CN101261101B - Electric shock bomb shot by gun - Google Patents
Electric shock bomb shot by gun Download PDFInfo
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- CN101261101B CN101261101B CN2008100941620A CN200810094162A CN101261101B CN 101261101 B CN101261101 B CN 101261101B CN 2008100941620 A CN2008100941620 A CN 2008100941620A CN 200810094162 A CN200810094162 A CN 200810094162A CN 101261101 B CN101261101 B CN 101261101B
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- emission
- electric shock
- guider
- bullet
- shell case
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F41—WEAPONS
- F41H—ARMOUR; ARMOURED TURRETS; ARMOURED OR ARMED VEHICLES; MEANS OF ATTACK OR DEFENCE, e.g. CAMOUFLAGE, IN GENERAL
- F41H13/00—Means of attack or defence not otherwise provided for
- F41H13/0012—Electrical discharge weapons, e.g. for stunning
- F41H13/0031—Electrical discharge weapons, e.g. for stunning for remote electrical discharge by means of a wireless projectile
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F42—AMMUNITION; BLASTING
- F42B—EXPLOSIVE CHARGES, e.g. FOR BLASTING, FIREWORKS, AMMUNITION
- F42B12/00—Projectiles, missiles or mines characterised by the warhead, the intended effect, or the material
- F42B12/02—Projectiles, missiles or mines characterised by the warhead, the intended effect, or the material characterised by the warhead or the intended effect
- F42B12/36—Projectiles, missiles or mines characterised by the warhead, the intended effect, or the material characterised by the warhead or the intended effect for dispensing materials; for producing chemical or physical reaction; for signalling ; for transmitting information
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- Chemical & Material Sciences (AREA)
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Abstract
The invention discloses an electric shock bullet fired by a gun, belonging to the nonlethal bullet of the police batons. The invention aims to provide convenient and effective electric shock anti-riot equipment for the ministry of police security and realizes the firing by the prior gun. The invention not only overcomes the shortcoming of the small range of action of an electric baton, performs effective attack on the criminal within tens of meters and adopts the high pressure electric-pulsing generated by the bullet to attack and overwhelm the criminal but also does not leave a permanent wound on the criminal or be fatal. The electric shock bullet of the invention comprises a case, a primary cell, a high pressure pulser, a cathode and anode acusector, an upper electric control switch, a tail, a warhead and a firing auxiliary device, wherein, the primary cell and the high pressure pulser as well as the upper electric control switch are arranged inside the case, the cathode and anode acusector is arranged on the warhead. When the electric shock bullet is used, the firing auxiliary device is arranged at the head of a pistol and the electric shock bullet body is arranged on the firing auxiliary device; the bullet or a blank is used to fire the electric shock bullet body to the target.
Description
Technical field
The present invention relates to a kind of police with non-lethal bullet, more particularly, it relates to a kind of electric shock bomb with the rifle emission.
Background technology
The various electric billies that use in public security, People's Armed Police and security personnel execute the task can only use in the palp spatial dimension of electric billy, surpass this scope and promptly lose the effect of attacking and subduing criminal.' the electric boomerang of having introduced Taser in safer and more effective nonlethal weapon-senior Taser ' one literary composition and having launched in " police's technology " third phase in 2006 with Taser, but this electric boomerang is except that the action space scope is little, also need launch with special-purpose Taser, in case emergencies such as harm people's life safety occur, in the time of need using true bullet at once, Taser is then powerless.At present, public security and People's Armed Police are sought after the practical and effective nonlethal weapon, and this weapon can be subdued criminal effectively in the certain space scope, do not make criminal stay permanent wound again, more can be not fatal, but also do not increase new launch installation.Still do not exceeding outside the electric billy sphere of action, using the convenient of existing gun emission and effective non-lethal electric shock bomb at present.
Summary of the invention
The purpose of this invention is to provide a kind of police, i.e. the electric shock bomb of launching with rifle with non-lethal bullet.This electric shock bomb can utilize existing gun to finish emission, and it can use the bullet emission, also can use the blank cartridge emission, and don't increase new launch installation.It had both overcome the little deficiency of electric billy sphere of action, and the criminal in tens meters spatial dimensions is implemented effective attack, and the uniform criminal, became the attack weapon, can not stay permanent wound to criminal again, more can be not fatal.
To achieve these goals, electric shock bomb with the rifle emission provided by the invention comprises: galvanic cell 3, high-voltage pulse device 4, anode acusector 5, negative electrode acusector 6, but the output of high-voltage pulse device 4 can send in order to hit the high-voltage pulse that criminal and self-timing turn-off; Described electric shock bomb is provided with shell case 1, and described shell case 1 is the housing of the obturator be made up of revolving body, and wherein an end is a head, and the other end is an afterbody; The head of described shell case 1 is set to bullet 19; The backshank of described anode acusector 5 and negative electrode acusector 6 is arranged at bullet 19, and needle point is outside; Described galvanic cell 3, high-voltage pulse device 4 are arranged in the shell case 1, in this jacket 1 electric control switch 7 are set also; Described galvanic cell 3, high-voltage pulse device 4, anode acusector 5, negative electrode acusector 6 and go up electric control switch 7 and connect and compose electric-shocking circuit by conductor.
Set last electric control switch 7 comprises switch back cover 17, switch fore shell 18 in the described shell case 1, be provided with switch pin 9, spring 10 and slide block 11 in described switch back cover 17 and the switch fore shell 18 formed radial and axial cavitys, described switch pin 9 and spring 10 are positioned at radial chamber, switch pin 9 is limited in sliding in the radial chamber, and slide block 11 is positioned at axial cavity; In the described switch fore shell 18 fore shell contact 13 is set also, an end of described slide block 11 is provided with slide block contact 14, and described fore shell contact 13 and slide block contact 14 are conductor and are provided with respectively and be attached thereto the lead that connects, and the lead of slide block contact 14 is a flexible cord; Described slide block 11 is provided with spacing inclined-plane, the lower end of switch pin 9 also is provided with inclined-plane with matching, under the pressure effect of spring 10, and two extreme positions before and after slide block 11 is limited in by switch pin 9, at initial position is back-end location, and fore shell contact 13 is separated with slide block contact 14; Travel forward by static unexpected startup as body, slide block 11, switch back cover 17 and go up in the electric control switch 7 other parts and travel forward with same acceleration and keep static relatively, fore shell contact 13 will keep separating with slide block contact 14; Suddenly be stopped as travelling forward of body, slide block 11 will overcome the pressure of spring 10 under the effect of inertia force, and body moves forward to foremost and blocked by switch pin 9 relatively, and this moment, fore shell contact 13 and slide block contact 14 contacted; The lead that described fore shell contact 13 and slide block contact 14 are connected constitutes two lead-in wires going up electric control switch 7; Also be provided with the switch pin 12 that is attached thereto to one on the described switch pin 9.
Described bullet 19 selects for use polyurethane foam plastics to make, and has elasticity and pliability and insulation preferably, can realize that like this electricity between the anode and cathode acusector is isolated, and can also avoid the injury of impact kinetic energy to the other side.
The output of described high-voltage pulse device 4 links to each other with pulse output lead 15 with anode acusector 5 and negative electrode acusector 6, and pulse output lead 15 is a flexible circuit conductor.
Among the present invention parts, empennage, bullet 19 and anode and cathode acusector in the shell case 1, shell case 1 are combined and the device of directive target is called the electric shock bomb body, part in addition is called the emission auxiliary component.
Described shell case 1 is made up of for two sections front and back, and leading portion is a cylindrical tube, and the external diameter of back segment is less than leading portion; Described shell case 1 also is provided with the empennage first 16 that connects as one with it at afterbody, and the rear end of described shell case 1 and empennage first 16 is provided with heelpiece 27, and described heelpiece 27 is a cylindrical tube, and its inner face is fitted with the rear end of shell case 1 and empennage first 16, but also different its connection; The outer of the cartridge outer surface of described heelpiece 27, empennage first 16 and shell case 1 leading portion cartridge outer surface are positioned at the same face of cylinder.The emission of this electric shock bomb need be used the emission tool of installing and being fixed in ejecting gun gun barrel head, this emission tool is provided with emission guider first 30, described emission guider first 30 be one with the cylindrical shell of the coaxial setting of body, the one end is an openend, the other end is the bottom that has circular hole, this circular hole is greater than the bore of ejecting gun gun barrel, and with its coaxial setting; Emission guider first 30 directions are the directive of electric shock bomb; The internal diameter of described emission guider first 30 is identical with the body external diameter.The electric shock bomb body that during use tail end is with heelpiece 27 inserts in the emission guider first 30 of emission tool, and the outer face of heelpiece 27 is pushed up at the bottom of the tube; The emission of use blank cartridge, high-pressure gas impacts heelpiece 27 and electric shock bomb body during emission, makes it obtain fast direction target just; After electric shock bomb body and heelpiece 27 penetrated emission guider first 30, under air drag, heelpiece 27 broke away from body, electric shock bomb body directive target.
Described shell case 1 is made up of for two sections front and back, and leading portion is a cylindrical tube, and the external diameter of back segment is less than leading portion; The tail end of described shell case 1 is provided with bullet and collects buffer 8; Described electric shock bomb also is provided with connected empennage second 20 at afterbody, and the outer of empennage second 20 and shell case 1 leading portion cartridge outer surface are positioned at the same face of cylinder.The emission of this electric shock bomb also need be used the emission tool of installing and being fixed in ejecting gun gun barrel head, this emission tool is provided with emission guider first 30, described emission guider first 30 be one with the cylindrical shell of the coaxial setting of body, the one end is an openend, the other end is the bottom that has circular hole, this circular hole is greater than the bore of ejecting gun gun barrel, and with its coaxial setting; Emission guider first 30 directions are the directive of electric shock bomb; The internal diameter of described emission guider first 30 is identical with the body external diameter.The electric shock bomb that during use tail end is provided with bullet collection buffer 8 inserts emission guider first 30, the emission of use bullet, sub warhead is injected bullet and is collected buffer 8 during emission, the kinetic energy of sub warhead is converted into sub warhead and the common kinetic energy of electric shock bomb body, and the electric shock bomb body obtains fast direction target just.
Described electric shock bomb also is provided with empennage 24, and described empennage 24 is arranged at the afterbody of shell case 1 and connects with it, and the outer of empennage 24 is positioned at the cylinder with the body concentric; Described electric shock bomb also is provided with emission guider 2, and described emission guider 2 is the cylindrical tube of end sealing other end opening, and the interior radius of circle of its cross section is identical to the distance in body axle center with the outer of empennage 24; Described shell case 1 and empennage 24 insert in the emission guider 2, push up its bottom, also can be from wherein pulling out.
The rear end of described emission guider 2 is provided with inserted link 21, and described inserted link 21 is and the cylinder of launching guider 2 coaxial settings and connecting as one; The external diameter of described inserted link 21 is identical with the bore of ejecting gun gun barrel, can insert in the gun barrel of ejecting gun.During use the electric shock bomb body is inserted emission guider 2, inserted link 21 is inserted in the gun barrel of ejecting gun, use the emission of bullet or blank cartridge, under the impact of bullet or high-pressure gas, inserted link 21, emission guider 2 and body be the directive target together during emission; After inserted link 21 went out gun barrel, under air drag, emission guider 2 and inserted link 21 separated electric shock bomb body directive target with body.
The rear end of described emission guider 2 also can be provided with one with its coaxial cylindrical short inserted link 22 that is connected, the bottom of described emission guider 2 central authorities and short inserted link 22 have through hole; The bottom of described emission guider 2 is provided with push-plate 23, fits with the front end face of push-plate 23 in the rear end of the tail end of described shell case 1 and empennage 24; The rear end of described push-plate 23 is provided with push rod 26, and push rod 26 is opened from the central and short inserted link 22 in the bottom of emission guider 2 and passed the hole, and push rod 26 is a matched in clearance with the cooperation in its hole; The other end of push rod 26 is provided with push rod cup 25, and push rod cup 25 is a cylinder; Described push rod 26 and push rod cup 25 connect as one with push-plate 23, and with the coaxial setting of body; The cylinder external diameter of described short inserted link 22 and push rod cup 25 is identical with the bore of ejecting gun gun barrel, and short inserted link 22 and push rod cup 25 can insert in the gun barrel of ejecting gun.During use the electric shock bomb body is inserted emission guider 2, short inserted link 22, push rod 26 and push rod cup 25 are together inserted in the gun barrel of ejecting gun, the tail end of shell case 1 pushes up push-plate 23, makes push-plate 23 paste the bottom of launching guider 2.Use the emission of bullet or blank cartridge, bullet or high-pressure gas promote electric shock bomb body directive target by push rod cup 25, push rod 26 and push-plate 23 during emission; When push rod cup 25 touches short inserted link 22, will lack inserted link 22 and release gun barrels, thereby make push rod cup 25, push rod 26, push-plate 23, short inserted link 22 and emission guider 2 break away from gun barrels, do not influence the emission of follow-up true bullet.
The rear end of described emission guider 2 also can be provided with finder 28, described finder 28 is and the cylindrical tube of launching guider 2 coaxial settings and connecting as one, the external diameter of the external diameter of its internal diameter and ejecting gun gun barrel head or emission tool is identical, the head of the ejecting gun gun barrels of can packing in the finder 28 or emission tool; Bottom in the described finder 28 is provided with bullet and collects buffer 29.During use guider 2 is launched in the insertion of electric shock bomb body, finder 28 is sleeved on the emission tool of ejecting gun gun barrel head or ejecting gun gun barrel head, can use the bullet emission, bullet is collected the impact that buffer 29 is subjected to bullet and high-pressure gas during emission, makes emission guider 2, finder 28 and body obtain fast direction target just; But under air drag, emission guider 2 and finder 28 will separate electric shock bomb body directive target with body.
After the emission of this electric shock bomb, electric shock bomb body directive target, acusector penetrates the other side, criminal but but the high-voltage pulse electricity that electric shock bomb of the present invention turn-offs with self-timing shocks by electricity, high-voltage pulse electricity can turn-off by self-timing, so be limited to criminal's strike, can not threaten its life.
The present invention's beneficial effect compared with prior art is:
(1) the existing gun of electric shock bomb utilization of the present invention use bullet or blank cartridge to launch, and do not increase new weapon launch installation, are easy to equipment.Electric shock bomb of the present invention also can use special-purpose emitter emission, thus expansion user of service's scope.
(2) electric shock bomb of the present invention both can be used for defence and also can be used for attack.Electric shock bomb of the present invention has similar emission principle to the rifle grenade of launching with bullet, but the quantitative explosive of rifle grenade assembling uses more iron and steel.And electric shock bomb of the present invention can adopt working of plastics as much as possible, and galvanic cell and high-voltage pulse device can miniaturizations and integrated, thus its weight less than rifle grenade, range is then greater than rifle grenade.But the range of rifle grenade is at least at tens meters, so electric shock bomb of the present invention can be subdued criminal in tens meters spatial dimension, well beyond the usage space scope of electric billy.
(3) electric shock bomb bullet 19 of the present invention is the polyurethane foam plastics goods, has elasticity and pliability preferably, can reduce the injury of impact kinetic energy to the other side like this.Electric shock bomb of the present invention in use, the criminal but the high-voltage pulse electricity that electric shock bomb turn-offs with self-timing shocks by electricity, promptly the high-voltage pulse electricity can self-timing turn-offs, the strike to criminal is limited like this, can not threaten its life.Electric shock bomb of the present invention only penetrates the other side with acusector when the directive target, can not stay permanent wound, more can be not fatal.So electric shock bomb of the present invention is comparatively ideal nonlethal weapon.
(4) criminal but the high-voltage pulse electricity that electric shock bomb of the present invention turn-offs with self-timing shocks by electricity; after grasping necessary use main points (can not shoot) to critical positions such as human body heads; can reach effective uniform criminal's purpose; when the security personnel uses electric shock bomb of the present invention; carve where necessary and can initiatively shoot, gain the initiative by striking first, the uniform criminal; criminal can't be revolted and escape, effectively protection oneself.Simultaneously, when criminal finds that the police uses this weapon, understand that at once the police dare to active attack, and know its power that criminal promptly surrenders.In case emergencies such as harm people's life safety occur, in the time of need employing true bullet at once, the security personnel can launch true bullet (originally loading) at once with the reply emergency.
(5) physical dimension of the inserted link 21 of this electric shock bomb, short inserted link 22 and push rod cup 25 can manufacture and design according to the structure of different bore gun barrels, and the rifle of multiple like this bore all can use; And finder 28 general bores are 22mm, but also can manufacture and design according to the gun barrel head of variety classes, different bores or the outer wall construction of emission tool; For two kinds of electric shock bombs that need use the emission tool to launch, can make the emission guider cooperate the body design, to satisfy the needs of launching this electric shock bomb.So this electric shock bomb can be fit to the use emission of variety classes, multiple caliber firearm, comprises gun such as pistol and rifle, the gun barrel bore can comprise 5.45mm, 5.56mm, 5.8mm, 7.62mm, 9mm and 11.43mm etc.So this electric shock bomb applied range is easy to equipment.
(6) electric shock bomb of the present invention is provided with switch pin 12, by toggle switch pin 12, make switch pin 9 compression springs 10 and on move, at this moment slide block 11 can move under the gravity effect, thereby makes electric control switch 7 disconnecting circuits, realizes resetting, perhaps connect circuit, check product.
(7) electric shock bomb of the present invention is provided with empennage, thereby makes electric shock bomb that stability and shooting accuracy preferably be arranged after emission.
Description of drawings
Fig. 1 is an electric shock bomb body general structure schematic diagram of the present invention;
Fig. 2 is an electric shock bomb body structure schematic diagram of the present invention;
Fig. 3 is the A-A cutaway view of Fig. 2;
Fig. 4 schemes for after last electric control switch 7 conductings;
Fig. 5 is circuit theory diagrams of the present invention;
Fig. 6 is the structural representation of first kind of embodiment of the present invention;
Fig. 7 is the structural representation of second kind of embodiment of the present invention;
Fig. 8 is the structural representation of the third embodiment of the present invention;
Fig. 9 is the structural representation of the 4th kind of embodiment of the present invention;
Figure 10 is the structural representation of the 5th kind of embodiment of the present invention;
Figure 11 is that the B of Fig. 2 is to view.
Wherein, Reference numeral:
The 1-shell case
2-launches guider
The 3-galvanic cell
4-high-voltage pulse device
5-anode acusector
6-negative electrode acusector
The last electric control switch of 7-
The 8-bullet is collected buffer
The 9-switch pin
The 10-spring
The 11-slide block
12-switch pin
13-fore shell contact
14-slide block contact
15-pulse output lead
16-empennage first
17-switch back cover
18-switch fore shell
The 19-bullet
20-empennage second
The 21-inserted link
The short inserted link of 22-
The 23-push-plate
The 24-empennage
The 25-push rod cup
The 26-push rod
The 27-heelpiece
The 28-finder
The 29-bullet is collected buffer
30-emission guider first
The specific embodiment
The invention will be further described below in conjunction with accompanying drawing.
Referring to Fig. 1, the electric shock bomb with the rifle emission provided by the invention comprises: galvanic cell 3, high-voltage pulse device 4, anode acusector 5, negative electrode acusector 6, but the output of high-voltage pulse device 4 can send in order to hit the high-voltage pulse that criminal and self-timing turn-off; Described electric shock bomb is provided with shell case 1, and described shell case 1 is the housing of the obturator be made up of revolving body, and wherein an end is a head, and the other end is an afterbody; The head of described shell case 1 is set to bullet 19; The backshank of described anode acusector 5 and negative electrode acusector 6 is arranged at bullet 19, and needle point is outside; Described galvanic cell 3, high-voltage pulse device 4 are arranged in the shell case 1, in this jacket 1 electric control switch 7 are set also.
Referring to Fig. 2 and Fig. 3, set last electric control switch 7 comprises switch back cover 17, switch fore shell 18 in the described shell case 1, be provided with switch pin 9, spring 10 and slide block 11 in described switch back cover 17 and the switch fore shell 18 formed radial and axial cavitys, described switch pin 9 and spring 10 are positioned at radial chamber, switch pin 9 is limited in sliding in the radial chamber, and slide block 11 is positioned at axial cavity; In the described switch fore shell 18 fore shell contact 13 is set also, an end of described slide block 11 is provided with slide block contact 14, and described fore shell contact 13 and slide block contact 14 are conductor and are provided with respectively and be attached thereto the lead that connects, and the lead of slide block contact 14 is a flexible cord; Described slide block 11 is provided with spacing inclined-plane, the lower end of switch pin 9 also is provided with inclined-plane with matching, under the pressure effect of spring 10, two extreme positions before and after slide block 11 is limited in by switch pin 9, at initial position is back-end location, also be position shown in Figure 2, fore shell contact 13 is separated with slide block contact 14; Travel forward by static unexpected startup as body, slide block 11, switch back cover 17 and go up in the electric control switch 7 other parts and travel forward with same acceleration and keep static relatively, fore shell contact 13 will keep separating with slide block contact 14; Suddenly be stopped as travelling forward of body, slide block 11 will overcome the pressure of spring 10 under the effect of inertia force, and body moves forward to foremost and blocked by switch pin 9 relatively, and this moment, fore shell contact 13 and slide block contact 14 contacted position promptly shown in Figure 4; The lead that described fore shell contact 13 and slide block contact 14 are connected constitutes two lead-in wires going up electric control switch 7.Also be provided with the switch pin 12 that is attached thereto to one on the described switch pin 9, referring to Fig. 3.By toggle switch pin 12, make switch pin 9 compression springs 10 and on move, at this moment slide block 11 can move under the gravity effect, thereby makes electric control switch 7 disconnecting circuits, realizes resetting, and perhaps connects circuit, the inspection product.
Referring to figure such as Fig. 1, Fig. 2, described bullet 19 selects for use polyurethane foam plastics to make, and has elasticity and pliability and insulation preferably, can realize that like this electricity between the anode and cathode acusector is isolated, and can also avoid the injury of impact kinetic energy to the other side.The lateral surface of bullet 19 cooperates with the inner surface of shell case 1 housing, and bullet 19 lateral surfaces are fluted, and there is bulge-structure the inner surface corresponding position of shell case 1 housing, and both match.
Referring to Fig. 5, described galvanic cell 3, high-voltage pulse device 4, anode acusector 5, negative electrode acusector 6 and go up electric control switch 7 and connect and compose electric-shocking circuit by conductor; Described galvanic cell 3 is provided with power positive cathode, the power input of high-voltage pulse device 4 also is provided with both positive and negative polarity, the negative pole of the power input of high-voltage pulse device 4 links to each other with conductor with the negative pole of galvanic cell 3, and two lead-in wires of the anodal the same electric control switch 7 of the power input of high-voltage pulse device 4 and the positive pole of galvanic cell 3 are contacted mutually with conductor; Described high-voltage pulse device 4 starts when energising, begins to produce the high-voltage pulse electricity between its two outputs, but this pulse self-timing turn-offs; Described anode acusector 5 is two acusectors, and negative electrode acusector 6 also is two acusectors, and these four acusectors are the alternate bullet 19 that is distributed on of negative and positive respectively, referring to Figure 11; Described four anode and cathode acusectors link to each other with pulse output lead 15 with two outputs of high-voltage pulse device 4 respectively, and pulse output lead 15 is a flexible circuit conductor.
Referring to Fig. 8, Fig. 9 and Figure 10, described electric shock bomb also is provided with empennage 24, and described empennage 24 is arranged at the afterbody of shell case 1 and connects with it, and the outer of empennage 24 is positioned at the cylinder with the body concentric; Described electric shock bomb also is provided with emission guider 2, and described emission guider 2 is the cylindrical tube of end sealing other end opening, and the interior radius of circle of its cross section is identical to the distance in body axle center with the outer of empennage 24; Described shell case 1 and empennage 24 insert in the emission guider 2, push up its bottom, also can be from wherein pulling out.
According to electric shock bomb tail structure and different emission servicing units thereof, electric shock bomb of the present invention can be divided into five kinds of embodiments.
First kind of embodiment is referring to Fig. 6, and described shell case 1 is made up of for two sections front and back, and leading portion is a cylindrical tube, and the external diameter of back segment is less than leading portion; Described shell case 1 also is provided with the empennage first 16 that connects as one with it at afterbody, and the rear end of described shell case 1 and empennage first 16 is provided with heelpiece 27, and described heelpiece 27 is a cylindrical tube, and its inner face is fitted with the rear end of shell case 1 and empennage first 16, but also different its connection; The outer of the cartridge outer surface of described heelpiece 27, empennage first 16 and shell case 1 leading portion cartridge outer surface are positioned at the same face of cylinder.The emission of this electric shock bomb need be used the emission tool of installing and being fixed in ejecting gun gun barrel head, and this emission tool is provided with emission guider first 30; Described emission guider first 30 be one with the cylindrical shell of the coaxial setting of body, the one end is an openend, the other end is the bottom that has circular hole, this circular hole is greater than the bore of ejecting gun gun barrel, and with its coaxial setting; Emission guider first 30 directions are the directive of electric shock bomb; The internal diameter of described emission guider first 30 is identical with the body external diameter.The electric shock bomb body that during use tail end is with heelpiece 27 inserts in the emission guider first 30 of emission tool, and the outer face of heelpiece 27 is pushed up at the bottom of the tube, and is promptly shown in Figure 6; The emission of use blank cartridge, high-pressure gas impacts heelpiece 27 and electric shock bomb body during emission, makes it obtain fast direction target just; After electric shock bomb body and heelpiece 27 penetrated emission guider first 30, under air drag, heelpiece 27 broke away from body, electric shock bomb body directive target.Next use true bullet if desired, can launch true bullet immediately, this state does not influence the emission of follow-up true bullet.Continue to use electric shock bomb if desired, electric shock bomb body and heelpiece 27 can be inserted emission guider first 30, repeat shooting and get final product.
Second kind of embodiment is referring to Fig. 7, and described shell case 1 is made up of for two sections front and back, and leading portion is a cylindrical tube, and the external diameter of back segment is less than leading portion; The tail end of described shell case 1 is provided with bullet and collects buffer 8; Described electric shock bomb also is provided with connected empennage second 20 at afterbody, and the outer of empennage second 20 and shell case 1 leading portion cartridge outer surface are positioned at the same face of cylinder.The emission of this electric shock bomb also need be used the emission tool of installing and being fixed in ejecting gun gun barrel head, this emission tool is provided with emission guider first 30, described emission guider first 30 be one with the cylindrical shell of the coaxial setting of body, the one end is an openend, the other end is the bottom that has circular hole, this circular hole is greater than the bore of ejecting gun gun barrel, and with its coaxial setting; Emission guider first 30 directions are the directive of electric shock bomb; The internal diameter of described emission guider first 30 is identical with the body external diameter.During use tail end is provided with the electric shock bomb insertion emission guider first 30 that bullet is collected buffer 8, promptly shown in Figure 7; The emission of use bullet, sub warhead is injected bullet and is collected buffer 8 during emission, and the kinetic energy of sub warhead is converted into sub warhead and the common kinetic energy of electric shock bomb body, and the electric shock bomb body obtains fast direction target just.Next use true bullet if desired, can launch true bullet immediately, this state does not influence the emission of follow-up true bullet.Continue to use electric shock bomb if desired, the electric shock bomb body can be inserted emission guider first 30, repeat shooting and get final product.
The third embodiment is referring to Fig. 8, and the rear end of described emission guider 2 is provided with inserted link 21, and described inserted link 21 is and the cylinder of launching guider 2 coaxial settings and connecting as one; The external diameter of described inserted link 21 is identical with the bore of ejecting gun gun barrel, and inserted link 21 matches with the gun barrel of ejecting gun, can insert in the gun barrel of ejecting gun.During use the electric shock bomb body is inserted emission guider 2, inserted link 21 is inserted in the gun barrel of ejecting gun, use the emission of bullet or blank cartridge, under the impact of bullet or high-pressure gas, inserted link 21, emission guider 2 and body be the directive target together during emission; After inserted link 21 went out gun barrel, under air drag, emission guider 2 and inserted link 21 separated electric shock bomb body directive target with body.
The 4th kind of embodiment be referring to Fig. 9, the rear end of described emission guider 2 also can be provided with one with its coaxial cylindrical short inserted link 22 that is connected, the bottom central authorities and the short inserted link 22 of described emission guider 2 have through hole; The bottom of described emission guider 2 is provided with push-plate 23, fits with the front end face of push-plate 23 in the rear end of the tail end of described shell case 1 and empennage 24; The rear end of described push-plate 23 is provided with push rod 26, and push rod 26 is opened from the central and short inserted link 22 in the bottom of emission guider 2 and passed the hole, and push rod 26 is a matched in clearance with the cooperation in its hole; The other end of push rod 26 is provided with push rod cup 25, and push rod cup 25 is a cylinder; Described push rod 26 and push rod cup 25 connect as one with push-plate 23, and with the coaxial setting of body; The cylinder external diameter of described short inserted link 22 and push rod cup 25 is identical with the bore of ejecting gun gun barrel, and short inserted link 22 and push rod cup 25 can insert in the gun barrel of ejecting gun.During use the electric shock bomb body is inserted emission guider 2, short inserted link 22, push rod 26 and push rod cup 25 are together inserted in the gun barrel of ejecting gun, the tail end of shell case 1 pushes up push-plate 23, makes push-plate 23 paste the bottom of launching guider 2.Use the emission of bullet or blank cartridge, bullet or high-pressure gas promote electric shock bomb body directive target by push rod cup 25, push rod 26 and push-plate 23 during emission; When push rod cup 25 touches short inserted link 22, will lack inserted link 22 and release gun barrels, thereby make push rod cup 25, push rod 26, push-plate 23, short inserted link 22 and emission guider 2 break away from gun barrels, do not influence the emission of follow-up true bullet.
The 5th kind of embodiment is referring to Figure 10, the rear end of described emission guider 2 also can be provided with finder 28, described finder 28 is and the cylindrical tube of launching guider 2 coaxial settings and connecting as one, the external diameter of the external diameter of its internal diameter and ejecting gun gun barrel head or emission tool is identical, the head of the ejecting gun gun barrels of can packing in the finder 28 or emission tool; The internal diameter of finder 28 is generally 22mm, but also can manufacture and design according to the gun barrel head of variety classes, different bores or the outer wall construction of emission tool; Bottom in the described finder 28 is provided with bullet and collects buffer 29.During use guider 2 is launched in the insertion of electric shock bomb body, finder 28 is sleeved on the emission tool of ejecting gun gun barrel head or ejecting gun gun barrel head, can use the bullet emission, bullet is collected the impact that buffer 29 is subjected to bullet and high-pressure gas during emission, make emission guider 2, finder 28 and body obtain fast direction target just, but under air drag, emission guider 2 and finder 28 will separate electric shock bomb body directive target with body.
Can remain on the target after making the electric shock bomb body penetrate the other side, the length of electric shock bomb body answers appropriateness to reduce, and quality alleviates as far as possible, and center of gravity is forward as far as possible.
Longer for length, the heavier electric shock bomb of quality can be taked following scheme: the output of high-voltage pulse device 4 is connected with pulse output lead 15 with the anode and cathode acusector, and pulse output lead 15 is the flexible circuit conductor of 0.2m～3m for length.Make galvanic cell 3 and high-voltage pulse device 4 can prolong axis direction in shell case 1 and slide, promptly that it is unfixing with shell case 1, the connection of Circuits System must be effectively certainly, and the front end face of high-voltage pulse device 4 is provided with boss.Under the sealing of bullet 19, the table top of the set boss of high-voltage pulse device 4 front end faces is with the central area contact of bullet 19 at ordinary times, owing to there is not unnecessary space, galvanic cell 3 and high-voltage pulse device 4 can not be moved; Galvanic cell 3 and high-voltage pulse device 4 impact bullet 19 when electric shock bomb emission back acusector penetrates the other side, and the central area of bullet 19 is further compressed in the axial direction; In addition because acusector at first acts on target, make bullet 19 acusector tail region at first be subjected to axial bounce from target, and axial bounce that should the zone is bigger than other zones, bullet 19 moves to the axle center with the position that shell case 1 matches like this, bullet 19 is thrown off with the cooperation of shell case 1 housing, because electric shock bomb is subjected to gravity and bounce, body will break away from bullet 19.And the output of high-voltage pulse device 4 is that 0.2m～3m flexible circuit conductor links to each other and to have created condition for this disengaging with length with the anode and cathode acusector, and acusector penetrates the other side and is maintained like this.
The criminal but but the high-voltage pulse electricity that electric shock bomb of the present invention turn-offs with self-timing shocks by electricity, the high-voltage pulse electricity can turn-off by self-timing, so be limited to criminal's strike, can not threaten its life.
Claims (10)
1. the electric shock bomb with rifle emission comprises galvanic cell (3), high-voltage pulse device (4), anode acusector (5), negative electrode acusector (6), high-voltage pulse device (4) but output can send in order to hit the high-voltage pulse that criminal and self-timing turn-off; It is characterized in that described electric shock bomb is provided with shell case (1), described shell case (1) is the housing of the obturator be made up of revolving body, and wherein an end is a head, and the other end is an afterbody; The head of described shell case (1) is set to bullet (19); The backshank of described anode acusector (5) and negative electrode acusector (6) is arranged at bullet (19), and needle point is outside; Described galvanic cell (3), high-voltage pulse device (4) are arranged in the shell case (1), and electric control switch (7) also is set in this jacket (1); Described galvanic cell (3), high-voltage pulse device (4), anode acusector (5), negative electrode acusector (6) reach upward, and electric control switch (7) connects and composes electric-shocking circuit by conductor.
2. the electric shock bomb with the rifle emission according to claim 1, it is characterized in that set last electric control switch (7) comprises switch back cover (17), switch fore shell (18) in the described shell case (1), be provided with switch pin (9), spring (10) and slide block (11) in described switch back cover (17) and the formed radial and axial cavity of switch fore shell (18), described switch pin (9) and spring (10) are positioned at radial chamber, switch pin (9) is limited in sliding in the radial chamber, and slide block (11) is positioned at axial cavity; Fore shell contact (13) also is set in the described switch fore shell (18), one end of described slide block (11) is provided with slide block contact (14), described fore shell contact (13) and slide block contact (14) are conductor and are provided with respectively and be attached thereto the lead that connects, and the lead of slide block contact (14) is a flexible cord; Described slide block (11) is provided with spacing inclined-plane, the lower end of switch pin (9) also is provided with inclined-plane with matching, under the pressure effect of spring (10), two extreme positions before and after slide block (11) is limited in by switch pin (9), at initial position is back-end location, and fore shell contact (13) is separated with slide block contact (14); Travel forward by static unexpected startup as body, slide block (11), switch back cover (17) and go up in the electric control switch (7) other part and travel forward with same acceleration and keep static relatively, fore shell contact (13) will keep separating with slide block contact (14); Suddenly be stopped as travelling forward of body, slide block (11) will overcome the pressure of spring (10) under the effect of inertia force, and body moves forward to foremost and blocked by switch pin (9) relatively, and this moment, fore shell contact (13) and slide block contact (14) contacted; The lead that described fore shell contact (13) and slide block contact (14) are connected constitutes two lead-in wires going up electric control switch (7); Also be provided with the switch pin (12) that is attached thereto to one on the described switch pin (9).
3. the electric shock bomb with rifle emission according to claim 1 is characterized in that described bullet (19) selects for use polyurethane foam plastics to make.
4. the electric shock bomb with the rifle emission according to claim 1 is characterized in that the output of described high-voltage pulse device (4) links to each other with pulse output lead (15) with anode acusector (5) and negative electrode acusector (6), and pulse output lead (15) is a flexible circuit conductor.
5. the electric shock bomb with rifle emission according to claim 1 is characterized in that described shell case (1) is made up of for two sections front and back, and leading portion is a cylindrical tube, and the external diameter of back segment is less than leading portion; Described shell case (1) also is provided with the empennage first (16) that connects as one with it at afterbody, the rear end of described shell case (1) and empennage first (16) is provided with heelpiece (27), described heelpiece (27) is a cylindrical tube, fit in the rear end of same shell case of its inner face (1) and empennage first (16), but also different its connection; The outer of the cartridge outer surface of described heelpiece (27), empennage first (16) and shell case (1) leading portion cartridge outer surface are positioned at the same face of cylinder.
6. the electric shock bomb with rifle emission according to claim 1 is characterized in that described shell case (1) is made up of for two sections front and back, and leading portion is a cylindrical tube, and the external diameter of back segment is less than leading portion; The tail end of described shell case (1) is provided with bullet and collects buffer (8); Described electric shock bomb also is provided with connected empennage second (20) at afterbody, and the outer of empennage second (20) and shell case (1) leading portion cartridge outer surface are positioned at the same face of cylinder.
7. the electric shock bomb with the rifle emission according to claim 1, it is characterized in that described electric shock bomb also is provided with empennage (24), described empennage (24) is arranged at the afterbody of shell case (1) and with its connection, the outer of empennage (24) is positioned at the cylinder with shell case (1) concentric; Described electric shock bomb also is provided with emission guider (2), and described emission guider (2) is the cylindrical tube of end sealing other end opening, and the interior radius of circle of its cross section is identical to the distance in shell case (1) axle center with the outer of empennage (24); Described shell case (1) and empennage (24) insert in the emission guider (2), push up its bottom, also can be from wherein pulling out.
8. the electric shock bomb with the rifle emission according to claim 7 is characterized in that the rear end of described emission guider (2) is provided with inserted link (21), and described inserted link (21) is and the cylinder of launching the coaxial setting of guider (2) and connecting as one; The external diameter of described inserted link (21) is identical with the bore of ejecting gun gun barrel, can insert in the gun barrel of ejecting gun.
9. the electric shock bomb with the rifle emission according to claim 7, the rear end that it is characterized in that described emission guider (2) be provided with one with its coaxial cylindrical short inserted link (22) that is connected, the bottom central authorities and the short inserted link (22) of described emission guider (2) have through hole; The bottom of described emission guider (2) is provided with push-plate (23), and the front end face of the same push-plate in rear end (23) of the tail end of described shell case (1) and empennage (24) is fitted; The rear end of described push-plate (23) is provided with push rod (26), and push rod (26) is opened from the central and short inserted link in bottom (22) of emission guider (2) and passed the hole, and push rod (26) is a matched in clearance with the cooperation in its hole; The other end of push rod (26) is provided with push rod cup (25), and push rod cup (25) is a cylinder; Described push rod (26) and push rod cup (25) connect as one with push-plate (23), and the coaxial setting of same shell case (1); The cylinder external diameter of described short inserted link (22) and push rod cup (25) is identical with the bore of ejecting gun gun barrel.
10. the electric shock bomb with the rifle emission according to claim 7 is characterized in that described emission guider
(2) rear end is provided with finder (28), described finder (28) is and the cylindrical tube of launching the coaxial setting of guider (2) and connecting as one, the external diameter of the external diameter of its internal diameter and ejecting gun gun barrel head or emission tool is identical, the head of the ejecting gun gun barrel of can packing in the finder (28) or emission tool; Bottom in the described finder (28) is provided with bullet and collects buffer (29).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2008100941620A CN101261101B (en) | 2008-05-06 | 2008-05-06 | Electric shock bomb shot by gun |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2008100941620A CN101261101B (en) | 2008-05-06 | 2008-05-06 | Electric shock bomb shot by gun |
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| CN101261101A CN101261101A (en) | 2008-09-10 |
| CN101261101B true CN101261101B (en) | 2010-12-15 |
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| CN2008100941620A Active CN101261101B (en) | 2008-05-06 | 2008-05-06 | Electric shock bomb shot by gun |
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Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US8701325B1 (en) * | 2012-10-22 | 2014-04-22 | William V. S. Rayner | Duplex weapon system |
| CN104315927B (en) * | 2014-10-21 | 2015-11-25 | 段成亮 | Wireless high-voltage stun-gun |
| TWI677673B (en) * | 2016-10-18 | 2019-11-21 | 國立高雄科技大學 | Shooting module of impact device |
| CN108444337A (en) * | 2018-06-20 | 2018-08-24 | 北京思创天罡装备科技有限公司 | Directive Star network arrests the wireless electric shock bomb of formula |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2254540Y (en) * | 1996-02-08 | 1997-05-21 | 鞠清龙 | High-pressure electric shocking gun |
| US5698815A (en) * | 1995-12-15 | 1997-12-16 | Ragner; Gary Dean | Stun bullets |
| CN1393680A (en) * | 2001-06-22 | 2003-01-29 | 徐文廷 | Electric shock bullet |
| CN2558950Y (en) * | 2002-07-08 | 2003-07-02 | 张弘毅 | Electric shocking device |
| CN1451940A (en) * | 2003-05-09 | 2003-10-29 | 宋有洲 | Electronic electric shock gas fly bullet |
| US20050039628A1 (en) * | 2002-06-25 | 2005-02-24 | Carman Brent G. | Sub-lethal, wireless projectile and accessories |
-
2008
- 2008-05-06 CN CN2008100941620A patent/CN101261101B/en active Active
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5698815A (en) * | 1995-12-15 | 1997-12-16 | Ragner; Gary Dean | Stun bullets |
| CN2254540Y (en) * | 1996-02-08 | 1997-05-21 | 鞠清龙 | High-pressure electric shocking gun |
| CN1393680A (en) * | 2001-06-22 | 2003-01-29 | 徐文廷 | Electric shock bullet |
| US20050039628A1 (en) * | 2002-06-25 | 2005-02-24 | Carman Brent G. | Sub-lethal, wireless projectile and accessories |
| CN2558950Y (en) * | 2002-07-08 | 2003-07-02 | 张弘毅 | Electric shocking device |
| CN1451940A (en) * | 2003-05-09 | 2003-10-29 | 宋有洲 | Electronic electric shock gas fly bullet |
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| CN101261101A (en) | 2008-09-10 |
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