TWM581687U - Laser gun and target device - Google Patents
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Abstract
一種雷射槍及靶裝置,包含有一射擊模組與一接收靶模組所構成;該射擊模組透過一雷射光產生單元模擬出真實射擊的彈道效果;該接收靶模組利用一消光單元濾除雜訊光源後接收由雷射光產生單元所產生的雷射光束後,藉由感測元件與電路板進行解析後,將其轉換成射擊率資訊,讓從使用者進行射擊訓練時能提高效率之結構者。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
本創作涉及射擊訓練的模擬裝置,特別是指利用雷射光及震動觸發裝置模擬射擊時的雷射槍,並配合一接收雷射光的靶裝置,讓使用者訓練能夠提升效率的結構者。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.
按,對於軍警人員而言必須定期接受射擊訓練以維持射擊時的手感;近幾年來在科技的進步下國內的研發單位陸續開發結合雷射光、電腦等高科技的多用途射擊訓練系統也相繼問世;也因研發單位的努力下,讓一般民眾也能接觸射擊相關的運動。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.
然而,前述的多用途射擊訓練系統仍然有要改善的部分:However, the aforementioned multi-purpose shooting training system still has some parts to improve:
1.大多數的射擊裝置都是透過板機觸發雷射光產生裝置模擬如射擊的動作;但是射擊訓練不僅射擊,更包含調整觸發行程等相關動作,但是目前的設備並無提供相關零組件,導致訓練上仍有局部瑕疵。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.如前述,因訓練設備不夠擬真導致無法真實實現如實彈射擊時產生的感受。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.前述多用途射擊訓練系統的接收靶在強光照射下會有誤判的問題,必須設法解決干擾的問題。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.
是以,要如何解決上述習知之問題與缺失,即為相關業者所亟欲研發之課題。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.
本創作之目的即在於改善上述之缺點,讓射擊訓練時更加擬真,讓使用者在訓練時猶如真實射擊的體驗。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.
可達到上述目的之結構者,包含有:一射擊模組及一接收靶模組;The structure that can achieve the above purpose includes: a shooting module and a receiving target module;
前述的射擊模組包含有一射擊本體,該射擊本體由上而下包含有一槍管,該槍管下方設有一握把,該握把上具有一用於觸發模擬射擊的扳機;前述的槍管可設置一模擬裝置,該扳機可觸發該模擬裝置產生雷射光束;該接收靶模組用於接收雷射光束;其特徵在於: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;
該模擬裝置包含有一觸發殼體、一雷射光產生單元、一觸發單元及一行程調整單元;前述的觸發殼體係安裝在該槍管內,該雷射光產生單元、該觸發單元係沿著該觸發殼體的軸心方向安裝於該觸發殼體內部並以一帽蓋將前述之雷射光產生單元、該觸發單元固定其內部,並且該觸發單元局部外露於該帽蓋;前述的雷射光產生單元受到該觸發單元撞擊下產生雷射光束並且雷射光束可照射於該接收靶模組;前述觸發單元可定義出一驅動側及一敲擊側,該驅動側係用於觸發該雷射光產生單元產生雷射光,該敲擊側外露於該受到該扳機間接敲擊帶動,又該敲擊側具有外螺紋段且其外露於該帽蓋再以該行程調整單元螺接該外螺紋段上,進而調整該行程調整單元與該驅動殼體之間的觸發距離,使得該雷射光產生單元能依據設定距離下產生如射擊的動作效果;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;
前述的接收靶模組包含一板件,其具有一第一表面及一第二表面,該板件具有數個通孔及數個發光體,該數個通孔貫穿該第一表面與該第二表面,該數個發光體結合於該第一表面;一電路板,位於該第一表面,該電路板具有數個感測元件,該數個感測元件分別對位該數個通孔;一消光單元,連接該第二表面並朝遠離該板件之方向延伸,該消光單元隔離該數個通孔;及一中空殼筒,套設結合於該消光單元。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.
據此,透過本創作的設計巧思,射擊模組在射擊時能產生如實際設計般的感受;又,該接收靶模組利用消光單元將干擾的光源與以濾除,讓使用者確認接收靶的相關位置,並且能精確地接收雷射光束,如此一來能提高使用者在射擊時的手感,並且濾除外界雜訊干擾,進而達到訓練之目的。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.
在本創作的實施方式,其中,該觸發單元的驅動側可軸套一彈性單元,當敲擊側被扳機敲擊而帶動後,透過該彈性單元將觸發單元復位到原來位置。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.
在本創作的實施方式,其中,該雷射光產生單元包含有一發光源與一觸發開關,該觸發開關受到該觸發單元的衝擊下啟動該發光源。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.
在本創作的實施方式,其中,該扳機進一步連接一震動模組,當使用者按壓該扳機後除了間接帶動該觸發單元外,利用一觸碰單元驅動該震動模組對該射擊本體產生震動效果。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. .
在本創作的實施方式,其中,該電路板能連接一處理單元,該處理單元能統計該感測元件接收到雷射光束的次數,進一步的可轉換成分數等資訊,使用者即可透過分數得知射擊的準確率。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.
在本創作的實施方式中,其中,該觸發單元能選用如物理方式驅動,以物理方式驅動可利用頂針等金屬物品帶動該雷射光產生單元產生雷射光束;或者觸發單元能以電磁方式驅動或者以氣體方式驅動該雷射光產生單元產生雷射光束;若扳機持續按壓的狀態下能讓觸發單元連續驅動觸發開關使該雷射光產生單元連續發射出雷射光束,對應的接收靶模組則是能連續接收雷射光束並將其加以記錄,如此一來可達到訓練連續射擊的目的。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.
請參閱第1至5圖,本創作雷射槍及靶裝置主要包含有:一射擊模組(1)及一接收靶模組(2)所構成;該射擊模組(1)的實施方式以***作為說明,但不侷限射擊模組(1)只能使用***,亦可運用在步槍、火箭筒、十字弓等射擊裝置;該接收靶模組(2)為一接收該射擊模組(1)光電訊號的裝置,較佳的實施方式該接收靶模組(2)能依據使用者的射擊位置結算分數提供使用者打靶時射擊準確率之依據。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.
請參閱第1、2圖,前述的射擊模組(1)包含有一射擊本體(11),該射擊本體(11)由上而下包含有一槍管(12),該槍管(12)下方設有一握把(13),該握把(13)上具有一用於觸發模擬射擊的扳機(14);前述的槍管(12)可設置一模擬裝置(3),該扳機(14)可觸發該模擬裝置產生雷射光束(L),基本上該射擊本體(11)可採用淘汰的槍枝,或者玩具槍、不具殺傷力的射擊裝置,而射擊裝置的動作原理用一般的射擊裝置動作並無太大的差異。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.
請參閱第2至4圖,該射擊模組(1)的特徵在於:該模擬裝置(3)包含有一觸發殼體(31)、一雷射光產生單元(32)、一觸發單元(33)及一行程調整單元(34)所構成,在第2至4圖中,該觸發單元(33)係選用物理驅動的頂針作為說明,但不侷限於此;前述的觸發殼體(31)係安裝在該槍管(12)內,該雷射光產生單元(32)、該觸發單元(33)係沿著該觸發殼體(31)的軸心方向安裝於該觸發殼體(31)內部並以一帽蓋(311)將前述之雷射光產生單元(32)、該觸發單元(33)固定其內部,此外,該觸發單元(33)局部外露於該帽蓋(311)外側作為調整觸發距離(D)使用;前述的雷射光產生單元(32)受到該觸發單元(33)撞擊下產生雷射光束(L)並且雷射光束(L)可照射於該接收靶模組(2),該雷射光產生單元(32)利用一發光源(321)與一觸發開關(322),該觸發開關(322)受到該觸發單元(33)的敲擊下啟動該發光源(321)進而產生雷射光束(L);前述觸發單元(33)可定義出一驅動側(331)及一敲擊側(332),該驅動側(331)係用於觸發該雷射光產生單元(32)產生雷射光束(L),該敲擊側(322)外露於該受到該扳機(14)間接敲擊帶動(如第4圖),在較佳的實施方式中,該驅動側(331)軸套一彈性單元(35),其可彈性推動該觸發單元(33)復位,又該敲擊側(332)具有外螺紋段(333)且其外露於該帽蓋(311)再以該行程調整單元(34)螺接該外螺紋段(333)上,進而調整該行程調整單元(34)與該驅動殼體(31)之間的觸發距離(D),使得該雷射光產生單元(32)能依據設定距離下產生如射擊的動作效果;進一步的該扳機(14)進一步連接一震動模組(36),當使用者按壓該扳機(14)後除了間接帶動該觸發單元(33)外,利用一觸碰單元(圖未繪出)驅動該震動模組(36)對該射擊本體(11)產生震動效果。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).
請參閱第5圖,前述的接收靶模組(2)包含一板件(21),其具有一第一表面(21a)及一第二表面(21b),該板件(21)具有數個通孔(22)及數個發光體(23),該數個通孔(24)貫穿該第一表面(21a)與該第二表面(21b),如第4圖所示,在本創作的實施方式中板件(21)設置四個通孔(22),該數個發光體(23)結合於該第一表面(21a);一電路板(24),位於該第一表面(21a),該電路板(24)具有數個感測元件(241),該數個感測元件(241)分別對位該數個通孔(22);一消光單元(25),連接該第二表面(21b)並朝遠離該板件(21)之方向延伸,該消光單元(25)隔離該數個通孔(22);及一中空殼筒(26)套設結合於該消光單元(25)。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) ).
透過上述的元件,本創作的使用方式如下,請參閱第1至5圖,使用者啟動該接收靶模組(2)後,即可利用該射擊模組(1)進行射擊訓練,使用者手持該射擊本體(11)之握把,透過手指扳動該扳機(14),利用多連桿的原理使得扳機(14)間接敲擊該觸發單元(33)的敲擊側(332),讓觸發單元(33)的驅動側(331)觸碰該雷射光產生單元(32)的觸發開關(322),讓發光源(321)產生短暫的雷射光束(L),當彈性單元(35)回彈將該觸發單元(33)復位到原來位置後即可關閉該雷射光束(L),其中,該射擊模組(1)更可透過額外設置的震動模組(36),利用前述的觸碰單元驅動該震動模組(36)即可使射擊本體(11)產生擬真的震動手感。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.
請參閱第1、5圖,使用者在射擊前透過射擊模組(1)對前述的接收靶模組(2)進行射擊訓練,該接收靶模組(2)所設置的感測元件(241)可感測該板件(21)之數個發光體(23)的光源,在此狀態下感測元件(241)感測到發光體(23)的光源產生提示聲為正常狀態,反之則為故障,因此,射擊前可以先行做自檢的動作,確認該接收靶模組(2)的功能是否為正常;再藉由該消光單元(25)的設置,可以有效降低其他光源的折射。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.
請參閱第1至5圖,使用者可以依照練習的需求將一具有圖案的靶紙(27)放置在該板件(21)前方,並且靶紙(27)的中央具有一瞄準窗(271),而該接收靶模組(2)恰對應該該瞄準窗(271)的位置;射擊時射擊模組(1)所產生的雷射光束(L)經過中空殼筒(26)所構成的通道後使相對應的感測元件(241)感測到雷射光束(L),此時,該接收靶模組(2)利用電路板(24)接收到感測元件(241)產生的電信號後,即可發出聲音或者產生光影提示,使得使用者得知該次射擊係為有瞄準,即使在陽光下或是有其他練習者在旁邊一同射擊,藉由該消光單元(25)的設置,可以有效降低其他光源的折射而直接射入該數個感測元件(241),藉此,可以避免射擊受到其他光源的干擾,係具有提升射擊練習的效率。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.
此外,該電路板(24)能連接一處理單元(28),該處理單元(28)能統計該感測元件(241)接收到雷射光束(L)的次數,進一步的可轉換成分數等資訊,使用者即可透過分數得知射擊的準確率。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.
除了第1至5圖的實施方式,本創作的觸發單元(33)能選用如物理方式驅動以頂針敲擊觸發開關(322)使該雷射光產生單元(32)產生雷射光束(L)外;該觸發單元(33)更可選用電磁方式驅動(例如無線訊號傳輸)或者以氣體方式驅動等方式驅動該雷射光產生單元(32)產生雷射光束(L);若扳機(14)持續按壓的狀態下能讓觸發單元(33)連續驅動觸發開關(322)使得該雷射光產生單元(32)連續發射出雷射光束(L),對應的接收靶模組(2)則是能連續接收雷射光束(L)並將其加以記錄,達到訓練連續射擊的目的。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.
綜上所述,本創作結構均未曾見於諸書刊或公開使用,誠符合新型專利申請要件,懇請 鈞局明鑑,早日准予專利,至為感禱。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.
需陳明者,以上所述乃是本創作之具體實施立即所運用之技術原理,若依本創作之構想所作之改變,其所產生之功能仍未超出說明書及圖式所涵蓋之精神時,均應在本創作之範圍內,合予陳明。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)‧‧‧射擊模組 (11)‧‧‧射擊本體 (12)‧‧‧槍管 (13)‧‧‧握把 (14)‧‧‧扳機 (2)‧‧‧接收靶模組 (21)‧‧‧板件 (21a)‧‧‧第一表面 (21b)‧‧‧第二表面 (22)‧‧‧通孔 (23)‧‧‧發光體 (24)‧‧‧電路板 (241)‧‧‧感測元件 (25)‧‧‧消光單元 (26)‧‧‧中空殼筒 (27)‧‧‧靶紙 (271‧‧‧瞄準窗 (28)‧‧‧處理單元 (3)‧‧‧模擬裝置 (31)‧‧‧觸發殼體 (311)‧‧‧帽蓋 (32)‧‧‧雷射光產生單元 (321)‧‧‧發光源 (322)‧‧‧觸發開關 (33)‧‧‧觸發單元 (331)‧‧‧驅動側 (332)‧‧‧敲擊側 (34)‧‧‧行程調整單元 (35)‧‧‧彈性單元 (36)‧‧‧震動模組 (L)‧‧‧雷射光束 (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
第1圖係本創作之系統圖; 第2圖係射擊模組的結構圖; 第3圖係模擬裝置的結構圖; 第4圖係模擬裝置的使用狀態圖; 第5圖係接收靶模組的結構圖。 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)
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TW108201180U TWM581687U (en) | 2019-01-24 | 2019-01-24 | Laser gun and target device |
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Cited By (1)
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CN116182631A (en) * | 2020-12-08 | 2023-05-30 | 鸿翔兄弟股份有限公司 | Gun flame simulator |
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Publication number | Priority date | Publication date | Assignee | Title |
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CN116182631A (en) * | 2020-12-08 | 2023-05-30 | 鸿翔兄弟股份有限公司 | Gun flame simulator |
CN116182631B (en) * | 2020-12-08 | 2023-11-03 | 鸿翔兄弟股份有限公司 | Gun flame simulator |
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