Candle system for enhancing burning and improving volatiles performance and a manufacturing method for the same

Abstract

A system and a method for enhancing burning candle and improving volatiles performance with an inner tube having axially spaced holes and/or cuts or a candle container having at least inner-tube having holes cuts, continuously supplying the fresh air through the holes cuts, and supplying the fresh air to the foot of the burning wick, and for manufacturing the same.

Description

BACKGROUND OF THE INVENTION

1. Field of the Invention

This invention relates generally to the field of candle systems and more specifically to a system and a method for enhancing candle burning and improving volatiles' performance. The invention further relates to a method for manufacturing the same. This invention specifically relates to a system and a method to continuously supply the fresh air near the foot of the burning wick and the top surface of candle in a candle container.

2. Description of the Related Art

Candles have traditionally been used to lighten the dark and are still an important light source in some countries and are still an important emergency light source even in the developed countries when the electric light source is shut off for any reason.

In addition candles, are used to heat up some materials such as portable foods. Nowadays candles with volatiles are very common in providing fragrance, aromas, pesticides, and even anti-microbial compounds into the atmosphere for a wide variety of reasons. In addition to brightness of burning candle flame, fragrances and aromas from a candle are used to improve the feel or mood of a location and are often used to improve an original emotional response room and also aid in the development of a specific emotional response.

In addition, biologically active compounds, such as pesticides and pest repellants are delivered by using candles. Candles are still preferred because of their portability and cost mood performance in many occasions.

However, one of the drawbacks of candles is that a part of a solid candle wax is liquefied (to melting wax) while it is burning; wherein the melting wax pool gradually becomes a rather large pool, and the melting wax often times drips from the top of the candle; wherein the candle becomes messy and ugly, and in some case the melting wax even cause damages such as on furniture surfaces. Accordingly there is a need for a system that controls the dripping of melted wax and minimizes surface damage.

In particular, candles including oils such as fragrance oils possibly cause more damage than non-fragrance candles, to furniture surfaces. To avoid this kind of drawback due to the melting wax, either a candle unified with a container or a candle sitting in a container (or holder) while burning, are getting more and more popular to avoid such dripping followed by damages.

As an additional advantage, a highly decorated container enhances more atmospheric mood than only a candle itself. Instead of using a container, some people use a plate or a tray to avoid such damage with better burning of the candle because the candle is always exposed to the fresh air (“open-candle”), but dripping of the melting wax almost always takes place; wherein not only the amount of wax is being significantly lost for a long period of time without burning due to wasting dripped wax, but also the dripped melting wax again is solidified and it looks very ugly and makes bad atmospheric mood.

Furthermore, as in a worst scenario, the spread melting wax on the tray occasionally starts to vigorously burn (from combustion) even without a wick and may becomes a serious fire hazard. Finally, performance of open-candle is poorer than a candle in a container (‘closed-candle’) because the melting wax pool is occasionally broken and the wax drips to give inconsistent fragrance dispersion.

Accordingly, a candle in a bottle-like container (or holder) (‘closed-candle’) is preferred by many consumers. Unfortunately, burning of a closed-candle is generally not very good because of its structural drawback to supply fresh air (oxygen supply) compared to an open-candle.

To improve burning, formulation wax, type of wax and kinds of wick have been newly modified and developed. However none of these modifications can substantially improve the supply of fresh air to the foot of burning wick and the top surface of candle, which is a significant advantage for open-candles. Therefore an appropriate fragrance formula for scented candle in a container is very critical to maintain good burning due to rather shortage of the fresh air supply after burning for a while. In general, the longer period of time of candle burning, the poorer quality of candle burning because the candle's height and the wick gradually shorten and sinks into the bottom of container and in contrast the wax pool becomes larger and deeper, and as a result the supply of the fresh air to the foot of the burning wick and top surface of candle becomes gradually less and less.

No system is in the market or literature that effectively, economically, or continuously supplies fresh air directly to the foot of the burning wick and candle.

Referring now to FIG. 1A and FIG. 1B, a conventional burning candle container 11 includes a candle wax 12 having a top level 15, a candle wick 13, a wax pool 14 (see FIG. 1B), and a candle flame 16.

Candle wax 12 may contain various components such as fragrances, essential oils, insect repellents, insecticides, and anti-microbial compounds. During initial operational use, shown at the beginning in FIG. 1A, initial outside air flows A1a are drawn to the candle container on all sides and spread to the upward air flows A2a and the downward air flows A3a; wherein the upward air flows A2a is warmed and combined with the updraft air flows A5a. In contrast the downward air flows A3a passes to the foot of the burning wick 13 and into the candle flame 16.

Candle flame 16, as hot as hot as 2000° C., warms air flows A2a in combination with the combined pressure from surrounding air flows A3a of the container 11; and creates a broad and strong hot airflow as updraft A5a.

At the beginning of the candle burning (FIG. 1A) the top level 15 of the candle wax 12 is close enough to the upper edge of the container's wall to get a fresh air from the outside the container 11, but as shown in FIG. 1B after burning for a while, the top level 15 of the wax 12, or shown as the wax pool 14, gradually sinks in the container.

Accordingly, after burning for some time (as shown in FIG. 1B) the burning wick is farther from the fresh air and in addition the fresh air supply becomes poorer because the stronger updraft A5b takes the fresh air A1b via upward air flow A2b and disperses as a greater percentage to the air before the branched fresh air A3b reaches to the foot of the burning wick 13 area. Unfortunately, as if it is contradictive, over time the better burning the candle, the poorer the fresh air supply to the foot of the burning wick. Accordingly to these air flows the candle flame 16 becomes smaller over time (via lack of air supply, etc.) which means poor burning, and poor volatility of the desirable volatiles from the wax pool 14 resulting in poor volatiles' performance. This phenomenon can be observed when the flame becomes smaller and the candle is repositioned, the flame becomes bigger and brighter with more air.

Unfortunately, as a result of the multiple disadvantages inherent with conventional delivery candle systems, manufacturers have been forced to respond by: (1) changing the wax base material to a more expensive substance; (2) changing the wick material to a more expensive material having a lower temperature of combustion;(3) improving the thermal resistance of the active volatiles placed in the base material; (4) increasing the of volatile components within the base material to an expensive and unnecessarily high concentration; and (5) placing hoods above the wick in attempts to wick minimize wick flare-ups and re-radiate heat downward to minimize irregular molten pool shapes.

As a further unfortunate circumstance, available commercial candle-base systems are only positioned to protect the candle flame from being blown out or for pleasing decoration or design purposes. Many candle hoods substantially decrease volatile performance because of inadequate design and use. There is not such a simple and feasible system to be able to supply the fresh air to the lower inside part of the candle container.

A candle hood, as disclosed in U.S. Pat. No. 6,190,439, is narrower at the top than bottom and the candle is retained within walls extending above the molten pool level. Consequently, volatiles that escape from the molten pool are forced into a narrow cone containing the hot combustion gasses, and are thermally consumed. Volatiles that do escape the hot combustion gasses experience the additional turbulence resulting from the pressure gradient between the wide bottom and narrow top openings of the hood. In addition, the disclosed invention does not improve any air supply to the inside of candle container.

The candle holder taught by Lee in U.S. Pat. No. 5,197,454 only diminishes fragrance or volatile performance in a number of ways. A retainer element is required that extends above the molten pool level and prevents the air from picking up the volatiles and transporting them away from the flame before combustion, while at the same time increasing the odds of combusting any volatiles which do escape from the molten pool. The volatile and smoke exit rate is so slow as to prevent almost any real distribution of fragrance within a room. The Lee system further minimizes performance distribution by trapping the volatiles and combustion gasses below a bowl (and cup) thus creating a positive downward pressure and increased turbulence to further minimize volatile distribution. In addition, the Lee system does not improve any air supply to the inside of candle container.

The solid fuel burning apparatus shown in Kracauer, U.S. Pat. No. 2,771,763, also fails to resolve the needs noted above. Kracauer provides an opaque fuel container bounding a wick apparatus and is supplied with a chimney like structure as shown in the drawings. During operation, a series of adjustable air openings allow first access to light the wick, and later sealing to the chimney to extinguish combustion. In all scenarios, Kracauer fails to appreciate the unique assembly and structure provided by the present invention.

OBJECTS AND SUMMARY OF THE INVENTION

The primary object of the invention is to provide a system for better candle burning in the container.

Another object of the invention is to provide a method for constantly supplying the fresh air to the foot of the burning wick of the candle in the container.

Another object of the invention is to provide better performance of volatiles from the candle with volatiles. Another object of the invention is to provide better fragrance performance from candle the candle.

Other objects and advantages of the present invention will become apparent from the following descriptions, taken in connection with the accompanying drawings, wherein, by way of illustration and example, an embodiment of the present invention is disclosed.

In accordance with one preferred embodiment of the invention, there is disclosed a system and a method for enhancing candle burning and improving volatiles comprising: a candle container with at least one inner-tube having at least one or preferably plural holes and/or cuts which allow the air and melting wax to pass the inside of the inner-tube; and wherein the height of the wall of inner-tube is higher than the height of container wall.

According to one embodiment of the present invention, there is a candle burning enhancing system comprising a tube or a cylinder having holes and/or cuts along its lower parts, which allow the air and melting wax to pass when it is used as an insert in the container.

According to one embodiment of the present invention, there is a candle burning system comprising: a candle in the container, the candle having a wick, the candle may-be including a plurality of volatiles disposed within the wax, the candle container including an inner-tube having hole cuts which allow passage of the air and melting wax to the inside of said inner-tube and to pass the air and the melting wax outwardly as necessary.

According to one embodiment of the present invention, there is a candle burning method comprising putting separate candle (open-candle) from the container in the inside of the inner-tube of the container of the present or making unified candle (closed-candle) with the container, burning candle, fresh air supplying through the holes and/or cuts wherein each hole and/or cut is opened according to lowering level of the wax height to pass the air and the melting wax to supply the fresh air to the foot of the burning wick while the candle is burning.

BRIEF DESCRIPTION OF THE DRAWINGS

The drawings constitute a part of this specification and include exemplary embodiments to the invention, which may be embodied in various forms. It is to be understood, that in some instances various aspects of the invention may be shown exaggerated or enlarged to facilitate an understanding of the invention.

FIG. 1A is a cutaway schematic view of the air flows of the traditional operation in a conventional container (closed-candle) while a candle is burning.

FIG. 1B is a cutaway schematic view of the air flows of the traditional operation in a conventional container (closed-candle) after the candle has been substantially consumed.

FIG. 2 is a perspective view of one alternative embodiment of the present invention for an open-candle (container and candle of a separate type). A closed-candle is not shown, but both systems operate similarly since after burning for a while, both systems operate in a related manner.

FIG. 3 is an exploded view of the embodiment noted in FIG. 2, according to one alternative embodiment of the present invention. As noted above, a closed-candle design is not shown, but should be understood by those of skill in the art to operate similarly after burning for a regular period.

FIGS. 4A and 4B are schematic front views of the air flows of another alternative embodiment of the present invention while a candle is burning; wherein in FIG. 4B the candle container 11 is rotated around an arc (roughly 30 degrees) according to the present embodiment until the center of a hole 27c reaches a side position in the paper plane to show the air flows direction to the lower part.

FIG. 5 shows an alternative exploded view of an internal candle container according to an alternative embodiment.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS

A detailed description of a preferred embodiment is provided herein. It is to be understood, however, that the present invention may be embodied in various forms. Therefore, specific details disclosed herein are not to be interpreted as limiting, but rather as a basis for the claims and as a representative basis for teaching one skilled in the art to employ the present invention in virtually any appropriately detailed system, structure or manner.

Referring now to FIGS. 2, 3, 4A, 4B, and 5, a candle burning system comprises a candle container 11 and at least one inner-tube 27 in the inside of the container; wherein the inner-tube 27 comprises at least one, but preferably plural holes 27a, 27b and 27c and so on for passing the fresh air and melting wax from the space between the wall of the container 11 and the inner-tube 27 to the inside of the inner-tube 27; wherein the wick and candle wax of the candle sit in the inside of the inner-tube 27; wherein the height of the wall of the 27 is higher than the height of the wall of the container 11; wherein the inner-tube 27 can be selected from cylinder-type and pipe-type but not limited; wherein the shape of the inner-tube 27 can be selected from such as round and square, but not limited; wherein the material of the inner-tube 27 can be selected from preferably non-combustible materials including such as glass, metal, and Teflon resin, but not limited; wherein the inner-tube 27 can have a wide variety of decorative options including such as crystal-cut glass, various colors, different clearness levels, and a mirror, but not limited; wherein the holes such as 27a, 27b, 27c and so on exist in the lower portion of the candle top surface through the bottom of the inner-tube 27; wherein the position of each hole such as 27a, 27b, 27c and so on preferably are not on the same perpendicular wherein the shape of holes 27a, 27b, 27c and so on can be selected from including round, square, triangle, even cut and their mixture but not limited; wherein the size, the shape and the position of each hole such as 27a, 27b, 27c and so on are arbitrary, but preferably they are designed to pass consecutively and equally the air and the melting wax from any direction and any height. The inner-tube can be either unified with the container or separated from the container. The separate inner-tube can be used with any appropriate container and candle.

According to an alternative of the present embodiment, a user may optionally select either a unified inner-tube design with the container or separable inner-tube design from the container to employ the in the present invention. When the separate candle (open-candle design in FIGS. 2 and 3) is selected, the open-candle must be able to sit in the inside of the inner-tube and its total volume should be reasonable versus the volume of the container to avoid any overflows of the melting wax; and the height of the open-candle is preferably shorter or slightly taller than the upper level of the hole 27a to achieve better burning.

In general, while burning an open-candle in the container with the inner-tube of the present invention, the fresh air is constantly supplied to the inside of the inner-tube through holes 27a, 27b, 27c and so on of the minus or low pressured inside of the inner-tube due to updraft A5a (FIG. 4A at an initial state and updraft A5b at a consumed stage) and further the existence of space as possible air passage between the inner face of the inner-tube and open-candle.

Meanwhile, after the open-candle starts to burn (see initial unburned condition in FIG. 4A), the size of the open-candle wax pool (not shown) gradually becomes larger, and accordingly the melting wax from the pool's wall drips to the space between the open-candle 12 and the inner-tube 27 and some passes through the hole 27a to the space between the container and the inner-tube 27 and some reaches to the bottom of the container and spreads around bottom of the supporting surface.

During continued operation, more melted wax accumulates at the bottom and at some point the wax in the inside of inner-tube 27 and the wax between the inner-tube 27 and the wall of the container become the same as a unified candle of the present invention (see FIGS. 4A and FIGS. 4B).

Referring specifically now to FIG. 4A, after the aforementioned burning-start of an open-candle design or after a short while burning of closed-candle, when the fresh air flows A1a reach to near the wall of the inner-tube 27, the air flows A1a spreads to upward flows and downward flows A3a, and the downward air flows A3a heads to the hole 27a because of the minus or low pressures inside of the inner-tube 27 due to updraft A5a and passes to the inside of the inner-tube 27. In contrast to A3a, the upward air flows A2a is incorporated into the updraft A5a.

Referring now to FIG. 4B, when the candle burning is continued sufficiently, the wax level of the candle lowers and lowers, and the lower holes 27b, 27c and so on become available for trans-passing the fresh air and the melting wax; wherein when the fresh air flows A1b reaches to near the wall of the inner-tube, the air flows A1b spreads to upward flows A2b and downward flows A3b, and the downward air flows A3b spreads to the downward air flows A3b and A4b heads to each holes, 27a, 27b, 27c and so on because of the minus or low pressure inside of the inner-tube due to updraft A5b and passes to the inside of the inner-tube 27; wherein some air passes to the inside of the inner-tube 27 through the hole 27a and the rest of the air A4b passes further downward and passes to the inside of the inner-tube 27 through the hole 27, since as aforementioned further continuous burning can melt candle 12 sufficiently to open the lowest hole 27c available to directly supply the fresh air to the foot of the burning further shortened wick; wherein since in a preferred composition holes 27a, 27b, 27c and so on are not on the same perpendicular line of the inner-tube 27, the branched air flows A4b can further down toward the hole 27c with less passing the fresh air through upper hole 27a to the inside of the inner-tube 27. As a result, the whole wax can be constantly, continuously, effectively, and brightly burned until the entire wick is gone.

The hole 27b, and any related openings of any shape or size has a similar function but the air flows are not described and not shown in FIG. 4b. It is noted that the openings 27 may be formed in any commonly recognized shape or an arbitrary pattern selected for manufacturing ease, or commercial desire, without departing from the scope and spirit of the present invention.

A unified candle (closed-candle—see FIGS. 4A and 4B) can be manufactured in the steps comprising; setting the inner-tube in the container, setting at least one wick in the middle of the inner-tube, pouring the melting wax into the container to fill the inside of the inner-tube the space between the inner-tube and the container, and leaving the wax to solidify. In general manufacturing, the holes 27a, 27b, 27c and so on are filled with the wax.

Actual burning and performing of the closed-candle is almost the same as described for the separate type candle (open-candle see FIGS. 2 and FIG. 3.). Briefly, according to continuous burning the holes of the inner-tube from upper to lower will be one by one available as passage of the air and the melting wax since the wax between the inner-tube and the container would melt by heating through the inner-tube and the top level of the wax lower to open the holes. Accordingly, the fresh air can pass the holes to directly supply the fresh air to the foot of the burning wick.

As the aforementioned method, the present invention can supply the fresh air to the surface of the melted pool and near the foot of the burning wick without disturbing the upwardly air-Inflow, thus inner-tube serves as a barrier to disturbing the fragrance distribution flow. As the inner-tube 27 has also the chimney function, the constant updraft A5a and/or A5b can be achieved from the surface of the wax pool in a concise manner, and accordingly the performance of volatiles is dramatically increased. More specifically, according to the aforementioned description of transporting fresh air to the foot of the burning wick, a more efficient and constant updraft air-flow can be achieved and accordingly the volatiles in the candle can be efficiently and constantly dispersed to the air. In addition, the inner-tube 27 keeps the melting wax pool 14 warmer while burning as an “inner-jacket” effect, and accordingly the volatiles in the wax pool can be further more efficiently and constantly dispersed to the air.

Embodiment 1

The present invention is manufactured by the following method, but is not limited to the precise steps noted below. Those skilled in the art will recognize that adaptations may be made to the present method without departing from the scope and spirit of the present invention. The twelve holes (27a, 27b, and 27c, etc.) are 8 mm in diameter, made using an electric drill on the sidewall of a plastic or glass inner-tube having the following dimensions, 57 mm diameter×70 mm height.

The four holes are placed at the upper portion of the inner-tube every 90 degree at ca. 20 mm lower from the top edge, another 4 holes are placed at the lower portion of the inner-tube every 90 degree and the holes at each level are 30 degree turned from the upper holes and lowered 32 mm lower from the top edge, at each level more 4 holes are drilled at the lowest portion of the inner-tube every 90 degree and 60 degree (30 degrees and 30 degrees) are turned from the upper holes at ca. 52 mm lower from the top edge. The above inner-tube can be applied with an appropriate size container, for example, 75 mm diameter×70 mm height glass jar, for an appropriate pillar-type candle, for example, 50 mm diameter×50 mm height to be sit in the inside of the inner-tube.

Embodiment 2

The present invention is manufactured as described in Embodiment 1 and then the aforementioned inner-tube is positioned in the inside container, for example, 75 mm diameter×70 mm height glass jar. An appropriate length of wick is set in the inside of the inner-tube followed by filling with an appropriate volume of melting candle wax either with or without volatiles, and being solidified for use to approximately the level of the top-most holes 27a, allowing for slight air flow there through during initial use.

Embodiment 3

The container of the present invention is compared with traditional candle container. Two commercial scented candles in the container (closed-candle) were purchased from a local market. Both candle waxes and wicks were removed from the containers and melted. The inner tube is set to the bottom of one of the containers and the melting wax poured into both containers with the same formula of commercial candle. After two hours, both candles' performance were compared.

	Test Candle (with a	Control Candle
Time	inner-tube having holes)	(no inner tube)
0	Very good burning with	Very good burning with
	brighter flame	bright flame
2 hours	Very good burning and	Poor burning with poor
	strong updraft with very	fragrance performance
	good fragrance performance

Referring now to FIG. 5, another adaptive embodiment of the present invention is provided. As noted glass tube 50 (operable as an inner tube 27) rests on a seat 51 formed in a separable base or container member 52, for surrounding a burning wick.

As disclosed, this particular embodiment addresses manufacturing concerns. During use, consumers prefer to view a burning wick through a translucent medium such as glass, unfortunately, glass is difficult to machine in final form, and it is particularly difficult to drill holes in as shown in the previous embodiments. The present solution is to provide base 52 of a second material more easily machined, and employ the base 52 to support the top tube 50, in combination forming an inner tube 27. Materials suitable for base 52 include, but are not limited to metals, plastics, ceramics (including glass), and combinations of the same. Those of skill in the art will recognize the capacity of the present base 52 to be selected from a number of adaptively colored materials to enhance a mood and a pleasing consumer look.

As shown, the present invention employs a relatively short top tube 50 and a relatively longer base 52, although nothing herein shall limit the disclosure to this select embodiment. As a result, the substantial benefits of the present invention are provided without detriment to the necessary commercial demands for a candle lighting system.

In the claims, means-or step-plus-function clauses are intended to cover the structures described or suggested herein as performing the recited function and not only structural equivalents but also equivalent structures. Thus, for example, although a nail, a screw, and a bolt may not be structural equivalents in that a nail relies on friction between a wooden part and a cylindrical surface, a screw's helical surface positively engages the wooden part, and a bolt's head and nut compress opposite sides of a wooden part, in the environment of fastening wooden parts, a nail, a screw, and a bolt may be readily understood by those skilled in the art as equivalent structures.

Having described at least one of the preferred embodiments of the present invention with reference to the accompanying drawings, it is to be understood that the invention is not limited to those precise embodiments, and that various changes, modifications, and adaptations may be effected therein by one skilled in the art without departing from the scope or spirit of the invention as defined in the appended claims.

Claims

1.-11. (canceled)

12. A system for burning a wick, said system comprising: an outer container member having an first open top, a first height, and a first inner dimension; an inner container member having a second open top, a second height, and a second inner dimension; said inner container member positionable within said outer container member and said second height greater than said first height, whereby said second open top projects beyond said first open top relative to an external system support surface: at least one of an air and a wax passage gap defined and bounded between said first inner diameter and said second inner diameter ensuring a continuous separation along said entire second height of said inner container member; at least one wick means for combustion within said inner container member; and means for communicating at least one of air and melted wax between said passage gap and an inner region of said inner container member, whereby said means for communicating ensures an improved air flow proximate a melted wax pool of an external candle along an entire length of said wick throughout an entire use of said wick.

13. A system for burning a wick, according to claim 12, wherein: said means for communicating includes at least a plurality of openings in side walls of said inner container member distal from said second open top and proximate said at least one candle.

14. A system for burning a wick, according to claim 12, wherein: said second inner dimension of said inner container member is from about 10 to 95% less than the first inner dimension of said outer container member; whereby said means for communicating enables a smooth air access to said melted wax pool throughout said entire use of said wick.

15. A system for burning a wick, according to claim 13, wherein: said plurality of openings includes at least a first plurality of openings having a common distance from said support surface; and said first plurality of openings arrayed about said second inner dimension proximate said melted wax pool, whereby said system enables a uniform air flow about an entire circumference of said inner container member despite a duration of said use.

16. A system for burning a wick, according to claim 15, wherein: at least one of said outer container member and said inner container member is constructed from a material group including glass, metal, wood, plastic, fiber, ceramics, and paper.

17. A system for burning a wick, according to claim 15, wherein: at least one of said outer container member and said inner container member is one of a clear, an opaque, a translucent, a painted, and a mirrored member, whereby said system is readily enabled for pleasing commercial use.

18. A system for burning a wick, according to claim 15, wherein: said at least one wick means for combustion includes a candle; and said candle includes at least one of fragrance oils, essential oils. Aromas, insect repellant, medicine, and an anti-microbial agent.

19. A method for burning a candle, comprising the steps of: supplying an outer container member having an first open top, a first height, and a first inner dimension: supplying an inner container member having a second open top, a second height, and a second inner dimension; said inner container member positionable within said outer container member and said second height greater than said first height, whereby said second open top projects beyond said first open top relative to an external system support surface; at least one of an air and a wax passage gap defined and bounded between said first inner diameter and said second inner diameter ensuring a continuous separation along said entire second height of said inner container member; supplying at least one candle wick means for combustion within said inner container member, and supplying means for communicating at least one of air and melted wax between said passage gap and an inner region of said inner container member, whereby said means for communicating ensures an improved air flow proximate a melted wax pool of an external candle along an entire length of said wick throughout an entire use of said wick.

20. A method for assembling a candle system, comprising the steps of: supplying an outer container member having an first open top, a first height, and a first inner dimension; supplying an inner container member having a second open top, a second height, and a second inner dimension: positioning said inner container member within said outer container, said second height greater than said first height, whereby said second open top projects beyond said first open top relative to an external system support surface: at least one of an air and a wax passage gap defined and bounded between said first inner diameter and said second inner diameter ensuring a continuous separation alone said entire second height of said inner container member; enabling a Plurality of openings about a periphery of said inner container member proximate a burning length of a wick said candle, and arrayed alone said burning length of said wick said candle; and at least one of a step of: positioning a candle within said inner container; and filling said inner container member and said air and wax passage gap with a candle wax to a height of a burning length of a wick of said candle.