TWM657690U - Fixing structure of combustible matter in sky lantern - Google Patents

Abstract

A structure for fixing combustibles of a skylight includes: a combustible fixing part, which includes at least two side rods and a top rod, wherein the two side rods and the top rod are connected by a plurality of connecting rods, so that the two side rods are located below the top rod and projected on both sides of the top rod, and a plurality of protrusions are protruded on the top rod so that the center of the combustible can be placed across the top rod. The protrusions are bent downward and abut against the inner side of the side rods; and a plurality of supporting rods, the first ends of which are respectively fixed to the fixing parts of the combustibles, and the second ends of which are fixed to the base of the daylight; in this way, the combustibles are supported by the plurality of protrusions and prevented from being tightly attached to the top rod, so as to ensure that the combustibles can be completely burned.

Description

Fixing structure of combustible materials of sky lanterns

The present invention relates to a fixing structure for a sky lantern combustible material, in particular a fixing structure that can support the combustible material with a plurality of protrusions to ensure that the combustible material is completely burned.

During the Lantern Festival in Taiwan, releasing sky lanterns has become an activity that many people participate in. Sky lanterns rise due to the heat of burning, and fall naturally after the combustibles are consumed. Based on this principle, it seems that the release process is extremely safe, but in fact it is not. During the release process, many sky lanterns are still unable to carry the sky lanterns to high altitudes due to insufficient rising heat air generated by the burning, and they fall back to the ground before the combustibles are completely burned, causing accidents such as fires, causing public safety problems.

As shown in FIG5 , the structure of the sky lantern includes a base (51), a cross-wire frame (52) is formed by iron wires on the four sides of the base (51), and a cover (53) is attached to the outer edge of the base (51). At present, most sky lanterns are set up with stacked papers as the combustible material (54), and the combustible material (54) is tightly tied to the center of the cross-wire frame (52) with iron wires (55). Even if the stacked combustible material (54) lies flat on the cross-wire frame (52), when it is ignited, the hot air rises and fills the cover (53) to make the sky lantern rise. However, the combustible material (54) of the stacked papers is in a flat state, so when it is ignited, the cover (53) will be ignited. When burning, air cannot penetrate into the horizontally stacked papers. Therefore, it is often found that only the surrounding of the stacked papers can be ignited and burned. The central part often cannot burn due to lack of oxygen. Therefore, during the process of launching the sky lantern, it is often unable to rise due to insufficient combustion or falls after flying a certain distance. When falling, the combustibles (54) are not completely burned, and there is still enough residual embers to set the whole field on fire, which is easy to cause a fire.

Therefore, the inventor of the present invention has previously disclosed a "fixing structure for combustible materials in sky lanterns", as shown in patent No. M415109. The structure disclosed in patent No. M415109 includes: a combustible material fixing portion, including two side rods and a top rod, the two side rods and the top rod are connected by a connecting rod, so that the two side rods are located below the top rod and projected on both sides of the top rod; and a plurality of supporting rods, one end of which is respectively fixed to the combustible material fixing portion, and the other end of which is fixed to the base of the sky lantern. Although the above structure can greatly improve the combustion of the combustible, when it is used, the combustible, such as paper, is completely and tightly attached to the top rod. Therefore, the part in contact with the top rod often cannot be completely burned due to the heat dissipation of the top rod, resulting in residual flames after the sky lantern falls. There is a need for improvement.

In view of this, the creator of this new model conducted research and innovation, and revealed the fixing structure of the flammable material of the sky lantern shown in this new model.

The purpose of the present invention is to provide a structure for fixing combustibles of a skylight, which comprises: a combustible fixing part, which comprises at least two side rods and a top rod, wherein the two side rods and the top rod are connected by a plurality of connecting rods, so that the two side rods are located below the top rod and projected on both sides of the top rod, and the top rod is provided with a plurality of protrusions protruding upwards, so that the center of the combustible can be placed across the top rod. The protrusion of the rod is bent downward and rests against the inner side of the side rod; and the first ends of the plurality of supporting rods are respectively fixed to the fixing part of the combustible, and the second ends are fixed to the base of the lantern; in this way, the combustible and the top rod are supported by the plurality of protrusions to avoid being tightly attached to the top rod, so that the combustible can be completely burned out, which can effectively avoid causing a fire.

The fixing structure of the combustible material of the skylight disclosed in the new model, wherein a connecting rod is respectively extended between the two ends of the two side rods of the combustible material fixing part and the top rod, so that the two side rods, the top rod and the four connecting rods form a hollow triangular column shape. The combustible material fixing part disclosed in the new model can be formed by bending metal wire, or can be formed by other materials in one piece, welding or other methods. The new model is not limited to its manufacturing method.

The new model discloses a structure for fixing combustibles of a sky lantern, wherein each supporting rod comprises a first rod section, one end of which is connected to the combustible fixing part, and a second rod section is obliquely extended downward from the other end of the first rod section, and the end of the second rod section is fastened to the base of the sky lantern, so that the combustible fixing part connected to each supporting rod is above the base, so that when the combustible is released, the combustible fixing part can be far away from the ground, which is convenient for ignition and release.

Each of the above-mentioned support rods can be formed by bending steel wires to have the characteristics of elastic recovery. When squeezed, they can automatically return after the pressure is released to avoid deformation due to transportation or other factors before deployment, resulting in unusability, and can increase the number of recycling and reuse times.

The fixing structure of the sky lantern combustible disclosed in this new model can provide better burning conditions for the combustibles carried by the sky lantern when it is released, so that the combustibles can be completely burned in the air, thereby improving the safety of the sky lantern release and avoiding accidents such as fires, thereby demonstrating the novelty of this new model and its industrial applicability.

The possible embodiments of this new model can be clearly understood from the following description and the attached drawings.

(10): Combustible material fixing part

(11): Sidebar

(12): Sidebar

(13): Top bar

(131): protrusion

(14): Connecting rod

(20):Combustibles

(20a)(20b):Both sides

(20a’)(20b’):Both sides

(30):Support rod

(31): First pole section

(32): Second pole section

(40): Base

(51): Base

(52): Crosshair frame

(53):Hood

(54):Combustibles

(55):Wire

Figure 1: A three-dimensional diagram of the new device installed in the base of a sky lantern.

Figure 2: is a three-dimensional diagram of the combustible fixing part shown in this new model.

Figure 3: is a three-dimensional diagram of the combustible fixing part of the new invention clamping the combustible.

Figure 4: is a schematic diagram of the sky lantern used in this new model.

Figure 5: A three-dimensional picture of Xizhi Tiandeng.

Please refer to Figures 1 to 4. The present invention relates to a structure for fixing combustibles of a skylight, which comprises: a combustible fixing part (10), which at least comprises two side rods (11, 12) and a top rod (13). The two side rods (11, 12) and the top rod (13) are connected by a plurality of connecting rods (14), so that the two side rods (11, 12) are located below the top rod (13) and projected on both sides of the top rod (13). A plurality of protrusions (131) are protruded on the top rod (13) so that the center of the combustible (20) is fixed. After being placed on each protrusion (131) of the top rod (13), its two sides (20a, 20b) can be bent downward and lean against the inner sides of the two side rods (11, 12) to form an inverted V shape; and a plurality of supporting rods (30), one end of which is respectively fixed to the combustible fixing part (10), and the other end of which is fixed to the base (40) of the day lamp; since the combustible (20) is no longer only attached to the top rod (13), the combustible (20) can be burned smoothly after being ignited, which can effectively prevent the occurrence of fire.

The fixing device for the combustible material of the sky lantern disclosed in the new model, wherein each protrusion (131) is in an inverted V shape or a wave shape, and the new model is not limited to this.

As shown in FIGS. 3 and 4, the combustible material (20) used for the sky lantern can be stacked paper. In application, the stacked combustible material (20) can be bent from the center so that the center is placed on the top rod (13), and the two sides (20a, 20b) are respectively inserted between the two side rods (11, 12) and the top rod (13) to form an inverted V shape. Since the stacked paper still has the elasticity to open to the sides after being bent, , so it can be tightly pressed against the inner side of the two side rods (11, 12) without being loosened. Of course, the user can also make the two sides (20a', 20b') of the combustible (20) located on the upper layer bend upward after passing through the two side rods (11, 12) as shown in Figure 3, so that it rises upward to hook the side rods (11, 12), so that the stacked combustibles (20) can be stably fixed in the combustible fixing part (10).

The base (40) of the sky lantern used in the present invention can be a bamboo ring or a ring made of metal wire, but the present invention is not limited to this.

As shown in Figures 1 to 3, the present invention discloses a structure for fixing combustibles of a skylight, wherein a connecting rod (14) is respectively connected between the two ends of the two side rods (11, 12) of the combustible fixing part (10) and the top rod (13), so that the two side rods (11, 12), the top rod (13) and the four connecting rods (14) form a hollow triangular column. As shown in Figures 1 and 2, the combustible fixing part (10) disclosed in the present invention can be formed by bending a metal wire, or can be formed by integrally forming other materials, welding or other methods. The present invention is not limited to its manufacturing method.

As shown in Figures 1 and 4, the novel structure for fixing combustibles of the sky lantern disclosed by the present invention comprises a first rod section (31) with one end connected or hooked to the combustible fixing part (10), and a second rod section (32) extends obliquely downward from the other end of the first rod section (31), and the end of the second rod section (32) is fastened to the base (40) of the sky lantern, so that the combustible fixing part (10) connected to each supporting rod (30) is located above the base (40), so that when the combustible is released, the combustible fixing part (10) can be far away from the ground, which is convenient for ignition and release.

Each of the supporting rods (30) can be formed by bending a steel wire to have the property of elastic recovery. When squeezed, it can automatically return to its original position after the pressure is released to avoid deformation and unusability due to transportation, external force or other factors. It can also be recycled to avoid waste of resources.

The fixing structure of the sky lantern combustible disclosed in the present invention supports the combustible (20) upwards by means of the plurality of protrusions (131) on the top rod (13), thereby preventing the combustible (20) from being unable to burn completely due to being closely attached to the top rod (13). The present invention can provide better burning conditions, so that the combustible (20) can be completely burned in the air and burnt into ashes, thereby improving the safety of the sky lantern and avoiding accidents such as fire, thereby demonstrating the novelty of the present invention and its industrial applicability.

The shapes and structures disclosed in this new model can be modified and applied without violating the spirit and scope of this new model, and are not limited to the above-mentioned implementation methods.

(10): Combustible material fixing part

(11): Sidebar

(12): Sidebar

(13): Top bar

(131): protrusion

(14): Connecting rod

(30):Support rod

Claims (5)

A structure for fixing combustibles of a skylight includes: a combustible fixing part, including two side rods and a top rod, the two side rods and the top rod are connected by a plurality of connecting rods, so that the two side rods are located below the top rod and projected on both sides of the top rod, and a plurality of protrusions are provided on the top rod; and a plurality of supporting rods, one end of which is respectively fixed to the combustible fixing part, and the other end of which is fixed to the base of the skylight. As described in claim 1, the fixing structure of the flammable material of the sky lantern, wherein each protrusion is in an inverted V shape or a wave shape. As described in claim 1, the fixing structure of the combustible material of the skylight, wherein a connecting rod is respectively extended between the two ends of the two side rods of the combustible material fixing part and the top rod, so that a hollow triangular column is formed between the two side rods, the top rod and the four connecting rods. The fixing structure of the combustible material of the sky lantern as described in claim 1, wherein the combustible material fixing portion is formed by bending a metal wire. As described in claim 1, the fixing structure of the combustible material of the skylight, wherein each of the supporting rods comprises a first rod section, one end of which is connected or hooked to the fixing part of the combustible material, and a second rod section is extended obliquely downward from the other end of the first rod section, and the end of the second rod section is fastened to the base, so that the fixing part of the combustible material connected to each of the supporting rods is above the base.

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