CN109855478A - Multifunctional antiriot bullet with two-stage separating mechanism - Google Patents
Multifunctional antiriot bullet with two-stage separating mechanism Download PDFInfo
- Publication number
- CN109855478A CN109855478A CN201910042685.9A CN201910042685A CN109855478A CN 109855478 A CN109855478 A CN 109855478A CN 201910042685 A CN201910042685 A CN 201910042685A CN 109855478 A CN109855478 A CN 109855478A
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- fried
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- dye
- urge
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- 230000007246 mechanism Effects 0.000 title claims abstract description 132
- 238000007789 sealing Methods 0.000 claims abstract description 61
- 238000000926 separation method Methods 0.000 claims abstract description 59
- 239000000843 powder Substances 0.000 claims abstract description 56
- 238000004880 explosion Methods 0.000 claims abstract description 35
- 239000003380 propellant Substances 0.000 claims abstract description 22
- 239000000975 dye Substances 0.000 claims description 224
- 241000282470 Canis latrans Species 0.000 claims description 41
- 239000011888 foil Substances 0.000 claims description 29
- 238000004026 adhesive bonding Methods 0.000 claims description 26
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- 239000000463 material Substances 0.000 claims description 4
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- 239000003491 tear gas Substances 0.000 abstract description 7
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Abstract
The invention discloses the Multifunctional antiriot bullets with two-stage separating mechanism, it include: shell case, emission part, pinking portion, level-one separating mechanism, quick-fried dye portion, the second-order separation mechanism, it is quick-fried to urge portion, kinetic energy portion and sealing mat, the emission part, pinking portion, level-one separating mechanism, quick-fried dye portion, the second-order separation mechanism, it is quick-fried that portion and kinetic energy portion is urged to be connected in series and be located inside shell case, the emission part assigns flight initial velocity, the pinking portion is for deterring target, the level-one separating mechanism is for separating pinking portion, the quick-fried dye portion is for identifying target, the second-order separation mechanism is for separating quick-fried dye portion, realize that tear-gas disperses in the quick-fried portion of urging, realize kinetic energy strike in the kinetic energy portion, the sealing mat is for sealing full bullet, the present invention can effectively prevent caused bombing bore accident when propellant powder neglected loading or failure, after transmitting, five separate explosion sound are generated in succession Ring, have both fright, dyeing, tear-gas, it is blunt hit it is multiple it is non-lethal disperse effect, can greatly flexibly in, long-range anti-riot fight tactics tactics.
Description
Technical field
The present invention relates to antiriot ammunition technical fields, more specifically, more particularly to more function with two-stage separating mechanism
It can antiriot bomb.
Background technique
Antiriot ammunition carries out important to locate to play in various tasks prominent, centered on anti-terrorism in army, People's Armed Police, public security
Effect, with the increase of anti-riot anti-terrorism task complexity, the antiriot ammunition of active service is in Far Range, functional diversities, safety
Aspect is all lacking, as that there are casts is close, is easily picked up the defects of returning throwing, hand-throw type for hand-throw type burning type antiriot ammunition
Explosive type antiriot ammunition then there are problems that easily frying hand, fried point easily appearance excessively injury, though rifle hairdo burning type antiriot ammunition is thrown
Penetrate distance farther out, but function is more single, can only realize the single effect such as tear-gas, smoke, rifle hairdo explosive type antiriot ammunition is then
Less equipment due to there are the security risk of easy bombing bore.In summary feature develops rifle hairdo explosive type antiriot ammunition, and effectively
It solves the problems, such as easy bombing bore, and realizes that the diversification of antiriot ammunition fighting efficiency will become the important development side of active service antiriot ammunition
To, also by in, long-range anti-riot fight new tactics tactics is provided.
Summary of the invention
The purpose of the present invention is to provide the Multifunctional antiriot bullets with two-stage separating mechanism, to solve above-mentioned background technique
The existing rifle hairdo antiriot ammunition of middle proposition has a single function, the problem that security risk is big.
To achieve the above object, the present invention provides the Multifunctional antiriot bullets with two-stage separating mechanism, by detail below
Technological means is reached:
Multifunctional antiriot bullet with two-stage separating mechanism, comprising: shell case, emission part, the fire in a stove before fuel is added, transmitting coyote hole, propellant powder
Spout on room, propellant powder, sealing cover foil, at sealing cover foil gluing, pinking portion, pinking body, pinking body expansion hatch, pinking bullet
It is body lower concave part, blast hole, extension fuse primer, delay powder, extension fuse primer lower port, extension fuse primer upper port, glitter, quick-fried
Shake portion propagation squib, pinking portion booster, pinking portion Delay Tube jack, pinking portion Delay Tube, pinking portion bonding place, level-one seperator
Structure, level-one separating mechanism I-shaped support frame, level-one separating mechanism booster, quick-fried dye portion, quick-fried dye body, the expansion of quick-fried dye body
Mouth, quick-fried dye body explosion slot, dyeing agent capsules, coloring agent, quick-fried dye portion Delay Tube jack, quick-fried dye portion Delay Tube, the expansion of quick-fried dye portion are quick-fried
Pipe, quick-fried dye portion propagation squib sealing cover, quick-fried dye portion booster, quick-fried dye portion bonding place, the second-order separation mechanism, the second-order separation mechanism I-shaped
Type support frame, quick-fried urge portion, quick-fried urge portion steel shell bottom, quick-fried urge portion's papery shell wall, quick-fried urge portion's Delay Tube at the second-order separation mechanism booster
Jack, it is quick-fried urge portion's Delay Tube, annular shape OC stimulation powder agglomates, it is quick-fried urge portion's T-type propagation squib, it is quick-fried urge relief hole at the top of portion T-type propagation squib,
It is quick-fried to urge portion's T-type propagation squib side wall relief hole, quick-fried urge portion's booster, kinetic energy portion, push-plate, kinetic energy portion papery shell wall, kinetic energy portion papery
Shell wall square groove, kinetic energy bullet, lead sand, bullet empennage and sealing mat；It is characterized by: the shell case lower inside is provided with hair
Portion is penetrated, the emission part includes the fire in a stove before fuel is added, transmitting coyote hole, emits spout on coyote hole, propellant powder, sealing cover foil and sealing cover foil gluing
Place, the fire in a stove before fuel is added are riveted at shell case bottom face axle center, are communicated with transmitting coyote hole, the propellant powder chamber interior on the upside of the fire in a stove before fuel is added
It is filled with propellant powder, the transmitting coyote hole top is provided with spout on transmitting coyote hole, setting on the upside of spout on the transmitting coyote hole
There is sealing cover foil, the sealing cover foil is fixed in sealing cover foil bonding place by hot melt adhesive and shell case gluing, on the emission part
Side is provided with pinking portion, and the pinking portion includes pinking body, pinking body expansion hatch, pinking body lower concave part, blast hole, prolongs
Phase fuse primer, delay powder, extension fuse primer lower port, extension fuse primer upper port, glitter, pinking portion propagation squib, pinking portion
Booster, pinking portion Delay Tube jack, pinking portion Delay Tube and pinking portion bonding place, the pinking body upper port be provided with to
The pinking body expansion hatch of outer bulging, pinking body bottom are provided with the pinking body lower concave part of indent, the pinking bullet
It is provided with blast hole on body sidewall, extension fuse primer is provided on the inside of the pinking body, the extension fuse primer runs through pinking
Body, the extension fuse primer lower port are located on the downside of pinking body lower concave part, and the extension fuse primer upper port is located at level-one
Inside separating mechanism, glitter is loaded inside the pinking body, and it is quick-fried that the expansion of pinking portion is provided on pinking body central axes
It manages, the built-in pinking portion booster of pinking portion propagation squib, the extension of pinking portion is offered at the axle center of pinking body upper surface
Pipe jack, the pinking portion Delay Tube jack for inserting and fixing pinking portion Delay Tube, on the upside of the pinking body expansion hatch,
Pinking body inner wall is provided with pinking portion bonding place, and pinking portion bonding place is for the fixed pinking portion of gluing and quick-fried dye portion, institute
The cavity that the bottom on the top and quick-fried dye portion of stating pinking portion is constituted is level-one separated structure, and the level-one separated structure includes level-one
Separating mechanism I-shaped support frame and level-one separating mechanism booster, the level-one separating mechanism I-shaped support frame top with it is quick-fried
Dye portion bottom is fixedly connected, and is supported by quick-fried dye portion on the upside of the level-one separating mechanism I-shaped support frame, the quick-fried dye portion includes
It is quick-fried dye body, quick-fried dye body expansion hatch, quick-fried dye body explosion slot, dyeing agent capsules, coloring agent, quick-fried dye portion Delay Tube jack, quick-fried
Dye portion Delay Tube, quick-fried dye portion propagation squib, quick-fried dye portion propagation squib sealing cover, quick-fried dye portion booster and quick-fried dye portion bonding place, it is described quick-fried
Dye body upper port is provided with the quick-fried dye body expansion hatch of outside bulging, and the quick-fried dye body side wall is provided with quick-fried dye body explosion
Slot, the quick-fried dye body inside are provided with dyeing agent capsules, the built-in coloring agent of the dyeing agent capsules, the quick-fried dye body axis
It is provided with quick-fried dye portion propagation squib on line, offers quick-fried dye portion Delay Tube jack, the quick-fried dye portion on the downside of the quick-fried dye portion propagation squib
Delay Tube jack has been inserted and fixed quick-fried dye portion Delay Tube, and quick-fried dye portion booster is loaded inside the quick-fried dye portion propagation squib, described
Quick-fried dye portion propagation squib upper end is sealed by quick-fried dye portion propagation squib sealing cover by hot melt adhesive, the quick-fried dye body expansion hatch upside, quick-fried
Dye body inner wall is provided with quick-fried dye portion bonding place, the quick-fried dye portion bonding place for the fixed quick-fried dye portion of gluing and it is quick-fried urge portion, it is described
The cavity that the top in quick-fried dye portion and the quick-fried bottom for urging portion are constituted is the second-order separation structure, and the second-order separation structure includes two fractions
It disembarks structure I-shaped support frame and the second-order separation mechanism booster, the second-order separation mechanism I-shaped support frame top is urged with quick-fried
Portion bottom is fixedly connected, be supported by the upside of the second-order separation mechanism I-shaped support frame it is quick-fried urge portion, the quick-fried portion of urging includes quick-fried
Portion steel shell bottom is urged, quick-fried portion's papery shell wall urged, quick-fried urge portion's Delay Tube jack, quick-fried urges portion's Delay Tube, annular shape OC stimulation powder agglomates, quick-fried
It urges portion's T-type propagation squib, quick-fried urge that relief hole at the top of portion T-type propagation squib, quick-fried to urge portion's T-type propagation squib side wall relief hole, the quick-fried portion of urging to expand quick-fried
Medicine, it is described it is quick-fried urge portion steel shell bottom to urge portion's papery shell wall gluing to fix with quick-fried, quick-fried urge is provided with circle on the inside of portion papery shell wall
Cyclic annular OC stimulates powder agglomates, it is described it is quick-fried urge be provided on portion central axes it is quick-fried urge portion's T-type propagation squib, it is described quick-fried to urge in portion's T-type propagation squib
Fill it is quick-fried urge portion's booster, it is described it is quick-fried urge portion T-type propagation squib lower part offer it is quick-fried urge portion's Delay Tube jack, it is described quick-fried to urge portion's Delay Tube
Jack be inserted and fixed it is quick-fried urge portion's Delay Tube, quick-fried urge offers quick-fried urge at the top of portion's T-type propagation squib at the top of portion's T-type propagation squib
Relief hole, it is described it is quick-fried urge at the top of portion T-type propagation squib relief hole to push kinetic energy for assigning kinetic energy portion, it is described that quick-fried to urge portion's T-type to expand quick-fried
Pipe side wall offer it is quick-fried urge portion's T-type propagation squib side wall relief hole, it is described it is quick-fried urge portion's T-type propagation squib side wall relief hole for burn simultaneously
Discharging annular shape OC stimulates powder agglomates, and quick-fried urge is provided with kinetic energy portion on the upside of portion, and the kinetic energy portion includes push-plate, kinetic energy portion papery
Shell wall, kinetic energy portion papery shell wall square groove, kinetic energy bullet, lead sand, bullet empennage, the push-plate and kinetic energy portion papery shell wall gluing
It is fixed, it is provided with kinetic energy bullet on the inside of the kinetic energy portion papery shell wall, the kinetic energy portion papery shell wall opens up kinetic energy portion papery shell
The top of kinetic energy portion papery shell wall, kinetic energy portion paper are run through in wall square groove, the top of the kinetic energy portion papery shell wall square groove
The bottom of mass shell wall square groove is higher than the top of push-plate, and the push-plate is for pushing kinetic energy bullet, packet inside the kinetic energy bullet
Lead sand is wrapped up in, it is sealing mat, the sealing mat and shell case on the upside of the kinetic energy portion that kinetic energy bullet rear portion, which is provided with bullet empennage,
Gluing is fixed, and the sealing mat is for sealing full bullet.
As advanced optimizing for the technical program, the present invention has the Multifunctional antiriot bullet of two-stage separating mechanism, described
Shell case by aluminum alloy materials processing and fabricating, the emission part, pinking portion, level-one separating mechanism, quick-fried dye portion, the second-order separation mechanism,
It is quick-fried that portion is urged to connect and be located inside shell case with kinetic energy portion axial series, the shell case, emission part, pinking portion, level-one separating mechanism,
Quick-fried dye portion, the second-order separation mechanism, the quick-fried central axes for urging portion, kinetic energy portion and sealing mat are overlapped.
As advanced optimizing for the technical program, the present invention has the Multifunctional antiriot bullet of two-stage separating mechanism, described
The fire in a stove before fuel is added is the mechanical impact formula fire in a stove before fuel is added, and the transmitting coyote hole is bowl structure, and nozzle diameter is equal to propellant powder on the transmitting coyote hole
The half of room maximum inner diameter, the transmitting coyote hole is hyperbaric chamber, on the downside of the pinking body lower concave part, emits spout on coyote hole
Upside space constitutes low-pressure chamber, and the hyperbaric chamber and low-pressure chamber constitute high-low pressure trigger mechanism.
As advanced optimizing for the technical program, the present invention has the Multifunctional antiriot bullet of two-stage separating mechanism, described
Pinking body is by aluminum alloy materials processing and fabricating, and the extension fuse primer is by high temperature resistant heat insulation material processing and fabricating, the extension
The quantity of fuse primer is 2, and 2 extension fuse primers are symmetrical centered on the central axes in pinking portion, the blast hole
6~8 are provided on the same axis direction of pinking body side wall, 6~8 blast holes on the same axis direction are constituted
One blast hole group, the quantity of the blast hole group are 8,8 blast hole groups along the central axes of pinking body circumferentially
Formula array distribution.
As advanced optimizing for the technical program, the present invention has the Multifunctional antiriot bullet of two-stage separating mechanism, described
Level-one separating mechanism I-shaped support frame and the second-order separation mechanism I-shaped support frame are described by stainless steel material processing and fabricating
The quantity of level-one separating mechanism I-shaped support frame and the second-order separation mechanism I-shaped support frame is 8, the shell case it is same
One in the radial direction, and the quantity of the level-one separating mechanism I-shaped support frame and the second-order separation mechanism I-shaped support frame is
2.
As advanced optimizing for the technical program, the present invention has the Multifunctional antiriot bullet of two-stage separating mechanism, described
Quick-fried dye body is oblong structure by aluminum alloy materials processing and fabricating, the quick-fried dye body explosion slot, and the quick-fried dye body is quick-fried
The quantity of broken slot is 6, and 6 quick-fried dye body explosion slots are along the central axes of quick-fried dye body circumferentially formula array distribution.
As advanced optimizing for the technical program, the present invention has the Multifunctional antiriot bullet of two-stage separating mechanism, described
Extension tube head in pinking portion is located inside pinking portion propagation squib towards level-one separated structure, the pinking portion Delay Tube tail portion, institute
Quick-fried dye portion extension tube head is stated towards level-one separated structure, the quick-fried dye portion Delay Tube tail portion is located inside quick-fried dye portion propagation squib,
It is described it is quick-fried urge extension tube head in portion's towards the second-order separation mechanism, it is described quick-fried to urge portion Delay Tube tail portion to be located at quick-fried urging portion's T-type propagation squib
The extension time of inside, the extension fuse primer and pinking portion Delay Tube is 1.5S, and the quick-fried dye portion Delay Tube and the quick-fried portion of urging prolong
The extension time of phase pipe is 2S.
As advanced optimizing for the technical program, the present invention has the Multifunctional antiriot bullet of two-stage separating mechanism, described
Intensively offer miniature relief hole on pinking portion propagation squib and quick-fried dye portion propagation squib side wall, it is described quick-fried to urge portion T-type propagation squib top
To urge the same quantity in the radial direction of portion's T-type propagation squib be 3 to portion's relief hole quick-fried, it is described it is quick-fried urge it is same at the top of portion T-type propagation squib
One in the radial direction 3 quick-fried urge at the top of portion's T-type propagation squib relief hole to constitute one quick-fried urging relief hole at the top of portion's T-type propagation squib
Group, the quick-fried quantity for urging relief hole group at the top of portion T-type propagation squib are 6, and described 6 quick-fried to urge pressure release at the top of portion's T-type propagation squib
Hole group is described quick-fried portion's T-type propagation squib side wall relief hole to be urged to exist along the quick-fried central axes for urging portion's T-type propagation squib circumferentially formula array distribution
The quick-fried quantity urged on the same axial direction of portion's T-type propagation squib side wall is 4~6, described quick-fried to urge the same axis of portion's T-type propagation squib side wall
Quantity is that 4~6 quick-fried urges portion's T-type propagation squib side wall relief hole to constitute one quick-fried portion's T-type propagation squib side wall being urged to let out on direction
Hole group is pressed, the quick-fried quantity for urging portion's T-type propagation squib side wall relief hole group is 6, and described 6 quick-fried to urge portion's T-type propagation squib side wall
Relief hole group expands along the quick-fried central axes for urging portion's T-type propagation squib circumferentially formula array distribution, pinking portion propagation squib and quick-fried dye portion
Miniature relief hole on booster side wall quick-fried urge at the top of portion's T-type propagation squib relief hole and quick-fried urges portion's T-type propagation squib side wall relief hole equal
It is sealed using hot melt adhesive.
As advanced optimizing for the technical program, the present invention has the Multifunctional antiriot bullet of two-stage separating mechanism, described
Circular OC stimulation powder agglomates is open circles ring-type solid-state structure, and the annular shape OC stimulation powder agglomates urges portion's T-type propagation squib according to quick-fried
Outer diameter be correspondingly provided with three kinds of different internal diameters, be convenient for Matching installation.
As advanced optimizing for the technical program, the present invention has the Multifunctional antiriot bullet of two-stage separating mechanism, described
The quantity of kinetic energy portion papery shell wall square groove is 3, and 3 kinetic energy portions papery shell wall square groove is along kinetic energy portion papery shell wall
Circumferentially formula array distribution, the quantity of the kinetic energy bullet are 4 for central axes, axis of the 4 kinetic energy bullets along kinetic energy portion
Circumferentially formula array distribution, the quantity of the bullet empennage are 4 to line, and 4 bullet empennages are along the central axes of kinetic energy bullet
Circumferentially formula array distribution.
Due to the application of the above technical scheme, compared with the prior art, the invention has the following advantages:
1. structure of the invention is ingenious, science novel in design；
2. level-one separating mechanism of the present invention, pinking portion, quick-fried dye portion, the second-order separation mechanism, it is quick-fried urge portion ignite when all issue
The huge explosion sound, forms the demolition effect of polyphony, so that deterrent of the invention greatly enhances；
3. the present invention will be sealed cover foil by hot melt adhesive and fixed with shell case by cleverly design sealing cover foil, so that
In propellant powder failure or propellant powder neglected loading, the fire in a stove before fuel is added, which is difficult to directly light, plays intracorporal powder charge, to effectively prevent bombing bore thing
Therefore generation；
4. pinking body design blast hole of the present invention, quick-fried dye body explosion slot is arranged in quick-fried dye body, the quick-fried portion of urging is urged using quick-fried
The design of portion's papery shell wall is so that be not in sharp fragmentation near fried point, so that there is the situation of fortuitous casualty greatly
Reduce；
5. the present invention by design pinking portion, quick-fried dye portion, it is quick-fried urge portion and kinetic energy portion, allow in succession realize fright, dye
Colour code know, tear-gas disperse with kinetic energy strike etc. multiple non-lethal effect, vdiverse in function, tactical qualities are flexible.Meanwhile it is of the invention
Level-one separated structure and the second-order separation structure both may be implemented to cast body below aside, also may be implemented while igniting
Front body is continued to promote, so that range of the invention is further improved.
Detailed description of the invention
The attached drawing constituted part of this application is used to provide further understanding of the present invention, schematic reality of the invention
It applies example and its explanation is used to explain the present invention, do not constitute improper limitations of the present invention.In the accompanying drawings:
Fig. 1 is the structural diagram of the present invention；
Fig. 2 is the structural schematic diagram of emission part 2 in the present invention；
Fig. 3 is the structural schematic diagram in pinking portion 3 in the present invention；
Fig. 4 is the stereoscopic schematic diagram in pinking portion 3 in the present invention；
Fig. 5 is the stereoscopic schematic diagram of extension conduit 3-2 in the present invention；
Fig. 6 is the structural schematic diagram of level-one separating mechanism 4 in the present invention；
Fig. 7 is the distribution schematic diagram of level-one separating mechanism I-shaped support frame 4-1 in the present invention；
Fig. 8 is the structural schematic diagram in quick-fried dye portion 5 in the present invention；
Fig. 9 is the stereoscopic schematic diagram in quick-fried dye portion 5 in the present invention；
Figure 10 is the structural schematic diagram of the second-order separation mechanism 6 in the present invention；
Figure 11 is the quick-fried structural schematic diagram for urging portion 7 and kinetic energy portion 8 in the present invention；
Figure 12 is the quick-fried stereoscopic schematic diagram for urging portion T-type propagation squib 7-6 in the present invention；
Figure 13 is the stereoscopic schematic diagram of kinetic energy portion papery shell wall 8-2 in the present invention.
In figure: 1, shell case, 2, emission part, 2-1, the fire in a stove before fuel is added, 2-2, transmitting coyote hole, 2-2-1, transmitting coyote hole on spout, 2-3,
Propellant powder, 2-4, sealing cover foil, 2-4-1, sealing cover foil gluing at, 3, pinking portion, 3-1 pinking body, 3-1-1, pinking body
Expansion hatch, 3-1-2, pinking body lower concave part, 3-1-3, blast hole, 3-2, extension fuse primer, 3-2-2,3-2-1, delay powder prolong
Phase fuse primer lower port, 3-2-3, extension fuse primer upper port, 3-3, glitter, 3-4, pinking portion propagation squib, 3-5, pinking portion
Booster, 3-6, pinking portion Delay Tube jack, 3-7, pinking portion Delay Tube, 3-8, pinking portion bonding place, 4, level-one separating mechanism,
4-1, level-one separating mechanism I-shaped support frame, 4-2, level-one separating mechanism booster, 5, quick-fried dye portion, 5-1, quick-fried dye body, 5-
1-1, quick-fried dye body expansion hatch, 5-1-2, quick-fried dye body explosion slot, 5-2, dyeing agent capsules, 5-3, coloring agent, 5-4, quick-fried dye portion
Delay Tube jack, 5-5, quick-fried dye portion Delay Tube, 5-6, quick-fried dye portion propagation squib, 5-6-1, quick-fried dye portion propagation squib sealing cover are 5-7, quick-fried
Dye portion booster, 5-8, quick-fried dye portion bonding place, 6, the second-order separation mechanism, 6-1, the second-order separation mechanism I-shaped support frame, 6-2,
The second-order separation mechanism booster, 7, it is quick-fried urge portion, 7-1, it is quick-fried urge portion steel shell bottom, 7-2, it is quick-fried urge portion's papery shell wall, 7-3, quick-fried urge portion
Delay Tube jack, 7-4, it is quick-fried urge portion's Delay Tube, 7-5, annular shape OC stimulate powder agglomates, 7-6, it is quick-fried urge portion's T-type propagation squib, it is 7-6-1, quick-fried
Urge relief hole at the top of portion T-type propagation squib, 7-6-2, it is quick-fried urge portion's T-type propagation squib side wall relief hole, 7-7, it is quick-fried urge portion's booster, 8, dynamic
Energy portion, 8-1, push-plate, 8-2, kinetic energy portion papery shell wall, 8-2-1, kinetic energy portion papery shell wall square groove, 8-3, kinetic energy bullet, 8-3-
1, lead is husky, 8-3-2, bullet empennage, 9, sealing mat.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
Fig. 1-13 is please referred to, the present invention provides a kind of technical solution: the Multifunctional antiriot bullet with two-stage separating mechanism, packet
It includes shell case 1, emission part 2, fire in a stove before fuel is added 2-1, transmitting coyote hole 2-2, emit spout 2-2-1 on coyote hole, propellant powder 2-3, sealing cover foil 2-
4,2-4-1, pinking portion 3, pinking body 3-1, pinking body expansion hatch 3-1-1, pinking body lower concave part at cover foil gluing are sealed
3-1-2, blast hole 3-1-3, extension fuse primer 3-2, delay powder 3-2-1, extension fuse primer lower port 3-2-2, extension fuse primer
It is upper port 3-2-3, glitter 3-3, pinking portion propagation squib 3-4, pinking portion booster 3-5, pinking portion Delay Tube jack 3-6, quick-fried
Shake portion Delay Tube 3-7, pinking portion bonding place 3-8, level-one separating mechanism 4, level-one separating mechanism I-shaped support frame 4-1, level-one
Separating mechanism booster 4-2, quick-fried dye portion 5, quick-fried dye body 5-1, quick-fried dye body expansion hatch 5-1-1, quick-fried dye body explosion slot 5-1-
2, agent capsules 5-2, coloring agent 5-3, quick-fried dye portion Delay Tube jack 5-4, quick-fried dye portion Delay Tube 5-5, quick-fried dye portion propagation squib 5- are dyed
6, quick-fried dye portion propagation squib sealing cover 5-6-1, quick-fried dye portion booster 5-7, quick-fried dye portion bonding place 5-8, the second-order separation mechanism 6, second level
Separating mechanism I-shaped support frame 6-1, the second-order separation mechanism booster 6-2, quick-fried portion 7 is urged, quick-fried portion steel shell bottom 7-1 urged, quick-fried urges
Portion papery shell wall 7-2, quick-fried portion Delay Tube jack 7-3 is urged, quick-fried portion Delay Tube 7-4, annular shape OC stimulation powder agglomates 7-5 urged, quick-fried urges portion T
Type propagation squib 7-6, quick-fried relief hole 7-6-1 at the top of portion T-type propagation squib, the quick-fried portion T-type propagation squib side wall relief hole 7-6-2, quick-fried of urging are urged
It urges portion booster 7-7, kinetic energy portion 8, push-plate 8-1, kinetic energy portion papery shell wall 8-2, kinetic energy portion papery shell wall square groove 8-2-1, move
It can bullet 8-3, lead sand 8-3-1, bullet empennage 8-3-2 and sealing mat 9；It is characterized by: 1 lower inside of shell case is provided with
Emission part 2, the emission part 2 include fire in a stove before fuel is added 2-1, transmitting coyote hole 2-2, emit spout 2-2-1 on coyote hole, propellant powder 2-3, sealing
Cover foil 2-4 and 2-4-1 at sealing cover foil gluing, the fire in a stove before fuel is added 2-1 is riveted at 1 bottom face axle center of shell case, on the fire in a stove before fuel is added 2-1
Side is communicated with inside transmitting coyote hole 2-2, the transmitting coyote hole 2-2 and is filled with propellant powder 2-3, and the top the transmitting coyote hole 2-2 is set
It is equipped with spout 2-2-1 on transmitting coyote hole, is provided with sealing cover foil 2-4, the sealing on the transmitting coyote hole on the upside of spout 2-2-1
Cover foil 2-4 is fixed in sealing cover foil bonding place 2-4-1 by hot melt adhesive and 1 gluing of shell case, and the sealing cover foil 2-4 sending out
When penetrating medicine 2-3 failure or propellant powder 2-3 neglected loading, fire in a stove before fuel is added 2-1, which is difficult to directly light, plays intracorporal powder charge, to effectively prevent frying
The generation of thorax accident, pinking portion 3 is provided on the upside of the emission part 2, and the pinking portion 3 includes pinking body 3-1, pinking body
Expansion hatch 3-1-1, pinking body lower concave part 3-1-2, blast hole 3-1-3, extension fuse primer 3-2, delay powder 3-2-1, delay to lead
Fire tube lower port 3-2-2, extension fuse primer upper port 3-2-3, glitter 3-3, pinking portion propagation squib 3-4, pinking portion booster
3-5, pinking portion Delay Tube jack 3-6, pinking portion Delay Tube 3-7 and pinking portion bonding place 3-8, the upper end pinking body 3-1
Mouth is provided on the outside of pinking body the expansion hatch 3-1-1, the pinking body expansion hatch 3-1-1 of outside bulging against shell case 1
Inner wall, the bottom pinking body 3-1 are provided with the pinking body lower concave part 3-1-2 of indent, on the pinking body 3-1 side wall
It is provided with blast hole 3-1-3, is provided with extension fuse primer 3-2 on the inside of the pinking body 3-1, the extension fuse primer 3-2 is passed through
Body 3-1 is shaken in drilling and blasting, and the extension fuse primer lower port 3-2-2 is located on the downside of pinking body lower concave part 3-1-2, and the extension is led
Fire tube upper port 3-2-3 is located inside level-one separating mechanism 4, and glitter 3-3 is loaded inside the pinking body 3-1, described quick-fried
Shake is provided with pinking portion propagation squib 3-4, the built-in pinking portion booster 3- of pinking portion propagation squib 3-4 on the central axes body 3-1
5, pinking portion Delay Tube jack 3-6, the pinking portion Delay Tube jack 3- are offered at the upper surface the pinking body 3-1 axle center
6 for inserting and fixing pinking portion Delay Tube 3-7, and the upside pinking body expansion hatch 3-1-1, pinking body 3-1 inner wall are set
It is equipped with pinking portion bonding place 3-8, pinking portion bonding place 3-8 is for the fixed pinking portion 3 of gluing and quick-fried dye portion 5, the pinking
The cavity that the bottom in the top in portion 3 and quick-fried dye portion 5 is constituted is level-one separated structure 4, and the level-one separated structure 4 includes a fraction
Disembark structure I-shaped support frame 4-1 and level-one separating mechanism booster 4-2, the level-one separating mechanism I-shaped support frame 4-1
Top is fixedly connected with quick-fried 5 bottom of dye portion, is supported by quick-fried dye portion 5, institute on the upside of the level-one separating mechanism I-shaped support frame 4-1
Stating quick-fried dye portion 5 includes quick-fried dye body 5-1, quick-fried dye body expansion hatch 5-1-1, quick-fried dye body explosion slot 5-1-2, dyeing agent capsules 5-
2, coloring agent 5-3, quick-fried dye portion Delay Tube jack 5-4, quick-fried dye portion Delay Tube 5-5, quick-fried dye portion propagation squib 5-6, quick-fried dye portion propagation squib
Sealing cover 5-6-1, quick-fried dye portion booster 5-7 and quick-fried dye portion bonding place 5-8, the quick-fried dye body 5-1 upper port are provided with outward
The quick-fried dye body expansion hatch 5-1-1 of bulging, the quick-fried dye body 5-1 side wall are provided with quick-fried dye body explosion slot 5-1-2, the quick-fried dye
Dyeing agent capsules 5-2, the built-in coloring agent 5-3 of dyeing agent capsules 5-2, the quick-fried dye body 5-1 are provided on the inside of body 5-1
It is provided with quick-fried dye portion propagation squib 5-6 on central axes, offers quick-fried dye portion Delay Tube jack 5- on the downside of the quick-fried dye portion propagation squib 5-6
4, the quick-fried dye portion Delay Tube jack 5-4 have been inserted and fixed quick-fried dye portion Delay Tube 5-5, inside the quick-fried dye portion propagation squib 5-6
Quick-fried dye portion booster 5-7 is loaded, the quick-fried dye portion upper end propagation squib 5-6 passes through hot melt by quick-fried dye portion propagation squib sealing cover 5-6-1
Glue sealing, the quick-fried dye portion propagation squib sealing cover 5-6-1 can make quick-fried dye under the action of self gravity and hot melt adhesive viscous force
5 blasting time of portion and the blasting time of the second-order separation mechanism 6 generate certain interval so that the explosion sound have it is successive it
Not, deterrent-effect is more preferable, and the quick-fried upside dye body expansion hatch 5-1-1, quick-fried dye body 5-1 inner wall are provided with quick-fried dye portion bonding place
5-8, the quick-fried dye portion bonding place 5-8 for the fixed quick-fried dye portion 5 of gluing and it is quick-fried urge portion 7, the top in the quick-fried dye portion 5 and quick-fried urge portion
The cavity that 7 bottom is constituted is the second-order separation structure 6, and the second-order separation structure 6 includes the second-order separation mechanism I-shaped support
7 bottom of portion is urged with quick-fried in frame 6-1 and the second-order separation mechanism booster 6-2, the second-order separation mechanism I-shaped support top frame 6-1
Be fixedly connected, be supported by the upside of the second-order separation mechanism I-shaped support frame 6-1 it is quick-fried urge portion 7, it is described that quick-fried to urge portion 7 include quick-fried urge
Portion steel shell bottom 7-1, quick-fried portion papery shell wall 7-2 is urged, quick-fried portion Delay Tube jack 7-3 urged, quick-fried urges portion Delay Tube 7-4, annular shape OC
Stimulation powder agglomates 7-5, quick-fried portion T-type propagation squib 7-6 is urged, quick-fried relief hole 7-6-1 at the top of portion T-type propagation squib urged, quick-fried urges portion's T-type propagation squib
Side wall relief hole 7-6-2, it is quick-fried urge portion booster 7-7, it is described quick-fried to urge portion steel shell bottom 7-1 and quick-fried urge portion's papery shell wall 7-2 gluing
It is fixed, it is described quick-fried to urge portion steel shell bottom 7-1 that the second-order separation mechanism 6 is made directly not light circular OC thorn when explosion
Swash powder agglomates 7-5, play preferable insulating effect, quick-fried urge is provided with circular OC stimulation powder agglomates on the inside of portion papery shell wall 7-2
7-5, it is described it is quick-fried urge be provided on 7 central axes of portion it is quick-fried urge portion T-type propagation squib 7-6, it is described quick-fried to urge portion T-type propagation squib 7-6 built-in quick-fried
Urge portion booster 7-7, it is described it is quick-fried urge the portion lower part T-type propagation squib 7-6 offer it is quick-fried urge portion Delay Tube jack 7-3, it is described quick-fried to urge portion
Delay Tube jack 7-3 be inserted and fixed it is quick-fried urge portion Delay Tube 7-4, quick-fried urge offers quick-fried urge at the top of portion T-type propagation squib 7-6
Relief hole 7-6-1 at the top of portion T-type propagation squib, it is described quick-fried to urge at the top of portion's T-type propagation squib relief hole 7-6-1 for assigning kinetic energy portion 8
Push kinetic energy, it is described it is quick-fried urge portion's T-type propagation squib 7-6 side wall offer it is quick-fried urge portion T-type propagation squib side wall relief hole 7-6-2, it is described
It is quick-fried to urge portion T-type propagation squib side wall relief hole 7-6-2 for burning and discharging circular OC stimulation powder agglomates 7-5, it is described quick-fried to urge in portion 7
Side is provided with kinetic energy portion 8, and the kinetic energy portion 8 includes push-plate 8-1, kinetic energy portion papery shell wall 8-2, kinetic energy portion papery shell wall square groove
8-2-1, kinetic energy bullet 8-3, lead sand 8-3-1, bullet empennage 8-3-2, the push-plate 8-1 and kinetic energy portion papery shell wall 8-2 gluing
It is fixed, it is provided with kinetic energy bullet 8-3 on the inside of the kinetic energy portion papery shell wall 8-2, the kinetic energy portion papery shell wall 8-2 opens up kinetic energy
Kinetic energy portion papery shell wall 8- is run through at the top of portion papery shell wall square groove 8-2-1, the kinetic energy portion papery shell wall square groove 8-2-1
2 top, the bottom of the kinetic energy portion papery shell wall square groove 8-2-1 are higher than the top of push-plate 8-1, and the push-plate 8-1 is used for
Kinetic energy bullet 8-3 is pushed, wraps up lead sand 8-3-1 inside the kinetic energy bullet 8-3, the rear portion kinetic energy bullet 8-3 is provided with bullet
Ball empennage 8-3-2 is sealing mat 9 on the upside of the kinetic energy portion 8, and the sealing mat 9 is fixed with 1 gluing of shell case, the use of sealing mat 9
In the full bullet of sealing.
In the present embodiment, shell case 1 stays in baton gun gun barrel after shooting, therefore can load fire in a stove before fuel is added 2- again
1, propellant powder 2-3, and be sealed with sealing cover foil 2-4 by coyote hole 2-2 is emitted, therefore can realize the recycling to shell case 1.
As shown in Figure 1, the shell case 1 is by aluminum alloy materials processing and fabricating, the emission part 2, pinking portion 3, level-one separation
Mechanism 4, quick-fried dye portion 5, the second-order separation mechanism 6, it is quick-fried urge portion 7 to connect and be located inside shell case 1 with 8 axial series of kinetic energy portion, it is described
Shell case 1, emission part 2, pinking portion 3, level-one separating mechanism 4, quick-fried dye portion 5, the second-order separation mechanism 6, it is quick-fried urge portion 7, kinetic energy portion 8 and envelope
The central axes of mouth pad 9 are overlapped.
As shown in Fig. 2, the fire in a stove before fuel is added 2-1 is the mechanical impact formula fire in a stove before fuel is added, the transmitting coyote hole 2-2 is bowl structure, described
Emit the half that spout 2-2-1 diameter on coyote hole is equal to transmitting coyote hole 2-2 maximum inner diameter, the transmitting coyote hole 2-2 is high pressure
Room, the downside pinking body lower concave part 3-1-2 emit the upside spout 2-2-1 space composition low-pressure chamber, the high pressure on coyote hole
Room and low-pressure chamber constitute high-low pressure trigger mechanism of the invention.
In conjunction with Fig. 3, Fig. 4 and Fig. 5, the pinking body 3-1 is by aluminum alloy materials processing and fabricating, the extension fuse primer 3-
2 by high temperature resistant heat insulation material processing and fabricating, can effectively avoid the premature ignition glitter 3-3 in delay powder 3-2-1 combustion process,
The quantity of the extension fuse primer 3-2 is 2, and 2 extension fuse primer 3-2 are symmetrical centered on the central axes in pinking portion 3
Distribution, the blast hole 3-1-3 are provided with 6~8 on the same axis direction of pinking body 3-1 side wall, the same axis
6~8 blast hole 3-1-3 on direction constitute a blast hole group, and the quantity of the blast hole group is 8,8 explosions
Hole group is along the central axes of pinking body 3-1 circumferentially formula array distribution.
In the present embodiment, the pinking body 3-1 on side wall by opening up blast hole 3-1-3, so that quick-fried in pinking portion 3
Broken moment not will form the fragmentation of lasing everywhere near fried point, so that a possibility that fragmentation is hurted sb.'s feelings is substantially reduced, so that
Safety of the invention obtains a degree of promotion.
In conjunction with Fig. 6 and Fig. 7, the level-one separating mechanism I-shaped support frame 4-1 and the second-order separation mechanism I-shaped support
Frame 6-1 is by stainless steel material processing and fabricating, it is possible to prevente effectively from occurring the extruding between different components during the launch process, together
When during transport, storage, the also consistency of survivable structure of the invention, the level-one separating mechanism I-shaped support frame
The quantity of 4-1 and the second-order separation mechanism I-shaped support frame 6-1 are 8, the shell case 1 it is same in the radial direction, it is described
The quantity of level-one separating mechanism I-shaped support frame 4-1 and the second-order separation mechanism I-shaped support frame 6-1 are 2.
In the present embodiment, the gaseous-pressure that the propellant powder 2-3 burning generates can be realized pinking portion 3 and series components
Flight promotes 130 meters, and the force of explosion that the level-one separating mechanism booster 4-2 burning generates can be to quick-fried dye portion 5 and series connection portion
Part realization, which is flown, promotes 50 meters, and the force of explosion that the second-order separation mechanism booster 6-2 burning generates can urge portion 7 and move to quick-fried
Energy portion 8 realizes that flight promotes 50 meters, and the quick-fried force of explosion for urging booster 7-7 burning in portion to generate can be real to kinetic energy bullet 8-3
Now flight promotes 30 meters, therefore the present invention can be implemented around pinking deterrence at 130 meters, realization dye marker at 180 meters, and 230
Rice place realizes that tear-gas disperses, and realizes that kinetic energy is hit 260 meters at, so that in realization, the multiple spot under Far Range is multi-functional non-lethal beats
The effect hit.
As shown in figure 9, the quick-fried dye body 5-1 is by aluminum alloy materials processing and fabricating, the quick-fried dye body explosion slot 5-1-2
Quantity for oblong structure, the quick-fried dye body explosion slot 5-1-2 is 6,6 quick-fried dye body explosion slot 5-1-2
Along the central axes circumferentially formula array distribution of quick-fried dye body 5-1.
In the present embodiment, the quick-fried dye body 5-1 is by opening up quick-fried dye body explosion slot 5-1-2, so that quick-fried in quick-fried dye portion 5
Broken moment not will form the fragmentation of lasing everywhere near fried point, so that a possibility that fragmentation is hurted sb.'s feelings is substantially reduced, so that
Safety of the invention is further promoted.
In conjunction with Fig. 1, Fig. 3 and Fig. 8, the pinking portion head Delay Tube 3-7 is towards level-one separated structure 4, the pinking portion
The tail portion Delay Tube 3-7 is located inside pinking portion propagation squib 3-4, and the quick-fried dye portion head Delay Tube 5-5 is towards level-one separated structure
4, the quick-fried dye portion tail portion Delay Tube 5-5 is located inside quick-fried dye portion propagation squib 5-6, described quick-fried to urge the portion head Delay Tube 7-4 direction
The second-order separation mechanism 6, it is described it is quick-fried urge the portion tail portion Delay Tube 7-4 be located at it is quick-fried urge inside portion T-type propagation squib 7-6, fire is led in the extension
The extension time of pipe 3-2 and pinking portion Delay Tube 3-7 are 1.5S, the quick-fried dye portion Delay Tube 5-5 and quick-fried urge portion Delay Tube 7-4's
The extension time is 2S.
In conjunction with Fig. 1, Fig. 3 and Fig. 8, the pinking body expansion hatch (3-1-1) and quick-fried dye body expansion hatch (5-1-1) are outside
The design of bulging, so that in level-one separating mechanism 4 and the second-order separation mechanism 6 in the moment of explosion, it can be in pinking body expansion hatch
(3-1-1) and quick-fried dye body expansion hatch (5-1-1) form biggish force of explosion so that pinking portion 3 and quick-fried dye portion 5 can by and
When cast aside.
In conjunction with Fig. 3, Fig. 8 and Figure 12, intensively opened on the pinking portion propagation squib 3-4 and quick-fried dye portion propagation squib 5-6 side wall
It is described quick-fried relief hole 7-6-1 to be urged at the top of portion T-type propagation squib to urge the same radial direction of portion T-type propagation squib 7-6 quick-fried equipped with miniature relief hole
Quantity on direction is 3, described quick-fried to urge at the top of portion T-type propagation squib 7-6 same 3 in the radial direction quick-fried to urge portion's T-type to expand quick-fried
Tube top portion relief hole 7-6-1 constitute one it is quick-fried urge relief hole group at the top of portion T-type propagation squib, it is described quick-fried to urge at the top of portion's T-type propagation squib
The quantity of relief hole group is 6, and described 6 quick-fried to urge at the top of portion's T-type propagation squib relief hole group to urge portion T-type propagation squib 7-6's along quick-fried
Central axes circumferentially formula array distribution, it is described quick-fried portion T-type propagation squib side wall relief hole 7-6-2 to be urged to urge portion T-type propagation squib 7-6 quick-fried
Quantity on the same axial direction of side wall is 4~6, described quick-fried to urge quantity on the same axial direction of portion's T-type propagation squib 7-6 side wall
For 4~6 quick-fried urge portion T-type propagation squib side wall relief hole 7-6-2 constitute one it is quick-fried urge portion's T-type propagation squib side wall relief hole group,
The quick-fried quantity for urging portion's T-type propagation squib side wall relief hole group is 6, and described 6 quick-fried to urge portion's T-type propagation squib side wall relief hole group
Along the quick-fried central axes for urging portion T-type propagation squib 7-6, circumferentially formula array distribution, the pinking portion propagation squib 3-4 and the expansion of quick-fried dye portion are quick-fried
Miniature relief hole on pipe 5-6 side wall quick-fried urge at the top of portion's T-type propagation squib relief hole 7-6-1 and quick-fried portion's T-type propagation squib side wall is urged to let out
Pressure hole 7-6-2 is all made of hot melt adhesive sealing.
As shown in figure 11, the annular shape OC stimulation powder agglomates 7-5 is open circles ring-type solid-state structure, the annular shape OC thorn
Swash powder agglomates 7-5 and three kinds of different internal diameters are correspondingly provided with according to the quick-fried outer diameter for urging portion's T-type propagation squib, is convenient for Matching installation.
In the present embodiment, the annular shape OC stimulation powder agglomates 7-5 is environment-friendly type stimulant, and use later will not make environment
At influence, and in other embodiments, if needed after use, using CS stimulant by professional means to using region
Decontamination is carried out, is influenced caused by environment with reducing.
In the present embodiment, it is described it is quick-fried urge portion 7 use the quick-fried design for urging portion papery shell wall 7-2, also greatly reduce fragmentation wound
A possibility that people.
In the present embodiment, the push-plate 8-1 uses stainless steel material processing and fabricating, it is possible to prevente effectively from quick-fried urge portion's booster
7-7 burning generates ablation to kinetic energy bullet 8-3, while convenient for forming uniform boosting power to four kinetic energy bullet 8-3.
As shown in figure 13, the kinetic energy portion papery shell wall 8-2 is during wrapping up kinetic energy bullet 8-3 flight, by air
Drag effect will split at kinetic energy portion papery shell wall square groove 8-2-1, so that kinetic energy portion papery shell wall 8-2 is separated with push-plate,
And then four kinetic energy bullet 8-3 may be implemented and independently fly, realize the multiple-point impact to target.
In conjunction with Figure 11 and Figure 13, the quantity of the kinetic energy portion papery shell wall square groove 8-2-1 is 3,3 kinetic energy portions
Papery shell wall square groove 8-2-1 is along the central axes of kinetic energy portion papery shell wall 8-2 circumferentially formula array distribution, the kinetic energy bullet 8-
3 quantity is 4, central axes circumferentially formula array distribution of the 4 kinetic energy bullet 8-3 along kinetic energy portion 8, the bullet empennage
The quantity of 8-3-2 is 4, and 4 bullet empennage 8-3-2 are along the central axes of kinetic energy bullet 8-3 circumferentially formula array distribution.
In the present embodiment, the kinetic energy bullet 8-3 uses external rubber, inside wraps up in the design of lead sand 8-3-1, while kinetic energy weapon
It is provided with bullet empennage 8-3-2 outside ball 8-3, improves the flight stability of kinetic energy bullet 8-3, but also kinetic energy bullet 8-3
It is blunt hit target when, realize that kinetic energy is larger and more lesser than kinetic energy purpose, so that improving the blunt of kinetic energy bullet 8-3 hits safety.
In other embodiments, the kinetic energy bullet 8-3 can also be open using projectile head, and internal filling stimulant
Design, it is blunt hit target while, stimulant spills from breach, thus realize the strike of the kinetic energy of target and tear-gas are dispersed it is double
Weight action and efficacy.
Specific implementation step:
The present invention is fitted into the baton gun of corresponding bore, pulls anti-riot gun trigger, baton gun firing pin percussion primer 2-1,
Fire in a stove before fuel is added 2-1 lights propellant powder 2-3, and propellant powder 2-3 fiercely burns, and ablation seals the hot melt adhesive of 2-4-1 at cover foil gluing, so that close
Cover foil 2-4 hits pinking body lower concave part 3-1-2 under high-temperature high-pressure fuel gas effect, forces pinking portion 3 and connected in series
Component breaks through sealing mat 9, flies out from shell case 1, is ignited with the delay powder 3-2-1 in time delay period fuse primer 3-2, in pinking portion
3 and component connected in series fly out after muzzle, delay powder 3-2-1 passes through the burning time of 1.5S, lights in level-one separating mechanism 4
Level-one separating mechanism booster 4-2, level-one separating mechanism booster 4-2, it is fierce to burn, at ablation pinking portion bonding place 3-8
Hot melt adhesive, under the action of instantaneous pressure, pinking portion 3 is pulled out away from, issue the explosion sound, while pinking portion Delay Tube 3-7 and
The head of quick-fried dye portion Delay Tube 5-5 is ignited, and level-one separating mechanism booster 4-2 explodes while casting pinking portion 3 aside, right
Quick-fried dye portion 5 and the component being associated continue to press on, and the pinking portion Delay Tube 3-7 in the pinking portion 3 being pulled out away from passes through
After the delay time of 1.5S, tail portion starts to be under fire, and lights the pinking portion booster 3-5 in pinking portion propagation squib 3-4, and pinking portion expands
Quick-fried medicine 3-5 fiercely burns, and glitter 3-3 is lighted, and issues the huge explosion sound from blast hole 3-1-3, to target play compared with
Big deterrent effect, and after the 2S after 4 explosion of level-one separated structure, the quick-fried dye portion tail portion Delay Tube 5-5 is under fire, and point fires dye
Quick-fried dye portion booster 5-7 in portion propagation squib 5-6, quick-fried dye portion booster 5-7 fiercely burn to dyeing agent capsules 5-2 formed it is huge
Dyeing agent capsules 5-2 is broken through in impact so that coloring agent 5-3 is quickly sprayed out of quick-fried dye body explosion slot 5-1-2, to target into
Row dyeing mark, will wash the quick-fried dye portion propagation squib sealing cover 5-6-1 at top open while quick-fried dye portion booster 5-7 fiercely burns,
The second-order separation mechanism booster 6-2 in the second-order separation mechanism 6 is lighted, the second-order separation mechanism booster 6-2 fiercely burns, and issues
The explosion sound, the hot melt adhesive of ablation quick-fried dye portion bonding place 5-8, so that quick-fried dye portion 5 is pulled out away from, it is quick-fried that portion 7 and kinetic energy portion 8 is urged to be pushed away
Movement with continuing to be pushed into, meanwhile, quick-fried that the portion head Delay Tube 7-4 is urged to be ignited, after the extension time of 2S, the quick-fried portion of urging delays
The tail portion pipe 7-4 is under fire, and point fires urge in portion T-type propagation squib 7-6 quick-fried and urges portion booster 7-7, quick-fried that portion booster 7-7 is urged to fire rapidly
It burns, urges the high-pressure gas that relief hole 7-6-1 sprays at the top of portion's T-type propagation squib that push-plate 8-1 is pushed to travel forward from quick-fried, assign kinetic energy
Bullet 8-3 flight kinetic energy, in 8 flight course of kinetic energy portion, kinetic energy portion papery shell wall 8-2 is acted on by air drag, in kinetic energy portion
It splits at papery shell wall square groove 8-2-1, so that the multiple spot kinetic energy of target is beaten in target, realization to kinetic energy bullet 8-3 alone
It hits；From the quick-fried high-pressure gas urged and sprayed in portion T-type propagation squib side wall relief hole 7-6-2, ablation annular shape OC stimulates powder agglomates 7-5,
And then break through it is quick-fried urge portion papery shell wall 7-2, form the biggish stimulant haze of concentration, realization of goal tear-gas dispersed.
It although an embodiment of the present invention has been shown and described, for the ordinary skill in the art, can be with
A variety of variations, modification, replacement can be carried out to these embodiments without departing from the principles and spirit of the present invention by understanding
And modification, the scope of the present invention is defined by the appended.
Claims (10)
1. the Multifunctional antiriot bullet with two-stage separating mechanism, comprising: shell case (1), emission part (2), the fire in a stove before fuel is added (2-1), propellant powder
Room (2-2) emits spout (2-2-1) on coyote hole, propellant powder (2-3), sealing cover foil (2-4), seals (2-4- at cover foil gluing
1), pinking portion (3), pinking body (3-1), pinking body expansion hatch (3-1-1), pinking body lower concave part (3-1-2), blast hole
(3-1-3), extension fuse primer (3-2), delay powder (3-2-1), extension fuse primer lower port (3-2-2), extension fuse primer upper end
Mouth (3-2-3), glitter (3-3), pinking portion propagation squib (3-4), pinking portion booster (3-5), pinking portion Delay Tube jack (3-
6), pinking portion Delay Tube (3-7), pinking portion bonding place (3-8), level-one separating mechanism (4), level-one separating mechanism I-shaped support
Frame (4-1), level-one separating mechanism booster (4-2), quick-fried dye portion (5), quick-fried dye body (5-1), quick-fried dye body expansion hatch (5-1-
1), quick-fried dye body explosion slot (5-1-2), dyeing agent capsules (5-2), coloring agent (5-3), quick-fried dye portion Delay Tube jack (5-4), quick-fried
Dye portion Delay Tube (5-5), quick-fried dye portion propagation squib (5-6), quick-fried dye portion propagation squib sealing cover (5-6-1), quick-fried dye portion booster (5-
7), quick-fried dye portion bonding place (5-8), the second-order separation mechanism (6), the second-order separation mechanism I-shaped support frame (6-1), the second-order separation machine
Structure booster (6-2) quick-fried urge portion (7), quick-fried urge portion steel shell bottom (7-1), quick-fried urge portion's papery shell wall (7-2), quick-fried urge portion's Delay Tube
Jack (7-3) quick-fried urge portion's Delay Tube (7-4), annular shape OC stimulation powder agglomates (7-5), quick-fried urge portion's T-type propagation squib (7-6), quick-fried urges portion
Relief hole (7-6-1) at the top of T-type propagation squib quick-fried urge portion's T-type propagation squib side wall relief hole (7-6-2), quick-fried urges portion booster (7-
7), kinetic energy portion (8), push-plate (8-1), kinetic energy portion papery shell wall (8-2), kinetic energy portion papery shell wall square groove (8-2-1), kinetic energy weapon
Ball (8-3), lead husky (8-3-1), bullet empennage (8-3-2) and sealing mat (9)；It is characterized by: shell case (1) lower inside
It is provided with emission part (2), the emission part (2) includes the fire in a stove before fuel is added (2-1), transmitting coyote hole (2-2), emits spout (2-2- on coyote hole
1), at propellant powder (2-3), sealing cover foil (2-4) and sealing cover foil gluing (2-4-1), the fire in a stove before fuel is added (2-1) is riveted on shell case
(1) at bottom face axle center, transmitting coyote hole (2-2), dress inside the transmitting coyote hole (2-2) are communicated on the upside of the fire in a stove before fuel is added (2-1)
It is filled with propellant powder (2-3), transmitting coyote hole (2-2) top is provided with spout (2-2-1) on transmitting coyote hole, the transmitting coyote hole
Sealing cover foil (2-4) is provided on the upside of upper spout (2-2-1), the sealing cover foil (2-4) is in sealing cover foil bonding place (2-4-1)
It is fixed by hot melt adhesive and shell case (1) gluing, is provided with pinking portion (3) on the upside of the emission part (2), pinking portion (3) packet
It includes pinking body (3-1), pinking body expansion hatch (3-1-1), pinking body lower concave part (3-1-2), blast hole (3-1-3), prolong
Phase fuse primer (3-2), delay powder (3-2-1), extension fuse primer lower port (3-2-2), extension fuse primer upper port (3-2-3),
Glitter (3-3), pinking portion propagation squib (3-4), pinking portion booster (3-5), pinking portion Delay Tube jack (3-6), pinking portion
Delay Tube (3-7) and pinking portion bonding place (3-8), pinking body (3-1) upper port are provided with the pinking bullet of outside bulging
Body expansion hatch (3-1-1), pinking body (3-1) bottom is provided with the pinking body lower concave part (3-1-2) of indent, described quick-fried
It is provided with blast hole (3-1-3) on shake body (3-1) side wall, is provided with extension fuse primer (3- on the inside of the pinking body (3-1)
2), the extension fuse primer (3-2) runs through pinking body (3-1), and the extension fuse primer lower port (3-2-2) is located at pinking bullet
On the downside of body lower concave part (3-1-2), the extension fuse primer upper port (3-2-3) is located at level-one separating mechanism (4) inside, described quick-fried
It shakes and loads glitter (3-3) inside body (3-1), be provided with pinking portion propagation squib (3- on pinking body (3-1) central axes
4), pinking portion propagation squib (3-4) built-in pinking portion booster (3-5) is opened at pinking body (3-1) the upper surface axle center
Equipped with pinking portion Delay Tube jack (3-6), the pinking portion Delay Tube jack (3-6) is for inserting and fixing pinking portion Delay Tube
(3-7), pinking body expansion hatch (3-1-1) upside, pinking body (3-1) inner wall are provided with pinking portion bonding place (3-8),
Pinking portion bonding place (3-8) is for gluing fixed pinking portion (3) and quick-fried dye portion (5), the top of the pinking portion (3) and quick-fried
The cavity that the bottom in dye portion (5) is constituted is level-one separated structure (4), and the level-one separated structure (4) includes level-one separating mechanism
I-shaped support frame (4-1) and level-one separating mechanism booster (4-2), the level-one separating mechanism I-shaped support frame (4-1)
Top is fixedly connected with quick-fried dye portion (5) bottom, is supported by quick-fried dye portion on the upside of the level-one separating mechanism I-shaped support frame (4-1)
(5), the quick-fried dye portion (5) includes quick-fried dye body (5-1), quick-fried dye body expansion hatch (5-1-1), quick-fried dye body explosion slot (5-1-
2) agent capsules (5-2), coloring agent (5-3), quick-fried dye portion Delay Tube jack (5-4), quick-fried dye portion Delay Tube (5-5), quick-fried dye portion, are dyed
Propagation squib (5-6), quick-fried dye portion propagation squib sealing cover (5-6-1), quick-fried dye portion booster (5-7) and quick-fried dye portion bonding place (5-8), institute
State the quick-fried dye body expansion hatch (5-1-1) that quick-fried dye body (5-1) upper port is provided with outside bulging, the quick-fried dye body (5-1)
Side wall is provided with quick-fried dye body explosion slot (5-1-2), and dyeing agent capsules (5-2) is provided on the inside of the quick-fried dye body (5-1), described
Agent capsules (5-2) built-in coloring agent (5-3) is dyed, is provided with quick-fried dye portion propagation squib (5- on quick-fried dye body (5-1) central axes
6) quick-fried dye portion Delay Tube jack (5-4), the quick-fried dye portion Delay Tube jack, are offered on the downside of the quick-fried dye portion propagation squib (5-6)
(5-4) has been inserted and fixed quick-fried dye portion Delay Tube (5-5), loads quick-fried dye portion booster inside the quick-fried dye portion propagation squib (5-6)
(5-7), the quick-fried dye portion propagation squib upper end (5-6) is sealed by quick-fried dye portion propagation squib sealing cover (5-6-1) by hot melt adhesive, described
Quick-fried dye body expansion hatch (5-1-1) upside, quick-fried dye body (5-1) inner wall are provided with quick-fried dye portion bonding place (5-8), the quick-fried dye portion
Bonding place (5-8) for gluing fixed quick-fried dye portion (5) and it is quick-fried urge portion (7), the top of the quick-fried dye portion (5) and the quick-fried portion (7) that urges
The cavity that bottom is constituted is the second-order separation structure (6), and the second-order separation structure (6) includes the second-order separation mechanism I-shaped support
Frame (6-1) and the second-order separation mechanism booster (6-2), the second-order separation mechanism I-shaped support frame top (6-1) are urged with quick-fried
Portion (7) bottom is fixedly connected, be supported by the upside of the second-order separation mechanism I-shaped support frame (6-1) it is quick-fried urge portion (7), it is described quick-fried
Urging portion (7) includes quick-fried urging portion steel shell bottom (7-1), quick-fried urging portion's papery shell wall (7-2), quick-fried urge portion's Delay Tube jack (7-3), quick-fried urge
Portion's Delay Tube (7-4), quick-fried urge portion's T-type propagation squib (7-6), quick-fried urges at the top of portion T-type propagation squib at annular shape OC stimulation powder agglomates (7-5)
Relief hole (7-6-1), it is quick-fried urge portion's T-type propagation squib side wall relief hole (7-6-2), it is quick-fried urge portion's booster (7-7), it is described quick-fried to urge portion's steel
Mass shell bottom (7-1) urges portion papery shell wall (7-2) gluing to fix with quick-fried, and quick-fried urge is provided with circle on the inside of portion's papery shell wall (7-2)
Cyclic annular OC stimulates powder agglomates (7-5), it is described it is quick-fried urge be provided on portion (7) central axes it is quick-fried urge portion's T-type propagation squib (7-6), it is described quick-fried to urge
Portion T-type propagation squib (7-6) it is built-in it is quick-fried urge portion's booster (7-7), it is described quick-fried the lower part portion T-type propagation squib (7-6) to be urged to offer quick-fried urge
Portion's Delay Tube jack (7-3), it is described it is quick-fried urge portion Delay Tube jack (7-3) be inserted and fixed it is quick-fried urge portion's Delay Tube (7-4), it is described
It is quick-fried urge offer at the top of portion's T-type propagation squib (7-6) it is quick-fried urge relief hole (7-6-1) at the top of portion's T-type propagation squib, it is described quick-fried to urge portion's T-type
Relief hole (7-6-1) pushes kinetic energy for assigning kinetic energy portion (8) at the top of propagation squib, described quick-fried to urge portion T-type propagation squib (7-6) side wall
Offer it is quick-fried urge portion's T-type propagation squib side wall relief hole (7-6-2), it is described quick-fried portion's T-type propagation squib side wall relief hole (7-6-2) to be urged to use
In burning and discharging circular OC stimulation powder agglomates (7-5), quick-fried urge is provided with kinetic energy portion (8) on the upside of portion (7), the kinetic energy portion
It (8) include push-plate (8-1), kinetic energy portion papery shell wall (8-2), kinetic energy portion papery shell wall square groove (8-2-1), kinetic energy bullet (8-
3), lead sand (8-3-1), bullet empennage (8-3-2), the push-plate (8-1) are fixed with kinetic energy portion papery shell wall (8-2) gluing, institute
It states and is provided with kinetic energy bullet (8-3) on the inside of kinetic energy portion papery shell wall (8-2), the kinetic energy portion papery shell wall (8-2) opens up kinetic energy
Kinetic energy portion papery shell is run through at the top of portion's papery shell wall square groove (8-2-1), the kinetic energy portion papery shell wall square groove (8-2-1)
The top of wall (8-2), the bottom of the kinetic energy portion papery shell wall square groove (8-2-1) is higher than the top of push-plate (8-1), described to push away
Disk (8-1) is for pushing kinetic energy bullet (8-3), and package lead is husky (8-3-1) inside the kinetic energy bullet (8-3), the kinetic energy weapon
The rear portion ball (8-3) is provided with bullet empennage (8-3-2), is on the upside of the kinetic energy portion (8) sealing mat (9), the sealing mat (9) with
Shell case (1) gluing is fixed, and the sealing mat (9) is for sealing full bullet.
2. the Multifunctional antiriot bullet according to claim 1 with two-stage separating mechanism, it is characterised in that: the shell case
(1) by aluminum alloy materials processing and fabricating, the emission part (2), pinking portion (3), level-one separating mechanism (4), quick-fried dye portion (5), two
Grade separating mechanism (6), it is quick-fried urge portion (7) to connect with kinetic energy portion (8) axial series and be located inside shell case (1), the shell case (1),
Emission part (2), level-one separating mechanism (4), quick-fried dye portion (5), the second-order separation mechanism (6), quick-fried urges portion (7), kinetic energy at pinking portion (3)
Portion (8) and the central axes of sealing mat (9) are overlapped.
3. the Multifunctional antiriot bullet according to claim 1 with two-stage separating mechanism, it is characterised in that: the fire in a stove before fuel is added
(2-1) is the mechanical impact formula fire in a stove before fuel is added, and the transmitting coyote hole (2-2) is bowl structure, and spout (2-2-1) is straight on the transmitting coyote hole
Diameter is equal to the half of transmitting coyote hole (2-2) maximum inner diameter, and the transmitting coyote hole (2-2) is hyperbaric chamber, under the pinking body
Space constitutes low-pressure chamber, the hyperbaric chamber and low-pressure chamber structure on the upside of spout (2-2-1) on the downside of recess portion (3-1-2), on transmitting coyote hole
At high-low pressure trigger mechanism.
4. the Multifunctional antiriot bullet according to claim 1 with two-stage separating mechanism, it is characterised in that: the pinking bullet
For body (3-1) by aluminum alloy materials processing and fabricating, the extension fuse primer (3-2) is described by high temperature resistant heat insulation material processing and fabricating
The quantity of extension fuse primer (3-2) is 2, and 2 extension fuse primers (3-2) are right centered on the central axes of pinking portion (3)
Claim distribution, the blast hole (3-1-3) is provided with 6~8 on the same axis direction of pinking body (3-1) side wall, described same
6~8 blast holes (3-1-3) on one axis direction constitute a blast hole group, and the quantity of the blast hole group is 8, institute
8 blast hole groups are stated along the central axes of pinking body (3-1) circumferentially formula array distribution.
5. the Multifunctional antiriot bullet according to claim 1 with two-stage separating mechanism, it is characterised in that: a fraction
Structure I-shaped support frame (4-1) and the second-order separation mechanism I-shaped support frame (6-1) disembark by stainless steel material processing and fabricating,
The quantity of the level-one separating mechanism I-shaped support frame (4-1) and the second-order separation mechanism I-shaped support frame (6-1) is 8
It is a, the shell case (1) it is same in the radial direction, the level-one separating mechanism I-shaped support frame (4-1) and the second-order separation machine
The quantity of structure I-shaped support frame (6-1) is 2.
6. the Multifunctional antiriot bullet according to claim 1 with two-stage separating mechanism, it is characterised in that: the quick-fried dye bullet
For body (5-1) by aluminum alloy materials processing and fabricating, the quick-fried dye body explosion slot (5-1-2) is oblong structure, the quick-fried dye
The quantity of body explosion slot (5-1-2) is 6, and 6 quick-fried dye body explosion slots (5-1-2) are along quick-fried dye body (5-1)
Axis circumferentially formula array distribution.
7. the Multifunctional antiriot bullet according to claim 1 with two-stage separating mechanism, it is characterised in that: the pinking portion
The Delay Tube head (3-7) is located at pinking portion propagation squib towards level-one separated structure (4), the pinking portion Delay Tube tail portion (3-7)
(3-4) is internal, and the quick-fried dye portion Delay Tube head (5-5) is towards level-one separated structure (4), the quick-fried dye portion Delay Tube (5-5)
It is internal that tail portion is located at quick-fried dye portion propagation squib (5-6), described quick-fried to urge Delay Tube head (7-4) in portion's towards the second-order separation mechanism (6), institute
State it is quick-fried urge portion's Delay Tube tail portion (7-4) be located at it is quick-fried urge portion's T-type propagation squib (7-6) internal, the extension fuse primer (3-2) and pinking
The extension time of portion's Delay Tube (3-7) is 1.5S, the quick-fried dye portion Delay Tube (5-5) and the quick-fried extension for urging portion's Delay Tube (7-4)
Time is 2S.
8. the Multifunctional antiriot bullet according to claim 1 with two-stage separating mechanism, it is characterised in that: the pinking portion
Intensively offer miniature relief hole on propagation squib (3-4) and quick-fried dye portion propagation squib (5-6) side wall, described quick-fried to urge portion's T-type to expand quick-fried
To urge the same quantity in the radial direction in portion T-type propagation squib (7-6) be 3 to tube top portion relief hole (7-6-1) quick-fried, described quick-fried to urge portion
Same 3 in the radial direction are quick-fried at the top of T-type propagation squib (7-6) urges relief hole (7-6-1) at the top of portion's T-type propagation squib to constitute one
Quick-fried to urge relief hole group at the top of portion T-type propagation squib, the quick-fried quantity for urging relief hole group at the top of portion's T-type propagation squib is 6, described 6
It is a it is quick-fried urge at the top of portion T-type propagation squib relief hole group along the quick-fried central axes for urging portion's T-type propagation squib (7-6) circumferentially formula array distribution,
It is described quick-fried portion's T-type propagation squib side wall relief hole (7-6-2) to be urged to urge on the same axial direction of portion's T-type propagation squib (7-6) side wall quick-fried
Quantity be 4~6, it is described that quick-fried to urge quantity on the same axial direction of portion's T-type propagation squib (7-6) side wall be that 4~6 quick-fried urges portion
T-type propagation squib side wall relief hole (7-6-2) constitute one it is quick-fried urge portion's T-type propagation squib side wall relief hole group, it is described quick-fried portion's T-type to be urged to expand
The quantity of booster side wall relief hole group is 6, described 6 quick-fried urge portion's T-type propagation squib side wall relief hole group along quick-fried to urge portion's T-type to expand quick-fried
Manage the central axes circumferentially formula array distribution of (7-6), pinking portion propagation squib (3-4) and quick-fried dye portion propagation squib (5-6) side wall
On miniature relief hole, quick-fried urge at the top of portion T-type propagation squib relief hole (7-6-1) and quick-fried urge portion T-type propagation squib side wall relief hole (7-
6-2) it is all made of hot melt adhesive sealing.
9. the Multifunctional antiriot bullet according to claim 1 with two-stage separating mechanism, it is characterised in that: the annular shape
It is open circles ring-type solid-state structure that OC, which stimulates powder agglomates (7-5), and annular shape OC stimulation powder agglomates (7-5) urges portion's T-type to expand according to quick-fried
The outer diameter of booster is correspondingly provided with three kinds of different internal diameters, is convenient for Matching installation.
10. the Multifunctional antiriot bullet according to claim 1 with two-stage separating mechanism, it is characterised in that: the kinetic energy
The quantity of portion's papery shell wall square groove (8-2-1) is 3, and 3 kinetic energy portions papery shell wall square groove (8-2-1) is along kinetic energy portion
Circumferentially formula array distribution, the quantity of the kinetic energy bullet (8-3) are 4 for the central axes of papery shell wall (8-2), and described 4 dynamic
Along the central axes of kinetic energy portion (8), circumferentially formula array distribution, the quantity of the bullet empennage (8-3-2) are 4 to energy bullet (8-3)
A, 4 bullet empennages (8-3-2) are along the central axes of kinetic energy bullet (8-3) circumferentially formula array distribution.
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| CN201910042685.9A CN109855478B (en) | 2019-01-10 | 2019-01-10 | Multifunctional antiriot bomb with two-stage separating mechanism |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910042685.9A CN109855478B (en) | 2019-01-10 | 2019-01-10 | Multifunctional antiriot bomb with two-stage separating mechanism |
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| CN109855478B CN109855478B (en) | 2024-03-08 |
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| Application Number | Title | Priority Date | Filing Date |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111043913A (en) * | 2019-12-25 | 2020-04-21 | 中国人民武装警察部队工程大学 | Gun-shot primary-secondary type detonation bomb |
| CN111664755A (en) * | 2020-07-08 | 2020-09-15 | 中国人民武装警察部队工程大学 | Range-extending detonation bomb with built-in two-stage high-low pressure system |
| CN111765814A (en) * | 2020-07-10 | 2020-10-13 | 中国人民武装警察部队工程大学 | Compound anti-riot kinetic energy bullet with two-stage dissipation mechanism |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6041712A (en) * | 1997-12-11 | 2000-03-28 | The United States Of America As Represented By The Secretary Of The Army | Non-lethal cartridge with spin-stabilized projectile |
| US20060260500A1 (en) * | 2004-02-06 | 2006-11-23 | Engel John W | High-pressure fixed munition for low-pressure launching system |
| CN201993049U (en) * | 2010-12-23 | 2011-09-28 | 中国特种飞行器研究所 | Series connection riot control grenade |
| CN208223305U (en) * | 2018-05-09 | 2018-12-11 | 中国人民武装警察部队工程大学 | A kind of pinking formula tear bombnoun |
| CN209726942U (en) * | 2019-01-10 | 2019-12-03 | 中国人民武装警察部队工程大学 | Multifunctional antiriot bullet with two-stage separating mechanism |
-
2019
- 2019-01-10 CN CN201910042685.9A patent/CN109855478B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6041712A (en) * | 1997-12-11 | 2000-03-28 | The United States Of America As Represented By The Secretary Of The Army | Non-lethal cartridge with spin-stabilized projectile |
| US20060260500A1 (en) * | 2004-02-06 | 2006-11-23 | Engel John W | High-pressure fixed munition for low-pressure launching system |
| CN201993049U (en) * | 2010-12-23 | 2011-09-28 | 中国特种飞行器研究所 | Series connection riot control grenade |
| CN208223305U (en) * | 2018-05-09 | 2018-12-11 | 中国人民武装警察部队工程大学 | A kind of pinking formula tear bombnoun |
| CN209726942U (en) * | 2019-01-10 | 2019-12-03 | 中国人民武装警察部队工程大学 | Multifunctional antiriot bullet with two-stage separating mechanism |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111043913A (en) * | 2019-12-25 | 2020-04-21 | 中国人民武装警察部队工程大学 | Gun-shot primary-secondary type detonation bomb |
| CN111664755A (en) * | 2020-07-08 | 2020-09-15 | 中国人民武装警察部队工程大学 | Range-extending detonation bomb with built-in two-stage high-low pressure system |
| CN111664755B (en) * | 2020-07-08 | 2021-09-21 | 中国人民武装警察部队工程大学 | Range-extending detonation bomb with built-in two-stage high-low pressure system |
| CN111765814A (en) * | 2020-07-10 | 2020-10-13 | 中国人民武装警察部队工程大学 | Compound anti-riot kinetic energy bullet with two-stage dissipation mechanism |
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| CN109855478B (en) | 2024-03-08 |
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