STRUCTURE FOR CONNECTING AND FIXING LIGHTER'S CORE ASSEMBLY

Abstract

This is a structure for connecting and fixing a lighter's core assembly, which includes a casing, and a connecting piece disposed inside the casing, wherein the connecting piece props against a hinge that connects the casing with a top lid, and the connecting piece is fixed to the bottom of a core assembly. The special-shaped connecting piece inside the casing is fixed to the side portion of the bottom lid, so that the core assembly can be fixed in the casing while opening and closing the top lid, so as to prevent the core assembly from leaping up, as well as seal the space at the bottom of the core assembly, enhancing a sealing effect at the bottom, reducing volatilization of kerosene, and prolonging a service time of the lighter after filling with fuel oil one time.

Claims

1. A structure for connecting and fixing a lighter's core assembly, having an A-class casing, an A-class core assembly and an A-class connecting piece disposed inside the A-class casing, wherein the structure further comprises an A-class hinge and an A-class top lid, the A-class connecting piece props against and connects the A-class hinge disposed on the A-class casing and the A-class top lid, and the A-class connecting piece is fixed to the bottom of the A-class core assembly.

2. The structure for connecting and fixing a lighter's core assembly according to claim 1, wherein the A-class connecting piece is L-shaped, the A-class connecting piece includes a side edge and a bottom edge, the side edge props against the A-class hinge, and the bottom edge is fixed to the bottom of the A-class core assembly.

3. The structure for connecting and fixing a lighter's core assembly according to claim 2, wherein an A-class bottom lid is disposed at the bottom of the A-class core assembly, and the bottom edge is fixed to the A-class bottom lid.

4. The structure for connecting and fixing a lighter's core assembly according to claim 3, wherein the bottom edge and the A-class bottom lid can be detached from each other.

5. The structure for connecting and fixing a lighter's core assembly according to claim 4, wherein the bottom edge and the A-class bottom lid can be fixed to each other by means of magnetic absorption.

6. The structure for connecting and fixing a lighter's core assembly according to claim 3, wherein an A-class ejector pin hole is disposed on the A-class bottom lid, an A-class flint tube is sleeved inside the A-class ejector pin hole, and the A-class bottom lid is connected and fixed to the A-class flint tube by means of an A-class screw.

7. The structure for connecting and fixing a lighter's core assembly according to claim 3, wherein the A-class bottom lid has an A-class side edge boss, and the A-class core assembly gets stuck on the A-class side edge boss.

8. A structure for connecting and fixing a lighter's core assembly having a B-class casing, a B-class core assembly and a B-class connecting piece disposed inside the B-class casing, wherein the structure further comprises a B-class hinge and a B-class top lid, the B-class connecting piece props against and connects the B-class hinge disposed on the B-class casing and the B-class top lid, the B-class connecting piece has an U-shaped groove, and one side of the B-class core assembly detachably gets stuck inside the U-shaped groove.

9. The structure for connecting and fixing a lighter's core assembly according to claim 8, wherein a B-class bottom lid is disposed at the bottom of the B-class core assembly, and a left fixing piece and a right fixing piece that match each other are respectively disposed on the B-class connecting piece and the B-class bottom lid.

10. The structure for connecting and fixing a lighter's core assembly according to claim 9, wherein the left fixing piece and the right fixing piece each lie inside the B-class core assembly.

11. The structure for connecting and fixing a lighter's core assembly according to claim 10, wherein the B-class connecting piece includes a propping portion and a fixing portion, the U-shaped groove is disposed between the propping portion and the fixing portion, the left fixing piece is disposed on the fixing portion, the B-class bottom lid has a side fixing portion, and the right fixing piece is disposed the side fixing portion.

12. The structure for connecting and fixing a lighter's core assembly according to claim 8, wherein a B-class ejector pin hole is disposed on the B-class bottom lid, a B-class flint tube is sleeved inside the B-class ejector pin hole, and the B-class bottom lid is connected and fixed to the B-class flint tube by means of a B-class screw.

13. A structure for connecting and fixing a lighter's core assembly having a C-class casing, a C-class core assembly and a C-class connecting piece disposed inside the C-class casing, wherein the structure further comprises a C-class hinge, a C-class top lid and a C-class bottom lid, the C-class connecting piece further has a side edge, which props against and connects the C-class hinge disposed on the C-class casing and the C-class top lid, the C-class bottom lid is disposed on the bottom of the C-class core assembly, and fixing pieces matching each other are respectively disposed on the side edge and the C-class bottom lid.

14. The structure for connecting and fixing a lighter's core assembly according to claim 13, wherein the fixing pieces lie outside the C-class core assembly.

15. The structure for connecting and fixing a lighter's core assembly according to claim 14, wherein the fixing pieces include a left fixing piece disposed on the side edge and a right fixing piece disposed on the C-class bottom lid.

16. The structure for connecting and fixing a lighter's core assembly according to claim 15, wherein the left fixing piece is a fixing protrusion disposed on the bottom of the side edge, and the right fixing piece is a position-limiting groove disposed on the C-class bottom lid.

17. The structure for connecting and fixing a lighter's core assembly according to claim 13, wherein a C-class ejector pin hole is disposed on the C-class bottom lid, a C-class flint tube is sleeved inside the C-class ejector pin hole, and the C-class bottom lid is connected and fixed to the C-class flint tube by means of a C-class screw.

Description

BRIEF DESCRIPTION OF DRAWINGS

[0023] To describe the embodiments of the present invention or the technical solutions in the prior art more clearly, the following briefly introduces the accompanying drawings required for describing the embodiments or the descriptions in the prior art. Apparently, the accompanying drawings in the following description show merely some embodiments of the present invention, and a person of ordinary skill in the art may still derive other drawings from these accompanying drawings without creative efforts.

[0024] FIG. 1 is a cross-sectional diagram of EXAMPLE 1 of the present invention.

[0025] FIG. 2 is a front view of the cross-sectional diagram of EXAMPLE 1 of the present invention.

[0026] FIG. 3 is a cross-sectional diagram of EXAMPLE 1 of the present invention without the A-class core assembly.

[0027] FIG. 4 is a diagram of the A-class bottom lid and the A-class connecting piece in EXAMPLE 1 of the present invention.

[0028] FIG. 5 is a cross-sectional diagram of EXAMPLE 2 of the present invention.

[0029] FIG. 6 is a front view of the cross-sectional diagram of EXAMPLE 2 of the present invention

[0030] FIG. 7 is a cross-sectional diagram of EXAMPLE 2 of the present invention without the A-class core assembly.

[0031] FIG. 8 is a diagram of the A-class bottom lid and the A-class connecting piece in EXAMPLE 2 of the present invention.

[0032] FIG. 9 is a cross-sectional diagram of EXAMPLE 3 of the present invention.

[0033] FIG. 10 is a cross-sectional diagram of EXAMPLE 3 of the present invention without the B-class core assembly.

[0034] FIG. 11 is a diagram showing the structure of connecting the B-class bottom lid with the B-class connecting piece in EXAMPLE 3 of the present invention.

[0035] FIG. 12 is a side view of the diagram showing the structure of connecting the B-class bottom lid with the B-class connecting piece in EXAMPLE 3 of the present invention.

[0036] FIG. 13 is a diagram of the B-class connecting piece in EXAMPLE 3 of the present invention.

[0037] FIG. 14 is a diagram of the B-class bottom lid in EXAMPLE 3 of the present invention.

[0038] FIG. 15 is a cross-sectional diagram of EXAMPLE 4 of the present invention.

[0039] FIG. 16 is a cross-sectional diagram of EXAMPLE 4 of the present invention without the C-class core assembly.

[0040] FIG. 17 is a diagram of the C-class bottom lid in EXAMPLE 4 of the present invention.

[0041] FIG. 18 is a diagram showing the bottom portion of the C-class bottom lid in EXAMPLE 4 of the present invention.

[0042] FIG. 19 is a diagram of the C-class connecting piece in EXAMPLE 4 of the present invention.

[0043] FIG. 20 is a diagram showing the state of connecting the C-class bottom lid with the C-class connecting piece in EXAMPLE 4 of the present invention.

[0044] FIG. 21 is a cross-sectional diagram of EXAMPLE 5 of the present invention.

[0045] FIG. 22 is a cross-sectional diagram of EXAMPLE 5 of the present invention without the C-class core assembly.

[0046] FIG. 23 is a diagram of the C-class bottom lid and the C-class connecting piece in EXAMPLE 5 of the present invention.

[0047] FIG. 24 is a diagram of the C-class bottom lid in EXAMPLE 5 of the present invention.

[0048] FIG. 25 is a diagram of the C-class connecting piece in EXAMPLE 5 of the present invention.

DESCRIPTION OF EMBODIMENTS

[0049] We shall clearly and completely describe the technical solutions in each example of the present invention in combination with the figures as follows, obviously, the described examples are only part of the embodiments of the present invention, not all embodiments. Based on the examples described in the present invention, all other examples obtained by a person skilled in the art on the premise of making no creative work fall within the protection scope of the present invention.

Example 1

[0050] As shown in FIGS. 1-4, a structure for connecting and fixing a lighter's core assembly includes an A-class casing a1 and an A-class core assembly a2, wherein the A-class core assembly a2 is jammed inside the A-class casing a1, and the A-class casing a1 and the A-class core assembly a2 can be plugged and unplugged into and from each other to facilitate filling the A-class core assembly a2 with fuel oil. The A-class casing a1 is movably connected with an A-class top lid all through an A-class hinge a3, and an A-class fixing plate a31 disposed at the lower portion of the A-class hinge a3 extends into the A-class casing a1, and an A-class connecting piece a4A propping against the A-class fixing plate a31 is disposed inside the A-class casing a1, and the A-class connecting piece a4A is L-shaped; the A-class connecting piece a4A includes a side edge and a bottom edge, and the side edge of the connecting piece a4A props against the A-class fixing plate a31. An A-class bottom lid a5A is disposed at the bottom of the A-class core assembly a2, and an A-class ejector pin hole is disposed on the A-class bottom lid a5A, and an A-class sleeve a71 is disposed on the A-class ejector pin hole, an A-class flint tube a8 passes through the A-class sleeve a71, and then extends into the A-class ejector pin hole and is connected with an A-class screw a9. The A-class bottom lid a5A has an A-class side edge boss a5A3, and the bottom of the A-class core assembly a2 is open, and the bottom edge of the A-class core assembly a2 gets stuck on the A-class side edge boss a5A3. An A-class connecting piece protrusion a4A1 is disposed on the bottom edge of the A-class connecting piece connector a4A, and an A-class bottom lid hole a5A1A is disposed on the bottom lid a5A, and the A-class connecting piece protrusion a4A1 gets stuck in the A-class bottom lid hole a5A1. The A-class connecting piece protrusion a4A1 and the A-class bottom lid hole a5A1 may be designed to be a pair of buckles or other structures that can be quickly disassembled and assembled in the prior art. An A-class elastic piece a6 is further disposed on the side edge of the A-class connecting piece a4A, and the A-class elastic piece a6 props against the A-class core assembly a2, and is configured to further enhance the friction between the A-class casing a1 and the A-class core assembly a2. If unnecessary, there may be no need to dispose the A-class elastic piece a6 on the side edge of the A-class connecting piece a4A.

[0051] At the time of using the lighter, first put the L-shaped A-class connecting piece a4A into the A-class casing a1, and make the side edge of the A-class connecting piece a4A fit on the lower portion of the A-class fixing plate a31, and then insert the A-class core assembly a2, so as to make the A-class connecting piece protrusion a4A1 on the bottom edge of the A-class connecting piece a4A into the A-class bottom lid hole a5A1, at this time indicating that the A-class core assembly a2 is successfully fixed to the A-class casing a1. After that, opening and closing the A-class top lid all cannot make the A-class core assembly a2 leap up, and the newly-designed A-class bottom lid a5A further enhances the sealing of the A-class core assembly a2. When it is necessary to plug and unplug the A-class core assembly a2, just raise the A-class core assembly a2 with force, in this way the A-class core assembly a2 can be easily removed, and the A-class connecting piece a4A also gets loosened. After removed, it is possible to fill the A-class core assembly a2 with fuel oil through the A-class bottom lid hole a5A1.

Example 2

[0052] As shown in FIGS. 5-8, a structure for connecting and fixing a lighter's core assembly includes an A-class casing a1 and an A-class core assembly a2, wherein the A-class core assembly a2 is jammed inside the A-class casing a1, and the A-class casing a1 and the A-class core assembly a2 can be plugged and unplugged into and from each other to facilitate filling the A-class core assembly a2 with fuel oil. The A-class casing a1 is movably connected with an A-class top lid all through an A-class hinge a3, and an A-class fixing plate a31 disposed at the lower portion of the A-class hinge a3 extends into the A-class casing a1, and an A-class connecting piece a4D propping against the A-class fixing plate a31 is disposed inside the A-class casing a1, and the A-class connecting piece a4D is L-shaped; the A-class connecting piece a4D includes a side edge and a bottom edge, and the side edge of the connecting piece a4D props against the A-class fixing plate a31. An A-class bottom lid a5D is disposed at the bottom of the A-class core assembly a2, and an A-class ejector pin hole is disposed on the A-class bottom lid a5D, and an A-class sleeve a71 is disposed on the A-class ejector pin hole, an A-class flint tube a8 passes through the A-class sleeve a71, and then extends into the A-class ejector pin hole and is connected with an A-class screw a9. The A-class bottom lid a5D has an A-class side edge boss a5D3, and the bottom of the A-class core assembly a2 is open, and the bottom edge of the A-class core assembly a2 gets stuck on the A-class side edge boss a5D3. A groove is disposed on the bottom edge of the A-class connecting piece a4D, and a magnetic block a4D1 is disposed inside the groove; in the other case, there is no need to configure a groove, and just directly fit a thinner magnetic block a4D1 on the A-class connecting piece a4D. The A-class bottom lid a5D may be made of magnetically-absorbable iron. A fuel oil filing hole a5D1 is further disposed on the bottom lid a5D; in a state of installing, the bottom edge of the A-class connecting piece a4D completely covers the fuel oil filing hole a5D1. An A-class elastic piece a6 is further disposed on the side edge of the A-class connecting piece a4D, and the A-class elastic piece a6 props against the A-class core assembly a2, and is configured to further enhance the friction between the A-class casing a1 and the A-class core assembly a2. If unnecessary, there may be no need to dispose the A-class elastic piece a6 on the side edge of the A-class connecting piece a4A.

[0053] At the time of using the lighter, first put the L-shaped A-class connecting piece a4D into the A-class casing a1, and make the side edge of the A-class connecting piece a4D fit on the lower portion of the A-class fixing plate a31, and then insert the A-class core assembly a2, so as to the A-class bottom lid a5D touch the bottom edge of the A-class connecting piece a4D, at this time, the A-class bottom lid a5D will be absorbed by the magnetic block a4D1 on the bottom edge, and such a absorbing force can also completely absorb the A-class bottom lid a5D when the A-class core assembly a2 is to leap up while opening and closing the A-class top lid a11. When it is necessary to plug and unplug the A-class core assembly a2, just raise the A-class core assembly a2 with force, in this way the A-class core assembly a2 can be easily removed, and the A-class connecting piece a4D also gets loosened. After removed, it is possible to fill the A-class core assembly a2 with fuel oil through the A-class bottom lid hole a5D1.

Example 3

[0054] As shown in FIGS. 9-14, a structure for connecting and fixing a lighter's core assembly includes an B-class casing b1 and an B-class core assembly b2, wherein the B-class core assembly b2 is jammed inside the B-class casing b1, and the B-class casing b1 and the B-class core assembly b2 can be plugged and unplugged into and from each other to facilitate filling the B-class core assembly b2 with fuel oil. The B-class casing b1 is movably connected with an B-class top lid b11 through an B-class hinge b3, and an B-class fixing plate b31 disposed at the lower portion of the B-class hinge b3 extends into the B-class casing b1, and an B-class connecting piece b4A propping against the B-class fixing plate b31 is disposed inside the B-class casing b1, and the B-class connecting piece b4A is U-shaped; the B-class connecting piece b4A includes a propping portion and a fixing portion b4A1, and the propping portion of the connecting piece b4A props against the B-class fixing plate b31. At the same time, a U-shaped groove b8 is formed between the propping portion and the fixing portion b4A1. A B-class bottom lid b5A is disposed at the bottom of the B-class core assembly b2, and an ejector pin hole is disposed at the B-class bottom lid b5A, and a B-class sleeve b7 is disposed on the ejector pin hole, a B-class flint tube b21 passes through the B-class sleeve b7, and then extends into the ejector pin hole and is connected with a screw b22. The B-class bottom lid b5A has a B-class side edge boss b5A3, and the bottom of the B-class core assembly b2 is open, and the bottom edge of the B-class core assembly b2 gets stuck on the B-class side edge boss b5A3. An elastic piece b6 is further disposed on the side edge of the B-class connecting piece b4A, and the elastic piece b6 props against the B-class core assembly b2, and is configured to further enhance the friction between the B-class casing b1 and the B-class core assembly b2. If unnecessary, there may be no need to dispose the elastic piece b6 on the side edge of the B-class connecting piece b4A.

[0055] An elastic triangle protrusion b4A2 is disposed on the fixing portion b4A1, and the elastic triangle protrusion b4A2 is horizontally disposed and positioned above the fixing portion b4A1, so as to make the elastic triangle protrusion b4A2 easily sway left and right through the fixing portion b4A1, and give the elastic triangle protrusion b4A2 a certain space to move. A side connecting portion b5A1 is further disposed on the bottom lid b5A, and an elastic triangle groove b5A2 matching the elastic triangle protrusion b4A2 is disposed on the side connecting portion b5A1. The elastic triangle groove b5A2 and the elastic triangle protrusion b4A2 form a triangular arrangement and make it easy for the two to engage and disengage. One side of the B-class core assembly b2 is inserted into the U-groove b8, and the fixing portion b4A1 on the B-class connecting piece b4A and the side connecting portion b5A1 on the bottom lid b5A are all fixedly connected with each other inside the B-class core assembly b2.

[0056] At the time of using the lighter, first put the U-shaped B-class connecting piece b4A into the B-class casing b1, and make the propping portion of the B-class connecting piece b4A fit on the lower portion of the B-class fixing plate b31, and then insert the B-class core assembly b2, so as to insert the B-class core assembly b2 into the U-shaped b8. At this time, inside the B-class core assembly b2, the elastic triangular protrusion b4A2 of the fixing portion b4A1 on the B-class connecting piece b4A is jammed into the elastic triangle groove b5A2 of the side connecting portion b5A1 of the bottom lid b5A, so that the B-class connecting piece b4A is fixed to the B-class core assembly b2. After that, opening and closing the B-class top lid b11 cannot make the B-class core assembly b2 leap up, and the newly-designed bottom lid b5A further enhances the sealing of the B-class core assembly b2. When it is necessary to plug and unplug the B-class core assembly b2, just raise the B-class core assembly b2 with force, in this way the B-class core assembly b2 can be easily removed, and the B-class connecting piece b4A also gets loosened and can be removed at any time.

Example 4

[0057] As shown in FIGS. 15-20, a structure for connecting and fixing a lighter's core assembly includes a C-class casing c1 and a C-class core assembly c2, wherein the C-class core assembly c2 is jammed inside the C-class casing c1, and the C-class casing c1 and the C-class core assembly c2 can be plugged and unplugged into and from each other to facilitate filling the C-class core assembly c2 with fuel oil. The C-class casing c1 is movably connected with a C-class top lid c11 through a C-class hinge c3, and a C-class fixing plate c31 disposed at the lower portion of the C-class hinge c3 extends into the C-class casing c1, and a C-class connecting piece c4 propping against the C-class fixing plate c31 is disposed inside the C-class casing c1, and the C-class connecting piece c4 is I-shaped; the C-class connecting piece c4 includes a side edge, and the side edge of the C-class connecting piece c4 props against the C-class fixing plate c31. A C-class bottom lid c5 is disposed at the bottom of the C-class core assembly c2, and a C-class ejector pin hole c7 is disposed at the C-class bottom lid c5, and a sleeve c71 is disposed on the C-class ejector pin hole c7, a C-class flint tube c21 passes through the sleeve c71, and then extends into the C-class ejector pin hole c7 and is connected with a screw c22. The C-class bottom lid c5 has a C-class side edge boss c8, and the bottom of the C-class core assembly c2 is open, and the bottom edge of the C-class core assembly c2 gets stuck on the C-class side edge boss c8.

[0058] A space groove c42 is disposed at the bottom of the C-class connecting piece c4, and a fixing protrusion c41 is disposed inside the space groove c42, and the fixing protrusion c41 can elastically move inside the space groove c42, as well as the fixing protrusion c41 is triangular. An extension plate c51 is disposed at the bottom of the C-class bottom lid c5, and the extension plate c51 is in a step-like shape, and a position-limiting groove c55 is formed between the extension plate c51 and the lower edge of the C-class core assembly c2; in addition, in order to maintain stability, the extension plate c51 can be fixed on the C-class bottom lid c5 by welding. A fuel oil filling hole c54 is further disposed on the C-class bottom lid c5, and a fuel oil filling cap c52 is movably disposed on the fuel oil filling hole c54, and the other end of the fuel oil filling cap c52 is rotatably fixed inside the fixing hole c53 by way of passing by the extension plate c51. The fixing protrusion c41 can extend into the position-limiting groove c55. An elastic piece c6 is further disposed on the side edge of the C-class connecting piece c4, and the elastic piece c6 props against the C-class core assembly c2, and is configured to further enhance the friction between the C-class casing c1 and the C-class core assembly c2. If unnecessary, there may be no need to dispose the elastic piece c6 on the side edge of the C-class connecting piece c4.

[0059] At the time of using the lighter, first put the I-shaped C-class connecting piece c4 into the C-class casing c1, and make the C-class connecting piece c4 fit on the lower portion of the C-class fixing plate c31, and then insert the C-class core assembly c2. At this time, the fixing protrusion c41 engages with the position-limiting groove c55 to fix the C-class connecting piece c4 to the C-class core assembly c2. After that, opening and closing the C-class top lid c11 cannot make the C-class core assembly c2 leap up, and the newly-designed C-class bottom lid c5 further enhances the sealing of the C-class core assembly c2. When it is necessary to plug and unplug the C-class core assembly c2, just raise the C-class core assembly c2 with force, in this way the C-class core assembly c2 can be easily removed, and the C-class connecting piece c4 also gets loosened and can be removed at any time. When it is necessary to fill with fuel oil, just poke the fuel oil filling cap c52 from the fuel oil filling hole c54, and then twist the fuel oil filling cap c52 to expose the fuel oil filling hole C54.

Example 5

[0060] As shown in FIGS. 21-25, a structure for connecting and fixing a lighter's core assembly includes a C-class casing c1 and a C-class core assembly c2, wherein the C-class core assembly c2 is jammed inside the C-class casing c1, and the C-class casing c1 and the C-class core assembly c2 can be plugged and unplugged into and from each other to facilitate filling the C-class core assembly c2 with fuel oil. The C-class casing c1 is movably connected with a C-class top lid c11 through a C-class hinge c3, and a C-class fixing plate c31 disposed at the lower portion of the C-class hinge c3 extends into the C-class casing c1, and a C-class connecting piece c4A propping against the C-class fixing plate c31 is disposed inside the C-class casing c1, and the C-class connecting piece c4A is I-shaped; the C-class connecting piece c4A includes a side edge, and the side edge of the C-class connecting piece c4A props against the C-class fixing plate c31. A C-class bottom lid c5A is disposed at the bottom of the C-class core assembly c2, and a C-class ejector pin hole is disposed at the C-class bottom lid c5A, and the position of the C-class ejector pin hole in EXAMPLE 5 is consistent with that in EXAMPLE 4; a sleeve c71 is disposed on the C-class ejector pin hole, a C-class flint tube c21 passes through the sleeve c71, and then extends into the C-class ejector pin hole and is connected with a screw. The C-class bottom lid c5A has a C-class side edge boss c8, and the bottom of the C-class core assembly c2 is open, and the bottom edge of the C-class core assembly c2 gets stuck on the C-class side edge boss c8.

[0061] A reinforcing cover c5A2 is disposed on the bottom of the C-class bottom lid c5A, and the C-class bottom lid c5A and the reinforcing cover c5A2 are made into a one-piece, and a position-limiting groove c5A1 is formed between the lower edge of the C-class core assembly c2 and the reinforcing cover c5A2 after installing the C-class core assembly c2 onto the C-class bottom lid c2. A fixing protrusion c4A1 is disposed on the C-class connecting piece c4A, and the fixing protrusion c4A1 is Arc-shaped, so that it is easily jammed into the position-limiting groove c5A1. An elastic piece c6 is further disposed on the side edge of the C-class connecting piece c4A, and the elastic piece c6 props against the C-class core assembly c2, and is configured to further enhance the friction between the C-class casing c1 and the C-class core assembly c2. If unnecessary, there may be no need to dispose the elastic piece c6 on the side edge of the C-class connecting piece c4A.

[0062] At the time of using the lighter, first put the I-shaped C-class connecting piece c4A into the C-class casing c1, and make the C-class connecting piece c4A fit on the lower portion of the C-class fixing plate c31, and then insert the C-class core assembly c2. At this time, the fixing protrusion c4A1 engages with the position-limiting groove c5A1 to fix the C-class connecting piece c4A to the C-class core assembly c2. After that, opening and closing the C-class top lid c11 cannot make the C-class core assembly c2 leap up, and the newly-designed C-class bottom lid c5A further enhances the sealing of the C-class core assembly c2. When it is necessary to plug and unplug the C-class core assembly c2, just raise the C-class core assembly c2 with force, in this way the C-class core assembly c2 can be easily removed, and the C-class connecting piece c4A also gets loosened and can be removed at any time.

[0063] In a specific structure, there is no limitation on the structure described in the examples, as long as the C-class bottom lid and the I-shape C-class connecting piece are fixed to each other, such an existing structure falls within the protection scope of the present invention.

[0064] For a person skilled in the art, it is clear that the present invention is not limited to the details of the above exemplary embodiments, and that the present invention can be implemented in other concrete forms without deviating from the spirit or essential features of the present invention. Therefore, the embodiments should be regarded as exemplary and non-limiting in any way, and the scope of the invention is defined by the claims and not by the above description; thus, any change falling within the meaning and scope of the equivalent elements of the claims will be incorporated in the present invention. Any mark in the claims shall not be deemed as a limitation to the claims where it is involved.

[0065] In addition, it should be understood that although the description has been presented in terms of embodiments, not each embodiment contains only one independent technical solution, and this mode of the description is for clarity only; accordingly, a person skilled in the art shall take the description as a whole, and technical solutions in each embodiment may also be appropriately combined with each other to form other embodiments that can be understood by a person skilled in the art.