High-safety lighter

Abstract

The high-safety lighter comprises a bottom shell, a shell body of a flip cover, an electronic igniter, a support, an ignition button and a button push-out piece, one end of the support is connected to a gas storage mechanism, the other end of the support extends into a covering space of the flip cover, the ignition button is arranged in a button hiding space in the support, one end of the button push-out piece is hinged to the flip cover, and the other end of the button push-out piece is hinged to the electronic igniter. The other end of the button push-out part is propped against the ignition button, and the opening action is executed through the flip cover, so that one end of the button push-out part linked with the flip cover is driven to act, and the other end of the button push-out part is synchronously driven to execute the pushing action of pushing the ignition button out of the button hiding space; when the lighter is used, an operator synchronously presses the ignition button towards the direction of the bottom shell, the ignition button is recollected into the lighter, when the flip cover is closed, the ignition button cannot be pressed downwards to make contact with and be in linkage with the electronic igniter, the ignition condition is achieved, and then the use safety of the lighter is improved.

Description

Technical Field

[0001] The utility model relates to the technical field of lighters, in particular to a high-safety lighter. Background Art

[0002] A lighter is a small fire-making device, which is mainly used for making fire, lighting cigarettes, cooking and other fire-making. The main components of a lighter are the ignition mechanism and the gas storage mechanism. The principle of a lighter is that the ignition mechanism is activated to emit sparks to the gas area, igniting the gas.

[0003] Most of the lighters on the market now use electronic igniters as their ignition mechanism. After the electronic igniter is installed in the shell of the lighter, an ignition button is also involved. One end of the ignition button extends into the shell to drive the electronic igniter, and the other end is exposed outside the shell. That is, the user can drive the lighter outside the shell to ignite. That is, regardless of whether it is in use or not, the end of the ignition button away from the electronic igniter will be exposed outside the shell. However, in actual use, it is found that lighters with one end of the ignition button always exposed outside the shell may accidentally ignite in some cases, thereby causing a series of safety hazards. Summary of the invention

[0004] In view of the above-mentioned shortcomings, the utility model provides a lighter which can prevent accidental ignition when not in use and improve the safety of use.

[0005] In order to achieve the above purpose, the utility model adopts a high-safety lighter, including a shell, an electronic igniter, a gas storage mechanism, a bracket, a fire outlet area, a gas outlet mechanism connected to the gas storage mechanism, a jumper connected to the gas outlet mechanism, and an ignition button for driving the electronic igniter to operate. The shell includes a bottom shell and a flip cover adapted to the bottom shell, a placement space is formed in the bottom shell, the electronic igniter, the gas storage mechanism, the bracket, the fire outlet area, the gas outlet mechanism, and the jumper are all distributed in the placement space, a cover space is formed on one side of the flip cover adapted to the bottom shell, one end of the bracket is connected to the gas storage mechanism, and the other end extends into the cover space;

[0006] The bracket also includes a button hiding space, and the lighter also includes a button ejection member. The ignition button is arranged in the button hiding space. One end of the button ejection member is hinged to the flip cover, and the other end thereof abuts against one end of the ignition button. The opening action is performed through the flip cover, thereby driving the button ejection member and one end of the flip cover to move in linkage, and synchronously driving the other end of the button ejection member to perform a pushing action to push the ignition button out of the button hiding space.

[0007] The above beneficial effects are as follows: by involving a flip cover in the lighter, and designing a structure in which the ignition button is hidden in the bottom shell of the lighter, and at the same time involving a button pusher in the lighter, wherein the button pusher is hinged with the flip cover, and one end of the synchronous button pusher abuts against one end of the ignition button, that is, after the flip cover is opened, the ignition button can be pushed out of the button hiding space to the outside of the bottom shell of the lighter through a series of linkages, and the ignition button can be normally ignited by pressing downward normally, and after the lighter is used, the flip cover is closed. At the same time, the operator presses the ignition button toward the bottom shell at the same time, so that the ignition button can be retracted into the lighter. At the same time, when the flip cover of the lighter involved in the utility model is closed, the ignition button cannot be pressed downward to contact and link with the electronic igniter to achieve ignition, thereby improving the safety of using the lighter and preventing the situation of accidental ignition. At the same time, the scheme adopted by the operator pressing the ignition button back into the lighter is the first scheme of the utility model for the refurbishment of the ignition button.

[0008] The utility model is further configured such that the flip cover includes an opening end, a hinge end, and a push-out piece connecting portion distributed on the side of the hinge end, a flip cover hinge portion adapted to the hinge end is formed on the bracket, one end of the button push-out piece and the flip cover hinge is connected to the push-out piece connecting portion, the bracket is hinged on the bracket through the flip cover hinge portion, and the flip cover performs a flipping motion around the position of the hinge between the flip cover bracket, thereby constituting the opening or closing of the flip cover on the lighter.

[0009] Through the above arrangement, the flip cover and the button ejection member can be reliably linked, and can also be reliably connected to the bracket, thereby realizing that the flip cover involved in the lighter can be reliably opened or closed on the lighter, thereby ensuring the rationality of the design of the lighter involved in the utility model.

[0010] The utility model is further configured that the ignition button includes a push-out member contact end for contacting with the push-out member of the button, a button hinge end for performing hinge connection with the bracket and for rotating the ignition button, an ignition portion hidden in the button hidden space in the flip cover closing stage, an exposed portion formed on the bottom shell in the flip cover closing stage, and an ignition drive portion for cooperating with the electronic igniter and performing an ignition action;

[0011] When the flip cover is closed, the exposed portion of the ignition button hidden in the button hiding space is flush with the outer wall of the bottom shell, and the electronic igniter includes an igniter drive unit, which is limited in the bottom shell and cooperates with the ignition drive unit through the igniter drive unit.

[0012] Through the above-mentioned arrangement, after the ignition button is involved in the lighter, the ignition button can be hidden in the lighter, and at the same time, the ignition button can be involved in the ejection piece contact end, the button hinge end, the ignition part, the exposed part, and the ignition drive part, so that after the ignition button is set in the hidden space, it can be reliably matched and linked with the button ejection piece and the electronic igniter, and reliable ignition can be performed. At the same time, the exposed part of the ignition button hidden in the button hiding space is arranged to be flush with the outer wall of the bottom shell, thereby further ensuring the reliability and aesthetics of the ignition button, that is, if the exposed part is higher than the outer wall of the bottom shell, there will be a probability that when the raised part is contacted in case of misoperation, the ignition button may be mistakenly brought out of the bottom shell, and if the ignition button is recessed in the bottom shell, the appearance of the lighter will be affected.

[0013] The utility model is further configured that a motion track groove for driving the button ejection member to move in an arc is formed on the bracket. Through the motion track groove, the button ejection member is formed to move in an arc shape, thereby forming the ejection of the ignition button in the button hidden space.

[0014] Through the above arrangement, the flip cover is provided with a button ejector on the hinge, and the button ejector is used to eject the ignition button. After the motion trajectory groove is arranged, the motion trajectory of the button ejector can be limited, thereby achieving the goal of reliably ejecting the ignition button to the outside of the bottom shell when the flip cover is opened, thereby ensuring the rationality and reliability of the design of the lighter.

[0015] The utility model is further configured that an igniter cover is arranged between the ignition drive part and the igniter drive part of the electronic igniter, the igniter cover is arranged on the electronic igniter, and a reset member is formed inside the igniter cover, the reset member abuts between the igniter cover and the electronic igniter, a guide portion is formed on the side of the igniter cover, and a guide groove adapted to the guide portion is provided on the bracket;

[0016] During the flip cover opening stage, the ignition part is pushed out of the bottom shell by the button pusher, and by pressing the ignition part, the ignition drive part on the ignition button drives the ignition cover to move toward the side of the electronic igniter, driving the ignition drive part of the electronic igniter to move toward the electronic igniter, thereby igniting the lighter. During the ignition part ignition stage, the guide part slides in the guide groove and contacts the jumper, thereby opening the gas outlet mechanism.

[0017] During the cover closing stage, the button ejector releases the contact pushing force on the contact end of the ejector, and the ignition button is reset through the reset member of the ignition cover, so that the ignition button is pushed back into the button hidden space.

[0018] By designing the igniter cover as a structure that covers the electronic igniter, and by arranging a reset member in the igniter cover, that is, the reset member is distributed between the igniter cover and the electronic igniter, and the other end of the igniter cover contacts the ignition drive portion on the ignition button, when the flip cover of the lighter is flipped up, the ignition button is pushed out of the bottom shell by the button pusher, and since the hinge point of the flip cover and the button pusher has moved to the other end of the motion track groove after the flip cover is flipped up, that is, in the flip cover opening stage, the button pusher will push the pusher of the ignition button to contact The end is used to drive the ignition button to move toward the outside of the bottom shell, and after the flip cover is fully opened, the action force of the button pusher is used to continuously apply pressure to the contact end of the pusher, so that after the flip cover is fully opened, the reset member arranged in the igniter cover will be compressed, and when the flip cover is closed, the action force of the button pusher on the contact end of the pusher on the ignition button is released, and the reset force of the reset member is used simultaneously to make the ignition button automatically return to the bottom shell. This scheme for retracting the ignition button back to the bottom shell of the lighter is the second scheme for ignition retraction, and is also the preferred scheme.

[0019] The utility model is further configured that the ignition button also includes an avoidance groove arranged in the ignition area, and the ignition area distributed in the placement space of the bottom shell passes through the avoidance groove arranged in the ignition area.

[0020] Through the above arrangement, the ignition button will not affect the arrangement of other components in the lighter after it is designed, and the rationality of the design of the lighter is ensured.

[0021] The utility model is further configured as follows: the lighter also includes a flip cover anti-mistaken opening member, and an anti-mistaken opening member connecting portion is further formed on the hinge end of the flip cover on one side relative to the ejection member connecting portion, the anti-mistaken opening member connecting portion is adapted to the flip cover anti-mistaken opening member, one end of the flip cover anti-mistaken opening member is connected to the anti-mistaken opening member connecting portion, and the other end is limited in the bracket; the flip cover anti-mistaken opening member includes an anti-mistaken opening elastic member and a flip cover linkage member, an anti-mistaken opening member setting cavity is formed in the bracket, an insertion groove is provided at the bottom of the cavity of the anti-mistaken opening member setting cavity, the anti-mistaken opening elastic member and the flip cover linkage member are distributed in the anti-mistaken opening member setting cavity, and one end of the flip cover linkage member is hinged to the flip cover, and the other end passes through the anti-mistaken opening elastic member, and passes through the anti-mistaken opening member setting cavity to extend into the insertion groove.

[0022] Through the above arrangement, since the flip cover is directly hinged on the bottom shell, whether the flip cover is opened will directly affect whether the ignition button will extend to the outside of the bottom shell. After the flip cover anti-mistaken opening member is provided, firstly, it can ensure that after the flip cover is connected to the bottom shell, the reliability of the flip cover design can be ensured, and the design between the flip cover and the bottom shell will not be too loose. Secondly, after the flip cover anti-mistaken opening member is involved, when the flip cover is not opened, the anti-mistaken opening elastic member can be used to apply a certain degree of force toward the bottom shell to avoid being easily opened by mistake. When the user opens the flip cover during use, the elastic force of the anti-mistaken opening elastic member is overcome, thereby further ensuring the reliability of the lighter involved in the utility model.

[0023] The utility model is further configured that the mis-opening preventing elastic member and the reset member are both springs. BRIEF DESCRIPTION OF THE DRAWINGS

[0024] Figure 1 It is a three-dimensional schematic diagram of a lighter according to a specific embodiment of the utility model;

[0025] Figure 2 It is a three-dimensional schematic diagram of a bracket of a specific embodiment of the utility model from a first angle;

[0026] Figure 3 It is a second angle three-dimensional schematic diagram of the bracket of a specific embodiment of the utility model;

[0027] Figure 4 This is a schematic diagram of the internal structure of a lighter after the bottom shell is removed in a specific embodiment of the utility model;

[0028] Figure 5 It is a structural schematic diagram of a lighter of a specific embodiment of the utility model after removing the bottom shell, the gas storage mechanism and the gas outlet mechanism;

[0029] Figure 6 It is a three-dimensional schematic diagram of an ignition button according to a specific embodiment of the utility model. DETAILED DESCRIPTION

[0030] like Figure 1-6 As shown, the specific embodiment 1 of the utility model is a high-safety lighter, including a shell, an electronic igniter 20, a gas storage mechanism 4, a bracket 3, a ignition area 6, a button ejector 9, an air outlet mechanism 10 connected to the gas storage mechanism 4, a jumper 5 connected to the air outlet mechanism 10, and an ignition button 1 for driving the electronic igniter 20 to operate. The shell includes a bottom shell 21 and a flip cover 22 adapted to the bottom shell 21. A placement space is formed in the bottom shell 21. The electronic igniter 20, the gas storage mechanism 4, the bracket 3, the ignition area 6, the gas outlet mechanism 10, and the jumper 5 are all distributed in the placement space. A cover space b is formed on one side of the flip cover 22 adapted to the bottom shell 21. One end of the bracket 3 is connected to the gas storage mechanism 4, and the other end extends into the cover space b.

[0031] The bracket 3 includes a button hiding space d, and the ignition button 1 is arranged in the button hiding space d. One end of the button ejector 9 is hinged to the flip cover 22, and the other end is in contact with one end of the ignition button 1. The opening action is performed through the flip cover 22, which drives the button ejector 9 to move in conjunction with one end of the flip cover 22, and synchronously drives the other end of the button ejector 9 to perform a pushing action to push the ignition button 1 out of the button hiding space d.

[0032] The above structure is designed by providing a flip cover 22 in the lighter and hiding the ignition button 1 in the bottom shell 21. At the same time, a button ejector 9 is provided in the lighter, wherein the button ejector 9 is hinged with the flip cover 22, and one end of the button ejector 9 is synchronously abutted against one end of the ignition button 1. That is, after the flip cover 22 is opened, the ignition button 1 can be pushed out of the button hiding space d to the outside of the bottom shell 21 of the lighter through a series of linkages, and the ignition button 1 can be normally ignited by pressing downward normally. After the lighter is used, the flip cover 22 is closed. At the same time, the operator simultaneously presses the ignition button 1 toward the bottom shell 21, so that the ignition button 1 can be retracted into the lighter. At the same time, when the flip cover 22 of the lighter involved in the utility model is closed, the ignition button 1 cannot be pressed downward to contact and cooperate with the electronic igniter 20 to achieve ignition, thereby improving the safety of the lighter and preventing the accidental ignition. At the same time, the scheme of pressing the ignition button 1 back into the lighter by the operator is the first scheme of the folding scheme of the ignition button 1 in the utility model.

[0033] like Figure 4-5 As shown, the above-mentioned flip cover 22 includes an opening end 221, a hinge end 223, and a push-out piece connecting portion 224 distributed on the side of the hinge end 223, and a flip cover hinge portion 35 adapted to the hinge end 223 is formed on the bracket 3, one end of the button push-out piece 9 hinged with the flip cover 22 is connected to the push-out piece connecting portion 224, the bracket 3 is hinged on the bracket 3 through the flip cover hinge portion 35, and the flip cover 22 is flipped around the position of the hinge between the flip cover 22 and the bracket 3, thereby constituting the opening or closing of the flip cover 22 on the lighter.

[0034] like Figure 3-5 As shown, the ignition button 1 comprises an ejection member contact end 14 for contacting with the button ejection member 9, a button hinge end 12 for performing hinge connection with the bracket 3 and for rotating the ignition button 1, an ignition portion 15 hidden in the button hiding space d when the flip cover 22 is closed, an exposed portion 11 formed on the bottom shell 21 when the flip cover 22 is closed, and an ignition drive portion 13 for cooperating with the electronic igniter 20 and performing an ignition action;

[0035] When the flip cover 22 is closed, the exposed portion 11 of the ignition button 1 hidden in the button hiding space d is flush with the outer wall of the bottom shell 21. The electronic igniter 20 includes an igniter drive unit 201. The electronic igniter 20 is confined in the bottom shell 21 and cooperates with the ignition drive unit 13 through the igniter drive unit 201.

[0036] like Figure 1-6 As shown, the bracket 3 is also formed with a motion track groove 31 for driving the button ejector 9 to move in an arc. Through the motion track groove 31, the button ejector 9 is formed to move in an arc shape, so that the ignition button 1 is ejected in the button hidden space d; the ignition button 1 also includes an avoidance groove b set in the ignition area, and the ignition area 6 distributed in the placement space of the bottom shell 21 passes through the avoidance groove b set in the ignition area.

[0037] like Figure 4-5 As shown, the above-mentioned lighter also includes a flip cover anti-mistaken opening member, and an anti-mistaken opening member connecting portion 224 is also formed on the hinge end 223 of the flip cover 22 on one side relative to the ejection member connecting portion 224, and the anti-mistaken opening member connecting portion 224 is adapted to the flip cover anti-mistaken opening member, one end of the flip cover anti-mistaken opening member is connected to the anti-mistaken opening member connecting portion 224, and the other end is limited in the bracket 3; the flip cover anti-mistaken opening member includes an anti-mistaken opening elastic member 8 and a flip cover linkage member 7, an anti-mistaken opening member setting cavity 32 is formed in the bracket 3, and an insertion groove 34 is opened at the bottom of the cavity of the anti-mistaken opening member setting cavity 32, the anti-mistaken opening elastic member 8 and the flip cover linkage member 7 are distributed in the anti-mistaken opening member setting cavity 32, and one end of the flip cover linkage member 7 is hinged to the flip cover 22, and the other end passes through the anti-mistaken opening elastic member 8, and passes through the anti-mistaken opening member setting cavity 32 to extend into the insertion groove 34.

[0038] The above-mentioned elastic member 8 for preventing accidental opening and the reset member are both springs.

[0039] like Figure 2-5 As shown, in the specific embodiment 2 of the utility model, an igniter cover 30 is arranged between the ignition drive part 13 and the igniter drive part 201 of the electronic igniter 20, the igniter cover 30 is covered on the electronic igniter 20, and a reset member is formed inside the igniter cover 30, the reset member abuts between the igniter cover 30 and the electronic igniter 20, a guide portion 301 is formed on the side of the igniter cover 30, and a guide groove 33 adapted to the guide portion 301 is opened on the bracket 3;

[0040] During the opening stage of the flip cover 22, the ignition part 15 is pushed out of the bottom shell 21 by the button pusher 9, and by pressing the ignition part 15, the ignition drive part 13 on the ignition button 1 drives the ignition cover 30 to move toward the side of the electronic igniter 20, driving the ignition drive part 201 of the electronic igniter 20 to move toward the electronic igniter 20, thereby forming the ignition of the lighter. During the ignition stage of the ignition part 15, the guide part 301 slides in the guide groove 33 and contacts the jumper 5, thereby forming the opening of the gas outlet mechanism 10;

[0041] When the flip cover 22 is closed, the button ejector 9 releases the contact pushing force on the ejector contact end 14, and the ignition button 1 is reset by the reset member of the ignition cover 30, so that the ignition button 1 is pushed back into the button hidden space d.

[0042] The igniter cover 30 is designed as a structure that covers the electronic igniter 20. At the same time, a reset member is arranged in the igniter cover 30, that is, the reset member is distributed between the igniter cover 30 and the electronic igniter 20, and the other end of the igniter cover 30 contacts the ignition drive unit 13 on the ignition button 1. As a result, when the flip cover 22 of the lighter is flipped up, the ignition button 1 is pushed out of the bottom shell 21 by the button pusher 9. Since the hinge point between the flip cover 22 and the button pusher 9 has moved to the other end of the motion track groove 31 after the flip cover 22 is flipped up, that is, the flip cover 22 is opened, the button pusher 9 will push the pusher of the ignition button 1. The contact end 14 drives the ignition button 1 to move toward the outside of the bottom shell 21. After the flip cover 22 is fully opened, the action force of the button pusher 9 is used to continuously apply pressure to the pusher contact end 14. As a result, after the flip cover 22 is fully opened, the reset member arranged in the igniter cover 30 will be compressed. When the flip cover 22 is closed, the action force of the button pusher 9 on the pusher contact end 14 on the ignition button 1 is released, and the reset force of the reset member is used simultaneously to make the ignition button 1 automatically return to the bottom shell 21. This solution for retracting the ignition button 1 back into the lighter bottom shell 21 is the second solution for ignition retraction, and is also the preferred solution.

Claims

1. A high-safety lighter, comprising a housing, an electronic igniter, a gas storage mechanism, a bracket, a ignition area, a gas outlet mechanism connected to the gas storage mechanism, a jumper connected to the gas outlet mechanism, and an ignition button for driving the electronic igniter, wherein the housing comprises a bottom shell, a placement space is formed in the bottom shell, and the electronic igniter, the gas storage mechanism, the bracket, the ignition area, the gas outlet mechanism, and the jumper are all distributed in the placement space, characterized in that: The housing further comprises a flip cover adapted to the bottom shell, a cover space is formed on one side of the flip cover adapted to the bottom shell, one end of the bracket is connected to the gas storage mechanism, and the other end extends into the cover space; The bracket also includes a button hiding space, and the lighter also includes a button ejection member. The ignition button is arranged in the button hiding space. One end of the button ejection member is hinged to the flip cover, and the other end thereof abuts against one end of the ignition button. The opening action is performed through the flip cover, thereby driving the button ejection member and one end of the flip cover to move in linkage, and synchronously driving the other end of the button ejection member to perform a pushing action to push the ignition button out of the button hiding space.

2. The high-safety lighter according to claim 1, characterized in that: The flip cover includes an opening end, a hinge end, and a push-out piece connecting portion distributed on the side of the hinge end. A flip cover hinge portion adapted to the hinge end is formed on the bracket. One end of the button push-out piece and the flip cover hinge is connected to the push-out piece connecting portion. The bracket is hinged on the bracket through the flip cover hinge portion, and the flip cover performs a flipping motion around the position of the hinge between the flip cover bracket, thereby constituting the opening or closing of the flip cover on the lighter.

3. The high-safety lighter according to claim 1 or 2, characterized in that: The ignition button comprises a push-out member contact end for contacting with a push-out member of the button, a button hinge end for hinged connection with a bracket and for rotating the ignition button, an ignition portion hidden in a button hidden space in a flip cover closing stage, an exposed portion formed on the bottom shell in a flip cover closing stage, and an ignition drive portion for cooperating with an electronic igniter and performing an ignition action; When the flip cover is closed, the exposed portion of the ignition button hidden in the button hiding space is flush with the outer wall of the bottom shell, and the electronic igniter includes an igniter drive unit, which is limited in the bottom shell and cooperates with the ignition drive unit through the igniter drive unit.

4. The high-safety lighter according to claim 1 or 2, characterized in that: The bracket is also formed with a motion track groove for driving the button ejector to move in an arc. Through the motion track groove, the button ejector moves in an arc shape, thereby ejecting the ignition button in the button hidden space.

5. The high-safety lighter according to claim 3, characterized in that: An igniter cover is arranged between the ignition drive part and the igniter drive part of the electronic igniter, the igniter cover is arranged on the electronic igniter, and a reset member is formed inside the igniter cover, the reset member abuts between the igniter cover and the electronic igniter, a guide portion is formed on the side of the igniter cover, and a guide groove adapted to the guide portion is provided on the bracket; During the flip cover opening stage, the ignition part is pushed out of the bottom shell by the button pusher, and by pressing the ignition part, the ignition drive part on the ignition button drives the ignition cover to move toward the side of the electronic igniter, driving the ignition drive part of the electronic igniter to move toward the electronic igniter, thereby igniting the lighter. During the ignition part ignition stage, the guide part slides in the guide groove and contacts the jumper, thereby opening the gas outlet mechanism. During the cover closing stage, the button ejector releases the contact pushing force on the contact end of the ejector, and the ignition button is reset through the reset member of the ignition cover, so that the ignition button is pushed back into the button hidden space.

6. The high-safety lighter according to claim 1, 2 or 5, characterized in that: The ignition button also includes an avoidance groove arranged in the ignition area, and the ignition area distributed in the placement space of the bottom shell passes through the avoidance groove arranged in the ignition area.

7. The high-safety lighter according to claim 5, characterized in that: The lighter also includes a flip cover anti-accidental opening piece, and an anti-accidental opening piece connecting portion is formed on the hinge end of the flip cover on one side opposite to the ejection piece connecting portion, the anti-accidental opening piece connecting portion is adapted to the flip cover anti-accidental opening piece, one end of the flip cover anti-accidental opening piece is connected to the anti-accidental opening piece connecting portion, and the other end is limited in the bracket.

8. The high-safety lighter according to claim 7, characterized in that: The flip cover anti-mistaken opening component includes an anti-mistaken opening elastic component and a flip cover linkage component. An anti-mistaken opening component setting cavity is formed in the bracket, and an insertion groove is opened at the bottom of the cavity of the anti-mistaken opening component setting cavity. The anti-mistaken opening elastic component and the flip cover linkage component are distributed in the anti-mistaken opening component setting cavity, and one end of the flip cover linkage component is hinged to the flip cover, and the other end passes through the anti-mistaken opening elastic component and the anti-mistaken opening component setting cavity and extends into the insertion groove.

9. The high-safety lighter according to claim 8, characterized in that: The anti-mis-opening elastic member and the reset member are both springs.

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