GB2511861A

GB2511861A - Stone burner for a fragrance lamp

Info

Publication number: GB2511861A
Application number: GB201304820A
Authority: GB
Inventors: Kuang-Chung Tang
Original assignee: Mei & Kuang Technical Co Ltd
Current assignee: Mei & Kuang Technical Co Ltd
Priority date: 2013-03-15
Filing date: 2013-03-15
Publication date: 2014-09-17
Anticipated expiration: 2033-03-15
Also published as: GB201304820D0; GB2511861B

Abstract

Provided is a stone burner for a fragrance lamp, which has a first socket (10) and a base (20) detachably connected to the first socket (10). The first socket (10) has a first wall (11) and a second wall (12, fig 2)) opposite to the first wall (11). The base (20) comprises a second socket (21) and a body (22) connected to the second socket (21). The second socket (21) is contiguous with the second wall (12) of the first socket and has a hole (212) formed in the second socket (21) in an upper surface of the second socket (21) proximal to the first socket (10) and an aperture (213) formed in a lower surface of the second socket (21) proximal to the first socket (10). The hole (212) and the aperture (213) are not in communication with the first wall (11).

Description

STONE BURNER FOR A FRAGRANCE LAMP

1. Field of the Invention

The present invention relates to a stone burner, and particularly to a stone burner for a fragrance lamp.

2. Description of the Related Art

People nowadays are getting busier and living a faster paced life and therefore feeling stressed and tense frequently. One of the popular ways to relieve stress is using aromatherapy appliances to evaporate fragrant liquid into the ambient air to create a pthasant environment. After inhaling the fragrance, the user will feel relaxed and refreshed. In order to evaporate fragrant liquid, fragrance lamps, wick assemblies, and stone burners are commonly used aromatherapy appliances.

With reference to Fig.8, a conventional stone burner 40 has a socket 41, a base 42 connecting to the socket 41, and a catalytic layer coated on the surface of the socket 41. The socket 41 has two recesses 411 separately formed on two opposite sides of the socket 41. A hole 412 is fornmd through the middle portion the base 42. When the conventional stone burner 40 is in use, a wick assembly is connected to the conventional stone burner 40 via the hole 412 and the recesses 411, and a wick of the wick assembly is placed into a fragrance lamp containing a fragrant liquid. After the wick is soaked in the fragrant liquid containing isopropyl alcohol and essential oil or containing alcohol and essential oil, the top of the socket 41 of the conventional stone burner 40 is then lit and a generated flame is allowed to burn for a while, and then the flame is extinguished. Because the catalytic layer is coated on the surface of the socket 41, the conventional stone burner 40 can remain at a high temperature after the flame is extinguished. Also, bccause the socket 41 and base 42 of thc convention& stone burner 40 are made of ceramic, which is a porous material, the fragrant liquid can evaporate and diffuse continuously through the pores of the ceramic and scents the environment.

However, because fragrant liquids produced by different manufacturers vary in their compositions, viscosity of each fragrant liquid is also different, and thus a stone burner's degrees of saturation with each fragrant liquid are also different after each fragrant Hquid is soaked by the wick and transfcrrcd to the stone burner through capillary action. As a result, if the user does not select a stone burner made of ceramic with an appropriate pore size and pore density that matches the particular fragrant liquid in use, thc unswtable stone burner is prone to over-saturation with the fragrant liquid due to a low viscosity of the fragrant liquid, resulting in that the stone burner is difficult to be lit or a flame on the stone burner is easily extinguished. Thus, the stone burner fails to scent the environment.

Accordingly, when the user buys fragrant liquids with various compositions, a conventional stone burner is not applicable to each kind of fragrant liquid. The user needs to buy different stone burners made of different ceraniic materials and try to figure out which stone buriier is applicable to absorb the fragrant liquid in use, which is the greatest disadvantage of the conventional stone burner.

To overcome the shortcomings, the present invention provides a stone burner for a fragrance litnip to mitigate or obviate the aforementioned problems.

Given that the aforesaid drawbacks of the prior art such as not being applicable to all kinds of fragrant liquids each containing different compositions and thus troubles the user, the main objective of the present invention is to provide a stone burner for a fragrance lamp, which comprises: a first socket comprising a first wall; a second wall opposite to the first wall; and an annifiar wall extending from the first wall to the second wall; a base detachably connected to the first socket, the base comprising: a second socket detachably coirnected to the second wall of the first socket, the second socket comprising: a hole formed in an upper surface of the second socket proximal to the first socket; an aperture formed in a lower surface of the second socket distal from the first socket, the aperture in communication with the hole; and a body connected to the second socket comprising an opening formed through the body at a position corresponding to the aperture of the second socket, the opening in communication with the aperture and the hole; wherein the hole and the aperture of the second socket are not in communication with the first wall of the first socket.

Preferably, the base and the first socket are made of ceramic.

More preferably, the first socket comprises a layer of ceramic and a layer of catalyst coated on a surface of the layer of ceramic. The layer of catalyst can keep the stone burner for a fragrance lamp at a high temperature after the flame is extinguished. The layer of catalyst can be, but is not limited to, platinum.

According to the present invention, the term "the hole and the aperture of the second socket are not in communication with the first wall of the first socket" refers to that the first socket does not have any space formed through the first socket at a position corresponding to the hole of the second socket, whereby the opening and the aperture are not directly in communication with an environment above the first wall of the first socket in a direction from the opening to the aperture.

According to the present invention, the shape of the first socket and the shape of the second socket are arbitrary, such as in the shape of; but not limited to, a polygonal column or cylinder.

According to the present invention, the shape of the body is arbitrary, such as in the shape of, but not limited to, a polygonal column or cylinder.

According to the aforementioned structure, the advantages of the stone burner for a fragrance lamp in accordance with the present invention are as follows: 1. The base is detachably connected to the first socket, which indicates that the base and the first socket are not integrally formed and thus the base is not in tight conjunction with the first socket, that is, the base is not seamlessly connected to the first socket, such that the first socket is not prone to saturation with the fragrant liquid when the stone burner for a fragrance lamp is in use. As a result, even a fragrant liquid with a lower viscosity is in use, the stone burner for a fragrance lamp is still lit easily and the generated flame is not easily extinguished and thus the stone burner for a fragrance lamp of the present invention is applicable to aH kinds of fragrant liquids.

2. Because the hole and the aperture of the second socket are not in communication with the first wall of the first socket, an evaporated fragrant liquid can be kept in the hole of the second socket when the stone burner for a fragrance lamp is in use, and then the evaporated fragrant liquid can slowly diffuse through the pores of the ceramic, thereby extending the time of diffusing a fragrant liquid under a small amount of the fragrant liquid.

Accordingly, the user can use less amount of a fragrant liquid that contains costly essential oil and thus save expenses for purchasing fragrant liquids.

Preferably, the annular wall has two opposite sides and two positioning grooves respectively formed on the two opposite sides of the annular wall; and the second socket has two opposite sides and two engaging slots respectively formed on the two opposite sides of the second socket and at positions corresponding to the positioning grooves.

When the stone burner for a fragrance lamp of the present invention is in use, each engaging slot is in communication with one of the positioning grooves when the first socket is connected to the base.

Preferably, the first wall has a central wall and a periphery wall formed around the central wafi, and the periphery wall has two opposite sides and two positioning slots respectively fonied on the two opposite sides of the periphery wall and corresponding to the positioning grooves, and the central wall is between the positioning slots.

When the stone burner for a fragrance lamp of the present invention is in use, each positioning slot is in communication with one of the positioniiig grooves when tile first socket is connected to the base More preferably, a distance from the central wall to the second wall is shorter than a distance from the periphety wall to the second wafi such that the central wall defines a recess.

According to the aforementioned structure, the shape of the recess in a cross section is arbitrary, such as, but not limited to, polygonal or circular.

More preferabiy, the cross sectional shape of the recess i corresponds to the shape of the first socket. For example, when the first socket is a pentagonal column, the cross sectional shape of the recess is pentagonal.

Preferabiy, the first socket has a positioning eiement formed on the second wall, and the second socket has a fixing element formed on the upper surface of the second socket proximal to the first socket and at a position corresponding to the positioning element, wherein the shape of the positioning element corresponds to the shape of the fixing element.

According to the present invention, the stability of the first socket connected to the base is enhanced through the positioning eiement of the first socket engaging with the fixing element of the second socket.

Other objectives, advantages and novel features of the invention will become more apparent from the following detaiied description when taken in conjunction with the accompanying drawings.

iN THE DRAWINGS: Fig. I is a perspective view of a first embodiment of the stone burner for a fragrance lamp in accordance with the present invention; Fig.2 is a cross sectional view of the first embodiment of the stone burner for a fragrance lamp iii accordance with the present invention; Fig.3 is a cross sectional view of a second embodiment of the stone burner for a fragrance lamp in accordance with the present invention; Fig.4 is a cross sectional view of a third embodiment of the stone burner for a fragrance lamp in accordance with the present invention; Fig.5 is a cross sectional view of a fourth embodiment of the stone burner for a fragrance lamp in accordance with the present invention; Fig.6 a cross sectional view of a fifth enThodiment of the stone burner for a fragrance lamp in accordance with the present invention; Fig.7 is operational cross sectional view of the first embodiment of the stone burner for a fragrance lamp in accordance with the present invention; and Fig.8 is a perspective view of a stone burner in accordance with the

prior art.

For a better understanding about the technical features of the present invention and its effect, and for implements in accordance with the disclosures of the specification, preferred embodiment, details and figures are further shown as follows: First embodiment With reference to Fig.1 and Fig.2, the first enibodinient of the stone burner for a fragrance lamp in accordance with the present invention has a first socket 10 and a base 20 detachably connected to the first socket 10.

The shape of the first socket 10 is cylindrical. The first socket 10 has a first wall 11, a second wall 12 opposite to the first wall 11, and an annular wall 13 extending from the first wall 11 to the second wall 12. The first wall 11 comprises a central wall Ill and a periphery wall 112 formed around the central wall 111. The distance from the central wall Ill to the second waIl 12 is shorter than the distance from the periphery wall 112 to the second wall 12 such that the central wall 111 defines a recess. The shape of the recess in a cross section is circular. The periphery wall 112 has two opposite sides and two positioning slots 1121 respectively formed on the two opposite sides of the periphery wall 112, and the central wall Ill is between the two positioning slots 1121. The annular wall 13 has two opposite sides and two positioning grooves 1131 respectively formed on the two opposite sides and at positions corresponding to the positioning slots 1121, and each positioning groove 1131 is in coninunication with one of the positioning slots 1121. The first socket 10 comprises a layer of ceramic and a layer of catalyst coated on a surface of the layer of ceramic. The layer of catalyst can keep the stone burner for a fragrance lamp at a high temperature after the flame is extinguished.

The material of the base 20 is ceramic, and the base 20 has a second socket 21 and a body 22 connected to the second socket 21. The second socket 21 is detachably connected to the second wall 12 of the first socket 10, and the shape of the second socket 21 corresponds to the shape of the first socket 10, that is, the first and second sockets are both cylindrical in shape, and the diameter of the second socket 21 is substantially equal to the diameter of the first socket 10. The second socket 21 has two opposite sides, two engaging slots 211, a hole 212, and an aperture 213. The two engaging slots 211 are respectively formed on the two opposite sides of the second socket 21 and at positions corresponding to the positioning grooves 113 1. When the first socket is connected to the base 20, each engaging slot 211 is in communication with one of the positioning grooves 1131. The hole 212 is formed in an upper surface of the second socket 21 proximal to the first socket 10. The aperture 213 is formed in a lower surface of the second socket 21 distal from the first socket 10. The hole 212 is in communication with the aperture 213 and the diameter of the aperture 213 is larger than the diameter of the hole 212.

The body 22 is a cylinder, and the diameter thereof is smaller than the diameter of the second socket 21. The body 22 has an opening 221 formed through the body 22 at a position corresponding to the aperture 213 of the second socket 21, and the opening 221 is in communication with the aperture 213 and the hole 212 of the second socket 21. The diameter of the opening 221 is substantially equal to the diameter of the aperture 213 of the second socket 21. More specifically, when the first socket 10 is connected to the base 20, the hole 212, the aperture 213 of the second socket 21, and the opening 221 of the body 22 are not in commtrnication with the first wall 11 of the first socket 10.

Second embodimeilt With reference to Fig.3, the second embodiment of the stone burner for a fragrance lamp in accordance with the present invention is approximately the same as the first embodiment. The major difference is that the first socket 10 has a positioning element, which is a positioning recess 14 formed on the second wall 12 at a position corresponding to the central wall 111, and the second socket 21 has a fixing element, which is a fixing protrusion 214 protruding from the upper surface of the second socket 21 proximal to the first socket 10 and at a position corresponding to the positioning recess 14. The shape of the fixing protrusion 214 corresponds to tile shape of the positioning recess 14. The fixing protrusion 214 engages with the positioning recess 14 when the base 20 is connected to the first socket 10. The fixing protrusion 214 has a cavity 2141 formed through the fixing protrusion 214 at a position corresponding to the hole 212 of the second socket 21, and the cavity 2141 is hi communication with the hole 212 and the aperture 213 of the second socket 21.

The diameter ofthe cavity 2141 is equal to the diameter ofthe hole 212. The stability of the first socket 10 connected to the base 20 is enhanced by the positioning recess 14 of the first socket 10 engaging with the fixing protrusion 214 of the second socket 21.

Third embodiment With reference to Fig.4, the third embodiment of the stone burner for a fragrance lamp ill accordance with the present invention is approximately the same as the first embodiment. The major difference is that the first socket 10 has a positioning element, which is a positioning protrusion 17 protruding from the second wall 12 at a position corresponding to the central wail 111, and the second socket 21 has a fixing element, which is a fixing recess 217 formed on the upper surface of the second socket 21 proximal to the first socket 10 and at a position corresponding to the positioning protrusion 17. The shape of the positioning protrusion 17 corresponds to the shape of the fixing recess 217. The positioning protrusion 17 engages with the fixing recess 217 to enhance stability when the base 20 is connected to the first socket 10.

Fourth embodiment With reference to Fig.5, the fourth embodiment of the stone burner for a fragrance lamp in accordance with the present invention is approximately the same as the first embodiment. The major difference is that the first socket 10 has a positioning element, which comprises two opposite positioning holes 15 formed on the second wall 12 at positions proximal to the annular wall 13, and the second socket 21 has a fixing element, which comprises two fixing bulges 215 protruding from the upper surface of the second socket 21 proximal to the first socket 10 and at positions respectiv&y corresponding to the positioning holes 15, and the hole 212 is between the fixing bulges 215. A shape of the fixing bulges 215 corresponds to the shape of the positioning holes 15. The positioning holes 15 engage with the fixing bulges 215 respectively to enhance stability when the base 20 is connected to the first socket 10.

Fifth embodiment With reference to Fig.6, the fifth embodiment of the stone burner for a fragrance lamp in accordance with the present invention is approximately the same as the first embodiment. The major difference is that the first socket 10 has a positioning element, which comprises two opposite positioning bulges 16 protruding from the second wall 12 at positions proximal to the annular wall 13, and the second socket 21 has a fixing element, which comprises two fixing holes 216 formed on the upper surface of the second socket 21 proximal to the first socket 10 and at positions respectively corresponding to the positioning bulges 16, and the hole 212 is between the fixing holes 216. A shape of the fixing h&es 216 corresponds to the shape of the positioning bulges 16. The fixing holes 216 engage with the positioning bulges 16 respectively to enhance stability when the base 20 is connected to the first socket 10.

With reference to Fig.7, when in use, tile first embodiment of the stone burner for a fragrance lamp in accordance with the present invention is connected to a wick assembly 30. The wick assernby 30 comprises a collar 31, a retainer 32 connected to the collar 31, and a wick 33 connected to the collar 31. The collar 31 has a collar ring 311 and a collar base 312 connected to the collar ring 3 11. The collar ring 311 has two engaging groves 3 111 formed on two opposite sides of the coilar ring 311. An engaging hole 3121 is formed through the collar base 312. Two ends of the retainer 32 engage with the two engaging groves 3111 of the collar ring 3 11 such that the retainer 32 is connected to the collar 31. The wick 33 is inserted through the engaging hoie 3121 of the collar base 32 to be connected to the collar 31 In use, the stone burner for a fragrance lamp in accordance with the present invention is connected to the wick assernbiy 30. More specificaliy, the wick 33 is inserted through the engaging hole 3121 of the collar base 312, and is placed into the opening 221 of the body 22 and the aperture 213 of the second socket 21 such that the wick 33 is connected to the base. The retainer 32 is engaged in the recess defined by the central wall 111, the positioning slots 1121 of the periphery wall 112, the positioning grooves 131 of the annular wall 13, and the engaging slots 211 of the second socket 21, and is securely mounted in the engaging grooves 3111 of the collar ring 3 11 in order to stably comiect the first socket 10 and the base 20 and thus stably connect the stone burner for a fragrance tamp with the wick assembly 30.

The stone burner for a fragrance lamp in accordance with the present invention comprises the first socket 10 and the base20 detachably comiected to the first socket 10, that is, the first socket 10 and the base 20 are not integrally formed. Thus, the first socket 10 is not prone to saturation with fragrant liquid because the base 20 is not in tight conjunction with the first socket 10. As a result, even a fragrant liquid with a lower viscosity is in use, the stone burner for a fragrance lamp can still be lit easily and the generated flame is not easily extinguished and thus the stone burner for a fragrance lamp of the present invention is applicable to all kinds of fragrant liquids.

Furthermore, when the stone burner for a fragrance lamp of the present invention is hi use, because the hole 212 and the aperture 213 of the second socket 21 are not in communication with the first wall 11 of the first socket 10, the evaporated fragrant liquid can be kept in the hole 212 of the second socket 21 and thus will not rapidly diffuse from the first wall 11.Further, because both the material of the first socket 10 and the base 20 comprise porous ceramic, the evaporated fragrant liquid can slowly diffuse through the pores of the ceramic, thereby extending the time for diffusing a fragrant liquid under a small amount of the fragrant liquid. Accordingly, the user can use less amount of a fragrant liquid that contains costly essential oil and thus save expenses for purchasing fragrant liquids.

Even though numerous characteristics and advantages of the present invention have been set forth in the foregoing description, together with details of the structure and features of the invention, the disclosure is illustrative only.

Changes may be made in the details, especially in matters of shape, size, and arrangement of parts within the principles of the invention to the full extent indicated by the broad general meaning of the terms in which the appended claims are expressed.

Claims

CLAIMS: 1 A stone burner for a fragrance lamp comprising: a first socket (10) comprising: a first wall (11); a second w&1 (12) opposite to the first wall (11); and an annular wall (13) extending from the first wall (1 l)to the second wall (12); a base (20) detachably comiected to the first socket (10), the base (20) comprising: a second socket (21) detachably connected to the second wall (12) of the first socket (10), the second socket (21) comprising: a hole (212) formed in an upper surface of the second socket (21) proximal to the first socket (10); an aperture (213) formed in a lower surface of the second socket (21) distal from tim first socket (10), tIm aperture (213) in communication with the hole (212); and a body (22) connected to the second socket (21), the body (22) comprising an opening (221) formed through the body (22) at a position corresponding to the aperture (213) of the second socket (21), the opening (221) in communication with the aperture (213) and the hole (212); wherein the hole (212) and the aperture (213) of the second socket (21) are not in communication with the first wall (11) of the first socket (10).
2. The stone burner for a fragrance lamp according to claim 1, wherein the annular wall (13) has two opposite sides and two positioning grooves (131) respectively formed on the two opposite sides of the annular wall (13), and the second socket (21) has two opposite sides and two engaging slots (211) respectively formed on the two opposite sides of the second socket (21) and at positions corresponding to the positioning grooves (131).
3. The stone burner for a fragrance lamp according to claim 2, wherein the first wall (11) has a central wall (111) and a periphery wall (112) formed around the central wall (111), and the periphery wall (112) has two opposite sides and two positioning slots (1121) respectively formed on the two opposite sides of the periphery wall (112) and corresponding to the positioning grooves (131), and the central wall (111) is between the positioning slots (1121).
4. The stone burner for a fragrance lamp according to claim 3, wherein the first socket (10) has a positioning element formed on the second wall (12), and the second socket (21) has a fixing element formed on the upper surface of the second socket (21) proximal to the first socket (10) and at a position corresponding to the positioning element, and a shape of the positioning element corresponds to a shape of the fixing element.
5. The stone burner for a fragrance lamp according to claim 4, wherein the positioning element comprises a positioning recess (14) foniied on the second wall (12), and the fixing element comprises a fixing protrusion (214) protruding from the upper surface of the second socket (21) proximal to the first socket (10) and at a position corresponding to the positioning recess (14), and the fixing protrusion (214) has a cavity (2141) formed through the fixing protrusion (214) at a position corresponding to the hole (212) of the second socket (21), the cavity (2141) in communication with the hole (212) and the aperture (213) of the second socket (21).
6. The stone burner for a fragrance lamp according to claim 5, wherein a diameter of the cavity (2141) is substantially equal to a diameter of the hole (212).
7. The stone burner for a fragrance lamp according to claim 4, wherein the positioning element comprises a positioning protrusion (17) protruding from the second wall (12) at a position corresponding to the central wall (111), and the fixing element comprises a fixing recess (217) formed on the upper surface of the second socket (21) proximal to the first socket (10) and at a position corresponding to the positioning protrusion (17).
8. The stone burner for a fragrance lamp according to claim 4, wherein the positioning element comprises a positioning hole (15) formed on the second wall (12), and the fixing element comprises a fixing bulge (215) protruding from the upper surface of the second socket (21) proximal to the first socket (10) and at a position corresponding to the positioning hole (15).
9. The stone burner for a fragrance lamp according to claim 4, wherein the positioning element comprises a positioning bulge (16) protruding from the second wall (12), and the fixing element comprises a fixing hole (216) formed on the upper surface of the second socket (21) proximal to the first socket (10) and at a position corresponding to the positioning bulge (16).
10. The stone burner for a fragrance lamp according to any one of claims 1 to 9, wherein a diameter of the aperture (213) is larger than a diameter of the hole (212).
11. The stone burner for a fragrance lamp according to any one of claims 3 to 10, wherein a distance from the central wall (ill) to the second wall (12) is shorter than a distance from the periphery wall (112) to the second wall (12) such that the central wail (Ill) defines a recess.