M259904 捌、新型說明： 【新型所屬之技術領域】 本新型是有關於-種引爆用的水跑，特別是指〆種結 構簡單、便於使用且更能調整砲口高度位置的防爆用二段 5 式水砲。 【先前技術】 10 15 爆裂物現身於公共場所時有所聞，於各大媒體幾乎是 間隔幾天就會發生。以往，爆裂物所採用的引爆機具都是 以電子遙控式引爆器為之，但是這種遙控式引爆器造價上 都將近上百萬，所以並非各地都能配用，因此當發現爆裂 物需要引爆時，可能需要很久的時間才能調達，而成為防 爆上的一大缺憾，況且，配用這種設備的防爆單位並不多 ，所以將有危機處理時間拖長的疑慮，更重要的是，電子 遙控式引爆器除了造價昂貴，更會因使用時無法確知其可 使用性，比如在需要利用時突然發生線路短路而造成無法 控制使用等gjf，將會導致引爆爆裂物無法即時，無法迅 速排除危害，形成莫大缺失，因此，機械式的水砲明顯還 疋必須配用的，方能輔助電子遙控式引爆器因物源不足以 及無法即時使用的缺失。 【新型内容】 因此，本新型之目的，即在提供一種機械式的防爆用 j也特別是提供一種結構簡單、便於使用且能調整砲口 咼度位置的防爆用二段式水砲裝置。 於疋，本新型之防爆用二段式水砲裝置，包含有一滑 20 M259904 ίο 15 動支撲座、二分別設置於該滑動支撑座前段兩側的前調整 板、二分別設置於該滑動支揮座後段兩側的後調整板、一 前樞轉塊、-後樞轉塊、—出砲管及一水砲裝填管，其中 該前、後樞轉塊是可上下滑移的設置在該前、後調整板之 間，且該前、後樞轉塊更於相對方向各設置有一穿孔，該 出砲管是穿設定位在該前樞轉塊的穿孔内，其轴向成型有 -出砲孔’及該水砲褒填管是穿設定位在該後樞轉塊的穿 孔内，且相對與出砲管的端部轴向連結，另其轴内更成型 有-可與該出砲孔相通且可裳卸一火藥裝填管的轴孔；藉 此，當上下調整該前、後樞轉塊的任一個高度位置時，能 相對帶動出跑管及水砲裝填管移位，使出砲管的石包口位置 能夠依需要調整至最佳引爆擊發位置。 【實施方式】 有關本新型之前述以及其他技術内容、特點與功效， 在以下配合參考圖式之一較佳實施例的詳細說明中，將可 清楚的明白。 如圖1所示，本新型的防爆用二段式水砲裝置，包含有 一滑動支樓座i、二分別設置於該滑動支樓座i前段兩側的 前調整板2、二分別設置於該滑動支樓座丨後段兩側的後調 整板3、一前樞轉塊4、一後樞轉塊5、數定位栓6、一出砲 管7、一水砲裝填管8，及一水砲封蓋9。 該滑動支撑座1具有一支擇板u、數連結於支標板U 上數滑輪12，及-設置於該支揮桿u後端上的頂堆部13 ; 本實施例中’是設置-滑輪12於前端部，二滑輪Η於後端 20 M259904 一側部，藉以撐立該支撐板1 1，則可藉由桿件頂推該頂推部 U而使該支撐板U藉由滑輪12滑移。 該二前調整板2是分別設置定位於該支撐板丨丨前段的左 、右二側部，且各具有一相對向的定位長條孔21 ;該二後調 整板3是分別設置定位於該支撐板丨丨後段的左、右二側部， ’且各具有一相對向的定位長條孔31。 如圖1、2所示，該前樞轉塊4是可上下滑移地設置在 該二前調整板2之間，其前後向成型有一穿孔41，而本實施 例中，該前樞轉塊是於其二側壁各設有定位鎖孔42對應於該 定位長條孔21。 汝圖1、2、3所示，該後樞轉塊$是可上下滑移地設 置在該二後調整板3之間，其前後向成型有一穿孔Η，而本 實施例中，該前樞轉塊是於其二側壁各設有定位鎖孔52對應 於該定位長條孔31。 忒等定位栓6是可分別經由各定位長條孔2丨、3丨而對應 於該定位鎖孔42、52鎖接，且當其呈鬆脫狀態時，可調整對 應定位長條孔21、31的位置而改變前、後樞轉塊4、5的高度 位置，而備具有二段式高度調整的功能。 如圖1、2、4所示’該出砲管7是穿設定位在前樞轉 塊4的穿孔41内，其軸向成型有一出砲孔71。 如圖1、3、4所示，該水砲裝填管8是穿設定位在後 樞轉塊5的穿孔51内，且相對與出砲管7的端部轴向連結，其 軸内成型有一可與該出砲管7相通且可裝，火藥的軸孔81， 且該水跑裝填管8相反於出砲管7的端部更設有螺紋段82。其 5 10 15 20 M259904 二：藥於-般情況下是裝設在一火藥裝填管1〇内，而本實 且本實施例中，該火藥裝填管1G的軸端具有一卡合 邵 101 〇 該水砲封蓋9具有日i 肋的螺織91、—水衫歸8的螺紋 /…亥火梁裝填管10的卡合部嵌設的軸 :鎖：：二7火藥/u”出孔93，其中該螺接段91可用 填管二精二：裝填:8的軸孔81，該卡合槽92可供火藥裝 、π (，且能與水销蓋9能連結而可與其同時脫 出水跑裝填管8,另該火藥引線穿出孔93是提;： 内的火=線由該處拉出，而延伸至點火安全之處而= 疋本新t之防爆用二段式水跑裝置的—較佳實施 特徵說明，至於其使料，如圖卜4、5所示， ==砲裝填管8的軸孔81内裝設上具有火藥的火藥 二' :Y並且將火藥連結而出的引信沿著水石包封蓋9 “ 一的出砲口，並於出砲管7内裝水，然後依照爆裂物的 :立置：南度適度的調整出砲管8之砲口方位，如此，使用者( 就可以利用桿件推詈、晋私去 推置/月動支樓座1的頂推部13，使得本新型 之防爆用二段式水砲裝置能對準爆裂物 能以火藥擊發水柱（未填裝水龍有空氣 物能適當的被引爆。再者，本新型之 、； 於效用上，因為火藥裝填管10θ又式水砲裝置 装異s 10疋連結該水砲封蓋9設置，所 ^裝:上相當容易’另外’更因為不使用電控模組，所以隨 時都，使用而不會有無法預期之故障4以機械式组成損壞 7 M259904 率低，且造價上也相當低廉，相對於目前的電控式引爆器是 月b併用而相辅相成，故本新型備具有高度產業利用性及市場 價值性。 惟以上所述者’僅為本新型之較佳實施例而已，當不 5 能以此限定本新型實施之範圍，即大凡依本新型申 請專利範 圍及新型說明書内容所作之簡單的等效變化與修飾，皆應仍 屬本新型專利涵蓋之範圍内。 【圖式簡單說明】 圖1疋-平面組合不意圖’說明本新型的防爆用二段式水砲 10 裝置的一較佳實施例； 圖2是該較佳實施例的_部份剖視示意圖；用於說明前搞轉 塊； 圖3是該較佳實施例的另一 〇 Λ _ 局邛剖視示意圖；用於說明後樞 轉塊； 15圖4是該較佳實施例的再-局部剖視示意圖；用於說明出跑 管及水砲裝填管；及 圖5是該較佳實施例的組合圳 σ糾視不意圖；用於說明本新型之 調整使用狀態。 20 8 M259904 【圖式之主要元件代表符號說明】 5 10 1 滑動支撐座 11 支撐板 12 滑輪 13 頂推部 2 前調整板 21 定位長條孔 3 後調整板 31 定位長條孔 4 前極轉塊 41 穿孔 42 定位鎖孔 5 後樞轉塊 51 穿孔 52 定位鎖孔 6 定位栓 7 出砲管 71 出砲孔 8 水砲裝填管 81 軸孔 82 螺紋段 9 水砲封蓋 91 螺接段 92 卡合槽 93 穿出孔 10 火藥裝填管 101 卡合部 15 9M259904 说明 Description of the new model: [Technical field to which the new model belongs] The new model is related to a kind of water run for detonation, especially the second stage of explosion-proof 5 which has a simple structure, is easy to use and can adjust the muzzle height position. Water cannon. [Previous technology] 10 15 The explosives were heard when they appeared in public places, and they happened almost every few days in major media. In the past, the detonators used by explosives were electronic remote-controlled detonators, but the cost of such remote-controlled detonators was nearly a million, so they could not be used everywhere. Therefore, when explosives were found, they needed to be detonated. It may take a long time to transfer and become a major regret in explosion protection. Moreover, there are not many explosion-proof units equipped with this equipment, so there will be doubts about the delay in crisis processing time. More importantly, electronics In addition to the high cost of remote-controlled detonators, the usability cannot be ascertained when in use. For example, a gjf that cannot be controlled due to the sudden occurrence of a short circuit in the line when it is needed will cause the detonation burst to be instant and the hazards cannot be quickly eliminated. There is a huge shortage. Therefore, the mechanical water cannon obviously needs to be used to assist the electronic remote-control detonator due to lack of material sources and the lack of immediate use. [New content] Therefore, the object of the present invention is to provide a mechanical explosion-proof j, and in particular to provide a two-stage water cannon device for explosion-proof, which has a simple structure, is easy to use, and can adjust the muzzle position. Yu Yi, this new type of explosion-proof two-stage water cannon device includes a sliding 20 M259904 ίο 15 moving support flutter seat, two front adjustment plates provided on both sides of the front section of the sliding support seat, and two provided on the sliding support respectively. The rear adjustment plate, a front pivot block, a rear pivot block, a gun exit tube and a water cannon filling tube on both sides of the rear section of the swing seat, wherein the front and rear pivot blocks are set up and down in the A perforation is provided between the front and rear adjustment plates, and the front and rear pivot blocks are opposite to each other. The gun barrel is set in the perforation of the front pivot block. The gun hole 'and the water cannon filling tube are set in the perforation of the rear pivot block, and are relatively axially connected to the end of the gun barrel, and the shaft is more shaped-can be used with the gun. The holes are connected and the shaft hole of a gunpowder filling tube can be unloaded; by this, when any height position of the front and rear pivot blocks is adjusted up and down, the running tube and the water cannon filling tube can be relatively displaced, so that The position of the stone mouth of the barrel can be adjusted to the optimal detonation firing position as required. [Embodiment] The foregoing and other technical contents, features, and effects of the present invention will be clearly understood in the following detailed description of a preferred embodiment with reference to the accompanying drawings. As shown in FIG. 1, the new explosion-proof two-stage water cannon device includes a sliding support seat i and two front adjustment plates 2 respectively disposed on both sides of the front section of the sliding support seat i respectively. Sliding pedestal 丨 rear adjustment plate 3 on both sides of the rear section, a front pivot block 4, a rear pivot block 5, a number of positioning bolts 6, a gun tube 7, a water gun loading tube 8, and a water gun封盖 9。 Cover 9. The sliding support base 1 has a selection plate u, a number of pulleys 12 connected to the support plate U, and-a top stacking portion 13 provided on the rear end of the swing u; The pulley 12 is at the front end, and the two pulleys are at one side of the rear end 20 M259904. By supporting the supporting plate 1 1, the pushing portion U can be pushed by the lever member, and the supporting plate U can pass the pulley 12. Slip. The two front adjustment plates 2 are respectively positioned at the left and right two sides of the front plate, and each has a positioning hole 21 opposite to each other; the two rear adjustment plates 3 are respectively positioned at the support plate. The left and right two side portions of the support plate 丨 丨 each have an oppositely positioned elongated hole 31. As shown in FIGS. 1 and 2, the front pivoting block 4 is disposed between the two front adjusting plates 2 so as to be able to move up and down, and a perforation 41 is formed in the front-rear direction. In this embodiment, the front pivoting block 4 is formed. A positioning lock hole 42 is provided on each of the two sidewalls corresponding to the positioning elongated hole 21. As shown in FIGS. 1, 2, and 3, the rear pivoting block $ is arranged between the two rear adjustment plates 3 in an upwardly and downwardly movable manner, and a perforated cymbal is formed in the front-rear direction. In this embodiment, the front pivot The turning block is provided with positioning lock holes 52 on the two side walls thereof corresponding to the positioning elongated holes 31.忒 and other positioning bolts 6 can be locked through the positioning slot holes 2 丨 and 3 丨 respectively corresponding to the positioning lock holes 42 and 52, and when the positioning bolts are in a loose state, the corresponding positioning slot holes 21, 31 position to change the height position of the front and rear pivot blocks 4, 5 and has a two-stage height adjustment function. As shown in Figs. 1, 2, and 4 ', the gun exit tube 7 is set in a perforation 41 positioned in the front pivoting block 4, and a gun exit 71 is formed in the axial direction. As shown in FIGS. 1, 3 and 4, the water cannon filling tube 8 penetrates through the perforation 51 of the rear pivot block 5 and is axially connected relatively to the end of the gun barrel 7. A shape is formed in the shaft. It can communicate with the gun-out tube 7 and can be installed. The shaft hole 81 of the gunpowder, and the end of the water running loading tube 8 opposite to the gun-out tube 7 is further provided with a threaded section 82. The 5 10 15 20 M259904 2: The medicine is normally installed in a gunpowder filling tube 10, and in the present and present embodiment, the shaft end of the gunpowder filling tube 1G has an engagement Shao 101. The water cannon cover 9 has a thread 91 of Japanese ribs, a thread of a water shirt returning to 8, a shaft embedded in an engaging portion of the helium beam filling pipe 10: a lock: two, 7 gunpowder / u ”exit hole 93, where the screw connection section 91 can be filled with two tubes: two: filling: 8 of the shaft hole 81, the engagement groove 92 can be used for gunpowder, π (and can be connected to the water pin cover 9 can be removed simultaneously with it) The water runs to fill the pipe 8, and the gunpowder lead-through hole 93 is to lift; The internal fire = the wire is pulled out from there, and it extends to the place where the ignition is safe and = 疋 本 新 t explosion-proof two-stage water run Description of the preferred embodiment of the device. As for the materials, as shown in Figs. 4 and 5, == gun shaft II of gun filling tube 8 is provided with gunpowder II ': Y and gunpowder is connected and The outgoing fuze covers the 9 "one exit muzzle along the water and stone pack, and fills the gun 7 with water, and then adjusts the muzzle position of the gun 8 appropriately according to the burst: stand: south. in this way, The user can push the pusher 13 of the pedestal 1 with the push of a rod and push it privately, so that the new explosion-proof two-stage water cannon device can be aimed at the explosive and can be fired with gunpowder. Water column (unfilled water pipe can be properly detonated with air objects. In addition, the new type is effective; because the gun filling tube 10θ is refilled with a water cannon device, it is connected to the water cannon cover 9 and set Installation: It is quite easy to 'additionally' because it does not use electrical control modules, so it can be used at any time without unexpected failures. 4 It is mechanically damaged. M259904 has a low rate and is relatively inexpensive. Compared with the current electronically controlled detonator, which is used in conjunction with each other and complements each other, the new type of equipment has a high degree of industrial utility and market value. However, the above-mentioned ones are only the preferred embodiments of the new type, and it is not necessary. 5 This can limit the scope of the implementation of the new model, that is, simple equivalent changes and modifications made according to the scope of the patent application of the new model and the content of the new specification should still fall within the scope of the new patent. 】 Figure 1 疋 -Plane combination is not intended to illustrate a preferred embodiment of the new explosion-proof two-stage water cannon 10 device; Figure 2 is a partial cross-sectional schematic diagram of the preferred embodiment; Turn block; Figure 3 is another schematic cross-sectional view of the preferred embodiment; used to explain the rear pivot block; 15 Figure 4 is a schematic re-partial cross-sectional view of the preferred embodiment; Explains the running tube and the water cannon filling tube; and Figure 5 is the combination of the preferred embodiment of this embodiment; it is used to explain the adjustment and use of the new model. 20 8 M259904 [Description of the main elements of the diagram ] 5 10 1 Slide support base 11 Support plate 12 Pulley 13 Push section 2 Front adjustment plate 21 Positioning slot 3 Rear adjustment plate 31 Positioning slot 4 Front pole turning block 41 Perforation 42 Positioning lock hole 5 Rear pivoting block 51 Perforation 52 Locating keyhole 6 Locating bolt 7 Out of gun barrel 71 Out of gun 8 Water cannon filling tube 81 Shaft hole 82 Thread section 9 Water cannon cover 91 Screwing section 92 Engagement slot 93 Piercing hole 10 Gunpowder filling tube 101 Engaging part 15 9