M434034 五、新型說明： 【新型所屬之技術領域】 本創作係有關於充氣啟動裝置，特別是指—種利用板動 動作達成料裝㈣職針位移刺穿驗，並相直接快速 對氣囊充氣的救生用充氣啟動裝置。 【先前技術】 目前救生衣或其他救生H材，就其充氣之方式而言，大 致可分為兩種，其一為自動充氣式之結構，另一為口吹式之 結構’其中’自動充氣式之結構’多半具有—空氣高壓氣瓶， 並配合相對的啟動結構以開啟氣瓶之封口進行充氣；值得注 意的是’由於「救生」為該充氣器材的主要使用目的，且使 用該充氣器材時係處於危急的情境之下，因此如何能夠令使 用者在慌亂的情況下，仍能快速啟動充氣為其重要且必要的 使用條件。 為此，本案創作人已提出一種中華民國專利申請號第 092131617號之『救生氣囊啟動結構』，如第丨圖所示，該啟 動結構10主要是由一氣瓶座11與一中空底殼12對合樞接 形成，並於該啟動結構10的相對兩侧分別成形為一樞結部 101以及一卡制部102供該氣瓶座11與該底殼丨2卡扣固定 的’其中，該氣瓶座11相對該底殼12之内面成形有一導氣 道13’該導氣道13係連通至一組設口 131供與氣瓶a組接， 以及一相對於該底殼12之充氣口 132供與摺疊設於該底殼 3 M434034 12内的氣囊B組接，該導氣道13 —侧設有一導引部14供 一撞針15可活動地穿置於内’且該撞針15透過樞接一連桿 16以樞設於該啟動結構10的樞結部1 〇 1，藉此，氣瓶a組 裝於該啟動裝置10後，只要扳動該氣瓶A即可藉該連桿16 牽引該撞針15尖端突伸至該導氣道14的組設口 ι41内，進 而擊穿氣瓶A封口使氣體經導氣道13及其充氣口 132，達 到對氣囊B快速充氣之目的。 惟，遠啟動結構10係以螺鎖方式與該氣瓶a及該氣囊 B組接’在使用或攜帶過程中’有可能因碰撞或操作不當產 生氣囊B未與充氣口 132緊密結合而洩氣，或氣瓶a封口 未能續利為撞針15擊穿等無法快速充氣之情況，尤其氣瓶 A作為扳動氣瓶座11之把手使用更會增加其鬆脫的可能 性，對於處在緊急慌亂情況下的使用者而言，上述問題將嚴 重延緩救緩’故習知救生氣囊啟動結構在實際使用上仍具有 進一步改善之空間。 【新型内容】 有鑑於上述習用之使用問題，本案創作人認為有必要加 以設計一種便於啟動充氣同時可確保氣瓶、氣囊與氣瓶座結 合強度之充氣啟動裝置。 本創作之目的在於提供一種充氣啟動裝置，其主要是在 一氣瓶座外部的相對兩侧，一側與該氣瓶組接，另側與一握 把樞接，並該氣瓶座内部設置一與該握把偏心樞接的擊穿 UJ4 件’藉此’該握把在扳動過程中，將同步牵引該擊穿件位移， 使其尖端擊穿該氣瓶後再退回原位，以令氣瓶内的氣體得以 ^速對該氣f充氣，且同時確保氣瓶得以順利釋出氣體充 氣。 β本創作之另一目的在於提供一種充氣啟動裝置，其主要 疋“氣瓶座供與軋囊組接的充氣口周侧，另設有一閉鎖裝 置’該閉鎖裝置包括—控制件，該控制件成形有—操作紐及 ，卡制凸，令該氣囊的氣嘴鎖設於該充氣口後，透過將該閉 鎖裝置的控制件的操倾凸設於該氣瓶座—側，並使該卡制 凸與該氣囊的氣嘴卡制岐，從而達到增加氣囊與氣瓶座的 結合強度及氣囊與充氣口的氣密程度之目的。 本創作之又一目的在於提供一種充氣啟動裝置，其主要 是該氣瓶座卿設有—祕座供麟蚊—域件，以便於 在使用後以軸氣件釋出氣囊内部的氣體，達到增加 用之便利性。 ’< 有關於本創作為達成上述目的，所採用之技術、手段及 其他功效’茲舉-較佳可行實施例並配合圖式詳細說明又如 【實施方式】 首先，請以第2圖配合第3圖觀之，本創作所提供一種 充氣啟動裝置的較佳實施例’其主要是在一氣瓶座2〇外部 抱接一握把30,並於該氣瓶座2〇内部設置一擊穿件卯及一 M434034 閉鎖裝置40，其中： 一氣瓶座20，具有相對之一樞接部21及一勾扣部22， 該氣瓶座20於該勾扣部22 —侧設有一組設口 23與該氣瓶 A組接’並於其底部設有一充氣口 24與該氣囊B組接’該 氣瓶座20内部成形有一導氣道25連通該組設口 23及該充 氣口 24,該導氣道25與該樞接部21之間成形有一作動空間 26及一導引部27， 於本實施例中，該氣瓶座20底部成形有一組設空間 28 ’該閉鎖裝置50係設於該組設空間28内，令一底蓋282 蓋設於該組設空間28’且該底蓋282具有一開口 283與該充 氣口 24連通；另，該氣瓶座20頂部設有一夾持座29，令一 洩氣件60為該夾持座29夾持固定； 一握把30，具有一樞結部31與該氣瓶座20的樞接部 21樞接’且該樞結部31 —側設有一偏心樞點311 ;於本實 施例中’該握把30係對應該氣瓶座20的勾扣部22成形有 一卡制部32，令該握把30與該氣瓶座20對合時，該勾扣部 22與該卡制部32卡掣固定； 一擊穿件40，具有一連桿41及一撞針42，該撞針42 係穿置於該氣瓶座20的導引部27，並成形有一容置於該導 氣道25的尖端421以及一容置於該氣瓶座2〇作動空間26 的樞設端422，令該連桿41 一端與該撞針42的樞設端422 柩接，另端與該握把30樞結部31的偏心樞點311樞接，此 M434034 外，該擊穿件40與該氣瓶座20導引部27之間設有至小 氣密Y半〜 ’供避免氣瓶A的氣體自該導引部27外茂； 一 pq ，从及 4鎖裝置50，係包括一控制件52，其成形有〜M434034 V. New description: [New technical field] This creation department is about the inflation starter, especially the kind of use of the plate movement to achieve the material loading (four) job needle displacement piercing test, and directly inflates the airbag directly Life-saving inflatable starter. [Prior Art] At present, life jackets or other life-saving H materials can be roughly divided into two types according to the manner in which they are inflated, one of which is an automatic inflatable structure, and the other is a mouth-blowing structure 'in which 'automatic inflatable type The structure 'mostly has - air high pressure gas cylinder, and with the relative starting structure to open the gas cylinder seal for inflation; it is worth noting that 'because "lifesaving" is the main purpose of the inflatable equipment, and when using the inflatable equipment It is in a critical situation, so how can the user quickly start the inflation as an important and necessary use condition in a panic situation. To this end, the creator of the present invention has proposed a "life-saving airbag starting structure" of the Republic of China Patent Application No. 092131617. As shown in the figure, the starting structure 10 is mainly composed of a cylinder holder 11 and a hollow bottom casing 12. Formed in a pivotal manner, and formed on the opposite sides of the starting structure 10 as a pivoting portion 101 and a locking portion 102 for the cylinder holder 11 to be fastened to the bottom casing 2, wherein the gas The bottle holder 11 is formed with an air guiding passage 13' with respect to the inner surface of the bottom case 12. The air guiding channel 13 is connected to a set of openings 131 for assembly with the gas cylinder a, and a gas inlet port 132 for the bottom housing 12 is provided. The air bag B disposed in the bottom case 3 M434034 12 is assembled, and the air guiding channel 13 is provided on the side with a guiding portion 14 for a movable pin 15 to be movably inserted therein and the striker 15 is pivotally connected to the connecting rod 16 is pivotally disposed on the pivoting portion 1 〇1 of the starting structure 10, whereby after the cylinder a is assembled to the starting device 10, the tip of the striker 15 can be pulled by the connecting rod 16 by pulling the cylinder A Projecting into the assembly opening ι41 of the air guiding channel 14, thereby breaking through the gas cylinder A seal to pass the gas through the air guiding channel 13 and Its inflation port 132 achieves the purpose of rapidly inflating the air bag B. However, the remote starting structure 10 is connected to the gas cylinder a and the airbag B in a screw-locking manner. During use or carrying, there is a possibility that the airbag B is not tightly coupled with the inflation port 132 due to collision or improper operation, and is deflated. Or the cylinder a seal fails to continue to be inflated for the impact of the striker 15 and can not be quickly inflated. In particular, the use of the cylinder A as the handle of the cylinder holder 11 increases the possibility of looseness, and is in an emergency panic. For the users below, the above problems will seriously delay the rescue. Therefore, the conventional rescue airbag starting structure still has room for further improvement in practical use. [New content] In view of the above-mentioned usage problems, the creators of this case considered it necessary to design an inflatable starting device that facilitates the activation of the inflation while ensuring the bonding strength of the gas cylinder, the airbag and the cylinder holder. The purpose of the present invention is to provide an inflation starting device, which is mainly disposed on opposite sides of an external cylinder holder, one side is connected to the gas cylinder, the other side is pivotally connected to a grip, and the inside of the cylinder holder is disposed. The breakdown UJ4 member pivotally connected to the grip eccentrically 'by this', during the pulling process, the gripper will synchronously pull the breakdown member to be displaced, and the tip thereof is broken through the gas cylinder and then returned to the original position, so that The gas in the cylinder is allowed to inflate the gas f at the same time, and at the same time ensures that the gas cylinder is smoothly released. Another object of the present invention is to provide an inflation starting device, which mainly comprises: "the cylinder side is provided with the rolling pocket and the peripheral side of the inflation port, and a locking device is provided." The locking device comprises a control member, the control member Forming an operation button, and engaging the protrusion, so that the air nozzle of the air bag is locked to the inflation port, and the control member of the locking device is protruded from the cylinder holder side, and the card is made The convexity and the air nozzle of the airbag are clamped, thereby achieving the purpose of increasing the bonding strength between the airbag and the gas cylinder seat and the airtightness of the airbag and the air inlet. Another object of the present invention is to provide an inflation starting device, which mainly It is the gas cylinder seat that has a secret seat for the Lin mosquito-domain parts, so as to release the gas inside the airbag with the shaft gas after use, thereby increasing the convenience of use. '< The above-mentioned objects, techniques, means and other efficiencies have been adopted. - The preferred embodiments are described in detail in conjunction with the drawings, and the embodiments are as follows. First, please refer to FIG. 2 in conjunction with Figure 3, the present application. Provide an inflated The preferred embodiment of the moving device is mainly for holding a grip 30 outside a cylinder holder 2, and a breakdown member and a M434034 locking device 40 are disposed inside the cylinder holder 2, wherein: The bottle holder 20 has a pair of pivoting portions 21 and a hooking portion 22, and the cylinder holder 20 is provided on the side of the hooking portion 22 with a set of openings 23 and the cylinder A is connected to the bottom of the bottle holder 20 An air inlet 24 is formed in the airbag B. The air cylinder seat 20 is internally formed with an air guiding passage 25 communicating with the grouping opening 23 and the inflation port 24. The air guiding channel 25 and the pivoting portion 21 are formed with an action. The space 26 and a guiding portion 27, in the embodiment, the bottom of the cylinder holder 20 is formed with a set of space 28'. The locking device 50 is disposed in the assembled space 28, so that a bottom cover 282 is covered. The bottom cover 282 has an opening 283 communicating with the inflation port 24; further, the top of the cylinder holder 20 is provided with a clamping seat 29 for holding a venting member 60 for the clamping seat 29. Fixed; a grip 30 having a pivoting portion 31 pivotally connected to the pivoting portion 21 of the cylinder holder 20 and having an eccentric pivot on the side of the pivoting portion 31 In the present embodiment, the grip 30 is formed with a locking portion 32 corresponding to the hook portion 22 of the cylinder holder 20, and when the grip 30 is engaged with the cylinder holder 20, the hook portion is formed. 22 is fixed to the locking portion 32; a breakdown member 40 has a connecting rod 41 and a striker 42 which is inserted into the guiding portion 27 of the cylinder holder 20 and is formed with a receiving portion A tip end 421 of the air guiding channel 25 and a pivoting end 422 received in the operating space 26 of the cylinder holder 2 are connected to one end of the connecting rod 41 and the pivoting end 422 of the striker 42. The eccentric pivot point 311 of the grip 30 pivoting portion 31 is pivotally connected. The outer portion of the puncturing member 40 and the guide portion 27 of the cylinder holder 20 is provided with a small airtight Y half ~ 'for avoiding the cylinder A The gas is externally molded from the guiding portion 27; a pq, and the 4 locking device 50 includes a control member 52 formed with ~
鈕522及—士生丨„ A 产 卡制凸523，令該控制件52設於該氣瓶座2〇的 充乳口 24周側’該操作#似&設於該氣瓶座2〇 一侧以和 制該卡制凸523與該氣囊B之一氣嘴B1卡制固定。i 以上所述即為本創作實施例主要構件及其組態說明， 於本創作較佳實_的操作方式及其功效，做以下說明1 吻以第3圖配合第4、5圖觀之，本創作充氣啟動 主要是湘扳純把3G的動糊步㈣該擊 的尖端421進入該氣航座2〇的組設口 24内 氣瓶A再退回該導氣道25内，以令氣體快速對該氣囊^ :如第3圖所示，本創作充氣啟動裝置未使用 42尖端421受該連桿41牵引而内飨童針 円縮於在該導氣道25内； 心當該握把30開始扳動時，如第4圖所示，該握把心 、、、。邻31的偏心樞點311隨之旋動， 奸冰 切進而帶動該連桿41牵引 該撞針42往該組設口 23推進刺穿名& 利穿虱瓶Α的封口使氣體釋 ，接著如第5 @所示，當該握把⑽轉約⑽度時， Γ點311則隨其旋動至其初始位置上方，同時帶動該連桿 牵引該撞針42内縮退回該導氣道^離開該氣瓶A封 口使氣體得以快速釋出，達到對該氣囊B快速充氣之目的。 另’請配合參閱第6圖所示，本釗作充氣啟動裝置的閉 M434034 鎖裝置50係包括一連接件5卜該控制件52及一彈性件53， 其中： 該連接件51，係成形為環形結構並對應該氣瓶座20的 充氣口 24周側設置，該連接件51周壁開設有相對之二橫切 口 511’且該連接件51内緣成形有相對之二旋導槽512分別 連通至該二橫切口 511，令氣囊B的氣嘴藉該旋導槽512旋 入該橫切口 511而鎖設結合； 該控制件52 ’係呈片狀結構，其一側凹設有·一凹口 521，該凹口 521之相對兩端各成形為該操作鈕522及該卡 制凸523’令該控制件52的凹口 521對應該連接件51設置， 該操作鈕522自該氣瓶座20側口 281凸伸至外部，該卡制 凸523沿該X方向凸設，並穿置於該連接件5ι的其中一該 橫切口 5U無㈣B的氣嘴切，該㈣件％相對該凹 口 521之另側並成形有-沿該χ方向延伸之抵柱似； 該彈性件53，係套設於該控制件52之該抵柱524，令 =性件53頂抵於該座2()組設空間28之周壁與該控 制件52的抵柱524之間； 稽此，該控制件 ，心| 1职弗〇圖所示，將4 田欲將亂囊Β的氣嘴與該連接 出時’透過施力按壓該操作紐52 鎖〜 方向壓制彈性件53並 一料52沿驾 使該卡制凹52退出該橫七 523，令氣嘴得以順利旋入鎖結或旋出取出。 請配合參閱第7、8圖所示，本創作充氣啟動裝置的氣 瓶座20透過上述結構而具有可配合多種不同形態的氣囊使 用，提升該充氣啟動裝置的使用多樣性及便利性；如第7圖 所示，該氣囊B係充氣後成形為一環形氣囊，且該氣囊兩末 端處設有一扣合結構，其係如公母扣所構成者，供使用將該 氣囊B對合扣住後套設於身體使用，又如第8圖所示，該氣 囊B係充氣後成形為一便於使用者環抱的長形氣囊。 綜上所述，本創作充氣啟動裝置透過該握把3〇的扳動 動作牵引該擊穿件40穿刺氣瓶A後復位，達到避免氣瓶A 受扳動動作影響阻礙氣體釋出，該氣囊B透過_裝置％ 之卡制固定’不僅增加氣囊B與氣瓶座2G充氣σ 24的結合 強度，祕升氣囊Β氣嘴B1與絲σ 24的氣密程度，有 效避免氣囊鬆脫所造成之$氣狀況；此外，本創作充氣啟動 和不同形態的氣囊Β組接’以及設有該減件6〇, 更提升充氣㈣裝置的錢多樣性及便利性。 【圖式簡單說明】 第1圖習知充氣啟動裝置之結構剖視示意圖。 第2圖本創作充氣啟動裝置之結構外觀示意圖。 第3圖本創作第2圖3_3剖線之結構剖視示意圖。 第4圖本創作第3圖之握把枢轉^丨撞針尖端穿刺進入組 設口之結構剖視示意圖。 M434034 第5圖本創作第4圖之握把樞轉牽引撞針尖端退回充氣 道，以及氣瓶、氣袋組設於充氣座之結構局部剖視 不意圖。 第6圖本創作充氣座底部閉鎖裝置之組合結構示意圖。 第7圖本創作配合組設具有扣合結構的環形氣囊之使用狀 態示意圖。 第8圖本創作配合組設長形氣囊之使用狀態示意圖。 【主要元件符號說明】 《習知》 氣瓶A 氣囊B 啟動結構10 樞結部101 卡制部102 氣瓶座11 底殼12 導氣道13 組設口 131 充氣口 132 導引部14 撞針15 連桿16 《本新型》 氣航座20 樞接部21 勾扣部22 組設口 23 充氣口 24 導氣道25 作動空間26 導引部27 組設空間28 侧口 281Button 522 and 士士丨 A A production card projection 523, such that the control member 52 is provided on the circumferential side of the filling port 24 of the cylinder holder 2 'This operation is like & set in the cylinder holder 2〇 One side of the card protrusion 523 and one of the air bag B of the air bag B are fixed and fixed. i The above is the main components of the creation embodiment and the configuration description thereof, and the operation mode of the present invention is better. And its effect, do the following description 1 Kiss with the third picture with the 4th, 5th view, this creation of the inflatable start is mainly Xiang pull pure 3G moving step (four) the tip 421 of the hit into the gas seat 2〇 The gas cylinder A in the set port 24 is retracted into the air guide channel 25 to allow the gas to quickly move the air bag. As shown in Fig. 3, the present inflated starting device is not pulled by the link 41 by the 42 tip 421. The inner child's needle is constricted in the airway 25; when the grip 30 starts to be pulled, as shown in Fig. 4, the eccentric pivot point 311 of the grip, the adjacent 31 is rotated. Actuating, smashing the ice and then driving the connecting rod 41 to pull the striker 42 to the set of ports 23 to advance the piercing name & the seal of the bottle through the bottle to release the gas, and then as shown in the fifth @@ When the grip (10) is rotated by about 10 degrees, the defect point 311 is rotated to the upper position thereof, and the link is pulled to pull the inner end of the striker 42 to retract the air guide channel. Quick release, to achieve the purpose of rapid inflation of the airbag B. Please refer to Figure 6, as shown in Figure 6, the closed M434034 lock device 50 of the pneumatic starter includes a connecting member 5 and the control member 52 and a The elastic member 53, wherein: the connecting member 51 is formed into an annular structure and disposed on the circumferential side of the inflation port 24 of the gas cylinder holder 20. The peripheral wall of the connecting member 51 is provided with two opposite lateral slits 511' and the connecting member 51 The inner edge is formed with the opposite two guiding grooves 512 respectively communicating with the two transverse slits 511, so that the air nozzle of the air bag B is screwed into the transverse slit 511 by the rotating guide groove 512 to lock the coupling; the control member 52' a sheet-like structure having a notch 521 recessed on one side thereof, and opposite ends of the recess 521 are formed such that the operation knob 522 and the locking protrusion 523' make the notch 521 of the control member 52 correspond to each other. The piece 51 is disposed, and the operation button 522 protrudes from the side port 281 of the cylinder holder 20 to the outside. The clamping protrusion 523 is protruded in the X direction, and is inserted into one of the connecting pieces 5 ι of the transverse slit 5U without (4) B, and the (4) piece is formed on the other side of the notch 521 The elastic member 53 is sleeved on the abutting post 524 of the control member 52, so that the deforming member 53 abuts against the peripheral wall of the seat 2 () assembly space 28 and The control member 52 is between the abutting posts 524; hereby, the control member, the heart|sports, as shown in Fig. 1, will be pressed by the force applied to the gas nozzle of the sac. The operation button 52 locks the direction and presses the elastic member 53 and drives the card recess 52 to withdraw the transverse seventh 523, so that the air nozzle can be smoothly screwed into the lock or unscrewed. Referring to Figures 7 and 8, the cylinder holder 20 of the present inflated starter device has the above-mentioned structure and can be used with a plurality of different types of airbags to enhance the use diversity and convenience of the inflator starting device; 7 is shown in the figure, the airbag B is inflated and formed into an annular airbag, and a fastening structure is arranged at both ends of the airbag, which is formed by a male and female buckle, and is used for fastening the airbag B after being engaged. The sleeve is placed on the body, and as shown in Fig. 8, the airbag B is inflated to form an elongated airbag that is convenient for the user to embrace. In summary, the creation of the inflation starting device pulls the puncture member 40 through the gripping action of the gripper 3, and then resets the cylinder A, so as to prevent the cylinder A from being affected by the pulling action and hindering the release of the gas. B is fixed by the device _ device%' not only increases the bonding strength between the airbag B and the gas cylinder seat 2G inflation σ 24, but also the airtightness of the airbag ventilator B1 and the wire σ 24 to effectively avoid the looseness of the airbag. In addition, the creation of the inflatable starter and the different forms of the airbag Β 接 ' and the reduction of 6 〇, to enhance the money diversity and convenience of the inflatable (four) device. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic cross-sectional view showing the structure of a conventional inflation starting device. Fig. 2 is a schematic view showing the structure of the present inflated starting device. Fig. 3 is a cross-sectional view showing the structure of the second line of Fig. 3_3. Fig. 4 is a cross-sectional view showing the structure of the gripping port of the handle of the third embodiment of the present invention. M434034 Fig. 5 is a partial cross-sectional view of the structure of the gripping pivotal striker tip of the present invention, and the structure of the cylinder and the airbag set in the inflatable seat. Fig. 6 is a schematic view showing the combined structure of the bottom locking device of the created inflatable seat. Fig. 7 is a schematic view showing the state of use of an annular airbag having a fastening structure. Fig. 8 is a schematic view showing the state of use of the long airbag in the creation of the present invention. [Main component symbol description] "Knowledge" Gas cylinder A Airbag B Starting structure 10 pivoting portion 101 Carding portion 102 Gas cylinder seat 11 Bottom shell 12 Air passage 13 Group port 131 Inflator port 132 Guide portion 14 Needle pin 15 Rod 16 "This new type" Air carrier 20 pivoting portion 21 Hooking portion 22 Grouping port 23 Inflating port 24 Air guiding channel 25 Actuating space 26 Guide portion 27 Group space 28 Side port 281