M277912 八、新型說明： 【新型所屬之技術領域】 本新型係有關-種複合式防彈結構，尤指一種藉由複數層防彈纖 維完全黏結包覆於防_紐的絲及聰，並分綱伸至少—層防 彈纖維，畴份蓋合於防_歧上方之結構，可有效·防彈喊 板破裂時向外散開，並吸收子彈貫穿時的殘餘能量，以達到防彈效果， 適用於防彈衣、防彈盾牌以及運鈔車等防彈裝備者。 【先前技術】 明參閱第5圖所不，其為目前—般的防彈衣及防彈車表面的防彈 裝曱、、。構a ’主要包括依雜結的披覆層b、陶兗板e及阻播層d。上 述披覆層b為-片狀的防彈纖維，陶究板e為複數個對接的陶究片u 所、、且成’而阻播層d則為複數片防彈纖維di堆疊黏結而成。當子彈由 防彈裝備的表面射人後，可藉由陶之鈍化、触、破壞、吸收 曰除去彈頭貝牙力之大部份能量，而輯層㈣可吸收子彈殘餘之能 量，以達到防彈之功能。 b 士上述防彈裝甲結構&確可達到吸收子彈能量的效果，惟在實際使 =時，由於子彈對於陶究板C的瞬間撞擊力太大，破裂之陶竟片cl报 ^易向外爆裂射出而造成危險。另，當子彈貫穿喊片ei時，阻播 。£板c底面的黏著力無法承受其瞬間的力量，將使得阻擔層 /、陶瓷板C脫離，而大幅減低抗彈效能。 、—凊參閱第6圖所示’為解決上述習用結構所產生的問題，業者以 複數層防彈纖維dl將喊板e完全包覆H該種完全包覆的方式， M277912 ，不但不符合經濟成本， 相當浪費材料’且大幅增加防彈裝備的體積和重量 更造成使用上的不便。 有廉於此為了改善上述之缺點，使複合式防彈結構不僅能節省 材料成本，減少防彈裝傷的體積及重量，且可有效阻止防彈陶究板破 衣了向外柳ϋ吸好彈貫穿時的殘餘能量，輯到防彈效果，創 作人積多年醜驗及顿的研發改進，遂有本創作之產生。 【新型内容】 本創作之主要目的在於提供一種複合式防彈結構，其所設的阻擔 層可完全雜包覆於防_緣的絲及躲，並分觀伸至少一層 防彈纖維’以部份蓋合於防_聽上方，俾能阻止防_舰裂 時向外散開，並藉由阻擋層與防板的緊密黏結，以吸收子彈貫 穿時的殘餘能量，達到防彈效果。 、 本創作之次要目的在提供一種複合式防彈結構，其可藉由阻擔層 的1以。^蓋°於防彈喊板的上方，俾能減少防彈裝備的體積 及重里，以節省材料成本，並方便使用。 為達上述之新型之目的’本創作所設之—種複合式防彈結構，包 括-披覆層、—防彈陶究板以及—阻擒層。該披覆層係為防彈纖維層， 其結合於防彈陶究板的上方；而阻擔層係由複數層防彈纖維堆疊而 成，該阻擔層向上黏結於防彈_板的底面，並由防彈陶兗板的周緣 糾向上延伸至少-層防彈纖維’以部份蓋合於防彈喊板的上方， 藉以阻止防彈陶竟板被子彈射人破裂時向外散開。 為便於對摘作能有更深人的瞭解，輯述於後： M277912 【實施方式】 請參閱第1、第2圖所示，其為本創作複合式防彈結構工之 實施例，包括依序黏結的披覆層2、防彈陶究板3以及阻擔層4 『^層2係為單層防彈纖維（亦可為數層），防彈陶_級3係為複 個陶莞片31所組成（亦可 砸相互黏結而成。早片)’而鳴4係由複數層防彈織維 播層4呈十子形，其中央部份為多層防彈纖維，而向外延伸 翼部41分別為至少—層防彈纖維（本實施例設為二層）。當本 咖棒剛4州緒於防彈陶兗 的底面’而阻擋層4的四個翼部41則分別向上彎折，以 防彈陶親3 __32，秘i :糊對向峨，以部份蓋合於防彈峨3的上方。再2 :使嶋4的四個翼部41上端夾置於披覆層2與防彈 結。可使披覆層2、防彈嶋3及阻播層4緊密黏 声二，不合二層2的上端射入時，可限制破裂的陶莞片31於阻檔 二可脚ΓΓ，而由於鳴4的四輸41上端被緊密固 離，承受子彈的一 實施^參其閱中弟Γ第4圖所示，其為本創作複合式防彈結構1之第二 向下凹陷的缺反^!1 面部與四側邊51的交界處分卿成 谷、”並、，、口口阻擅層6的四個翼部61上端。當 7 M277912 披覆=7向下覆蓋後，可使防彈喊板5的上面部形成平整的表面。 因此，本創作具有以下之優點： 1 H作所②的阻擋層完全包覆防_驗的底面及周緣 ’並以部份 ^口；防彈陶£板上方，當防彈喊板被子彈射人而破裂時，可 有效阻止其向外散開。 2、 =創作的阻擋層的四個翼部上端可緊密黏結於防彈陶紐的上方M277912 8. Description of the new type: [Technical field to which the new type belongs] This new type is related to a composite ballistic structure, especially a kind of silk and satoshi covered with bulletproof fibers by multiple layers of ballistic fibers completely bonded and coated. At least one layer of bullet-proof fiber, with the structure covering the upper part of the bullet-proof structure, can effectively spread outward when the bullet-proof shout plate breaks, and absorb the residual energy when the bullet penetrates, to achieve the bullet-proof effect, suitable for bullet-proof clothing, bullet-proof Bulletproof equipment such as shields and banknote carriers. [Previous technology] Please refer to Figure 5 for details. It is the current general bulletproof clothing and the bulletproof decoration on the surface of bulletproof vehicles. The structure a 'mainly includes a coating layer b, a ceramic plate e, and a blocking layer d according to the heterojunction. The coating layer b is a sheet-like ballistic fiber, the ceramic board e is a plurality of butt-connected ceramic chips u, and is formed, and the broadcast blocking layer d is formed by stacking and bonding a plurality of ballistic fibers di. After the bullet is fired from the surface of the bulletproof equipment, it can passivate, touch, destroy, and absorb most of the energy of the bullet's tooth force through the passivation of pottery. Features. b The above bullet-proof armor structure & can indeed achieve the effect of absorbing the energy of the bullet, but in actual use, because the instantaneous impact force of the bullet on the ceramic research board C is too large, the cracked ceramic sheet cl reports ^ easy to burst outward Dangerous from shooting. In addition, when the bullet penetrated the shout film ei, it was blocked from broadcasting. The adhesive force on the bottom surface of the plate c cannot withstand its instantaneous force, which will cause the resistance layer / and the ceramic plate C to detach, thereby greatly reducing the ballistic resistance. ——Refer to Figure 6 'In order to solve the problems caused by the conventional structure, the industry completely covered the shout board e with a plurality of layers of bulletproof fibers dl, which is a completely covered method, M277912, which is not only inconsistent with economic costs. It is a waste of materials, and the volume and weight of the bulletproof equipment is greatly increased, which causes inconvenience in use. In order to improve the above disadvantages, the composite bullet-proof structure can not only save material costs, reduce the volume and weight of bullet-proof wounds, but also effectively prevent the bullet-proof ceramic board from breaking through the clothes and sucking out the willows. Residual energy, to the bullet-proof effect, the creator has accumulated many years of ugly inspections and research and development improvements, and this creation. [New content] The main purpose of this creation is to provide a composite ballistic structure. The barrier layer can be completely covered with anti-margin silk and hide, and stretch at least one layer of ballistic fiber. Covered on the top of the anti-balloon, the maggot can prevent the anti-ship from spreading out when it splits, and by the close adhesion of the barrier layer and the anti-board, to absorb the residual energy when the bullet penetrates, to achieve the ballistic effect. The secondary purpose of this creation is to provide a composite bullet-proof structure that can be used by the resistance layer. ^ Covered above the bulletproof shouting plate, it can reduce the volume and weight of the bulletproof equipment to save material costs and facilitate use. In order to achieve the above-mentioned new type of purpose, a kind of composite bullet-proof structure provided in this creation includes-cladding layer,-bulletproof ceramic panel, and-blocking layer. The coating layer is a ballistic fiber layer, which is combined above the bulletproof ceramic board; and the barrier layer is formed by stacking a plurality of layers of bulletproof fibers, and the barrier layer is adhered upward to the bottom surface of the bulletproof board and is made of bulletproof The perimeter of the pottery slab extends upwards by at least-a layer of bulletproof fibers' to partially cover the top of the bulletproof shouting board, thereby preventing the bulletproof pottery slab from spreading out when it is ruptured by a bullet. In order to facilitate a deeper understanding of excerpts, it is described below: M277912 [Embodiment] Please refer to Figures 1 and 2 for an example of creating a composite bullet-proof structural worker, including sequential bonding The coating layer 2, bulletproof ceramic research board 3 and resistance layer 4 "layer 2 is a single layer of bulletproof fiber (also several layers), and the bulletproof ceramic _ grade 3 series is composed of a plurality of ceramic tablets 31 (also Can be smashed and bonded to each other. (Early film) 'Erming 4 series is composed of multiple layers of bullet-proof weaving and spreading layer 4 in a ten-shaped shape, the central part of which is a multilayer of bullet-proof fibers, and the outwardly extending wings 41 are at least- Bulletproof fiber (two layers in this embodiment). When the coffee bar just 4 states on the bottom surface of the bulletproof pottery 'and the four wings 41 of the barrier layer 4 are respectively bent upwards to prevent the bulletproof pottery pro 3 __32, secret i: paste against the E, cover partly At the top of the bulletproof E-3. Secondly, the upper ends of the four wings 41 of the cymbal 4 are sandwiched between the covering layer 2 and the bulletproof knot. The cover layer 2, bulletproof pinion 3, and broadcast blocking layer 4 can be made to stick to the second sound. When the upper end of the second layer 2 is not injected, the cracked ceramic film 31 can be restricted to the second stop ΓΓ. The upper end of the forty-one losers 41 is tightly detached to withstand the implementation of bullets ^ See Figure 4 in the picture below, which is the lack of the second downward depression of the composite bulletproof structure 1 of this creation ^! 1 Face The junction with the four sides 51 is divided into Cheng Gu, “and,”, and the upper ends of the four wings 61 of the layer 6 are blocked. When 7 M277912 covering = 7 covers downwards, the bulletproof board 5 can be The upper face forms a flat surface. Therefore, this creation has the following advantages: The barrier layer of the 1H work ② completely covers the anti-inspection bottom surface and the periphery 'and takes a part of the mouth; above the bulletproof pottery board, when bulletproof The shout board can be effectively prevented from spreading out when it is shot by a bullet. 2. = The upper ends of the four wings of the created barrier can be tightly bonded to the top of the bulletproof pot
=彈由披覆層的上端射人時，晴層不會與防彈啦板脫離 可有效吸好彈貫料的殘餘能量，崎翁彈效果。 3、 本創作在相同的防彈條件下，可比習用全面包覆 彈Γ的厚度及重量，不但節省材料成本，更方便使用者隨身= 了上所述，依上文所_之内容，摘作確可朗獅之預期目 、提供種賴能節省材料成本，減少哪裝備賴積及， 有效阻止防_級韻時向外制，並可吸好彈貫 量，以達到防彈效果之複合式囉構，極細之價 = 出新型專利申請。 友攸法杈 【圖式簡單說明】 第1圖係為本創作之第—實施例之树分解圖。 第2圖係為本創作之第—實施例之組合剖面圖。 ^ 3圖係為本創作之第二實施例之防彈喊板之立體外觀圖 第4圖係為本創作之第二實施例之組合剖面圖。 第5圖係為習用防彈裝甲結構之使用狀態圖。 第6圖係為習用全面包覆式的防彈結構之組合剖面圖。 8 M277912 【主要元件符號說明】 防彈裝曱結構 a 披覆層 b 陶瓷板 C 陶瓷片 cl 阻擋層 d 防彈纖維 dl 複合式防彈結構 1 彼覆層 2、 防彈陶瓷板 3 ^ 5 陶瓷片 31 侧邊 32、51 阻擋層 4、 翼部 41 > 61 缺口 52 9= When shooting from the upper end of the cladding layer, the clear layer will not be separated from the bulletproof board. It can effectively absorb the residual energy of the bullet, and the effect of the swashbrush. 3. Under the same bulletproof conditions, this creation can be compared with the thickness and weight of the conventional full-covered bullet Γ, which not only saves material costs, but also makes it more convenient for users to carry around. The expected purpose of Kelangshi, providing a kind of composite structure that can save material costs, reduce which equipment depends on, effectively prevent the __grade rhyme from outward control, and can absorb the amount of bullet penetration to achieve the bulletproof effect. , Very small price = new patent application. Friends of the law [Schematic description] Figure 1 is the tree-exploded view of the first-embodiment of this creation. Figure 2 is a combined sectional view of the first embodiment of the creation. ^ Figure 3 is a three-dimensional appearance view of the bulletproof shout board of the second embodiment of the present invention. Figure 4 is a combined sectional view of the second embodiment of the present invention. Figure 5 is a diagram of the state of use of the conventional bullet-proof armor structure. Figure 6 is a combined sectional view of a conventional full-cover bullet-proof structure. 8 M277912 [Description of main component symbols] Bulletproof mounting structure a Coating layer b Ceramic plate C Ceramic sheet cl Barrier layer d Bulletproof fiber dl Composite bulletproof structure 1 Coating layer 2 Bulletproof ceramic plate 3 ^ 5 Ceramic sheet 31 Side 32, 51 barrier layer 4, wing 41 > 61 notch 52 9