JPS583487Y2 - Hanging type mosquito coil burner - Google Patents

Description

[Detailed explanation of the idea] This invention relates to a hanging type mosquito coil burner.

Conventionally, the combustor of a spiral mosquito coil was generally used by placing it on a flat surface, but by making it possible to use this combustor in a suspended state, for example, it can be used while moving or on a desk. By eliminating locational constraints such as hanging from the legs and walls, we were able to dramatically expand the field of use.

Therefore, in a hanging type incense combustor, it is important to consider how to safely support the incense stick in the combustor so that the mosquito coil that has been lit will not go out prematurely, and how to safely support the incense stick in the combustor to prevent the mosquito coil from extinguishing. In this type of hanging type container, the problem is how to solve the problem of staining of the container due to adhesion and hardening of oil that occurs at the fitting part and the difficulty of opening and closing the container.

This idea supports the incense sticks that continue to burn inside the container using a glass wool net that has excellent smoke removal properties and a glass wool mat that has good air permeability and is highly permeable to oils and fats generated when the incense sticks are burned. The purpose is to provide a combustor that can fully utilize the characteristics of each support material and produce excellent effects in terms of cost, productivity, and effectiveness.Next, specific examples of the combustor according to this invention are provided. will be explained using drawings.

In the figure, reference numeral 1 indicates a shallow-bottomed main body, a part of the peripheral wall 2 of the main body is provided with a step to form a peripheral shelf 3, and glass wool mats 4 are laid alternately over the entire surface of the bottom below the peripheral wall of the main body. has been done.

Reference numeral 5 denotes a lid that is attached to the main body 1, and has a plurality of smoke vents 6 formed therein.The outer edge of the peripheral wall of the lid 5 is provided on the entire peripheral edge of the peripheral wall of the lid 5 (on the side opposite to the smoke vents). A glass wool net 8 made of glass fiber strands, whose entire periphery is sandwiched by a curled edge 7 bent in the opposite direction, is stretched across the entire surface of the glass wool net 8. crushes a part of this protrusion to form three or more, for example four, protrusions 9 at equal intervals.
When the lid 5 is attached to the main body 1, the tip of each protruding piece 9 is inscribed in the peripheral wall 2 of the main body, leaving a slight gap between the net 8 of the lid and the mat 4 of the main body. has been done.

On the peripheral wall 2 of the main body, inclined, squeezed-out inward protruding strips 10 that form a gradually narrowing gap between the peripheral wall 2 and the peripheral shelf 3 are protruded in the same number and at equal intervals as the protruding strips 9. By fitting each protruding piece 9 of the lid 5 into the gap, the lid is firmly attached to the main body, and the connection between the peripheral wall 2 of the main body and the protruding edge 7 of the lid, that is, the main body and the lid is made. A gap 11 is formed around the entire circumference of the part.
This prevents oils and fats from accumulating and sticking at the edge of the lid layer, which would prevent smooth opening and closing of the main body 1 and the lid 5.

Reference numeral 12 denotes a hanging tool equipped on the main body, which is placed between a pair of adjacent inward projecting strips 10.10 of the main body 1.
It is arranged to avoid the line connecting each of the protruding strips 10 and the center of the container, and the rising smoke is concentrated on the protruding strips and the protrusions that are in the engaged state, thereby preventing oil and fat from adhering in the form of tar on the iron parts. .

This device has the above-mentioned structure, and by placing the lit incense stick on the mat 4 of the main body and covering the lid 5 on the main body 1, the incense stick is sandwiched between the net 8 and the mat 4, and the incense stick is safely placed in the burner. The combustion chamber can be used in a suspended state, and can also be used with the main body 1 facing down on a flat surface to prevent external shocks. It is possible to reliably prevent the danger of incense sticks spilling out of the container.

Glass wool net has excellent heat resistance, low thermal conductivity, and good smoke evacuation properties, making it an excellent member for supporting ignited incense sticks. However, this net has considerable rigidity, so The fats and oils in the incense sticks that are released when the incense sticks burn tend to adhere and harden, which is often the cause of incense sticks going out.

This invention makes it possible to fully utilize the characteristics of glass wool nets and mats by using a glass wool mat that can sufficiently overcome the drawbacks of this net, that is, by placing it on the other side of the incense stick.

In other words, the graph wool mat, which has a small density, good air permeability, and high flexibility, allows the oils and fats released from the burning incense stick to easily ooze out to the back of the mat, and then adhere to and solidify on the surface of the mat, that is, the surface that comes into contact with the incense stick. Since the amount of incense sticks is small, it is possible to reliably prevent the incense stick from extinguishing, and the ash after combustion remains attached to the surface of the foam mat, making post-processing easy. In addition, the installation work on the main body and its replacement are easy, so the product itself can be made inexpensive.

In addition, in this type of hanging type combustor, the rising smoke directly hits the fitting part of the container, and oil adhesion rapidly progresses on the iron part, but in this design, the body and lid are connected. By providing as much of a gap 11 as possible in the fitting part, and by avoiding installing the minimum possible connection part between the main body and the lid directly above the rising smoke, it is possible to prevent contamination of the container and prevent opening and closing of the container. We were able to resolve the difficulties in many ways.

Also, since mats are somewhat inferior in breathability to nets, the burning time of single-length incense sticks can be extended, making it possible to use economical incense sticks.

As described above, this invention can be expected to have a great effect in efficiently promoting spatial combustion in the mosquito coil container by actively utilizing the characteristics of the glass wool net and mat.

[Brief explanation of drawings]

FIG. 1 is a front view of a combustor according to this invention, and FIG. 2 is a cross-sectional view taken along line A--A in FIG. 1. In the figure, 1 is a shallow body, 4 is a glass wool mat, and 5
8 indicates a lid body, and 8 indicates a glass wool net.

Claims (1)

[Scope of utility model registration request] A glass wool mat 4 is laid on a portion below the peripheral shelf 3 provided on a part of the peripheral wall 2 of the main body 1, and a gap portion that gradually narrows is formed between the peripheral wall 2 and the peripheral shelf 3. While 10 groups of inward projecting stripes are provided, a glass wool net 8 is stretched around the peripheral edge of the peripheral wall of the lid body 5, and projecting pieces 9 are provided projecting from the peripheral wall to match the number of the 10 projecting strips of the main body. , a gap 11 is formed around the entire circumference of the fitting part between the folding body and the lid, which is formed by engaging the protrusion piece 9 with the protruding strip 10 and attaching the lid to the body.
, and the hanging tool 12 on the main body has a protruding strip 10.
A hanging type mosquito coil burner installed between 10 rooms.