TWM581687U - Laser gun and target device - Google Patents

Abstract

A laser gun and a target device comprising a shooting module and a receiving target module; the shooting module simulates a ballistic effect of a real shooting through a laser light generating unit; the receiving target module uses a matting unit to filter After receiving the laser beam generated by the laser light generating unit after the noise source, the sensing element and the circuit board are analyzed, and then converted into shooting rate information, so that the efficiency can be improved when the user performs shooting training. The structure of the person.

Description

Laser gun and target device

The present invention relates to a simulation device for shooting training, in particular to a laser gun that uses a laser beam and a vibration trigger device to simulate a shooting, and a target device that receives laser light, allowing the user to train a structure that can improve efficiency.

Press, for military and police personnel, it is necessary to regularly receive shooting training to maintain the feel of shooting; in recent years, with the advancement of science and technology, domestic R&D units have successively developed high-tech multi-purpose shooting training systems that combine laser light and computers. Advented; also because of the efforts of the R&D unit, the general public can also be exposed to shooting-related sports.

However, the aforementioned multi-purpose shooting training system still has some parts to improve:

1. Most of the shooting devices use the trigger to trigger the laser light generating device to simulate the action such as shooting; however, the shooting training not only shoots, but also includes related actions such as adjusting the triggering stroke, but the current equipment does not provide related components, resulting in There are still local flaws in training.

2. As mentioned above, due to the lack of simulation of the training equipment, it is impossible to truly realize the feeling generated when the live shot is fired.

3. The receiving target of the aforementioned multi-purpose shooting training system may have a misjudgment problem under strong light illumination, and must solve the problem of interference.

Therefore, how to solve the above-mentioned problems and shortcomings is the subject of research and development that the relevant industry is eager to develop.

The purpose of this creation is to improve the above shortcomings, to make the shooting training more realistic, and let the user feel like a real shooting experience during training.

The structure that can achieve the above purpose includes: a shooting module and a receiving target module;

The shooting module comprises a shooting body, the shooting body comprises a barrel from top to bottom, a grip is arranged under the barrel, and the grip has a trigger for triggering a simulated shooting; the aforementioned barrel can be Providing an analog device that triggers the analog device to generate a laser beam; the receiving target module is configured to receive a laser beam;

The simulation device includes a trigger housing, a laser light generating unit, a trigger unit and a stroke adjusting unit; the trigger housing is installed in the barrel, and the laser light generating unit and the trigger unit are along the trigger The axial direction of the housing is mounted inside the trigger housing and the aforementioned laser light generating unit and the trigger unit are fixed to the inside thereof by a cap, and the trigger unit is partially exposed to the cap; the aforementioned laser light generating unit A laser beam is generated by the triggering unit and the laser beam is irradiated to the receiving target module; the triggering unit defines a driving side and a tapping side, and the driving side is configured to trigger the laser light generating unit Producing laser light, the tapping side is exposed to be driven by the trigger indirect tapping, and the tapping side has an externally threaded section and is exposed to the cap and then screwed to the externally threaded section by the stroke adjusting unit, thereby further Adjusting a trigger distance between the stroke adjusting unit and the driving shell, so that the laser light generating unit can generate an action effect such as shooting according to the set distance;

The receiving target module includes a plate member having a first surface and a second surface, the plate member having a plurality of through holes and a plurality of illuminators, the plurality of through holes penetrating the first surface and the first a plurality of illuminants coupled to the first surface; a circuit board located on the first surface, the circuit board having a plurality of sensing elements, the plurality of sensing elements respectively aligning the plurality of through holes; a matting unit connecting the second surface and extending away from the plate member, the matting unit isolating the plurality of through holes; and a hollow casing tube is sleeved and coupled to the matting unit.

Accordingly, through the design ingenuity of the creation, the shooting module can generate a feeling like the actual design when shooting; in addition, the receiving target module uses the extinction unit to filter the interference light source to allow the user to confirm the reception. The relevant position of the target, and can accurately receive the laser beam, so as to improve the user's feel during shooting, and filter out the noise interference, and thus achieve the purpose of training.

In the embodiment of the present invention, the driving side of the trigger unit can be sleeved with an elastic unit, and when the knocking side is driven by the trigger, the trigger unit is reset to the original position through the elastic unit.

In an embodiment of the present invention, the laser light generating unit includes a light source and a trigger switch, and the trigger switch is activated by the trigger unit to activate the light source.

In the embodiment of the present invention, the trigger is further connected to a vibration module. When the user presses the trigger, in addition to indirectly driving the trigger unit, the vibration module is driven by the touch unit to generate a vibration effect on the shooting body. .

In an embodiment of the present invention, the circuit board can be connected to a processing unit, and the processing unit can count the number of times the sensing component receives the laser beam, further convertible components, and the like, and the user can pass the score. Learn the accuracy of the shooting.

In the embodiment of the present invention, the trigger unit can be driven by a physical mode, and the physical light can be used to drive the laser light generating unit to generate a laser beam by using a metal object such as a thimble; or the trigger unit can be electromagnetically driven or The laser light generating unit drives the laser light generating unit to generate a laser beam; if the trigger is continuously pressed, the trigger unit continuously drives the trigger switch to cause the laser light generating unit to continuously emit the laser beam, and the corresponding receiving target module is The laser beam can be continuously received and recorded, so that the purpose of training continuous shooting can be achieved.

Please refer to Figures 1 to 5, the artificial laser gun and the target device mainly comprise: a shooting module (1) and a receiving target module (2); the shooting module (1) is implemented by Pistol as an illustration, but not limited to the shooting module (1) can only use the pistol, can also be used in rifles, rocket launchers, crossbow and other shooting devices; the receiving target module (2) is a receiving the shooting module (1) The device of the photoelectric signal, in a preferred embodiment, the receiving target module (2) can provide the basis for the accuracy of the shooting when the user hits the target according to the shooting position settlement score of the user.

Referring to Figures 1 and 2, the shooting module (1) includes a shooting body (11), and the shooting body (11) includes a barrel (12) from top to bottom, and the barrel (12) is disposed below There is a grip (13) having a trigger (14) for triggering a simulated shot; the aforementioned barrel (12) can be provided with an analog device (3), the trigger (14) can be triggered The simulation device generates a laser beam (L). Basically, the shooting body (11) can adopt a eliminated gun, or a toy gun, a non-killing shooting device, and the action principle of the shooting device is operated by a general shooting device. There is not much difference.

Referring to Figures 2 to 4, the shooting module (1) is characterized in that the simulation device (3) comprises a trigger housing (31), a laser light generating unit (32), a trigger unit (33) and A stroke adjustment unit (34) is constructed. In the second to fourth figures, the trigger unit (33) is selected from a physical drive ejector, but is not limited thereto; the aforementioned trigger housing (31) is mounted on In the barrel (12), the laser light generating unit (32) and the trigger unit (33) are mounted inside the trigger housing (31) along the axial direction of the trigger housing (31) and The cap (311) fixes the aforementioned laser light generating unit (32) and the trigger unit (33) to the inside thereof, and further, the trigger unit (33) is partially exposed outside the cap (311) as an adjustment trigger distance (D). Used; the aforementioned laser light generating unit (32) is subjected to the impact of the trigger unit (33) to generate a laser beam (L) and the laser beam (L) can be irradiated to the receiving target module (2), the laser light The generating unit (32) utilizes a light source (321) and a trigger switch (322), and the trigger switch (322) is activated by the trigger unit (33) to activate the light source (321) to generate a lightning a beam (L); the trigger unit (33) defines a driving side (331) and a tapping side (332), and the driving side (331) is configured to trigger the laser light generating unit (32) to generate a lightning a beam (L), the tapping side (322) being exposed to the indirect tapping of the trigger (14) (as in FIG. 4). In a preferred embodiment, the driving side (331) is sleeved An elastic unit (35) elastically pushing the trigger unit (33) to be reset, the tapping side (332) having an externally threaded section (333) and exposed to the cap (311) and then the stroke adjusting unit ( 34) screwing the external thread segment (333), thereby adjusting a trigger distance (D) between the stroke adjusting unit (34) and the driving housing (31), so that the laser light generating unit (32) can be The action effect of shooting is generated at a set distance; further the trigger (14) is further connected to a vibration module (36), and when the user presses the trigger (14), in addition to indirectly driving the trigger unit (33), using one The touch unit (not shown) drives the vibration module (36) to generate a vibration effect on the shooting body (11).

Referring to FIG. 5, the receiving target module (2) comprises a plate member (21) having a first surface (21a) and a second surface (21b), the plate member (21) having a plurality of a through hole (22) and a plurality of illuminants (23), the plurality of through holes (24) extending through the first surface (21a) and the second surface (21b), as shown in FIG. 4, in the present creation In the embodiment, the plate member (21) is provided with four through holes (22), the plurality of illuminants (23) are coupled to the first surface (21a); and a circuit board (24) is located at the first surface (21a) The circuit board (24) has a plurality of sensing elements (241), the plurality of sensing elements (241) respectively align the plurality of through holes (22); a matting unit (25) connecting the second surface (21b) extending away from the plate member (21), the matting unit (25) isolating the plurality of through holes (22); and a hollow casing (26) is sleeved and coupled to the matting unit (25) ).

Through the above components, the use of the creation is as follows, please refer to Figures 1 to 5, after the user activates the receiving target module (2), the shooting module (1) can be used for shooting training, the user holds The grip of the shooting body (11) pulls the trigger (14) through the finger, and the trigger (14) indirectly taps the knocking side (332) of the trigger unit (33) by using the principle of multi-link, so that the trigger The driving side (331) of the unit (33) touches the trigger switch (322) of the laser light generating unit (32), so that the light source (321) generates a short laser beam (L) when the elastic unit (35) is returned. The laser beam (L) can be turned off after the trigger unit (33) is reset to the original position, wherein the shooting module (1) is further permeable to the vibration module (36) provided by the additional The touch unit drives the vibration module (36) to cause the shooting body (11) to produce a realistic vibration feel.

Referring to Figures 1 and 5, the user performs shooting training on the receiving target module (2) through the shooting module (1) before shooting, and the sensing component (241) provided by the receiving target module (2) The light source of the plurality of illuminants (23) of the panel (21) is sensed, and in this state, the sensing component (241) senses that the light source of the illuminant (23) generates a prompt sound, and vice versa. In the case of a fault, the self-checking action can be performed before the shooting to confirm whether the function of the receiving target module (2) is normal; and by the setting of the matting unit (25), the refraction of other light sources can be effectively reduced.

Referring to Figures 1 to 5, the user can place a patterned target paper (27) in front of the plate (21) according to the requirements of the exercise, and the center of the target paper (27) has an aiming window (271). And the receiving target module (2) corresponds to the position of the aiming window (271); the laser beam (L) generated by the shooting module (1) is formed by the hollow shell (26) when shooting. After the channel, the corresponding sensing element (241) senses the laser beam (L). At this time, the receiving target module (2) receives the electricity generated by the sensing element (241) by using the circuit board (24). After the signal, the sound can be emitted or a light and shadow prompt can be generated, so that the user knows that the shot is aimed, even if it is in the sun or other practitioners are shooting alongside, by the setting of the matting unit (25) It can effectively reduce the refraction of other light sources and directly enter the plurality of sensing elements (241), thereby preventing the shooting from being interfered by other light sources, and having the efficiency of improving shooting practice.

In addition, the circuit board (24) can be connected to a processing unit (28), which can count the number of times the sensing element (241) receives the laser beam (L), further convertible components, etc. Information, the user can know the accuracy of the shooting through the score.

In addition to the embodiments of Figures 1 to 5, the triggering unit (33) of the present invention can be selected to physically drive the laser light generating unit (32) to generate a laser beam (L) outside the triggering switch (322). The trigger unit (33) is further operable to drive the laser light generating unit (32) to generate a laser beam (L) by electromagnetic driving (for example, wireless signal transmission) or by gas driving; if the trigger (14) is continuously pressed The trigger unit (33) continuously drives the trigger switch (322) such that the laser light generating unit (32) continuously emits the laser beam (L), and the corresponding receiving target module (2) can continuously receive The laser beam (L) is recorded and recorded for the purpose of training continuous shooting.

In summary, the structure of this creation has not been seen in various books or publicly used, and it is in line with the requirements of new patent applications, so please ask the Bureau of the Ming Dynasty to grant patents as soon as possible.

For those who need to be identified, the above is the technical principle that is applied immediately by the specific implementation of this creation. If the changes made according to the concept of this creation have not yet exceeded the spirit of the manual and the schema, All should be included in the scope of this creation, combined with Chen Ming.

(1)‧‧‧ Shooting module  (11)‧‧‧ Shooting ontology  (12) ‧‧‧ barrel  (13)‧‧‧ grip  (14)‧‧‧ Trigger  (2) ‧‧‧ receiving target module  (21)‧‧‧ boards  (21a) ‧‧‧ first surface  (21b)‧‧‧second surface  (22)‧‧‧through holes  (23)‧‧‧Lights  (24)‧‧‧Circuit board  (241)‧‧‧Sensor components  (25)‧‧‧ matting unit  (26)‧‧‧ hollow shell  (27) ‧‧‧ target paper  (271‧‧‧Aiming window  (28)‧‧‧Processing unit  (3)‧‧‧ Simulator  (31)‧‧‧ trigger housing  (311)‧‧‧ Caps  (32)‧‧‧Laser light generating unit  (321) ‧‧‧Light source  (322)‧‧‧Trigger switch  (33) ‧‧‧Trigger unit  (331)‧‧‧ Driving side  (332) ‧‧‧ knocking side  (34) ‧‧‧Travel adjustment unit  (35) ‧‧‧elastic units  (36)‧‧‧Vibration Module  (L)‧‧‧Laser beam  

Figure 1 is a system diagram of the creation;  Figure 2 is a structural diagram of the shooting module;  Figure 3 is a structural diagram of the simulation device;  Figure 4 is a diagram showing the state of use of the simulation device;  Figure 5 is a structural diagram of the receiving target module.  

Claims (10)

A laser gun and a target device mainly include: a shooting module and a receiving target module;  The shooting module comprises a shooting body, the shooting body comprises a barrel from top to bottom, a grip is arranged under the barrel, and the grip has a trigger for triggering a simulated shooting; the aforementioned barrel can be Providing an analog device that triggers the analog device to generate a laser beam; the receiving target module is configured to receive a laser beam;  The foregoing simulation device includes a trigger housing, a laser light generating unit, a trigger unit and a stroke adjusting unit; the trigger housing is installed in the barrel, and the laser light generating unit and the trigger unit are along the The axial direction of the trigger housing is mounted inside the trigger housing and the aforementioned laser light generating unit and the trigger unit are fixed inside by a cap, and the trigger unit is partially exposed to the cap; the aforementioned laser light is generated. The unit is subjected to the impact of the trigger unit to generate a laser beam and the laser beam can be irradiated to the receiving target module; the trigger unit can define a driving side and a tapping side, and the driving side is used to trigger the laser light generation The unit generates laser light, the tapping side is exposed to be driven by the trigger indirect tapping, and the tapping side has an externally threaded section and is exposed to the cap and then screwed to the externally threaded section by the stroke adjusting unit, Further adjusting a trigger distance between the stroke adjustment unit and the driving housing, so that the laser light generating unit can generate an action effect such as shooting according to the set distance.  The receiving target module includes a plate member having a first surface and a second surface, the plate member having a plurality of through holes and a plurality of illuminators, the plurality of through holes penetrating the first surface and the first a plurality of illuminants coupled to the first surface; a circuit board located on the first surface, the circuit board having a plurality of sensing elements, the plurality of sensing elements respectively aligning the plurality of through holes; a matting unit connecting the second surface and extending away from the plate member, the matting unit isolating the plurality of through holes; and a hollow casing tube is sleeved and coupled to the matting unit.   The laser gun and the target device of claim 1, wherein the driving side of the trigger unit is sleeved with an elastic unit, and the tapping side is driven by the tapping unit, and the elastic unit is used to The trigger unit is reset to its original position. The laser gun and the target device of claim 1, wherein the laser light generating unit comprises a light source and a trigger switch, and the trigger switch is activated by the trigger unit to activate the light source. The laser gun and the target device according to claim 1, wherein the trigger is further connected to a vibration module, and when the user presses the trigger, in addition to indirectly driving the trigger unit, the touch unit is used to drive the trigger unit. The vibration module generates a vibration effect on the shooting body. The laser gun and target device of claim 1, wherein the circuit board is connectable to a processing unit, the processing unit is capable of counting the number of times the sensing element receives the laser beam, and further converting the component The number of information, the user can know the accuracy of the shooting through the score. The laser gun and the target device according to claim 1, wherein a target paper is disposed in front of the plate of the receiving target device, and a centering window is provided, and the receiving target module corresponds to the aiming window. s position. The laser gun and the target device of claim 1, wherein the circuit board can emit a sound or generate a light and shadow prompt after receiving the electrical signals generated by the sensing elements. The laser gun and the target device according to claim 1, wherein the trigger unit continuously drives the trigger unit to drive the laser light generating unit to continuously emit a laser beam, and the corresponding receiving target module It is then able to continuously receive the laser beam and record it. The laser gun and the target device according to claim 1, wherein the trigger unit mechanically drives the laser light generating unit to generate a laser beam by a ejector pin. The laser gun and the target device according to claim 1, wherein the trigger unit electromagnetically drives or gas-driven the laser light generating unit to generate a laser beam.