CN117824427A - Can send water bullet national defense education teaching aid - Google Patents

Abstract

The invention relates to the technical field of national defense education and teaching aid, and discloses a water bullet capable of being emitted, which comprises a gun handle shell, wherein a trigger shaft is fixedly assembled in the gun handle shell, a trigger is fixedly assembled on the trigger shaft, a trigger connector is movably assembled on the trigger, a trigger connecting rod is movably assembled on the trigger connector, a safety rod is movably assembled on the trigger connecting rod, a gas controller is fixedly assembled in the gun handle shell, a gas storage is fixedly assembled in the gun handle shell, a simulation sensor is fixedly assembled on the gun handle shell, an induction firing pin is fixedly assembled on the simulation sensor, a gun support block is fixedly assembled on the gun handle shell, a water bullet supply groove is fixedly assembled on the gun support block, and a gas emitter is fixedly assembled on the water bullet supply groove.

Description

Can send water bullet national defense education teaching aid

Technical Field

The invention relates to the technical field of national defense education, in particular to a water bomb-capable-of-transmitting national defense education teaching aid.

Background

In national defense education teaching of schools, various teaching aids are often needed to enhance practice experience and national defense consciousness of students, wherein the teaching aids of simulated shooting types can attract students to participate better due to the characteristic of closely imitating actual combat environments, and improve learning enthusiasm of the students, however, the traditional simulated shooting teaching aids are mostly static models or electronic devices for synthesizing images, and cannot truly reproduce shooting physical processes, so that practice experience of the students is not strong, in addition, some teaching aids which are closer to real shooting processes are not suitable for national defense education teaching of schools due to safety problems, and in addition, the operation performance of many national defense education teaching aids is poor or the cost is too high, so that application of the teaching aids in national defense education is limited, and therefore, the teaching aids which can provide better operation experience and have moderate cost are needed to appear in the current market.

Based on the above factors, the water bullet national defense education teaching aid which can provide more vivid and real shooting experience and is safe for students is emphasized, the operation is simple and convenient, and the cost is moderate becomes a problem to be solved urgently, so that the water bullet national defense education teaching aid which can be launched is necessary for the existing technical field of national defense education.

Disclosure of Invention

(one) solving the technical problems

Aiming at the problems that the traditional national defense education teaching aid is single and the experience of students is not strong, the invention provides the national defense education teaching aid capable of transmitting water bullets, which has the advantages of simulating and transmitting experiences, being simple and safe and improving the learning interests of students so as to solve the problems presented in the background technology.

(II) technical scheme

In order to achieve the above purpose, the present invention provides the following technical solutions:

a water bomb-emitting national defense education teaching aid comprises a gun handle shell,

the gun handle comprises a gun handle shell, a gun handle, a trigger connector, a trigger connecting rod, a safety rod, a gas storage device, a safety bolt, a simulation sensor and a simulation sensor.

Preferably, a gun support block is fixedly arranged on the gun handle shell, a water bullet supply groove is fixedly arranged on the gun support block, a gas emitter is fixedly arranged on the water bullet supply groove, and the gas emitter is communicated with the gas storage.

Preferably, a firing gun barrel is fixedly assembled on the water bullet supply tank, and a firing gun opening is arranged on the firing gun barrel.

Preferably, clamping blocks are movably arranged in the gun stock blocks, laser positioners are fixedly arranged between the clamping blocks, and the laser positioners are located under the emission gun barrel.

Preferably, a water bullet magazine is movably arranged in the gun handle shell, and the water bullet magazine is movably assembled with the bullet changing button.

Preferably, an upper bullet block is movably arranged in the water bullet magazine, and the water bullet magazine is communicated with the water bullet supply groove.

Preferably, the gun handle shell is provided with a gun chamber shell, the gun barrel is positioned in the gun chamber shell, and the gun chamber shell is fixedly provided with the sound simulator.

The use flow of the water bomb national defense education teaching aid capable of being transmitted comprises the following steps:

s1, when students prepare to use a teaching aid, the students need to ensure that a safety gun bolt is released, and the gun is allowed to launch a water bullet during operation;

s2, the students take the water bullet magazine out of the gun handle shell by pressing a bullet changing button, water bullets are added into the water bullet magazine from the top of the magazine, and the bullet feeding block is responsible for feeding the water bullets to the shooting position one by one;

s3, after the water bullet magazine is filled, the students insert the water bullet magazine back to the gun handle shell, and the bullet changing button fixes the water bullet magazine so that the water bullet magazine is communicated with the water bullet supply groove;

s4, the students aim by using a laser positioner, the laser beam indicates the target position, and in addition, the students can aim accurately through an aiming block assembled on the gun handle shell;

s5, when the water bullet is ready to be sent, the student pulls the trigger, and the trigger connector and the trigger connecting rod work together to release the safety rod from the gas controller;

s6, along with the starting of the gas controller, gas flows into the bomb supply groove from the gas storage through the gas emitter to provide power for emission;

s7, when compressed gas flows into the emission gun barrel, the water bullet at the emission position pushed by the bullet loading block starts to emit from the emission gun mouth, the simulation sensor detects the emission action and simulates the vibration sense of the real gun during emission, the real-time feedback of the emission process is realized for a user by sensing the firing pin simulation signal, and the sound simulator simulates the sound of the live firing according to the water bullet emission condition, so that students experience more truly;

s8, in the process of launching the water bullet, the clamping block ensures a stable shooting environment, and the water bullet flies towards a target after being ejected from the gun barrel;

s9, when the students prepare to launch the water bullet again, they need to re-pull the trigger, trigger all parts in the trigger mechanism and re-compress the gas to realize continuous launching process.

(III) beneficial effects

Compared with the prior art, the invention has the following beneficial effects:

according to the invention, the water bullet national defense education teaching aid can be launched, the safety of the teaching aid can be effectively ensured by taking air pressure as a driving force, water catapulting simulates ball firing, a simulated inductor is utilized to simulate recoil, sound, light and the like existing in ball firing by matching with a sound simulator and a launching muzzle, students can more practically feel shooting experience, the learning interest of the students is enhanced, and therefore, a single teaching mode is avoided, and the students feel the meaning of national defense education at a shorter distance.

Drawings

FIG. 1 is a schematic diagram of a water bullet capable of being sent out for national defense education and teaching purposes;

FIG. 2 is a schematic diagram of the internal structure of the water bullet-emitting national defense education teaching aid;

FIG. 3 is a schematic diagram of the internal structure of the chamber shell of the water bullet-emitting national defense education teaching aid;

FIG. 4 is a schematic diagram of the internal structure of the gun handle shell of the water bullet-emitting national defense education teaching aid of the invention;

fig. 5 is a schematic diagram of an intelligent shooting training flow of the teaching aid for the national defense education of the water cannon capable of being shot in the invention.

In the figure:

10. a pistol grip housing; 11. a cartridge changing button; 12. a trigger; 13. a spanner shaft;

14. a trigger connector; 15. a trigger connecting rod; 16. a bumper; 17. a gas controller;

18. a gas reservoir; 19. a safety bolt; 20. a simulated sensor; 21. sensing a firing pin;

22. a gun support block; 23. a water bomb supply tank; 24. a gas emitter; 25. a gun barrel is launched;

26. a firing muzzle; 27. a clamping block; 28. a laser locator; 29. a water bullet magazine;

30. loading the spring block; 31. a mounting block; 32. a targeting block; 33. a bore housing;

34. a sound simulator.

Detailed Description

The following description of the embodiments of the present invention will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present invention, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.

The teaching aid provided by the invention has the advantages that the design is ingenious, the water bullet can be launched, the actual shooting experience is provided, meanwhile, the safety of students can be ensured by adopting the water bullet, the operation and the use of the students are convenient by adopting the simple and easy-to-operate design, meanwhile, the production cost of the teaching aid is lower, the applicability is wide, and the teaching aid can be widely applied to national defense education.

Examples

As shown in fig. 1 to 5, which are schematic structural views of a water bullet-emitting national defense education teaching aid according to a preferred embodiment of the present invention, the water bullet-emitting national defense education teaching aid according to the present embodiment includes a grip housing 10, the grip housing 10 being a main body part of a firearm, made of an alloy material, fixing internal parts together, and providing a grip required for operation.

A magazine changing button 11 is fixedly mounted on the gun handle housing 10, and the magazine changing button 11 is positioned on the button on the gun handle housing for releasing the magazine of the empty water bullet for replacement with a new magazine.

A trigger shaft 13 is fixedly arranged in the gun handle shell 10, a trigger 12 is fixedly arranged on the trigger shaft 13, and the trigger 12 positioned on the gun handle shell 10 triggers a shooting mechanism by pressing down to start to fire the water bullet.

The trigger 12 is movably provided with a trigger connector 14, the trigger connector 14 is movably provided with a trigger connecting rod 15, the trigger connecting rod 15 is movably provided with a safety rod 16, the trigger connector 14 is connected with metal parts of the trigger 12 and the trigger connecting rod 15, and force is transmitted to subsequent parts, so that the touch feeling and the required pressing force of a real gun can be simulated.

The gun handle shell 10 is internally and fixedly provided with a gas controller 17, the safety rod 16 is fixedly arranged between the gas controller 17 and the gun handle shell 10, the gun handle shell 10 is internally and fixedly provided with a gas reservoir 18, the gas reservoir 18 is an alloy material container for storing compressed gas and provides the gas power required by the water bullet to be emitted, and the gas controller 17 is used for controlling the compressed gas to flow from the reservoir into the metal part of the emitter so as to provide the power required by the water bullet to be emitted.

The firearm casing 10 is movably fitted with a safety bolt 19. The safety bolt 19 ensures that the firearm does not misfire the metal rod, and the trigger mechanism can be locked to prevent unwanted firing.

The simulated sensor 20 is fixedly assembled on the gun handle shell 10, and the simulated sensor 20 is an electronic element and is used for detecting shooting actions and providing real-time feedback so as to help a user to know the working state and emission information of the teaching aid.

The analog sensor 20 is fixedly provided with a sensing firing pin 21, and the sensing firing pin 21 is matched with a metal needle of the analog sensor 20 and is used for detecting shooting actions and generating signals with the analog sensor 20 in the process of launching.

The gun handle shell 10 is fixedly provided with a gun support block 22, the gun support block 22 is fixedly provided with a water bullet supply groove 23, and the water bullet supply groove 23 is positioned in a container inside the gun body and is used for storing water bullets to be shot and supplying the water bullets into a gun barrel in the shooting process.

The bomb supply groove 23 is fixedly provided with a gas emitter 24, the gas emitter 24 is communicated with the gas reservoir 18, and the gas emitter 24 pushes the metal part of the bomb by pushing the compressed gas.

The water bullet supply tank 23 is fixedly provided with a firing gun barrel 25, the firing gun barrel 25 is provided with a firing gun opening 26, the firing gun opening 26 is an outlet for water bullet firing, is positioned at the tail end of the firing gun barrel 25, and can simulate the light effect generated by firing of a live ball after the water bullet is fired.

The gun support block 22 is movably provided with clamping blocks 27, a laser positioner 28 is fixedly arranged between the clamping blocks 27, the laser positioner 28 is positioned under the emission gun barrel 25, and the laser positioner 28 provides laser beams to assist in aiming at a target.

A water bullet magazine 29 is movably arranged in the gun handle shell 10, the water bullet magazine 29 is movably arranged between the water bullet magazine 29 and the bullet changing button 11, and the water bullet magazine 29 is used for storing water bullets and providing the water bullet to an alloy container of a launcher.

The water bullet magazine 29 is movably provided with a bullet feeding block 30, the water bullet magazine 29 is communicated with the water bullet supply groove 23, and the bullet feeding block 30 is used for pushing the water bullet into a metal block at a launching position, so that the water bullet can be conveniently filled.

The gun handle shell 10 is provided with a gun chamber shell 33, the gun barrel 25 is positioned in the gun chamber shell 33, the gun chamber shell 33 is fixedly provided with a sound simulator 34, and the sound simulator 34 simulates the sound of a ball firing during water ball firing and simulates the sound according to the simulation sensor 20 in real time.

The gun body is made of impact-resistant and light alloy materials, the appearance design simulates a real weapon, but the shell is provided with obvious colors and clear marks to avoid confusion with a real gun, and the gun body comprises necessary simulation mechanisms, such as a simulation sensor 20, a sensing firing pin 21 and the like, so as to simulate the real firearm operation.

The firing mechanism is capable of simulating actual powder firing through the gas controller 17, the gas reservoir 18 and the gas transmitter 24, pneumatically driven, and the firing mechanical pressure is sufficient to fire the water bullet out of the muzzle while being within safe intensity.

Trigger 12 in combination with trigger connector 14 provides the appropriate resistance to compression to simulate the trigger pull feel of a real firearm.

The water bullet comprises special biodegradable material, and size and weight accord with the requirement of barrel 25 of shooter, and the water bullet feed slot 23 in the bore shell 33 and the water bullet magazine 29 in the stock shell 10 all adapt with water bullet size scale simultaneously, can normally use in the rifle body, avoid the condition of jamming, and water bullet magazine 29 still can be changed convenient and fast.

The gun body design comprises a safety mechanism such as a safety bolt 19 and a safety lever 16 to prevent unauthorized use or misoperation, meanwhile, the gun handle shell 10 and the gun chamber shell 33 are made of hard materials, a certain buffer space is arranged in the gun body, important parts such as eyes and faces of a user are not damaged due to reaction force, and proper protective equipment can be provided.

The aiming design includes aiming block 32 and laser locator 28 to help the user better practice aiming and firing accuracy, with the addition of aiming devices to adjust to the training needs of different users and ranges.

Can send water bullet national defense education teaching aid pair with external equipment, provide visual feedback and suggestion for them, for example they can look over the orbit of launching at every turn, know how to improve their shooting technique, through the cooperation with external equipment, can realize following intelligent training shooting function:

water bomb launching function: the teaching aid can launch the water bullet, corresponds to the actual combat scene in the simulation military training, and the launching of the water bullet can provide more real interactive experience.

An intelligent scoring system: the teaching aid carries out intelligent score statistics through external equipment, can score according to the degree of accuracy of shooting and the condition of hitting the target, and whether the system can detect the water shell through sensor and data processing algorithm hits the target to give corresponding score according to standard judgement.

Target detection and tracking: the teaching aid is provided with a target detection and tracking system, can identify and track a target, track a aiming position by matching with the target, and can be calibrated.

Real-time feedback and guidance: after the teaching aid shooting is completed, the external equipment can provide real-time feedback and guidance, show shooting results, hit rate and scores to the user through a display screen or an audio prompt, give corresponding guidance and help the user improve shooting skills.

Training records and analysis: the teaching aid and the external equipment can record the data of each shooting training through shooting conditions, including shooting time, score, accuracy and other information, and the data can be used for subsequent training analysis and progress tracking.

And (3) safety design: the teaching aid can ensure that accidental injury can be effectively prevented in the use process, corresponding protection measures are taken, the teaching aid can be controlled under the control of external equipment, and the teaching aid is kept in a safe state when not shooting.

The use flow of the water bomb national defense education teaching aid capable of being transmitted comprises the following steps:

s1, when students prepare to use the teaching aid, the students need to ensure that the safety bolt 19 is released, and the firearm is allowed to launch water bullets in operation.

S2, the student takes the water bullet magazine 29 out of the gun handle shell 10 by pressing the bullet changing button 11, water bullets are added into the water bullet magazine 29 from the top of the magazine, and the bullet loading block 30 is responsible for loading the water bullets to the shooting position one by one.

S3, after the water bullet magazine 29 is filled, the student inserts the water bullet magazine into the gun handle shell 10, and the bullet changing button 11 fixes the water bullet magazine 29 so as to be communicated with the water bullet supply groove 23.

S4, the student uses the laser positioner 28 to aim, the laser beam indicates the target position, and in addition, the student can accurately aim through the aiming block 32 assembled on the gun handle shell 10.

S5, when the water bullet is ready to be shot, the student pulls the trigger 12, and the trigger connector 14 and the trigger connecting rod 15 work together to release the safety rod 16 from the gas controller 17.

S6, along with the starting of the gas controller 17, gas flows from the gas reservoir 18 through the gas emitter 24 into the bomb supply groove 23 to power the emission.

S7, when compressed gas flows into the emission gun barrel 25, the water bullet at the emission position pushed by the bullet loading block 30 starts to emit from the emission gun mouth 26, the simulation sensor 20 detects the emission action, simulates the vibration sense of the real gun during emission, and the real-time feedback of the emission process is realized for a user by sensing the simulation signal of the firing pin 21, and the sound simulator 34 simulates the sound of the live firing according to the water bullet emission condition, so that the student experience is more real.

S8, in the process of launching the water bullet, the clamping blocks 27 ensure a stable shooting environment, and the water bullet flies towards a target after being ejected from the gun barrel 25.

S9, when the students are ready to launch the water bullet again, they need to re-pull the trigger 12, trigger the components in the trigger mechanism and re-compress the gas to realize the continuous launching process.

When using water bombs for national defense education and education, it is necessary to ensure that security measures are properly implemented.

Firstly, a proper place is selected, so that a large enough space and proper ground are ensured to avoid accidental injury and damage, and protective equipment such as helmets, goggles and the like should be worn when students participate in activities to ensure safety.

Secondly, the method ensures that a coach or a guiding person with abundant experience carries out supervision and guidance so as to ensure the safety and education effect of the activities, the guiding person needs to emphasize discipline, make clear rules, ensure that students observe the rules in the activities and reduce potential risks.

Finally, the cooperation and team spirit are emphasized, and one of the purposes of the national defense education and teaching is to cultivate team cooperation consciousness and spirit and encourage students to cooperate with each other in activities, so that the national defense education and study of the students in a safe environment is ensured.

Although embodiments of the present invention have been shown and described, it will be understood by those skilled in the art that various changes, modifications, substitutions and alterations can be made therein without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.

Claims (8)

1. A water bomb-emitting national defense education teaching aid comprises a gun handle shell (10),

the method is characterized in that:

the gun is characterized in that a bullet changing button (11) is fixedly arranged on the gun handle shell (10), a trigger shaft (13) is fixedly arranged in the gun handle shell (10), a trigger (12) is fixedly arranged on the trigger shaft (13), a trigger connector (14) is movably arranged on the trigger (12), a trigger connecting rod (15) is movably arranged on the trigger connector (14), a safety lever (16) is movably arranged on the trigger connecting rod (15), a gas controller (17) is fixedly arranged in the gun handle shell (10), a gas storage (18) is fixedly arranged between the safety lever (16) and the gas controller (17), a safety bolt (19) is movably arranged on the gun handle shell (10), a simulation sensor (20) is fixedly arranged on the gun handle shell (10), and a sensing bolt (21) is fixedly arranged on the simulation sensor (20).

2. The teaching aid for national defense education of a water bomb capable of being shot according to claim 1, which is characterized in that: the gun handle is characterized in that a gun support block (22) is fixedly arranged on the gun handle shell (10), a water bullet supply groove (23) is fixedly arranged on the gun support block (22), a gas emitter (24) is fixedly arranged on the water bullet supply groove (23), and the gas emitter (24) is communicated with the gas storage (18).

3. The teaching aid for national defense education of a water bomb capable of being shot according to claim 2, which is characterized in that: the water bomb supply tank (23) is fixedly provided with a firing gun barrel (25), and a firing gun opening (26) is arranged on the firing gun barrel (25).

4. A water-jet-transmittable national defense education teaching aid as defined in claim 3, wherein: the gun stock block (22) is movably provided with clamping blocks (27), a laser positioner (28) is fixedly arranged between the clamping blocks (27), and the laser positioner (28) is positioned under the emission gun barrel (25).

5. The teaching aid for national defense education of a water bomb capable of being shot according to claim 4, which is characterized in that: a water bullet magazine (29) is movably arranged in the gun handle shell (10), and the water bullet magazine (29) and the bullet changing button (11) are movably assembled.

6. The teaching aid for national defense education of a water bomb capable of being shot according to claim 5, which is characterized in that: the water bullet magazine (29) is movably provided with an upper bullet block (30), and the water bullet magazine (29) is communicated with the water bullet supply groove (23).

7. The teaching aid for national defense education of a water bomb capable of being shot according to claim 6, which is characterized in that: the gun handle shell (10) is provided with a gun chamber shell (33), the gun barrel (25) is positioned in the gun chamber shell (33), and the gun chamber shell (33) is fixedly provided with a sound simulator (34).

8. A use flow of the water bullet capable of being transmitted for national defense education and teaching aid according to any one of claims 1-7, which is characterized by comprising the following steps:

s1, when students prepare to use the teaching aid, the students need to ensure that the safety gun bolt (19) is released, and the gun is allowed to emit water bombs during operation;

s2, a student takes out a water bullet magazine (29) from a gun handle shell (10) by pressing a bullet changing button (11), water bullets are added into the water bullet magazine (29) from the top of the magazine, and a bullet loading block (30) is responsible for loading the water bullets to a launching position one by one;

s3, after the water bullet magazine (29) is filled, the students insert the water bullet magazine back to the gun handle shell (10), and the bullet changing button (11) fixes the water bullet magazine (29) so as to be communicated with the water bullet supply groove (23);

s4, the students aim by using a laser positioner (28), the laser beam indicates the target position, and in addition, the students can aim accurately by using an aiming block (32) assembled on the gun handle shell (10);

s5, when the water bullet is ready to be shot, the student pulls the trigger (12), and the trigger connector (14) and the trigger connecting rod (15) work together to release the safety rod (16) from the gas controller (17);

s6, along with the starting of the gas controller (17), gas flows into the bomb supply groove (23) from the gas reservoir (18) through the gas emitter (24) to supply power for emission;

s7, when compressed gas flows into the emission gun barrel (25), the water bullet at the emission position pushed by the bullet loading block (30) starts to be emitted from the emission gun mouth (26), the simulation sensor (20) detects the emission action, the vibration sense during the emission of the real gun is simulated, the real-time feedback of the emission process is realized for a user by sensing the simulation signal of the firing pin (21), and the sound simulator (34) simulates the sound of the live firing according to the water bullet emission condition, so that students experience more truly;

s8, in the process of launching the water bullet, the clamping block (27) ensures a stable shooting environment, and the water bullet flies towards a target after being ejected from the gun barrel (25);

s9, when the students prepare to launch the water bullet again, they need to re-pull the trigger (12), trigger all parts in the trigger mechanism and re-compress the gas to realize continuous launching process.