Handheld electronic saluting gun

Abstract

The utility model relates to a handheld electronic saluting gun, which comprises a gun barrel (1), a gas storage and injection device (2), a nozzle (3) and an igniter (4), a drainage chamber (11), a mixed explosion chamber (12) and a plurality of stages of detonation chambers (13) are arranged in the gun barrel (1), a gas outlet of the gas storage and injection device (2) is connected with the nozzle (3), a gas nozzle of the nozzle (3) faces the direction of the mixed explosion chamber (12), a drainage tube (5) is arranged between the drainage chamber (11) and the mixed explosion chamber (12), and the mixed explosion chamber (12) is connected with the igniter (4). An ignition head (41) of the igniter (4) is arranged in the mixed explosion chamber (12), partition plates (15) are arranged in the gun barrel (1), and detonation holes (16) with the area larger than that of the first level are formed in the partition plates respectively. The hand-held chirp is suitable for being held by a hand, the chirp is more flexible and convenient, the festive atmosphere of wedding or celebrations can be increased, and the entertainment and interestingness are better. The gas cylinder is used for inflation or directly serves as a gas source, repeated use and continuous buzzing can be achieved, and safety and environment friendliness are achieved.

Description

TECHNICAL FIELD

[0001] The utility model relates to a gift, specifically relates to a handheld electronic salute. BACKGROUND

[0002] The electronic salute is a kind of salute with combustible gas as fuel, which utilizes electronic ignition to produce explosion, and it is widely welcomed because of its less pollution and easily adjustable sound size.Compared with the traditional salute with gunpowder or explosive as fuel, the electronic salute is easier to control and manage, and has higher safety.However, the existing electronic salute can only be placed on the ground or in a special salute vehicle because of its weight and structure, and it is not flexible and convenient to sound. SUMMARY

[0003] The utility model aims at providing a handheld electronic salute which is flexible and convenient to sound, and has better entertainment and interesting.

[0004] The technical solution of the utility model is as follows: it includes cannon pipe and the gas storage and injection device, nozzle and igniter arranged on the cannon pipe, the cannon pipe is sequentially provided with drainage chamber, mixed explosion chamber and several levels of detonation chamber from back to front, the gas outlet of gas storage and injection device is connected with the air inlet of nozzle, the air outlet of nozzle is installed on the back side of drainage chamber and faces mixed explosion chamber, drainage pipe is arranged between drainage chamber and mixed explosion chamber, one end of drainage pipe faces nozzle, and the other end is connected with mixed explosion chamber, the side wall of cannon pipe at the position of drainage chamber is provided with air inlet which is connected with the outside of cannon pipe, the ignition head of igniter is arranged in mixed explosion chamber, each level of detonation chamber in cannon pipe is respectively provided with baffle on the side close to mixed explosion chamber, and each baffle is respectively provided with detonation hole with area gradually increasing from mixed explosion chamber to the next level.

[0005] The utility model has the technical effects that it is suitable for holding and sounding by hand, and it is more flexible and convenient to sound, can increase the festive atmosphere of wedding or celebration, and has better entertainment and interesting.It can be repeatedly used and continuously sounded by inflating or directly using gas cylinder as gas source, has loud and shocking sound, has low sounding cost, and is worth being popularized.It is convenient to carry and store, and will not produce combustible material after sounding, can avoid the danger and pollution caused by firecracker sounding, and is more safe and environmental. BRIEF DESCRIPTION OF DRAWINGS

[0006] Figure 1 It is the cross-sectional structure diagram of the utility model embodiment one;

[0007] Figure 2 It is the cross-sectional structure diagram of the utility model embodiment two;

[0008] Figure 3 It is the cross-sectional structure diagram of the utility model embodiment three;

[0009] Figure 4This is a cross-sectional view of Embodiment 4 of the present invention. Detailed Implementation

[0010] Example 1, as Figure 1 As shown, it includes a gun barrel 1 and a gas storage and injection device 2, a nozzle 3, and an igniter 4 installed on the gun barrel 1. The gun barrel 1 has a flow chamber 11, a mixed explosion chamber 12, and several stages of detonation chambers 13 arranged sequentially from back to front. The outlet of the gas storage and injection device 2 is connected to the inlet of the nozzle 3. The nozzle 3 is installed on the rear side of the flow chamber 11 with its exhaust port facing the mixed explosion chamber 12. A flow pipe 5 is provided between the flow chamber 11 and the mixed explosion chamber 12, with one end facing the nozzle 3 and the other end connected to the mixed explosion chamber 12. An air inlet 14 connected to the outside of the gun barrel 1 is provided on the side wall of the gun barrel 1 at the position of the flow chamber 11. The ignition head 41 of the igniter 4 is located in the mixed explosion chamber 12. Each stage of detonation chamber 13 in the gun barrel 1 has a partition 15 on the side near the mixed explosion chamber 12. Each partition 15 has a detonation hole 16 with an area that increases from the mixed explosion chamber 12 to the rear.

[0011] The detonation holes 16 on each partition 15 are circular holes located at the center of the partition 15.

[0012] The area of ​​the detonation holes 16 on each partition 15 is arranged in order from the mixed explosion chamber 12 to the rear, with each subsequent stage being 1.1 to 1.5 times the size of the previous stage.

[0013] The volume of each detonation chamber 13 is arranged in order from the mixed detonation chamber 12 to the next, with each subsequent chamber being 1.1 to 1.5 times the volume of the previous chamber.

[0014] The gun barrel 1 is equipped with 3-7 level detonation chambers 13.

[0015] The barrel 1 has a transparent wall so that the flash produced during firing can be seen at night, which can improve the viewing experience.

[0016] The outer wall of the drainage pipe 5 is provided with external threads. Nuts 51 located in the drainage chamber 11 and the mixing chamber 12 are respectively installed on the drainage pipe 5 by the threads. The drainage pipe 5 is installed in the gap between the drainage chamber 11 and the mixing chamber 12 by the two nuts 51. The distance between the drainage pipe 5 and the nozzle 3 can be adjusted back and forth to achieve the best drainage and mixing effect.

[0017] The mixed-explosion chamber 12 is equipped with a mixed-gas baffle 17 that is directly opposite the gas outlet of the diversion pipe 5 and is spaced apart from the diversion pipe 5 by a certain distance. Several mixed-gas passage holes 18 are provided between the outer side of the mixed-gas baffle 18 and the inner wall of the barrel 1.

[0018] It includes a cylindrical barrel 6 with the front half being the barrel 1, an igniter 4 located behind the barrel 1 and installed inside the barrel 6, an igniter button 42 exposed outside the barrel 6, and the igniter 4 connected to the ignition head 41 located in the mixed explosion chamber 12 via a wire.

[0019] The gas storage and injection device 2 is composed of an injection valve 21 and a gas storage chamber 22. The injection valve 21 is installed in the cannon barrel 6 behind the igniter 4, and the injection valve button 23 is exposed outside the cannon barrel 6. The gas storage chamber 22 is installed in the cannon barrel 6 behind the injection valve 21. The gas outlet of the injection valve 21 is connected with the gas inlet of the nozzle 3 through a gas pipe. The gas outlet provided at the front end of the gas storage chamber 22 is connected with the gas inlet of the injection valve 21. The rear end of the gas storage chamber 22 is provided with a gas filling valve 24 matched with the gas cylinder 7.

[0020] The side wall of the gas storage chamber 22 is made of transparent material, so that the gas storage amount in the gas storage chamber 22 can be clearly seen. The gas storage chamber 22 is provided with an exhaust pipe 25 having one end connected with the gas outlet of the gas storage chamber 22 and the other end extending to the middle position of the gas storage chamber 22. The purpose of providing the exhaust pipe 25 is to prevent the gas storage chamber 22 from spraying liquid outwardly. Each time the gas storage chamber 22 is filled with gas, the liquid amount filled in the gas storage chamber 22 is at most half of the total capacity of the gas storage chamber 22. Since the gas inlet of the exhaust pipe 25 is located at the middle position of the gas storage chamber 22, no matter which direction the cannon barrel 6 faces, the gas inlet of the exhaust pipe 25 will always be above the liquid surface in the gas storage chamber 22. When the injection valve 21 is opened to inject gas into the nozzle 3, it can be ensured that the exhaust pipe 25 will only spray gas outwardly and will not spray liquid, so as to ensure the safety in use.

[0021] Two observation openings 61 for observing the gas filling amount in the gas storage chamber 22 through light are provided on the opposite side walls of the cannon barrel 6 at the corresponding position of the middle of the gas storage chamber 22.

[0022] The axial length of the first-stage detonation chamber 13 adjacent to the mixed explosion chamber 12 is 1.5-2.5 times of the inner diameter of the cannon barrel 1.

[0023] The total length of the cannon barrel 1 is 7-15 times of the inner diameter of the cannon barrel 1. It has been proved by actual distance that the length-diameter ratio of the cannon barrel 1 is best in this range.

[0024] The igniter 4 is a piezoelectric ceramic igniter.

[0025] A cross-shaped anti-plug blocking frame 19 (see Figure 1 ) is provided at the cannon mouth position of the front end of the cannon barrel 1, so as to prevent foreign matters from being inserted into the front end of the cannon barrel 1, which may cause the cannon barrel 1 to burst when sounding.

[0026] An end cover 20 sleeved on the cannon barrel 1 is provided at the cannon mouth position of the front end of the cannon barrel 1. A plurality of lateral sounding holes 30 (see Figure 2 ) are provided on the side wall of the end cover 20 and the cannon barrel 1 in a sleeved and matched manner. The purpose is also to prevent foreign matters from being inserted into the front end of the cannon barrel 1, which may cause the cannon barrel 1 to burst when sounding.

[0027] In the second embodiment, as Figure 2The difference between the embodiment one is that the gas storage and injection device 2 is a gas cylinder 7, the barrel 6 is provided with an injection seat 8 which is axially slidably connected with the barrel 6 behind the igniter 4, the injection seat 8 is provided with a gas charging port which is matched with the nozzle of the gas cylinder 7 and a gas outlet port which is connected with the gas inlet port of the nozzle 3 through a gas pipe, the barrel 6 at the corresponding position of the injection seat 8 is provided with a control sleeve 81 which is movably sleeved on the barrel 6, the barrel 6 between the control sleeve 81 and the injection seat 8 is provided with a plurality of strip-shaped holes 62 which are axially extended, the control sleeve 81 and the injection seat 8 are connected through a plurality of connecting pins 82 which are connected with the control sleeve 81 at one end and connected with the injection seat 8 at the other end and pass through the strip-shaped holes 62 at the middle part, the barrel 6 behind the injection seat 8 is provided with a gas cylinder connecting seat 9, the gas cylinder connecting seat 9 is provided with a plurality of elastic outer clamping wedges 91 which are circumferentially divided and matched with the inner clamping grooves 71 on the outer periphery of the nozzle of the gas cylinder 7, the front half of the gas cylinder 7 is clamped with the gas cylinder connecting seat 9 in the barrel 6 and the rear half of the gas cylinder 7 is located outside the barrel 6, so that the gas cylinder 7 can be pulled out and replaced.

[0028] The gas charging port of the injection seat 8 is provided with an O-shaped sealing ring 83 which is matched with the nozzle of the gas cylinder 7, the rear of the sealing ring 83 is provided with a nozzle guide ring 84 which is installed in the gas charging port through screw thread and has a large inner diameter at the rear and a small inner diameter at the front, the front of the sealing ring 83 is provided with an inner step 85 which is matched with the nozzle of the gas cylinder 7, and the center of the inner step 85 is provided with a gas charging hole 86 which is connected with the gas outlet port.

[0029] The rear control sleeve 81 is pulled to make the injection seat 8 retract and compress the end face of the inner step 85 with the nozzle of the gas cylinder 7, so that the nozzle can be opened to spray gas outward. When the gas cylinder 7 is replaced, the empty gas cylinder 7 is pulled out and a new gas cylinder 7 is replaced, the elastic outer clamping wedges 91 are retracted and then elastically clamped into the inner clamping grooves 71 on the outer periphery of the nozzle of the gas cylinder 7, so that the gas cylinder 7 can be reliably installed on the gas cylinder connecting seat 9.

[0030] In the embodiment three, Figure 3As shown, the difference from Embodiment 1 is that the gas storage and injection device 2 is a gas cylinder 7, and the cannon barrel 6 is provided with an injection seat 8 located behind the igniter 4. The injection seat 8 is provided with an injection port that matches the nozzle of the gas cylinder 7 and an outlet that is connected to the air inlet of the nozzle 3 through a gas pipe. The cannon barrel 6 behind the injection seat 8 is provided with a gas cylinder connecting seat 9 that slides axially with the cannon barrel 6. The cannon barrel 6 at the corresponding position of the gas cylinder connecting seat 9 is provided with a control sleeve 81 that is movably fitted on the cannon barrel 6. The side wall of the cannon barrel 6 between the control sleeve 81 and the gas cylinder connection seat 9 is provided with several strip holes 62 extending along the axial direction of the cannon barrel 6. The control sleeve 81 and the gas cylinder connection seat 9 are connected to each other by several connecting pins 82, one end of which is connected to the control sleeve 81, the other end of which is connected to the gas cylinder connection seat 9, and the middle part passes through the strip holes 62. The gas cylinder connection seat 9 is provided with elastic outer wedges 91 that are divided into several parts in the circumferential direction to cooperate with the inner groove 71 on the outer periphery of the gas cylinder 7 nozzle. The front half of the gas cylinder 7 is located inside the cannon barrel 6 and is engaged with the gas cylinder connection seat 9, while the rear half is located outside the cannon barrel 6, so as to facilitate the insertion and removal of the gas cylinder 7.

[0031] The gas filling port of the gas filling seat 8 is provided with an O-ring seal 83 that matches the nozzle of the gas cylinder 7. Behind the seal 83 is a nozzle guide ring 84 with a larger inner diameter at the back and smaller inner diameter at the front, which is installed on the gas filling port by threads. In front of the seal 83 is an inner step 85 that matches the nozzle of the gas cylinder 7. At the center of the inner step 85 is a gas filling hole 86 that communicates with the gas outlet.

[0032] Pushing the control sleeve 81 forward causes the gas cylinder connector 9 to extend forward, compressing the gas cylinder 7 nozzle against the end face of the inner step 85, allowing the nozzle to be opened and gas to be expelled. Replacing the gas cylinder 7 is the same as in Embodiment 2.

[0033] Example 4, as Figure 4 As shown, the difference from Embodiment 1 is that the gas storage and injection device 2 is a gas cylinder 7. The cannon barrel 6 is provided with an injection seat 8 located behind the igniter 4 and radially sliding with the cannon barrel 6. One end of the injection seat 8 in the sliding direction is provided with an injection button 87 that passes through the side wall of the cannon barrel 6 and protrudes outside the cannon barrel 6. The injection seat 8 is provided with an inflation port that matches the nozzle of the gas cylinder 7 and an exhaust port that is connected to the air inlet of the nozzle 3 through a gas pipe. On the side opposite to the inflation port, the cannon barrel 6 is provided with a gas cylinder connecting seat 9 horizontally installed on the cannon barrel 6. The gas cylinder connecting seat 9 is provided with an elastic outer wedge 91 that is divided into several parts in the circumferential direction and matches the inner groove 71 on the outer periphery of the nozzle of the gas cylinder 7. The gas cylinder connecting seat 9 is provided with a gas cylinder sleeve 92 connected to the cannon barrel 6 at one end. The front half of the gas cylinder 7 is inserted into the gas cylinder sleeve 92 and engaged with the gas cylinder connecting seat 9, and the rear half is located outside the gas cylinder sleeve 92, so as to remove and replace the gas cylinder 7.

[0034] The gas injection seat 8 is provided with an O-shaped sealing ring 83 matched with the nozzle of the gas cylinder 7. The rear of the sealing ring 83 is provided with a nozzle guide ring 84 with a large inner diameter at the rear and a small inner diameter at the front, which is screwed on the gas injection port. The front of the sealing ring 83 is provided with an inner step 85 matched with the nozzle of the gas cylinder 7. The center of the inner step 85 is provided with a gas injection hole 86 connected with the gas outlet.

[0035] Pressing the gas injection button 87 of the gas injection seat 8 can compress the nozzle of the gas cylinder 7, so that the nozzle is opened to discharge gas outward. When replacing the gas cylinder 7, the empty gas cylinder 7 is pulled out from the gas cylinder connecting seat 9, and then the new gas cylinder 7 is inserted into the gas cylinder sheath 92 and clamped with the gas cylinder connecting seat 9.

[0036] The gas cylinder 7 is a butane cylinder or other type of gas cylinder.

[0037] Method of use:

[0038] If the gas storage and injection device 2 adopts the gas storage chamber 22 of example one, the gas cylinder 7 needs to be used to charge the gas storage chamber 22 before use. The nozzle of the gas cylinder 7 is aligned with the gas injection valve 24 at the rear of the gas storage chamber 22, and the nozzle is compressed to open the nozzle to charge the gas storage chamber 22. By observation, the liquid volume is charged to about half of the capacity of the gas storage chamber 22.

[0039] When in use, the barrel 6 is held by hand, and the gas outlet of the barrel 1 is directed upward or upward and obliquely. Then the gas injection valve button 23 is pressed to open the gas injection valve 21, and the gas is injected into the flow guide pipe 5 through the nozzle 3. The high-speed ejected gas will generate suction force to carry the air in the flow guide chamber 11 into the mixing explosion chamber 12. Under the blocking action of the gas mixing baffle 18, the gas and air are fully mixed and contacted in the mixing explosion chamber 12. When the appropriate amount of gas injection is reached, the gas injection is stopped. When the firecracker is fired, the igniter button 42 is pressed, and an electric spark is generated between the positive and negative electrodes of the ignition head 41, so that the mixed gas explodes in the mixing explosion chamber 12 and is ejected from the front end of the barrel 1 through the various explosion chambers 13 in the barrel 1, producing a loud sound of the firecracker. Pressing the gas injection valve button 23 and the igniter button 42 in turn again can continue to inject gas and ignite, so as to fire again. When the gas volume in the gas storage chamber 22 is insufficient, the gas cylinder 7 can be used again to supplement the gas.

[0040] If the gas cylinder 7 of examples two, three and four is used as the gas storage and injection device 2, the gas cylinder 7 needs to be inserted into the barrel 6 or the gas cylinder sheath 92, so that the gas cylinder 7 is reliably connected with the gas cylinder connecting seat 9.

[0041] When using, one hand holds the barrel 6, the other hand pulls or pushes the control sleeve 81, or holds the barrel 6, presses the gas injection button 87, compresses the nozzle of the gas cylinder 7 to open it, and injects gas into the mixed explosion chamber 12 through the nozzle 3 and the flow guide pipe 5, and stops injecting gas when the appropriate amount of gas is injected. The sounding method is the same as above. When the gas in the gas cylinder 7 is insufficient, the gas can be supplemented by replacing the gas cylinder 7.

[0042] It can be repeatedly used, which can not only reduce the use cost, but also be beneficial to energy saving and environmental protection.

Claims

1. A hand-held electronic salute comprising a barrel (1) and a gas reservoir (2) arranged on the barrel (1), a nozzle (3) and an igniter (4), characterized in that: The barrel (1) is provided with a flow guide chamber (11), a mixed explosion chamber (12) and several stages of detonation chambers (13) from back to front, the gas outlet of the gas storage and injection device (2) is connected with the gas inlet of the nozzle (3), the gas outlet of the nozzle (3) is installed on the rear side of the flow guide chamber (11) and faces the mixed explosion chamber (12), a flow guide pipe (5) is arranged between the flow guide chamber (11) and the mixed explosion chamber (12), one end of the flow guide pipe (5) faces the nozzle (3) and the other end is connected with the mixed explosion chamber (12), the air inlet (14) of the flow guide chamber (11) is connected with the outside of the barrel (1), the ignition head (41) of the igniter (4) is arranged in the mixed explosion chamber (12), each stage of the detonation chambers (13) in the barrel (1) is provided with a baffle (15) on the side close to the mixed explosion chamber (12), and each baffle (15) is provided with a detonation hole (16) with an area gradually increasing from the mixed explosion chamber (12) to the rear stage.

2. The handheld electronic candle of claim 1, wherein The detonation hole (16) on each baffle (15) is a circular hole arranged at the center of the baffle (15), and the area of the detonation hole (16) on each baffle (15) gradually increases from the mixed explosion chamber (12) to the rear stage, and the area of the detonation hole (16) on the rear stage is 1.1-1.5 times that of the front stage.

3. The handheld electronic candle of claim 1, wherein The volume of each detonation chamber (13) gradually increases from the mixed explosion chamber (12) to the rear stage, and the volume of the rear stage is 1.1-1.5 times that of the front stage, and the barrel (1) is provided with 3-7 stages of detonation chambers (13).

4. The handheld electronic candle of claim 1, wherein It comprises a cylindrical barrel (6) in the front half of the barrel (1), the igniter (4) is arranged in the barrel (6) behind the barrel (1), the igniter button (42) is exposed to the outside of the barrel (6), and the igniter (4) is connected with the ignition head (41) arranged in the mixed explosion chamber (12) through a wire.

5. The handheld electronic candle of claim 4, wherein The gas storage and injection device (2) is composed of an injection valve (21) and a gas storage bin (22), the injection valve (21) is arranged in the barrel (6) behind the igniter (4), and the injection valve button (23) is exposed to the outside of the barrel (6), the gas storage bin (22) is arranged in the barrel (6) behind the injection valve (21), the gas outlet of the injection valve (21) is connected with the gas inlet of the nozzle (3) through a gas pipe, the gas outlet arranged at the front end of the gas storage bin (22) is connected with the gas inlet of the injection valve (21), and the rear end of the gas storage bin (22) is provided with a gas filling valve (24) matched with the gas cylinder (7).

6. The hand-held electronic chime of claim 5, wherein The side wall of the gas storage bin (22) is made of transparent material, the gas storage bin (22) is provided with an exhaust pipe (25) with one end connected with the gas outlet of the gas storage bin (22) and the other end extending to the middle position of the gas storage bin (22), and two observation ports (61) for observing the gas filling amount in the gas storage bin (22) are arranged on the opposite side walls of the barrel (6) at the corresponding position of the middle of the gas storage bin (22).

7. The handheld electronic candle of claim 4, wherein The gas storage and injection device (2) is a gas cylinder (7), the cannon barrel (6) is provided with an injection seat (8) which is located behind the igniter (4) and is in axial sliding fit with the cannon barrel (6), the injection seat (8) is provided with a gas charging port which is matched with the nozzle of the gas cylinder (7) and a gas outlet which is connected with the gas inlet of the nozzle (3) through a gas pipe, the cannon barrel (6) at the corresponding position of the injection seat (8) is provided with a control sleeve (81) which is movably sleeved on the cannon barrel (6), a plurality of strip-shaped holes (62) which extend along the axial direction of the cannon barrel (6) are arranged on the side wall of the cannon barrel (6) between the control sleeve (81) and the injection seat (8), the control sleeve (81) and the injection seat (8) are connected with each other through a plurality of connecting pins (82) which are connected with the control sleeve (81) at one end and connected with the injection seat (8) at the other end and pass through the strip-shaped holes (62) at the middle part, the cannon barrel (6) behind the injection seat (8) is provided with a gas cylinder connecting seat (9), the gas cylinder connecting seat (9) is provided with a plurality of elastic outer clamping wedges (91) which are circumferentially divided into a plurality of blocks and are matched with the inner clamping grooves (71) on the outer periphery of the nozzle of the gas cylinder (7), the front half of the gas cylinder (7) is clamped with the gas cylinder connecting seat (9) in the cannon barrel (6) and the rear half is located outside the cannon barrel (6).

8. The handheld electronic confetti cannon of claim 7, wherein The gas charging port of the injection seat (8) is provided with an O-shaped sealing ring (83) which is matched with the nozzle of the gas cylinder (7), the rear of the sealing ring (83) is provided with a nozzle guide ring (84) which is installed on the gas charging port through screw thread and has a large inner diameter at the rear and a small inner diameter at the front, the front of the sealing ring (83) is provided with an inner step (85) which is matched with the nozzle of the gas cylinder (7), and the center position of the inner step (85) is provided with a gas charging hole (86) which is connected with the gas outlet.

9. The handheld electronic candle of claim 4, wherein The gas storage and injection device (2) is a gas cylinder (7), the cannon barrel (6) is provided with an injection seat (8) which is located behind the igniter (4), the injection seat (8) is provided with a gas charging port which is matched with the nozzle of the gas cylinder (7) and a gas outlet which is connected with the gas inlet of the nozzle (3) through a gas pipe, the cannon barrel (6) behind the injection seat (8) is provided with a gas cylinder connecting seat (9) which is in axial sliding fit with the cannon barrel (6), the cannon barrel (6) at the corresponding position of the gas cylinder connecting seat (9) is provided with a control sleeve (81) which is movably sleeved on the cannon barrel (6), a plurality of strip-shaped holes (62) which extend along the axial direction of the cannon barrel (6) are arranged on the side wall of the cannon barrel (6) between the control sleeve (81) and the gas cylinder connecting seat (9), the control sleeve (81) and the gas cylinder connecting seat (9) are connected with each other through a plurality of connecting pins (82) which are connected with the control sleeve (81) at one end and connected with the gas cylinder connecting seat (9) at the other end and pass through the strip-shaped holes (62) at the middle part, the gas cylinder connecting seat (9) is provided with a plurality of elastic outer clamping wedges (91) which are circumferentially divided into a plurality of blocks and are matched with the inner clamping grooves (71) on the outer periphery of the nozzle of the gas cylinder (7), the front half of the gas cylinder (7) is clamped with the gas cylinder connecting seat (9) in the cannon barrel (6) and the rear half is located outside the cannon barrel (6).

10. The handheld electronic candle of claim 4, wherein The gas storage and injection device (2) is a gas cylinder (7), the cannon barrel (6) is provided with an injection seat (8) which is located behind the igniter (4) and is in radial sliding fit with the cannon barrel (6), one end of the sliding direction of the injection seat (8) is provided with an injection button (87) which penetrates through the side wall of the cannon barrel (6) and is exposed to the outside of the cannon barrel (6), the injection seat (8) is provided with a gas filling port which is matched with the nozzle of the gas cylinder (7) and a gas outlet which is connected with the gas inlet of the nozzle (3) through a gas pipe, the cannon barrel (6) outside the opposite side of the gas filling port is provided with a gas cylinder connecting seat (9) which is transversely installed on the cannon barrel (6), the gas cylinder connecting seat (9) is provided with a plurality of elastic outer clamping wedges (91) which are circumferentially divided and matched with the inner clamping groove (71) of the outer periphery of the nozzle of the gas cylinder (7), the gas cylinder connecting seat (9) is provided with a gas cylinder sheath (92) which is connected with the cannon barrel (6) at one end, the front half of the gas cylinder (7) is inserted into the gas cylinder sheath (92) and is clamped with the gas cylinder connecting seat (9), and the rear half of the gas cylinder (7) is located outside the gas cylinder sheath (92).

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