201226004 、指定代表圖： (一)本案指定代表圖為：第（三）圖。 (二)本代表圖之元件符號簡單說明 • • 藥物輸送裝置（1 ) 藥物輸送加壓管（1〇 ) 主流氣體入口（1 1 ) 藥物輸出口（12) 藥罐固定基座（1 3) 振盪片置放糟（131) 插孔（14) 振盪片（15) 振盪片基板（151 ) 通孔（16) 藥罐固定座（2 0) 插孔（21) 振盪片固定壓板（22) 固定及防漏卡榫（2 3 ) 藥罐（3 0) 藥物輸送管（31) 可調式藥物輸送内管（3 2) 微針管滴口（3 21) 定量壓力輸入引流孔（3 3) 藥罐安瓶卡座（3 4) 五、發明說明： 【發明所屬之技術領域】 本發明係關於一種定量引流霧化喷射裝置，透過壓力輸送藥液至滴管 口，可選擇抽換以微孔式振盪片使藥物再霧化或直接以液滴型態進入加壓 管加速噴出之高速霧化傳輸系統，可輕易替換所需藥物安瓶罐及選擇微孔 式振盪片霧化之藥物定量輸送裝置。 【先前技術】 按，目前於美容'醫學方面之注射裝置種類繁多，但真正的無針式真 皮層藥物傳輸系統是非常少的，現今使用之液體注射器大多為具有一搶型 本體，其設有一腔室或外殼供裝載藥物，並連接有高壓氣體，且利用高壓 201226004 原理’將沒射器壓在患者皮膚，當推動扳機，藥液會自搶口以柱狀嘴出並 射入肌膚翻輸送效果’故會造成肌膚傷口及疼痛，且如需更換藥物則必 須全面滅I肖毒手續繁多，另-種麵是以壓力直接㈣物霧化喷出，此 種輸送方法仍無法達到A皮層輸送所需速度及準奴量之要求。 無針式的注射器因具有使用上之便利性與實用性是未來發展的趨勢， 、見7、’’β構叹计上仍有未盡完善致使用上仍有缺失而待改進茲分析如 下：201226004, designated representative map: (1) The representative representative of the case is: (3). (2) A brief description of the symbol of the representative figure • • Drug delivery device (1) Drug delivery pressure tube (1〇) Main gas inlet (1 1) Drug outlet (12) Canister fixing base (1 3) Oscillation plate placement (131) Jack (14) Oscillator (15) Oscillator substrate (151) Through hole (16) Can holder (2 0) Jack (21) Oscillator fixed plate (22) Fixed And leak proof cassette (2 3 ) Medicine tank (3 0) Drug delivery tube (31) Adjustable drug delivery inner tube (3 2) Micro needle tube drip (3 21) Quantitative pressure input drain (3 3) Ampoule card holder (3 4) V. Technical Description: The present invention relates to a quantitative drainage atomization spraying device, which can deliver a liquid medicine to a drip tube through a pressure, and can be selectively exchanged for microporous The oscillating plate re-atomizes the drug or directly enters the pressurized tube to accelerate the ejection of the high-speed atomization transmission system in a droplet form, and can easily replace the required drug ampoules and select the microporous oscillating plate atomization drug quantitative delivery device . [Prior Art] According to the current, there are many kinds of injection devices in the beauty medical field, but the real needle-free dermal layer drug delivery system is very few. Most of the liquid injectors used today have a grab type body, which is provided with a The chamber or the outer casing is filled with drugs, and is connected with high-pressure gas, and the high-pressure 201226004 principle is used to press the micro-imager on the patient's skin. When the trigger is pushed, the liquid medicine will self-grab the mouth and the skin will be delivered to the skin. The effect 'will cause skin wounds and pain, and if you need to change the drug, you must completely eliminate the I toxic process. The other type of surface is sprayed directly by pressure (four), this method can not reach A cortical transport The required speed and the required quantity. Needle-free syringes are the future development trend due to their convenience and practicability. See 7, and there are still some imperfections in the use of the anatomy.
丄、—般無針式液體藥物輸送器仍以液柱方式輸送為主。 2、 一般無針式液體藥物噴霧輸送器所產生之顆粒不均一定量不精準， 且無法達到喷出ΙΟΟιη/秒以上之速度。 3、 -般藥物輸送器通常為不可拆卸，無法自行拆解進行$青潔或保養 工作’尤其是管内清潔，亦無法完善。 -般液體霧儲在充填藥物或安裝、更換藥瓶上極為不便利，過程乾 時又費力；經常前次使用之騎會有殘留之藥液留滞於管内，如因清潔不 當或更換其他藥物使用該設備時，將導致患者有治療上風險。/ /不 有鐘於此，本創作人特別設計針對以上問題尋求解決之道，終在不斷 試驗'改良後’終有此-創新、便利又實用之「藥物輸送裝置」產生， 能造福業界與社會大眾。 月 【發明内容】 控制液態藥物霧 本發明之目的一在於提供一種可更換藥罐之連續微量 化高速噴出之藥物輸送裝置。 本發明之目的二在於提供-種可拆卸式之藥物輸馳合裝置，藉 到各別零件可拆卸清洗或更換之功能。 本發明之目的三在於提供-種可選_換仏_容器料之藥物輸 201226004 送裝置，以及包括採用可更換式藥罐連接座設計，經由或更換滴管口 徑或搭配微孔式霧化振盈片，強化霧化效率以獲得更細敏均相之喷射霧化 效果。 依據上述諸項目所設計成之—健實酬^賴物輸送裝置，包括 有藥物輸送加壓管’内為利用文氏管原理製成兩端圓錐孔相連且中間 形成喉部’其中—圓錐孔為主流氣體人口，另—圓錐孔為藥物輸出口，於 該藥物輸送加壓管靠近主流氣體入口之周面形成有一藥罐固炫座，其表 面.又有兩相對插孔’底面適位設有_通孔與_孔相通·，—藥罐固定座， 為-矩形平板贿，可吻合封蓋上述藥罐@定基座，且設有—與上述通孔 相對之插孔’又該藥罐固定座面向藥罐固定基座表面形成兩相對之固定及 防漏卡榫；及一藥罐’為可替換式且可為任意形狀，其具有-不定向之藥 物輸送管’且端_成有-卡緣可插人上叙插瞒形蚊位，該藥物輸 送管内並設有-端突出有—微針管滴口之可調式藥物輸送内管，及一遠離 該藥物輸送管方向雜形成有—定懿力輸人引流孔；藉以達到藥物定量 輸送及藥液加壓霧化射出之功效。 依據上述諸項目所設計成之另一較佳實施例為：該藥物輸送裝置，包 括有.一藥物輸送加壓管，内為利用文氏管原理製成兩端圓錐孔相連且中 間形成喉部，其一圓錐孔為主流氣體入口，另一圓錐孔為藥物輸出口，於 該藥物輸送加壓管靠近主流氣體入口之周面形成有一藥罐固定基座，其表 面設有一呈矩形凹陷之振盪片置放槽，及位於該振盪片置放槽兩相對邊上 之插孔，該振盪片置放槽内嵌置有一附有振盪月基板之振盪片，且底面適 位設有一通孔與圓錐孔相通，該振盪片為極薄片體且表面均勻佈設有多數 的微孔；一藥罐固定座，為一矩形平板型態，可吻合封蓋上述振盪片置放 槽，且設有一與上述通孔相對之插孔，又該藥罐固定座面向振盪片置放槽ρ 201226004 之表面形成有一略凸起之振盪片固定壓板，可壓固上述振盪片之振盪基 板’及兩相對之m定及防漏卡榫，可於該藥罐固定座封閉藥罐固定基座時 吻合欲入相對應之插孔内定位；及一藥罐，為可替換式之任意形狀，其具 有不定向之藥物輸送管，且端緣形成有一卡緣可插入上述插孔時形成定位 用’該藥物輸送管内並設有—端突出有—微針管滴口之可調式藥物輸送内 管’且遠離該藥物輸送管方向適位形成有一定量壓力輸入引流孔及一藥罐 安瓶卡座；藉由定量屋力推送源推送藥液至微針管滴口或由佈滿微孔之振 w侧後，進人藥物輸送加壓管_祕化，或是達到二次霧化射出之 •功效。 兹進-步配合_，以本㈣祕輸送裝置之健實施例，俾令 貴審委員能對本發明有更深入且具體的瞭解。 【實施方式】 請參閱第-圖，係揭露有本發明一較佳實施例之藥物輸送裝置之組成 結構，如圖面所示，該藥物輸送裝置（丄）包括有： -藥物輸送祕管（i 0)，内為文氏管原理製成_圓錐孔相連 ►且中間形成喉部，其中一圓錐孔為主流氣體入口（ 1 1 )，另-圓錐孔為藥 物輸出Π (1 2 )，於該藥物輸送加壓管（i ◦)靠近主流氣體入口（工工） 之周面形成有-藥罐Μ基座（i 3 ),且表面設有—端孔緣為階級狀之通 孔U 6 )與圓錐孔妳該通孔（i 6 )之直徑在實際實施上需小於_ 以下為最佳； -藥罐（3 0 )’為可替換式且可為任意形狀，其具有一不定向之藥物 輸送管（31)可配合藥物輸送加壓管（i 〇)之結合便利而自行變化， 且端緣形成有-卡緣，可插入上述之通孔（i 6)形成定位，於該藥物輸 送管（3 i )内設有一可調式藥物輪送内管（3 2 )，該可調式藥物輸送内 5 201226004 管（3 2 )之-端突出有一微針管滴口（ 3 2工)，又職針管滴口（ 3 2 1 )之直徑於實際實施上需小於i咖以下為最佳，該藥罐遠離該 藥物輸送管（31)方向適位形成有—定量壓力輸人引流孔（3 3)及-藥罐女瓶卡座（3 4)，又，該可調式藥物輸送内管（32)之周面在製作 上係同咖合於齡輸辦（31)内麵及職π 6)喊面，俾且 有定位找；柯獅絲鱗軸场妓柳t，域_規則狀 之粗糙面，使之不易自藥物輸送管（3丄）内掉落。 請參閱第二圖，係揭露依第1之局部結構剖面示意圖；依據上述各 ，元，在組合上，係將義（3 G)_難輸送管⑴）插設結合於 樂物輸送加壓管（10)之藥罐固定基座（13)之通孔（16)内藉 =藥物輸送管（31)端緣之卡緣緊密吻合於通孔⑴）之階級狀孔緣 處’以細咖，，♦可調她輪姆（3 2)兩端分別插 ^密合於藥物輸送管（3U及通孔（16)之内壁面使該藥物輸送管 / 1) 1犬出之微針管滴口（3 21)能位於通孔（16)與圓雜孔 ^送^藥=接滴入藥物輪送加壓管（1 ◦)…如此以完成整個 樂物輸送裝置（1)之組裝。 請參閱第目係揭露有本發㈣_較佳實施例之含振翻之藥物 送裝置組成結構，如圖面所示，該藥物輪送裝置⑴包括有： 且^藥物輸送加錄（1⑴，内為文氏管原理製成_錐孔相連 2間形綱，其中—_料域驗口⑴）十圓錐孔為藥 ^出口（1 2) ㈣觀峨（1⑴靠近織體人口（⑴ :形成有一藥罐固定基座(1 3 )，其表面設有一呈矩形凹陷之缝片 槽（1 3 1)及位於該振|片置放槽（m )兩相對邊上之插孔（1 4)，該麵置放槽（131)内提供嵌置—附有麵基板（ΐ5ι) 201226004 ‘ 之振盈片（1 5 ) ’且底面適位設有一通孔（1 6 )與圓錐孔相ϋ，該振盖 片（15)為極薄片體且表面均句饰設有多數的微孔；另外，該振盈片基 板（1 5 1)之厚度略大於振盪片（工5 )，故當該振盪片（工5 )置入振 盪片置放槽（131)内時’令該振i片（工5 )為懸空型態，且該振盈 片基板（1 5 1)利用導線以外接方式電性連結一控制機板（圖面未顯示》 俾藉由控纖板之控齡雜W ( i 5 ) _高速振動效果； -藥罐固定座（2 G )，為-矩形平板魏，可吻合封蓋上述振蓋片置 放槽（1 3 且設有一與上述通孔（16)相對應且一端孔緣形成階級狀 之插孔（2 1)，又該藥罐固定座（2 〇)面向振盛片置放槽（i 3)之表 面形成有一略凸起之振盪片固定壓板（2 2 )，可壓固上述振盪片（1 5 ) 之紐基板（1 5 1 )，及兩減之g)定及賴卡榫（2 3 )，可於該藥罐 固疋座（2 0)封閉藥罐固定基座（12)時吻合|入相對應之插孔（工 4 )内定位；在實施上可令定及防漏卡榫（2 3 )之直徑與插孔（丄 4)之直徑製成相當’或是固定及防漏卡榫（2 3)之直徑略大於插孔（丄 4)之直徑，使兩者結合時能具一定程度之迫緊效用，而不輕易分離’又 _ 魏盪制定難（2 2 )表面可形成増加雜與止滑效果之設計，如規 則或不規則狀之粗糙面； 一樂罐（3 0 )，為可替換式且可為任意形狀，其具有一不定向之藥物 輸送管（31)且端緣形成有一·^緣，可插入上述之插孔（21)時形成 定位，該藥物輸送管（31)内並設有一可調式藥物輸送内管（3 2)，該 可調式藥物輸送内管（3 2)之一端突出有一微針管滴口（ 3 2丄），及一 遠離該藥物輸送管（31)方向適位形成有一定量壓力輸入引流孔（3 3 ) 與一藥罐安瓶卡座（3 4 );又，該可調式藥物輸送内管（3 2 )之周面在 製作上係同時密合於藥物輸送管（31)内壁面及通孔（16)内壁面， 201226004 ‘俾具找_果；柯採卿财轉_切效果之設計，如規則或不 規則狀之粗糙面，使之不易自藥物輸送管（3工）内掉落，並可保持與振 盈片（1 5 )間隔〇. 2〜5mm之調整距離。 請併參閱第四、五圖，係揭露依第三圖内容組成之藥物輸送裝置外 觀與剖面示意圖；關於藥物輸送加壓管（工〇)與藥罐固定座（2 〇)之 組0上係將振蘯片置放於藥物輸送加壓管（1〇)周面上之藥 罐固定基座（i 3 )表面之㈣片置放槽（工3工）内復以藥罐固定座 (2 0 )吻合封閉該振盪片置放槽（1 3 i )，且利用其振㈣固定壓板（2 • 2 )對議（i 5 )之_基板（χ 5 i )進行擠壓以及固定及防 漏卡榫（2 3)嵌入對應插孔（工4)内追緊定位而形成固定並使紐 片（1 5 )於該缝片置放槽（1 3 i )内為懸空以利振動；當上述組合 完成後再與藥罐（3 0 )做結合，係將_( 3 Q )之藥物輸送管（川 與藥物輸送加壓管（i 〇)上藥罐固定基座（工3)周面上之藥罐固定座 (2 0)相結合，使藥罐（3 〇)與藥物輸送加座管（工〇)内形成相通 連，並使藥物輸送管（3 iβ之微針管滴口（ 3 2 i)能位於通孔（工 • 6)與圓錐孔相連處’以利藥液直接滴入藥物輸送加壓管（工〇 )内如 此以元成另一型邊之樂物輸送裝置（1 )之組裝。 請續參第六圖，係揭露有本發明另—較佳實施例之藥物輪送裝置動作 示意圖；如圖中所示，於藥物輸送加㈣（丄〇 )右侧（圖面方向）為主 流氣體入口（ 1 1 )，係外接有主流氣體高壓輸入，同時，藥罐〇 〇 )之 定量屋力輸入引流孔（3 3)則連結有定量壓力推送源（3 5 )，其功能為 可調整定量之㈣輸人，藉雌力推送定量_( 3 Q )内之藥液經藥物 輸送管（3 1)、可調式藥物輸送内管（3 2)，由端緣之微針管滴口（3 21)以少量之水滴狀落下’落至於高速振動之振盈片（工5)後形成霧 201226004 . 化之細^子狀態，再由紐片（1 5 )表面佈滿之微孔進人齡輸送加 壓管（1 0 )’此時域氣體高壓輸人會推動該霧化後之驗，並由藥物輸 出口（12)以霧化喷出。此種將藥液先行霧化後再以加壓霧化喷出之作 法，能使藥液之霧化效果更均勻。 請再參閱第七圖，係揭露有本發㈣—較佳實施例之無錄片之藥物 輸送裝置局部結構示_ ;其中_ ( 3 〇 )之藥物輪送管（3 U 與藥物輸送加壓管（10)上藥罐峡基座α 3)周面上之藥罐固定座 (2 G )相結合，使藥罐（3㈤與藥物輸送加壓管（1 G ) Ν形成相通 ，，該藥物輸送管（31)内具有一附設微針管滴口（ 3 2 i)之可調式 藥物輸送内e ( 3 2 )，使贿罐（3 〇 )⑽裝之紐侧定體力推送 源（3 5 )由引流孔（3 3)導入至微針管滴口（3 2 i)以少量水滴狀 方式輸出，惟不同處在於：該藥罐固定基座（13)與藥罐固定座（2 〇) 所失空間内並無設置振盪片（1 5 )，即未提供高速振__，且触 論輸送管（31)内可調式藥物輸送内管（3 2)之位置，使微針管滴 口（3 21)位於通孔（16)與藥物輸送加壓管（10)連接處，使少 φ 量水滴狀輸出之藥液能直接輪送至藥物輪送加壓管（1〇)内。 請接續參閱第八騎不’係娜有本發明再—較佳實施例之藥物輸送 裝置動作示意圖；如圖中所示，於藥物輸送域管（工〇 )右側（圖面方 向）為主流氣體入口（1 D’係外接有主流氣體高壓輸入，同時藥罐（3 〇)内之定量壓力推送源來自於^量壓力輸人引流孔（33)外部所連結 之定量塵力推送源（3 5)所提供之定量屋力輸入，藉此麼力傳輪至藥罐 (3 0 )内之藥液經藥物輸送管（3工）、可調式藥物輸送内管（3 ^， 由端緣之微針管滴口（3 2 i)以少量水滴狀落下直接通過通孔（丄6) 流入藥物輸送加麼管（1〇)内，此時主流氣體高塵輸入會推動該霧化後 201226004 - 之藥液’並由藥物輸出口（12)以霧化喷出。此種將藥液以定量水滴狀 輸出再加壓霧化喷出之作法，同樣能使藥液形成氣液混合之霧化效果，惟 藥物之選私奴餘度_，方祕_域化輸送效果。 請-併參Μ第九®所揭露有本㈣—較佳實施例之實際實施示意圖、 及第十圖所揭露有本發明-健實補之實際實施動作示意圖；其中之藥 物輸送裝置（1 )’不論是第-、第二或第三實施例之型態，在實際使用上， 均可結合-組相互配合之外殼體（3 )，使整個藥物輸送裝置⑴被完整 籲地包覆於内’藉此一方面保護及固定該藥物輸送裝置（1 )，且具有較佳之 手握性，另一方面則確保藥液霧化加壓喷出之穩定性。 特點說明： 1、 本發明之藥物輸送裝置主要設有可拆卸式之藥物輸送加壓管、藥 罐固疋座及藥罐’可依藥液黏稠度差異選擇所需合適口徑之微針管滴口， 提供不同霧化喷出效果。 2、 本發明之藥物輸送裝置除設計如上述第丄點結構外，亦可選擇搭 配含微孔振盡片設計提供不同霧化之喷出效果。 • 3、本發明之藥物輸送裝置中之各單元均透過組合方式結合成-體， 故在更換、拆裝及洗紅相當制，且_毒後可重覆·，進而降低成 本。 綜上所述本發明ϋ物輸送裝置」確如上所陳，達到預期目的及功 效且經查相關資料，又未見有雷同或近似，完全符合專利申請之積極要 件，爰依法具文提出申請。 惟’以上所述者，僅林發明之較佳實補而已，鱗職限定本發 明之實施範圍；舉凡依本發明申請專利範圍之精神所為之等效變化或修 錦’皆應為申請專利範圍所涵蓋。 201226004 f圖式簡單說明j 一較佳實施例之藥物輸送裝置之組成結構圖; 、一圖之局部結構剖面示意圖； f三圖係科㈣—健實施例之藥婦送裝置之_結構圖； 四圖係依苐二圖内容組成之藥物輸送裝置外觀示意圖： 第五圖係鮮四@之局雜翻面示意圖； 意圖 第六圖係本發明另—較佳實施例之藥物輸送裝置動作示意圖； 第七圖係本發明再一較佳實施例之藥物輸送裝置局部結構剖面示 第八圖係本發明再―較佳實施例之藥物輸送裝置動作示意圖； 第九圖係本發明—較佳實施例之實際實施示意圖； 第十圖係本發明一較佳實施例之實際實施動作示意圖。 藥物輸送加壓管（1〇 ) 藥物輸出口（ 12) 振盪片置放糟（13 1) 振盪片（1 5) 通孔（16) 插孔（21) 固定及防漏卡榫（2 3 ) 藥物輸送管（31) 微針管滴口（3 21) 藥罐安瓶卡座（3 4) 外殼體（3) 【主要元件符號說明】 藥物輸送裝置（1) 主流氣體入口（11) 藥罐固定基座（13) 插孔（14) 振盪片基板（151) 藥罐固定座（2 0) 振盪片固定壓板（2 2) 藥罐（3 0) 可調式藥物輸送内管（3 2) 定量壓力輸入引流孔（3 3) 定量壓力推送源（3 5)丄, the general needle-free liquid drug delivery device is still mainly transported by liquid column. 2. The particle unevenness produced by the general needle-free liquid drug spray conveyor is not accurate, and the speed of the spray ΙΟΟιη/sec or more cannot be achieved. 3. The drug delivery device is usually non-removable and cannot be dismantled for self-cleaning or maintenance work, especially in tube cleaning. - The general liquid mist is extremely inconvenient to fill the medicine or install or replace the medicine bottle. The process is dry and laborious; often the last used ride will leave the residual liquid in the tube, such as improper cleaning or replacement. When the device is used with the device, it will result in a patient's therapeutic risk. / / There is no such thing as this, the creator specially designed to solve the above problems, and finally continue to test the 'improved' of this - innovative, convenient and practical "drug delivery device", can benefit the industry and Community. [Invention] Control of liquid drug mist One object of the present invention is to provide a drug delivery device for continuously miniaturizing high-speed ejection of a replaceable canister. Another object of the present invention is to provide a detachable drug delivery device by means of detachable cleaning or replacement of individual parts. The third object of the present invention is to provide an optional _ _ _ container material for the drug delivery 201226004 delivery device, and includes the use of a replaceable canister connector design, via or replace the dropper diameter or with a micro-aperture atomization The film is enhanced to enhance the atomization efficiency to achieve a finer and more uniform spray atomization effect. According to the above-mentioned items, the design of the health-receiving device, including the drug delivery pressure tube, is made by using the venturi principle to form the conical holes at both ends and forming a throat in the middle. For the mainstream gas population, the other cone-shaped hole is the drug outlet, and a medicine tank solid seat is formed on the circumferential surface of the drug delivery pressure tube near the mainstream gas inlet, and the surface thereof has two opposite jacks. There is a _ through hole and _ hole communication, - the medicine tank holder, is a rectangular plate bribe, can be anastomosed to cover the above medicine tank @ fixed base, and is provided with a socket opposite the above-mentioned through hole The can holder is formed on the surface of the can fixed base to form two opposite fixed and leakproof cassettes; and a canister 'is replaceable and can be any shape, which has a non-oriented drug delivery tube' The card-edge can be inserted into the scorpion-shaped mosquito net, and the drug delivery tube is provided with an adjustable drug delivery inner tube protruding at the end-micro-needle tube drip, and a direction away from the drug delivery tube - Dingli force input drain hole; to achieve drug quantification The effect of delivery and pressurized spray of liquid medicine. According to another preferred embodiment of the above items, the drug delivery device comprises: a drug delivery pressure tube, wherein the venturi tube is used to form the conical holes at both ends and the throat is formed in the middle. One tapered hole is a mainstream gas inlet, and the other tapered hole is a drug outlet. A medicine tank fixing base is formed on a circumferential surface of the drug delivery pressure pipe near the mainstream gas inlet, and a surface thereof is provided with a rectangular concave oscillation. a slot for placing the slot and an insertion hole on opposite sides of the oscillating plate receiving slot, wherein the oscillating plate receiving slot is embedded with an oscillating plate with an oscillating moon substrate, and the bottom surface is provided with a through hole and a cone The oscillating plate is a thin sheet body and a plurality of micropores are uniformly arranged on the surface; a medicine tank fixing seat is a rectangular flat plate type, and the oscillating plate placing groove can be anastomosed and closed, and a through hole is provided a hole opposite the hole, and the can holder fixing surface is formed on the surface of the oscillating plate receiving groove ρ 201226004 to form a slightly convex oscillating plate fixed pressing plate, which can press the oscillating plate of the oscillating plate and the two opposite sides The leakage cartridge can be positioned in the corresponding socket when the can holder is closed to fix the base of the medicine can; and a medicine can is any shape that can be replaced, and has a drug delivery tube that is not oriented. And the edge of the edge is formed with a card edge to be inserted into the jack to form a positioning drug in the drug delivery tube and provided with an end-projection-adjustable drug delivery inner tube of the microneedle tube drip and away from the drug delivery tube Forming a certain amount of pressure input drainage hole and a medicine tank ampoule holder; pushing the liquid medicine to the microneedle tube drip or by the vibration side of the micro-hole by the quantitative home force push source, entering the drug delivery pressure Tube_secretization, or the effect of secondary atomization. Into the step-by-step cooperation _, with the health of the (four) secret transport device, you can have a deeper and more specific understanding of the invention. [Embodiment] Referring to the drawings, a composition of a drug delivery device according to a preferred embodiment of the present invention is disclosed. As shown in the figure, the drug delivery device comprises: - a drug delivery catheter ( i 0), the inside is made by the principle of venturi tube _ conical hole connection ► and the throat is formed in the middle, one conical hole is the main gas inlet (1 1 ), and the other conical hole is the drug output Π (1 2 ), The drug delivery pressure tube (i ◦) is formed near the main gas inlet (worker), and has a canister base (i 3 ), and the surface is provided with a through hole U 6 whose end hole edge is a class. ) and the tapered hole 妳 the diameter of the through hole (i 6 ) is actually less than _ is the best in practice; - the canister (30) is replaceable and can be any shape, which has a non-directional orientation The drug delivery tube (31) can be changed by the combination of the drug delivery pressure tube (i 〇), and the end edge is formed with a card edge, which can be inserted into the above-mentioned through hole (i 6) to form a position for the drug delivery. An adjustable drug delivery inner tube (3 2 ) is arranged in the tube (3 i ), and the adjustable drug delivery inner 5 201226004 (3 2 ) - the end protrudes from a micro-needle tube drip (3 2 workers), and the diameter of the service needle drip (3 2 1) is preferably less than i coffee below the actual implementation, the drug can is away from the drug The direction of the conveying pipe (31) is formed into a quantitative pressure input drain hole (3 3) and a drug bottle female bottle holder (34), and the circumferential surface of the adjustable drug delivery inner tube (32) is Production of the same department with the coffee in the age of the office (31) inside and π 6) shouting face, and there is a positioning to find; Ke Shi silk scale shaft field 妓 Liu t, domain _ regular shape of the rough surface, making it difficult Dropped from the drug delivery tube (3丄). Referring to the second figure, a schematic cross-sectional view of a partial structure according to the first aspect is disclosed; according to the above, the element, in combination, is a combination of the meaning (3G)_difficult transport tube (1)) and the music conveying pressure tube. (10) The through hole (16) of the medicine tank fixing base (13) is borrowed = the edge of the edge of the drug delivery tube (31) is closely matched to the level of the hole of the through hole (1)) , ♦ adjustable her wheel (3 2) two ends are respectively inserted into the drug delivery tube (3U and the inner wall of the through hole (16) to make the drug delivery tube / 1) 1 dog out of the micro-needle tube drip ( 3 21) Can be located in the through hole (16) and the round hole ^ send medicine = drop into the drug delivery press tube (1 ◦) ... so as to complete the assembly of the entire music conveying device (1). Please refer to the disclosure of the structure of the drug delivery device with a tumbling according to the present invention. The drug delivery device (1) includes: and drug delivery (1 (1), The inside is made by the principle of venturi tube. The cone hole is connected with 2 shapes, among which -_Material inspection (1)) Ten conical holes for medicine ^Export (1 2) (4) Guanlan (1 (1) close to the mass of the body ((1): formation There is a medicine tank fixing base (13), the surface of which is provided with a rectangular recessed slot slot (1 31) and a socket (1 4) on opposite sides of the vibration plate receiving slot (m). The surface placement groove (131) is provided with an embedded surface plate (1 5 ) with a surface substrate (ΐ5ι) 201226004 ', and a through hole (1 6 ) is opposite to the tapered hole. The vibrating cover piece (15) is a pole piece body and a plurality of micro holes are decorated on the surface; in addition, the thickness of the vibration piece substrate (1 51) is slightly larger than that of the oscillation piece (work 5), so when the oscillation When the sheet (work 5) is placed in the oscillating plate setting groove (131), the vibration plate (work 5) is in a suspended state, and the vibration plate substrate (1 5 1) is electrically connected by a wire. Link one Machine board (not shown) 俾 Controlled fiber board controlled age W ( i 5 ) _ high-speed vibration effect; - Medicine tank holder (2 G), - rectangular plate Wei, can be fitted with the above cover The vibrating cover is placed in the slot (1 3 and is provided with a jack (2 1) corresponding to the through hole (16) and having a hole edge at one end, and the can holder (2 〇) faces the vibrating piece The surface of the placing groove (i 3) is formed with a slightly convex oscillating plate fixing platen (2 2 ), which can press the base plate (1 5 1 ) of the oscillating plate (15), and the two subtracted g) And Laika 榫 (2 3 ), which can be used to fix the positioning of the canister (12) when the canister (20) is closed, and is positioned in the corresponding jack (Work 4); The diameter of the fixed and leak-proof cassette (2 3 ) is equivalent to the diameter of the socket (丄4) or the diameter of the fixed and leak-proof cassette (2 3) is slightly larger than the diameter of the socket (丄4). To make the combination of the two can have a certain degree of tight effect, not easy to separate 'again _ Wei Dang difficult (2 2) surface can form the design of the addition and anti-slip effect, such as the rough of rules or irregularities Face The can (30) is replaceable and can be of any shape, and has an unoriented drug delivery tube (31) and the edge is formed with a rim which can be inserted into the above-mentioned insertion hole (21) to form a positioning. The drug delivery tube (31) is provided with an adjustable drug delivery inner tube (32), and one end of the adjustable drug delivery inner tube (32) protrudes with a microneedle tube drip (32 丄), and a distance The drug delivery tube (31) is oriented to form a certain amount of pressure input drainage hole (3 3 ) and a medicine tank ampoule holder (3 4 ); and, the circumferential surface of the adjustable drug delivery inner tube (3 2 ) In the production process, it is closely adhered to the inner wall surface of the drug delivery tube (31) and the inner wall surface of the through hole (16), 201226004 'cooking tool to find _ fruit; Ke Caiqing financial conversion _ cutting effect design, such as regular or irregular roughness Face, so that it is not easy to fall from the drug delivery tube (3 workers), and can maintain the distance from the vibration (1 5) 〇. 2~5mm adjustment distance. Please refer to the fourth and fifth figures to reveal the appearance and cross-section of the drug delivery device composed of the contents of the third figure; the group of the drug delivery compression tube (worker) and the canister holder (2 〇) Place the vibrating piece on the surface of the canister fixing base (i 3 ) on the circumference of the drug delivery pressurizing tube (1〇), and then refill the canister holder (2) 0) Close the oscillating plate placement groove (1 3 i ), and use the vibration (4) fixed platen (2 • 2) to squeeze and fix the _ substrate (χ 5 i ) of the (i 5 ) The cassette (23) is embedded in the corresponding jack (Work 4) to be positioned and fixed, and the button (15) is suspended in the slot placement slot (13 i) for vibration; After the combination is completed, it is combined with the medicine can (30), and the drug delivery tube of _(3Q) is applied to the circumference of the drug delivery tube (I 〇). The combination of the canister holder (20) allows the canister (3 〇) to be connected with the drug delivery cannula (worker) and the drug delivery tube (3 iβ microneedle tube drip (3 2 i) can be located in the pass (Working • 6) Connected to the conical hole. 'Eliant liquid is directly dripped into the drug delivery pressurization tube (work). This is the assembly of the other type of music transport device (1). Figure 6 is a schematic view showing the action of the drug delivery device of another preferred embodiment of the present invention; as shown in the figure, on the right side (in the drawing direction) of the drug delivery plus (4) (丄〇) is the mainstream gas inlet ( 1 1 ), external high-pressure input of mainstream gas is connected, and the quantitative home power input drain hole (3 3) of the medicine tank is connected with a quantitative pressure pushing source (3 5 ), and its function is adjustable quantitative (4) In the case of input, the female drug in the quantitative _( 3 Q ) is pushed through the drug delivery tube (3 1), the adjustable drug delivery inner tube (32), and the microneedle tube drip (3 21) at the end edge. A small amount of water drops fall down to the high-speed vibration of the vibrating sheet (gong 5) to form a fog 201226004. The fineness of the state, and then the micro-holes filled with the surface of the sheet (15) into the human age Tube (10) 'At this time, the gas high pressure input will push the atomization test, and the atomic spray is sprayed from the drug outlet (12). This method of atomizing the liquid and then spraying it by pressurized atomization can make the atomization effect of the liquid more uniform. Please refer to the seventh figure, which discloses the present invention (4) - the preferred embodiment The partial structure of the drug delivery device without recording is shown as _; wherein the medicine wheel of the _ (3 〇) (3 U and the drug delivery pressure tube (10) on the base of the drug tank gorge α 3) The can holder (2G) is combined to form a canister (3(f)) in communication with the drug delivery pressurizing tube (1G), and the drug delivery tube (31) has an attached microneedle tube drip (3 2 i) The adjustable drug delivery inner e ( 3 2 ), so that the bribe can (3 〇) (10) is equipped with a button for the body push (3 5 ) to be introduced into the microneedle nozzle (3 2 i) by the drainage hole (3 3) It is output in a small amount of droplets, but the difference is that there is no oscillating piece (1 5 ) in the space lost in the tank fixing base (13) and the tank holder (2 ,), that is, no high-speed vibration is provided. _, and the position of the adjustable drug delivery inner tube (32) in the delivery tube (31), so that the microneedle tube drip (3 21) is located at the junction of the through hole (16) and the drug delivery pressure tube (10) So that a small amount of liquid φ output of the teardrop-shaped wheel directly to the pressurized feed pipe pharmaceutical wheel (1〇) inside. Please refer to the eighth riding machine, which has the action of the drug delivery device of the preferred embodiment of the present invention; as shown in the figure, the right side (the direction of the drawing) of the drug delivery domain tube (the direction of the drawing) is the mainstream gas. The inlet (1 D' is externally connected with high-pressure input of mainstream gas, and the quantitative pressure pushing source in the tank (3 〇) is derived from the quantitative dust-pushing source connected to the outside of the pressure input drain (33) (3 5 The quantitative home power input provided by the force transfer to the drug tank (30) through the drug delivery tube (3 workers), adjustable drug delivery inner tube (3 ^, from the edge of the edge The needle drop (3 2 i) falls in a small amount of water droplets and directly flows through the through hole (丄6) into the drug delivery tube (1〇). At this time, the mainstream gas high dust input will push the atomization after 201226004 - The liquid 'is sprayed by the drug outlet (12) by atomization. This method of discharging the drug solution in a quantitative drop shape and then re-pressurizing and atomizing the same can also form the atomization effect of the liquid-liquid mixture. Only the drug selection of the private slave surplus _, Fang Mi _ domain transport effect. Please - and Μ Μ Μ 所 所The present invention is a schematic diagram of the actual implementation of the preferred embodiment, and the schematic diagram of the actual implementation of the present invention-sturdy supplement is disclosed in the tenth figure; wherein the drug delivery device (1)' is the first, second or the In the form of the third embodiment, in practical use, the outer casing (3) can be combined with the group to make the entire drug delivery device (1) completely covered, thereby protecting and fixing the drug on the one hand. The conveying device (1) has better gripping property, and on the other hand, ensures the stability of the liquid atomization and pressure ejection. Description: 1. The drug delivery device of the invention mainly has a detachable drug. The delivery of the pressurized tube, the canister and the canister can select the micro-needle drip of the desired diameter according to the difference of the viscosity of the liquid, and provide different atomization ejection effects. 2. The drug delivery device of the invention is designed. In addition to the above-mentioned first point structure, it is also possible to select a micro-hole vibrating piece design to provide different atomizing ejection effects. 3. The units in the drug delivery device of the present invention are combined into a body by a combination method. Therefore, it is replacing Disassembly and washing and red washing are equivalent, and _ can be repeated after poisoning, thereby reducing the cost. In summary, the waste conveying device of the present invention is as described above, achieves the intended purpose and efficacy, and has not been checked for relevant information. See the same or similar, fully comply with the positive requirements of the patent application, and apply in accordance with the law. Only the above mentioned, only the best invention of the invention, the scope of the invention limits the scope of implementation of the invention; The equivalent changes or modifications of the spirit of the invention claims should be covered by the scope of the patent application. 201226004 f Brief description of the drawings The composition of the drug delivery device of a preferred embodiment; Schematic diagram of the structure; f three diagrams department (four) - the embodiment of the medicine delivery device _ structure diagram; four diagrams according to the contents of the two diagrams of the drug delivery device appearance diagram: the fifth picture is the fresh four @之局杂BRIEF DESCRIPTION OF THE DRAWINGS FIG. 6 is a schematic view showing the operation of a drug delivery device according to another preferred embodiment of the present invention; and FIG. 7 is a partial structural cross-section of a drug delivery device according to still another preferred embodiment of the present invention. Figure 8 is a schematic view showing the operation of the drug delivery device of the preferred embodiment of the present invention; the ninth embodiment is a schematic view of the actual implementation of the preferred embodiment of the present invention; and the tenth embodiment is an actual implementation of a preferred embodiment of the present invention. schematic diagram. Drug delivery pressure tube (1〇) Drug output port ( 12) Oscillation plate placement (13 1) Oscillation plate (1 5) Through hole (16) Jack (21) Fixed and leak-proof cassette (2 3 ) Drug delivery tube (31) Micro needle tube drip (3 21) Medicine tank ampoule holder (3 4) Outer housing (3) [Main component symbol description] Drug delivery device (1) Mainstream gas inlet (11) Canister fixation Base (13) Jack (14) Oscillator substrate (151) Canister holder (2 0) Oscillator fixed plate (2 2) Canister (3 0) Adjustable drug delivery inner tube (3 2) Quantitative pressure Input drain hole (3 3) Quantitative pressure push source (3 5)