Portable incense burner for incense sticks

Abstract

Provided is a portable incense burner for incense sticks that eliminates wastefulness, is friendly to the environment and to consumer wallets at low cost, is easy to carry, can be used while moving, easily adjusts a combustion time, and can be used instead of a timer.　The present invention includes an incense burner part in which incense sticks to be used can be arranged horizontally and burned, and a storage part capable of horizontally storing any unused incense sticks. The incense burner part and the storage part are configured to be sequentially partitioned by a non-combustible fiber sheet, a metal member, and a wall member in order from the incense burner part.　Furthermore, the present invention has a support member for supporting the incense sticks by sandwiching the incense sticks with the non-combustible fiber sheet. The support member does not come off due to inclination of the incense burner in a use state and has a fire-extinguishing action or a continuous-combustion action with respect to the incense sticks.

Description

Portable incense burner

[0001] The present invention relates to a portable incense burner for incense sticks.

[0002] There have been various types of portable incense burners available for use on the go. For example, some use electricity to ignite the incense, and some can be carried around or used in a car. Furthermore, the burn time can be adjusted by cutting the incense sticks. Some incense burners also have a sleek appearance, with the incense storage case integrated into the burner.

[0003] Japanese Patent Application Publication No. 6-16121

[0004] Conventional portable incense burners, for example, have problems with incense sticks being placed vertically during use, causing ashes to scatter and soil the surrounding area, or the flame can be accidentally extinguished by the wind. Electric incense burners can only be used in places with a power source, and batteries make them heavy and unsuitable for portability. Furthermore, when used while carrying or in a car, there is a risk that the incense sticks will shake and fall out of the burner. Some incense burners also combine an incense storage case with an incense burner. For example, (1) in Figure 20 places the incense sticks vertically during use, requiring a separate tray to catch scattered ashes. (2) in Figure 20 uses a glass bottle for the incense storage case, which is attractive in design, but when used as an incense burner, burnt or soot stains the case and make it very noticeable. Some incense sticks come with a non-flammable fiber sheet as shown in Figure 21 (1) to prevent scorch marks and soot from adhering to the case. However, when actually used (see Figure 21 (2)), scorch marks and soot adhere to the bottom of the case underneath the non-flammable fiber sheet (see Figure 21 (3)). Furthermore, flames, heat, and smoke are transmitted directly to the bottom of the case through gaps in the non-flammable fiber sheet, which is undesirable from a disaster prevention perspective. Also, cutting the incense stick to adjust the burning time is time-consuming and wastes the incense stick.

[0005] The invention to solve the above problem is a portable incense burner that can store incense even when not in use, and includes an incense burner section in which incense sticks to be used can be placed horizontally and burned, and a storage section in which incense sticks not being used can be stored horizontally, the incense burner section and the storage section being separated in order from the incense burner section by a non-combustible fiber sheet, a metal member, and a wall member, and further includes a support member that supports the incense sticks by sandwiching them between the non-combustible fiber sheet, and the support member does not come off when the incense burner is tilted when in use, and has the effect of extinguishing the incense sticks or continuously burning them.

[0006] Furthermore, the support member is configured to be movable relative to the incense burner.

[0007] The invention to solve the above problem is a portable incense burner for incense sticks, which has a non-flammable fiber sheet on which the incense sticks are placed horizontally, and a support member that supports the incense sticks by sandwiching them between the non-flammable fiber sheet, and when in use, the support member does not come off when the incense burner is tilted, and has the effect of extinguishing the incense sticks or causing them to burn continuously.

[0008] The invention to solve the above problem is a portable incense burner that can store burning incense sticks, and includes an incense burner section in which burned incense sticks can be placed horizontally and burned, a storage section in which unburned incense sticks can be stored horizontally, and a fire extinguishing support member or a continuous combustion support member, the incense burner section and the storage section being separated in order from the incense burner section by a non-combustible fiber sheet, a metal member, and a wall member, and the incense sticks are sandwiched and supported and fixed to the incense burner between the non-combustible fiber sheet and the fire extinguishing support member or the continuous combustion support member, so that when the incense sticks are burning, they will not come off even if the incense burner is tilted, and the support member is configured to be movable relative to the incense burner.

[0009] The incense holder is located inside the burner, eliminating waste, making it low-cost and environmentally friendly, and easy to carry. The support member prevents the incense from falling off even when the burner is tilted, allowing for use while moving. Furthermore, the movable support member allows for easy adjustment of the burn time, making it usable as a timer.

[0010] 1 is an explanatory diagram of the configuration of a first embodiment of the present invention; a schematic diagram illustrating the first embodiment of the present invention (viewed from above the incense burner); an explanatory diagram of the incense burner and storage unit in the first embodiment (viewed from the lateral (longitudinal) direction of the incense burner); a schematic diagram illustrating a second embodiment of the present invention (viewed from above the incense burner); an explanatory diagram of a support member in the second embodiment (viewed from the lateral (longitudinal) direction of the incense burner); a diagram showing the support member installed in the incense burner in the second embodiment; an explanatory diagram of the continuous burning of multiple incense sticks in the second embodiment (viewed from above the incense burner); an explanatory diagram of the continuous burning of two incense sticks in the second embodiment (viewed from the lateral (longitudinal) direction of the incense burner); an explanatory diagram of the continuous burning of four incense sticks in the second embodiment (viewed from the lateral (longitudinal) direction of the incense burner); a schematic diagram illustrating a third embodiment of the present invention (viewed from above the incense burner); an explanatory diagram of the support member in the third embodiment (viewed from the lateral (longitudinal) direction of the incense burner); a diagram showing the support member installed in the incense burner in the third embodiment. 1 is an explanatory diagram of a third embodiment of the present invention when a support member is installed in an incense burner; an explanatory diagram of a third embodiment of the present invention when two incense sticks are burned continuously (viewed from above); an explanatory diagram of a third embodiment of the present invention when two incense sticks are burned continuously (viewed from the lateral (longitudinal) direction of the incense burner); a schematic diagram of a fourth embodiment of the present invention (viewed from above) and an explanatory diagram of a support member (viewed from the lateral (longitudinal) direction of the incense burner); a schematic diagram of a fifth embodiment of the present invention (viewed from above) and an explanatory diagram of a support member (viewed from the lateral (longitudinal) direction of the incense burner); an explanatory diagram of a support member, incense burner, and storage unit in the fifth embodiment (viewed from the lateral (longitudinal) direction of the incense burner); an explanatory diagram of a support member in the fifth embodiment (viewed from the lateral (longitudinal) direction of the incense burner); an explanatory diagram of a conventional portable storage case for incense sticks; an explanatory diagram of a conventional incense burner using a non-flammable fiber sheet.

[0011] Modes for carrying out the present invention will be described below. However, the present invention is not limited to the following embodiments, and any combination may be used. Furthermore, as a general rule, the same reference numerals are used for the same components in the drawings relating to the embodiments, and their description is omitted. However, to avoid complication of the description due to an increase in the number of reference numerals, the reference numerals may be used independently in each drawing. Therefore, even if common reference numerals are used in other drawings, they may not necessarily have the same configuration as the other drawings.

[0012] First Embodiment First, a portable incense burner for incense sticks according to the first embodiment (see FIGS. 1 to 3) will be described. FIG. 1 (1) shows a side view of the non-combustible fiber sheet 3 removed from the incense burner unit 60, with metal foil 7 attached to the non-combustible fiber sheet 3. When burning incense sticks, as shown in FIG. 1 (2), the side of the non-combustible fiber sheet 3 with the metal foil 7 attached is placed on the bottom side of the incense burner unit 60 (the side of the incense burner stand 8). FIG. 1 (3) shows the state after the non-combustible fiber sheet 3 and metal foil 7 have been removed after incense sticks have been burned. Unlike the conventional case without metal foil (see FIG. 21 (3)), there is no scorch or soot on the incense burner case 9 and incense burner stand 8. In the first embodiment, the incense burner stand 8 and incense burner case 9 are constructed of cardboard as wall members, but it is preferable that the wall members be constructed of insulating material. Any insulating material that has the effect of making it difficult for heat to pass through can be used as a wall member of the present invention, and can be made of, for example, cardboard, plastic, resin, rubber, wood, paper, etc. Also, while in the first embodiment the metal member of the present invention is metal foil, any planar member made of metal can also be used as a metal member of the present invention even if it is made in other forms (for example, metal sheet, metal film, etc.).

[0013] Next, Figure 2a shows a top view of the portable incense burner 1, with a non-flammable fiber sheet 3 placed in the area of ​​the incense burner stand 8 where the incense sticks 6 are placed horizontally. Figure 2b shows the incense burner cover (lid) 10, shown in the open state (underside of the cover). As shown in Figures 2 and 3, the surface of the cover 10 facing the incense burner stand 8 is provided with a non-flammable fiber sheet 3, similar to the incense burner stand 8. For example, by varying the thickness of the non-flammable fiber sheet, it is possible to configure the incense sticks to be sandwiched between the non-flammable fiber sheets 3 of the incense burner stand and the cover when the cover is closed. This allows the incense sticks to continue burning without being extinguished even when the cover is closed. Note that the cover is usually not used when the incense burner is in use, so the non-flammable fiber sheet 3 provided on the cover is not necessary. Furthermore, the cover 10 and incense burner case 9 of the incense burner of the first embodiment are configured so that the sides of the incense burner case are inside the sides of the cover when the cover is closed (lid is closed). In other words, it is a so-called "covered box" in which an incense burner cover is placed over the incense burner case.

[0014] The first embodiment, as shown in Figure 3 (1), is composed of a cover 10, a non-combustible fiber sheet 3 on which the burning incense sticks are placed horizontally, metal foil 7, an incense burner stand 8 formed of a wall material (such as cardboard), and an incense burner case 9 also formed of a wall material (such as cardboard), arranged in this order in layers. Figure 3 (2) shows an incense burner 60 formed by combining these components. As shown here, the incense burner section 60 and the storage section 61 are separated from the incense burner section 60 by the non-combustible fiber sheet 3, the metal foil 7, and the wall material 8, in that order. This storage section 61 can store various items such as incense sticks, matches, a lighter, and a support member (described below). The partition between the incense burner section 60 and the storage section 61 may be configured in the above-mentioned order, and the partition configuration of the present invention can also be achieved by including other components. For example, the partition of the present invention can be configured by separating the incense burner side 60 in the order of a non-combustible fiber sheet, metal foil, a non-combustible fiber sheet, and a wall member.

[0015] Furthermore, in the first embodiment, the thickness of the non-flammable fiber sheet is 2.0 mm and the overall thickness of the partition is 3.0 mm, but if the thickness of the non-flammable fiber sheet is 1.0 mm or more and the overall thickness of the partition is 1.5 mm or more, this can be considered as a configuration of the present invention.

[0016] Furthermore, because it is securely divided as described above, it can be safely stored without being affected by flames, smoke, heat, etc., even when in use, as shown in Figure 3 (3). Therefore, various incense-related components can be stored in the storage section 61 provided in the incense burner, and there is no need to carry other components (such as a tray or incense holder) separately.

[0017] In the present invention, the non-combustible fiber sheet refers to a plate-shaped portion of a non-combustible material such as glass wool, ceramic fiber, heat-resistant fiber, glass fiber, or asbestos fiber. In the present invention, placing (arranging) an incense stick horizontally refers to placing (arranging) the incense stick so that the surface on which the incense stick is placed is substantially parallel to the burning direction of the incense stick. In the present invention, the metal foil refers to a foil of a metal such as aluminum, stainless steel, titanium alloy, or nickel alloy.

[0018] [Second Embodiment] A portable incense burner for incense sticks according to a second embodiment will be described. Figure 4a shows a top view of the portable incense burner for incense sticks 1, with a non-flammable fiber sheet 3 placed in the area of ​​the incense burner stand 2 where the incense sticks 6 are placed horizontally. Figure 4b shows the incense burner cover (lid) 10, with the cover open (the back side of the cover). As shown here, the surface of the cover 10 facing the incense burner stand 2 is provided with a non-flammable fiber sheet 3, similar to that of the incense burner stand 2. By varying the thickness of the non-flammable fiber sheet, for example, it is possible to configure the incense sticks to be sandwiched between the non-flammable fiber sheets 3 of the incense burner stand and the cover when the cover is closed. This allows the incense sticks to continue burning without being extinguished even when the cover is closed. Since the cover is usually not used when the incense burner is in use, the non-flammable fiber sheet 3 provided on the cover is not necessary. Furthermore, a storage compartment is not a required component in the second embodiment, and in that case, the incense burner stand 2 does not need to be formed of a wall member.

[0019] In the portable incense burner 1, a non-flammable fiber sheet 3 is arranged longitudinally. By sandwiching the incense between this non-flammable fiber sheet 3 and the support member 4 and / or support member 5, the incense will not sway or fall out of the burner even if the incense burner tilts or vibrates. The support member is fixed to the incense burner stand 2 by support member connectors 11 (11a-11f) and 12 (12a-12f) (holes in the incense burner stand 2 in this embodiment). This fixing method firmly secures the support member to the incense burner against shaking in at least the direction approximately horizontal to the incense stick placement surface, thereby adequately holding the incense. Furthermore, using magnets in the support members or support member connectors can further strengthen support (for example, even if the incense burner is turned upside down).

[0020] The support members include a fire-extinguishing support member 4 and a continuous combustion support member 5. Figure 5 shows the support members as viewed from the lateral (longitudinal) direction of the incense burner, with "c" representing the fire-extinguishing support member and "d" representing the continuous combustion support member.

[0021] The extinguishing support member 4 uses a fire extinguishing member 39 (e.g., metal) as the point where the incense stick comes into contact, and has the effect of extinguishing the incense stick when it reaches the burning point of the incense stick. The extinguishing position can be set and the burning time can be adjusted by moving the incense stick relative to the extinguishing support member 4 or by moving the extinguishing support member 4 relative to the incense stick. For example, in Figure 4a, the incense stick 6 is ignited at position S, burns, and then is extinguished at position P, 11d-12d, where the extinguishing support member 4 is located. Moving the extinguishing support member 4 to position 11e-12e shortens the burning time, while moving it to positions 11c-12c or 11b-12b lengthens the burning time.

[0022] The continuous combustion support member 5 is, for example, a fire extinguishing member (for example, metal) at the portion of the fire extinguishing support member 4 that comes into contact with the incense stick 6, surrounded by a non-flammable fiber sheet or the like, and supports the incense stick so that it continues to burn without being extinguished even when the burning part of the incense stick reaches it. Note that the continuous combustion support member 5 may have any other form as long as it continues to burn without being extinguished even when the burning part of the incense stick reaches it and supports the incense stick.

[0023] Figure 6 shows how incense sticks are supported (secured) by a support member. While Figure 6 illustrates a continuous combustion support member as the support member, the incense sticks are supported (secured) by a fire extinguishing support member in the same way, so a detailed explanation is omitted. Because both ends of the support member are firmly secured through holes in the incense burner stand 2, the incense sticks will not slip off even if the incense burner is tilted. As shown in Figure 6, a non-flammable fiber sheet or the like is placed on the top surface of the incense burner stand 2. Figure 6e shows a flat surface on the support member, while Figure 6f shows a V-shaped recess extending in the lateral (longitudinal) direction of the incense burner. The configuration shown in Figure 6f increases the area of ​​the incense stick 36 in contact with the non-flammable fiber sheet, improving the incense stick holding capacity. Furthermore, the length of the support member's legs 41 can be shortened (the support member can be positioned lower), allowing the overall height of the incense burner to be reduced.

[0024] Figure 7g shows two incense sticks with their ends connected by a short cut incense stick 44 and supported by a support member. Figure 8 shows this configuration as viewed from the lateral (longitudinal) direction of the incense burner (a cross section passing through 11a-12a). By placing them in this manner, it is possible to burn two incense sticks consecutively. In this case, it is desirable to burn the incense sticks from bottom to top. Here, the incense stick 36A to be burned first is placed below the incense stick 44 to be burned next, and the incense stick 36B to be burned afterwards is placed above the short cut incense stick 44 that serves as a bridge.

[0025] Also, Figure 7h shows a support member installed so that the ends of the four incense sticks are in contact. Figure 9 shows this view from the lateral (longitudinal) direction of the incense burner (a cross section passing through 11a-12a). This installation makes it possible to burn four incense sticks continuously. In either case, both ends of the support member are firmly fixed through holes in the incense burner stand 2, so the incense sticks can be sandwiched between the continuous combustion member 38 and the non-combustible fiber sheet 3, preventing the incense sticks from moving even if the incense burner tilts or vibrates. It is also possible to burn multiple incense sticks continuously.

[0026] In this invention, "incense burner tilts (incense burner tilt)" refers to a tilt of at least 45 degrees in the direction of maximum tilt from normal use of the incense burner (when used in a situation where the surface of the incense burner stand on which the incense sticks are placed sideways is perpendicular to the direction of Earth's gravity), but it can also refer to a tilt of more than 45 degrees but up to 180 degrees (when the incense burner is upside down).

[0027] [Third embodiment] Fig. 10A shows a third embodiment of the portable incense burner 1 as viewed from above. As in the second embodiment, Fig. 10B shows the cover (lid) of the incense burner.

[0028] In the portable incense burner 1, a non-combustible fiber sheet 3 is arranged in the longitudinal direction, and the incense is sandwiched between this non-combustible fiber sheet 3 and the support member 4 and / or support member 5, so that the incense will not sway or fall out of the burner even if the incense burner is tilted or vibrated. The support member is fixed to the incense burner stand 2 by support member connectors 11 (11a-11f) and 12 (12a-12f) provided on the incense burner stand 2. Here, the support members include a fire-extinguishing support member 4 and a continuous combustion support member 5, as in the second embodiment. Figure 11 shows the support members as viewed from the lateral (longitudinal) direction of the incense burner, with C representing the fire-extinguishing support member and D representing the continuous combustion support member.

[0029] The extinguishing support member 4 uses a fire extinguishing member 39 (e.g., metal) as the point where the incense stick comes into contact, and has the effect of extinguishing the incense stick when it reaches the burning point of the incense stick. In particular, the extinguishing support member 4 can be moved to set the extinguishing position and adjust the burning time. For example, in A of Figure 10, the incense stick 6 ignites at position S, burns, and is extinguished at position P, 11d-12d, where the extinguishing support member 4 is located. Here, moving the extinguishing support member 4 to position 11e-12e shortens the burning time, while moving it to positions 11c-12c or 11b-12b lengthens the burning time.

[0030] The continuous combustion support member 5 is, for example, a fire extinguishing member (for example, metal, etc.) that comes into contact with the incense stick 6 of the fire extinguishing support member 4, surrounded by a non-combustible fiber sheet, etc., and supports the incense stick that continues to burn without being extinguished even when the burning part of the incense stick reaches it.

[0031] Figure 12 shows how incense sticks are supported (fixed) by a support member. While Figure 12 shows a continuous combustion support member as the support member, the method of supporting (fixing) incense sticks is the same for a fire extinguishing support member, so a detailed explanation will be omitted. Figure 12 shows how incense sticks are fixed by a support member. Because both ends of the support member are firmly fixed by hook members, the incense sticks will not slip off even if the incense burner is tilted. The incense sticks will not slip off even if the incense burner is turned upside down. Furthermore, since the thickness of the incense burner stand 2 can be made thinner, the incense burner can be made smaller and lighter.

[0032] 13 shows how the loop 34 connected to the support member is hooked onto the hook member. The elastic body 32 stretches, allowing the loop 34 to be hooked onto the neck portion 35 of the hook member, thereby reliably supporting (fixing) the incense stick in the incense burner.

[0033] 14 and 15 show examples in which the support member is installed so that the ends of two incense sticks come into contact. This installation allows two incense sticks to burn continuously. Both ends of the continuous combustion support member 5 are connected to the hooking member 31 via the elastic body 32, creating pressure in the direction of the non-combustible fiber sheet 3. This allows the incense stick to be sandwiched between the continuous combustion member 38 and the non-combustible fiber sheet 3, so the incense stick remains stationary even if the incense burner is tilted or vibrated. It is also possible to burn multiple incense sticks continuously.

[0034] [Fourth Embodiment] Figure 16G is a schematic diagram showing a fourth embodiment, showing a portable incense burner 1 as viewed from above. Figure 16H is a view of the incense burner from the longitudinal direction. A magnet 51 is connected to the end of the elastic body 32, and the incense burner stand 2 is made of a metal such as iron that is attracted to a magnet, allowing it to be fixed in place by magnetic force. Furthermore, the thickness of the incense burner stand 2 can be reduced, making the incense burner smaller and lighter. Furthermore, because it is fixed by a magnet, there is no need to drill holes or perform other processing on the incense burner stand. Marks such as 11' (11'a-11'f) and 12' (12'a-12'f) in Figure 16 can be used as markers to indicate the burning time.

[0035] While H in Figure 16 shows a continuous combustion support member as the support member, the same applies to a fire extinguishing support member. Because both ends of the support member are firmly fixed by magnetic force, the incense sticks will not slip off even if the incense burner is tilted. This secure attachment method also ensures that the support member is firmly fixed to the incense burner in all directions, not just against horizontal shaking relative to the incense stick placement surface, thereby ensuring sufficient incense stick support. Furthermore, using magnets in the support member or its connectors can provide even stronger support (for example, even if the incense burner is turned upside down). To reduce manufacturing costs, the entire support member may be magnetic, or the surface of the incense burner stand 2 may be magnetic (e.g., a magnetic sheet) and the support member may be made of a metal material that is attracted to the magnet. [Fifth Embodiment] Figure 17 I, showing the fifth embodiment, shows a top view of the portable incense burner 1. As with the other embodiments, there is a cover (not shown) for the incense burner, but since it has a similar structure (see particularly the first embodiment), its description is omitted.

[0036] As shown in Figure 18, the fifth embodiment is configured with a cover 10, a support member 5, a non-flammable fiber sheet 3 on which the burning incense sticks are placed horizontally, metal foil 7, an incense burner stand 8 formed of a wall member (e.g., cardboard), and an incense burner case 9 also formed of a wall member (e.g., cardboard), all layered in this order. The incense burner unit 60, as shown by J in Figure 17, is assembled from these components. The bottom of the incense burner unit 60 contains a storage compartment 61, partitioned by the non-flammable fiber sheet 3, metal foil 7, and wall member (e.g., cardboard). This storage compartment 61 can store various items such as incense sticks, matches, a lighter, and support members. Furthermore, because the compartments are tightly separated as described above, storage can be safely performed without being affected by flames, smoke, or heat, even during use. Therefore, various incense-related items can be stored in the storage compartment 61 provided in the incense burner, eliminating the need to carry other items (e.g., trays, incense holders, etc.) separately.

[0037] Furthermore, as shown in Figure 17 I, the portable incense burner 1 has a non-flammable fiber sheet 3 arranged longitudinally. By sandwiching the incense between this non-flammable fiber sheet 3 and the support member 4 and / or support member 5, the incense will not sway or fall out even if the incense burner is tilted or vibrated. The support members can be marked with support member connection marks 11' (11'a-11'f) and 12' (12'a-12'f) on the incense burner case 9 to help indicate the burn time. Here, the support members include a fire-extinguishing support member 4 and a continuous combustion support member 5, as in the second to fourth embodiments. Figure 19 shows the support members viewed from the lateral (longitudinal) direction of the incense burner, with K representing the fire-extinguishing support member 4 and L representing the continuous combustion support member 5.

[0038] The fire extinguishing support member 4 uses a fire extinguishing member 39 (e.g., metal) as the contact point for the incense stick, which extinguishes the incense stick when it reaches the burning point. In particular, the fire extinguishing support member 4 can be moved to set the extinguishing position and adjust the burning time. In this embodiment, the foot 41 and the fire extinguishing member 39 are made of the same material, e.g., a rod-shaped member such as a metal clip. Because of their thin, pointed tips, they may be configured to penetrate a non-flammable fiber sheet, metal foil, or wall material during use. Alternatively, a hole for the foot 41 may be pre-formed in the incense burner stand 8, and the foot 41 may be passed through the hole during use. The functions and configurations of these support members and incense burner stand may be the same as those of other embodiments.

[0039] Figure 17J shows how incense sticks are supported (secured) by a support member. While Figure 17J illustrates a continuous combustion support member as the support member, the incense sticks are supported (secured) in the same way with a fire extinguishing support member, and so a detailed explanation is omitted. Because the support member is firmly secured at both ends by legs that reach the storage compartment, the incense sticks will not slip off even if the incense burner is tilted. This secure attachment method also ensures that the support member is firmly secured to the incense burner even when the incense sticks are shaken in a direction approximately horizontal to the surface on which the incense sticks are placed, thereby adequately holding the incense sticks. Note that by presetting the distance between the tips of the two legs 41 larger or smaller than the distance between the two holes corresponding to both legs, the legs 41 passing through both holes can be firmly secured to the incense burner stand (thereby firmly securing the support member to the incense burner in all directions), preventing the incense sticks from slipping off even when the incense burner is turned upside down. In addition, the tip of the leg of the support member does not reach the bottom of the storage part and remains inside the storage part, so there is no need to drill holes in the incense burner case, so there is no problem when carrying it by hand, etc., and it does not affect the appearance, etc.

[0040] This configuration allows the incense sticks to be sandwiched between the continuous combustion member 38 and the non-combustible fiber sheet 3, so that the incense sticks remain stationary even if the incense burner is tilted or vibrated. Furthermore, as with the other embodiments (Examples 2 to 4), multiple incense sticks can be burned continuously. While the incense sticks in this embodiment are straight stick-shaped, the incense sticks of this invention are not limited to stick-shaped. For example, the incense sticks may be spiral-shaped or cone-shaped. Furthermore, the incense burner of this invention is not limited to the shape of the embodiment. For example, if the incense sticks are spiral-shaped, a circular incense burner (when viewed from above) may be used to properly accommodate spiral-shaped incense sticks.

[0041] 1. Portable incense burner for incense sticks 2. Incense burner stand (Examples 2 to 4) 3. Non-combustible fiber sheet 4. Fire-extinguishing support member 5. Continuous combustion support member 6. Incense stick 7. Metal foil 8. Incense burner stand (wall member (cardboard)) (Examples 1 and 5) 9. Incense burner case 10. Cover 11. Support member connection part (11a to 11f) 12. Support member connection part (12a to 12f) 11'. Support member connection mark (11'a to 11'f) 12'. Support member connection mark (12'a to 12'f) 31. Hook member 32. Elastic body (rubber, spring, etc.) 34. Loop for hooking onto hook member 35. Neck part of hook member 36. Incense sticks (burning incense sticks; burning incense sticks) (36A-36D) 37. Ring hole 38. Continuous combustion member 39. Fire extinguishing member 41. Foot 42. Support member connection part provided on the incense burner 44. Bridging incense stick 51. Magnet 60. Incense burner part 61. Storage part

Claims

1. A portable incense burner capable of storing burning incense sticks, comprising: an incense burner section in which burned incense sticks can be placed horizontally and burned; a storage section in which incense sticks before burning can be stored horizontally; and a fire extinguishing support member or a support member for continuous combustion, wherein the incense burner section and the storage section are partitioned, in that order from the incense burner section, by a non-flammable fiber sheet, a metal member and a wall member, and wherein the incense sticks are sandwiched between the non-flammable fiber sheet and the fire extinguishing support member or the support member for continuous combustion and supported and fixed to the incense burner, so that when the incense sticks are burning, they will not come off even if the incense burner is tilted, and the incense burner can safely extinguish or continuously burn the incense sticks.

2. The incense burner according to claim 1, further comprising: said support member configured to be movable relative to said incense burner.

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