CN207351302U - A kind of remote non-lethal electric shock device of multiple warhead - Google Patents
A kind of remote non-lethal electric shock device of multiple warhead Download PDFInfo
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- CN207351302U CN207351302U CN201721087733.9U CN201721087733U CN207351302U CN 207351302 U CN207351302 U CN 207351302U CN 201721087733 U CN201721087733 U CN 201721087733U CN 207351302 U CN207351302 U CN 207351302U
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Abstract
This practicality discloses a kind of remote non-lethal electric shock device of multiple warhead, including：Electrion control module（210）, exported for producing high-tension current and control, and show remaining discharge time；Trigger electrode switching mechanism（200）, in turn switching on three electrodes respectively, by High voltage output to corresponding bullet, and switched over by being consecutively pressed trigger, the electrode by the high-tension current of electrion control module in order through diverse location；Flying needle electrode switching mechanism（300）, for controlling switching electric shock device to need electrode discharge, it is desired nonetheless to project flying needle and high-tension current is sent to target, and install 3 groups of bullets at the same time；Battery pack（601）, power for electrion control module；Laser sight, for being used to indicate target location by upper and lower double excitation lamp；Bullet（400）, for it is fixed with high-tension current flying needle and for flying needle provides the device of kinetic energy, trigger control circuit, the High voltage output defended for nearly body electrode；Shell, for protecting and fixing above modules and mechanism part.
Description
Technical field
This practicality belongs to a kind of remote non-lethal electric shock device of multiple warhead, belongs to police antiriot device.
Background technology
Once launch a bullet at present, must be loaded again after having launched, when running into more people's attacks or Mass disturbance,
Will have too many difficulties to cope with, it appears it is unable to do what one wishes the defects of.Develop on this basis can load onto at the same time three bullets using and can be more
The electric shock device changed.
Utility model content
The technical problem to be solved is that provide a kind of remote non-lethal electric shock device of multiple warhead for this practicality.
It is as follows that this practicality solves the technical solution that above-mentioned technical problem is taken：
A kind of remote non-lethal electric shock device of multiple warhead, including：
Electrion control module (210), exports for producing high-tension current and control, and shows remaining electric discharge time
Number；Trigger electrode switching mechanism (200), in turn switching on three electrodes respectively, by High voltage output to corresponding bullet, and leads to
Cross and be consecutively pressed trigger and switch over, the electrode by the high-tension current of electrion control module in order through diverse location；
Flying needle electrode switching mechanism (300), for controlling switching electric shock device to need electrode discharge, it is desired nonetheless to project flying needle by high-voltage electricity
Target is streamed to, and 3 groups of bullets are installed at the same time；Battery pack (601), powers for electrion control module；Laser sight, is used
In by upper and lower double excitation lamp be used for indicate target location；Bullet (400), carries for fixed band high-tension current flying needle and for flying needle
Device, triggering control circuit, the electrode for the High voltage output defended for nearly body for kinetic energy；Shell, for protect and fix with
Upper modules and mechanism part, and its moving range is provided, complete installation and fix and implement operation.
Preferably, the electrion control module (210) is fixed on the main body of trigger electrode switching mechanism (200)
(206) in, flying needle electrode switching mechanism (300) is inserted in after trigger electrode switching mechanism (200) works good, then to well left outside shell
(103) locating slot (103-1) loads, and is so fixed on the 200-1 and 200-2 of trigger electrode switching mechanism (200) with screw
Left outside shell (103), first laser sighting device (501) and second laser sighting device (502) are individually fixed in left outside shell with screw
(103) on.
Preferably, the battery pack (601) is detachable part, after left outside shell (103) and right casing (104) are fixed
Load, fixation is clasped by battery system (602).
Preferably, the bullet (400) loads the magazine of the cartridge clip stent (302) of flying needle electrode switching mechanism (300)
(302-1), the shrapnel (400-1) on bullet are imported by square groove position 302-4 under cartridge clip stent (302), until shrapnel blocks bullet
Press from both sides on stent (302), press shrapnel (400-1) and reversely release removable lower bullet (400), cartridge clip stent (302) there are three bin levels
(302-1、302-2、302-3)。
Preferably, the trigger electrode switching mechanism (200), specifically includes：Trigger switch (201), slide system
(202), torsional spring (203), drag hook (204), ratchet (205), main body (206), rocking arm (207), rocking arm torsional spring (208), non return part
(209), sliding block pressing plate (225), wherein, in trigger switch (201) insertion main body (206), and trigger switch (201) is with sliding
System (202) is screwed；Drag hook (204) loads the groove position (206-6) of main body (206), and torsional spring (203) loads the system of slip
(202), drag hook (204) blocks torsional spring (203)；Wherein, non return part (209) is fitted into main body (206), sliding block pressing plate (225) dress
Enter main body (206), be screwed after being caught in main body (206)；Rocking arm (207) loads main body (206), the rocking arm of rocking arm (207)
After torsional spring (208) loads main body (206), rocking arm (207) is blocked, is then screwed into meson, screw to fix.The ratchet
(205) load on the column of main body (206), be loaded on meson, screw carrys out spacing fixed height but rotatable；Wherein, whenever pressing
Ratchet all turns 60 degree clockwise during trigger, and ratchet control rocking arm carries out electrode switching, handoff procedure mesohigh control of discharge
Module is exported without high-tension current, and only trigger is continued to press by the 2mm positions section extremely from place could export high-tension current, ensure
Handoff procedure is safe and reliable.
Preferably, the flying needle electrode switching mechanism, is switched over using tension spring and self-lock switch, tension spring compressive state
When be electrode discharge pattern, tension spring is elongated to being transmitting band high-tension current flying needle pattern when drawing latched position, electrode discharge mould
Trigger is pressed during formula, and bullet top electrode can only release high-voltage arc without launching flying needle, transmitting band high-tension current flying needle pattern in place
When presses trigger, and i.e. transmitting flying needle streams high-voltage electricity to target in place.
Preferably, the trigger electrode switching mechanism (200), it includes：Trigger switchs (201), the trigger switch
(201) connect and drive slip to make (202) and torsional spring (203), drag hook (204) movement, the drag hook (204) hooks ratchet
(205) rotate clockwise, the spacing 206-1 that drag hook (204) is moved in main body (206) stops movement, at this time ratchet
(205) 60 degree are rotated clockwise, cylinder 205-1 drives the mobile 206-2 positions of rocking arm (207) on ratchet, due to ratchet (205)
Only rotate clockwise, need rocking arm torsional spring (208) that rocking arm foot piece 207-1 is pushed down cylinder on ratchet on rocking arm (207)
205-1, the control that the swing of rocking arm (207) is rotated by ratchet (205).
Preferably, trigger switch (201) release process drive drag hook (204) opposite direction movement drag hook inclined-plane 204-1 with
(205) -2 inclined-plane of ratchet slides and mistake, and is stopped by non return part (209), and ratchet (205) does not rotate.
Preferably, when press again trigger switch (201), when ratchet (205) rotates clockwise, cylinder 205-1 on ratchet
When rotating more than the scope of rocking arm foot piece 207-1, since the pressure rocking arm foot piece 207-1 of rocking arm torsional spring (208) can come to ratchet
Lower cylinder 205-3, at this time rocking arm (207) arrive 206-3 positions；Often press and unclamp trigger switch (201) once, ratchet (205)
60 degree are rotated clockwise, trigger switch (201) is pressed and unclamped in repetition.
Preferably, rocking arm (207) cyclic switching electrode position, the top electrode of electrion control module (210) are controlled
211 and bottom electrode 212 by the rocking arm pole 223 and 215 of stent pole 213 and 214 to rocking arm (207) to dynode 216 and 224 or
Left and right pole 217,218,219,220, by high-tension current with being transported to each bullet (400) surely according to the switching of rocking arm (207) position
Cartridge clip on pole 402 under pole 401 and cartridge clip, the air gap electric arc for having 0.3~0.6mm between each electrode of high tension voltage leads to
Electricity.
One group of electrion control module of this practicality, in turn switches on three electrodes respectively, by High voltage output to corresponding
Bullet.Electrode discharge or transmitting band high-tension current flying needle may be selected at the same time, electrode discharge discharges without launching on bullet
Flying needle, reaching one-time pad has three bullets, can be pulled down after having launched and recharge new bullet again, and enforced the law in actual use
Personnel can first threaten violence molecule the non-lethal electric shock device subdued afterwards.
This practical further feature and advantage will illustrate in the following description, also, partly become from specification
Obtain it is clear that or being understood by implementing this practicality.This practical purpose and other advantages can be by the explanations write
Specifically noted structure is realized and obtained in book, claims and attached drawing.
Brief description of the drawings
This practicality is described in detail below in conjunction with the accompanying drawings, so that the above-mentioned advantage of this practicality is definitely.Its
In,
Fig. 1 is 100 outside drawing of this product.
Fig. 2 is that design and implementation illustrate sectional view.
Fig. 3 is trigger electrode switching mechanism (200) and flying needle electrode switching mechanism (300) structural portion part outside drawing.
Fig. 4 is that design and implementation illustrate sectional view.
Fig. 5 is that design and implementation illustrate structural portion part outside drawing.
Fig. 6 is trigger electrode switching mechanism (200) structural portion part outside drawing.
Fig. 7 is trigger electrode switching mechanism (200) structural portion part outside drawing.
Fig. 8 is trigger electrode switching mechanism (200) structural portion part outside drawing.
Fig. 9 is ratchet part outside drawing in trigger electrode switching mechanism (200) structure.
Figure 10 is trigger electrode switching mechanism (200) structural portion part outside drawing.
Figure 11 is trigger electrode switching mechanism (200) structure, rocking arm active state part outside drawing.
Figure 12 is trigger electrode switching mechanism (200) structure, rocking arm active state part outside drawing.
Figure 13 is trigger electrode switching mechanism (200) structure, rocking arm active state part outside drawing.
Figure 14 is that trigger electrode switching mechanism (200) implementation illustrates sectional view.
Figure 15 is trigger electrode switching mechanism (200) and flying needle electrode switching mechanism (300) structural portion part outside drawing.
Figure 16 is each electrode connection relation between electrion control module (210), rocking arm (207), stent 221 and bullet
Figure.
Figure 17 is the structure chart of flying needle electrode switching mechanism (300) and bullet (400).
Figure 18 is that the pattern switching implementation of flying needle electrode switching mechanism (300) and bullet (400) illustrates sectional view.
Figure 19 is that the pattern switching implementation of flying needle electrode switching mechanism (300) and bullet (400) illustrates sectional view.
Figure 20 is that the pattern switching implementation of flying needle electrode switching mechanism (300) and bullet (400) illustrates sectional view.
Figure 21 is bullet (400) structural portion part outside drawing.
Embodiment
This practical embodiment is described in detail below with reference to accompanying drawings and embodiments, and how this practicality is applied whereby
Technological means solves technical problem, and that reaches technique effect realizes that process can fully understand and implement according to this.Need to illustrate
As long as not forming conflict, each feature in each embodiment and each embodiment in this practicality can be combined with each other,
The technical solution formed is within this practical protection domain.
In addition, step shown in the flowchart of the accompanying drawings can be in the department of computer science of such as a group of computer-executable instructions
Performed in system, although also, show logical order in flow charts, in some cases, can be with different from herein
Order perform shown or described step.
Wherein, this practicality discloses a kind of remote non-lethal electric shock device of multiple warhead, including：Electrion control module
(210), exported for producing high-tension current and control, and show remaining discharge time；Trigger electrode switching mechanism, is used for
Three electrodes are in turn switched on respectively, by High voltage output to corresponding bullet, and are switched over by being consecutively pressed trigger, by high pressure
Electrode of the high-tension current of control of discharge module in order through diverse location；Flying needle electrode switching mechanism, switches for controlling
Electric shock device needs electrode discharge, it is desired nonetheless to projects flying needle and high-tension current is sent to target, and can install 3 groups of bullets at the same time；Electricity
Pond group, powers for electrion control module；Laser sight, for being used to indicate target location by upper and lower double excitation lamp；
Bullet, provides the device of kinetic energy with high-tension current flying needle and for flying needle for fixation, triggers control circuit, for the defence of nearly body
The electrode of High voltage output；Shell, for protecting and fixing above modules and mechanism part, and provides its moving range,
Complete installation and fix and implement operation.
This practicality controls three bullets in order by the continuous pressing board function of trigger electrode switching mechanism, and can pass through flying needle
Electrode switching mechanism selects electrode discharge or transmitting band high-tension current flying needle.
Trigger electrode switching mechanism is using ratchet one-way into level principle, and ratchet all turns clockwise during trigger is pressed
60 degree, ratchet control rocking arm carries out electrode switching, and handoff procedure mesohigh control of discharge module is exported without high-tension current, only plate
Machine, which is pressed to the section of the 2mm positions from place, could export high-tension current, ensure that handoff procedure is safe and reliable.
Flying needle electrode switching mechanism is switched over using tension spring and self-lock switch, and when tension spring compressive state is electrode discharge mould
Formula, tension spring are elongated to being transmitting band high-tension current flying needle pattern when drawing latched position, and when electrode discharge pattern presses trigger and arrives
Position bullet top electrode can only release high-voltage arc and press trigger in place without launching flying needle, when transmitting band high-tension current flying needle pattern
That is transmitting flying needle streams high-voltage electricity to target, reaches law enfrocement official and first threatens the function of subduing afterwards to violence molecule.Here is
To the specific design implement method explanation of this patent practicality.
1. trigger electrode switching mechanism (200)
Trigger switch (201) is pressed, drives the system slided (202) and torsional spring (203), drag hook (204) mobile, drag hook (204)
Ratchet (205) is hooked to rotate clockwise, the spacing 206-1 that drag hook (204) is moved in main body (206) stops movement, this
When ratchet (205) rotate clockwise 60 degree, on ratchet cylinder 205-1 drive rocking arm (207) arrive (Fig. 8) position.Due to ratchet
(205) only rotate clockwise, need rocking arm torsional spring (208) that rocking arm foot piece 207-1 is pushed down circle on ratchet on rocking arm (207)
Column 205-1, the control that the swing of rocking arm (207) is rotated by ratchet (205).
Trigger switch (201) release process drives drag hook (204) opposite direction movement drag hook inclined-plane 204-1 and ratchet
(205) -2 inclined-planes slide and mistake, and are stopped by non return part (209), and ratchet (205) does not rotate (Fig. 9).
(201) are switched when pressing trigger again, when ratchet (205) is rotated clockwise to (Figure 10) position, cylinder on ratchet
When 205-1 rotates more than the scope of rocking arm foot piece 207-1, since the pressure of rocking arm torsional spring (208) can come to cylinder under ratchet
205-3 (Figure 10) position.Often press and unclamp trigger switch (201) once, ratchet (205) rotates clockwise 60 degree, and repetition is pressed
Lower and release trigger switch (201), the change such as (Figure 11, Figure 12, Figure 13) of ratchet (205) and rocking arm (207).
Control rocking arm (207) cyclic switching electrode position, the top electrode 211 of electrion control module (210) and lower electricity
Pole 212 passes through the rocking arm pole 223 and 215 → dynode 216 and 224 of stent pole 213 and 214 → rocking arm (207) or left and right pole
217th, 218,219,220 (notice that dynode and left and right pole are with determining according to the switching of rocking arm (207) position), by high-tension current with
Pole 402 pole 401 and cartridge clip under is transported on the cartridge clip of each bullet (400) surely according to the switching of rocking arm (207) position.High tension voltage
The air gap electric arc for having 0.3~0.6mm between each electrode is powered.
Each part position, moving range, motion mode are fixed and limited by main body 221 and cartridge clip stent 222 above,
Complete installation and fix and implement operation (Figure 14, Figure 15, Figure 16).
2. flying needle electrode switching mechanism (300) and bullet (400).
It is electrode discharge pattern at the position of (Figure 15) to draw 301, and tension spring 403 is contraction state, the height of bullet (400)
The closest generation electric arc that the output terminal 401-1 and 402-1 of pole 402 under pole 401 and cartridge clip are gone up in road is pushed back, realizes that electrode is put
Electricity.To ensure that electrode discharge pattern can reliably discharge between 401-1 and 402-1, design and installed additional on door closure 417 hereby
Conductive sheet 418 (Figure 21).
It is transmitting band high-tension current flying needle when being moved to latched position 222-1 (Figure 15) of cartridge clip stent 222 that 301, which will be drawn,
Pattern.Tension spring 403 is elongated to the input terminal 401-2 of pole 401 on cartridge clip, and electric arc is powered by copper-foil conducting electricity 414 to tension spring, bullet
The high tension loop of head (400)：Such as 401 → copper-foil conducting electricity of pole, 414 → tension spring, 403 → conducting wire 415 → miniature explosive 404 on cartridge clip
Pole 402 under → gas cylinder 405 → copper-foil conducting electricity, 416 → flying needle, 408 → conducting wire, 410 → cartridge clip.High tension loop triggers miniature explosive 404
Promote the movement of gas cylinder 405 to press to pricker 406, pierce through gas cylinder abrupt release compressed nitrogen and project flying needle 407 and 408, flying needle
Afterbody 407-1 and 408-1 threading conducting wire 409 and 410, the other end 409-1 and 410-1 of conducting wire respectively with pole 401 on cartridge clip
It is powered with pole under cartridge clip 402, realizes that band high-tension current flying needle is shot to target.
Each part position, line arrangement, motion mode are fixed by cartridge clip 411, rear cover 412 and gas cylinder gland 413 above
With limitation moving range, complete installation and fix and implement operation.
Electrion control module, trigger electrode switching mechanism, flying needle electrode switching mechanism, battery pack, laser sight
101 and 102, bullet completes whole machine installation by shell 103 and 104 and fixes, protects and implement operation.
Wherein, the electrion control module (210) is fixed on the main body (206) of trigger electrode switching mechanism (200)
Interior, flying needle electrode switching mechanism (300) is inserted in after trigger electrode switching mechanism (200) works good, then to well left outside shell (103)
Locating slot (103-1) loads, and the 200-1 and 200-2 of trigger electrode switching mechanism (200) so are fixed on left outside shell with screw
(103)；First laser sighting device (501) and second laser sighting device (502) are individually fixed in left outside shell (103) with screw
103-2,103-3,103-4,103-5 position.Battery pack (601) is detachable part, in left outside shell (103) and right casing (104)
Just load after fixation, fixation is clasped by battery system (602).Bullet (400) loads the cartridge clip branch of flying needle electrode switching mechanism (300)
The magazine (302-1) of frame (302), the shrapnel (400-1) on bullet are imported by square groove position 302-4 under cartridge clip stent (302), directly
Untill the 302-5 positions that shrapnel blocks cartridge clip stent (302), press shrapnel (400-1) and reversely release removable lower bullet
(400), cartridge clip stent (302) has the installation of tri- bin level of 302-1,302-2,302-3 as the method for pulling down bullet (400)；
Wherein, the trigger electrode switching mechanism, including：Specific component switchs (201) by trigger, slides system (202), torsion
Spring (203), drag hook (204), ratchet (205), main body (206), rocking arm (207), rocking arm torsional spring (208), non return part (209), cunning
Block pressur plate (225) (Fig. 6, Fig. 7).
Concrete structure is based on main body (206), the 206-5 positions of the 201-1 insertion main bodys (206) of trigger switch (201),
The 201-2 of trigger switch (201) is screwed with sliding the 202-1 of system (202).Drag hook (204) loads main body (206)
Groove position (206-6), torsional spring (203) load the 202-3 of the system slided (202), and 203-1 loads 202-4 positions, drag hook (204)
204-1 blocks position the 203-2 positions of torsional spring (203).Non return part (209) loads 206-7 and 206-8 positions, sliding block pressing plate
(225) load main body (206), 206-11 and 206-12 are screwed after being caught in the 206-9 and 206-10 of main body (206).Shake
Arm (207) loads main body (206), and rocking arm (207) is positioned at 206-13 and 206-14 positions, and rocking arm torsional spring (208) loads main body
(206) after 206-13,206-15 is blocked while blocking the 207-4 of rocking arm (207), is then screwed into meson, screw
206-13 is fixed.The 206-16 columns that ratchet (205) loads main body (206) are loaded on meson, screw carrys out spacing fixed height but
It is rotatable.
Ratchet one-way is into level mechanism, and ratchet all turns 60 degree clockwise during trigger is pressed, ratchet control rocking arm into
Row electrode switches, and handoff procedure mesohigh control of discharge module is exported without high-tension current, and only trigger is pressed to the 2mm positions from place
Duan Jixu, which is pressed, could export high-tension current, ensure that handoff procedure is safe and reliable.
The flying needle electrode switching mechanism, is switched over using tension spring and self-lock switch, and when tension spring compressive state is electrode
Discharge mode, tension spring are elongated to being transmitting band high-tension current flying needle pattern when drawing latched position, and when electrode discharge pattern presses
Bullet top electrode can only release high-voltage arc and presses lower plate without launching flying needle, when transmitting band high-tension current flying needle pattern trigger in place
I.e. transmitting flying needle streams high-voltage electricity to target to machine in place.
The trigger electrode switching mechanism (200), it includes：Trigger switchs (201), trigger switch (201) connection
And driving slip system (202) and torsional spring (203), drag hook (204) to move, the drag hook (204) hooks ratchet (205) and makees up time
Pin rotates, and the spacing 206-1 that drag hook (204) is moved in main body (206) stops movement, and ratchet (205) turns clockwise at this time
60 degree dynamic, cylinder 205-1 drive rocking arms (207) are moved to the 206-2 positions of (Fig. 8) on ratchet, since ratchet (205) is only made
Rotationally clockwise, need rocking arm torsional spring (208) that rocking arm foot piece 207-1 is pushed down cylinder 205-1 on ratchet on rocking arm (207),
The control that the swing of rocking arm (207) is rotated by ratchet (205).
Trigger switch (201) release process drives drag hook (204) opposite direction movement drag hook inclined-plane 204-1 and ratchet
(205) -2 inclined-planes slide and mistake, and are stopped by non return part (209), and ratchet (205) does not rotate (Fig. 9).
When pressing trigger switch (201) again, cylinder 205-1, which is rotated more than, when ratchet (205) rotates clockwise, on ratchet shakes
During the scope of arm foot piece 207-1, since the pressure rocking arm foot piece 207-1 of rocking arm torsional spring (208) can come to cylinder 205- under ratchet
3, at this time rocking arm (207) arrive (Figure 10) 206-3 positions.Often press and unclamp trigger switch (201) once, ratchet (205)
60 degree are rotated clockwise, trigger switch (201), the change such as (Figure 11 of ratchet (205) and rocking arm (207) are pressed and unclamped in repetition
→ Figure 12 → Figure 13).
Control rocking arm (207) cyclic switching electrode position, the top electrode 211 of electrion control module (210) and lower electricity
Pole 212 passes through the rocking arm pole 223 and 215 → dynode 216 and 224 of stent pole 213 and 214 → rocking arm (207) or left and right pole
217th, 218,219,220 (notice that dynode and left and right pole are with determining according to the switching of rocking arm (207) position), by high-tension current with
Pole 402 pole 401 and cartridge clip under is transported on the cartridge clip of each bullet (400) surely according to the switching of rocking arm (207) position.High-voltage electricity
The air gap electric arc that press has 0.3~0.6mm between each electrode is powered.
Each part position, moving range, motion mode are fixed and limited by main body 221 and cartridge clip stent 222 above,
Complete installation and fix and implement operation (Figure 14, Figure 15, Figure 16).
Flying needle electrode switching mechanism (300) and bullet (400).
Draw 301 222-1 positions when be electrode discharge pattern (Figure 15), tension spring 403 is contraction state (Figure 19),
The closest generation of the output terminal 401-1 and 402-1 of pole 402 under pole 401 and cartridge clip are gone up in the high tension loop of bullet (400)
Electric arc, realizes electrode discharge (Figure 16, Figure 17), to ensure that electrode discharge pattern can reliably be put between 401-1 and 402-1
Electricity, designs and installs conductive sheet 418 (Figure 21) additional on door closure 417 hereby.
It is transmitting band high-tension current flying needle when being moved to latched position 222-2 (Figure 15) of cartridge clip stent 222 that 301, which will be drawn,
Pattern.Tension spring 403 is elongated to the input terminal 401-2 (Figure 18, Figure 19) of the pole 401 close on cartridge clip, and electric arc passes through copper-foil conducting electricity 414
It is powered to tension spring, the high tension loop of bullet (400)：Such as 401 → copper-foil conducting electricity of pole, 414 → tension spring, 403 → conducting wire 415 on cartridge clip
Pole 402 (Figure 20) under → miniature 404 → gas cylinder of explosive 405 → copper-foil conducting electricity, 416 → flying needle, 408 → conducting wire, 410 → cartridge clip.It is high
Pushing back the road miniature explosive 404 of triggering promotes the movement of gas cylinder 405 to press to pricker 406, and piercing through gas cylinder abrupt release compressed nitrogen will be winged
Pin 407 and 408 projects, and afterbody 407-1 and the 408-1 threading of flying needle conducting wire 409 and 410, the other end 409-1 of conducting wire and
410-1 is powered with pole 402 under pole on cartridge clip 401 and cartridge clip respectively, realizes band high-tension current flying needle to target shooting (Figure 18, figure
19, Figure 20).
Each part position, line arrangement, motion mode are fixed by cartridge clip 411, rear cover 412 and gas cylinder gland 413 above
With limitation moving range, complete installation and fix and implement operation.
Electrion control module, trigger electrode switching mechanism, flying needle electrode switching mechanism, battery pack, laser sight
101 and 102, bullet completes whole machine installation by left outside shell (103) and right casing (104) and fixes, protects and implement operation.
It should be noted that for above method embodiment, in order to be briefly described, therefore it is all expressed as a series of
Combination of actions, but those skilled in the art should know, the application and from the limitation of described sequence of movement because
According to the application, some steps can use other orders or be carried out at the same time.Secondly, those skilled in the art should also know
Know, embodiment described in this description belongs to preferred embodiment, involved action and module not necessarily the application
It is necessary.
It should be understood by those skilled in the art that, embodiments herein can be provided as method, system or computer program
Product.Therefore, the application can use the reality in terms of complete hardware embodiment, complete software embodiment or combination software and hardware
Apply the form of example.
Finally it should be noted that：The foregoing is merely this practical preferred embodiment, this practicality is not limited to,
Although this practicality is described in detail with reference to the foregoing embodiments, for those skilled in the art, it still may be used
To modify to the technical solution described in foregoing embodiments, or equivalent substitution is carried out to which part technical characteristic.
For all spirit in this practicality with principle, any modification, equivalent replacement, improvement and so on, should be included in this practicality
Within protection domain.
Claims (9)
- A kind of 1. remote non-lethal electric shock device of multiple warhead, it is characterised in that including：Electrion control module（210）, exported for producing high-tension current and control, and show remaining discharge time； Trigger electrode switching mechanism（200）, in turn switching on three electrodes respectively, by High voltage output to corresponding bullet, and pass through It is consecutively pressed trigger to switch over, the electrode by the high-tension current of electrion control module in order through diverse location；Fly Pin electrode switching mechanism（300）, for controlling switching electric shock device to need electrode discharge, it is desired nonetheless to project flying needle by high-tension current Target is sent to, and 3 groups of bullets are installed at the same time；Battery pack（601）, power for electrion control module；Laser sight, is used for Target location is indicated by upper and lower double excitation lamp；Bullet（400）, kinetic energy is provided for fixed band high-tension current flying needle and for flying needle Device, triggering control circuit, for nearly body defence High voltage output electrode；Shell, for each more than protecting and fixing Module and mechanism part, and its moving range is provided, complete installation and fix and implement operation.
- 2. the remote non-lethal electric shock device of multiple warhead is planted according to claim 1, it is characterised in that the electrion control Molding block（210）It is fixed on trigger electrode switching mechanism（200）Main body（206）It is interior, flying needle electrode switching mechanism（300）It is inserted in Trigger electrode switching mechanism（200）After working good, then to well left outside shell（103）Locating slot（103-1）Load, so will with screw Trigger electrode switching mechanism（200）It is fixed on left outside shell（103）, first laser sighting device（501）With second laser sighting device （502）Left outside shell is individually fixed in screw（103）On.
- 3. the remote non-lethal electric shock device of multiple warhead according to claim 1 or 2, it is characterised in that the battery pack （601）For detachable part, in left outside shell（103）And right casing（104）Just load after fixation, by battery system（602）Clasp fixation.
- 4. the remote non-lethal electric shock device of multiple warhead according to claim 3, it is characterised in that the bullet（400） Load flying needle electrode switching mechanism（300）Cartridge clip stent（302）Magazine（302-1）, the shrapnel on bullet（400-1）Pass through Cartridge clip stent（302）Lower square groove position（302-4）Import, until shrapnel blocks cartridge clip stent（302）On, press shrapnel（400-1） Reversely release removable lower bullet（400）, cartridge clip stent（302）There are three bin levels（302-1、302-2、302-3）.
- 5. the remote non-lethal electric shock device of multiple warhead according to claim 1, it is characterised in that the trigger electrode is cut Converting mechanism（200）, specifically include：Trigger switchs（201）, slide system（202）, torsional spring（203）, drag hook（204）, ratchet（205）、 Main body（206）, rocking arm（207）, rocking arm torsional spring（208）, non return part（209）, sliding block pressing plate（225）, wherein, trigger switch （201）It is inserted into main body（206）On, and trigger switchs（201）Made with sliding（202）It is screwed；Drag hook（204）Load main body （206）Groove position（206-6）, torsional spring（203）Load the system of slip（202）, drag hook（204）Block torsional spring（203）；Wherein, non-return Part（209）Load main body（206）In, sliding block pressing plate（225）Load main body（206）, it is caught in main body（206）After be screwed； Rocking arm（207）Load main body（206）, rocking arm（207）Rocking arm torsional spring（208）Load main body（206）Afterwards, rocking arm is blocked（207）, Then it is screwed into meson, screw to fix；The ratchet（205）Load main body（206）Column on, be loaded on meson, screw come It is spacing fixed just but rotatable；Wherein, ratchet all turns 60 degree clockwise during trigger is pressed, ratchet control rocking arm into Row electrode switches, and handoff procedure mesohigh control of discharge module is exported without high-tension current, and only trigger is pressed to the 2mm positions from place Duan Jixu, which is pressed, could export high-tension current, ensure that handoff procedure is safe and reliable.
- 6. the remote non-lethal electric shock device of multiple warhead according to claim 1 or 2, it is characterised in that the flying needle electricity Pole switching mechanism, is switched over using tension spring and self-lock switch, and when tension spring compressive state is electrode discharge pattern, and tension spring is elongated and arrived It is transmitting band high-tension current flying needle pattern when drawing latched position, when transmitting band high-tension current flying needle pattern presses trigger in place i.e. Transmitting flying needle streams high-voltage electricity to target.
- 7. the remote non-lethal electric shock device of multiple warhead according to claim 2, it is characterised in that the trigger electrode is cut Converting mechanism（200）, it includes：Trigger switchs（201）, the trigger switch（201）Connect and drive slip to make（202）And torsional spring （203）, drag hook（204）It is mobile, the drag hook（204）Hook ratchet（205）Rotate clockwise, drag hook（204）It is moved to master Body（206）On spacing 206-1 stop movement, at this time ratchet（205）60 degree are rotated clockwise, cylinder on ratchet（205-1） Drive rocking arm（207）It is mobile（206-2）Position, due to ratchet（205）Only rotate clockwise, rocking arm（207）On need to shake Arm torsional spring（208）By rocking arm foot piece（207-1）Push down cylinder on ratchet（205-1）, rocking arm（207）Swing by ratchet（205） The control of rotation.
- 8. the remote non-lethal electric shock device of multiple warhead according to claim 7, it is characterised in that trigger switchs（201） Release process drives drag hook（204）Opposite direction movement drag hook inclined-plane（204-1）With ratchet（205--2）Inclined-plane slides and mistake, and by Non return part（209）Stop, ratchet（205）Do not rotate.
- 9. the remote non-lethal electric shock device of multiple warhead according to claim 7, it is characterised in that opened when pressing trigger again Close（201）, ratchet（205）When rotating clockwise, cylinder on ratchet（205-1）Rotate more than rocking arm foot piece（207-1）Scope When, due to rocking arm torsional spring（208）Pressure rocking arm foot piece（207-1）Cylinder under ratchet can be come to（205-3）, rocking arm at this time （207）Arrive（206-3）Position；Often press and unclamp trigger switch（201）Once, ratchet（205）60 degree are rotated clockwise, is repeated Press and unclamp trigger switch（201）.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721087733.9U CN207351302U (en) | 2017-08-29 | 2017-08-29 | A kind of remote non-lethal electric shock device of multiple warhead |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721087733.9U CN207351302U (en) | 2017-08-29 | 2017-08-29 | A kind of remote non-lethal electric shock device of multiple warhead |
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| CN207351302U true CN207351302U (en) | 2018-05-11 |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108917482A (en) * | 2018-07-04 | 2018-11-30 | 深圳民盾安全技术开发有限公司 | A kind of intelligent control low pressure triggering emitter |
| CN109737808A (en) * | 2019-03-14 | 2019-05-10 | 长源动力（北京）科技有限公司 | A kind of electric shock antiriot rifle |
| WO2021002922A3 (en) * | 2019-04-30 | 2021-03-11 | Axon Enterprise, Inc. | Polymorphic conducted electrical weapon |
| US11846493B2 (en) | 2019-01-18 | 2023-12-19 | Axon Enterprise, Inc. | Polymorphic conducted electrical weapon |
| US11920903B2 (en) | 2021-06-11 | 2024-03-05 | Axon Enterprise, Inc. | Magazine interposer for a conducted electrical weapon |
| US11994369B2 (en) | 2019-01-18 | 2024-05-28 | Axon Enterprise, Inc. | Vehicle with a conducted electrical weapon |
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2017
- 2017-08-29 CN CN201721087733.9U patent/CN207351302U/en active Active
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108917482A (en) * | 2018-07-04 | 2018-11-30 | 深圳民盾安全技术开发有限公司 | A kind of intelligent control low pressure triggering emitter |
| CN108917482B (en) * | 2018-07-04 | 2023-12-22 | 深圳民盾安全技术开发有限公司 | Intelligent control low-voltage trigger transmitting device |
| US11846493B2 (en) | 2019-01-18 | 2023-12-19 | Axon Enterprise, Inc. | Polymorphic conducted electrical weapon |
| US11994369B2 (en) | 2019-01-18 | 2024-05-28 | Axon Enterprise, Inc. | Vehicle with a conducted electrical weapon |
| CN109737808A (en) * | 2019-03-14 | 2019-05-10 | 长源动力（北京）科技有限公司 | A kind of electric shock antiriot rifle |
| CN109737808B (en) * | 2019-03-14 | 2023-12-01 | 长源动力（北京）科技有限公司 | Electric shock riot gun |
| WO2021002922A3 (en) * | 2019-04-30 | 2021-03-11 | Axon Enterprise, Inc. | Polymorphic conducted electrical weapon |
| US11867481B2 (en) | 2019-04-30 | 2024-01-09 | Axon Enterprise, Inc. | Polymorphic conducted electrical weapon |
| US11920903B2 (en) | 2021-06-11 | 2024-03-05 | Axon Enterprise, Inc. | Magazine interposer for a conducted electrical weapon |
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