KR102409637B1 - Apparatus of generating light - Google Patents

Abstract

The present disclosure provides a light generating device comprising: a first wax; a wick that is inserted into the first wax and used, and is separated from the first wax before use; a non-combustible container containing the first wax, made of a sheet-like metal, and having a flat surface at the edge; And, a container containing a wick and a non-combustible container, made of a sheet-shaped plastic material, having a step on which the flat surface of the non-combustible container rests, and spaced apart from the non-flammable container except for the flat surface; light containing It relates to the generator.

Description

Light generating device {APPARATUS OF GENERATING LIGHT}

TECHNICAL FIELD The present disclosure relates generally to a light generating device, and more particularly, to a light generating device using candle wax to generate light. Here, the light generating device may be a candle itself or a form in which an electrically emitting light source is added thereto (eg, a candle warmer, a candle and a coaster, a mood lamp).

Herein, background information related to the present disclosure is provided, and they do not necessarily mean prior art (This section provides background information related to the present disclosure which is not necessarily prior art).

1 is a view showing an example of a self-extinguishing candle structure presented in Japanese Patent Application Laid-Open No. JP1998-162643, wherein the candle structure includes a hinge (1), a spring (2), a cover (3), and a washer ( 4) and the box (5), and using the hinge (1), the spring (2), the cover (3) and the washer (4), the candles located in the box (5) are automatically extinguished.

2 is a view showing an example of an auto-extinguishing candle structure presented in Japanese Patent Application Laid-Open No. 2015-36615, wherein the candle structure includes a candle 11 and a cylindrical wall 12 containing moisture. And, by positioning the cylindrical wall 12 at an appropriate point on the candle 11, the candle 11 is automatically extinguished after burning for a certain period of time.

13 is a view showing an example of a candle warmer presented in Korean Utility Model Publication No. 20-2018-0001919, and the candle warmer 30 includes a candle 31, a support material 33, a lamp part 35 and It includes a height adjustment unit (37). The lamp part 35 is mainly provided with a halogen lamp, and emits light without burning the candle 31 by emitting light as an illumination part, while generating heat as a heating part to melt wax without burning the candle 31 to burn the candle ( 31) makes incense incense.

17 is a view showing an example of the power generation device presented in Korean Patent Application Laid-Open No. 10-2017-0119488, and as shown in FIG. 17 (a), the power generation device 50 generates heat from the candle 54 used to generate electricity. As shown in FIG. 17(b) (cross-sectional view taken along line A-A' in FIG. 17(a)), the power generation device 50 includes a thermoelectric device 51, a heat sink 52, and a heat absorbing plate ( 53), a thermal barrier plate 55, and an air gap 57. The heat dissipation plate 52 helps heat dissipation of the thermoelectric element 51 , the heat absorbing plate 53 expands the heat absorption area of the thermoelectric element 51 , and the heat shield 55 and the air gap 57 provide heat from the candle 54 . It blocks direct transmission to the heat sink 52 . Electricity generated by the generator 50 may be used as a power source of an LED lamp (not shown) coupled to the generator 50 .

This will be described at the end of 'Specific Contents for Implementation of the Invention'.

Herein, a general summary of the present disclosure is provided, which should not be construed as limiting the scope of the present disclosure (This section provides a general summary of the disclosure and is not a comprehensive disclosure of its full scope or all of its features).

According to an aspect according to the present disclosure (According to one aspect of the present disclosure), there is provided an apparatus for generating light, comprising: a container; waxes that are contained in solid state (accommondated); It is contained in a container at the bottom of the wax, and a light-transmittable support material; And a wick fixed to the wax so as not to be exposed as a support material; is provided a light generating device comprising a.

According to another aspect according to the present disclosure (According to another aspect of the present disclosure), there is provided a light generating apparatus, comprising: a container; waxes that are contained in solid state (accommondated); a support material provided under the wax and made of a light-transmittable; wick fixed in wax; a thermoelectric element that generates electricity by burning a wick; In addition, there is provided a light generating device comprising a; is electrically connected to the thermoelectric element, the light emitting unit provided under the container.

According to another aspect according to the present disclosure (According to another aspect of the present disclosure), there is provided a light generating apparatus, comprising: a container; wax accommondated; And a light emitting unit for providing heat and light to the wax, and a cover covering the container is provided.

According to another aspect according to the present disclosure (According to another aspect of the present disclosure), there is provided a light generating apparatus, comprising: a container; waxes that are contained in solid state (accommondated); and a support material of a light-transmittable, contained in a container under the wax, wherein the wax is located between the first wax and the support material and is in contact with the support material. A light generating device comprising a wax is provided.

According to another aspect according to the present disclosure (According to another aspect of the present disclosure), using a wick inserted, in the light generating device, a container; And, it is contained in a container, and includes the first wax and the second wax provided under the first wax, and the composition and preparation of the first wax to provide resistance when the wick passes through the first wax and is inserted into the second wax. There is provided a light generating device comprising a; 2 wax having a different composition of the wax.

According to another aspect according to the present disclosure (According to another aspect of the present disclosure), using a wick inserted, in the light generating device, a container; And, the wax contained in the container and into which the wick is inserted; the light generating device containing the light-generating device is provided, wherein the wax contains a reducing material that reduces the protrusion of the wax toward the wick when the wick is inserted.

According to another aspect according to the present disclosure (According to another aspect of the present disclosure), there is provided a light generating device, comprising: a first container including a first wax; At least one wick provided in the container in a state in which the first wax is not stuck; And, there is provided a light generating device comprising a; cover for covering the container.

According to another aspect according to the present disclosure (According to another aspect of the present disclosure), in the light generating device, which is used by inserting a wick, it has a first wax and is made of a plastic material usable in a microwave oven. 1 container; And, a light generating device comprising a; a second container having a second wax, the first wax is transferred on the second wax, a wick is inserted into the first wax and ignited, and the second container is made of a material different from that of the first container. provided

According to another aspect of the present disclosure (According to another aspect of the present disclosure), there is provided a light generating device, comprising: a first container including a first wax and made of a plastic material usable in a microwave; a wick inserted into the first wax and used; And, means for forming on the first wax a hole into which the wick is to be inserted and taking out the wick immersed in the first wax in the first wax); is provided.

According to another aspect according to the present disclosure (According to another aspect of the present disclosure), in a container for a light generating device, the first wax; And, a first container containing the first wax and made of a plastic material usable in a microwave oven; includes, at an upper end of the first container, after transferring the first wax from a liquid state to another container, the outer wall of the first container There is provided a container for a light generating device in which a flat surface for preventing the first wax from flowing down is formed.

According to another aspect according to the present disclosure (According to another aspect of the present disclosure), there is provided a light generating device, comprising: a container including a wax; wicks inserted into wax; And, means for forming on the wax a hole into which the wick is to be inserted and taking out the wick immersed in the wax; It includes, wherein the means is provided with a light generating device having a locking projection to be fixed to the container.

According to another aspect according to the present disclosure (According to another aspect of the present disclosure), in the light generating device, a first wax in a solid state; a wick that is inserted into the first wax in a solid state and used, and is separated from the first wax before use; In addition, there is provided a light generating device comprising: a non-combustible container containing the first wax; a non-combustible container made of a sheet-like metal so as to be separable from the first wax in a solid state and having an edge shape used in a microwave oven. .

According to another aspect according to the present disclosure (According to another aspect of the present disclosure), there is provided a light generating device, comprising: a first wax; a wick used by being inserted into the first wax; a non-combustible container containing the first wax; And, a container containing a non-combustible container; is provided a light generating device comprising a.

According to another aspect according to the present disclosure (According to another aspect of the present disclosure), in the light generating device, a first wax in a solid state; a wick that is inserted into the first wax in a solid state and used, and is separated from the first wax before use; And, a non-combustible container containing the first wax, which is equal to or higher than the length of the wick, and has a height equal to or less than the sum of the length of the wick and the maximum height of the flame when the wick is ignited; do.

According to another aspect according to the present disclosure (According to another aspect of the present disclosure), there is provided a light generating device, comprising: a first wax; a wick that is inserted into the first wax and used, and is separated from the first wax before use; a non-combustible container containing the first wax, made of a sheet-like metal, and having a flat surface at the edge; And, a container containing a wick and a non-combustible container, made of a sheet-shaped plastic material, having a step on which the flat surface of the non-combustible container rests, and spaced apart from the non-flammable container except for the flat surface; light containing A generating device is provided.

This will be described at the end of 'Specific Contents for Implementation of the Invention'.

1 is a view showing an example of a self-extinguishing candle structure presented in Japanese Patent Application Laid-Open No. JP1998-162643;
2 is a view showing an example of an auto-extinguishing candle structure presented in Japanese Patent Application Laid-Open No. 2015-36615;
3 and 4 are views showing an example of a candle used in the light generating device according to the present disclosure;
5 and 16 are views showing another example of a candle used in the light generating device according to the present disclosure;
6 is a view showing another example of a candle used in a light generating device according to the present disclosure;
7 is a view showing an example of a method of manufacturing a candle used in a light generating apparatus according to the present disclosure;
8 is a view showing another example of a method for manufacturing a candle used in a light generating device according to the present disclosure;
9 and 12 are views showing examples of wicks used in the light generating device according to the present disclosure;
10 is a view showing an example of using a candle used in the light generating device according to the present disclosure;
11 is a view showing another example of the use of a candle used in the light generating device according to the present disclosure;
13 is a view showing an example of a candle warmer presented in Korean Utility Model Publication No. 20-2018-0001919;
14 is a view showing another example of a light generating device according to the present disclosure;
15 is a view showing another example of a light generating device according to the present disclosure;
17 is a view showing an example of a power generation device presented in Korean Patent Application Laid-Open No. 10-2017-0119488;
18 is a view showing another example of a light generating device according to the present disclosure;
19 is a view showing another example of a light generating device according to the present disclosure;
20 is a view showing another example of the use of a candle used in the light generating device according to the present disclosure;
21 is a view showing another example of a light generating device according to the present disclosure;
22 is a view showing another example of the use of a candle used in the light generating device according to the present disclosure;
23 is a view showing another example of a light generating device according to the present disclosure;
24 is a view showing another example of a light generating device according to the present disclosure;
Fig. 25 shows an example of use of the light generating device shown in Fig. 24;
Fig. 26 shows another example of use of the light generating device shown in Fig. 24;
Fig. 27 shows another example of use of the light generating device shown in Fig. 24;
28 is a view showing another example of a light generating device according to the present disclosure;
29 is a view showing another example of a light generating device according to the present disclosure;
30 is a view showing various examples of the container shown in FIG. 28;
Fig. 31 is a diagram showing an example of use of the light generating device shown in Fig. 30(b);
Fig. 32 shows another example of use of the light generating device shown in Fig. 30(b);
Fig. 33 shows another example of use of the light generating device shown in Fig. 30(b);
Fig. 34 is a view showing an example of a method using the light generating device shown in Fig. 30 (c);
39 is a view showing another example of a light generating device according to the present disclosure;
40 and 41 are views showing another example of a light generating device according to the present disclosure;
42 to 44 are diagrams illustrating an example of a method of cooling a light generating device according to the present disclosure;

Hereinafter, the present disclosure will be described in detail with reference to the accompanying drawings (The present disclosure will now be described in detail with reference to the accompanying drawing(s)).

3 and 4 are views illustrating an example of a candle used in a light generating apparatus according to the present disclosure, in which a perspective view is shown in FIG. 3(a) and a cross-sectional view is shown in FIGS. 3(b) to 3(e). . The candle 100 includes a wax 110 and a wick 130 . The wax 110 may be a mineral wax (eg, paraffin), a vegetable wax (eg, soy wax, palm wax, coconut wax), an animal wax (eg, bees wax), and is particularly limited if it can be used in the candle 110 . there is no The wick 130 may be a cotton wick, a wood wick, or the like, and there is no particular limitation as long as it can be used in the candle 110 . In the case of the candle 100 shown in FIG. 3 , the wick 130 is not fixed to the wax 110 at the stage of manufacturing, but is inserted and fixed from the upper surface 103 of the wax 110 at the time of use. By making the length of the wick 130 longer than the length (L+M) of the wax 110 , it is not excluded that the wick 130 is inserted so as to reach the lower surface 101 of the wax 110 , but the wick 130 is After inserting the wax 110 to a certain depth (L) from the upper surface 103 of the wax 110 to be spaced apart from the lower surface 101 (FIGS. 3(b) and 4), ignite and light a fire 200 (FIG. 3(c)) ), some of the wax 110 is melted by the fire 200, so that the fixing power of the wick 130 by the wax 110 is weakened, that is, the wick 130 that has been fixed in contact with the wax 110 in a solid state. ) gradually comes into contact with the liquid wax 110 to weaken the fixation (FIG. 3(d)), and finally, the wick 130 is knocked down by gravity and the fire 200 is automatically turned off (FIG. 3(e)) . For example, when the wick 130 made of 2cm long cotton is inserted into the wax 110 made of soy wax to a depth of 1.5.cm (L) and burned, the time of about 30-50 minutes is It turns off after The extinguishing time is affected by the temperature, humidity, wind, and the state of the candle itself, where the candle 100 is placed, but by adjusting the depth L, the time at which the candle 100 is automatically extinguished can be adjusted. be able to On the other hand, when the wax 110 is hard, the wick 130 may be inserted after first forming a hole using a hole forming tool such as an awl or a toothpick.

5 and 16 are views showing another example of a candle used in the light generating apparatus according to the present disclosure, in which a perspective view is shown in FIG. 5(a) and a cross-sectional view taken along the line B-B' in FIG. indicated. Unlike the candle shown in FIG. 3 , the candle 100 further includes a container 170 and a base material 150 . The container 170 serves to contain the wax 110 , and the support material 150 is provided in the container 170 under the wax 110 to perform at least one of the following roles. ① When the backing material 150 is made of a material cheaper than the wax 110, such as air or water, it serves to prevent unnecessary consumption of the wax 110. In the case of the wax 110 contained in the container 170, when the wax 110 is consumed and the surface 111 of the wax 110 comes closer to the bottom 172 of the container 170, use your hand to wick Since it is difficult to insert 130 into the wax 110 , it becomes difficult to use the candle 100 . Therefore, by providing the support material 150, the wax 110 is used only up to the point where the wick 130 is easily inserted, and unnecessary waste of the wax 110 can be prevented. ② When the backing material 150 is made of a non-flammable material or a material less flammable than wax (eg, water, silicone), the wick 130 continues to burn near the bottom 172 of the container 170 and the container 170 ) has the advantage of being able to eliminate the risk of a fire by breaking it. ③ When the support material 150 is made of a light-transmitting body (eg, water, air, gel wax, thick glass), an aesthetic feeling is imparted to the candle 100 . The support material 150 may be made of gas, liquid, or solid, preferably gas, liquid, fluid, or semi-solid (eg, a gel-like material, to accommodate the wick 130 penetrating the wax 110 ) gel wax). Of course, the support material 150 may be made of two or more materials. 5, the length L of the wick 130 is preferably shorter than the distance P from the surface 111 of the wax 110 to the bottom 172 of the container 170, but is not particularly limited. does not However, when the support material 150 is made of a non-flammable liquid such as water, when the wick 130 touches the support material 150 , the support material 150 is absorbed by the wick 130 to prevent combustion of the wick 130 . It should be borne in mind that it may interfere (see Fig. 16(a)). Of course, a plurality of different materials may be used as the support material 150 . Reference numeral 135, which is not described, denotes the bottom surface of the wick 130 .

6 is a view showing another example of a candle used in the light generating apparatus according to the present disclosure, and the candle shown in FIG. 5 further includes a locking part 190 . The locking part 190 serves to fix the wax 110 contained in the container 170 . This is particularly useful when the wick 130 is inserted into the wax 110 in a state where the support material 150 is placed under the wax 110 . In FIG. 6( a ), the locking part 190 protrudes from the inner wall 171 of the container 170 in the form of a groove, that is, to the outside of the container 170 . The distance from the bottom of the container 170 to the bottom of the wax 110 is a, the distance to the lower end of the locking part 190 is b, the distance to the upper end of the locking part 190 is c, and the wax 110 is When d is the distance to the upper surface of do. In FIG. 6( b ), the locking part 190 protrudes from the inner wall 171 of the container 170 , that is, in the form of a protrusion, that is, into the container 170 . In FIG. 6( c ), the locking part 190 is provided in the form of a ring on the inner wall 171 of the container 170 . It is made of the same material as the container 170 (eg, glass), but may be made of a different material (eg, silicone resin, plastic). The locking part 190 does not necessarily have to be continuous, and any shape may be used as long as the wax 110 can be fixed to the container 170 . 6(d), the locking part 190 is made by having the sidewall itself of the container 170 as a whole has an inwardly concave shape, and of course it can be made by having an overall outwardly convex shape. In FIG. 6(e) , the locking part 190 is formed by forming a step on the sidewall of the container 170 . 6(a) to 6(e) may be provided with a plurality of examples themselves, or a combination thereof, of course, if the wax 110 can be fixed to the container 170 is particularly limited doesn't happen When the support material 150 contains a fluid, the engaging portion 190 shown in FIGS. 6 (a) to 6 (c) in addition to the role of fixing the wax 110 to the container 170, the fluid It serves to prevent the wax from going up to the top of the 110 . The locking part 190 shown in FIG. 6( e ) certainly serves to support the wax 110 .

7 is a view showing an example of a method for manufacturing a candle used in the light generating device according to the present disclosure, and as shown in FIG. After preparation, as shown in FIG. 7( b ), the support material 150 and the wax 110 are placed in the container 170 . At this time, the support material 150 and the wax 110 may be in a solid state or a liquid state, and the support material 150 may be water. Next, as shown in Figure 7 (c), the support material 150 and the wax 110 is heated. When the density of the support material 150 is lower than the density of the wax 110 , the wax 110 is positioned on the support material 150 , and the amounts of the support material 150 and the wax 110 are appropriately adjusted. By doing so, it is possible to appropriately adjust the points (a, b) at which the wax 110 is positioned with respect to the locking part 190 . Accordingly, it is possible to couple the wax 110 to the locking part 190 without any special restrictions on the shape of the locking part 190 . Finally, as shown in FIG. 7( d ), the wick 130 can be inserted and used.

FIG. 8 is a view showing another example of a method of manufacturing a candle used in the light generating apparatus according to the present disclosure. Unlike the example shown in FIG. 7 , as shown in FIGS. 8(a) and 8(b) Similarly, a support material 150 (eg, water, silicone, gel wax) is provided in the container 150 to be placed under the locking part 190 . Next, as shown in FIG. 8( c ), the wax 110 is put into the container 150 . Finally, as shown in FIG. 8(d), the wax 110 is hardened, and then the wick 130 is inserted and used. When the wax 110 is put into the container 170, the wax 110 in a liquid state may be put, or the wax 110 in a solid state may be put in, and then melted by applying heat and then hardened again.

9 and 12 are views showing examples of a wick used in the light generating device according to the present disclosure, in which the wick 130 in FIG. 9 (a) is a conventional tree wick, and in FIG. ) is a wooden wick having an inclined bottom surface 131, and the wick 130 in FIG. d) and 9(e), the wick 130 is a wooden wick having a plurality of gaps 133 intentionally formed, and in FIG. 9(f), the wick 130 is a plurality of narrow wooden bars superimposed have a form By using the wick 130 shown in FIGS. 9(d) to 9(f), the gap 133 or the gap between the overlapping wooden rods serves to promote the capillary action of the molten wax 110, so that the candle improve the firing power of 12, a wick 130 having a length (c), a width (d) and a height (f) as shown in FIG. ), and then cut into a plurality (eg, 5) along the height (f) direction to have a length (c1) as shown in FIG. 12(b), and then, as shown in FIG. A wick 130 made by overlapping in the width (d) direction is presented. In general, when a fire 200 is lit on a wooden wick 130, the fire 200 shows a flame form of a narrow width along the longitudinal direction of the wick 130 as shown in FIG. When the wick 130 of the form shown in (c) is used, despite the use of the wooden wick 130, it is possible to make a flame represented by the wick 130 with cotton, that is, a flame of a round shape as a whole. At this time, if the number of overlapping cut trees is small, the area causing the capillary action of wax is small and it is difficult to maintain the fire 200, so it is preferable to use at least 5 overlapped.

10 is a view showing an example of the use of a candle used in the light generating device according to the present disclosure, as shown in FIG. When the wick 130 is pressed using the rod 300 as shown in FIG. 10(b), the wick 130 is tilted down around the point (J) and is immersed in the wax 110 and burned. (200) turns off. Therefore, when the fire 200 is to be turned off before the fire 200 is automatically extinguished, the fire 200 can be easily put out.

11 is a view showing another example of the use of a candle used in the light generating device according to the present disclosure, and shows an example in which two or more of the wicks 130 shown in FIG. 9 are overlapped and inserted into the wax 110 . As mentioned in relation to FIG. 9(f), by overlapping the wick 130 to create a gap 137 having a gap l, the ignition power of the candle 100 can be improved.

14 is a view showing another example of a light generating device according to the present disclosure. As shown in FIG. 14(a) , the light generating device 400 includes a candle 100, a heat generating unit 410, and a support ( 430) and a base 450. The heating unit 410 emits at least one of heat and light to melt the candle 100 , and is provided on the candle 100 . For example, the heating unit 410 may be a halogen lamp, an LED lamp, a heater, or the like. As shown in FIG. 14(b) , the heating unit 410 may include a socket 411 and a lamp 412 . The support 430 supports the heating part 410 . The base 450 serves as a support for the candle 100 , and may be combined with the support 430 or may be separated. The base 450 includes a light emitting unit 451 , and the light emitting unit 451 illuminates the candle 100 . The light emitting unit 451 may be formed of an LED, an OLED, or the like. In the case of using a candle in which the conventional wick is fixed to the bottom of the container, there is a problem in that the position of the wick is changed when the wax is in a liquid state by the heat provided from the heating unit 410, but the wick 130 (see FIG. 3) ) by using an unplugged candle 100 (refer to FIG. 3 ), it is possible to solve this problem.

15 is a view showing another example of a light generating device according to the present disclosure. As shown in FIG. 15A , the light generating device 140 has a heat generating unit 410 unlike the example shown in FIG. 14 . Because it is a heater, it generates only heat and does not generate light. Light (red light close to infrared light) can be emitted even when the heater is operated, but it means that a visible light lamp for illumination is not used. Of course, a dryer-type heater may be used. The candle 100 shown in FIG. 5 may be used as the candle 100 . If a light-transmitting material is used as the support material 150 , the interior of the lower portion of the container 170 may be illuminated using the light emitting part 451 to improve aesthetics. In this case, the bottom surface of the wax 110 may function as a reflective film. The light emitting unit 451 itself emits a specific color, or it is also possible to produce this effect by mixing an appropriate coloring element (eg, dye) with the wax 110 . For example, if the light emitting unit 451 emits white light, and the bottom surface of the wax 110 is red, the support material 150 will appear red as a whole, so without changing the color of the device, By changing the candle 100, various colors can be realized. By thickening the bottom of the glass container 170 by 1 cm or more, it is possible to achieve a similar effect. Reference numeral 480 denotes a power supply unit, and 490 denotes a circuit unit. When the phase phase is supplied to the power supply unit 480, the circuit unit 490 (eg, SMPS (Switching Mode Power Supply)) converts the phase phase to match the light emitting unit 451. Of course, a disposable battery and a rechargeable battery can be used, The power supply unit 480, the circuit unit 490, and the battery are collectively referred to as a power supply unit, a modified example of the candle shown in FIG. There is provided a cross-sectional view along the at least the lower outer wall of the container 170 is provided with a light scattering unit 173. In the illustrated example, the light scattering unit 173 is located at least below the locking portion 190, Although it has a shape extending linearly (linear or curved) along the height direction of the container 170, there is no particular limitation (eg, dot shape) if it has a light scattering function. It can help scattering of light emitted from the light emitting part 451 and emitted to the outside through the support material 150, which is a light-transmitting member, and also serves to cover the light emitting part 451. As shown in Fig. 16, the container 170 ) is to form a straight or curved sidewall of the container 170 in such a way that the cross-sectional area becomes narrower toward the bottom or the cross-sectional area becomes wider as it goes upward from the bottom, so that the effect of light scattering can be added.

18 is a view showing another example of a light generating device according to the present disclosure, wherein the light generating device 500 includes a candle 100, a thermoelectric element 510, a support 430, and a base 450, It is substantially the same as the light generating device shown in FIGS. 14 and 15 except that the heat generating unit 410 shown in FIGS. 14 and 15 is replaced with a thermoelectric element 510 . Since the thermoelectric element 510 is provided, the power supply unit 480 is not required. Furthermore, in the case where the candle 100 is automatically extinguished, the thermoelectric element 510 cannot generate electricity unless heat is supplied from the candle 100, so that the light emitting unit 451 also operates without generating light. Since this is stopped, the light emitting unit 451 is also turned off when the candle 100 is extinguished. Therefore, in the case of the light generating device shown in FIGS. 14 and 15 , it is not easy to accurately turn off the light emitting unit 451 when the candle 100 is extinguished even if a separate timer device is provided, but If extinguishing is sensed), in the case of the light generating device shown in FIG. 18 , the light emitting unit 451 can be automatically turned off according to the timing at which the candle 100 is extinguished. In the example shown in FIG. 18 ( a ), a bucket 530 for heat dissipation is provided on the thermoelectric element 510 , and in this respect, it is distinguished from the light generating device shown in FIG. 18 ( b ). By configuring the support 430 with a material having good thermal conductivity, such as metal, in addition to configuring the base 451 with a material (eg, metal) having good thermal conductivity, heat dissipation of the thermoelectric element 510 may be aided. Electricity generated by the thermoelectric element 510 may be transmitted to the light emitting unit 451 through the base 450 through an electric wire (not shown) passing through the inside of the support 430 . The support 430 and the base 450 are not necessarily coupled to each other.

19 and 20 are views illustrating another example of a light generating device according to the present disclosure, and as shown in FIG. 19 , a candle 100 includes a lid 180 in addition to the candle 100 shown in FIG. 5 ; cover), and the cover 180 includes a light emitting part 451 . Preferably, the light emitting part 451 is located in the container 170 between the lid 180 and the wax 110 . As shown in FIG. 20 , by positioning the cover 180 having the light emitting part 451 under the candle 100 , the cover 180 is the light emitting part 451 shown in FIGS. 14 , 15 and 18 . ) has the same function as the pedestal 450 having. Therefore, the light-transmitting support material 150 provided under the candle 100 itself is irradiated with light; 14 , 15 and 18 , it is also possible to remove the light emitting unit 451 and/or the pedestal 450 and use the cover 180 having the light emitting unit 451 . . The light emitting unit 451 may receive power through the power supply unit described with reference to FIG. 15 . When combined with the light generating device shown in FIG. 18 , electricity generated by the thermoelectric element 510 may be supplied to the light emitting unit 451 provided in the cover 180 through an electric wire (not shown).

21 is a view showing another example of the light generating device according to the present disclosure. Unlike the cover 180 shown in FIG. 20 , an opening 181 is formed in the cover 180 and the light emitting part 451 is Light is emitted through the opening 181 . When the cover 180 is made of a material with good thermal conductivity, such as a metal (eg, aluminum, iron), it has the advantage that heat generated from the light emitting unit 451 can be easily discharged without a separate heat sink, and the container ( Even if the bottom area of 170) is large, the cover 180 also has an advantage that can support the container 170 stably.

22 is a view showing another example of the use of a candle used in the light generating device according to the present disclosure. The candle 100 is a first wax 112 in addition to the candle 100 shown in FIG. 5 . ) and a second wax 113 . The first wax 112 is used to light the candle 100 , and the second wax 113 is used to reflect light generated from the light emitting part 451 , or the first wax 112 is used to light the support material 150 . ) is provided to prevent reaction with or introduced to improve adhesion with the container 170 in order to prevent the support material 150 from penetrating into the first wax 112 . For example, when the first wax 112 is made of soy wax, the second wax 113 is made of paraffin, and water is used as the support material 150, the soy wax, which is a vegetable wax, is in contact with water for a long time. When you do this, floats are generated and the water becomes turbid. Since paraffin, an animal wax, does not react with water, this problem can be solved. In addition, by selecting a wax that slightly transmits light (eg, parafin wax 125; paraffin wax having a melting point of 125°F) as the second wax 113 , a part of the light generated from the light emitting part 451 is reduced to the second wax 113 . ) and a portion of the light is incident on the second wax 113 and emitted to the outside through the second wax 113 , so that it is possible to use the second wax 113 as a reflective layer and a light guide layer. In addition, when the first wax is made of paraffin such as Yankee candle wax or Woodwick candle wax, the adhesive force with the container 170 is low, so that the second wax 113 has a higher adhesive force with the container 170 than this wax. It can consist of good waxes (eg parafin wax 125, palm wax, soy wax). In addition, the first wax 112 and the second wax 113 are composed of the same or different waxes, but the first wax 112 is toned to an appropriate color matched to the light, and the second wax 11 is a light emitting part ( 451), it is also possible to colorize it to a suitable color to reflect light from it. In addition, in order to prevent the support material 150 from penetrating into the first wax 112 between the first wax 112 and the second wax 113, or to increase the airtightness of the support material 150, a barrier layer 114; proofing layer) may be introduced, and the barrier layer 114 may be in a form that covers the entire second wax 113 or is formed only in an area where the second wax 113 and the container 170 meet. The barrier layer 114 is not particularly limited as long as it has relatively good adhesion to the container 170 than the second wax 113 , and may be made of wax, adhesive, resin, paint, or the like. When the locking part 190 (refer to FIG. 6(a)) is provided, it is preferable that the second wax 113 be positioned below the locking part 190 for fixing the wax 110 . By forming the barrier layer 114 with a liquid to trap air, it is also possible to prevent additional generation of air bubbles formed in the support material 150 . On the other hand, in the case of winter when the temperature is low, when the support material 150 is composed of a liquid that is easy to freeze, such as water, it may cause a problem. When water freezes and becomes bulky, the first wax 112 and/or the second wax 113 may break. In order to solve this problem, it is preferable to use a liquid such as salt water, starch syrup, glycerin, or a mixture of these and water with a low freezing point as the support material 150 . In the case of starch syrup or glycerin, it was confirmed that it did not freeze even at -10 degrees below zero. In addition, when the temperature rises again after the light generating device is placed in a low temperature state, the support material 150 moves upward through the gap between the container 170 and the first wax 112 and/or the second wax 113 . It can cause leaking problems. It was confirmed that by using gel wax instead of paraffin wax as the second wax 113, it was possible to more effectively respond to this problem. Based on this confirmation, by using starch syrup, glycerin, a mixture of starch syrup and water, a mixture of glycerin and water, or a mixture of starch syrup and glycerin and water as the support material 150, and using gel wax as the second wax 113, Even when the light generating device according to the present disclosure is delivered at a sub-zero temperature, it is possible to respond relatively well to the above problems. Also, the shape of the support material 150, the first wax 112, and/or the second wax may be changed according to the rise and fall of the temperature, but the locking part 190, in particular, the locking part 190 in the form of a groove or protrusion ), it is possible to cope with this problem.

23 is a view showing another example of a light generating device according to the present disclosure, and as shown in FIG. 23 ( a ), the cover 180 has the configuration shown in FIG. 19 , but increases the power Accordingly, for example, 3W to 6W, the light emitting unit 451 replaces the heat generating unit 410 shown in FIG. 14 , and the light generating device operates as a candle warmer. When the power used is high, it is preferable to use a power supply having a power supply unit 480 and a circuit unit 490 rather than a disposable battery or a rechargeable battery. As shown in FIG. 23B , since the cover 180 has at least one opening 182 , a scent diffusing passage through which the fragrance from the melted wax 110 is emitted by the heat of the light emitting unit 451 is provided. The circuit part 490 does not necessarily have to be fixed to the cover 180 .

24 is a view showing another example of a light generating device according to the present disclosure, wherein the light generating device 100 includes a wax 110 and a container 170 , and preferably further includes a cover 180 . can The cover 180 may function as a barrel containing the wick 130 . Additionally, the tweezers 132 may be accommodated in the cover 180, and the tweezers 132 are used to rescue the fallen wick 130 (refer to FIG. 3(e)). The tweezers 132 are generally used tweezers, and are conceptually indicated in the drawings, and there is no particular limitation as long as the wick 130 can be retrieved. The wax 110 may include a first wax 112 and a second wax 113 . In this example, the wick 130 is not in a form that continues from the bottom of the container 170 to the top of the wax 110 at the center of the container 170, but is in an independent form. Plug it in and use it.

FIG. 25 is a view showing an example of use of the light generating device shown in FIG. 24 , wherein the use of the light generating device 100 progresses over a certain level, and the wax 110 reaches a height of the intermediate level of the container 170 . It indicates the state of exhaustion. In this state, it becomes inconvenient to insert the wick 130 in order to use it by inserting a new wick 130 . In addition, since the wick 130 is not fixed to the center unlike the conventional one, when the user inserts the wick 130 into the wax 110 in the area close to the wall of the container 170, the container 170 by the flame It may become too hot, and the area of the container 170 to be heated becomes wider when the wax 110 is compared with the state shown in FIG. 24 , so that the user needs to be careful when holding the container 170 .

FIG. 26 is a view showing another example of use of the light generating device shown in FIG. 24 , and shows a state in which the first wax 112 of the wax 110 is exhausted and only a part of the second wax 113 remains. . In such a state, not only the problem pointed out above becomes more serious, but it is not easy to insert the wick 130 stably, and it is not easy to burn the wick 130 for a certain period of time, so the remaining second wax 113 is not used in actual use. It is difficult to do, and wasteful. In order to solve this problem, a method of increasing the width of the container 170 and reducing the height may be considered, but even in this case, the remaining second wax 113 is wasted. In this example, the wax 110 is composed of a first wax 112 and a second wax 113 , and the second wax 113 contains a fragrance oil (or essential oil) and a first wax 112 . It is constructed to be relatively less, preferably fragrance-free. A method of using liquid, non-combustible solid, sand, coffee powder, etc. instead of the second wax 113 may be considered, but as shown in FIG. 27 , when the wick 130 reaches below the first wax 112 , Edo wick 130 ignites as in the state shown in FIG. 25 , and is not preferable from the viewpoint of automatically extinguishing (falling down). For example, it is possible to configure the first wax 112 as soy wax containing a fragrance, and the second wax 113 as soy wax containing no fragrance. On the other hand, when the wick 130 is inserted into the first wax 112, the first wax 112 protrudes toward the wick 130 by the amount of the wick 130 inserted into the first wax 112, which reduces or reduces As a means of preventing, it is possible to insert natural oils or natural substances such as jojoba oil, sweet almond oil, jojoba butter, and shea butter into the first wax 112 . Although various oils and substances can be considered, it is the experimental result of the present inventors that the above substances can be used in consideration of miscibility with waxes and fragrances, prevention of harmful substances during combustion, and the like. Of course, such a material, that is, a wax reducing material protruding out, may also be used for the second wax 113 . On the other hand, by making the first wax 112 contain a relatively large amount of fragrance and alleviating substances compared to the second wax 113, that is, by forming the wick 130 to be easily inserted, the first wax 112 is almost consumed. In the case (refer to FIG. 27), when the user inserts the wick 130, the user can feel a sense of resistance at the boundary between the first wax 112 and the second wax 113, indicating that the first wax 112 is almost consumed. can find out For example, a 9oz glass cup is used as the container 170 , 100 g of soy wax is used as the second wax 113 , and 95 g of soy wax, 5 g of fragrance, and 5 g of jojoba are used as the first wax 112 . Oil can be used. Here, by using a 2 cm long paraffin-coated cotton core as the wick 130, and inserting about 1-1.7 cm into the wax 112, it is possible to automatically extinguish the fire after igniting for about 30 minutes to 1 hour. Of course, the support material 150 may be provided under the second wax 113 .

28 is a view showing another example of the light generating device according to the present disclosure. Unlike the light generating device shown in FIG. 24 , the light generating device 100 stores the first wax 112 in a separate container 174 . be prepared This is a possible configuration because the wick 130 is not fixed to the container 170 and the wax 112 , and in the process of manufacturing the first wax 112 , the container 170 dependence is overcome. Of course, the second wax 113 may be provided in a separately provided container, and the omission of the second wax 113 is not excluded. Preferably, by providing the lid 183 to the container 174, it is possible to achieve preservation of the fragrance material of the first wax 112. After the cover 183 is opened, the first wax 112 is taken out from the container 174 and put into the container 170 . When the container 174 is made of a deformable plastic (eg, PS, PP, PE), the first wax 112 can be separated from the container 174 by pressing the bottom of the container 174 . The deformable plastic endures about 40 to 130 degrees, which is the temperature of the melted state of the first wax 112, and if it is deformable, there is no particular limitation. Through this configuration, it has the advantage of being able to put the first wax 112 into the container 174 without putting it on the hand. The cover 183 may be coupled to the container 174 by a method such as screwing, adhesive, thermal bonding, or the like.

29 is a diagram illustrating another example of a light generating device according to the present disclosure, wherein the light generating device includes a container 174 having a step 175 . By forming the width h of the step 175 to be slightly larger than the upper width of the container 170 , a force is applied to the bottom of the container 74 in the direction of the arrow while the container 174 is stably placed on the container 170 . In addition, the first wax 112 can be put into the container 170 . A flat surface 176 may be provided at the upper end of the container 174 to be coupled to the cover 183 .

30 is a view showing various examples of the container shown in FIG. 28 . In FIG. 30 ( a ), a container 174 having a reference step 177 is presented, and by having a reference step 177 , separate measurement It is possible to put a quantity of the first wax 112 in the container 174 without means. The first wax 112 may be contained in the container 174 in a liquid state or a solid state. In FIG. 30( b ), a wick 130 is provided in the container 174 in addition to the first wax 112 . Although one wick 130 may be provided, 30 to 50 wicks may be provided to burn all of the first wax 112 . By having this configuration, the container 174 , the first wax 112 , the at least one wick 130 and preferably the cover 183 form an independent light generating device 100 without the container 170 . do. If necessary, a partition wall 178 (eg, a plastic plate) to prevent the wick 130 from contacting the first wax 112 may be provided, and the partition wall 178 may be placed on the step 175 . Of course, the partition wall 178 may be placed on the reference step 177 . 30( c ) shows a partition wall 178 having side walls 179 . Preferably, by configuring the side wall 179 to contact the cover 183, the partition wall 178 is immobilized by the cover 183, thereby preventing the first wax 112 from melting and flowing; It is possible to prevent the first wax 112 from being deposited on the wick 130 . Of course, in relation to the container 170 , the partition wall 178 may be used as the lid 180 . Of course, tweezers or tongs 132 for picking up the wick 130 used in the container 170 may be provided. The tweezers or tongs 132 are provided on the partition wall 178 like the wick 130 , and have the advantage of being protected from the first wax 112 . A partition wall 178 (eg, plastic in the form of a thin sheet) is positioned on the flat surface 176 (refer to FIG. 29 ) side to function as an inner cover for the first wax 112 , and the cover 183 is positioned thereon to provide an outer cover Of course, it can serve as a cover. Of course, a wick 130 and/or tweezers 132 may be provided between the partition wall 178 and the cover 183 .

FIG. 31 is a view showing an example of the use of the light generating device shown in FIG. 30(b), and unlike FIG. 28, a dish-type container 170 can be used instead of a container-type or glass-cup-type container 170. show that there is Of course, the second wax 113 may be provided.

FIG. 32 is a view showing another example of use of the light generating device shown in FIG. 30( b ), showing that the first wax 112 can be used as a light generating device by itself without the aid of the container 170 . . 32( a ), by forming an annular wall 112w in the lower portion of the first wax 112 to have a concave portion in the center, the wall 112w replaces the container 170 as a windshield. function so that the wick 130 can be stably burned. By adjusting the thickness of the wick 130 so that the tunneling phenomenon occurs until the first wax 112 is consumed, the wall 112w may be designed to be continuously maintained. 32( b ), a container 174 is shown designed to have a wall 112w when the first wax 112 is inverted. By forming the upwardly convex recess 174d in the center of the bottom 174b of the container 174, it is possible to form the wall 112w in the first wax 112. It is preferable from the viewpoint of a windbreak to make the height a of the recessed part 174d into 0.3 cm or more. On the other hand, when the first wax 112 is put into the container 170 , the width b of the recess 174d is a guide line to prevent the user from inserting the wick 130 too close to the wall of the container 170 . can play a role

FIG. 33 is a view showing another example of the use of the light generating device shown in FIG. 30( b ), and shows a state in which the first wax 112 is put into the container 170 . When at least one of the side surface of the container 170 and the side surface of the container 174 has an inclination, the gap e between the first wax 112 and the side wall of the container 170 may become excessively large. , when the wick 130 is inserted adjacent to the wall 112w and burned, the wall 112w collapses and the melted first wax 112 flows down the sidewall of the container 170. This may cause a problem. This provides a means that can be used regardless of the shape of the container 170 and/or the container 174. The first wax 112 is melted by applying energy (eg, heat, microwave) to the container 174. In this state, the melted first wax 112 is put into the container 170 to be solidified, and then used as the light generating device 100 to overcome the restrictions depending on the shape of the container 170 and/or the container 174 . That is, by using the container 174 according to the present disclosure, it is possible to provide a scented candle irrespective of the shape of the container 170 and/or the container 174. First wax 112 Since some of the scent diffusing material may be blown away during the melting process, it is preferable to minimize the time to apply energy to the container 174, use a thin material such as plastic, not a thick material such as glass, and use a microwave oven From this point of view, the container 174 is made of PE (Polyethylene) or PP (Polypropylene) plastic, and the thickness of the material is 0.5 to 1.5 mm thick, that is, formed in a sheet shape. For example, if a PP container 174 with a thickness of 0.8 m containing 95 g of soy wax and 5 g of a first wax 112 of an incense body is turned in a microwave oven for 1 minute, the liquid first wax ( 112) can be obtained by using a container 174 of a material usable in a microwave oven, the first wax 112, the wick 130, and a cover 183 (preferably airtight) for suppressing scent diffusion, Initiation is a new form that did not exist before It is possible to provide a light generating device of Such a light generating device is independent of the shape of the container 170 and the container 174, is free from the restrictions according to the wick fixed to the conventional container 170, and suppresses consumption of the fragrance material in the course of distribution. , provides a means for consumers to easily make DIY type scented candles, and provides a light generating device that extinguishes automatically. By using a plastic of a material and thickness that is deformable and that can be used in a microwave oven, the first wax 112 can be selectively used in a liquid or solid state in a container 170, so an automatic fire extinguishing function (Japanese publication) In addition to Patent Publication No. H11-228987), it is possible to manufacture a light generating device independent of the container 170 . On the other hand, by providing the second wax 113 and/or the support material 150 in the container 170, when the liquid first wax 112 hardens in the container 170, it does not harden on the cold glass wall. , it becomes possible to ensure that it has a good quality surface and hardens. It goes without saying that the second wax 113 may be placed in the container 174 and used in the same manner as the first wax 112 . That is, after manufacturing the first wax 112 and/or the second wax 113 by putting each in the container 174, take it out from the container 174 and put it in the container 170 in a solid state, or the container in a liquid state. (170). Of course, when both the first wax 112 and the second wax 113 are put in the container 170 in a liquid state at once, both of them may be the same wax. When the support material 150 is used instead of the second wax 113, and when the support material 150 is a transparent, non-flammable liquid (eg, water, brine, sugar water, oligosaccharide, starch syrup, glycerin, etc.), Of course, the support material 150 can be contained in the container 174, and the appropriate temperature (eg, 60 to 80 degrees, 30 to 60 seconds) in a microwave oven with the support material 150 in the container 174 . After heating with a furnace, it is placed in a container 170, and the first wax 112 contained in another container 174 is heated in a microwave oven to an appropriate temperature (60-80 degrees, 40-90 seconds) and poured into the container 170, When hardened, it is possible to improve the container adhesion of the first wax 112 than when it is simply hardened in the container 170 . Furthermore, it may be considered to put the support material 150, which is a transparent, non-flammable liquid, at room temperature without warming it, and pour the first wax 112 heated in a microwave oven thereon. In the case of water, a part of the first wax 112 is It is undesirable because it hardens in water, but when using a transparent, non-flammable liquid such as starch syrup or glycerin, the interface between the first wax 112 and the support material 150 can be formed flat even at room temperature. This could be confirmed through experimentation. The transparent, non-flammable liquid is light-transmitting, non-flammable, and a material having a larger specific gravity than the melted first wax 112 is sufficient. When the first wax 112 is a vegetable wax (eg, soy wax), a non-reactive material (eg, starch syrup, oligosaccharide, glycerin) may be used because the vegetable wax may react and dissolve in a transparent, non-flammable liquid. it is preferable On the other hand, by using such a light generating device, it is possible to solve the problem that the liquid support material 150 seeps between the container 170 and the first wax 112 or freezes and bursts in the process of delivery. .

34 is a view showing an example of a method of using the light generating device shown in FIG. 30 (c), first, as shown in FIGS. 34 (a) and 34 (b), the cover 183 is opened, The wick 130 is lowered from the septum 178 having sidewalls 179 . Next, as shown in FIGS. 34 ( c ) and 34 ( d ), the container 174 having the first wax 112 thereon is turned over in a state where the partition wall 178 is placed on the floor, and then, The bottom of the container 174 is pressed to move the first wax 112 to the partition wall 178 . Finally, as shown in FIG. 34( e ), the first wax 112 is picked up by hand using the sidewall 179 , and then transferred to the container 170 provided with the second wax 113 . Of course, the second wax 113 may be omitted. Through this process, it is possible to transfer the first wax 112 to the container 170 in a solid state without putting the first wax 112 on the hand. By using the light generating device according to the present disclosure, there is an additional advantage of being able to move the first wax 112 to the container 170 in a solid state or a liquid state without burying it in the hand.

35 is a view showing an example of the tweezers according to the present disclosure, as shown in FIG. 35 (b), the tweezers or tongs 132 are a first piece (132-1; a first piece), a second piece (132-2; a second piece) and a spring 132-3. The first piece 132-1 and the second piece 132-2 are hinged by pins. 35(c), the first piece 132-1 has one end 132-11 and the other end 132-12, and the second piece 132-2 has one end 132- 21) and the other end 132-22, and a spring 132 on the other end 132-12 side of the first piece 132-1 and the other end 132-22 side of the second piece 132-2. -3) is positioned, and one end 132-11 of the first piece 132-1 and one end 132-21 of the second piece 132-2 come into contact with each other in a non-pressurized state, In a pressurized state, one end 132-11 of the first piece 132-1 and one end 132-21 of the second piece 132-2 are spread apart from each other so that the used wick 130 can be picked up. do.

FIG. 36 is a view showing an example of the use of the tweezers shown in FIG. 35 , and the tweezers or tongs 132 shown in FIG. 35 are used to pick up the used wick 130 as well as the wick 130 with the first wax Shows that it can be used when plugging in (112). 35(a), one end 132-11 of the first piece 132-1 and one end 132-21 of the second piece 132-2 have a width of W, and in FIG. 35(b), one end 132-11 of the first piece 132-1 and one end 132-21 of the second piece 132-2 are pressed by a spring 132-3 It has a thickness of T in the unwrapped state. As shown in FIG. 36( a ), when the first wax 112 is pierced with tweezers or tongs 132 , a hole H corresponding to the width W and the thickness T is formed. As shown in FIG. 36( b ), when the wick 130 is inserted into the hole H, the wick 130 can be easily inserted into the first wax 112 . Preferably, the width W is greater than the maximum width of the wick 130 , and the thickness T is formed smaller than the maximum width of the wick 130 . The term "maximum width of the wick 130" is generally used in place of the diameter in consideration of the fact that the wick 130 has an overall round shape, but is not a perfect circle. If the wick 130 has a rectangular cross-section, the long side will be the maximum width.

37 is a view showing an example of a light generating device or a container for a light generating device according to the present disclosure. As shown in FIG. 37( b ), the light generating device includes a first wax 112 and a first wax ( A container 174 in which the 112 is contained and a flat surface 176 formed on the top of the container 174 are included. As shown in Figure 37 (a), when there is no flat surface 176 at the top of the container 174, pouring the first wax 112 contained in the container 174 into the container 170, and stopping , has a problem in that the first wax 112 flows out along the outer wall of the container 174 . On the other hand, as shown in FIG. 37( b ), when the flat surface 176 is integrally provided with the upper end of the container 174 , the first wax 112 contained in the container 174 in the container 170 . ), it was confirmed that even if the pouring stops, the movement of the first wax 112 to the outer wall is stopped by the flat surface 176 . This is a very important factor in terms of user convenience when the first wax 112 is melted using a microwave oven and then transferred to the container 170 for use. The flat surface to the flat portion 176 is, for example, 2mm or more, preferably 3mm or more is preferably formed.

38 is a view showing another example of the tweezers according to the present disclosure. Unlike the example shown in FIG. 35 , as shown in FIG. 38 ( b ), the tweezers or tongs 132 is the first piece 132-1 ) is further provided with a locking projection 132-4 at the other end. By having the locking protrusion 132-4, it is possible to hang the tweezers or tongs 132 on the upper portion of the container 170, as shown in Figure 38 (a). After taking out the wick, the tweezers or tongs 132 are stained with wax 110, and it is easy to store by wiping them with a tissue, but by hanging the tweezers or tongs 132 on the upper part of the container 170, tweezers Alternatively, the tongs 132 can be easily stored. Descriptions of non-description and the same reference numerals will be omitted.

FIG. 39 is a view showing another example of the light generating device according to the present disclosure. In addition to the configuration shown in FIG. 30 , a non-combustible container 115 is additionally provided. The non-combustible container 115 is accommodated in the container 174 , and the first wax 112 is contained in the non-combustible container 115 rather than the container 174 . When the container 174 is made of plastic, the first wax 112 contained in the container 174 is melted using a microwave oven, put in the container 170 (see FIG. 37(b)) to harden, and then the wick 130 It can be used by inserting it, but there is a risk of fire to directly insert the wick 130 into the first wax 112 contained in the container 174 and use it. By additionally providing the non-combustible container 115 and placing the first wax 112 in the non-combustible container 115 , the risk of fire can be prevented even when the wick 130 is directly used. The non-combustible container 115 may be made of a material such as metal, ceramic, or glass, and is not particularly limited as long as it does not burn well. Preferably, by using a sheet-like metal having a thickness of about 1 mm, such as aluminum foil, not only the non-combustible container 115 is provided, but also the first wax 112 solidified in the non-combustible container 115 is easily removed from the non-combustible container. (115) becomes separable. That is, when the non-combustible container 115 is made of a sheet-like metal such as aluminum foil, the first wax 112 is easily separated from the non-combustible container 115 because a slight extension of the shape occurs when a force is applied by hand. can be In addition, since the bonding force between the first wax 112 and the metal is very low, separation from the first wax 112 is easy. In addition, since the sheet-like metal non-combustible container 115 can be easily deformed, when the bottom of the non-combustible container 115 is pressed, its shape collapses and the first wax 112 can be separated from the non-combustible container 115. Of course. Preferably, the non-combustible container 115 has an end 116a bent at the edge, which is when the user melts the first wax 112 by putting the non-combustible container 115 containing the first wax 112 in a microwave oven. In order to prevent sparks from occurring at the edge of the non-combustible container 115 made of metal. In addition, preferably, the non-combustible container 115 has a flat surface 116 along the edge, which is the first wax 112 by the user putting the non-flammable container 115 containing the first wax 112 in the microwave oven. This is to prevent the first wax 112 from flowing down along the outer wall of the non-combustible container 115 in the process of transferring the melted first wax 112 to the container 170 in the case of melting. That is, the non-combustible container 115 preferably has a flat surface 1116 along its edge and a bent or curled end 116a. 39( a ) shows an example in which the light generating device 100 is configured by the first wax 112 , the container 174 , and the non-combustible container 115 , and the step 175 and the reference step 172 are omitted. can be When the non-combustible container 115 has certain limitations, it is also possible to omit the container 174 and configure the light generating device 100 according to the present disclosure by itself. Of course, the reference step 172 may be provided in the non-combustible container 115 . 39( b ) shows an example in which the light generating device 100 is configured by the first wax 112 , the container 174 , the non-combustible container 115 and the wick 130 , preferably the container 174 . A cover 183 to cover is further provided. It goes without saying that the wick 130 may be provided on the upper portion of the cover 183 , and may not necessarily be physically coupled to the container 174 and the cover 183 . Preferably, by providing the partition wall 178 , the wick 130 may not come into contact with the first wax 112 . Of course, the partition wall 178 may be provided in the form of a cover of the non-combustible container 115 . The partition wall 178 may include a side wall 179 , and the step 175 and the reference step 172 may be omitted. 39( c ), tweezers or tongs 132 are further provided, and the tweezers or tongs 132 are not necessarily provided in the cover 183 . However, by providing the tweezers or tongs 132 and the wick 130 inside the cover 183 , it has the advantage of facilitating storage and transport of the light generating device 100 . This is the same even when an additional cover (not shown) is provided on the upper portion of the cover 183 , and a tweezers or tongs 132 and a wick 130 are provided between the cover 183 and the additional cover. In this case, the cover 183 may be viewed as the partition wall 178 . Also, the flat surface 116 and/or the bent end 116a constituting the edge of the non-combustible container 115 at the step 175 or the reference step 172 of the container 174, that is, the step provided in the container 174. By configuring this to be placed, as shown, the bottom of the non-combustible container 115 is spaced apart from the bottom of the container 174 with a gap (S) to prevent the non-combustible container 115 from being damaged by an external impact. You can have the advantage that you can. On the other hand, it is also possible to take out the first wax 112 from the non-combustible container 115 made of sheet metal, put it in the container 174, melt the first wax 112 using a microwave oven, and then use it. do. The wick 130 of the present disclosure can be used by being plugged adjacent to the wall surface of the container 170 or the non-combustible container 115, in which case a container 170 or a non-combustible container 115 with low thermal conductivity such as glass is used. , The container 170 or the non-combustible container 115 near the ignited wick 130 is locally heated, and there is a risk of burns if the user touches this vicinity. When the non-combustible container 115 made of a sheet-like metal is used, the temperature seems to rise quickly in the ignited wick 130 at a glance, but thermal conduction occurs well, and the temperature rises as a whole, and the first wax 112 by the sheet-like metal is changed to a liquid phase, and when the liquid first wax 112 is stretched, the wick 113 is collapsed, so it was confirmed that the user's concern about burns is rather reduced. In Japanese Patent Application Laid-Open No. H11-228987, which is a prior art, not only does not point out a problem that may occur when the wick 130 is plugged adjacent to the transparent glass container, but also does not come to suggest a solution, only using a transparent glass container have.

40 and 41 are views showing another example of the light generating device according to the present disclosure, and when the problem of the possibility of burns of the user is approached from the viewpoint of the height of the container 170 or the non-combustible container 115, the first wax As the 112 is consumed and the wick 130 is in the deep part of the container 170 or the non-combustible container 115, this problem may become more serious. 40, the greater the length or area l heated by the flame 130a, the greater the risk of burns, and the wick 130 is placed at the bottom of the container 170 or the non-combustible container 115 Since this problem can be most serious when positioned, the height design of the container 170 or the non-combustible container 115 is based on when the wick 130 is positioned at the bottom of the container 170 or the non-combustible container 115 . review 41 , the height L of the container 170 or the non-combustible container 115 may be determined in consideration of the heights of the wick 130 and the flame 130a. If only the concern of burns due to the flame 130a is considered, the lower the height L of the container 170 or the non-combustible container 115, the better. However, if the height (L) is smaller than the length of the wick 130, the amount of the first wax 112 that can hold the wick 130 while maintaining the solid state without melting when the wick 130 is burned becomes small. There may be a problem that the wick 130 collapses quickly. In consideration of this point, the height L of the container 170 or the non-combustible container 115 may be the length of the wick 130 . However, in this case, the amount of the first wax 112 is fixed, and even though it is a container candle, the container 170 or the non-combustible container 115 hardly plays a role in preventing the flame 130a from shaking. On the other hand, if the wind blows from the outside in a state in which the first wax 112 is melted after a predetermined time when the wick 130 is ignited, the fixing power of the wick 130 is weak, so that the wick 130 may fall unintentionally. have. On the other hand, if the height (L) is too high, the user may be concerned about burns. Therefore, as the upper limit of the height (L), the user's burn concerns, the windshield function of the container in the container candle, and the wick are not fixed. In consideration of the wick collapse due to the draft, the lower limit of the height (L) of the container 170 or the non-combustible container 115 is the length of the wick 130, and the upper limit is the length of the wick 130 and the flame 130 ), it is desirable to design the height (L) in consideration of the length and type of the wick, the type of wax, the amount of wax, the size of the container, and the material of the container. For example, when the wick is 2 cm, the flame 130a has a height of approximately 1 to 3 cm, so the height (L) of the container 170 or the non-combustible container 115 is designed to be 5 cm or less and 2 cm or more. it is possible to do

42 to 44 are diagrams illustrating an example of a method of cooling a light generating device according to the present disclosure.

Hereinafter, a method of cooling the first wax 112 contained in the non-combustible container 115 shown in FIG. 39 relatively faster than cooling at room temperature will be described.

First, a method of cooling by putting it in a refrigerator or freezer (a method using cold air) can be considered. showed a problem.

Next, a method of cooling using a fan (a method using forced flow) can be considered, but as a result of the experiment, the first wax 112 was concentrated along the wind direction of the fan and showed a problem of hardening.

42 is a view for explaining a method of cooling the first wax using water (a method using water (typically 10 to 25° C.) at a temperature lower than the temperature of liquid wax (typically 40 to 80° C.)), FIG. As shown in (a), the light generating device 600 composed of the first wax 112 and the non-combustible container 115 is floated on the water WA. When the first wax 112 is contained in the non-combustible container 115 made of a sheet-like metal, the overall density is lower than that of the water WA and thus floats on the water. When cooling proceeds, as shown in FIG. 42( b ), the first wax 112 is hardened from the wall surface 115a of the non-combustible container 115 . The problem is that, as shown in FIG. 42(c) , the solidification process of the first wax 112 proceeds from the wall surface 115a of the non-combustible container 115, so that the upper surface 112a of the first wax 112 is finally formed. In this process, the density of the first wax 112 on the upper surface 112a becomes smaller than the density on the wall surface 115a side of the non-combustible container 115, so that the central portion of the upper surface 112a of the first wax 112 is It is less dense and relatively whiter. In order to solve this phenomenon, it is necessary to cool the light generating device 600 in the form shown in FIG. 43 . That is, the first wax region 112b (first region) in contact with the wall surface 115a of the non-combustible container 115 has the highest density, and the first wax region 112c is in contact with the upper surface 112a side, that is, air at room temperature; The second region) has the next highest density, and the first wax region 112d (third region) surrounded by the first region 112b and the second region 112c hardens to have the lowest density, thereby solving this problem. be able to solve A problem may be pointed out that the density of the third region 112d is small. This is because when the light generating device 600 is used, when the wick 130 is inserted into the second region 112c to be lit and used, the second region The density of the third region 112d as well as the 112c may be adjusted in the process of melting and re-solidifying thereafter. On the other hand, not by hardening the second region 112c last, but by first hardening the third region 112d before the third region 112d, the time during which the light generating device 600 can be moved (packaging, etc.) It becomes possible to harden the generating device 600, and by hardening the second region 112c first, it is possible to have the advantage of reducing evaporation of the perfume. Although the application of this cooling method to a conventional candle in which the wick 130 is fixed to the bottom of the container is not excluded, in the process of cooling, hardening occurs at the same time around the wall of the container and the wick 130, and between them. It is highly likely that the problems noted above will occur.

44 is a view showing an example of a method of cooling a light generating device according to the present disclosure, in which a non-combustible container 115 made of a sheet-like metal having a flat surface 116 is a cooling container containing water WA ( 117) is cooled while being placed on it. Unlike the cooling method shown in FIG. 42 , the water (WTA) around the non-combustible container 115 cannot convection. That is, the water (WTA) around the non-flammable container 115 is heated by the liquid wax 112 (eg, 50 to 65 ℃), and the temperature (T ₁ ; eg, 25 to 30 ℃) of the water (WTA) is cooled. The temperature (T ₂ ; for example, 10 to 25 ° C., water at room temperature (ambient temperature)) of the water WA at the bottom of the container 117 for use is higher than the water in the upper part or the water around the non-combustible container 115 (WTA) does not conduct convection and exchanges heat with the lower water WA, but maintains a position while continuously exchanging heat with the first wax 112 contained in the non-combustible container 115, that is, a trap. . Accordingly, the temperature of the water around the first vessel 112 is maintained relatively higher than the temperature of water presented in the cooling method shown in FIG. 42 , whereby the solidification of the first wax region 112a is relatively delayed, and the second wax A time is provided for the region 112b to harden, and the third wax region 112d is solidified while the first wax region 112b and the second wax region 112c are solidified. When the temperature of the water WA injected into the cooling container 117 is low (eg, 10° C. or less), if the cooling is performed for 30 minutes or more, the shrinkage of the first wax 112 increases, so that the sheet-like metal non-combustible container Since the gap with 115 can be widened, when the solidification process of the first wax region 112b starts while watching the cooling process, the light generating device 600 is taken out of the cooling container 117. it is preferable A 9oz cup, 100g soy wax, and 7g fragrance (fragrance oil or essential oil) were used for the experiment. Although the experiment was performed by pressing the light generating device 600 in a state in which the water WA was filled in the cooling container 117 , there may be a small air layer between the water WTA and the flat part 116 . This cooling method is also useful when forming the first wax region 112b, the second wax region 112c, and the third wax region 112d, but when the temperature of the room is cold such as in winter (the ambient temperature is too low, 1 can be applied to the case where the contraction of the wax 112 may occur excessively), and regardless of the generation of the first wax region 112b, the second wax region 112c, and the third wax region 112d, the entire room Limiting shrinkage without raising the temperature also has the added benefit of providing a method of cooling the first wax 112 . The cooling container 117 does not contain water WA, that is, cooling the first wax 112 by air is not excluded. In addition, the use of liquids other than water (starch syrup, glycerin, etc.) is not excluded. That is, according to the present disclosure, the temperature around the first wax 112 (precisely, the temperature of the fluid contained in the cooling container 117 (liquid temperature, gas temperature or liquid + gas temperature, preferably water temperature) is adjusted. By doing so, a method of stably cooling the first wax 112 while limiting the contraction of the first wax 112 is provided.

Again, returning to FIG. 39( a ), the prevention of shrinkage of the first wax 112 contained in the non-combustible container 115 made of a sheet-like metal having a high heat transfer rate during the transport and storage of the first wax 112 is examined. By putting the non-combustible container 115 in a container 117 made of a plastic material having a low heat transfer rate (preferably, a material that can be used in a microwave oven), cold outside air is blocked from contacting the non-combustible container 115 . Secondarily, with the exception of the flat surface 116, the non-flammable container 115 is placed at an interval S so that it does not touch the container 117, and the flat surface 116 is placed on the reference step 177 so that it is within the interval S. By configuring the air to be trapped, it is possible to prevent the cold outside air from exchanging heat with the first wax 112 through the non-combustible container 115 made of sheet-like metal. For this purpose, the reference terminal 177 does not have to have a meaning as a reference indicating the amount of pouring the first wax 112 , and it is sufficient to simply be a step or a flat surface 177 on which the flat surface 116 is placed. More preferably, by providing the cover 183 that is airtight (eg, airtight through thermocompression bonding), it has the advantage of blocking heat exchange with the outside air from the upper side of the first wax 112 .

Hereinafter, various embodiments of the present disclosure will be described.

(1) A light generating device comprising: a container; waxes that are contained in solid state (accommondated); It is contained in a container at the bottom of the wax, and a light-transmittable support material; and a wick fixed to the wax so as not to be exposed as a support material.

(2) The light generating device in which the container has a locking part for fixing the wax.

(3) A light generating device formed by the side wall of the container with the locking portion.

(4) The locking portion is a light generating device having a groove or protrusion formed on the inner wall of the container.

(5) A light generating device provided on the inner wall of the container between the upper surface of the wax and the lower surface of the wax.

(6) A light generating device in which the locking portion has a step formed on the sidewall.

(7) A light generating device including a ring formed on the inner wall of the locking portion.

(8) A light generating device in which the supporting material is a light transmitting member in a liquid state, and the locking part fixes the wax while suppressing the light transmitting member from rising to the top of the container.

(9) A light generating device in which the specific gravity of the backing material is lower than that of the wax.

(10) A light generating device in which the supporting material is a light-transmitting member and a non-combustible material. Although it is a light transmitting body, the specific gravity is lower than that of wax, and representative materials that are incombustible are water, salt water, sugar syrup, etc., but are not limited thereto as long as they satisfy these conditions.

(11) A light generating device comprising: a container; waxes that are contained in solid state (accommondated); a support material provided under the wax and made of a light-transmittable; wick fixed in wax; a thermoelectric element that generates electricity by burning a wick; and a light emitting part electrically connected to the thermoelectric element and provided under the container.

(12) A light generating device comprising: a container; wax accommondated; and a cover having a light emitting part providing heat and light to the wax, and covering the container.

(13) The cover is a light generating device having an opening so that the light irradiated from the light emitting unit is emitted.

(14) The cover is a light generating device having an opening that is a passage for incense emitted from the melted wax by the light irradiated from the light emitting part.

(15) A light generating device comprising: a container; waxes that are contained in solid state (accommondated); and a support material of a light-transmittable, contained in a container under the wax, wherein the wax is located between the first wax and the support material and is in contact with the support material. A light generating device comprising a wax.

(16) The light generating device further comprising a; barrier layer provided between the first wax and the second wax.

(17) A light generating device for use by inserting a wick, comprising: a container; And, it is contained in a container, and includes the first wax and the second wax provided under the first wax, and the composition and preparation of the first wax to provide resistance when the wick passes through the first wax and is inserted into the second wax. 2 A light generating device comprising a; a wax having a different composition.

(18) A light generating device in which the first wax contains a fragrance material, and the content of the fragrance material in the first wax is greater than the content of the fragrance material in the second wax.

(19) The light generating device in which the first wax contains a reducing substance that reduces the protrusion of the first wax toward the wick side when the wick is inserted.

(20) The light generating device wherein the protruding wax reducing material is at least one of jojoba oil, sweet almond oil, jojoba butter and shea butter.

(21) A light generating device for use by inserting a wick, comprising: a container; And, the wax contained in the container and into which the wick is inserted; wherein the wax contains a light-generating device containing a reducing material that reduces the protrusion of the wax toward the wick when the wick is inserted.

(22) The wick includes the first wax and the second wax provided under the second wax, the first wax contains a fragrance substance, and the content of the fragrance substance of the first wax is the content of the fragrance substance of the second wax More, light-generating devices.

(23) A light generating device comprising: a first container comprising a first wax; At least one wick provided in the container in a state in which the first wax is not stuck; and a cover covering the container. Preferably, at least one wick is provided inside the container.

(24) a second container to which the first wax is transferred, and at least one wick is inserted into the first wax to be ignited;

(25) The first container is deformable so that the first wax can be separated from the first container by pressing the bottom of the first container, and the light generating device is made of a microwaveable plastic material.

(26) The first container is deformable so that the first wax can be separated from the first container by pressing the bottom of the first container, and is made of a microwaveable plastic material, and the second container is glass, ceramic and metal One of the light generating devices.

(27) The light generating device, wherein the first container includes a partition wall interposed between the first wax and the at least one wick.

(28) The partition wall has a side wall to accommodate the first wax separated from the first container.

(29) The first container has a flat surface that engages the lid such that the lid seals the first wax and the at least one wick.

(30) The first container includes tweezers or tongs for picking up at least one used wick from the first wax, the tweezers or tongs being provided on the partition wall.

(31) A light generating device in which the first container has a step on which the partition wall is placed.

(32) The light generating device in which the second container contains a second wax different from the first wax.

(33) The light generating device in which the first wax contains a mitigating substance that reduces the protrusion of the first wax toward the wick side when the wick is inserted.

(34) A light generating device for inserting a wick, comprising: a first container comprising a first wax and made of a plastic material usable in a microwave oven; and a second container having a second wax, wherein the first wax is transferred on the second wax, a wick is inserted into the first wax and ignited, and the second container is made of a material different from that of the first container.

(35) A light generating device in which the second container includes a second wax different from the first wax.

(36) A light generating device, comprising: a first container comprising a first wax and made of a plastic material usable in a microwave oven; a wick inserted into the first wax and used; And, means for forming on the first wax a hole into which the wick is to be inserted and taking out the wick immersed in the first wax in the first wax); including a light generating device.

(37) said means includes two pieces each having one end and the other end; And, a spring for pressing each end to abut each other from the other end side; includes, the width of each end is greater than the maximum width of the wick, the thickness of each end in contact with each other by the spring is the thickness of the wick Light-generating devices smaller than the maximum width. Of course, the spring may have various shapes other than the coil spring.

(38) a container made of a material different from that of the first container, the container to which the first wax contained in the first container is transferred;

(39) A second container containing a transparent, non-flammable liquid backing material; Light generating device further comprising.

(40) The second container is a light generating device made of a plastic material that can be used in a microwave oven.

(41) a container made of a material different from the first container, into which the first wax contained in the first container is transferred, and a transparent, non-combustible liquid support material contained in the second container is transferred under the first wax; A light generating device comprising.

(42) The container includes a groove or a protrusion-shaped locking part for fixing the first wax.

(43) A light generating device in which the backing material, which is a transparent, non-flammable liquid, is made of a material having a flat interface between the backing material and the first wax when melted first wax is placed thereon.

(44) A container for a light generating device, comprising: a first wax; And, a first container containing the first wax and made of a plastic material usable in a microwave oven; includes, at an upper end of the first container, after transferring the first wax from a liquid state to another container, the outer wall of the first container A container for a light generating device having a flat surface that prevents the first wax from flowing down along the .

(45) A container for a light generating device further comprising; a cover that is thermocompression-bonded to the flat surface.

(46) A light generating device comprising a container for the light generating device, comprising: a wick inserted into the first wax transferred to another container and used.

(47) means for forming on the first wax a hole into which the wick is to be inserted and taking out the wick immersed in the first wax); a light generating device comprising a.

(48) A light generating device, comprising: a container containing wax; wicks inserted into wax; And, means for forming on the wax a hole into which the wick is to be inserted and taking out the wick immersed in the wax; including, wherein the means has a locking protrusion to be fixed to the container.

(49) said means includes two pieces each having one end and the other end; And, a spring for pressing each end into contact with each other at each other end side; including, the locking projection is provided at the other end of one of the two pieces Light generating device.

(50) A light generating device comprising: a first wax in a solid state; a wick that is used by being inserted into the first wax in a solid state, and separated from the first wax before use; and a non-combustible container containing the first wax, a non-combustible container made of a sheet-like metal that is separable from the first wax in a solid state, and having an edge shape that can be used in a microwave oven.

(51) A light generating device comprising a; a container containing a non-combustible container.

and (52) a lid covering the container.

(53) A light generating device comprising: a first wax in a solid state; a wick that is used by being inserted into the first wax in a solid state, and separated from the first wax before use; and a non-combustible container containing the first wax, a non-combustible container made of a sheet-like metal to be separable from the first wax in a solid state, and having an edge shape used in a microwave oven. In addition to aluminum foil, sheet metal does not have any special restrictions such as silver foil, etc., and can be contained while maintaining the shape of the first wax in a solid state. It is not particularly limited as long as it has a deformable thickness and does not cause a problem in a microwave oven. By treating the edge of the non-combustible container made of sheet-like metal in a bent or curled form, it is possible to prevent sparks in the microwave oven, and preferably, it is good to completely fold or roll it so that the edge is not exposed.

(54) A light generating device comprising a container containing a non-combustible container.

(55) a cover for covering the container; a light generating device comprising a.

(56) A light generating device comprising: a first wax; a wick used by being inserted into the first wax; a non-combustible container containing the first wax; and a container containing a non-combustible container.

(57) The light generating device in which the first wax contains a mitigating substance that reduces the protrusion of the first wax toward the wick side when the wick is inserted.

(58) means for taking out the wick immersed in the first wax; a light generating device comprising a.

(59) a cover for covering the container; a light generating device comprising a.

(60) A light generating device in which the non-combustible container is made of a sheet-like metal.

(61) A light generating device in which the container is made of a plastic material.

(62) The container is a light generating device made of a plastic material that can be used in a microwave oven.

(63) A light generating device, wherein the non-combustible container has a curved end.

(64) A light generating device including a partition wall interposed between the first wax and the wick.

(65) A light generating device in which the lid is thermocompression bonded to the container.

(66) The height of the non-combustible container is equal to or higher than the length of the wick and less than or equal to the sum of the length of the wick and the maximum height of the flame when the wick is ignited.

(67) A light generating device comprising: a first wax in a solid state; a wick that is inserted and used in the first wax in a solid state, and is separated from the first wax before use; and a non-combustible container containing the first wax, which is equal to or higher than the length of the wick, and has a height equal to or less than the sum of the length of the wick and the maximum height of the flame when the wick is ignited.

(68) A light generating device in which the non-combustible container is made of a sheet-like metal.

(69) A light generating device in which the non-combustible container has an edge shape usable in a microwave oven.

(70) A light generating device, wherein the non-combustible container has a curved end.

(71) The light generating device in which the first wax contains a mitigating substance that reduces the protrusion of the first wax toward the wick side when the wick is inserted.

(72) means for taking out the wick immersed in the first wax; Light generating device comprising a.

(73) Containing a non-combustible container, the container made of a plastic material; Light generating device comprising a.

(74) The container is a light generating device made of a plastic material that can be used in a microwave oven.

(75) A light generating device comprising: a first wax; a wick that is inserted into the first wax and used, and is separated from the first wax before use; a non-combustible container containing the first wax, made of a sheet-like metal, and having a flat surface at the edge; And, a container containing a wick and a non-combustible container, made of a sheet-shaped plastic material, having a step on which the flat surface of the non-combustible container rests, and spaced apart from the non-combustible container except for the flat surface; light containing generating device.

(76) A cover that is thermocompression-bonded to the container; the light generating device further comprising a.

(77) the first wax is formed along the wall surface of the non-combustible container and has a first density; A light generating device comprising: a third wax region formed to be surrounded by the rim and the second wax region and having a third density lower than the second density.

(78) A light generating device, wherein the non-combustible container has a curved end.

(79) A light generating device in which the container is made of a material that can be used in a microwave oven.

According to one light generating device according to the present disclosure, an automatically extinguished light generating device is provided.

According to another light generating device according to the present disclosure, there is provided a light generating device including a light emitting unit in a cover.

100: candle, 110: wax, 130: wick, 150: support, 170: container, 190: catching part

Claims (5)

A light generating device comprising:
a first wax;
a wick that is inserted into the first wax and used, and is separated from the first wax before use;
a non-combustible container containing a first wax, made of sheet metal, and having a first flat surface at an edge thereof; and,
It contains a wick and a non-combustible container, is made of a sheet-shaped plastic material, has a step on which the first flat surface of the non-combustible container is placed, and is spaced apart from the non-combustible container except for the first flat surface; includes; and
A cover that is thermocompression-bonded to the container; further comprising,
The container is made of a plastic material that can be used in a microwave oven.
The non-combustible container is made of an aluminum material that can be used in a microwave oven,
The container has a second flat surface to which the lid is thermocompression-bonded,
The container has a side wall between the step on which the first flat surface of the non-combustible container rests and the second flat surface,
A light generating device comprising a wick separated from the first wax before use in a space between the cover to be thermocompressed corresponding to the sidewall and the first wax. delete delete delete delete

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