JPS62547Y2 - - Google Patents

Description

[Detailed explanation of the invention] This invention relates to an electric incense burner for smoking incense, which is mainly used in religious countries.

Traditionally, in Buddhism and Islam, when burning incense in front of a Buddhist altar, one first puts a spark in the incense burner and sprinkles incense over it to make it smoke, but if you burn incense for a long time, the spark goes out midway through, making it impossible to smoke. Particularly in countries where Islam and Buddhism are popular, such as Africa, Iran, Iraq, and Saudi Arabia, the time spent burning incense each day is long, which causes the inconvenience of having to replenish the fireworks midway.

This idea eliminates the inconveniences mentioned above when burning incense, and eliminates the need to replenish the spark even if used for a long time.In addition, when there are many incense burners, the incense burner can be separated from the power source and the power source can be used when rotating the incense burner. The purpose of this invention is to provide an improved incense burner that can hold incense for a longer period of time and prolong the smoldering time of incense.

That is, the gist of this invention is that a flat partition step 2 is provided on the top of an incense burner 1 made of ceramic or metal, a heat insulating material 3 such as stone wire is placed on the bottom, and artificial mica is placed on top of that. A heat-generating plate 5 is made by wrapping a nichrome wire 4 around an insulating material such as, and this is sandwiched between upper and lower insulating plates 6 and 7 made of artificial mica, and a metal plate 8 for retaining residual heat on the insulating plate 6. The above-mentioned plates 5, 6, 7, 8 and the heat insulating material 3 are tightened and fixed together at the center with a fixture 9, and terminal fittings 10, 10' for electricity are attached to the lower part of the incense burner. and the nichrome wire 4 of the heating plate 5 are connected to both sides A and B by a covered wire 11 containing two electric wires, and the uppermost metal plate 8 is heated via the insulating plate 6 to retain the residual heat and incense. This relates to an electric incense burner for smoking.

With the above configuration, especially when the metal plate 8 provided on the top surface is heated by electric heat, it can retain residual heat for a longer time than when smoking incense on the artificial mica insulating plate 6, so the power cord can be disconnected. After that, the incense smolders for a long time, and worshipers are able to sprinkle the smoldering smoke on their bodies while allowing a large number of people to burn incense.

Next, the embodiment shown in the drawings will be described.

If the body of the incense burner is made of ceramic, the external shape of the vessel may be designed to suit the religion of the country. A partition step 2 is provided at the top of the incense burner, and above it is a heating plate 5 in which a nichrome wire 4 is wrapped around an insulating material such as artificial mica through an insulating material 3 such as asbestos, and the top and bottom of this heating plate are the same. Fixtures 9 made of bolts and nuts are placed on the partition step 2 to prevent the heat-generating member, which is sandwiched between the artificial Maya insulating plates 6 and 7, and the metal plate 8 placed on the top of the insulating plates from moving together. It is attached to.

A thin nichrome wire is wound around the outer peripheral surface of the heating plate 5, and wires (10) and (1) of the electric wire 1 are connected to the terminals A and B on both sides, and the socket 12 is inserted into the terminal fittings 10 and 10'. It is used to turn on electricity. The power consumption in this case varies slightly depending on the size of the incense burner.
Approximately 60W is optimal; if the temperature is raised more than necessary, the incense sprinkled on the metal plate 8 (mainly an iron plate) will burn up in a short period of time and lose its slippery effect.
In other words, it is important to be able to continue smoking incense for a long time, so the most effective way to maintain a constant temperature is to use electric heat, as in this invention, and it can be used in any region where electricity is available. It is very convenient to make incense.

The incense burner proposed in this study can be used as a domestic product, but it is mainly used in Saudi Arabia, which has a large Muslim population.
This product is suitable for export to other religiously active countries in the Persian Gulf.In particular, in these religious countries, it is customary for believers to burn incense while carrying an incense burner around in front of the Buddha. Since there is an event in which believers hold an incense burner separated from the power source and pray by sprinkling incense smoke on their bodies, this idea specifically installs a metal plate 8 at the top of the incense burner to retain the residual heat from the electric heat. Since the incense burning time is extended, it is extremely convenient when a large number of believers burn incense. Moreover, if the product is mainly made of ceramics, it can be produced at a relatively low cost, and the design can be easily changed, making it possible to provide products that suit the tastes of the country in which it is used.

[Brief explanation of the drawing]

The drawing shows an example of the electric incense burner of this invention.
The figure is a front view, Figure 2 is a longitudinal sectional view, Figure 3 is a plan view, and Figure 4 is an isolated side view and partial sectional view of the metal plate, insulating plate, heat insulating material, and heat generating plate housed inside. . 1...Incense burner, 2...Partition step, 3...Insulation material,
4...Nichrome wire, 5...Heating plate, 6,7...
...Insulating plate, 8...Metal plate, 9...Fixing tool.

Claims (1)

[Scope of utility model registration request] A flat partition step 2 is provided at the top of an incense burner 1 made of ceramic or metal, and a heat insulating material 3 such as asbestos is placed above it.
is the lower part, and a heating plate 5 on which nichrome wire 4 is wrapped around an insulating material such as artificial mica is sandwiched from above and below by another insulating plate 6 and 7 made of artificial mica, and then placed on the insulating plate 6. Metal plate 8 for retaining residual heat
The above-mentioned plates 5, 6, 7, 8 and the heat insulating material 3 are both tightened and fixed in the center by a fixture 9, and terminal fittings 10, 10' for electricity are placed at the bottom of the incense burner.
The terminal fitting and the nichrome wire 4 wound around the heating plate 5 are connected to the terminals A and B on both sides by the covered wire 11 containing two electric wires, and the uppermost metal plate 8 is connected to the insulating plate 6. An electric incense burner characterized by heating the incense through the medium and retaining residual heat to smoke the incense.