and wood logs and reduce heat build-up around the firelog.
The invention provides a fireplace grate that overcomes these problems. The fireplace grate provides protection to a firelog from being crushed or smothered by wood or ceramic logs.
The fireplace grate comprises a frame defining a compartment to hold a firelog or starter material and to prevent direct contact between the firelog or starter material and wood or ceramic logs placed on top of the frame. In one embodiment, the fireplace grate includes a hingeable door or member for the insertion of the firelog or starter material. In an alternative embodiment, the fireplace grate includes pivot arms for pivoting a ceramic log over the firelog or starter material in the compartment.
Turning now to the drawings, there are illustrated various fireplace grates designed to support and protect a firelog from being crushed by wood or ceramic logs used in a fireplace.
Referring first to
The base 110 includes a plurality of substantially identical grate members 112 which are spaced in a parallel relation. Although, in alternative embodiments, the grate members 112 are not substantially identical. The plurality of grate members 112 are connected to two longitudinally extending cross members 114, 116 for stability and rigidity. The grate members 112 and cross members 114, 116 are solid metal castings formed of, for example, cast iron and can have, for example, rectangular or circular cross-sections.
The front portion 120 of each grate member 112 extends outwardly and then upwardly from the first cross member 114. The outwardly extending portion 122 of the grate members 112 in the front portion 120 defines a supporting platform for holding, longitudinally, wood or ceramic logs 20 in selected positions while the upwardly extending portion 124 of the grate members 112 in the front portion 120 prevent the wood or ceramic logs 20 from falling off the front of the fireplace grate 100.
Between the two cross members 114, 116, the plurality of grate members 112 form a U-shaped, three-sided, portion 130 for holding the firelog 10. At the base 132 of the U-shaped portion 130 of the grate members 112 between the cross members 114, 116, two flat supporting members 134 extend longitudinally to further support the firelog 10. These flat supporting members 134 prevent the firelog from falling through the grate members 112 as the firelog loses rigidity and begins to fall apart. In an alternative embodiment, the portion of the frame between the cross members is V-shaped or two sided, as illustrated in
The rear portion 140 of each grate member 112 extends outwardly from the second cross member 116 to provide a supporting platform for holding additional wood or ceramic logs 10. The rear portion 140 extends towards and contacts the rear of a fireplace when installed in a traditional fireplace to prevent the wood or ceramic logs 10 from falling off the back of the fireplace grate. In an alternative embodiment, ends of the rear portion 140 of the frame may insert into recesses formed in a back wall of a fireplace. The rear portion 140 of each grate members 112 can also extend upwardly to prevent the wood or ceramic logs 10 from falling off the rear of the fireplace grate 100.
Front legs 152 join the grate members 112 in the front portion 120 of the frame at approximately the midpoint of the grate members 112. Back legs 154 are provided at the rear portion 140 of the frame. Although, it is contemplated that front or back legs 152, 154 can join the grate members 112 in the front and back portions 120, 140, respectively, of the frame they may be joined at any intermediate point, provided the stability of the fireplace grate is not sacrificed. The front and back legs 152, 154 lift the base 110 off the floor of a fireplace.
The upper cage member 160 includes a plurality of inverted U-shaped, or, alternatively, V-shaped, grate members 162 spaced in a parallel relation. The plurality of grate members 162 are connected to two longitudinally extending cross members 164, 166 for stability and rigidity. The upper cage member 160 is positioned over the U-shaped, or, alternatively, V-shaped, portion 130 of the grate members 112 of the base 110 to form the cavity or compartment 150 which separates the firelog 10 and prevents the firelog from directly contacting the wood or ceramic logs 20 placed on top of the U-shaped grate members 162 of the cage member 160 or on top of the front and rear portions 120, 140 of the grate members 112 of the base 110. This compartment draws attention to protecting the firelog and restricts access to the firelog from being crushed, broken open or poked at by fireplace tools.
In one embodiment, the cross members 164, 166 of the upper cage member 160 rest on top of the cross members 114, 116, respectively of the base 110. In alternate embodiments, the cage member 160 is hingeably attached to the base 110 to permit insertion of the firelog 10 into the cavity or compartment 150 while in an open position.
A removable handle 190, as illustrated in
The cavity or compartment 150 formed by the upper cage member 160 and U-shaped portion 130 of the frame should provide for a space to enhance burning and complete combustion of the firelog. It is preferred that the space be provided between the top of the firelog and the cage member for efficient airflow and reduced heat buildup.
In another embodiment, illustrated in
In another embodiment, illustrated in
In another embodiment, illustrated in
In another embodiment illustrated in
As illustrated in
The cage 610 also includes a hinged door 620 facing the front of the grate which opens and closes to define a compartment 650 for the insertion of a firelog 10 into the cage 610. A removable handle 660 may be attachable to the door 620 for raising and lowering the door 620.
In alternative embodiments illustrated in
As illustrated in
It will be apparent to those skilled in the art that various modifications and variations can be made in the device of the present invention without departing from the spirit or scope of the invention. Thus, it is intended that the present invention embraces all such modifications and variations within the spirit and scope of the appended claims.
Number | Name | Date | Kind |
---|---|---|---|
2519482 | Kutchera | Aug 1950 | A |
2926657 | Ford | Mar 1960 | A |
3508536 | McEwan | Apr 1970 | A |
3543741 | Whitehead | Dec 1970 | A |
3670714 | Eyges | Jun 1972 | A |
4257392 | Betenbaugh | Mar 1981 | A |
4305375 | George | Dec 1981 | A |
4360001 | Thompson | Nov 1982 | A |
4450827 | Love | May 1984 | A |
4692168 | Dotson et al. | Sep 1987 | A |
4838781 | Fischer | Jun 1989 | A |
5435295 | Gerrard | Jul 1995 | A |
D369404 | Vestal, Sr. | Apr 1996 | S |
D373186 | Bain | Aug 1996 | S |
5636624 | Cassidy | Jun 1997 | A |
5722389 | Cranberg | Mar 1998 | A |
5839427 | Shorts | Nov 1998 | A |
5842465 | Cassidy | Dec 1998 | A |
6055978 | Ellis | May 2000 | A |
6102032 | Sebby et al. | Aug 2000 | A |
6363927 | Haynes et al. | Apr 2002 | B2 |
Number | Date | Country |
---|---|---|
2 380 498 | Oct 1978 | FR |
0011447 | May 1893 | GB |
Number | Date | Country | |
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20020153002 A1 | Oct 2002 | US |