Lighter capable of discharging fire reliably

Abstract

The lighter with the reliable fire outlet comprises a shell, an electronic fire maker, an ignition button, a gas outlet mechanism, a jumping piece and fire outlet mechanisms, the electronic fire maker, the ignition button, the gas outlet mechanism and the jumping piece are limited in the shell, the fire outlet mechanisms are used for being matched with the fire outlet number of the lighter, and each fire outlet mechanism comprises a fire outlet end used for fire outlet and a gas inlet end. A gas outlet pipe and a gas distribution mechanism are arranged between the gas outlet mechanism and the gas inlet end of the fire outlet mechanism, the gas distribution mechanism comprises a gas inlet part, gas outlet parts and a gas storage area, the number of the gas outlet parts is matched with the number of fire outlets of the lighter, one end of the gas outlet pipe is connected to the gas outlet mechanism, and the other end of the gas outlet pipe is connected with the gas inlet part. The gas inlet ends of all the fire outlet mechanisms are connected to all the gas outlet parts, and the fire outlet mechanisms and all the gas outlet parts are arranged in a sealing and close-fitting mode, by means of the gas distribution mechanism, the internal design of the lighter can be simple, fire outlet is reliable, meanwhile, compared with the prior art, a plurality of fire outlet heads are omitted, and the design cost is reduced.

Description

TECHNICAL FIELD

[0001] The utility model relates to lighter technical field especially relates to a reliable lighter. BACKGROUND

[0002] Lighter is a kind of small fire device. It is mainly used for taking fire, lighting cigarette, and also used for cooking and other taking fire. The main components of lighter are lighter mechanism and gas storage tank. The principle of lighter is that through the action of lighter mechanism, spark is shot to gas area, and gas is ignited.

[0003] Most of the lighters on the market still contain gas outlet mechanism connected to gas storage mechanism, and jumper connected to gas outlet mechanism and driving gas storage mechanism to discharge gas. The gas outlet mechanism is generally gas outlet head. With the continuous application of lighters on the market, lighters with several fire heads have gradually appeared on the market. During the lighter stage, several fire heads perform synchronous fire. The internal structure of the existing lighter with several fire heads is designed to realize synchronous fire of several fire heads. Generally, the gas storage tank is provided with gas outlet heads matched with the number of fire heads. Each fire head is connected to each gas outlet head through a gas outlet pipe. The number of gas outlet pipes is matched with the number of fire heads and gas outlet heads. Therefore, during actual production and manufacturing, when multiple fire heads, multiple gas outlet heads and multiple gas outlet pipes are involved, the internal structure of lighter will be relatively complex, and the design cost will be high. When multiple gas outlet pipes are involved in fire heads and gas outlet heads, the assembly complexity will be greatly improved. When multiple gas outlet pipes are involved, the gas outlet pipes may fall off due to winding during use. Therefore, the lighter may not fire normally. SUMMARY

[0004] In view of the above problems, the utility model provides a lighter with multiple fire heads, which can reliably fire.

[0005] In order to achieve the above object, the utility model discloses a reliable lighter, including shell, and the electronic lighter of limiting in the shell, ignition button, gas outlet mechanism, jump sheet, the gas outlet mechanism for with the gas outlet quantity of lighter is adapted, through ignition button, for driving electronic lighter action, the gas outlet mechanism one end is inserted into the gas storage mechanism, and the other end is towards the gas outlet mechanism, through the jump sheet, for driving the gas outlet of gas outlet mechanism, all gas outlet mechanism includes the gas outlet end for the gas outlet, and the gas inlet end towards the gas outlet mechanism, the gas outlet mechanism and the gas inlet end of gas outlet mechanism include a gas outlet pipe and gas shunt mechanism between, the gas shunt mechanism includes an air inlet part, the gas outlet part of the gas outlet quantity of lighter is adapted, and the gas storage area is distributed between the air inlet part and the gas outlet part;

[0006] The gas outlet pipe between the gas outlet mechanism and the gas inlet end is connected to the gas outlet mechanism on one end, and the other end is connected with the air inlet part, and the gas inlet end of all gas outlet mechanisms is connected to each air inlet part, and is arranged in a sealed and tightly fitted manner between each air inlet part.

[0007] The utility model further sets up, the gas shunt mechanism includes the gas shunt spare with air inlet cavity, is used for embedding the elastic member between the air inlet cavity and the air inlet cavity and is arranged in a tightly fitted manner, each air outlet part is distributed in the elastic member, the air inlet part is distributed on the gas shunt spare, and is connected with the air inlet cavity, the gas storage area is the inlay groove that sets up in the chamber bottom position of air inlet cavity, and the inlay groove is communicated with each air outlet part respectively.

[0008] The utility model further sets up, the gas shunt mechanism still includes the support leg that is distributed on the gas shunt spare and extends towards the direction of shell, and the support leg is abutted on the shell, and forms the limit in the shell in the gas shunt mechanism.

[0009] The utility model further sets up, each air outlet part is the air outlet hole that sets up in the elastic member, and the air outlet hole is less than the outer diameter of the gas inlet end of gas outlet mechanism, and the air outlet hole that expands under external force can be used for the gas inlet end of the gas outlet mechanism that inserts and executes the tight fitting limit.

[0010] The utility model further sets up, the elastic member is silica gel elastic member.

[0011] The utility model discloses beneficial effect lies in: through the lighter involves the casing, and the electronic lighter of limiting in the casing, ignition button, gas outlet mechanism, jump sheet, the gas outlet mechanism of being used for with the fire number of lighter adaptation, still involves the gas shunt mechanism, wherein the number of gas outlet of gas shunt mechanism involves multiple, namely with the number of fire mechanism presents the setting of adaptation, and after the air inlet pipe of fire mechanism inserts in the gas outlet of gas shunt mechanism, can form sealed tight -fitting setting between the gas outlet of gas shunt mechanism, simultaneously, only involves an air inlet of gas shunt mechanism, and the gas outlet mechanism on the gas storage mechanism is connected through a gas outlet pipe and is connected, and the air inlet and the gas outlet between synchronous still involve the gas storage area, namely in the gas that enters the gas shunt mechanism through the gas outlet mechanism, can enter the position of gas storage area in advance, then through multiple gas outlets, the gas is dispersed to several fire mechanisms, and the gas in each fire mechanism is ignited simultaneously through electronic igniter, that is, realizes the fire of multiple heads, in addition, through involving gas shunt mechanism, can make the internal design of lighter simple, and the fire is reliable, and solve the similar to the existing because involving multiple gas outlet pipes, its assembly manufacturing process is complicated, and when involving multiple gas outlet pipes, the gas outlet pipe will be due to winding etc. Condition, in the use, the situation of easy to fall off can appear, simultaneously, when involving multiple fire heads, the situation of the high design cost that appears is avoided. BRIEF DESCRIPTION OF DRAWINGS

[0012] Figure 1 It is the three-dimensional schematic diagram of the lighter of the utility model embodiment;

[0013] Figure 2 It is the half cutaway schematic diagram of the lighter of the utility model embodiment;

[0014] Figure 3 It is Figure 2 The enlarged schematic diagram.

[0015] Figure 4 It is the structure schematic diagram of the lighter of the utility model embodiment after removing the external casing;

[0016] Figure 5 It is the explosion schematic diagram of the lighter of the utility model embodiment after removing the external casing;

[0017] Figure 6 It is the explosion schematic diagram of the gas shunt mechanism of the utility model embodiment;

[0018] Figure 7 It is the three-dimensional schematic diagram of the gas shunt mechanism of the utility model embodiment. DETAILED DESCRIPTION

[0019] As Figures 1-7The utility model discloses a reliable fire lighter, including shell 1, and the electronic lighter 7 of limiting in shell 1, ignition button 6, gas outlet mechanism 3, jump sheet 8, the fire mechanism 5 for with the fire number of lighter is adapted, through ignition button 6, for driving electronic lighter 7 action, gas outlet mechanism 3 one end stretches into gas storage mechanism 2, the other end is towards fire mechanism 5, through jump sheet 8, for driving the gas of gas outlet mechanism 3, all fire mechanism 5 includes the fire end 51 for firing, and the air inlet end 52 towards gas outlet mechanism 3, the air inlet end 52 between gas outlet mechanism 3 and fire mechanism 5 includes a gas pipe 10, and gas shunt mechanism 4, gas shunt mechanism 4 includes an air inlet part 41, the air outlet part 451 of the fire number of lighter is adapted, and the gas storage area 442 between air inlet part 41 and air outlet part 451 is distributed,

[0020] The gas pipe 10 between gas outlet mechanism 3 and air inlet end 52 is connected to gas outlet mechanism 3 on one end, and is connected with air inlet part 41 on the other end, and the air inlet end 52 of all fire mechanism 5 is connected to each air outlet part 451, and is in sealed tight fitting type with each air outlet part 451.

[0021] Through the lighter involves shell 1, and the electronic lighter 7 of limiting in shell 1, ignition button 6, gas outlet mechanism 3, jump sheet 8, the fire mechanism 5 for with the fire number of lighter is adapted, and the air outlet part 451 of gas shunt mechanism 4 is involved multiple, namely with the number of fire mechanism 5 is adapted, and after the air inlet pipe of fire mechanism 5 is inserted in the air outlet part 451 of gas shunt mechanism 4, the air outlet part 451 of gas shunt mechanism 4 can be formed sealed tight fitting type, and the air outlet part 451 of gas shunt mechanism 4 is only involved one air inlet part 41, and the air outlet mechanism 3 on gas storage mechanism 2 is connected through a gas pipe 10, and the air inlet part 41 and the air outlet part 451 are also involved gas storage area 442, that is, the gas that enters gas shunt mechanism 4 through gas outlet mechanism 3 can be pre-entered into the position of gas storage area 442, and then the gas is dispersed into several fire mechanism 5 through multiple air outlet parts 451, and the gas in each fire mechanism 5 is ignited simultaneously through electronic igniter, that is, multiple fire is realized, in addition, through involving gas shunt mechanism 4, the internal design of lighter can be simple, reliable fire, and the complex assembly and manufacturing process of multiple gas pipes 10 is solved, and the gas pipes 10 are easy to fall off in the use process due to winding, and the high design cost of multiple fire heads is avoided.

[0022] As Figures 3-7As shown, the gas distribution mechanism 4 comprises a gas distribution member 44 having an air inlet cavity 441, an elastic member 45 for being embedded in the air inlet cavity 441 and being in close fit with the air inlet cavity 441, each air outlet portion 451 is distributed in the elastic member 45, the air inlet portion 41 is distributed on the gas distribution member 44 and is in communication with the air inlet cavity 441, the gas storage area 442 is an embedded groove opened at the bottom of the air inlet cavity 441, and the embedded groove is in communication with each air outlet portion 451; the elastic member 45 is a silica gel elastic member 45, which can make the gas distribution mechanism 4 reliable and convenient to implement.

[0023] As shown in Figure 3 , 5 As shown in FIG. 7, the gas distribution mechanism 4 further comprises a supporting leg 43 distributed on the gas distribution member 44 and extending towards the housing 1, which is in contact with the housing 1 to form a limiting design of the housing 1 in the gas distribution mechanism 4, so that the gas distribution mechanism 4 can be reliably limited in the housing 1.

[0024] As shown in Figure 3 , 5 As shown in FIG. 7, each air outlet portion 451 is provided with an air outlet hole in the elastic member 45, and the air outlet hole is smaller than the outer diameter of the air inlet end 52 of the fire outlet mechanism 5. The air outlet hole expanded by external force can be used for the air inlet end 52 of the inserted fire outlet mechanism 5 to perform a close fit limiting design, so that the air outlet portion 451 distributed on the elastic member 45 can be reliably and closely fitted with the air inlet end 52 of the fire outlet mechanism 5, that is, the gas outlet from the gas outlet mechanism 3 can reliably enter the gas distribution mechanism 4 without accidental leakage.

Claims

1. A reliable lighter comprising a housing, an electronic lighter confined within the housing, a firing button, an air outlet mechanism, a jumper, an air outlet mechanism adapted to the number of firings of the lighter, said firing button for actuating the electronic lighter, said air outlet mechanism having one end extending into the air reservoir mechanism and the other end facing the air outlet mechanism, said jumper for actuating the air outlet mechanism, all of the air outlet mechanisms comprising an air outlet end for the air outlet and an air inlet end facing the air outlet mechanism, characterized in that: The gas outlet mechanism and the air inlet end of the fire mechanism are connected by a gas outlet pipe and a gas distribution mechanism, the gas distribution mechanism comprises an air inlet part, a gas outlet part corresponding to the number of the fire mechanism, and a gas storage area between the air inlet part and the gas outlet part; One end of the gas outlet pipe between the gas outlet mechanism and the air inlet end is connected to the gas outlet mechanism, and the other end is connected to the air inlet part, and the air inlet end of all the fire mechanisms is connected to the air inlet part.

2. The reliable ignition lighter according to claim 1, wherein: The gas distribution mechanism comprises a gas distribution member with an air inlet cavity, an elastic member embedded in the air inlet cavity and tightly fitted with the air inlet cavity, each gas outlet part is distributed in the elastic member, the air inlet part is distributed on the gas distribution member and communicates with the air inlet cavity, and the gas storage area is an embedded groove opened at the bottom of the air inlet cavity, and the embedded groove communicates with each gas outlet part.

3. The reliable ignition lighter according to claim 2, wherein: The gas distribution mechanism further comprises a supporting leg distributed on the gas distribution member and extending towards the shell, and the supporting leg abuts against the shell to limit the position of the shell in the gas distribution mechanism.

4. The reliable ignition lighter according to claim 2 or 3, characterized in that: Each gas outlet part is provided with an air outlet hole in the elastic member, and the air outlet hole is smaller than the outer diameter of the air inlet end of the fire mechanism, and the air outlet hole expanded by external force can be used to tightly fit and limit the air inlet end of the inserted fire mechanism.

5. The reliable ignition lighter according to claim 2 or 3, wherein: The elastic member is a silica gel elastic member.

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