CN211234115U - Gun-shaped multifunctional individual combat system - Google Patents

Abstract

The utility model discloses a gun-shaped multifunctional individual combat system, which mainly comprises a transmitter platform unit (1), a power supply unit (2), a user identification unit (4), a sighting unit (5) and a finger control unit (7); the power supply unit (2), the user identification unit (4), the aiming unit (5) and the finger control unit (7) are arranged on the emitter platform unit (1), and the power supply unit (2) is used for supplying power to the whole system; adopt the utility model relates to a multi-functional individual soldier operation system of rifle type has accurate positioning, intelligent recognition management and control, the bullet is many, and it is big to carry the bullet volume, and the tactics function is many, advantages such as convenient to carry, flexible operation.

Description

Gun-shaped multifunctional individual combat system

Technical Field

The utility model belongs to the security protection device field especially relates to a multi-functional individual soldier operation system of rifle type.

Background

At present, the overall situation of the national social security is stable and controllable, but under the actions of adversary force planning and incitation in and out of the country, international terrorism force stimulation demonstration and interweaving and overlapping of domestic unstable factors, various foreseeable and difficult-to-foresee risk challenges are increased, and the national security and the social stability are seriously harmed. People in China are required to release military and armed police forces and people police around mission tasks and need to use and equip various forms of non-lethal weapons and ammunition. At present, the tear gun mainly equipped in China is a 64-gun type riot tear gun, a middle shield ZD-A type tear gun for police and other spray type tear devices. These lachrymator guns or devices are single in function, only have the function of launching lachrymator projectiles or spraying sprays, and can only be fired singly or at most in two strokes, resulting in poor riot control. Aiming at the defects that a gun-type tear-gas shells launcher system equipped in China has small capacity, the specifications of varieties of anti-riot shells are not uniform, the tactical functions of the launcher are single, and no intelligent identification and communication positioning system exist, a single-soldier non-lethal handheld weapon launching system which has large capacity, is compatible with multiple types of shells and simultaneously has tactical function expansion interfaces, intelligent identification and communication positioning functions is researched so as to meet the demands of combat missions such as duty-on and anti-terrorism treatment of units such as domestic armed police, special duty and security.

SUMMERY OF THE UTILITY MODEL

To the problem that prior art exists, the utility model provides a multi-functional individual soldier operation system of rifle type.

The utility model discloses a realize like this: a multifunctional gun-shaped individual combat system mainly comprises: the system comprises a transmitter platform unit, a power supply unit, a user identification unit, an aiming unit and a finger control unit; the power supply unit, the user identification unit, the aiming unit and the finger control unit are arranged on the emitter platform unit, and the power supply unit is used for supplying power to the whole system; the power supply unit is positioned on the rear side of the lower end of the grip of the launcher platform unit; the user identification unit is positioned in the middle of the front end of the transmitter platform unit; the aiming unit is positioned in front of the emitter platform unit; the finger control unit is positioned at the front end of the lower part of the handle of the launcher platform unit;

further, the transmitter platform unit mainly comprises: the trigger part, the gun body handle part, the firing pin part, the hammer part, the shifting tooth part and the magazine part; the trigger part is movably connected with the gun body handle part and movably connected with the hammer part; the shifting tooth component is movably connected with the gun body handle component; the trigger part realizes continuous firing through the hammer part and the shifting tooth part; the magazine component is movably connected with the gun handle component;

still further, the trigger assembly essentially comprises: the trigger is movably connected with the gun body handle part through a pin shaft C; the pin shaft C is provided with a reset spring for resetting after the trigger is pulled; the device also comprises a motor, a motor shaft, a shaft sleeve and a blocking iron; the motor is fixedly connected with the gun body handle part; the motor shaft and the shaft sleeve are in positive and negative threaded connection; the shaft sleeve is fixedly connected with the blocking iron; the right inclined plane of the blocking iron is attached to the inclined plane of the back of the trigger; the trigger is connected with the hook claw through a pin shaft D; the knuckle torsional spring is arranged on the pin shaft D, and the knuckle is bounced upwards through the pin shaft positioned in the knuckle;

furthermore, the gun handle component mainly comprises: the left release handle, the right release handle, the iron resistance compression spring and the dovetail groove are arranged on the left side of the base; the left release handle and the right release handle are synchronously connected with the iron blocking bolt; the choke pressure spring is used for bouncing and clamping the choke; the dovetail groove is arranged on the upper part of the front end of the gun handle part;

further, the striker part mainly includes: the lower end of the firing pin plate is fixed on the gun body handle component; the four-point-type firing pin spring is characterized by further comprising four firing pins, firing pin springs and firing pin nuts, wherein the four firing pins are arranged in a square shape; the number of the firing pin springs is four, the firing pin springs are sleeved on the firing pins and are fixed on the firing pin disc through four firing pin nuts with holes in the middle;

further, the hammer unit mainly includes: the hammer, a hammer return rod, a hammer return spring, a ratchet wheel, a limiting wheel, a hammer rod, a poking spring and a poking spring fixing block; the hammer is in a four-petal quincunx shape, the hammer return rod is arranged in the hammer, the hammer return spring is arranged in the hammer, and the hammer and the ratchet are fixed on the hammer rod through the M3 bolt by the ratchet; the poking spring fixing block fixes the poking spring on the hammer rod; the spring resetting device also comprises a resetting spring limiting block, a resetting spring and a resetting spring rod; the recoil spring is sleeved on the recoil spring rod and is fixed by a recoil spring limiting block; the recoil spring rod is movably connected with the hammer rod; the limiting wheel is positioned in the middle of the hammer rod, and the trigger hooks the limiting wheel through the claw to be movably connected with the hammer part;

furthermore, the shifting tooth component is movably connected with the gun handle component through a pin shaft A with a return spring; the hammer is driven to rotate upwards;

still further, the magazine assembly essentially comprises: the device comprises a dovetail groove interface, a magazine, a bottom rod spring, a steel sleeve, a pulling shell hook, a shell withdrawing spring, a shell withdrawing tappet, an observation hole, an aiming groove and a shell withdrawing sliding sheet; the dovetail groove interface is positioned at the lower part of the magazine and is meshed with a dovetail groove at the front end of the gun handle part; the observation holes are respectively positioned in a pair at the middle positions of the left side and the right side of the front end of the magazine and correspond to the positions of the four magazines; the bottom rod spring and the steel sleeve are sleeved on the bottom rod, the steel sleeve is limited by a pin shaft on the magazine to move, the bottom rod is connected with a pull case hook, and the shell withdrawing sliding blades are positioned on the left side and the right side of the magazine and connected with the pull case hook through the pin shaft; the aiming slot is positioned at the upper part of the magazine and consists of two parallel raised lines;

furthermore, the power supply unit mainly comprises a rechargeable battery and an external charging and information transmission interface; the rechargeable battery is positioned at the lower part of the grip of the gun body handle part; the charging and information transmission external interface is positioned at the lowest end of the grip of the gun handle component;

furthermore, the user identification unit mainly comprises a fingerprint identification module which is positioned in the middle of the front end of the gun handle part; the fingerprint identification module is electrically connected with the motor;

further, the sighting unit mainly includes: the aiming slot is positioned at the upper part of the magazine; the laser sighting device is positioned at the front lower part of the gun handle part; the laser sighting device switch is positioned on the front part of the front surface of the grip of the gun handle part; the power supply unit supplies power;

furthermore, the finger control unit is positioned at the front end of the lower part of the grip of the gun handle part, and mainly comprises a positioning module and a communication module which are used for positioning and communicating with a rear platform; the positioning module is electrically connected with the communication module; the communication module is electrically connected with the fingerprint identification module;

further, still include and hang down the unit, hang down the unit mainly for: the standard Picatinny guide rail is positioned at the lower part of the front end of the gun handle part;

furthermore, the system also comprises a law enforcement recording unit which is positioned at the lower middle part of the front end of the gun handle component; the law enforcement recording unit mainly comprises a law enforcement recorder; can be arranged below the laser sighting device according to the size and can also be arranged on a standard Picatinny guide rail.

The utility model relates to a gun-shaped multifunctional individual combat system, which overcomes the defects of single variety, small loading capacity, no intelligent identification, poor communication positioning and riot control effect and the like in the prior art; because of the utility model discloses an independent magazine, supporting series bullet kind, can launch multiple non-fatal series bullet kinds such as liquid tear-gas shells, injection anesthesia bullet, dyeing mark bullet, smog bullet, hang laser down and dazzle eye ware, possess accurate positioning, fingerprint or palm line discernment management and control function, it is many to have the function, the bullet kind is many, it is big to carry the bullet volume, the tactics function is many, advantages such as convenient to carry, flexible operation to satisfy unit such as internal policeman, special duty and security and carry on duty, fight task demands such as anti-terrorism department suddenly.

Drawings

FIG. 1 is a schematic view of the overall structure of a gun-shaped multifunctional individual combat system of the present invention;

FIG. 2 is a cross-sectional view of a trigger part of a gun-shaped multifunctional individual combat system of the present invention;

FIG. 3 is a top view of the trigger assembly of the multi-functional gun-shaped individual combat system of the present invention;

FIG. 4 is a schematic view of the trigger closing insurance in the multi-functional individual combat system of the gun type of the present invention;

FIG. 5 is a schematic view of the trigger opening insurance in the multi-functional individual combat system of the gun type of the present invention;

FIG. 6 is a front view of the firing pin assembly of the gun-shaped multifunctional individual combat system of the present invention;

FIG. 7 is a rear view of the striker member of a gun-type multi-functional individual combat system of the present invention;

FIG. 8 is a sectional view of the firing pin assembly of the multi-functional individual combat system of the gun type of the present invention;

FIG. 9 is a front view of the hammer assembly of the multi-functional individual combat system of the gun type of the present invention;

FIG. 10 is a rear view of the hammer assembly of the multi-functional individual combat system of the gun type of the present invention;

FIG. 11 is a cross-sectional view of the hammer component of a gun-type multi-functional individual combat system of the present invention;

FIG. 12 is a front view of the magazine assembly of a gun-type multi-functional individual combat system of the present invention;

FIG. 13 is a right side view of the magazine assembly of a gun-type multi-functional individual combat system of the present invention;

fig. 14 is a right side view a-a partial cross-sectional view of a magazine assembly of a gun-type multi-functional individual combat system of the present invention;

fig. 15 is a top view of the magazine assembly of a gun-type multi-functional individual combat system of the present invention;

fig. 16 is a partial sectional view of the magazine component B-B of the multifunctional individual combat system of the gun type of the present invention.

In the figure, 1, a transmitter platform unit; 2. a power supply unit; 3. a lower hanging unit; 4. a user identification unit; 5. a sighting unit; 6. a reset spring; 7. a command control unit; 8. a law enforcement recording unit; 9. a magazine; 10. a trigger member; 11. a gun body handle member; 12. a firing pin member; 13. a hammer member; 14. a gear shifting component; 15. a magazine component; 16. a pin shaft A; 17. a pin shaft C; 18. a trigger; 19. a motor; 20. a motor shaft; 21. a shaft sleeve; 22. blocking the blocking iron; 23. a hook claw; 24. a hook torsion spring; 25. A pin shaft D; 26. a needle striking plate; 27. firing pin nuts; 28. a striker spring; 29. a firing pin; 30. withdrawing the shell slide sheet; 31. hammering; 32. a hammer return lever; 33. a hammer return spring; 34. a bolt; 35. A ratchet wheel; 36. a limiting wheel; 37. a hammer rod; 38. a spring restoring limiting block; 39. a spring is rewound; 40. A recoil spring rod; 41. pulling a spring; 42. a poking spring fixing block; 43. a bottom bar; 44. a bottom rod spring; 45. steel jacket; 46. pulling a shell hook; 47. withdrawing the shell and raising the spring; 48. removing the shell and erecting; 49. an observation hole; 50. an aiming slot; 51. a left release handle; 52. a right release handle; 53. iron blocking; 54. a choke compression spring; 55. a dovetail groove; 56. a rechargeable battery; 57. charging and information transmission external interfaces; 58. a laser sight; 59. A communication module; 60. a positioning module; 61. a fingerprint identification module; 62. a palm print recognition module; 63. a laser sight switch; 64. a dovetail groove interface; 65. a standard picatinny rail; 66. a law enforcement recorder; 67. and a pin B.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more clearly understood, the present invention is further described in detail below with reference to the accompanying drawings. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

As shown in fig. 1, a gun-type multifunctional individual combat system mainly comprises: the system comprises a transmitter platform unit 1, a power supply unit 2, a user identification unit 4, an aiming unit 5 and a finger control unit 7; the power supply unit 2, the user identification unit 4, the aiming unit 5 and the finger control unit 7 are arranged on the emitter platform unit 1, and the power supply unit 2 is used for supplying power to the whole system; the power supply unit 2 is positioned on the rear side of the lower end of the grip of the launcher platform unit 1; the user identification unit 4 is positioned in the middle of the front end of the transmitter platform unit 1; the sighting unit 5 is located in front of the transmitter platform unit 1; the finger control unit 7 is positioned at the front end of the lower part of the handle of the launcher platform unit 1; the transmitter platform unit 1 mainly comprises: a trigger part 10, a gun body grip part 11, a firing pin part 12, a hammer part 13, a tooth poking part 14 and a magazine part 15; as shown in fig. 2 to 5, the trigger part 10 mainly includes: the trigger 18, the said trigger 18 connects with the gun body part 11 movably through the pin C17; the pin shaft C17 is provided with a reset spring 6 for resetting after the trigger 18 is pulled; the device also comprises a motor 19, a motor shaft 20, a shaft sleeve 21 and a blocking iron 22; the motor 19 is fixedly connected with the gun body handle part 11 and is fixed on the gun body handle 11; the motor shaft 20 and the shaft sleeve 21 are connected by adopting a positive thread and a negative thread; the shaft sleeve 21 is fixedly connected with the blocking iron 22; when the safety is closed, the right inclined surface of the blocking iron 22 is attached to the inclined surface of the back surface of the trigger 18; the motor 19 of the utility model can be selected from ZGA12FTT micro motor (but the front end of the motor shaft 20 needs to be modified into a thread with 0.5mm distance) produced by Zhejiang Zhengke motor Co., Ltd or LC1574W-05 screw rod motor produced by Haiton linear motor (Changzhou) Co., Ltd; because the motor 19 is fixed on the gun body handle part 11, the motor shaft 20 rotates to drive the shaft sleeve 21 and the blocking iron 22 to move back and forth; in order to reduce the weight, the material can be made of alloy aluminum or plastic; in the actual production process, a supporting slideway is arranged on the side wall of the gun handle part 11 according to the situation on the track of the forward and backward movement of the shaft sleeve 21 and the blocking iron 22 and is used for fixing and smoothly running the shaft sleeve 21 and the blocking iron 22; the trigger 18 is connected with the hook claw 23 through a pin shaft D25; the pin B67 is fixed on the gun handle part 11, and the hook claw 23 moves along the pin B67; the claw torsion spring 24 is arranged on a pin shaft D25, and the claw 23 is bounced upwards through the pin shaft positioned in the claw 23; as shown in fig. 1, the gun body grip 11 mainly includes: a left release handle 51, a right release handle 52, a choke iron 53, a choke compression spring 54 and a dovetail groove 55; the left release handle 51 and the right release handle 52 are synchronously connected with the iron inhibitor 53 through bolts; the choke compression spring 54 is used for bouncing and clamping the choke 53; the dovetail groove 55 is arranged on the upper part of the front end of the gun body handle part 11; as shown in fig. 6 to 8, the striker part 12 mainly includes: a needle striking plate 26, wherein the lower end of the needle striking plate 26 is fixed on the gun body handle component 11; the multifunctional electric hammer is characterized by further comprising four striker pins 29, striker spring 28 and striker nut 27, wherein the striker pins 29 are square, the striker springs 28 are also four and are sleeved on the striker pins 29, and the striker pins are fixed on the striker plate 26 through the four striker pin nuts 27 with holes in the middle; as shown in fig. 9 to 11, in the hammer member 13, the trigger 18 is movably connected to the hammer member 13 by hooking the stopper wheel 36 with the claw 23; the hammer 31 is in a quincunx shape with four petals; the four striker pins 29 correspond to the four quincunx petals of the hammers 31; but the other three processing thicknesses become thinner and become deviated, so that the firing pin 29 is just avoided to avoid being mistakenly struck; this ensures that each shot will be fired by one firing pin 29; the hammer return rod 32, the hammer return spring 33 are arranged in the hammer 31, and the ratchet wheel 35 fixes the hammer 31 and the ratchet wheel 35 on the hammer rod 37 through the M3 bolt 34; the poking spring fixing block 42 fixes the poking spring 41 on the hammer rod 37; the recoil spring 39 is sleeved on the recoil spring rod 40 and is fixed through a recoil spring limiting block 38; the recoil spring rod 40 is in lever-type movable connection with the hammer rod 37; the hammer striking rod 37 is movably connected with the gun body handle 11 through a pin shaft; the shifting tooth component 14 is movably connected with the gun handle component 11 through a pin shaft A16 with a return spring; the trigger part 10 realizes continuous firing through a hammer part 13 and a gear-shifting part 14; as shown in fig. 12 to 16, the magazine component 15 is movably connected to the gun body handle component 11, and the dovetail groove interface 64 is located at the lower part of the magazine 9 and is engaged with the dovetail groove 55 at the front end of the gun body handle component 11; the position limitation of the magazine (the front and back positioning of the magazine 9 is realized by the iron resistance 53) from left to right and up and down is realized; two pairs of observation holes 49 are positioned in the middle positions of the left side and the right side of the front end of the magazine 9 and correspond to four magazine positions; the existence of the bullets in the magazine can be directly seen, and the bullet types can be identified (the bullet types can be distinguished by the colors of the bullets); a bottom rod spring 44 and a steel sleeve 45 are sleeved on the bottom rod 43, the steel sleeve 45 is limited by a pin shaft on the magazine to move, the bottom rod 43 is connected with a drawing shell hook 46, and the shell withdrawing slide sheets 30 are positioned at the left side and the right side of the magazine 9 and connected with the drawing shell hook 46 through the pin shaft; the shell-removing tappet spring 47 is extruded after the shell-removing tappet 48 is removed and is arranged in the shell-pulling hook 46; the aiming slot 50 is located at the upper part of the magazine 9 and consists of two parallel convex strips.

In a gun-type multifunctional individual combat system, the power supply unit 2 mainly comprises a rechargeable battery 56 and a charging and information external interface 57; the auxiliary charging and information reading groove can be arranged in the gun cabinet; when the firearms are stored in the cabinet, the handle body is inserted into the socket, so that the functions of charging, internal data reading and the like are realized; the rechargeable battery 56 is positioned at the lower part of the handle of the gun body handle part 11; the external charging and information transmission interface 57 is positioned at the lowest end of the grip of the gun handle part 11; except for the use of a spare rechargeable battery; the user identification unit 4 mainly comprises a fingerprint identification module 61, which is positioned in the middle of the front end of the gun handle part 11; the ADST A20 capacitive circular fingerprint module produced by Shenzhen Aidi electronic Limited can be used, and the palm print recognition module 62 (which is a combination of a plurality of fingerprint recognition modules) can also be used; the fingerprint identification module 61 is electrically connected with the motor 19 (control and drive programs can be written in advance in an extended function module directly on the fingerprint identification module 61, and the operations can also be executed by manufacturing a single chip microcomputer) and is used for controlling the operation of the motor 19; the authorized user presses the fingerprint identification module 61, and after identification, the authorized user directly (or through a single chip microcomputer) sends an operation instruction to the motor 19; when the motor 19 fixed on the gun handle part 11 receives a starting signal, namely an opening safety signal, and drives the motor shaft 20 to rotate in the forward direction, the shaft sleeve 21 connected with the motor shaft in a matching way moves backwards in the reverse direction, and drives the blocking iron 22 to leave the inclined plane on the back surface of the trigger 18; at this point, the trigger 18 can be rotated backward along the pin C17; if the situation is relieved, the trigger 18 is reset under the action of the elastic force of the reset spring 6; at the moment, the fingerprint module 61 is pressed again, the fingerprint module is identified and then directly (or through a single chip microcomputer) sends an instruction to the motor 19, a shutdown signal, namely a safety closing signal is received, when the motor shaft 20 is driven to rotate reversely, the blocking iron 22 is driven to move forwards by the shaft sleeve 21 which is connected with the motor shaft in a matched mode and is attached to the back inclined plane of the trigger 18, and the trigger 18 is locked so that the trigger cannot be pulled backwards; when the waiting time exceeds the set time, the fingerprint identification module 61 can directly (or through a single chip microcomputer) automatically send a signal to enable the motor 19 to operate, and similarly, the trigger 18 is locked to prevent the trigger from being pulled backwards, namely, the safety device is closed; in the actual use process, the fingerprint information of an authorized user is input in advance during distribution, so that the firearm can only be used by a person with the fingerprint information, and other persons cannot use the firearm even if the firearm is obtained; the RFID ring can be used for replacing the fingerprint identification module 61, and the control of the motor 19 can be realized in the same way; the aforementioned sighting unit 5 mainly includes: a targeting slot 50 located at the upper part of the magazine 9; the laser sighting device 58 can be purchased from Guangzhou Wen Pao intelligent science and technology limited company to produce a miniature laser sighting device or a miniature laser head which can be sold anywhere on the network; the power supply unit 2 is positioned at the front lower part of the gun handle part 11 and supplies power; the laser sighting device switch 63 is positioned at the front end of the grip of the gun body grip part 11; the laser sight switch 63 may be designed to be interlocked with the trigger 18, and the laser sight switch 63 may be activated to perform irradiation sight as soon as the trigger starts to be hooked; can also be designed into a sight and gap type aiming form of a common gun; the finger control unit 7 is positioned at the front end of the lower part of the grip of the gun handle part 11, mainly comprises a positioning module 60 and can adopt a high-precision chip HD8040 independently researched and developed by Shenzhen Hua big dipper science and technology company; a communication module 59; the number of the network is very large, and only one type with high cost performance and good safety is selected; the positioning module 60 and the communication module 59 are electrically connected and used for positioning and communicating information; the communication module 59 can be electrically connected with the fingerprint identification module 61 and is used for controlling the fingerprint identification module 61; the motor 19 is controlled through the electrical connection between the fingerprint identification module 61 and the motor 19; the three can be integrated by manufacturing a singlechip; companies making such single-chip microcomputers are many, such as: chengdu embeds Chijie science and technology Limited, etc.; therefore, the communication module 59 can be remotely controlled through the background, so that the guns and personnel can be positioned and contacted in time, and the use of the guns is controlled; according to the situation, the electronic safety device can be released at any time, and can be locked at any time to limit the user.

A gun-shaped multifunctional individual combat system can also comprise a lower hanging unit 3 which is positioned at the lower part of the front end of a gun handle component 11; the lower hanging unit 3 is a standard Picatinny guide rail 65 and can carry a lower hanging dazzling flashlight and the like; a law enforcement recording unit 8 is also included and is positioned at the lower middle part of the front end of the gun body handle part 11; the law enforcement recording unit 8 mainly comprises a law enforcement recorder 66; according to the size and the cost, the device can be purchased randomly on the internet and comprises a miniature pinhole shooting and recording device; optionally, the laser sight 58 may be positioned below or on a standard Picatinny rail 65; the switch is also arranged at the front end of the grip of the gun body grip component 11 and near the laser sighting device switch 63; therefore, recording and storing are carried out when tasks are executed, and public opinion influence caused by the fact that the field situation is unknown is clarified in time.

When a law enforcement person finds that a special situation occurs, the law enforcement person takes out the gun from the gun bag quickly, the fingerprint identification module 61 identifies that the gun passes through, a signal is sent out, the motor 19 is controlled to rotate, and the motor shaft 20 drives the shaft sleeve 21 and the blocking iron 22 to leave the inclined plane on the back of the trigger 18 to open the safety; when the firing is needed, the laser sighting device switch 63 can be pressed by the middle finger, the laser sighting device 58 points to the target, and at the moment, the law enforcement recorder 66 can also be started to work together with the switch; aiming at the rear, pulling the trigger 18, pushing the claw 23 to move backwards by taking the pin C17 fixed on the gun body handle component 11 as a rotation center, pushing the hammer rod 37 to move backwards by the limiting wheel 36 and the belt, pushing the hammer 31 to rotate upwards by the tail end of the poking tooth component 14 fixed on the gun body handle component 11; when the hook claw 23 is pushed to the pin shaft B67, the hook claw 23 is forced to move downwards, the limiting wheel 36 is disengaged, the hammer rod 37 is pushed by the elastic force of the recoil spring 39 to move downwards, the lever action drives the upper hammer 31 to move forwards instantly, hit the corresponding hammer 29 and hit the primer of the corresponding bullet, so that one-time percussion is realized (when the magazine 9 is installed, the upper hammer is engaged by the dovetail groove interface 64 and the dovetail groove 55 to position up and down, left and right, and after being engaged by the front and back blocking iron 53, the hammer 29 is pushed back to the left); each time of firing, the tooth-poking component 14 pushes the hammer 31 to rotate upwards, and the hammer 31 rotates for exactly 90 degrees under the cooperation of the ratchet wheel 35 and the poking spring 41; then, the trigger is triggered again to push the hook claw 23 to move backwards, so that the cyclic four-time percussion can be realized; after all four bullets are played, or the bullet seeds are required to be replaced, the left release handle 51 or the right release handle 52 is pressed downwards at the moment, the iron block 53 is withdrawn downwards, and the ejection lifter 48 is ejected outwards by the magazine 9 under the action of the ejection lifter spring 47, so that the magazine 9 is driven to eject outwards, and the speed of replacing the magazine 9 can be increased; after the magazine 9 is ejected and taken down, the spare magazine is quickly taken out from the magazine bag and is arranged on the gun body handle from front to back, and the dovetail groove interface 64 of the magazine 9 is meshed with the dovetail groove 55 at the front end of the gun body handle component 11; the shell-removing support 48 is elastically clamped into a corresponding hole of the needle disc 26; after the emergency is relieved, the left and right sides of the magazine 9 are pushed backwards from the front to move the shell withdrawing slip sheets 30, the shell pulling hooks 46 are driven to move, four shells are taken out, the slip sheets are loosened, the shell pulling hooks 46 return, and then new cartridge seeds can be loaded for standby according to the needs and colors.

The above description is only exemplary of the present invention and should not be taken as limiting the scope of the present invention, as any modifications, equivalents, improvements and the like made within the spirit and principles of the present invention are intended to be included within the scope of the present invention.

Claims (10)

1. The utility model provides a multi-functional individual soldier system of fighting of rifle type which characterized in that this system mainly includes: the system comprises a transmitter platform unit (1), a power supply unit (2), a user identification unit (4), an aiming unit (5) and a finger control unit (7); the power supply unit (2), the user identification unit (4), the aiming unit (5) and the finger control unit (7) are arranged on the emitter platform unit (1), and the power supply unit (2) is used for supplying power to the whole system; the power supply unit (2) is positioned on the rear side of the lower end of the handle of the launcher platform unit (1); the user identification unit (4) is positioned in the middle of the front end of the transmitter platform unit (1); the sighting unit (5) is located in front of the transmitter platform unit (1); the finger control unit (7) is positioned at the front end of the lower part of the handle of the emitter platform unit (1).

2. Multifunctional individual combat system according to the claim 1, characterized in that said launcher platform unit (1) mainly comprises: a trigger part (10), a gun body handle part (11), a firing pin part (12), a hammer part (13), a tooth poking part (14) and a magazine part (15); the trigger part (10) is movably connected with the gun body handle part (11) and is movably connected with the hammer part (13); the shifting tooth part (14) is movably connected with the gun handle part (11); the trigger part (10) realizes continuous firing through a hammer part (13) and a gear shifting part (14); the magazine component (15) is movably connected with the gun handle component (11).

3. A multi-functional individual combat system according to the claim 2 of the gun type, characterized in that said trigger member (10) mainly comprises: the trigger (18), the said trigger (18) is connected with the gun body through the pin shaft C (17) and part (11) activity; the pin shaft C (17) is provided with a reset spring (6) for resetting after the trigger (18) is pulled; the device also comprises a motor (19), a motor shaft (20), a shaft sleeve (21) and a blocking iron (22); the motor (19) is fixedly connected with the gun body handle part (11); the motor shaft (20) and the shaft sleeve (21) are in positive and negative threaded connection; the shaft sleeve (21) is fixedly connected with the blocking iron (22); the right inclined plane of the blocking iron (22) is attached to the inclined plane of the back of the trigger (18); the trigger (18) is connected with the hook claw (23) through a pin shaft D (25); the claw torsion spring (24) is arranged on the pin shaft D (25), and the claw (23) is bounced upwards through the pin shaft positioned in the claw (23).

4. A multifunctional individual combat system of the gun type according to claim 2 characterized in that said gun body grip unit (11) mainly comprises: a left release handle (51), a right release handle (52), a choke (53), a choke compression spring (54) and a dovetail groove (55); the left release handle (51) and the right release handle (52) are synchronously connected with the iron resistor (53) through bolts; the choke pressure spring (54) is used for bouncing and blocking the choke (53); the dovetail groove (55) is arranged on the upper part of the front end of the gun body handle component (11).

5. A multifunctional individual combat system of the gun type according to claim 2 characterized in that said striker member (12) mainly comprises: the lower end of the needle striking plate (26) is fixed on the gun body handle component (11); the novel hammer is characterized by further comprising four striker pins (29), striker springs (28) and striker nut (27), wherein the striker pins (29) are arranged in a square shape, the striker springs (28) are also four and sleeved on the striker pins (29), and the striker pins are fixed on the striker plate (26) through the four striker pin nuts (27) with holes in the middle.

6. A multifunctional individual combat system of the gun type according to claim 2 characterized in that said hammer means (13) mainly comprise: the hammer comprises a hammer (31), a hammer return rod (32), a hammer return spring (33), a ratchet wheel (35), a limiting wheel (36), a hammer rod (37), a poking spring (41) and a poking spring fixing block (42); the hammer (31) is in a four-petal quincunx shape, the hammer return rod (32), the hammer return spring (33) is arranged in the hammer (31), and the ratchet (35) fixes the hammer (31) and the ratchet (35) on the hammer rod (37) through an M3 bolt (34); the poking spring fixing block (42) fixes the poking spring (41) on the hammer striking rod (37); the spring resetting device also comprises a resetting spring limiting block (38), a resetting spring (39) and a resetting spring rod (40); the recoil spring (39) is sleeved on the recoil spring rod (40) and is fixed through a recoil spring limiting block (38); the recoil spring rod (40) is in lever-type movable connection with the hammer rod (37); the limiting wheel (36) is positioned in the middle of the hammer rod (37), and the trigger (18) hooks the limiting wheel (36) through the claw (23) and is movably connected with the hammer part (13); the shifting tooth component (14) is movably connected with the gun handle component (11) through a pin shaft A (16) with a return spring; for driving the hammer (31) to rotate upward.

7. A multifunctional individual combat system of the gun type according to claim 2 characterized in that said magazine assembly (15) mainly comprises: the device comprises a dovetail groove interface (64), a magazine (9), a bottom rod (43), a bottom rod spring (44), a steel sleeve (45), a shell pulling hook (46), a shell withdrawing spring (47), a shell withdrawing tappet (48), an observation hole (49), an aiming slot (50) and a shell withdrawing slide sheet (30); the dovetail groove interface (64) is positioned at the lower part of the magazine (9) and is meshed with a dovetail groove (55) at the front end of the gun handle part (11); the observation holes (49) are positioned in a pair respectively at the middle positions of the left side and the right side of the front end of the magazine (9) and correspond to the positions of the four magazines; a bottom rod spring (44) and a steel sleeve (45) are sleeved on the bottom rod (43), the steel sleeve (45) is limited by a pin shaft on the magazine (9) to move, the bottom rod (43) is connected with a pull case hook (46), and shell withdrawing sliding blades (30) are positioned on the left side and the right side of the magazine (9) and are connected with the pull case hook (46) through the pin shaft; the aiming groove (50) is positioned at the upper part of the magazine (9) and consists of two parallel convex strips.

8. The multifunctional individual combat system of a gun type according to claim 1, characterized in that said power supply unit (2) mainly comprises a rechargeable battery (56), a charging, information transmission external interface (57); the rechargeable battery (56) is positioned at the lower part of the handle of the gun body handle part (11); the charging and information transmission external interface (57) is positioned at the lowest end of the grip of the gun body grip component (11); the user identification unit (4) mainly comprises a fingerprint identification module (61) which is positioned in the middle of the front end of the gun handle part (11); the fingerprint identification module (61) is electrically connected with the motor (19); the targeting unit (5) mainly comprises: the aiming slot (50) is positioned at the upper part of the magazine (9); the laser sighting device (58) is positioned at the front lower part of the gun body handle component (11); the laser sighting device switch (63) is positioned on the front part of the grip of the gun body grip component (11); the power supply unit (2) supplies power.

9. The multifunctional individual combat system of a gun type as claimed in claim 1, characterized in that said command control unit (7) is located at the front end of the lower part of the grip of the gun handle member (11), and mainly comprises a positioning module (60), a communication module (59) for positioning and communication with the rear platform; the positioning module (60) is electrically connected with the communication module (59).

10. A multifunctional gun-type individual combat system according to claim 1, characterized in that it further comprises a lower hanging unit (3) located at the lower front end of the gun body handle member (11); the lower hanging unit (3) mainly comprises: a standard Picatinny rail (65); the law enforcement recording unit (8) is positioned in the lower middle part of the front end of the gun handle component (11); the law enforcement recording unit (8) mainly comprises a law enforcement recorder (66); can be arranged below the laser sighting device (58) according to the size and can also be arranged on a standard Picatinny guide rail (65).

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