CN2369583Y

CN2369583Y - Incense coil

Info

Publication number: CN2369583Y
Application number: CN 99204888
Authority: CN
Inventors: 梁隆昌; 张正育
Original assignee: Individual
Current assignee: Individual
Priority date: 1999-03-01
Filing date: 1999-03-01
Publication date: 2000-03-22
Anticipated expiration: 2009-03-01

Abstract

The utility model discloses an incense coil, relating to the structure of the incense coil. From inside to outside, an incense strip coils up, forming a plurality of concentric coils, and the cross section of the incense strip is polygonal in the shape, such as a quadrangle, or a hexagon, or an octagon. The incense strip can be provided with grooves which are axially arranged or are arranged to cross the radial edges. The incense strip is provided with wooden granules for combustion supporting. When the incense strip is dried for molding, the shrinkage force is not focused on the central zone so that a better air diversion layer and after-flame layer can be provided and the incense coil is not easy to be extinguished during combustion.

Description

Incense coil

The utility model relates to the incense coil field, especially the structure of incense coil.

Chinese have kept the custom that ancestors and gods are respected in many gifts since ancient times; the articles for use of a lot of sacrifice have been used; as line spices, incense coil and dark paper etc., incense coil temple, family is especially used always, and at present commercially available incense coil 10 is as Fig. 1; fragrant bar 11 is round strip; cross section is circular, and it is discoid to lay out a few one-tenth through coiler, and this incense coil is burned to midway that the disconnected situation of extinguishing of firing appears in regular meeting; this kind phenomenon often is considered to make user's uneasiness due to the not so good omen.The main cause that disconnected combustion is extinguished is: as Fig. 2, the cross section of fragrant bar 11 is circular S, when moulding is dried, fragrant bar 11 dehydrates to produce and shrinks, by circumferential its internal action, be that the convergent force that each section S produces is all directly yearned for central area C effect along its circumference, action direction between each convergent force seldom interferes with each other, the tissue density of past more central area C is tight relatively more, thereby the stomatal number that this place is formed is less, and the aperture is less, when causing incense coil 10 burnings, central area C air circulation quantity not sufficient causes disconnected combustion to extinguish easily.

The purpose of this utility model is exactly that a kind of incense coil with polygonized structure will be provided, and it has the good characteristics of combustion efficiency when burning.

The purpose of this utility model is achieved in that a kind of incense coil, and fragrant bar 21 surrounds into some circles from inside to outside successively and forms concentric annular, and the cross section 212 of fragrant bar 21 is polygon;

The cross section 212 of fragrant bar 21 is quadrangle, hexagon, octagon;

Can establish groove 214,215 on the fragrant bar 21;

Groove 214 is along the axial setting of fragrant bar;

Groove the 214, the 215th, arranged in a crossed manner along the axial and radial edges of fragrant bar 21;

Fragrant bar 21 is provided with the combustion-supporting particle 213 of wood materials.

The utility model changes the position of convergent force effect because the cross section of fragrant bar is polygon, avoids concentrating on the central area, makes the contraction even air hole distribution, improves the afterflame of fragrant bar; Because fragrant bar is provided with groove, be uniform-distribution with combustion-supporting particle on it, preferable air conducting and afterflame layer can be provided, make incense coil have better afterflame, thereby make incense coil have better afterflame and constantly combustion is flame-out, satisfy consumer's psychological needs; Colorful combustion-supporting particle also can increase aesthetic feeling and exciting atmosphere.

Fig. 1 is the schematic perspective view of incense coil commonly used;

Fig. 2 is the schematic diagram that the fragrant bar of incense coil commonly used cross section convergent force distributes;

Fig. 3 is the schematic perspective view according to a kind of incense coil that the utility model proposes;

Fig. 4 is the schematic diagram that distributes according to the fragrant bar of a kind of incense coil cross section convergent force that the utility model proposes;

Fig. 5 is the partial enlarged drawing according to a kind of incense coil of the band afterflame layer that the utility model proposes;

Fig. 6 is the schematic cross-section that groove is set vertically according to the fragrant bar of a kind of incense coil that the utility model proposes;

Fig. 7 is the schematic cross-section that is provided with intersection trench according to the fragrant bar of a kind of incense coil that the utility model proposes;

Fig. 8 is the schematic cross-section according to the fragrant bar of hexagon of a kind of incense coil with groove that the utility model proposes;

Describe structure of the present utility model and principle in detail below in conjunction with accompanying drawing.

As shown in Figure 3, the fragrant bar 21 of incense coil 20 is coiled into some circles successively from inside to outside, from top to bottom and forms concentric ring-type, the cross section 212 of fragrant bar 21 is polygon (being octagon among the figure), axially have a plurality of planes 211, when moulding, adopt the mould of respective shapes that fragrant bar 21 is squeezed into the polygon bar with a plurality of continuous levels 211, it is coiled into discoid, drying forming more at last.

When oven dry, adhesive produces contraction with the spices tight bond together because of dehydrating, the convergent force in fragrant bar cross section 212 distributes as shown in Figure 4, shrink to central area C by the edge, because fragrant bar 21 edges are made of some planes 211, each convergent force action direction is perpendicular to plane 211, shrink toward central area C, in contraction process, each plane 211 and go up convergent force action direction can the edge slightly in the mutual interference effect of place's generation, make it shrink the high zone of tight ness rating and concentrate on interior slightly place, edge, and can not concentrate toward the inside of central area C, make fragrant bar 21 central area C interior tissue density comparatively loose, gas cell distribution more even, and also hole diameter is bigger.Pine is outer tight in the tissue in cross section 212, when burning, because the area of each plane 211 ingress of air is big, the outer end still has the replenish air supply of volume more closely, can not cause the flame-out situation of disconnected combustion, simultaneously, organizing of C inside, central area is loose, stomatal number is many, pore is also bigger, and air is easy to enter the inside of fragrant bar 21 during burning, and enough air-breathings are provided, reach preferable burning continuity, thereby the combustion of can not breaking is extinguished.

As shown in Figure 5, the many tiny combustion-supporting particles 213 of bonding on each plane 211 of incense coil 20 fragrant bars 21 make it firm and be evenly distributed on the plane 211 of fragrant bar 21 and form an afterflame layer, further improve its combustion efficiency; This combustion-supporting particle can adopt the Chinese medicine (banksia rose, Chinese cassia tree) of agalloch eaglewood, sandalwood or tool fragrance etc. to process, and shades of colour also can be coated in its surface, strengthens the aesthetic feeling and the exciting atmosphere of incense coil outward appearance.

As shown in Figure 6,, except that can improving fragrant bar 21 edges and area that air contacts, also can allow air to flow in each groove 214, improve combustion efficiency along a plurality of grooves 214 of being axially arranged with of fragrant bar 21.

As shown in Figure 7,, also be distributed with annular radial groove 215,, will more help the edge that air flows into fragrant bar 21 like this with groove 214 cross-distribution at its edge except that along a plurality of grooves 214 of being axially arranged with of fragrant bar 21.

As shown in Figure 8, the cross section 212 of fragrant bar 21 is hexagons, and six continuous levels 211 are axially arranged, and which is provided with many combustion-supporting particles 213, is axially arranged with groove 214 along it.

Claims

1. incense coil, fragrant bar (21) surrounds into some circles from inside to outside successively and forms concentric ring-type, it is characterized in that: the cross section (212) of fragrant bar (21) is polygon.

2. a kind of incense coil as claimed in claim 1 is characterized in that: fragrant bar (21) is provided with groove (214), (215).

3. as claim 1,2 described a kind of incense coils, it is characterized in that: the cross section (212) of fragrant bar (21) is quadrangle.

4. as claim 1,2 described a kind of incense coils, it is characterized in that: the cross section (212) of fragrant bar (21) is hexagon.

5. as claim 1,2 described a kind of incense coils, it is characterized in that: the cross section (212) of fragrant bar (21) is octagon.

6. a kind of incense coil as claimed in claim 2 is characterized in that: groove (214) is along the axial setting of fragrant bar (21).

7. a kind of incense coil as claimed in claim 2 is characterized in that: groove (214), (215) are arranged in a crossed manner along the axial and radial edges of fragrant bar (21).

8. a kind of incense coil as claimed in claim 1 is characterized in that: fragrant bar (21) is provided with the combustion-supporting particle (213) of wood materials.