200946232 九、發明說明： •【發明所屬之技術領域】 • 本發明係有關於一種物料碎裂技術，更詳而言之，係 •有關一種應用於高頻震動產生器之轉接頭技術。 -【先前技術】 超音波技術的應用已相當普遍，大體來說，超音波技 、術已應詩下列幾項：醫療用超音波、超音波動力驅動、 超音波探測、超音波訊號感測及超音波1業加J1等。超音 2的原理疋利用—種人類無法聽到的音波，所產生的物理 震動，這種震動係可經由介質而傳遞。若將超音波應用於 液體中，超音波的高頻震動會在液體中產生小真空泡，這 種J真工/包直徑大約是幾萬分之一公分，而這些小真空泡 碎裂時，可以在局部產生相當於1〇〇〇大氣壓的壓力進 而產生強大的衝擊力，因此可以洗淨污垢或是衝擊物料之 細胞壁，使細胞壁碎裂而釋放出内合物。 ❹ 自於超曰波需要透過介質的傳遞才能達到碎裂物料 之功效’請參閱第1圖，係為習知之超音波粉碎設備i， 該超曰波叙碎设備1係包括-超音波裝置η、一與該超 曰波裝置11連接之震動頭12、—容置裳置η及一 ^ 裝置14’該超音波裝置11係設於該容置裝置13的中央， 内部具有壓電材料(例如:壓電片)，藉由 電材枓產生壓電效應，進而產生高頻震動。此外，該容置 • 貝及例如固體之物料’彳質係可為用於 傳遞南頻展動能量之流體介質，例如以諸如水之液體為主 5 110838 200946232 的流體，該攪拌裝置14係設於容置裝置 斷的攪拌介質及物料。 ’以用來不 • 藉此，在實際粉碎物料時，係利用震動兮# •將间頻辰動硓置傳遞至該容置裝置13内，庶/ 頭12周圍的介質產生多數的小真 =位於該震動 .空泡碎裂後產生的衝擊力將物料粉碎這些小真 .化之功效。 卞刀卞進而達到物料粉碎 惟，上述習知技術中，由於該超音波 ❹動頭12係位該於容置裝置13的中央，該^置11及該震 送該高頻震動能量，s #立 、δΛ展動碩係往下傳 门賴展動此里，因此超音波裝置u 能量容易集中於中央，並朝向該 ^頻震動 .遞減，如此將導致位於該容置裝置13外置=:圍逐漸 =里不足心法達到職的粉碎效果，進 = 勻的情形產生。 等致卷钎不均 而且’由於均勻性差’必須反覆攪拌介 :便如此亦無法確認是否已達到均勾，且長時間 侍之粉碎量有限。因此，僅能用於研究實驗，而1 同時，前述習知技術之容置裝置丨 ^ 1產 萝罟，a ^ 為近乎密閉的 二產動能量持續在該容置襄置13中碎裂物料 Θ生问熱’而使得介質的溫度上升；此時 :碎：程’而另外進行降温冷卻步驟，以防止介質溫度過 同而影響所粉碎物料之本身性質的穩定完整；特別^ 中藥材、天然有機產品等物料時’高溫往往會破 其中後續欲萃取之内合物的結構。 110838 6 200946232 辦/換:之’此種則述習知技術即便可將物料碎化成於 •量受限，故而無法量產。私且一一人可粉碎的物料數 :I 所示’中華民國第0931 1 9250號發明專利揭 設備2。該超音波粉碎設傷2包含超音 、 °又於5亥超音波裝置21之震動頭22、以 與該震動頭22連接的懸浮承載裝置23。該震動頭22: =壓電材料’該懸浮承载裝置23則具有該動 v頭22之輪送管、 办斗从 人氙勒 浦232、以及=輸_==管4 231相連接的輪送幫 利用該輸送幫浦挪於制1Γ r 冷卻器233，以 ?Ή. 控制〜迷，使物料及介質在該輸送管 231内>,IL動’以進行粉碎。 惟’前述習知技術之懸浮承载裝置23200946232 IX. INSTRUCTIONS: • [Technical field to which the invention pertains] • The present invention relates to a material fragmentation technique, and more particularly to a connector technology for use in a high frequency vibration generator. - [Prior Art] The application of ultrasonic technology is quite common. In general, ultrasonic technology and surgery have been poised as follows: medical ultrasonic, ultrasonic power drive, ultrasonic sound detection, ultrasonic signal sensing and Ultrasonic 1 industry plus J1 and so on. The principle of Supersonic 2 uses the physical vibrations generated by sound waves that humans cannot hear. This vibration can be transmitted through the medium. If the ultrasonic wave is applied to a liquid, the high-frequency vibration of the ultrasonic wave will generate a small vacuum bubble in the liquid. The diameter of the J/worker is about tens of thousands of centimeters, and when these small vacuum bubbles are broken, A pressure equivalent to 1 Torr of atmospheric pressure can be locally generated to generate a strong impact force, so that the dirt can be washed or the cell wall of the material can be impacted, and the cell wall can be broken to release the conjugate. ❹ From the super-chopper wave, the transmission of the medium is required to achieve the effect of the fragmented material. Please refer to Fig. 1, which is a conventional ultrasonic pulverizing device i. The super-chopper smashing device 1 includes an ultrasonic device. η, a vibrating head 12 connected to the super-chopper device 11, a accommodating skirt η, and a device 14'. The ultrasonic device 11 is disposed at the center of the accommodating device 13, and has a piezoelectric material inside ( For example: piezoelectric sheet), the piezoelectric effect is generated by the electrical material, and high-frequency vibration is generated. In addition, the accommodating body and the material such as a solid material may be a fluid medium for transmitting the south frequency propagating energy, for example, a fluid such as water liquid 5110838 200946232, the stirring device 14 is provided Stirring medium and material for the device. 'Used not to use this, in the actual pulverization of the material, the use of vibration 兮 # • will transfer the inter-frequency transmission to the accommodating device 13, the medium around the 庶 / head 12 produces a majority of small true = Located in the vibration. The impact force generated by the fragmentation of the cavitation will pulverize the material. The boring tool further achieves the material pulverization. However, in the above-mentioned prior art, since the ultrasonic oscillating head 12 is located at the center of the accommodating device 13, the device 11 and the seismic high-frequency vibration energy, s # The vertical and δ Λ 动 硕 硕 往 往 往 赖 赖 赖 赖 赖 赖 赖 超 超 超 超 超 超 超 超 超 超 超 超 超 超 超 超 超 超 超 超 超 超 超 超 超 超 超 超 超 超 超 超 超 超 超 超 超 超The smashing effect of the gradual change in the sufficiency of the law is achieved. The volume of the roll is not uniform and the 'difference in uniformity' must be repeated. It is also impossible to confirm whether the hook has been reached, and the amount of pulverization for a long time is limited. Therefore, it can only be used for research experiments, and at the same time, the above-mentioned prior art accommodating device 丨^1 produces radix, a ^ is a nearly closed second-generation kinetic energy, and the material is continuously broken in the accommodating device 13 When the heat is asked, the temperature of the medium rises; at this time: the crushing process is repeated, and the cooling step is further performed to prevent the temperature of the medium from being too high and affecting the stability and integrity of the material itself; in particular, Chinese herbal medicine, natural When organic materials and other materials are used, the high temperature tends to break the structure of the internal compound to be extracted. 110838 6 200946232 Handling/changing: This kind of technique can not be mass-produced even if the material can be shredded to a limited amount. The number of materials that can be crushed by one person and one person: I show the invention patent of the Republic of China No. 0931 1 9250. The ultrasonic pulverization injuring 2 includes a supersonic, a vibrating head 22 of the 5 hai ultrasonic device 21, and a suspension carrying device 23 connected to the vibrating head 22. The vibrating head 22: = piezoelectric material 'the suspension carrying device 23 has the wheel of the moving v head 22, the bucket from the person 氙 浦 232, and the = _ == tube 4 231 connected The transport pump is used to move the 冷却r cooler 233, and the material and the medium are moved in the transport pipe 231, and the IL is pulverized. However, the suspension carrier 23 of the aforementioned prior art
=:的形式組接於該超音波裝置21及震動頭22J Ο 其231 震動碩22每次只能作用到位於其下方之輸送 二m高度的物料，該徑向高度僅等於該輸送管 内仫，使得作用距離極短。如此一來，該震動 對於物料的作用時門相 勾之規象10 而很容易產生粉碎不均 2 =象，而且’當粉碎後的顆粒因碎裂程度不同而有大 谷易影響後續萃取作業’進而導致萃取的進度 與卒取良率降低。 夂 =時’此種超音波粉碎設備2之輸送管231為了連接 員22’該輪送管231之尺寸必定大於該震動頭22， 展動頭22作用的單位面積少，且作用的時間亦短。如 110838 7 200946232 此’為了達成均勻，、 >地，該震動頭22所 ^斷地循環物料。然而，同樣 •種超音波粉碎設備“之1!頻震動能量係往下作用，此 -側壁者，便會因為带叙的物料若位於該輸送管231 产果；而且，即便%里不足而無法達到預期的粉碎效 •因為循環而作==輸::，正中央的物料，亦為 一來，即便不斷循，…法達到有效粉碎。如此 料。 “物料’亦無法確保能有效粉碎所有物 •設備另:需之超音波粉碎設備皆為單-獨立的 備=及目關! 時’必須同時使用相當多的^ 備以及相關之配合裝置/設 d .，大量生產，勢必相對提高製造成本。Η知技術如要用於 '知技:二7_一種碎裂物料的技術，以改善前述習 r 實為此產業亟需待解決之問題。 【發明内容】 嘴 ❹ 馨於以上所述習知技術 提供一種轉接頭及具有轉接頭=，本毛明之一目的係在 裂更為均勻化。 间頻震動裝置’使物料碎 ，發明之另—目的係在提供—種轉接頭及具有轉接 頭之同頻震動裝置，俾提昇效率。 本U之再—目的係在提供-種轉 頭之南頻震動裝置，俾適用於大量生產 …、有轉接 本發明之又另一目的係在提供一種轉接頭及且 接頭之高頻震動裝置，俾提供成本效益（c〇SWtive)。 110838 8 200946232 為達成上述目的及其他目 -頭及具有轉接頭之高頻震 月輸-種轉接 動產生器，以供該高頻震接頭係應用高頻震The form of =: is connected to the ultrasonic device 21 and the vibrating head 22J, and the 231 vibrating beam 22 can only act on the material of the second m height which is located below it, and the radial height is only equal to the inner diameter of the conveying pipe. The action distance is extremely short. In this way, the vibration of the material on the action of the door phase hook 10 is easy to produce uneven pulverization 2 = image, and 'when the pulverized particles have different degrees of fragmentation, there is a large valley easy to affect the subsequent extraction operation' This in turn leads to a decrease in the progress of the extraction and the yield of the stroke.夂=时' The conveying pipe 231 of the ultrasonic pulverizing apparatus 2 is required to have a larger size than the vibrating head 22 for the connector 22', and the spreading head 22 has a small unit area and a short acting time. . For example, 110838 7 200946232, in order to achieve uniformity, >, the vibrating head 22 circulates the material intermittently. However, the same kind of ultrasonic pulverizing equipment "1! The frequency vibration energy system acts downward, and this side wall will produce fruit because the material of the belt is located in the conveying pipe 231; and even if the % is insufficient, it cannot Achieve the desired comminution effect • Because the cycle is done == lose::, the material in the center is also one, even if it continues to follow, the method achieves effective smashing. So the material can not ensure that the material can be effectively crushed. • Equipment: The ultrasonic pulverizing equipment required is a single-independent preparation and the target! At the same time, it is necessary to use a considerable number of equipments and related equipment/designs at the same time. Mass production is bound to increase the manufacturing cost. . Knowing the technology, if it is to be used in the technology of 'skills: 2-7_ a fragmented material, to improve the aforementioned problems, the problem that needs to be solved in this industry. SUMMARY OF THE INVENTION The above-mentioned prior art provides a adapter and has a adapter = one of the purposes of the present invention is to make the crack more uniform. The inter-frequency vibration device smashes the material, and the other invention is aimed at providing a type of adapter and a co-frequency vibration device having a transfer head to improve efficiency. The purpose of this U is to provide a south frequency vibration device of the type of rotor, which is suitable for mass production... and another object of the invention is to provide a connector and high frequency vibration of the connector The device provides cost-effectiveness (c〇SWtive). 110838 8 200946232 In order to achieve the above objectives and other head-head and high-frequency seismic transmission-transmission generators with adapters, high-frequency vibrations are applied to the high-frequency seismic joints.
.端，該連接：^^:】：、以及人料_料 “、^ 阿頻震動產生P •生器沿麵輪出該高頻㈣能i H /、_項震動 部的一端軸向延伸，以供古 ^ °卩係沿該連接 高頻震動能量，爷入㈣=員震動產生器沿軸向輸出該 =與該出科端分別位於不同轴向平面。 且 該鬲頻震動產生器則具有 之作動部，該作動部係轴向租有接；輸出高頻震動能量 可為—轴向延伸之作用通道，力;該作用部例如 轴向輪出超音波震動的能量。；二:於該作用部内沿 ，在該作料相對於該作㈣的該轉接頭 邛，以延長作用通道之長戶， 而體延伸一延長 ❿對物料的作用時間 二而相對延長高頻震動能量 他實施態樣中，亦可直地碎裂物料；當然’於其 斟直接拉長該作用部之輪而且λ 乂^頻震動能量對物料的作 ^度，以相 同時，前述之高頻震動裝置中，長度）與時間。 個高頻震動產生器所構成， ：：-個轉接頭與一 與複數個高頻震動產生器 、擇由串接複數個轉接頭 破此串聯連接。 即，可令各該轉接頭係 作用：較於f知技術，本發明之轉接頭係且有i 和因此相對可延長高頻震動產生目對較長之 ^之作動部對物料 UQ838 9 200946232 的作用時間，而能解決習知物料碎裂程度不均之問題，並 且藉此提昇效率。同時，各轉接頭可彼此相互串聯設置， 所以更適用於大量生產，進而能有效改善習知無法”大又量生 '產之問題。此外，由於本發明之串聯下更可提高產量，因 •此相較於習知技術必須使用相當多的設備以及相關之配 -合裝置/設備，本發明提供成本效益，相對 -【實施方式】 以下係藉由特定的具體實施例說明本發明之杏 β 熟習此技藝之人士可由本說明書所揭示之内容^易地 瞭解本發明之其他優點與功效。 以下參照圖式說明本發明之實施例，應注 :明係應用於高頻碎裂設備，高頻震動‘疋 震=轉接頭内，以藉由該高頻震動 = 碎裂物料’進而得以萃取物料之内合物：： ❹计需要作變化’合先敘明。 了依只際设 請參閱第3Α及第3Β圖李 例所緣製之示意圖，如圖所亍係^發明之轉接頭-實施 其他上it:不鱗鋼、欽合金、高錄合金4 該轉接頭長管體。於本實施例中， 32 之 彎折部34、以及—丨一運接該延長部33 及連通該作用部32且位於不同軸向平 之連接部3!、-沿該連震動產生器（容後詳述） 連接該作用部32之^「3端軸二延伸之作用部 部34、以及—連通諸“ 連接該延長部33 Π0838 10 200946232 面之入料端35與出料端36。 ' 該作用部32係可具有-軸向延伸^用、8、首，1 .長物料通過之路徑與時間。 以 -is ^ , 1及延長部33係自該作用部32 朝相反於該連接部31的方向㈣_ •物料通過之路徑盥時門+ ^ i 乂拉長 -該延長部33,因：該施例中之作用部係連接 ·'延長部33而連通該;用立5與該出料端36係透過該 實施例中，則可由該作用:2直2未設該延長部犯之 ©出料端36。 。32直接連通該入料端35與該 係r 33末端續連接該彎折部34,而該連接部 :二緣並與其相連通，用於導入離介質= 折部34的末端，以令該 ^仏36則可位於該弯 ❹ 同抽向平面。並且因該入入::353=料端36位於不 之内徑，如此可避务内控小於該作用部犯 避免過夕的物料同 内’因此可防止過多物料堆積於該作用部32。 P 32 應注意的是，為了便於絮七 置該轉接頭3，❹Γ 财係分段設.End, the connection: ^^:]:, and the material _ material ", ^ A frequency vibration to produce P • The live device rounds out the high frequency (four) can i H /, _ one end of the vibration part of the axial extension For the ancient ^ ° 卩 system along the connection high-frequency vibration energy, the key into the (four) = vibration generator along the axial output = and the exit end are located in different axial planes. And the 鬲 frequency vibration generator The actuating part has an axially rented connection; the output high-frequency vibration energy can be an axially extending action channel, force; for example, the action part axially rotates the energy of the ultrasonic vibration; The inner edge of the action portion is opposite to the adapter 邛 of the work (4) to extend the length of the action channel, and the body extension extends the action time of the material to the second time to relatively extend the high-frequency vibration energy. In the sample, the material may be directly shattered; of course, the wheel of the action portion is directly elongated and the vibration energy of the material is λ 乂 频 , , , , , , Length) and time. A high-frequency vibration generator, ::- a transfer And a plurality of high-frequency vibration generators, and a plurality of adapters connected in series are connected in series. That is, each of the adapters can be used: the adapter of the present invention is compared with the prior art. Moreover, i and thus can prolong the high-frequency vibration to produce a longer action time of the action part of the material UQ838 9 200946232, and can solve the problem of uneven degree of fragmentation of the conventional material, and thereby improve the efficiency. At the same time, the adapters can be arranged in series with each other, so it is more suitable for mass production, and thus can effectively improve the problem that the conventional product cannot be produced in large quantities. In addition, since the series of the present invention can increase the yield, the present invention provides a cost-effective, relatively-comparable method compared to conventional techniques that must use a considerable amount of equipment and associated matching devices/equipment. The following is a description of the apricots of the present invention by way of specific examples. Those skilled in the art can readily appreciate the other advantages and effects of the present invention from the disclosure herein. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, embodiments of the present invention will be described with reference to the drawings. It should be noted that the system is applied to a high-frequency chipping device, and the high-frequency vibration is included in the "transmission" to enable the high-frequency vibration = fragmentation material. The end product of the extracted material:: The trick needs to be changed'. According to the drawings, please refer to the diagrams of the 3rd and 3rd drawings of the example. As shown in the figure, the invention is the adapter-implementing other it: non-scale steel, alloy, high alloy 4 Adapter long tube. In this embodiment, the bending portion 34 of the 32, and the first portion of the connecting portion 33 and the communicating portion 32 are located at different axially flat connecting portions 3!, along the connecting vibration generator The details of the action portion 32 are connected to the action portion 34 of the three-terminal shaft 2 and the "feed end 35 and the discharge end 36 of the extension portion 33 Π 0838 10 200946232. The action portion 32 can have a path and time for the - axial extension, 8, first, and 1. long material passage. The -is ^ , 1 and the extension 33 are from the action portion 32 in a direction opposite to the connection portion 31 (4) _ • the path through which the material passes, the door + ^ i 乂 elongated - the extension portion 33, because: The action part is connected to the 'extension part 33 and communicates with this; the vertical 5 and the discharge end 36 are transmitted through the embodiment, and the action can be used: 2 straight 2 is not provided with the extension part © the discharge end 36. . 32 is directly connected to the feeding end 35 and the end of the line r 33 is continuously connected to the bent portion 34, and the connecting portion is connected to the two edges for guiding the end of the medium=fold portion 34 to make the ^仏36 can be located in the same plane as the bend. And because the entry: 353 = the material end 36 is located at the inner diameter of the inner portion, the internal control can be avoided to be less than the inner portion of the action portion that avoids the eve of the eve. Therefore, excessive material can be prevented from accumulating in the action portion 32. P 32 It should be noted that in order to facilitate the placement of the adapter 3, the financial department is divided into sections.
舆該入料端35,並且::=部31、該作用部I入 the feed end 35, and::= part 31, the action part I
Qc 體5又置該彎折部34盥該中祖# 36,而該延長部33則為均 :斤 ， 域中具有通常知識者可^ ^ ^斤屬技術領 ^ Μ 〇 . _ .疋亦了選擇一體設置該韓 =3之所錢局部“構㈣份，並刊 邛33，而採直接延長亨你 $略。亥延長 長该作用部32之設計，或者可例如省 110838 11 200946232 略該延長部33與料折部34,而採直接延長並局 該=用部32之設計。因此，於此僅為例示性說明本發明 ‘之貫把態樣，應知本發明並非侷限於此。同時，由於所屬 1術領域巾具有通常知識者可理解並據以實施上 化，故於此不另繪圖式表示之。 ·· 1，=/只要該作用部32具有軸向延伸之作用通 ^ 、該作用部32之入料端35與出料端36係分別 位於不同軸向平面之等效結構，均適用於本發明。、 =參閱第4圖’係為本發明具有轉接頭之高頻震動震 A例所繪製之示意圖’該高頻震動裝置係包括 3及組裳於該轉接頭3上方之高頻震動產生器4,於 ^施例中，該高頻震動產生器31係可為— 動 ί =他可產生高頻震動之等效元件，該高頻震2 2 4於軸向設有—作動部4卜以令該作動部41沿轴向 =出南頻震動能量，例如聚焦式超音波。該作動部4 ^有例如以壓電材料或其他等效材料。在本實施例中，該 f接部㈣為可套㈣該作動部41外圍之金屬套管或^ 同，使該作動部41前段可伸入該作用部32内，再藉 夾固件42鎖固在該作動部41的外圍。該夾固件 例如C型套環，透過例如螺絲之鎖 固 於作動部41的外圍。 圃丁）以鎖固 值得注意的是，雖本實施例中該連接部31係套 ::作動部4i外圍並以該夹固件42進行固定，但於其：實 匕例中，如果該連接部31與該作動部41之間已達到緊^ 110838 12 200946232 :合=定：果，亦可省略該夾固件42與對應之鎖固 .連接:轉接=部31並非侷限於套管或套筒，其他可 :於本;:頭3與該高頻震動產生器4之等效結構均適用 ，納有時，該轉接頭3之入料端35係外接-容 貝及物料之機台（未圖示）。 者 、質係為例如純水之液體，但並非 ^=中，該介 中，該介質亦可為例如氣體或實施例 β欲碎裂之物料，i其他❹。_料可為任何 村例如余茱、靈芝、香菇、 :需要加以碎裂之物料，以萃取 ：物„ :用於傳遞該物料，以沿該入料 。物。該介質 内，該作動部41係山- 進入至丨該作用部32 衝墼六* 軸輪出尚頻震動能量而產生強h 衝擊力，以擊碎物料，該碎裂後 屋生強大的 f輸至下—個工作站，該工作站可為下—個轉接出料端36 …熱交換裝置等，以進行不同的作業。頊之入料 ❿ 由於該仙部32可相對在 作用之長度與範圍，接徂古路兩 k伸該作動部41 徑，且本實施例之作用；Γ32頻^能量擊碎物料之較長路 得物料能在單—延長部33，使 用因此，本發明可延 震動H之作 與時間，充分地碎裂物料，進而提=對物料的衝擊路捏 均勻性，並令物料之内人物〜 料碎裂後之粉趙的 同時，由於該完f地釋放。 33,使得該作用部32因為 伸有該延長部 P 33的設置而增長了距 Π0838 13 200946232 令該::::長丄物料在該轉接頭3内的作用時間，所以 作動邛41將物料碎裂地更為均勻。是 ':=，並令物料之内合物得以完全的释放= ^易達到物料碎裂均勻化之功效。 1應用：：意5::::本實施例之高頻震動裝置於-實 、複數轉接頭3進行串 ^ ’可利用多個輪送管37將 5圖最左邊之轉接頭3) ° 其中一轉接頭3 (例如第 逐i轉接頭3)的出料端邡 〇二再將該輸送㈣另外-端連接另一：：： =中央之轉接頭3)的人料端35 f具有轉接頭3及高頻震動產生器4之高頻震丄 串聯多組使用，以適用於大量生產。、辰動裝置加以 當然，於此實施例中僅顯示例如3 及高頻震動產生器4,但所屬 葬二轉接頭3 可知，串聯數量與串聯方式並非侷限常知識者 ❹：2個或更多個轉接頭3及高產：如戈:可串 略例如為軟管之輸送管37，而設 接連4或者，省 頭3之出料端％至另一個轉接頭3 個轉接 料〜或該入料端 知36及該入料端35設置對應之螺 &於該出料 料端36及該入料端35， …文，、螺孔’以鎖接該出 之間復可設置諸如密封塾圈，36與該人料端35 同時，雖本實施例中已串聯相鄰=接 有轉接碩3加以串聯’亦即’第一個轉接二 110838 14 200946232 於其他實施例中，亦可將第 個轉接頭3，以不斷循環地 並未串聯最後一個轉接頭3 ; 一個轉接頭3亦串聯至最後一 碎裂物料。 因此，所屬技術領域中具有通常知識者可根據本發明 他變’且由於此為所屬技術領域中且 ::細常::者可理解並實施者’故於此不再— ❿相較於習知技術，本發明係湘具有較長作用時間與 旦徑之轉接頭’以同時均勻碎裂更多物料，而且有助於大 =生產。所以已確實解決習知技術因徑向作動及作用距離 短所產生的碎裂不均勻的問題。並且本發明之轉接頭也 ，用於^聯設置’因此亦能改善f知無法串聯設置以至於 大1生產之缺失。由上可知，本發明之轉接頭及具有 轉接，之_震動裝置實已解決習知碎裂不均勻及及無 法大1生產等種種缺失，實具有高度產業利用價值。 ❿i i述之具體實施例，僅係用以例釋本發明之特點及功 ^而非用以限定本發明。任何所屬技術領域中具有通常 t識者均可在不違背本發明之精神及範訂，對於上述之 =&例進仃修飾與改變。因此，本發明之權利保護範圍， 應如後述之申請專利範圍所列。 【圖式簡單說明】 第1圖係為習知技術中超音波粉碎設備之示意圖； 一第2圖係為台灣發明專利申請第〇931 1925〇號案所揭 不之超音波粉碎設備之結構示意圖； 15 110838 200946232 意圖； 第3A圖係為本發明之轉接碩 實施例之立體結構示 第3Β圖係為本發明之轉接頭施例之侧視剖面示 意圖； 、 第4圖係為本發明之具有轉接頭之高頻震動裝置的 結構示意圖； 第5圖係為本發明一實施例之高頻震動裝置於實際 貫施時之示意圖。 1 11 12 13 14 2 21 22 23 231 232 233 3 31 32 主要元件符號說明】 超音波粉碎設備 超音波裝置 震動頭 容置裝置 攪拌裝置 超音波粉碎設備 超音波裝置 震動頭 懸浮承載裝置 輸送管 輸送幫浦 冷卻器 轉接頭 連接部 作用部 16 110838 200946232 33 延長部 34 彎折部The Qc body 5 is further disposed with the bent portion 34 盥 the middle ancestor # 36, and the extension portion 33 is both: jin, and the general knowledge in the field can be ^^^^^^^^^^^^^ The selection of the whole set of the Korean = 3 part of the money "construction (four) copies, and published 33, and the direct extension of the tying you $ slightly. Hai extended the design of the action part 32, or may for example save 110838 11 200946232 The extension portion 33 and the material folding portion 34 are directly extended and the design of the portion 32 is used. Therefore, the present invention is merely illustrative of the present invention, and it should be understood that the invention is not limited thereto. At the same time, since the subject art field towel can be understood and implemented by the general knowledge, it is not shown in the drawings. · 1. = / As long as the action portion 32 has the function of axial extension The feeding end 35 and the discharging end 36 of the acting portion 32 are respectively in an equivalent structure of different axial planes, and are all suitable for the present invention. = Refer to Fig. 4' is the height of the adapter of the present invention. Schematic diagram of the case of frequency vibration shock A. The high-frequency vibration device includes 3 and the height of the group above the adapter 3. The vibration generator 4, in the embodiment, the high-frequency vibration generator 31 can be an active component that can generate high-frequency vibration, and the high-frequency vibration 2 2 4 is provided in the axial direction - actuation The portion 4 is such that the actuating portion 41 vibrates energy in the axial direction, such as a focused ultrasonic wave. The actuating portion 4^ has, for example, a piezoelectric material or other equivalent material. In this embodiment, the f The connecting portion (4) is a sleeve or a metal sleeve of the outer portion of the actuating portion 41, so that the front portion of the actuating portion 41 can extend into the action portion 32, and the outer portion of the actuating portion 41 can be locked by the clamp member 42. The clamp member, for example, a C-shaped collar, is fixed to the periphery of the actuating portion 41 by, for example, a screw. The lock is notable, although the connecting portion 31 is sleeved in the embodiment: the periphery of the actuating portion 4i And the fixing member 42 is fixed, but in the embodiment, if the connecting portion 31 and the actuating portion 41 have reached the tightness, the clamp may be omitted. 42 and corresponding locking. Connection: Transfer = part 31 is not limited to the casing or sleeve, others can be: in this;: head 3 and the high frequency vibration The equivalent structure of the burner 4 is applicable. In some cases, the feed end 35 of the adapter 3 is a machine (not shown) which is externally connected to the container and the material (not shown). The system is a liquid such as pure water. However, it is not in the middle of the medium, the medium may be, for example, a gas or the material to be broken in the embodiment β, i other materials. The material may be any village such as embers, ganoderma lucidum, shiitake mushrooms, which need to be broken. Cracked material to extract: „: used to transfer the material along the feed. Things. In the medium, the actuating portion 41 is a mountain-into the action portion 32, and the six-axis shaft is rotated to generate a strong h-impact force to break the material, and the broken house has a strong f The operation is performed to the next workstation, which can be a lower-transfer discharge end 36 ... heat exchange device or the like to perform different operations.入 入 入 ❿ ❿ ❿ ❿ ❿ ❿ ❿ ❿ ❿ ❿ ❿ ❿ ❿ ❿ ❿ ❿ 仙 仙 仙 仙 仙 仙 仙 仙 仙 仙 仙 仙 仙 仙 仙 仙 仙 仙 仙 仙 仙 仙 仙 仙 仙 仙 仙 仙 仙 仙 仙 仙 仙 仙The material can be used in the single-extension portion 33. Therefore, the present invention can delay the vibration and the time of the H, and fully break the material, thereby raising the uniformity of the impact on the material, and making the material within the material ~ material At the same time as the broken powder Zhao, it is released due to the completion of the f. 33, so that the action portion 32 is increased by the setting of the extension portion P 33 by Π0838 13 200946232 to make the :::: the action time of the long 丄 material in the adapter 3, so the operation 邛 41 will be the material The fragmentation is more uniform. It is ':=, and the material is completely released by the compound = ^ easy to achieve the uniformity of material fragmentation. 1 Application:: Italian 5:::: The high-frequency vibration device of this embodiment is connected to the real and complex adapters 3 'The leftmost adapter of the 5 figure can be utilized by a plurality of wheeled tubes 37) ° The outlet end of one of the adapters 3 (for example, the first-by-i adapter 3) is connected to the other end of the conveyor (4) and the other end::: = the center of the adapter 3) The 35 f has a high frequency shock series of multiple combinations of the adapter 3 and the high frequency vibration generator 4 for use in mass production. Of course, in this embodiment, for example, only the 3 and the high-frequency vibration generator 4 are shown, but it is known that the number of the serial connection and the series connection are not limited to those skilled in the art: 2 or more Multiple adapters 3 and high-yield: such as Ge: can be a string of hoses 37, for example, but with 4 or 3, the discharge end of the head 3 to the other adapter 3 adapters ~ Or the feeding end knowing 36 and the feeding end 35 are arranged corresponding to the screw & at the discharge material end 36 and the feeding end 35, ..., the screw hole 'to lock the output between the two can be set For example, the sealing collar, 36 is simultaneously with the human end 35, although in the present embodiment, it is connected in series = connected to the adapter 3 to be connected in series 'that is, 'the first adapter two 110838 14 200946232 in other embodiments Alternatively, the first adapter 3 can be used to continuously circulate without concatenating the last adapter 3; one adapter 3 is also connected in series to the last fracture material. Therefore, those having ordinary skill in the art can change according to the present invention and as this is in the technical field and::::: understandable and enforced, and therefore no longer - Known technology, the present invention has a longer acting time and a diameter of the adapter 'to simultaneously split more material, and contribute to large = production. Therefore, the problem of uneven cracking caused by the radial operation and the short working distance of the prior art has been solved. Moreover, the adapter of the present invention is also used for the "setting" so that it can be improved that it is impossible to set it in series so that the production of the large one is lacking. As can be seen from the above, the adapter of the present invention and the oscillating device having the adapter have solved various kinds of defects such as the conventional fragmentation unevenness and the unproductive large-scale production, and have high industrial utilization value. The specific embodiments described herein are merely illustrative of the features and advantages of the invention and are not intended to limit the invention. Anybody having ordinary knowledge in the art can modify and change the above-mentioned <&amp; Therefore, the scope of protection of the present invention should be as set forth in the appended claims. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic view of a supersonic pulverizing apparatus in a prior art; a second drawing is a schematic structural view of an ultrasonic pulverizing apparatus not disclosed in the case of Taiwan Patent Application No. 931 1925; 15 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 FIG. 5 is a schematic view showing a structure of a high-frequency vibration device having a joint; FIG. 5 is a schematic view showing a high-frequency vibration device according to an embodiment of the present invention. 1 11 12 13 14 2 21 22 23 231 232 233 3 31 32 Symbol description of main components] Ultrasonic pulverizing equipment Ultrasonic device Vibrating head accommodating device Stirring device Ultrasonic pulverizing equipment Ultrasonic device Vibrating head Suspension bearing device Conveying tube conveying Pu cooler adapter connection part 16 110838 200946232 33 extension 34 bending part
I 35 入料端 * 36 出料端 -37 輸送管 4 面頻震動產生為 41 作動部 17 110838I 35 Feeding end * 36 Dispensing end -37 Duct 4 The surface frequency vibration is generated as 41 Actuating part 17 110838