M357293 * ， 八、新型說明： 【新型所屬之技術領域】M357293 * , VIII, new description: [New technical field]
I 本創作係有關於用在救援時的水火箭拋繩器之技術 領域，尤指一種以水火箭當作拋射體，以水來進行充填， 且於使用時以肩射式進行操作，不但結構輕巧簡單，更能 便於操作的拋繩器。 籲【先前技術】 水火箭顧名思義是一種以水作為推力媒介之火箭，其 主要是將高壓氣體與水灌入水火箭中，根據高壓流往低壓 的原理，在喷嘴打開後，高壓氣體迅速的將水推出喷嘴， . 根據牛頓第三運動定律的作用，給水火箭一·個反作用力而 , 使水火箭向前衝。 而一般的拋繩器係被用來搶救被困在沙洲或是河中 ® 的受困者，或為兩地之間架設流籠等最有效率的工具；其 . 係利用拋繩器前端所組射的火箭筒與救生繩索連設，以當 • 啟動拋繩器使火箭筒順利發射時，即可一併作長距離的拋 射救生繩索，而順利達成搶救受困者或是架設流籠等目的。 而目前可見的拋繩器可參考我國公告第482299號及 第524305號專利，然，此兩種習知的拋繩器係利用壓縮空 氣瓶及灌充器具以發射火箭筒而當作拋繩搶，以將火箭筒 5 •M357293 ’（拋射體）發射出去；在使用時’使用者必須雙手提握住 壓縮空氣瓶及灌充器，並將其抵止在地面上，使用起來不 方便；而且必須同時攜帶笨重的壓縮空氣瓶與灌充器具， 十分不方便隨時攜帶。 為了解决此Μ題，亦有習知的技術揭露，請參考我 國公告帛549430號專利，係以水火箭當作是抛射體，但其 結構複雜，體積過大，於攜帶時甚不方便’且水火箭係完 全裝設在發射筒外，不但使發射筒需要較長的長度，而且 發射時會導致方向偏移的狀況。 由於使用拋繩器的地點大部分都是有水的地方，因此 如何利用周遭自然就存在的物質，以減少救援時間並提高 攜帶時的方便性，而且能降低發射時偏移的狀況發生，因 此有再加以改進之必要。 【新轚内容】 本幻作之主要目的，在於解決上述的問題而提供一種 利用事發地__水流為^具的水讀進行倾，當作 拋繩的救援工具的拋纖器。 本作的另-目的’在於提供—種便於攜帶，且於使 用時係以相式進行操作，並㈣㈣的拋繩器。 本創作的再一目的，在於提供一種可以降低發射時彈 6 ,M357293 * 道偏移狀況發生的拋繩器。 為達前述之目的，本創作之肩射式水火箭拋繩器包含 :一具有第一端及第二端的筒身，該第一端形成用以插置 一水火箭的發射口；一設置在該筒身的第二端内的充填接 頭；一設置在該筒身外緣且與該充填接頭連接的板機；以 及一設置在該筒身外的第一側的繩筒，在該繩筒上繞射有 一預定長度的拋繩，具有一第一端及一第二端，該拋繩的 • 第一端係連接在該繩筒。 較佳者，該肩射式水火箭拋繩器更進一步包含一設置 在該筒身外緣的握把，而該板機則固定在該握把上。 較佳者，該筒身由該第一端朝該第二端方向，延伸有 . 數個導槽，各導槽係供該水火箭之尾翼穿過，以導引該水 . 火箭的行進方向。 較佳者，該水火箭設有一連結部，係用以連接該拋繩 ® 的第二端，使發射該水火箭後將該拋繩拉出。 藉此，可以發生地點的水源填充水火箭，且使用者在 使用時將筒身靠置於使用者肩上，並以手握持於握把來操 作板機以發射水火箭，而筒身所設置之各個導槽可供水火 箭之尾翼穿置，使水火箭發射時可由各導槽來導引水火箭 的發射方向，同時縮短筒身（發射筒）長度，以縮小整體 體積，達到便於攜帶的目的；而救援人員將水火箭朝遠處 7 M357293 目的地發射出去時，即藉由水火箭的連結部拉出捲繞在繩 筒的抛繩，使水火祕㈣遠處目的_ 1提供抛繩給 受®在遠處目㈣（沙洲或河中）的人員加以固定或是架 設流籠，以達到救援或是輸送物資、人員之目的。 、，本創作上述之目的及優點’不難從下述所選用實施例 之詳細說明與附圖中，獲得深入瞭解。 當然，本創作在某些另件上，或另件之安排上容許有 所不同，但所之實施例，則於本朗書中，予以詳細 說明，並於附圖中展示其構造。 【實施方式】 月 > 閱圖1至圖4 ’其係本創作所勒—實施例之 示。 圖 糾轉㈣1㈣2,其分職示賴作之部分剖 視體外觀圖。本創作之肩射式水火箭拋繩器i包含 一阊身2、一充填接藤q 碩3、—握把4、一板機5以及一繩筒 6。 . l’j 了^ 2係為—中空圓筒結構’具有-第-端2a及一 第二：b，在第一端％處形成一發射口 ?!，係用以組設 一水火箭7，而在筒身9 Z上游第一端2a往第二端2b的轴 向方向’延伸有數個導 ^ ♦槽22 ’係可使水火箭7的尾翼71 M357293 穿經，以便於發射水火箭7時，導引水火箭7的發射方向， 以減少發射時彈道偏移的狀況發生；而由於有導槽找的設 計’水火箭7可裝設在筒身2中，進而縮短筒身2的長度’ 使拋繩器1的整體體積變小而易於攜帶。 充填接頭3為一般水火箭的充填元件，在市面上均有 發售’故其詳細結構不再加以贅述。充填接頭3係設置在 筒身2的第—端2a内’當水火箭7組設在筒身2内時，水 火箭7的尾部即連接充填接頭2，由充填接頭3外接水源 、將水液充填至水火箭7内。由於在使賴繩^救援時， ^部分都發生在有大量水流的地方，因此水源紋，在進 :尺火箭的充填時，不需要再另外攜帶水箱供水，減少攜 w救援時所需的備用設備。‘ 握把4係设置在筒身2外緣，較佳者，係設置在鄰近 真接碩3處’令使用者放在肩上欲進行發射時，一手握 住握把4’另-手則撐住或是抓住筒身2，以形成最佳發射 安勢。 7、f機5係裝設在握把4上，且連接到充填接頭3,當 ^火前7充填水液到待發射狀態時，使用者扣下板機5， > °釋放水火μ 7與充填接頭3的連接，藉由水火箭内的 :體氣壓將充填在水火箭7内的水液排出，使水火箭7發 H fltj 去。 M357293 請再同時參閱圖3及圖4，係分別表示本創作於抛射 前及拋射後的示意圖。繩筒6係設置在筒身2外的—第_ 側2c ’較佳者’繩筒6的軸向方向係與筒身2的軸向方向 平行。 若使用者慣用左手者’設置繩筒6的筒身2第一側& 為左側（圖3的上方），若使用者慣用右手者，設置繩筒6 的筒身2第-側2c為右側（圖3的下方，即如圖3所示)。 而在繩请6上繞設有-預定長度的抛繩8，抛繩8具 有一第一端8a及一第二端8b，拋繩8的第一端如係連接 在繩筒6 ’拋繩8的第二端8a係連接在水火箭7的一連接 # 72 (如圖3所示）’當水火箭7發射出去時，水火箭7 會將拋繩8依序拉出，直到水火箭7到達預定的目的地為 止。 當然，為了能更方便使用、拆卸與配合不同使用者及 場所使用，繩筒6及拋繩8係可拆換，繩筒6係如上所述， 為了配合慣用左手或是右手的使用者’可以拆換配置在筒 身的左側或式右侧，而拋繩8為了配合救援目的地的距離 長短，可使用不同長度的拋繩8，並同時配合不同筒徑的 繩筒8。 因此，藉由上述的結構，本創作的結構十分簡單，且 體積較小，使拋繩器可直接置放在使用者的肩膀上進行發 .M357293 • 射操作；且可利用救援場地附近水源的水液，進行發射元 件（水火箭）的充填，無須再另外攜帶備用水箱當作水源， 更是便於攜帶與節省準備時間；再者，筒身具有導槽的結 構設計，縮短了整體體積，也同時能導引水火箭的發射方 向，以減少發射彈道偏移的狀況發生；因此，本創作的拋 繩器的確能達到上述本創作的目的。 以上所述實施型態之揭示係用以說明本創作，並非用 • 以限制本創作，故舉凡數值之變更或等效元件之置換仍應 隸屬本創作之範疇。 由以上詳細說明，可使熟知本項技藝者明瞭本創作的 確可達成前述目的，實已符合專利法之規定，爰提出專利 . 申請。 【圖式簡單說明】 • 圖1係表示本創作一實施例之部分剖視圖； 圖2係表示本創作該實施例之立體外觀圖； 圖3係表示本創作於拋射前的示意圖；以及 圖4係表示本創作於拋射後的示意圖。 【主要元件符號說明】 1 肩射式水火箭抱繩器 M357293I This creation department is about the technical field of water rocket throwers used in rescue, especially a water rocket as a projectile, filled with water, and operated by shoulder beam when used, not only structure Lightweight and simple, easier to operate the rope thrower. [Previous technology] The water rocket, as its name implies, is a kind of rocket with water as the thrust medium. It mainly injects high-pressure gas and water into the water rocket. According to the principle of high-pressure flow to low pressure, after the nozzle is opened, the high-pressure gas rapidly transfers water. Launching the nozzle, according to the action of Newton's third law of motion, the water rocket is given a reaction force to make the water rocket forward. The general rope thrower is used to rescue trapped people trapped in sandbars or rivers®, or to install the most efficient tools such as flow cages between the two places; The rocket launcher is connected with the life-saving rope to enable the long-distance projectile rescue rope to be used together when the rope thrower is started to make the rocket launcher smoothly. The goal of rescue the trapped person or erecting the cage is successfully achieved. At present, the known rope throwers can refer to China's Announcement Nos. 482299 and No. 524305. However, the two conventional rope throwers use a compressed air bottle and a filling device to launch a rocket launcher and use it as a throwing rope. To launch the rocket launcher 5 • M357293 ' (projectile body); in use, the user must hold the compressed air bottle and the filler in both hands and hold it against the ground, which is inconvenient to use; Carrying bulky compressed air bottles and filling equipment is very inconvenient to carry at any time. In order to solve this problem, there are also known technical disclosures. Please refer to China's Announcement No. 549430. The water rocket is used as a projectile, but its structure is complex, the volume is too large, and it is very inconvenient to carry. The rocket system is completely installed outside the launch tube, which not only makes the launch tube require a long length, but also causes a direction shift when it is launched. Since most of the locations where the rope ripper is used are water-containing places, how to use the substances that naturally exist around them to reduce the rescue time and improve the convenience of carrying, and to reduce the occurrence of offset during launch, There is a need for further improvement. [New Content] The main purpose of this illusion is to solve the above problems and to provide a fiber reel that uses the water reading of the __ water flow as a rescue tool for throwing rope. Another purpose of the present invention is to provide a rope thrower that is easy to carry and that operates in phase mode when used, and (d) (d). A further object of the present invention is to provide a rope ripper that can reduce the occurrence of the deflection of the projectile 6 and M357293*. For the purpose of the foregoing, the shoulder-mounted water rocket rope thrower of the present invention comprises: a barrel having a first end and a second end, the first end forming an emission port for inserting a water rocket; a filling joint in the second end of the barrel; a trigger disposed on the outer edge of the barrel and connected to the filling joint; and a rope barrel disposed on the first side of the barrel, the rope drum A throwing rope having a predetermined length is wound thereon, having a first end and a second end, and the first end of the throwing rope is coupled to the rope drum. Preferably, the shoulder-shot water rocket rope thrower further comprises a grip disposed on an outer edge of the barrel, and the trigger is fixed to the grip. Preferably, the barrel extends from the first end toward the second end, and has a plurality of guiding grooves, and the guiding channels are passed through the tail of the water rocket to guide the water. The traveling direction of the rocket . Preferably, the water rocket is provided with a joint for connecting the second end of the throwing rope to release the rope after the water rocket is launched. Thereby, the water source of the place can be filled with the water rocket, and the user puts the barrel on the user's shoulder when using the hand, and holds the hand to the grip to operate the trigger to launch the water rocket, and the barrel body The guiding channels are arranged for the tail of the water rocket to be worn, so that the water rocket can be guided by the guiding grooves to guide the launching direction of the water rocket, and the length of the barrel (the launching tube) is shortened to reduce the overall volume and to be portable. Purpose; when the rescuer launches the water rocket towards the distant destination of 7 M357293, the rope thrown around the rope drum is pulled out by the joint of the water rocket, so that the water fire secret (4) is far away. Fix or erect the personnel in the remote (4) (shazhou or river) to rescue or transport materials and personnel. The above objects and advantages of the present invention are not difficult to understand from the detailed description of the selected embodiments and the accompanying drawings. Of course, the present invention may be different in some of the parts, or the arrangement of the parts, but the embodiments are described in detail in the book, and the construction is shown in the drawings. [Embodiment] Month > Read Fig. 1 to Fig. 4' is a representation of the present invention. Figure Correction (4) 1 (4) 2, and its partial view shows the appearance of the section. The shoulder-fired water rocket throwing device i of the present invention comprises a body 2, a filling vine q shu 3, a grip 4, a plate machine 5 and a rope drum 6. L'j ^ 2 is - hollow cylinder structure 'has - first end 2a and one second: b, forming a launch port at the first end %!!, used to set up a water rocket 7 And a plurality of guide grooves 22' extending from the first end 2a upstream of the barrel 9 Z to the axial direction of the second end 2b can pass the rear wing 71 M357293 of the water rocket 7 to facilitate launching the water rocket 7 At the same time, the direction of the launch of the water rocket 7 is guided to reduce the occurrence of the ballistic offset during the launch; and because of the design of the guide groove, the water rocket 7 can be installed in the barrel 2, thereby shortening the length of the barrel 2 'The overall size of the rope thrower 1 is made smaller and easy to carry. The filling joint 3 is a filling element for a general water rocket and is available on the market. Therefore, the detailed structure thereof will not be described again. The filling joint 3 is disposed in the first end 2a of the barrel 2. When the water rocket 7 is set in the barrel 2, the tail of the water rocket 7 is connected to the filling joint 2, and the water source is externally connected by the filling joint 3, and the water is supplied. Filled into the water rocket 7. Because some of them occur in the place where there is a large amount of water flow when the ropes are rescued, the water source pattern does not need to carry the water tank separately when filling the rockets, reducing the spare time required for carrying the rescue. device. ' The grip 4 is placed on the outer edge of the barrel 2, preferably, it is placed adjacent to the real connection 3'. When the user puts it on the shoulder to launch, hold the grip 4' in the other hand. Hold or grasp the barrel 2 to create the best launching momentum. 7, f machine 5 is installed on the grip 4, and is connected to the filling joint 3, when the pre-fire 7 is filled with water to the state to be launched, the user deducts the trigger 5, > ° release water fire μ 7 and Filling the joint of the joint 3, the water filled in the water rocket 7 is discharged by the body pressure in the water rocket, so that the water rocket 7 sends H fltj. M357293 Please refer to Figure 3 and Figure 4 at the same time, which are schematic diagrams showing the creation before and after the ejection. The rope drum 6 is provided on the outer side of the tubular body 2, and the axial direction of the rope drum 6 is parallel to the axial direction of the tubular body 2. If the user is accustomed to the left-handed person's first side & the left side of the barrel 6 is the left side (above in Fig. 3), if the user is used to the right hand, the first side 2c of the barrel 2 of the rope barrel 6 is set to the right side. (Bottom of Figure 3, as shown in Figure 3). And a rope 8 for a predetermined length is wound around the rope 6. The rope throwing 8 has a first end 8a and a second end 8b, and the first end of the rope 8 is connected to the rope drum 6' The second end 8a of the 8 is connected to a connection #72 of the water rocket 7 (as shown in Figure 3). When the water rocket 7 is launched, the water rocket 7 will pull the rope 8 out in sequence until the water rocket 7 Arrived at the scheduled destination. Of course, in order to be more convenient to use, disassemble and cooperate with different users and places, the rope drum 6 and the rope throwing 8 are detachable, and the rope drum 6 is as described above, in order to cooperate with the left-handed or right-handed user' The disassembly is arranged on the left side or the right side of the barrel, and the length of the throwing rope 8 in order to match the rescue destination can be used with different lengths of the rope 8 and at the same time with the rope barrels 8 of different diameters. Therefore, with the above structure, the structure of the creation is very simple and small in size, so that the rope thrower can be placed directly on the user's shoulder for the hair. M357293 • Shooting operation; and the water source near the rescue site can be utilized. The water liquid is filled with the launching element (water rocket), no need to carry the spare water tank as a water source, and it is easy to carry and save preparation time; further, the tubular body has a structural design of the guide groove, which shortens the overall volume, At the same time, it can guide the launching direction of the water rocket to reduce the occurrence of the trajectory offset; therefore, the rope thrower of the present invention can achieve the above purpose of the creation. The above description of the embodiments is intended to be illustrative of the present invention and is not intended to limit the present invention, so any change in value or replacement of equivalent elements should still fall within the scope of the present invention. From the above detailed description, it will be apparent to those skilled in the art that the present invention can achieve the aforementioned objectives, and has been in compliance with the provisions of the Patent Law, and has filed a patent. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a partial cross-sectional view showing an embodiment of the present invention; Fig. 2 is a perspective view showing the embodiment of the present invention; Fig. 3 is a schematic view showing the creation before ejection; Indicates the schematic of the creation after the ejection. [Main component symbol description] 1 Shoulder-shooting water rocket rope holding device M357293
2 筒身 2a 2b 第二端 2c 21 發射口 22 3 充填接頭 4 5 板機 6 7 水火箭 71 72 連接部 8 8a 第一端 8b 第一端 第一側 導槽 握把 繩筒 尾翼 拋繩 第二端2 barrel 2a 2b second end 2c 21 launch port 22 3 filling joint 4 5 board machine 6 7 water rocket 71 72 connection part 8 8a first end 8b first end first side guide groove grip rope tail tail throwing rope Two ends
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