JP3178897U - Incense holder - Google Patents

Abstract

[Problem] When visiting the grave, the incense sticks are lit to the attendees, but the incense sticks burn and are handed to the back row. An incense holder is provided that prevents burns to the hands due to the flame of the incense.
[Solving Means] An incense stick that does not have a lighted incense stick with bare hands and wears a windshield cover 6 even if there is a strong wind, eliminates burning of the incense stick, and when taking out, two types of metal cylinders 1 and 3 are inverted, When the thin metal tube 1 inside is pulled out, the incense stick lit upside down and the fire goes down, and by removing the thin metal, the incense stick is not lit up in the thick metal tube 3 It is possible to take it out with bare hands when it is on the top, and escape from the heat of burns and flames.
[Selection] Figure 1

Description

The present invention relates to an incense stick holder that uses a circular metal tube to prevent burns with an incense stick when visiting a grave and can be used safely.

When handing out incense sticks to a large number of people when visiting the grave, the incense sticks that burn are burned by the wind and burns are prevented.

The present invention has a cylindrical inner metal tube of iron or stainless steel in which an incense bundle having a diameter of 25 to 35 mm and a length of 100 to 140 mm enters, an inner diameter larger than the inner metal tube, and an iron or stainless steel length of 100 to It consists of a structure that covers a 150 mm outer hollow metal cylinder. An iron or stainless steel wire mesh finer than the thickness of the incense stick was arranged on the upper part of the outer hollow metal cylinder, and the cylinder was made thicker than the lower part of the cylinder so as to prevent wind and air. The incense stick holder is characterized in that a hollow metal tube having a distance of 5 to 30 mm between the upper metal wire mesh, the incense stick accommodated in the interior and the metal wire mesh is held by the protrusion. Further, an iron or stainless steel wire mesh that is finer than the fingertips may be disposed around the metal cylinder so that the fingertip does not directly touch the thick cylinder. A thick tube is put in such a way that an incense stick is put in a thin tube and a fired incense stick is put on from above, and the two types of metal tubes are integrated. When taking out the incense stick, set the incense holder upside down and pull out the inner metal tube. The tip of the incense stick, which is lit, becomes the lower part of the tube, remains in the outer hollow metal tube, and can be taken out with bare hands.

The incense stick holder according to the present invention does not need to hold a lit incense stick with bare hands, put the lit incense stick in a metal cylinder, and cover it with a thicker metal cylinder on the windshield at the top The incense sticks can be covered from above, and the incense sticks can be burned with the wind or burned with the flames, and can be easily transported without extinguishing the incense sticks.
Also, you can escape from the fear of burns and the heat of the flame.

It consists of a metal tube or a metal wire mesh. Front view that can prevent incense sticks from burning or hand burns Cross-sectional view that can prevent burning of incense sticks made of metal cylinders or metal wire nets, or hand burns It is a front view that can prevent burning of incense sticks made of metal or metal wire netting or hand burns, and it has a convexity as a stopper in the middle because it is covered with another metal cylinder from above In order to make the incense stick that spreads under the metal tube or wire mesh and has a fire, it is easy to enter the incense stick. Front view with a finer mesh than the fingertips to prevent hands from touching the metal tube as a whole, and to prevent burns due to excessive burning of incense sticks or incense stick flames Front view of the incense stick when it is turned upside down and the incense stick is at the bottom and the one that is not lit is the outlet and prevents burns due to the incense stick flame

FIG. 1 is a front view of an embodiment of the present invention that can prevent burns of hands due to overburned ears of incense sticks made of a metal cylinder or a wire net with a lit incense stick in the embodiment of the present invention.

As shown in FIG. 2, the incense stick is placed inside, and the cross section that can prevent burning of the incense stick made of a metal cylinder or wire netting, which is an embodiment of the present invention, or hand burns due to the burning of the incense stick. FIG.

As shown in FIG. 3, the thick metal cylinder 3 is slightly convex in the center, and is arranged to serve as a stopper when the metal cylinder of FIG. 4 is covered from above.

As shown in FIG. 4, a thin wire mesh 5 is provided with a flat wire mesh, and the upper part of the air mouth is wider and thicker than the lower part of the air vent and the air mouth. Wire mesh 4 is arranged so as not to touch.

When the incense stick is taken out as shown in FIG. 5, the metal tube shown in FIG. 1 is changed upside down and the thin metal tube 1 is taken out and the incense stick is turned up as shown in FIG. It becomes the outlet.

DESCRIPTION OF SYMBOLS 1 Thin metal cylinder 2 Stopper 3 Thick metal cylinder 4 Wire mesh 5 Thin metal cylinder 6 Windproof cylinder

Claims (2)

An incense holder with a cylindrical inner metal tube for holding an incense bundle having a diameter of 25 to 35 mm and a length of 100 to 140 mm, and an inner diameter larger than the inner metal tube and covering an outer hollow metal tube having a length of 100 to 150 mm A projection having at least a part of the outside of the inner metal tube, a metal wire mesh provided on the upper portion, and holding the hollow metal tube having a distance between the metal wire mesh and the incense stick of 5 to 30 mm by the protrusion. Incense stick holder. The incense stick holder according to claim 1, wherein the hollow metal cylinder has an outer diameter larger than that of the lower part.