M252001 捌、新型說明： 【新型所屬之技術領域】 本創作係關於一種強化塑膠飛彈發射管之氣密測試裝 置，尤指一種專用於檢測玻璃纖維強化塑膠材質製成 之飛彈發射管管壁是否達到預定之氣密性之氣密測試裝置 設計。 【先前技術】 飛彈是國家防衛體系中重要的防衛或攻擊性武器，因 此，大多數的國家平時都會準備預定數量的飛彈作為戰備 之用。飛彈平時存放時，為確保盆# Φ π隹你八充又％境及天候等因素 而影響其機件準確度及安全性，某些飛彈即會存置於玻璃 a (Fiberglass Reinforced Plastic ； FRP)# 質製成的發射管内，並於管内箱〜Mm m & ^充填預定的鈍性氣體後予以 氣密封存’藉由該強化塑膠挤私其 4胗知射管優良耐蝕性、高強度質 輕、使用哥命長等特性，提供碰溫一 捉仏I弹一個良好的防護及發射 使用之器具。 前述強化塑膠飛彈發射管於制 %町g於1造時，係將強化玻璃纖 維絲以缠絲法繞置預設的禮 _ 頂又的杈具上，再浸置於特定樹脂後， 經加熱固定成型後脫模取出 出所侍的管件。由於該強化塑膠 飛彈發射管之長度長，而故# + 士 強化玻璃纖維絲在纏絲的過程中M252001 新型 Description of the new type: [Technical field to which the new type belongs] This creation relates to an airtight test device for a reinforced plastic missile launch tube, especially a special type used to detect whether the wall of a missile launch tube made of glass fiber reinforced plastic material has reached Design of a predetermined air tightness test device. [Previous technology] Missiles are important defensive or offensive weapons in the national defense system. Therefore, most countries usually prepare a predetermined number of missiles for combat readiness. When missiles are usually stored, in order to ensure the pot # Φ π 隹 your eight-charge and environmental and weather factors affect the accuracy and safety of its parts, some missiles will be stored in glass a (Fiberglass Reinforced Plastic; FRP) # The launch tube is made of high quality, and it is sealed in the tube box ~ Mm m & ^ after it is filled with a predetermined inert gas. 'The reinforced plastic is squeezed out of the tube. It is known that the tube has excellent corrosion resistance, high strength and light weight. Using the characteristics of elder brother's life, etc., it provides a good protection and launching device. When the above-mentioned reinforced plastic missile launch tube was manufactured in 1%, the reinforced glass fiber filament was wound around a preset ceremony by a silk winding method, and then dipped in a specific resin, and then heated After the fixing is formed, the mold is taken out to take out the pipe fittings. Due to the long length of the reinforced plastic missile launch tube, # + 士 reinforced glass fiber filaments in the process of winding
可能會有疏密不均之部位，拌士、〜A ^ 仏成该發射管可能有氣密性不 之缺卩曰’故為確保造價高 门之飛彈封存於發射管中之安全There may be sparse and uneven parts. Mixing, ~ A ^ It is possible that the launch tube may have a lack of airtightness. So ‘to ensure the high cost of the missile ’s sealed storage in the launch tube.
性，該飛彈發射管於封存#溫乂认A 仔氣每則均需經過氣密性的檢測。 目前習用於強化塑膠飛强 7 I射官氣密性檢測之方法於 ‘作時’因該飛彈發射管的 車將其吊起後移置於水样中斤 偏長，通吊品精助吊 施壓，使立％入k m 设以機具對該封閉的發射管 览具/儿入水中，並對 視其管壁是否有A 4立 輪入高壓空氣，以檢 土疋Φ有乳泡產生， 否符合預定之標準。 欢山亥發射管之氣密性是 發射管之檢測方法說明中可 置水槽時，因發射管兩端封 需藉助機具強力施壓，使其 在操作上十分繁瑣不便，實The missile launch tube in the storage # 温 封 recognized A tantrum gas must be tested for air tightness. At present, the method used to strengthen the airtightness test of the plastic Feiqiang 7 I firing officer is 'at work' because the missile launch tube was lifted and then placed in a water sample. Apply pressure to make the %% km set the machine to the closed launch tube / children into the water, and check whether there is A 4 vertical wheel into the high pressure air on the wall of the tube, in order to detect the occurrence of milk bubbles in the soil. Whether it meets the predetermined criteria. The airtightness of the Huanshanhai launch tube is that when the water tank can be placed in the description of the test method of the launch tube, the two ends of the launch tube need to be strongly pressured with the help of machinery to make it very cumbersome and inconvenient to operate.
，由前述習用強化塑膠 以瞭解’該發射管藉由申車移 閉於水中具有一定的浮力，故 沉入水中方能進行氣密檢測， 有加進一步改善之必要。 【新型内容】 本創作之主 之氣密測試裝置 氣密檢測裝置。 要目的在於提供一種強化塑膠飛彈發射管 ，藉以，提供該發射管一項簡便易操作之 為達成前揭目的，本創作所提出之技術方案係令該強 化塑膠飛彈發射管之氣密測試裝置主要包括有-可容置發 射官及緒水之水槽以及一打氣裝置，該水槽上且具有可拆 組^定位件，用以將封閉的發射Μ位於水槽内的水面下 ’復由打氣裝置對封閉的發射管内輸入預定氣壓的氣體， 藉以檢視位於水下之發射管管壁是否有氣體外洩造成之水 泡’來測試發射管之氣密性是否合於標準，並藉此設計， 使其具有簡便易操作之特點，為該強化塑膠飛彈發射管提 供一項具有好用、實用效果之氣密檢測裝置。 【實施方式】 M252001 一有關本創作強化塑膠飛彈發射管之氣密測試裝置具體 …列’ #配合參閱第-圖所示，其主要包括有一可容置 發射管及儲水之水掸卩彳Ω > 虿了合罝 、、者…、、 ）、—儲水桶（1 4 )、-泵 有二及-打氣裝置（20) ’該本槽（1〇)上 ^二支（含）以上之可拆組定位件於本實施 例中，該定位件Γ Τ1 4只 、丄丄）口J馮一長條桿件，水槽（ ） 側壁鄰近上端槽口虚H卜 9 ( 1 0 } ^ 處5又有可供定位件（1 1 )穿設其中的 (1 2 )’该定位( 1 2 )之數量依發射管長度 =關=桶（14)係一可儲水的桶體，並外接-具 #鹿所1田 “ “ 1 3 ) ’用以對水槽（1 0 ) 二:：％用纟，該泵浦（1 6)可為沉水式或非沉水式 位= 實施例中係使用沉水式栗浦，其進水端 桶M ，0 )/，另外接一水管（1 6 1 )連接儲水 肖以將水槽（1 Q )中的水抽回至儲水桶（ 丄4 )内。 且該打氣裝置（20)係一具有空氣壓縮儲存輸出之器 :’其主要具有錯氣桶（2 1 )、接設於儲氣桶（2工） ^的空乳壓縮組件（22)以及高壓氣輸出管（2 ， :m(21)上可裝設氣壓計（24)，供作檢視儲 2 1)内部氣壓值之用，該高壓氣輸出管（23) t亦可裝設氣壓計（圖未示），供作檢視輸出氣壓值之用 本創作應用於強化塑膠飛彈發射管進行氣密檢測時， 〇二、三、四圖所示’其係將發射管（3 〇 )兩端以封 M252001 盖（3 1 )予以封 裝置（2 0 )之高 1 〇)中，另將定 並於定位件（1 1 (3 〇 )定位，其 水槽（1◦)内， 之後，以打氣裝置 發射管（3 0 )輸 此部份可經由高壓 如此，因發射管（ 氣壓，若發射管（ 會自該處產生氣泡 檢測作業。 當該發射管（ )將水槽（1 〇 ) 除發射管（3 0 ) 出發射管（3 0 ) 檢測作業。 閉’其一端之封苔 ^ v 孤（3 1 )並連接打氣 £-_(23)後，置放於水槽（ 位件（1 1 )插設於水槽（1 〇 )上， )下塾設固定塊（1 5 )壓羞該發射管 次’令儲水桶（Η)内預儲的水放入 v ^射吕（3 〇 )完全被淹沒於水下， (2〇)經由局壓氣輪出管（23)對 阿壓工氣，直至預定之氣壓值為止， 氣輸出管（2 3 ) i之氣壓計可檢知， 3 〇 )内部被輸入大於外界大氣壓力之 3 0 )笞壁上有氣密性不足缺陷時，即 ’精以完成該發射f ( 3 〇 )之氣密性 3 〇 )元成氣後檢測後，以栗浦（1 6 中的水抽送至儲水桶（i 4 )内，復拆 一端之高壓氣輸出管（2 3)洩壓，取 ，即可進行另一發射管（3 〇 )之氣密 經由以上說明中可以瞭解，本創作以其創新的技術方 案2計，確可為該強化塑膠飛彈發射管提供—項具有好用 、實用效果之氣密性檢測裝置，因此，本創作符合新型專 利要件，爰依法具文提出申請。 【圖式簡單說明】 (一）圖式部分 M252001 第一圖係本創作之立體外觀示意圖（代表圖） 第二、三圖係本創作之使用狀態前視參考圖。 第四圖係本創作之使用狀態側視參考圖。 k元件代表符號 - '(1 0 )水槽 (1 1 )定位件 (12)定位孔 (13)水管 (1 3 1 )開關 (14)儲水桶 (1 5 )固定塊 (1 6 1 )水管 (1 6 )泵浦 (2 0 )打氣裝置 (2 1 )儲氣桶 (2 2 )空氣壓縮組件 (2 4 )氣壓計 (23)高壓氣輸出管 (3 0 )發射管 (3 1 )封蓋According to the aforementioned conventional reinforced plastics, it is understood that the launch tube has a certain buoyancy when it is moved to the water by the car. Therefore, it is necessary to further improve the airtightness detection before immersing in the water. [New content] The main creator of this creation is an airtight test device. The main purpose is to provide a reinforced plastic missile launch tube, thereby providing a simple and easy operation of the launch tube. In order to achieve the purpose of the previous disclosure, the technical solution proposed in this creation is to make the reinforced plastic missile launch tube an airtight test device. It includes a water tank that can contain the launching officer and Xushui, and a pumping device. The tank has a detachable assembly ^ positioning member for closing the closed launcher M below the water surface in the tank. Input the gas with a predetermined pressure into the launch tube to check whether there is a water bubble caused by gas leakage in the wall of the launch tube located underwater to test whether the airtightness of the launch tube meets the standard and design it to make it convenient The easy-to-operate feature provides an airtight detection device for the reinforced plastic missile launch tube with a good and practical effect. [Embodiment] M252001 An airtight test device related to the creation of the reinforced plastic missile launch tube. The column is shown in the figure below. It mainly includes a water 掸 卩 彳 that can contain the launch tube and water storage. > Combined, ... ,, ... ,,-Water storage bucket (1 4),-Pump has two and-Air pumping device (20) 'The tank (10) has ^ two (inclusive) or more Detachable group positioning member In this embodiment, the positioning member Γ Τ4, 丄 丄) mouth J Fengyi long bar member, the side wall of the sink () is adjacent to the upper slot notched H 9 (1 0) ^ 5 There are (1 2) for the positioning part (1 1) to wear. The number of the positioning (1 2) depends on the length of the launch tube = off = bucket (14). It is a bucket that can store water and is connected to the outside-具 # 鹿 所 1 田 "" 1 3) 'to the sink (1 0) 2 ::% ％, the pump (16) can be submerged or non-submersible = the system in the embodiment Use submersible type Kuriura, its inlet bucket M, 0) /, and connect a water pipe (1 6 1) to the water storage tank to pump the water in the water tank (1 Q) back to the water storage bucket (丄 4) Inside. And the air-pumping device (20) is a device with air compression storage output: 'It mainly has a wrong air barrel (2 1), an air milk compression assembly (22) connected to the air storage barrel (2 workers), and a high pressure The gas output pipe (2,: m (21) can be equipped with a barometer (24) for viewing the storage 2 1) internal pressure value, the high pressure gas output pipe (23) t can also be equipped with a barometer ( (Not shown), for the purpose of viewing the output air pressure value. When this creation is applied to reinforced plastic missile launch tubes for air-tight detection, as shown in Figures 2, 3, and 4 ', the two ends of the launch tube (30) are Seal the M252001 cover (3 1) to the sealing device (20) at a height of 1 0), and position it in the positioning member (1 1 (3 0), inside the water tank (1)), and then use the air pump This part of the launch tube (30) can be passed through high pressure. Because the launch tube (air pressure, if the launch tube () will generate bubble detection operations from there. When the launch tube () removes the water tank (10) from the launch tube ( 3 0) Detect the launch tube (3 0). Close the seal on one end ^ v (3 1) and connect to the air pump £ -_ (23), then place it in the water tank (The position piece (1 1) is inserted into the water tank (10), and a fixed block (1 5) is set down to suppress the launch tube times, so that the water stored in the water storage bucket (放入) is put into v Lu (30) is completely submerged in the water, (20) presses the pressure gas through the outlet tube (23) of the local pressure gas wheel to a predetermined pressure value, and the barometer of the gas output tube (2 3) i can be It was found that 3 0) the interior was input more than 3 0 outside atmospheric pressure) when there was a defect of insufficient air tightness on the wall, that is, "fine to complete the emission of 3 (0) airtightness of the emission f (3 0)" into the gas After the post-test, pump the water from Lipu (16 into the water storage tank (i 4), re-assemble the high-pressure gas output pipe (23) at one end to release the pressure, take it, and then proceed to another launch tube (30). It can be understood from the above description that this creation, based on its innovative technical solution 2, can indeed provide the reinforced plastic missile launch tube with a useful and practical airtightness detection device. Therefore, this The creation complies with the requirements of the new patent, and the application is filed according to the law. [Simplified Illustration of the Schematic] (1) Schematic Part M252001 The first drawing is the original creation Schematic diagram of the three-dimensional appearance (representative picture) The second and third pictures are the front-view reference diagrams of the use state of this creation. The fourth picture is the side-view reference diagrams of the use state of this creation. K component represents the symbol-'(1 0) sink ( 1 1) positioning member (12) positioning hole (13) water pipe (1 3 1) switch (14) water storage bucket (1 5) fixed block (1 6 1) water pipe (1 6) pump (2 0) air pump device ( 2 1) Air storage barrel (2 2) Air compression assembly (2 4) Barometer (23) High-pressure gas output pipe (3 0) Launch tube (3 1) Cap