Intelligent stabbing simulation equipment and use method thereof

Abstract

The invention relates to the field of training equipment, and discloses an intelligent stabbing simulation device and a using method thereof.The intelligent stabbing simulation device comprises a dummy trunk and a base, the base comprises a loading plate body, supporting rollers and adjusting columns, and the loading plate body supports the dummy trunk through springs and telescopic supporting rods arranged on the surface of the loading plate body; the mounting grooves are formed in the shoulders, the waist and the crotch of the dummy trunk, and the pressing triggers are arranged on the surfaces of the mounting grooves, so that accurate striking detection of different parts can be realized, and when the striking plate is stressed, the striking plate abuts against the pressing triggers so as to trigger a signal; by means of the design, the problem that a traditional training target cannot accurately detect the hitting portion is solved, the training accuracy and the actual combat experience are improved, the controller is responsible for receiving signals sent by the pressing trigger and controlling the sound production unit to produce sound, a user can judge whether hitting is effective or not according to the heard sound, and therefore the training strategy is adjusted in time.

Description

Technical Field

[0001] The invention relates to the field of training equipment, in particular to an intelligent assassination simulation device and a use method thereof. Background Art

[0002] With the continuous deepening of military training subjects, more basic combat assassination technology training has been included in the training requirements, especially the daily training of various basic assassination technologies such as anti-stabbing technology, chopping technology, and attack combination technology. The various training targets currently available are only suitable for wooden gun training. If the existing assassination training targets are trained with real bayonets, the target body will have a very high wear rate, and the dummies are not subject to force and are prone to tipping over when receiving a large impact. As a result, most traditional training or evaluation methods use wooden guns or special training guns for simulation training, resulting in poor training results and weak actual combat experience for users. The requirements of assassination training can no longer be met, and no corresponding feedback can be obtained after the strike. Summary of the invention

[0003] The present invention provides an intelligent assassination simulation device and a use method thereof, which overcomes the deficiencies described in the background technology.

[0004] The technical solution adopted by the present invention to solve its technical problem is: An intelligent assassination simulation device comprises a dummy torso and a base, wherein the base comprises a load-bearing plate, a supporting roller, and an adjusting column, wherein the load-bearing plate supports the dummy torso through a spring and a telescopic supporting rod arranged on the surface thereof, wherein the spring is connected to the lower end of the dummy torso, and the telescopic supporting rod is supported on the back of the dummy torso, wherein a placement groove for placing a water bucket is arranged on the surface of the load-bearing plate, and a water tank for pouring liquid is arranged in the load-bearing plate, and a supporting column for supporting the water bucket is arranged in the water tank at a position corresponding to the placement groove, and the supporting column is aligned with the middle of the placement groove; The adjusting column comprises a sleeve, a threaded rod and a supporting plate body. The supporting plate body is inserted into the lower side of the sleeve through the threaded rod, and the threaded rod is threadedly connected to the inner end of the sleeve.

[0005] A preferred technical solution is that a mounting groove, a controller and a sound unit are provided in the dummy torso, and the mounting grooves are respectively arranged near the shoulders, waist and crotch of the dummy torso, a pressing trigger is provided on the surface of each mounting groove, and a striking plate is covered on the surface of each mounting groove, the pressing trigger and the sound unit are both signal-connected with the controller, and when the striking plate is subjected to force, it is abutted against the pressing trigger and triggers the pressing trigger to send a signal to the controller, so that the controller controls the sound unit to make a sound.

[0006] A preferred technical solution is that the middle part of the installation groove has an inwardly recessed movable groove, and a card bead is provided in the movable groove. A card slot is provided in the middle part of the lower end of the striking plate corresponding to the card bead. The card bead is inserted into the card slot, and a press trigger is arrayed around the card bead. There is a gap between the press trigger and the card bead. When the striking plate is tilted by force, the press trigger is squeezed and triggered, and the controller receives the signal and controls the sound unit to make a sound.

[0007] A preferred technical solution is that a support airbag is provided between the card bead and the movable groove, the support airbag is hollow, and the support airbag is supported at the lower end of the card bead; When the strike plate is at rest, it does not interfere with the depressed trigger; When the striking plate is tilted by force, the card bead squeezes the supporting airbag, and the striking plate squeezes the pressing trigger arranged close to the tilted side, and squeezes and triggers the pressing trigger.

[0008] A preferred technical solution is that a magnetic sheet and a rubber sheet are provided in the card slot, the rubber sheet covers the outside of the magnetic sheet, the rubber sheet protrudes from the card slot surface, and a deformation groove is provided in the striking plate near the lower part of the card slot. When the card bead is installed, the card bead is embedded in the card slot, and the lower part of the card slot is squeezed to make the surface of the striking plate near the lower part of the card slot bend and deform into the deformation groove until the card bead is embedded in the card slot; When the card bead is installed in the card slot, the card bead abuts against the rubber sheet, and the card bead is attracted by the magnetic sheet.

[0009] A preferred technical solution is that the side array of the card bead has multiple supporting members, which are arranged in an inclined manner, and the surface of the supporting member gradually rises from one end close to the card bead to the other end. A limiting column is arranged below the end of the supporting member away from the card bead, and there is a gap between the limiting column and the supporting member. When the striking plate is tilted by force, the striking plate squeezes the supporting member and allows the supporting member to abut against the surface of the limiting column. When the striking plate is tilted by force to abut against the supporting member, the striking plate and the pressing trigger are pressed and triggered; when the supporting member is abutted against the surface of the limiting column by force, the pressing trigger is squeezed and triggered.

[0010] A preferred technical solution is that the surface of the striking plate is covered with multiple layers of stab-proof coatings, and the side surfaces of each stab-proof coating have outwardly protruding ears, and the arrangement directions of every two adjacent ears are opposite.

[0011] A method for using an intelligent assassination simulation device comprises the following steps: installing a striking plate on a mounting groove arranged on the surface of a dummy's torso, supporting the striking plate through a clamping bead, and supporting and keeping the striking plate stationary through a supporting member around the clamping bead; when the striking plate is tilted by force, a pressing trigger on the tilted side is squeezed and triggered, and a sound generating unit is controlled by a controller to emit a sound.

[0012] Compared with the prior art, this technical solution has the following advantages: By setting installation slots on the shoulders, waist and hips of the dummy's torso and setting push triggers on the surface of each installation slot, accurate strike detection of different parts can be achieved. When the striking plate is subjected to force, it will counteract the push trigger, thereby triggering a signal. This design solves the problem that traditional training targets cannot accurately detect the striking parts, thereby improving the accuracy of training and actual combat experience. The controller is responsible for receiving the signal sent by the push trigger and controlling the sound unit to make a sound. This design realizes instant feedback after the strike. The user can judge whether the strike is effective by the sound he hears, and thus adjust the training strategy in time. This instant feedback mechanism greatly improves the interactivity of training and the accuracy of effect evaluation. BRIEF DESCRIPTION OF THE DRAWINGS

[0013] The present invention will be further described below in conjunction with the accompanying drawings and embodiments.

[0014] Figure 1 This is an overall diagram of the present invention.

[0015] Figure 2 Schematic diagram of the load-bearing plate.

[0016] Figure 3 Schematic diagram of the adjustment column.

[0017] Figure 4 Schematic diagram of the dummy torso.

[0018] Figure 5 A schematic diagram of the installation slot.

[0019] Figure 6 Schematic diagram of the striking plate.

[0020] Figure 7 Schematic diagram of puncture-proof coating.

[0021] Figure 8 Schematic diagram of the supporting structure.

[0022] In the figure: a dummy torso 1; Mounting slot 11, striking plate 12, controller 13, sound unit 14; Movable groove 111, card bead 112, support airbag 113, pressing trigger 114, support member 115, limiting column 116; Card slot 121, magnetic sheet 1211, rubber sheet 1212, deformation slot 122, stab-proof coating 123, pull ear 1231; Base 2, load-bearing plate 21, supporting roller 22, adjusting column 23; Spring 211, telescopic support rod 212, placement slot 213, water tank 214, support column 215; Sleeve 231 , threaded rod 232 , support plate 233 . DETAILED DESCRIPTION

[0023] like Figures 1 to 8 As shown, the present invention proposes an intelligent assassination simulation device, including a dummy torso 1 and a base 2, the base 2 includes a load-bearing plate 21, a supporting roller 22, and an adjusting column 23, the load-bearing plate 21 supports the dummy torso 1 through a spring 211 and a telescopic support rod 212 arranged on its surface, the spring 211 is connected to the lower end of the dummy torso 1, the telescopic support rod 212 is supported on the back of the dummy torso 1, a placement groove 213 for placing a bucket is arranged on the surface of the load-bearing plate 21, and a water tank 214 for pouring liquid is arranged in the load-bearing plate 21, and a support column 215 for supporting the bucket is arranged in the water tank 214 corresponding to the placement groove 213, and the support column 215 is aligned with the middle of the placement groove 213; The adjusting column 23 includes a sleeve 231, a threaded rod 232 and a supporting plate 233. The supporting plate 233 is inserted into the lower side of the sleeve 231 through the threaded rod 232. The threaded rod 232 is threadedly connected to the inner end of the sleeve 231. The sleeve 231 provides a stable external structure for accommodating the threaded rod 232 and allowing it to be adjusted up and down. The threaded rod 232 is connected to the inner end of the sleeve 231 through a threaded connection. This connection method allows the threaded rod 232 to move up and down in the sleeve 231 and be locked in a desired position by rotation. The supporting plate 233 is inserted into the lower side of the sleeve 231 through the threaded rod 232, and contacts with the ground or other fixed structures to provide supporting force. When the dummy torso 1 is hit, the impact force generated is firstly buffered and unloaded by the spring 211 and the telescopic support rod 212, and then the remaining impact force is transmitted to the load-bearing plate 21. Due to the existence of the adjustment column 23, the load-bearing plate 21 is closely connected to the ground or other fixed structures through the support plate 233, thereby forming a stable support system. By adjusting the position of the threaded rod 232 in the sleeve 231, the distance between the support plate 233 and the ground can be adjusted, thereby adjusting the stability and compressive bearing capacity of the entire equipment. When higher stability is required, the threaded rod 232 can be rotated downward to make the support plate 233 more closely contact the ground; conversely, when the height of the equipment needs to be lowered, the threaded rod 232 can be rotated upward.

[0024] The mannequin torso 1 is provided with a mounting slot 11, a controller 13 and a sound unit 14. The mounting slots 11 are respectively arranged near the shoulder, waist and crotch of the mannequin torso 1. A pressing trigger 114 is arranged on the surface of each mounting slot 11, and a striking plate 12 is covered on the surface of each mounting slot 11. The pressing trigger 114 and the sound unit 14 are both connected to the controller 13 by signals. When the striking plate 12 is subjected to force, it abuts against the pressing trigger 114 and triggers the pressing trigger 114 to send a signal to the controller 13, so that the controller 13 controls the sound unit 14 to emit a sound. By setting mounting grooves 11 at the shoulders, waist and hips of the dummy torso 1 and setting a push trigger 114 on the surface of each mounting groove, accurate strike detection of different parts can be achieved. When the striking plate 12 is subjected to force, it will collide with the push trigger 114, thereby triggering a signal. This design solves the problem that traditional training targets cannot accurately detect the strike position, and improves the accuracy of training and actual combat experience. The controller 13 is responsible for receiving the signal sent by the push trigger 114 and controlling the sound unit 14 to emit a sound. This design realizes instant feedback after the strike. The user can judge whether the strike is effective by the sound heard, so as to adjust the training strategy in time. This instant feedback mechanism greatly improves the interactivity of training and the accuracy of effect evaluation. Through the above design, the intelligent assassination simulation device not only improves the accuracy of training and the actual combat experience, but also realizes instant feedback after hitting. This enables users to more accurately evaluate their performance during training and adjust training strategies in time, thereby improving the overall training effect. In addition, due to the use of sturdy and durable materials and structural designs such as springs 211, telescopic support rods 212, and adjustment columns 23, the intelligent assassination simulation device also has high compressive load-bearing capacity and stability, and can withstand the impact of a real bayonet without being easily damaged or tipped over.

[0025] Furthermore, the middle of the mounting groove 11 has an inwardly concave movable groove 111, and a bead 112 is arranged in the movable groove 111. A slot 121 is arranged at the middle of the lower end of the striking plate 12 corresponding to the bead 112. The bead 112 is arranged in the slot 121. The pressing trigger 114 is arrayed around the bead 112. There is a gap between the pressing trigger 114 and the bead 112. When the striking plate 12 is tilted by force, the pressing trigger 114 is squeezed and triggered, and the controller 13 receives the signal and controls the sound unit 14 to emit a sound. By setting the mounting groove 11 at the shoulder, waist and crotch of the dummy torso 1, and setting the pressing trigger 114 on the surface of each mounting groove, accurate strike detection of different parts can be achieved. When the striking plate 12 is subjected to force, it will collide with the pressing trigger 114, thereby triggering a signal. This design solves the problem that traditional training targets cannot accurately detect the strike position, and improves the accuracy of training and actual combat experience. The controller 13 is responsible for receiving the signal sent by the trigger 114 and controlling the sound unit 14 to emit a sound. This design realizes instant feedback after hitting, and the user can judge whether the hit is effective by the sound heard, so as to adjust the training strategy in time. This instant feedback mechanism greatly improves the interactivity of training and the accuracy of effect evaluation.

[0026] Among them, a supporting airbag 113 is arranged between the card bead 112 and the movable groove 111. The supporting airbag 113 is hollow and supported at the lower end of the card bead 112. When the striking plate 12 is at rest, it does not abut against the pressing trigger 114, which ensures that the pressing trigger 114 will not trigger a signal by mistake when there is no external force; When the striking plate 12 is tilted by force, the card bead 112 squeezes the supporting airbag 113, and the striking plate 12 squeezes the pressing trigger 114 arranged close to the tilted side, and squeezes and triggers the pressing trigger 114; Through the interaction of the card bead 112, the support airbag 113 and the pressing trigger 114, the intelligent assassination simulation device can accurately detect the force position and tilt degree of the striking plate 12, thereby providing more accurate training feedback. Compared with the traditional training target mentioned in the background technology, the intelligent assassination simulation device enables the user to feel the force and effect of the assassination more realistically during training through instant feedback and precise detection, thereby enhancing the actual combat experience. Since it can accurately detect the striking position and provide instant feedback, the user can adjust the strategy in time during training to improve the training effect. At the same time, the intelligent assassination simulation device also has high compressive load-bearing capacity and stability, and can withstand the impact of a real bayonet without being easily damaged or tipped over, further improving the practicality and safety of training.

[0027] In addition, a magnetic sheet 1211 and a rubber sheet 1212 are provided in the card slot 121. The rubber sheet 1212 covers the outside of the magnetic sheet 1211 and protrudes from the surface of the card slot 121. A deformation groove 122 is provided in the striking plate 12 near the lower part of the card slot 121. When the card bead 112 is installed, the card bead 112 is embedded in the card slot 121, and the lower part of the card slot 121 is squeezed to make the surface of the striking plate 12 near the lower part of the card slot 121 bend and deform into the deformation groove 122 until the card bead 112 is embedded in the card slot 121. When the card bead 112 is installed in the card slot 121, the card bead 112 and the rubber sheet 1212 are pressed against each other, and the card bead 112 is attracted by the magnetic sheet 1211. When the striking plate 12 is not subjected to force, the deformation groove 122 is in an undeformed state, and the magnetic sheet 1211 and the rubber sheet 1212 in the slot 121 maintain their original shape and position. When the card bead 112 is installed to the entrance of the slot 121, it begins to squeeze the lower part of the slot 121. Since the design of the slot 121 has a certain elasticity, it allows the card bead 112 to gradually enter its interior. As the card bead 112 goes deeper, it squeezes the lower part of the slot 121 and also pushes the area of ​​the striking plate 12 close to the lower part of the slot 121. Due to the existence of the deformation groove 122, this part of the area can move toward the deformation groove. The card bead 112 is bent and deformed in the card slot 121 to adapt to the shape and size of the card bead 112. When the card bead 112 is completely embedded in the card slot 121, it first abuts against the rubber sheet 1212. The softness and elasticity of the rubber sheet 1212 ensure the stable position of the card bead 112 in the card slot 121 and prevent it from loosening due to vibration or external force. In addition to the support of the rubber sheet 1212, the magnetic sheet 1211 further fixes the card bead 112 through its magnetic adsorption force. This adsorption effect not only enhances the stability of the card bead 112 in the card slot 121, but also makes the installation and removal process more convenient and quick. The design of the deformation groove 122 enables the striking plate 12 to bend and deform as needed, thereby adapting to the card beads 112 of different sizes and shapes. This adaptability ensures a close fit between the striking plate 12 and the card beads 112, improves the overall stability and durability, and the adsorption effect of the magnetic sheet 1211 makes the card beads 112 more convenient and quick during installation and disassembly, without the need for additional fixing devices or tools, which not only improves work efficiency, but also reduces operating difficulty and cost.

[0028] In addition, a plurality of supporting members 115 are arranged in an array on the side of the bead 112. The supporting members 115 are arranged in an inclined manner. The surface of the supporting member 115 gradually rises from one end close to the bead 112 to the other end. A limiting column 116 is arranged below the end of the supporting member 115 away from the bead 112. There is a gap between the limiting column 116 and the supporting member 115. When the striking plate 12 is tilted by force, the striking plate 12 squeezes the supporting member 115 and allows the supporting member 115 to abut against the surface of the limiting column 116. When the striking plate 12 is tilted by force to abut against the supporting member 115, the striking plate 12 and the pressing trigger 114 are pressed and triggered when the supporting member 115 is abutted against the surface of the limiting column 116; The inclined design of the support member 115 and the setting of the limiting column 116 ensure that the press trigger 114 will only be triggered when the striking plate 12 is tilted to a certain degree. This design improves the accuracy of the trigger and avoids false triggering. The existence of the support member 115 and the limiting column 116 not only provides a trigger mechanism, but also enhances the stability of the overall structure. They can disperse the impact force when the striking plate 12 is subjected to force and protect other components from damage.

[0029] In addition, the surface of the striking plate 12 is covered with multiple layers of stab-proof coatings 123, and the side of each stab-proof coating 123 has an outwardly protruding pull ear 1231, and the setting directions of every two adjacent pull ears 1231 are opposite. These stab-proof coatings 123 cover the surface of the striking plate 12, and their main function is to prevent the bayonet or other training equipment from causing direct physical damage to the striking plate 12. The multi-layer design provides additional protection. Even if one layer is punctured or worn, the other layers can continue to function. The side of each stab-proof coating is designed with an outwardly protruding pull ear 1231. These pull ears are not only convenient for users to grip, but also ensure that force can be evenly applied during the pulling process. The setting directions of every two adjacent pull ears 1231 are opposite. This design can reduce interference with adjacent layers when pulling a layer of stab-proof coating, thereby making it easier to peel off the wear layer.

[0030] A method for using an intelligent assassination simulation device, when in use, a striking plate 12 is installed on a mounting groove 11 set on the surface of a dummy torso 1, the striking plate 12 is supported by a clamping bead 112, and the striking plate 12 is supported and kept stationary by a supporting member 115 around the clamping bead 112. When the striking plate 12 is tilted by force, a pressing trigger 114 on the tilted side is squeezed and triggered, and a sound unit 14 is controlled by a controller 13 to emit a sound.

[0031] When in use, first, the striking plate 12 needs to be installed at a preset position on the surface of the mounting groove 11. This step ensures that the striking plate 12 can be firmly fixed on the equipment, providing stable support for subsequent assassination training. The striking plate 12 is supported by the card beads 112. The card beads 112 not only provide the supporting force required for the striking plate 12, but also ensure the stability and position accuracy of the striking plate 12 in the mounting groove 11 through its design. At the same time, the supporting members 115 around the card beads 112 play a role in further supporting and keeping the striking plate 12 stationary. These supporting members 115 are arranged at an angle and are distributed in an array on the sides of the card beads 112, ensuring that the striking plate 12 can maintain a horizontal and stable state when not affected by external forces.

[0032] Furthermore, when the user uses a bayonet or other training equipment to perform stabbing training on the striking plate 12, the striking plate 12 will be tilted by the force, and this tilting action will squeeze the push trigger 114 on the tilted side. The push trigger 114 is designed so that it can be triggered when it is subjected to sufficient pressure, thereby sending a signal to the controller 13. This mechanism ensures that the subsequent feedback mechanism will only be triggered when the striking plate 12 is subjected to a sufficiently large force and is significantly tilted. Once the push trigger 114 is triggered, it will send a signal to the controller 13. The controller 13, as the core component of the device, is responsible for receiving and processing the signal from the push trigger 114, and making a corresponding response according to a preset program or algorithm. In this example, the response of the controller 13 is to control the sound unit 14 to make a sound. This sound feedback can provide officers and soldiers with an instant evaluation of the stabbing effect, helping them to better adjust their stabbing strategies and strength.

[0033] The above description is only a preferred embodiment of the present invention, and therefore cannot be used to limit the scope of the present invention. That is, equivalent changes and modifications made according to the patent scope of the present invention and the contents of the specification should still fall within the scope of the present invention.

Claims

1. An intelligent assassination simulation device, characterized in that: The dummy body (1) comprises a dummy torso (1) and a base (2), wherein the base (2) comprises a load-bearing plate (21), a supporting roller (22), and an adjusting column (23); the load-bearing plate (21) supports the dummy torso (1) via a spring (211) and a telescopic supporting rod (212) arranged on its surface; the spring (211) is connected to the lower end of the dummy torso (1); the telescopic supporting rod (212) is supported on the back of the dummy torso (1); a placement groove (213) for placing a water bucket is arranged on the surface of the load-bearing plate (21), and a water tank (214) for pouring liquid is arranged in the load-bearing plate (21), and a supporting column (215) for supporting the water bucket is arranged in the water tank (214) at a position corresponding to the placement groove (213); the supporting column (215) is aligned with the middle of the placement groove (213); The adjusting column (23) comprises a sleeve (231), a threaded rod (232) and a support plate body (233); the support plate body (233) is inserted into the lower side of the sleeve (231) through the threaded rod (232); the threaded rod (232) and the inner end of the sleeve (231) are threadedly connected; The dummy torso (1) is provided with a mounting slot (11), a controller (13) and a sound unit (14). The mounting slots (11) are respectively arranged near the shoulder, waist and crotch of the dummy torso (1). A pressing trigger (114) is arranged on the surface of each mounting slot (11), and a striking plate (12) is covered on the surface of each mounting slot (11). The pressing trigger (114) and the sound unit (14) are both signal-connected with the controller (13). When the striking plate (12) is subjected to force, it abuts against the pressing trigger (114) and triggers the pressing trigger (114) to send a signal to the controller (13), so that the controller (13) controls the sound unit (14) to emit a sound. The middle of the mounting groove (11) has an inwardly recessed movable groove (111), a locking bead (112) is provided in the movable groove (111), a locking groove (121) is provided in the middle of the lower end of the striking plate (12) corresponding to the locking bead (112), the locking bead (112) is locked in the locking groove (121), a pressing trigger (114) is arrayed around the locking bead (112), a gap exists between the pressing trigger (114) and the locking bead (112), and when the striking plate (12) is tilted by force, the pressing trigger (114) is squeezed and triggered, and a signal is received through the controller (13) and the sound generating unit (14) is controlled to generate a sound; A supporting airbag (113) is provided between the clamping bead (112) and the movable groove (111); the supporting airbag (113) is hollow and supported on the lower end of the clamping bead (112); When the striking plate (12) is at rest, it does not abut against the pressing trigger (114); When the striking plate (12) is tilted by force, the locking bead (112) squeezes the supporting airbag (113), and the striking plate (12) squeezes a pressing trigger (114) arranged close to the tilted side, thereby squeezing and triggering the pressing trigger (114).

2. The intelligent assassination simulation device according to claim 1, characterized in that: A magnetic sheet (1211) and a rubber sheet (1212) are provided in the card slot (121), the rubber sheet (1212) covers the outside of the magnetic sheet (1211), and the rubber sheet (1212) protrudes from the surface of the card slot (121). A deformation groove (122) is provided in the striking plate (12) near the lower part of the card slot (121). When the card bead (112) is installed, the card bead (112) is embedded in the card slot (121), and the lower part of the card slot (121) is squeezed so that the surface of the striking plate (12) near the lower part of the card slot (121) is bent and deformed toward the deformation groove (122) until the card bead (112) is embedded in the card slot (121); When the card bead (112) is installed in the card slot (121), the card bead (112) abuts against the rubber sheet (1212), and the card bead (112) is attracted by the magnetic sheet (1211).

3. An intelligent assassination simulation device according to claim 1 or 2, characterized in that: A plurality of supporting members (115) are arranged in an array on the side of the bead (112), the supporting members (115) are arranged in an inclined manner, the surface of the supporting member (115) gradually rises from one end close to the bead (112) to the other end, a limiting column (116) is arranged below one end of the supporting member (115) away from the bead (112), a gap exists between the limiting column (116) and the supporting member (115), and when the striking plate (12) is tilted by force, the striking plate (12) presses the supporting member (115) and allows the supporting member (115) to abut against the surface of the limiting column (116); When the striking plate (12) is tilted by force to abut against the supporting member (115), the striking plate (12) and the pressing trigger (114) are pressed, and when the supporting member (115) is abutted against the surface of the limiting column (116), the pressing trigger (114) is pressed and triggered.

4. The intelligent assassination simulation device according to claim 3, characterized in that: The surface of the striking plate (12) is covered with a plurality of stab-proof coatings (123), and the side surface of each stab-proof coating (123) has a pull ear (1231) protruding outwards, and the arrangement directions of every two adjacent pull ears (1231) are opposite.

5. A method for using an intelligent assassination simulation device, applied to the intelligent assassination simulation device according to claim 4, characterized in that: When in use, the striking plate (12) is mounted on a mounting groove (11) provided on the surface of a dummy torso (1), the striking plate (12) is supported by a clamping bead (112), and the striking plate (12) is supported and kept stationary by a supporting member (115) around the clamping bead (112); when the striking plate (12) is tilted by force, the pressing trigger (114) on the tilted side is pressed and triggered, and the sound generating unit (14) is controlled by the controller (13) to generate a sound.

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