M333550 八、新型說明： 【新型所屬之技術領域】 本創作係應用於控制BB球擊發之電子控制裝置，係以 感應器設於槍管内之落彈處，並藉感應到BB球即發出信號 供控制單元釋出高壓氣體而擊發BB球者。 【先前技術】 現有BB球槍雖有以彈簧來擊發BB球，但利用高壓氣體 _來擊發的效果會比較好。而不論係機械式或氣壓式之Ββ球 擊發方式，並沒有看到控制ΒΒ球擊發之電子控制裝置。 且，現有ΒΒ球的擊發控制方式，都是只控制扣扳機即 擊發’並沒有去彳貞測槍管内是否有ΒΒ球，常常造成空擊， 不僅產生更多的噪音，也浪費高壓氣體，控制擊發的效率 極差。 【新型内容】 • 本創作係提供一種應用於控制ΒΒ球擊發之電子控制裝 置，以解決氣壓式ΒΒ球槍常造成空擊、浪費高壓氣體的問 題。 本創作提供之應用於控制ΒΒ球擊發之電子控制裝置， 係包括搶管、扳機、開關、控制單元、電磁閥及感應器， 其中搶管中空且連通一落彈孔，落彈孔處設有感應器，感 應器電性連結控制單元，扳機則對應開關，開關亦電性連 結控制單元，控制單元另電性連結電磁閥，電磁閥則控制 供應高壓氣體至槍管，並藉扳機觸發開關，而由感應器偵 5 M333550 /測到BB球即發信號給控制單元，再由控制單元令電磁閥啟 動而供應高壓氣體者。 本創作具有下列之優點： 1·擊發效率高；感應器恰偵測到诎球必擊發。 2·不浪費南壓氣體；不會造成空擊。 3·操作方便；消費者只要以手扣住扳機即可。 4·縮短BB球擊發時間間隔；連續擊發速度快。 鲁 5·提南使用樂趣。 【實施方式】 首先’如第一圖所示’本創作係應用於控制Ββ球擊發 之電子控制裝置，係包括搶管（1)、扳機（2)、開關（3)、控 制單元（4)、電磁閥（5)及感應器（6)，其中搶管（1)中空且 連通一落彈孔（11)，落彈孔（11)處設有感應器（6)，感應器 (6)電性連結控制單元（4)，扳機〇則對應開關，開關 # (3)亦電性連結控制單元（4)，控制單元（4)另電性連結電磁 閥（5) ’電磁閥（5)則控制供應高壓氣體至搶管（丨）。 如第二圖至第三圖所示，為本創作擊發诎球（7)時之操 作不意，另請同時參見第四圖，以利了解其操作流程，首 先如第二圖所示，當扣下扳機而觸發開關（3)時，即由 感應器（6)先偵測落彈孔（11)處是否有诎球（7)，一旦偵測 到BB球（7 )即發5虎給控制單元（4 )，再由控制單元（4 )令電 磁閥（5)啟動而供應高壓氣體至槍管（1)，並如第三圖所 示，以高壓氣體擊發BB球（7)。 6 M333550 又，如使用者係扣住扳機（2)不放，控制單元（4)即一 直藉由感應器（6)的偵測來控制電磁閥（5)，只要感應器（6) 偵測到BB球（7)，電磁閥（5)即打開並供應高壓氣體至槍管 (1)，進而擊發BB球（7)。是以，如果BB球（7)也連續供應落 至知管（1)之洛彈孔（11)處’就會被連續擊發。 .【圖式簡單說明】 第一圖係為本創作之剖視圖。 籲第二圖係為本創作落彈時之操作示意圖。 第三圖係為本創作擊發球時之操作示意圖。 第四圖係為本創作操作流程方塊圖。 【主要元件符號說明】 (1)槍管 (3)開關 (5)電磁閥 (7)ΒΒ球 (11)落彈孔 (2 )板機 (4)控制單元 (6)感應器 7M333550 VIII. New Description: [New Technology Field] This creation is applied to the electronic control device for controlling BB ball firing. The sensor is placed at the drop of the barrel and the signal is sent by sensing the BB ball. The control unit releases high pressure gas and fires the BB ball. [Prior Art] Although the existing BB ball gun has a spring to fire the BB ball, the effect of using the high pressure gas _ to fire is better. Regardless of whether it is a mechanical or pneumatic Β beta ball firing method, there is no electronic control device that controls the firing of the croquet. Moreover, the existing shot control method of the croquet is to control only the trigger trigger, that is, not to detect whether there is a smashing ball in the barrel, often causing air strikes, not only generating more noise, but also wasting high-pressure gas, and controlling The efficiency of firing is extremely poor. [New Content] • This creation provides an electronic control unit for controlling the firing of a smashing ball to solve the problem that the pneumatic rifle gun often causes air strikes and wastes high-pressure gas. The electronic control device provided by the present invention for controlling the firing of the ball includes a pipe grab, a trigger, a switch, a control unit, a solenoid valve and a sensor, wherein the pipe is hollow and connected to a drop hole, and the bullet hole is provided. The sensor and the sensor are electrically connected to the control unit, the trigger is corresponding to the switch, the switch is also electrically connected to the control unit, the control unit is electrically connected to the solenoid valve, and the solenoid valve controls the supply of high-pressure gas to the barrel, and the trigger is triggered by the trigger. The sensor detects 5 M333550 / detects the BB ball and sends a signal to the control unit, and then the control unit activates the solenoid valve to supply the high-pressure gas. This creation has the following advantages: 1. The firing efficiency is high; the sensor detects that the smashing ball must be fired. 2. Do not waste the south pressure gas; it will not cause air strikes. 3. Easy to operate; consumers only need to hold the trigger with their hands. 4. Shorten the BB ball firing time interval; continuous firing speed is fast. Lu 5·Tinan uses fun. [Embodiment] Firstly, as shown in the first figure, the author is applied to an electronic control device for controlling Ββ ball firing, which includes a pipe grab (1), a trigger (2), a switch (3), and a control unit (4). a solenoid valve (5) and a sensor (6), wherein the pipe (1) is hollow and communicates with a drop hole (11), and the sensor hole (11) is provided with a sensor (6), the sensor (6) Electrical connection control unit (4), trigger 对应 corresponds to switch, switch # (3) is also electrically connected to control unit (4), control unit (4) is also electrically connected to solenoid valve (5) 'Solenoid valve (5) Then control the supply of high pressure gas to the pipe (丨). As shown in the second to third figures, the operation of the creation of the shuttlecock (7) is not intended, please also refer to the fourth figure to understand the operation process, first as shown in the second figure, when buckled When the trigger is triggered by the trigger (3), the sensor (6) first detects whether there is a ball (7) at the drop hole (11), and once the BB ball (7) is detected, it sends 5 tigers to control. The unit (4) is further activated by the control unit (4) to supply the high pressure gas to the barrel (1), and as shown in the third figure, the BB ball (7) is fired with high pressure gas. 6 M333550 In addition, if the user holds the trigger (2), the control unit (4) always controls the solenoid valve (5) by the detection of the sensor (6), as long as the sensor (6) detects To the BB ball (7), the solenoid valve (5) opens and supplies high pressure gas to the barrel (1), which in turn fires the BB ball (7). Therefore, if the BB ball (7) is also continuously supplied to the bullet hole (11) of the pipe (1), it will be continuously fired. [Simplified illustration] The first picture is a cross-sectional view of the creation. The second picture is a schematic diagram of the operation when the creation is dropped. The third picture is a schematic diagram of the operation when the creation is hitting the ball. The fourth picture is a block diagram of the creative operation flow. [Explanation of main component symbols] (1) Barrel (3) Switch (5) Solenoid valve (7) Shuttlecock (11) Bullet hole (2) Plate machine (4) Control unit (6) Sensor 7