Candle Heater -- New Invention
Captures Heat From a Candle
The Kandle Heeter Candle Holder is an attractive ceramic radiator
suspended above a candle flame on a solid steel frame. The
radiator collects and concentrates the heat from the candle flame
and then gently radiates the heat into your room. It conserves
energy and saves money.
HEAT FROM A CANDLE? YES! YES! YES!
The Kandle Heeter(tm) Candle Holder is an attractive ceramic
radiator suspended above a candle flame on a solid steel frame.
And it really works! The steel and ceramic radiator collects and
concentrates the heat from the candle flame, becomes hot (but not
burning), and gently radiates the heat from the candle into your
room. (Add essential oil to the top plate for aromatherapy.)
Invented and manufactured in Fortuna, California from solid steel
and ceramic components the candle heater is just over 9 inches
tall and just under 7 inches wide and deep. It weighs over four
pounds and ships in a 200 lb test cardboard box.
The steel and ceramic radiator is comprised of three nested
ceramic modulators held together and separated by a solid steel
inner core. The steel inner core is positioned directly above the
candle and is driven to very high temperatures by the flame. It
gets very, very hot!
The nested ceramic modulators transfer and moderate the high
temperature of the inner core, one to another, until the outer
ceramic modulator becomes a gently radiating thermal body that
releases the concentrated heat from the candle into your home or
office. If you burn candles, it only makes environmental and
economical practical sense to capture the heat that is normally
lost to the ceiling and use this heat in your own environment. (A
typical 4.5 oz. jar candle contains over 1,000 Btu's!)
"The Kandle Heeter(tm) Candle Holder makes a real difference in a
small room or bedroom," says inventor Doyle Doss. "And if there is
a temporary power outage you will be able to create a warm room
for your family and friends." Light and warmth (both from the same
source!) makes an encouraging difference while you wait for the
storm to pass.
Jim Osborn (Eureka, Ca.) purchased a candle heater for his wife.
"It actually takes the chill off in a room. It's amazing," Jim has
commented, with just a slight hint of incredulity. "The surface of
the radiator can get as warm as an old fashioned steam radiator,"
says Mr. Doss, It is very surprising how much heat is actually in
a candle, and if you have a recreational vehicle or camping
trailer the candle heater can help you conserve propane while you
are enjoying the Great Outdoors.
"We specialize in energy and environment invention," says Mr. Doss
of his company, DOSS Products. "We want to help America stay
warmer in winter by making practical use of wasted and overlooked
heat sources." Additional information and photographs are
available at www.heatstick.com.
Telephone : 707-442-5459
Postal address : PO Box 2, Fortuna, CA 95540
The flower pot heater has been touring the YouTube and News Media
for quite some time. I found it interesting as a cheap source of
heat for my greenhouse. The ingredients requires 2 clay pots, 1
baking bread pan and 4 tea light candles
DIY how to Candle powered heater rocket stove combination, fast,
easy, no tools. At the very end of video testing shows how four
candles work much better than three. Four candles raise the
surface temperature 100 degrees.
How to Make a Candle Heater
A system, apparatus, and method for heating air with a space
heater is presented. The space heater includes a space heater
cabinet and a plurality of candles. The space heater cabinet is
more than three times as wide as it is tall. The space heater
cabinet has a top wall and a bottom wall. The space heater cabinet
houses a heating unit, an intake vent, and an exhaust vent. The
heating unit can heat air within the space heater cabinet. The
intake vent allows air to enter the cabinet and the exhaust vent
allows warmed air to exit the cabinet.
BACKGROUND OF THE INVENTION
 1. Technical Field
 The current invention relates generally to apparatus,
systems and methods for heating air. More particularly, the
apparatus systems and methods relate to heating air with a space
heater. Specifically, the apparatus, systems and methods provide
for heating a space with a space heater that is attractive and
that appears as if the space is being heated with candles and that
is still relatively portable.
 2. Background Information
 Space heaters can be used to heat one area of a building or
a home without requiring the central heating system to heat the
entire home or building to a high temperature. This can reduce the
overall heating cost because one room or a couple of rooms may be
heated by space heaters to 70 degrees Fahrenheit while the rest of
the building may be heated to 65 degrees Fahrenheit. Space heaters
are also popular because they are portable, are generally
inexpensive, and can be moved from room-to-room. Even though space
heaters are useful, they do have certain drawbacks and can cause
problems. For example, the grill at the rear of the space heater
may become clogged with dust and the space heater may overheat or
may catch fire. Even though some space heaters have anti-tipping
devices that turn off the space heater if it is tipped over, some
space heaters may tip over and overheat and still start a fire.
 Space heaters are generally a rectangular-shaped box made
out of plastic or metal. The box generally houses electrical coils
that are heated with electricity to warm air passing through the
coils. A fan is generally used to push more air through the coils
to create a flow of warm air. Knobs on the exterior of the box are
used to control the space heater to adjust temperature and to turn
the space heater on and off. Other space heaters may have electric
or automatic controls to automatically turn on and off the space
heater at desired times. Even though current space heaters have
desirable and undesirable characteristics, a better space heater
SUMMARY OF THE INVENTION
 The present invention provides a system, apparatus, and
method for heating air. In one embodiment for heating air, an
apparatus includes a space heater. The space heater includes a
space heater cabinet and a plurality of candles. The space heater
cabinet is more than three times as wide as it is tall. The space
heater cabinet has a top wall and a bottom wall. The space heater
cabinet houses a heating unit, an intake vent, and an exhaust
vent. The heating unit can heat air within the space heater
cabinet. The intake vent allows air to enter the cabinet and the
exhaust vent allows warmed air to exit the cabinet. The space
heater can include glass plates extending vertically between the
candles and outside edges of the top wall of the cabinet.
 The top wall of the cabinet can be formed with various
pieces of wood. For example, wood edge pieces can be used to form
a generally rectangular perimeter of the top wall and these pieces
may be mitered or curved to create attractive edges on the top
wall or top surface of the portable space heater. The top
perimeter pieces of wood can form an interior area which can be
filled with a center piece of wood. The center piece of wood can
be formed with elongated notches along its perimeter. The plates
of glass can be fitted between the elongated notches and the
perimeter pieces of wood. A supporting piece of wood can be
located beneath the edge pieces of wood and the center piece of
wood. The support piece of wood will prevent the glass plates from
sliding beneath the edge pieces of wood and the center piece of
 The space heater may include other useful features and
contain other components. For example, the space heater can
include a chassis that supports a heating unit or heating coils, a
fan, and a motor to turn the fan. The fan can be used to force air
through the heating coils and to blow warm air out of the portable
heater. Standard alternating current or batteries may be used to
power the candles and alternating current may be used to supply
power to the heating coils. A control unit can be built into one
of the sides of the space heater cabinet for controlling the space
heater. Alternatively, a remote control can be used to control the
space heater and to operate the electric candles. The glass plates
may be clear glass plates between 1/8thand 3/16thof an inch in
thickness. An exhaust manifold may transport air from the heating
unit to exhaust vents. The exhaust manifold may be an elongated
 The preferred embodiment may be configured as a method
which includes placing a space heater in a first location. The
space heater has a cabinet housing that is at least three times as
wide as it is tall. The method lights candles located on top of
the space heater. The method includes turning on the space heater
so that it heats air at the first location and then later turning
off the space heater. The space heater is then relocated to a
second location and the space heater is turned on at the second
location so that air is heated at the second location. The space
heater can be turned on or off with a remote control or through a
control panel located on the space heater.
BRIEF DESCRIPTION OF THE DRAWINGS
 The preferred embodiment of the invention, illustrative of
the best mode in which Applicant has contemplated applying the
principles of the invention, are set forth in the following
description and are shown in the drawings.
 FIG. 1 illustrates an isometric view of a preferred
embodiment of a space heater that appears as a base displaying
 FIG. 2A illustrates an exploded view of the upper
proportion of the preferred embodiment of the space heater that
appears as a base displaying candles.
 FIG. 2A illustrates an exploded view of the lower
proportion of the preferred embodiment of the space heater that
appears as a base displaying candles.
 FIG. 3 illustrates a remote control to control the
preferred embodiment of the space heater.
 FIG. 4 illustrates the bottom of a candle used in
the preferred embodiment of the space heater.
 FIG. 5 illustrates the front view of the preferred
embodiment of the space heater.
 FIG. 6 illustrates the top view of the preferred
embodiment of the space heater.
 FIG. 7 illustrates the bottom view of the preferred
embodiment of the space heater.
 FIG. 8 illustrates the back view of the preferred
embodiment of the space heater.
 FIG. 9 illustrates different positioning of the
candles of the preferred embodiment of the space heater.
 FIG. 10 illustrates the preferred embodiment
configured as a method for using a space heater that appears as
a base with candles for heating an area.
 Similar numbers refer to similar parts throughout the
 FIGS. 1 and 2 illustrate a decorative space heater 1 that
includes a base unit 2, five candle units 3, and six glass plates
4. FIG. 3 illustrates an example remote control 40 that can be
used to control the space heater 1. FIG. 4 illustrates a bottom of
a candle 3 used in a space heater 1. FIGS. 5, 6, 7, and 8
illustrate the front, top, bottom and back views of the space
heater 1, respectively. As discussed further below, the base unit
2 of the space heater 1 includes a heating assembly 6 that blows
warm air from the base unit 2.
 The candles 3 on top of the base 2 provide for a space
heater 1 that is more attractive than a traditional space heater.
As a best seen in FIG. 4, the candles 3 can be formed with plastic
internal cores 52 and with a wax 50 exterior. The candles 3 in the
preferred embodiment are light yellow paraffin wax pillar candles
3. The candles 3 may have a battery compartment 54 to supply
battery power to lights 60 that resemble natural candlelight. The
battery compartment 54 includes a door 55 to hold a battery in the
battery compartment 54. A switch 58 is used to turn on/off the
candle 3 when the candle 3 is powered by the battery compartment
54. In the preferred embodiment, the lights 3 can be switch
between battery power and alternating current that is provided
through an electrical cord 38 that supplies the current to
electrical pins 47 protruding from the base unit 2. The candles 3
include electrical sockets 56 that can be mounted to the
electrical pins 47 to supply alternating current to the candle
lights 60. Those of ordinary skill in the art will realize that
more than five candles 3 may be used or that less than five
candles 3 may be used. Additionally, the candles 3 may be
different shapes and different sizes than what is shown in the
figures, and the candles 3 may be different colors than light
yellow. In the preferred embodiment, the candles 3 are about 31/2
inches in diameter and about 5 inches tall. In the preferred
embodiment, the candle units 3 contain lights and the lights in
the candles 3 are configured to appear as if the candle 3 is
burning with a wick. Electrical circuits can be used to make it
appear as if the candles 3 are flickering randomly to appear more
like a real candle.
 To create a more realistic image that candles 3 are
creating heat, the candles 3 are surrounded by plates of glass 4.
The plates of glass form a chamber 45 around the candles 3. The
plates of glass 4 are mounted vertically on a top surface 46 of
the base unit 2. As discussed further below, the plates of glass 4
are mounted between a center member 7 and top edge members 8 of
the base unit 2. The glass plates 4 are generally clear glass
plates 4 that are between 1/8thof an inch and 3/16thof an inch
thick. In the preferred embodiment, the glass plates 4 are
approximately 10 inches wide and approximately 6 inches tall. One
of ordinary skill in the art will appreciate that more or less
than six glass plates 4 may be used in the space heater 1. For
example, one, three, or more glass plates 4 may be used on the
front of the space heater 1 or the back of the space heater 1.
 The base unit 2 contains several components that can be
best seen in the exploded views of FIGS. 2A and 2B. In general,
the base unit 2 is rectangular-shaped with a front 10, a left end
11, a right end 12, and back 13. The base unit 2 is formed with
several wooden components that form a chamber to hold the heating
assembly 5. The wood portions of the base unit 2 include the
center member 7, the top edge members 8, a wood support 14, a
right side panel assembly 15 and a left side panel assembly 16.
 An upper portion of the base unit 2 is formed by the center
member 7, the top edge members 8, and the wood support 14. The
center member 7 may be formed out of a sheet of wood so that it
has elongated notches 9 on the perimeter edges of the center
member 7. The top edge members 8 are formed with a left portion
20, a right portion 21, a front portion 22, and a back portion 23.
These portions form a rectangular shape with a chamber 24. In the
preferred embodiment, these portions are formed out of wood and
the outside edges of these portions may be routered to form a
decorated curved edge. The center member 7 is placed into the
chamber 24 of the top edge members 8 and the wood support 14 is
located under the center member 7 and the top edge member 8 to
prevent the glass panels 4 from falling below the wood support 14.
The glass plates 4 are positioned in the notches 9 between the
center member 7 and the top edge members 8.
 Both the left and right side panel assemblies 16 and 15 are
formed with a front wall 17, a rear wall 18, and a side wall 19.
In the preferred embodiment, these walls are formed out of wood
and are connected together with screws, nails, or other fasteners.
The right and left side panel assemblies 15 and 16 form bases upon
which the upper assembly 25 can be rested on and be mounted to.
The upper assembly 25 may be attached to the right and left side
panel assemblies 14 and 15 with screws, nails, or other fasteners.
The upper assembly 25 and the right and left side panel assemblies
15 and 16 form an internal base unit chamber.
 A heating unit chassis 27 is located within the internal
base unit chamber of the base unit 2. The heating unit chassis 27
can be bolted with one or more bolts to the right and left side
panel assemblies 15 and 16. Of course, the chassis 27 can be
connected to the base unit 2 by other fasteners as understood by
those of ordinary skill in the art. The heating unit chassis 27
supports the heating assembly 5. Heating assembly 5 includes a
motor 29, a blower assembly 30, an electrical box 63 and a duct
assembly 31. The motor 29 is configured to turn a fan within the
blower assembly 30 to blow heated air from the heating assembly 5
through the duct assembly 31 and out a front side of the space
heater 1. Electrical heating coils 65 within the blower assembly
30 are configured to heat air within the blower assembly 30. The
duct assembly 31 is generally an elongated trapezoidal shape that
may have a tapered opening that increases from the blower assembly
30 toward the front side of the base unit 2. The duct assembly 31
is generally trapezoidal-shaped with four sides. The electrical
box 63 may contain electrical components used to control the
heating assembly 5. A bottom cover 28 may be attached to the
bottom of the base unit 2 to protect the heating assembly 5 and to
prevent excess dust from entering the heating assembly 5.
 A rear intake grill 32 and a front exhaust grill 33 are
attached to the heating unit chassis 27 for safety reasons and to
improve the overall appearance of the space heater 1. The front
exhaust grilled 33 can be a snap in type of grill so that
different types of grills can be installed in the space heater 1.
Both grills 32 and 33 are generally rectangular-shaped with
elongated horizontal openings for the intake and expelling of
heated air. The front grill 33 may contain arrays of vents 36 with
horizontal and/or vertical bars. The front grill 33 can be formed
of a polished metal such as brass, or can be composed of plastic
or any another suitable material and finished with a paint or
other material so that it appears to be formed of a polished metal
such as brass to increase the attractiveness of space heater 1.
The exhaust vent grill 33 may include a decorative emblem. The
decorative emblem can be included to make the space heater 1 more
attractive so that it does not look like a traditional space
 In the preferred embodiment, a control panel 34 is attached
to one of the right or left side panel assemblies 15 or 16. The
control panel 36 may include one or more buttons 35. The preferred
embodiment of the space heater 1 also includes a remote control 40
with one or more buttons 42. Both the remote control 40 and the
control panel 34 are configured to respond to user inputs to turn
off and turn on the space heater 1 or to adjust how warm the space
heater 1 is to heat air passing through the space heater 1. In one
configuration of the preferred embodiment, the control panel 34 is
configured to operate based upon a timer configured to turn on the
space heater at certain times and to turn off the space heater at
 Space heater 1 can provide additional advantageous features
and components. For example, the space heater can have rubber feet
37 positioned beneath the base unit 2 so that the space heater
does not scratch a surface the space heater 1 is sitting on.
Additionally, the space heater may have an electrical cord 38 of
sufficient length so that as the space heater is moved to
different locations at different times, the electrical cord 38 may
easily be plugged into an ordinary electrical outlet.
 In the preferred embodiment, the base unit 2 of the space
heater 1 has a front width of approximately 22.5 inches and a side
width of about 8.5 inches. These dimensions allow the space heater
1 to sit upon a shelf or a fireplace without taking up a lot of
room. Because the space heater 1 has candle units 3 and a
wood-finished cabinet base 2, the space heater 1 may be placed on
a shelf or another elevated location within a room so that it
appears as part of the room and not as a traditional metallic
block-like space heater that is generally placed on the floor.
 Having described the components and the assembly of the
decorative space heater 1, we will now discuss the use and
operation of the space heater 1. As discussed earlier in the
preferred embodiment, the space heater 1 has relatively small
dimensions. This allows an ordinary person to pick up and relocate
the space heater 1 to a different location without difficulty.
Also, the candles 3 and the general shape of the space heater 1
create the appearance that the space heater 1 is part of the room
or the environment where the space heater 1 is located as opposed
to a traditional space heater that does not appear to be part of
 A user can use either the control panel 34 or the remote
control 40 to turn on and turn off the space heater 1. The user
can also increase or decrease the temperature the space heater 1
is heating air to through the control panel 34 and/or the remote
control 40. In one configuration of the preferred embodiment, the
user can set a timer in the control panel 34 or via the remote
control 40 to turn off and turn on the space heater 1 at certain
times. In another configuration of the preferred embodiment, a
user can remove the candle units 3 and replace them with different
candle units 3 or candle units 3 of a different color to
periodically change the appearance of the space heater 1. Also,
the electric lights in the candle units 3 can be turned on and
turned off with the control panel 34 or remote control 40. As
shown in FIG. 9, the candles 3 can be moved in the direction of
arrows A and B two pivot the candles 3 about the connection pins
47 to alter the appearance of the space heater 1.
 Example methods may be better appreciated with reference to
flow diagrams. While for purposes of simplicity of explanation,
the illustrated methodologies are shown and described as a series
of blocks, it is to be appreciated that the methodologies are not
limited by the order of the blocks, as some blocks can occur in
different orders and/or concurrently with other blocks from that
shown and described. Moreover, less than all the illustrated
blocks may be required to implement an example methodology. Blocks
may be combined or separated into multiple components.
Furthermore, additional and/or alternative methodologies can
employ additional, not illustrated blocks.
 FIG. 9 illustrates a method of using a space heater where
the space heater is housed in a cabinet housing that is at least
three times as wide as it is tall. For example, the front of the
housing cabinet can be about 221/2 inches wide and about 4 inches
tall. The method 900 begins by placing space heater at a first
location, at 902. Next, candles located on top of the space heater
are lit, at 904. The candles can be standard 110 Voltage or
battery operated and can be turned on with a remote control. Next,
the space heater is turned, at 906, on so that it heats air at the
first location. Electric coils in the space heater can be heated
by electricity so that as air is forced through the coils the air
 The space heater is turned off, at 908. The space heater is
then relocated to a second location that is different than the
first location, at 910. Even though the space heater is about
three times as wide as it is tall, the space heater is still small
enough to be portable and relocated to different locations. The
space heater is again turned on at 912, so that it heats air in
the second location.
Heater fashioned from a rock
A method of fashioning a heater from a rock. A first step involves
providing a rock having an exterior surface. A second step
involves cutting the rock into at least two segments that are
capable of being reassembled to reform the rock and maintained in
the reassembled condition by force of gravity. A third step
involves forming a interior cavity in at least one of the
segments. The cavity is spaced inwardly from the exterior surface
of the rock and is adapted to conceal a heat source, such as a
candle, when the segments are reassembled. A fourth step involves
reassembling the segments to reform the rock.
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