五、新型說明： 【新型所屬之技術領域】 本創作係關於-種搶枝的技術領域，特別是以個人化元件 (personalized key)與配置在搶枝的無線信號控制模組 (contromng module)進行身分驗證’且在獲得正確的驗證結果 後，讓使用者可順利地操作槍枝，藉此使得搶枝與使用者之間 形成一道具有安全性的保全鎖。 【先前技術】 #多的案_示槍枝(f_m)必須具備保險機構細物 mechanism)以防止使用者誤觸而產生擊發。就手搶細d㈣ 而言’保險機構包含-可活動的塊體或槓桿件以及—卡槽。一 滑動件位在手搶上方，且該卡_成錢鱗上。塊體或積桿 位在搶體絲且對應卡槽。任何—位持搶的人都可㈣塊體或 横桿自安全位置移動至釋放位置，使得手搶可以由不能擊發的 狀態轉換成可以擊發的狀態。 美國專利US 5,946_揭示一搶枝上具一個可以轉動的 保險槓桿(safety lever)，且該保險槓桿對應搶枝上的一滑動件 的卡槽，當-個代碼输匙(code Key)與搶枝實質的結合，則位 在槍枝⑽掣動爪(pawl)會與保_桿分開。朗者可藉由撥 動保險槓桿使搶枝處於可擊發狀態。 該專利前案·示技料段揭示在代碼鑰匙與搶枝必須 形成實質的結合狀態，使用者才可以操作該搶枝。此外該保險 M434924 横才干必須由使用者施力撥動至安全位置，該擎動爪才能與保險 槓合’因此保險槓桿不具有自動上鎖的功能。 美國專利US 5，564,211號揭示一種搶枝在一槍體内配置 有螺線f⑽咖以c〇ii)與一桿體(r〇cJ)組合的保全設計；該組 。與脈衝整形電路(Pulse shaper circuit)形成電性相連螺線 管的磁場變化可導致桿體產纽移，且該频具有阻播擊錘 (hammer)執行擊發動作的功能。 又美國專利us 6,412,2〇7，搶枝的保全設計則揭示一個安 全彈E與-搶枝的組合。該組合有—通訊裝置(咖麵 如·)能藉無線信號控制該安全彈g以及控制板機㈣㈣使 之能夠擊發(enabling)或不擊發(disaWing)。 上揭各專利前案所揭示的搶枝與使用者之間皆沒有驗證 身刀的在序，其次’上揭各專利前案也沒有揭露或教導當有錯 誤或不當峡用者取得搶猶，珊枝可以自統上鎖形成不 能擊發狀態的技術特徵。 【新型内容】 本創作的目的在於提供搶枝安全機制，使其能夠藉由益線 通訊技術自紐職用麵分；進—步，概可啸據身分驗 證結果而自動形成不能擊發狀態，或藉由使用者操作而形成可 擊發的狀態。 根據上述的目的’本創作所揭示的搶枝具有—握持部及一 滑動件；其t滑動件上具有—卡槽與—保險元件&犯吻 4 element)相對。當保險元件位在安全位置，則保險元件與卡槽 結合且搶枝無法擊發；當保險元件位在釋放位置，則保險元件 與卡槽分開且搶枝為可擊發狀態。 值待注意的是，當使用者企圖要使用槍枝時，使用者與搶 枝之間會進行-次衫次的驗證程相確認搶枝的使用權。當 驗證結果為不正確，娜險元件會自動的設置於安全位置，使 知搶枝形成不能擊發的狀態；反之驗證結果為正確，則使用者 可以撥動雜元件岭全位置雜聊餘置，藉此讓搶枝處 在可以擊發的狀態。 此外當搶财被使用者拿糾，搶枝會自動祕無認證狀 態，此時驗證程序的驗證結果為不正確，進而使得保險元件被 驅動至安全位置且搶枝形成不能擊發的狀態。 前述之驗雜序包含—鱗驗證職的發射雜收。該無 線驗證信聽含身分及/鱗_識職碼，當其巾至少有一 識別代碼為正確時，則該驗證結果為正確。 、以下即本創作的目的、功效及結構組態，舉出較佳實施例 並配合圖式詳細說明。 【實施方式】 、請參閲第1圖，-搶枝1()包含一本體】2上配置一可滑動 的滑動件14。本體12的—觀伸有—握持部％，且本體u 的下方配置有一扳機。使用者能夠藉手握該握持部】G而達 到手持該搶技10的目的。 ▲ ^動件Η⑹騎動且使用者可能夠驅動扳機18的狀 態，搶枝10可以擊發。 保險το件2G 置錄枝1G的本體12上。該保險元件 為可以活動的元件，舉例而言，圖中所示的舰件20搭 配-樞轴(未顯示)插置在本體12上，使得該保險元件2〇柄 可轉動的元件。 該滑動件14具有一卡槽22，且該卡槽22田比鄰該保險元 件20。當保險元件2〇與卡槽22分開，則稱該保險元件加位 在釋放位置。在聽元件2G位轉錄置的雜下，該滑動 件Μ可以滑動位移’進而使得搶枝1()處於可以擊發的狀態。 請參閱第2圖’當保險元件％與卡槽22結合，則稱該保 險元件20位於安全位置。在保險元件2〇位於安全位置的狀態 下，該滑動件14無法產生滑動位移，因此搶枝1G處於不可擊 發的狀態。 月參閱第3圖與第4圖，有別於前一實施例，圖中顯示的 保險兀件20為可線性滑動地組設在搶枝1〇的本體12上。保 險7L件20係眺鄰滑動件14的卡槽22，且該保險元件2〇可藉 經由使用者的推動而與卡槽22結合或分開。 «月參閲第5圖，本創作揭示的搶枝⑴包含有一驅動元件 24、一無線彳§娩控制模組26及一感應元件μ。 &驅動兀件24係具有一掣動部3〇，且該掣動部3〇係為 可活動且職魏險元件2G。該無雜制馳％能夠在有電 M434924 力輸入的條件下’發射或接收射頻信號。無線控制模组％係 電性連接鶴树24，且龄㈣力㈣财鱗控制模组 26的控制而到達驅動元件24。軸部3()在電力的作用下可伸 長並推頂保險元件2〇。 根據無線控制模組26的特性，無線控制模組％可以選用V. New description: [New technical field] This creation is about the technical field of rushing, especially the personalized key and the wireless signal control module (contromng module) configured in the rushing branch. Identity verification' and after obtaining the correct verification result, the user can smoothly operate the gun, thereby forming a secure security lock between the grabbing and the user. [Prior Art] #多的案_ indicates that the gun branch (f_m) must have the mechanism of the insurance mechanism to prevent the user from accidentally touching and generating a shot. In terms of hand grabbing d (four), the 'insurance body contains - movable blocks or levers and - card slots. A slider is placed above the hand, and the card is on the scale. The block or the rod is located in the body and corresponds to the card slot. Anyone who holds the grab can move the block or the crossbar from the safe position to the release position, so that the hand grab can be converted from a state that cannot be fired to a state that can be fired. U.S. Patent No. 5,946, discloses that a grab lever has a rotatable safety lever, and the bumper lever corresponds to a slot of a slider on the stick, as a code key and grab The combination of the branches is located in the gun (10) pawl will be separated from the guard. The Langer can make the grabbing in a stunable state by dialing the insurance lever. The patent pre-sales and demonstration material section reveals that the code key and the snatch must form a substantial combined state, and the user can operate the snatch. In addition, the fuse M434924 must be forced by the user to move to a safe position, and the pawl can be engaged with the bumper. Therefore, the bumper does not have an automatic locking function. U.S. Patent No. 5,564,211 discloses a security design in which a stalk is disposed in a body with a spiral f(10) coffee c以ii) combined with a rod (r〇cJ); A change in the magnetic field that forms an electrically connected solenoid with a pulse shaper circuit can cause the rod body to shift, and this frequency has the function of blocking the hammer from performing the firing action. In addition to the US patent us 6,412, 2〇7, the security design of the grabbing branch reveals a combination of safety bomb E and grabbing. The combination has a communication device (the coffee maker, etc.) capable of controlling the security bomb g and the control panel (4) (4) by wireless signals to enable or disable (disaWing). The pre-existing patent disclosure reveals that there is no verification of the knives between the rushing and the user. Secondly, the pre-existing patents have not disclosed or taught that when there is a mistake or improper use of the gorge, Shanzhi can be self-locked to form a technical feature that cannot be fired. [New content] The purpose of this creation is to provide a security mechanism for smashing branches, so that it can be used for self-use by means of benefit line communication technology; if it is step-by-step, it can automatically form an un-fired state according to the verification result of the identity, or The state that can be fired is formed by the user's operation. According to the above-mentioned object, the grabbing stick disclosed in the present invention has a grip portion and a sliding member; and the t-sliding member has a card slot opposite to the - securing member & When the safety component is in the safe position, the safety component is combined with the card slot and the smashing can not be fired; when the safety component is in the release position, the safety component is separated from the card slot and the smashing is in a stunable state. It is worth noting that when the user attempts to use the gun, the user and the grab will perform a verification process to confirm the right to use the grab. When the verification result is incorrect, the Na insurance component will be automatically set in a safe position, so that the smashing branch can form a state that cannot be fired; otherwise, if the verification result is correct, the user can move the miscellaneous component ridge to the full position of the hangover. This allows the grab to be in a state that can be fired. In addition, when the money is smashed by the user, the smashing will automatically be authenticated, and the verification result of the verification program is incorrect, so that the safety component is driven to a safe position and the smashing is in a state in which it cannot be fired. The aforementioned test sequence includes the emission of the scale verification job. The wireless verification letter is accompanied by an identity and/or scale_care code, and the verification result is correct when at least one identification code of the towel is correct. The following is the purpose, function and structural configuration of the present invention, and the preferred embodiments are described in detail with reference to the drawings. [Embodiment] Please refer to Fig. 1, - the grabbing 1 () includes a body 2, and a slidable slider 14 is disposed. The body 12 has a grip portion and a trigger is disposed below the body u. The user can grasp the grip portion G by hand and achieve the purpose of holding the grab technique 10. ▲ The moving member (6) is riding and the user can drive the trigger 18 to shoot the stick 10. The insurance το 2G is placed on the body 12 of the branch 1G. The securing element is a movable element. For example, the frigate 20 shown in the figures is fitted with a pivot (not shown) that is inserted into the body 12 such that the securing element 2 is a rotatable element. The slider 14 has a card slot 22, and the card slot 22 is adjacent to the fuse element 20. When the securing element 2 is separated from the card slot 22, the securing element is said to be in the released position. The slider Μ can be slidably displaced by the transcribed interference of the 2G bit of the listening element, so that the stalking 1 () is in a squeezable state. Referring to Figure 2, when the fuse element % is combined with the card slot 22, the fuse element 20 is said to be in a safe position. In the state where the securing member 2 is in the safe position, the slider 14 cannot generate a sliding displacement, so the grabbing 1G is in an unsqueezable state. Referring to Figures 3 and 4, unlike the previous embodiment, the safety element 20 shown in the figure is linearly slidably disposed on the body 12 of the stalk. The fuse 7L member 20 is a card slot 22 of the adjacent slider 14, and the securing member 2 can be coupled or separated from the card slot 22 by pushing by a user. «Monthly referring to Fig. 5, the stalking (1) disclosed in the present invention comprises a driving component 24, a wireless control module 26 and an inductive component μ. The & drive member 24 has a swaying portion 3A, and the swaying portion 3 is a movable and serviced component 2G. The no-mixing % can transmit or receive radio frequency signals under the condition of power input of the M434924. The wireless control module % is electrically connected to the crane tree 24, and is controlled by the age (four) force (four) financial scale control module 26 to reach the drive element 24. The shaft portion 3 () can be extended by electric power and pushes the securing member 2''. According to the characteristics of the wireless control module 26, the wireless control module can be selected
Zigbee、卿、Blue t00th或其他類似或相同性質的射頻收發 模組。 感應元件28可以是壓觸開關或是同性質的元件。感應元 件28配置在握持部的適當位置。適當位置為使用者握住握 持部料’可同時壓觸感就件28。—旦該感應元件Μ被 壓觸’即可啟動無線控制模組26。 第5圖所示之搶枝10與第！圖所示相同，且驅動元件％ 可被嵌設在本體12表面雜在本體12崎。_，驅動元件 24、無線信號控制模組26及壓觸感應元件28的組合也可以應 用在第3圖所示的搶枝1〇。 以上所揭示的驅動元件24、無線信號控制模組26及感應 几件28雖然位在槍枝10 #本體12與握持部16，但這些元件 並不阻礙(未顯示)的安裝及子彈(未顯示)的行進。 此外一電池(未顯示)可安置於握持部16的適當位置；該 電池電性連接感應元件28並且提供電力給絲控制模組％。 本創作還包含-個人化元件32。該個人化元件32係由使 用者攜可’且能對應無線控制模組26，以執行射頻信號的發 7Zigbee, Qing, Blue t00th or other similar or identical RF transceiver modules. The sensing element 28 can be a pressure touch switch or an element of the same nature. The sensing element 28 is disposed at an appropriate position of the grip. The sensing member 28 can be pressed at the same time by the user holding the grip member. Once the sensing element Μ is pressed, the wireless control module 26 can be activated. The sticking 10 and the first shown in Figure 5! The figure is the same, and the drive element % can be embedded in the surface of the body 12 to be mixed with the body 12 . The combination of the driving element 24, the wireless signal control module 26, and the pressure-sensitive sensing element 28 can also be applied to the rushing block shown in Fig. 3. The driving element 24, the wireless signal control module 26 and the sensing components 28 disclosed above are located in the body 10 and the grip portion 16, but these components do not hinder the installation (not shown) and the bullet (not Show) the march. In addition, a battery (not shown) can be placed in position on the grip 16; the battery is electrically coupled to the sensing element 28 and provides power to the wire control module %. This creation also includes a personalization component 32. The personalization component 32 is carried by the user and can correspond to the wireless control module 26 to perform the transmission of the radio frequency signal.