.!29324^ 20875twf.doc/g 九、發明說明： 【發明所屬之技術領域】 本發明是有關於一種食品打漿技術，且特別是有關於 一種超音波捶具以及利用超音波捶具的超音波打漿機與超 音波打漿方法。 ^ 【先前技術】 乃又民口口 竹7 W V Μ 口口你竹，會被打漿而後製作)BACKGROUND OF THE INVENTION 1. Field of the Invention This invention relates to a food beating technique, and more particularly to an ultrasonic cooker and an ultrasonic wave using an ultrasonic cooker. Beater and ultrasonic beating method. ^ [Prior Art] It is also the mouth of the people. Bamboo 7 W V Μ Your mouth bamboo will be beaten and then made)
其他種形態的食品，例如肉丸子或是貢丸等等。傳統的^ 漿方式大多是利用棒槌以捶打肉品的方式進行。此傳統丨 打漿方式可以保持肉品長纖維的特性，所以捶打後所製^ 的肉品富有彈性，且嚼勁與口感好。然而，此傳統的^彳 方式的速度慢，難以量產。此外，由於捶打方式極易造; 噪音與振動，肉漿的製作方式改變成切碎方式進行， 以自動機械化。然而由於切碎方式會切斷肉品的纖維， 纖維變短造成嚼勁與口感的不佳。為了減少纖維被切斷^ 私度’-些切刀片的刀鋒銳利度刻意被減少，以增加打# ，肉品的纖維長度。然而，打漿的結果也難於保有與更^ 傳統的捶打方式所達到的長纖維效果。 如何能達到自動打漿，也鋒制 性的打漿設計仍需要進一步研發。 7長、截、准丰 【發明内容】 ’除了能自動捶打物品 例如至少維持肉品的長 本發明提供1超音波插具 外，也能產生超音波的捶打效果。 5 1293繼 006TW 20875twf.doc/g 纖維特性，更可以促進肉品的消化吸收。 本發明提出一種超音波捶具包括一超音波換能器，以 提供一超音波能量。一超音波傳導器與該超音波換能器輕 接，以傳導該超音波能量。一捶頭與該超音波傳導器耦接， 藉由該超音波能量使該捶頭有一超音波震盪。其中當該捶 頭捶打一物品時，該物品也同時被該捶頭的該超音波震盡 所捶打。Other forms of food, such as meatballs or meatballs. Most of the traditional methods of slurrying are carried out by means of sticking to beat meat. This traditional mashing method can maintain the characteristics of the long fiber of the meat, so the meat made after the beating is elastic, and the chewy and the taste are good. However, this traditional method is slow and difficult to mass produce. In addition, because the beating method is extremely easy to make; noise and vibration, the way the pulp is made is changed into a chopping method to automatically mechanize. However, since the chopping method cuts off the fiber of the meat, the fiber becomes short and causes chewyness and poor taste. In order to reduce the fiber being cut ^ privilege' - the sharpness of the cutting edge of the cutting blade is deliberately reduced to increase the fiber length of the hit #, meat. However, the result of beating is also difficult to maintain and the long fiber effect achieved by the traditional beaten method. How to achieve automatic beating, but also the vigorous beating design still needs further research and development. 7 Long, cut, and quasi-exposure [Summary of the Invention] In addition to being able to automatically beat an article, for example, at least maintaining the length of the meat. The present invention provides an ultrasonic wave insert, and can also produce a supersonic beating effect. 5 1293 Following 006TW 20875twf.doc/g fiber properties, it can promote the digestion and absorption of meat. The present invention provides an ultrasonic cooker comprising an ultrasonic transducer to provide an ultrasonic energy. An ultrasonic transducer is coupled to the ultrasonic transducer to conduct the ultrasonic energy. A cymbal is coupled to the ultrasonic transducer, and the ultrasonic energy causes the cymbal to have an ultrasonic oscillation. When the hoe hits an item, the item is also beaten by the ultrasonic shock of the hoe.
依照本發明實施例所述之超音波捶具，該超音波傳導 器也可放大該超音波能量。 依照本發明實施例所述之超音波捶具，該超音波傳導 與該捶頭内部有連通的一冷卻通道。 依照本發明實施例所述之超音波捶具，該捶頭的一表 面包括至少一個凸出物，以增加捶打該物品的效果。 本發明又提出一種超音波打漿機包括一容器、一驅動 相及-超音波捶具。谷$用以置放要被捶打的一物品。According to the ultrasonic cooker of the embodiment of the invention, the ultrasonic transducer can also amplify the ultrasonic energy. According to the ultrasonic cooker of the embodiment of the invention, the ultrasonic wave conducts a cooling passage communicating with the inside of the boring head. According to an ultrasonic cooker according to an embodiment of the invention, a surface of the hammer includes at least one projection to increase the effect of beating the article. The invention further provides an ultrasonic beater comprising a container, a drive phase and an ultrasonic cooker. Valley $ is used to place an item to be beaten.
區動部提供捶打所需的動力。超音波捶具設置在該驅動 部上。該驅動部驅動該超音波捶具用以捶打該物品，苴中 該超音波捶具與該物品接__也提供—超音波震盡插 打該物品。 依照本發明實施例之超讀打漿機，其中該超音 “具包括一赵音波換能器，以提供—超音波能量一立 與該超料減科接，崎導該超音波能量曰; 使該捶導_接’藉由該超音波能量 6 20875twf.doc/g I293?43The district department provides the power needed to beat. An ultrasonic cooker is provided on the drive unit. The driving portion drives the ultrasonic cooker to beat the item, and the ultrasonic cookware is connected to the item __ also provides - the ultrasonic sound is struck to insert the item. A super-reading beater according to an embodiment of the present invention, wherein the supersonic "includes a Zhao sound wave transducer to provide - ultrasonic energy and the super-material reduction, and the ultrasonic energy is induced; The _ _ 接 'by the ultrasonic energy 6 20875twf.doc / g I293? 43
^^5{)〇〇6TW B依照本發明實施例所述之超音波打裝機，其中該容器 。又，該容器内部也可以設有—冷卻通道。又， f各為也可以包括—上蓋，配合該超音波捶具構成〆密閉 I間，該物品是在該密閉空間的底部。 ^依照本發明實施例所述之超音波打漿機，其中該驅動 部驅動該超音波捶具，以上下移動捶打該物品。另外，該 驅動部也可以同時旋轉該超音波捶具。 —依照本發明實施例所述之超音波打漿機更包括一位 置監測裝置，以監測該超音波捶具的—位置，α配合該驅 動部以驅動該超音波捶具的操作。其中，由上到下設定有 一第一設定位置、一第二設定位置、以及一第三設定位置， 其中該第一設定位置是一初始位置。 本發明又提出一種超音波打漿方法，適用於捶打一物 品，包括提供一超音波捶具，該超音波捶具有一捶頭，可 以被啟動產生一超音波震盪；以及以該超音波捶具捶打該 物品，在該捶頭接觸到物品時也同時啟動該超音波震Λ 以細部捶打該物品。 依照本發明實施例，所述之超音波打漿方法還包括杜 測該超音波捶具的一位置，其中由上到下設定有—第—二 定位置、一第二設定位置、以及一第三設定位置，其ς 第一設定位置是一初始位置。 、Μ 依照本發明實施例，所述之超音波打漿方法可例如 照一操作條件來驅動該超音波捶具，該操作條件如下·友 在該初始位置時，產生向下的一驅動力，其中該超音 7 1293概_ 20875twf.d〇c/g 波震盪尚未被啟動；由上而下通過該第二設定位置時，啟動 該超音波震盪;抵達該第三設定位置時，產生向上的一驅動 力，且馬上停止或隔一設定時間後停止該超音波震盤;以及 回到該第一設定位置時，重複啟動向下的該驅動力。 依照本發明實施例，所述之超音波打漿方法可依照例 如另一個操作條件來驅動該超音波捶具，該操作條件如下: 在該初始位置時，產生向下的一驅動力，其中該超音 波震盪尚未被啟動；由上而下通過該第二設定位置時，啟動 該超音波震盪;抵賴第三設定位£時，A生向±的一驅動 回到該第二設定位置時，停止該超音波震盪；以及回到 该第一設定位置時，重複啟動向下的該驅動力。 “為讓本發明之上述和其他目的、特徵和優點能更明顯 易懂，下文特舉較佳實施例，並配合所附圖式，作詳細說 明如下。 ' 【實施方式】 ”立本發明提供一種超音波捶具以及利用超音波捶具的 ^曰波打漿機與超音波打漿方法。例如肉品經捶打後仍能 維持長纖維性。由於超音波的細部捶打，有效增加捶打效 ，、，可以提升打漿速度與產量。對於超音波打漿機而言’ 了 X避免由於傳統樁捶的捶打方式造成的。桑音與振動。 、由於本發明的打漿機兼具有超音波捶打效果，以肉品 為例y以維持肉品的長纖維特性的口感。超音波的頻率不 在聽覺範圍之内，因此也不會造成過度噪音與振動。更例 12932似 0006TW 20875twf.doc/g 如是肉品組織可以被充分破壞，直接利於蛋白質的萃取與 保持水分功能，可以減少例如聚合磷酸鹽等的化學添加物。 以下舉一些實施例作為說明，但是本發明不僅受限於 所舉實施例。 圖1繪示依據本發明實施例，超音波捶具示意圖。本 發明的超音波捶具50包括一超音波換能器52、一超音波 傳導器54、以及一捶頭56。超音波換能器（ultras^ic tmnsdUCer)52用以提供一超音波能量，其例如可以利用現 有傳統的技術達成。超音波換能器52本身配合所需要的電 源是傳統技術，其細節不予詳述。再者、超音波傳導器科 與起9波換肖b杰52耗接，以傳導所產生的超音波能量。超 音波傳導器54例如更可以據又增幅作帛，將超音波能量放 大。同樣地，超音波傳導器54依其所要的功能，_般^ $者可以瞭解。另外，捶頭56與超音波傳導器54轉接， 猎^音波士能量使捶頭56有—超音波震盈。當捶頭％捶 :。=’，内品也同時被該捶頭的該超音波震|所捶 ^物品例如是肉品。超音波捶具50特徵在於同時 f垂打的效果。換句話說，超音波換能器52二 ” 54、捶頭56的個別單元的細節結構，可依；ί: 術達成，以得到整體的特殊效果。 …、現有技 m音波捶具5。是利用 例如每秒有上萬次的錢 1293243 0006丁 W 20875twf.doc/g ==打的力量與次數也不必很多，而超音波不在聽覺範 圍=内，因此也不會造成過度噪音與振動。超音波插具％ 雀只有增進捶打效果。X，在捶頭56白勺形狀可以有—些鐵 =里且表面也可設置至少-凸出物，以增加捶打該物二二 效果。後面圖3A〜3E會進一步描述。 又由於超音波震盪捶打物品時會產生熱。一些物品， 例如肉品，較佳情形是需要在低溫下捶打。因此，超;口波 插具50的超音波傳導器54與捶頭％内部例如設置有^通 的一冷卻通道，其細節也會於後面圖2、4α〜4〇描述。 上述的超音波捶具5G’在使用上允許使用者手持捶 打。但是，超音波捶具5G也可以與—容器_併使用構成一 自動的打漿機。圖2緣示依據本發明實施例，打漿機的剖 面不意圖。參閱圖2，打漿機包括一容器1〇〇。容器1〇〇 上有2部1G2,用以置放要被捶打的—物品1()4,例如肉 口口谷100依貝際需要可以設計成可旋轉，以增加捶打 的均勻度。另外，容器100也可以設計有一冷卻通道。例 如盆部102内部有流通空間，藉由入口 1〇6與出口 使 冷卻流體流通。又例如在出口 1〇8附近也可以 、、w 感測器110。容器H)0也可以有一上蓋112蓋在盆部: 上，可構成一密閉空間。物品104就在容器1〇〇底部。 另外，打漿機還包括前述的超音波捶具12〇以及一驅 動邓。起音波捶具120包括如前述的超音波換能器122、 超音波傳導器124、以及-捶頭126,其内部例如也設置有 -冷卻通道131，藉由出人口丨如流通冷卻流體。冷卻通 10 2〇875twf.doc/g 道131的實施例會於圖4A〜4C再描述。 驅動部疋用以k供超音波插具120推打時所需的動 力。也就是說，動部是用來驅動超音波捶具120，依本發 明設計所需的功能可以有多種不同的設計方式。以下舉一 實施例，例如驅動部包括一托盤116以承載超音波捶具 120，以及一運動部118，例如使托盤116上下移動，且如 果必要也可以同時轉動。由於托盤116承載超音波捶具 120，因此可以捶打物品。又驅動部與容器1〇〇之間除了可 以是分離設置外，也可以與容器1〇〇的上蓋112結合，例 如利用一密封環114允許超音波捶具120通過上蓋112且 上下移動進行捶打。又、於整體結構的考量，驅動部設置 在上盍112上能方便使用。又，一般捶打方式是上下捶打 較為直接，但是如果實際需要也不必限定於上下捶打方 式。要注意得是，就機械設計上，驅動部的設置可依其所 述的基本功能，根據實際f要而有變動 蚊 特定的姑播。 4私/1个nr义疋孓 與物二;;有：超如 易產生過高的溫度。=Ϊ二會多餘耗損電能，也容 -位置監測裝置，二=装機例如可以再設置 、j該I s波捶具的一位置，配合該 有弟-設定位置132、第〜由上到下5又疋 置U6,其中第一言_二又疋位置134、以及第三設定位 。又疋置例如是-初始位置。位置監測 006TW 20875twf.doc/g 1293¾¾ 裝置例如在上述位置設有感測器，以得知超音波捶具i2〇 的通過狀況。換句話說，位置監測裝置可以利用一般技術 得知超音波捶具120的位置狀態，配合驅動部的運^; 以達到較佳的操作效果。以下舉一些操作條件的實施例。 超音波捶具120根據三個位置132、134、134的操作 條件例如是在該初始位置132時，該驅動部啟動向下二一 驅動力，其中該超音波震盪尚未被啟動。接著、超音波捶 具120會由上而下通過第二設定位置134時，啟動二音 ，具120的超音波震盈。又、超音波捶具12〇抵達第三設 定位置136時’該驅動部啟動向上的一驅動力，且馬上= 錢是隔-設定咖後停止超音波震盪。姐： 二回轉時’雖然大力捶打的效果已停止，但仍=短 物品1G4接觸’而超音波震触對物品二 Γ接著隔停止會增加超音波捶打的有效時 度。、丈動向下的該驅動力，繼續捶打到所要的程 如當:件不是唯-的方法，可以略作調整。例 動達第三設定位置136時，除了翻 震盪，而是等到超力外，不必停止垂頭126的超音波 停止垂頭126的二，皮具120回到第二設定位置134才 作條件僅是實施^曰f震盪。當然可了解的是，上述的操 又、品lJ、只際操作可以有其他變化。 文木方法的角度而言，本發明也可以歸納出兩 12 1293德 006TW 20875twf.doc/g 们步驟，包括知供一超音波捶具120，此超音波捶具120 有-捶頭126，可以被啟動產生—超音波震盪;以及以超音 波捶具126捶打物品104，在捶頭126接觸到物品1〇4時 也同時啟動超音波震盪，以細部捶打物品1〇4。 —以下再進一步描述一些細節。圖3A〜3E繪示依據本發 明實施例，圖2中的捶頭126與盆部102形狀的設計示意 圖參閱圖3A，盆部300a例如是曲線凹面，而捶頭3〇2a 的表面至少有一凸出物，以增加打漿效果。參閱圖3b〜3e， 盆部3_〜3〇〇e以及捶頭遍〜3〇2e可以有多種不同變 化不予详述。當然，捶頭與盆部的設計不僅限於所舉實 施例。 圖4A〜4C繪示超音波捶具的冷卻通道131示意圖。 以圖2的超音波捶具為例，圖4八是超音波傳導器與 捶頭12 6在接面i 2 6 a的示意圖。圖4 B是剖面示^。圖* c 是超音波傳導器124的立體示意圖。冷抑通道131例如是 由適當？具所形成_部孔洞。㈣冷卻通道⑶在超音 波傳導器124以及一捶頭126的内部結構可以不同，例如 分別如冷卻通道131讀131b所示。超音波傳導器124愈 捶頭126例如是螺絲方式旋固在一起， 請a以及捶頭126的螺孔15 超音波傳導器124與捶頭126的冷卻通道⑶&、㈣屬由 於面積較她難於解。如料料綠會導齡卻通道 =的失敗，更或是冷卻通道⑶在接面咖處渗漏出 來。因此’例如在冷卻通道131a的接面端可以設計較大面 13 006TW 20875twf.doc/g 006TW 20875twf.doc/g^^5{) 〇〇 6TW B The ultrasonic wave dressing machine according to the embodiment of the invention, wherein the container. Further, the inside of the container may be provided with a cooling passage. Further, each of f may include an upper cover, and the ultrasonic cooker is configured to form a closed space I, and the article is at the bottom of the sealed space. An ultrasonic beater according to an embodiment of the invention, wherein the driving portion drives the ultrasonic cooker to move the item up and down. In addition, the driving portion can also rotate the ultrasonic cookware at the same time. - The ultrasonic pulper according to an embodiment of the invention further comprises a position monitoring device for monitoring the position of the ultrasonic cooker, the alpha being coupled to the drive to drive the operation of the ultrasonic cookware. Wherein, a first set position, a second set position, and a third set position are set from top to bottom, wherein the first set position is an initial position. The present invention further provides an ultrasonic sounding method suitable for beating an item, comprising providing an ultrasonic cooker having a hammer that can be activated to generate an ultrasonic shock; and being beaten with the ultrasonic cooker The item also activates the ultrasonic shock when the hoe is in contact with the item to beat the item in detail. According to an embodiment of the invention, the ultrasonic sounding method further includes measuring a position of the ultrasonic cookware, wherein the top-down setting has a first-second position, a second set position, and a third Set the position, and the first set position is an initial position. According to an embodiment of the present invention, the ultrasonic beating method can drive the ultrasonic cooker according to an operating condition, for example, when the friend is in the initial position, a downward driving force is generated, wherein The supersonic 7 1293 _ 20875 twf.d 〇 c / g wave oscillation has not been activated; when the second set position is passed from top to bottom, the ultrasonic oscillation is activated; when the third set position is reached, an upward one is generated Driving force, and stopping immediately or stopping the ultrasonic vibration plate after a set time; and returning to the first set position, repeatedly starting the downward driving force. According to an embodiment of the present invention, the ultrasonic beating method may drive the ultrasonic cooker according to, for example, another operating condition, as follows: In the initial position, a downward driving force is generated, wherein the super The sonic oscillation has not been activated; when the second set position is passed from top to bottom, the ultrasonic oscillation is started; when the third set position is deviated, when A drives back to the second set position, the stop is stopped. Ultrasonic oscillation; and when returning to the first set position, repeatedly driving the downward driving force. The above and other objects, features, and advantages of the present invention will become more apparent from the aspects of the invention. A supersonic cooker and a ultrasonic wave beater and ultrasonic beating method using ultrasonic cookware. For example, meat can still maintain long fiber after being beaten. Due to the detailed beat of the ultrasonic wave, the effective increase of the cockroach is effective, and the beating speed and the output can be improved. For the ultrasonic beater, X avoids the hitting of the traditional piles. Sanyin and vibration. Since the beater of the present invention has an ultrasonic beating effect, the meat is taken as an example to maintain the long fiber characteristics of the meat. The frequency of the ultrasonic waves is not within the hearing range and therefore does not cause excessive noise and vibration. Further, 12932 is like 0006TW 20875twf.doc/g If the meat tissue can be sufficiently destroyed, it is directly advantageous for protein extraction and moisture retention, and chemical additives such as polymerized phosphate can be reduced. Some embodiments are described below as illustrative, but the invention is not limited only by the embodiments. FIG. 1 is a schematic diagram of an ultrasonic cooker according to an embodiment of the invention. The ultrasonic cooker 50 of the present invention includes an ultrasonic transducer 52, an ultrasonic transducer 54, and a hammer 56. An ultrasonic transducer (ultras^ic tmnsdUCer) 52 is used to provide an ultrasonic energy, which can be achieved, for example, using existing conventional techniques. The ultrasonic transducer 52 itself is equipped with the required power source as a conventional technique, and the details thereof will not be described in detail. Furthermore, the Ultrasonic Transducer Section is used in conjunction with the 9-wave Shaw 52 to transmit the ultrasonic energy generated. The ultrasonic transducer 54 can, for example, increase the amplitude of the ultrasonic energy by increasing the amplitude. Similarly, the ultrasonic transducer 54 can be understood according to its desired function. In addition, the hoe 56 is transferred to the ultrasonic transducer 54 to smash the cymbal energy to make the cymbal 56 have a supersonic shock. When 捶头%捶:. =', the inner product is also shaken by the ultrasonic wave of the hoe. The item is, for example, meat. The ultrasonic cooker 50 is characterized by the effect of simultaneous f-fighting. In other words, the detailed structure of the individual units of the ultrasonic transducer 52 2" 54 and the hoe 56 can be achieved according to the ί: technique to obtain the overall special effect. ..., the prior art m sound wave cooker 5. For example, there are tens of thousands of times per second, 1,932,423, 0006, W, 20, 875 twf.doc/g ==, and the power and frequency are not necessarily a lot, and the ultrasonic wave is not in the hearing range = so it will not cause excessive noise and vibration. The sound wave insert % can only improve the beating effect. X, in the shape of the skull 56 can have some iron = inside and the surface can also be set at least - convex to increase the effect of beating the object. Figure 3A ~ 3E will further describe it. Because of the ultrasonic shock, it will generate heat when it hits the object. Some items, such as meat, are better to be beaten at low temperatures. Therefore, the supersonic wave transmitter 54 of the ultrasonic wave insert 50 is The inside of the hoe head is provided with a cooling passage, for example, and the details thereof will be described later in Fig. 2, 4α~4〇. The above-mentioned ultrasonic cooker 5G' allows the user to hold the beat in use. However, the ultrasonic wave Cookware 5G can also be used with - container _ and use to form an automatic beater. Figure 2 shows the cross-section of the beater according to an embodiment of the invention. Referring to Figure 2, the beater comprises a container 1 〇〇. There are 2 1G2 on the container 1 For the purpose of placing the item 1() 4 to be beaten, for example, the meat mouth valley 100 can be designed to be rotatable to increase the uniformity of the beat. In addition, the container 100 can also be designed with a cooling passage. There is a circulation space inside the bowl portion 102, and the cooling fluid is circulated through the inlet 1〇6 and the outlet. For example, the sensor 110 can also be disposed near the outlet 1〇8. The container H)0 can also be covered by an upper cover 112. The basin portion: can form a confined space. The article 104 is located at the bottom of the container 1. In addition, the beater further includes the aforementioned ultrasonic cooker 12〇 and a driving Deng. The acoustic wave cooker 120 includes the super as described above. The sonic transducer 122, the ultrasonic transducer 124, and the cymbal 126 are internally provided with, for example, a cooling passage 131 through which a cooling fluid flows, for example, a cooling passage 10 2 〇 875 twf.doc/g The embodiment of 131 will be described again in Figures 4A to 4C. The power required for the ultrasonic transducer 120 to be pushed. That is, the moving part is used to drive the ultrasonic cooker 120, and the functions required for design according to the present invention can be variously designed. In one embodiment, for example, the drive unit includes a tray 116 for carrying the ultrasonic cooker 120, and a moving portion 118, for example, moving the tray 116 up and down, and if necessary, simultaneously rotating. Since the tray 116 carries ultrasonic waves 捶The utility model has 120, so that the article can be beaten. In addition to being separately provided, the driving portion and the container 1 can be combined with the upper cover 112 of the container 1 , for example, by using a sealing ring 114 to allow the ultrasonic cooker 120 to pass. The upper cover 112 is moved up and down for beating. Moreover, in consideration of the overall structure, the drive unit can be conveniently placed on the upper cover 112. In addition, the general beating method is relatively straightforward, but it is not necessarily limited to the upper and lower beating methods if it is actually needed. It should be noted that, in terms of mechanical design, the setting of the driving part can be changed according to the actual function of the driving part according to the actual f. 4 private / 1 nr 疋孓 疋孓 and 物 2;; There are: super as easy to produce too high temperature. = Ϊ 2 will be extra power consumption, also capacity - position monitoring device, two = installed, for example, can be set, j a position of the I s wave cooker, with the younger - set position 132, the first ~ from top to bottom 5 is further set to U6, wherein the first word _ two again 疋 position 134, and the third set bit. Again, for example, it is - the initial position. Position monitoring 006TW 20875twf.doc/g 12933⁄43⁄4 The device is provided with a sensor, for example, at the above position to know the passage condition of the ultrasonic cooker i2〇. In other words, the position monitoring device can use the general technique to know the positional state of the ultrasonic cooker 120, and cooperate with the driving portion to achieve a better operational effect. Examples of some operating conditions are given below. The ultrasonic cooker 120 activates the downward two driving force according to the operating conditions of the three positions 132, 134, 134, for example, at the initial position 132, wherein the ultrasonic oscillation has not been activated. Then, when the ultrasonic tool 120 passes the second set position 134 from top to bottom, the second sound is activated, and the ultrasonic shock of 120 is generated. Further, when the ultrasonic cooker 12 〇 reaches the third set position 136, the drive unit activates an upward driving force, and immediately = the money is separated - the setting of the coffee stops the ultrasonic oscillation. Sister: When the two turns, the effect of the vigorous beating has stopped, but still = short items 1G4 contact 'and the ultrasonic shock to the item 2 Γ then stop to increase the effective time of the ultrasonic beating. The driving force that moves downwards continues to be beaten to the desired course. For example, if the piece is not a unique method, it can be slightly adjusted. When the third set position 136 is reached, in addition to tumbling, but waiting for the super force, it is not necessary to stop the ultrasonic of the vertical head 126 to stop the second of the vertical 126, and the leather 120 returns to the second set position 134. Implement ^曰f shock. Of course, it can be understood that there are other changes in the above operations, products, and operations. From the perspective of the Wenmu method, the present invention can also generalize the steps of two 12 1293 006 TW 20875 twf.doc/g, including knowing that an ultrasonic cooker 120, the ultrasonic cooker 120 has a - hoe 126, can It is activated to generate ultrasonic vibration; and the object 104 is hit by the ultrasonic cooker 126. When the hammer 126 touches the object 1〇4, the ultrasonic oscillation is also started, and the item is beaten by detail. - Some details are further described below. 3A to 3E are schematic diagrams showing the design of the shape of the hoe 126 and the bowl portion 102 of FIG. 2 according to an embodiment of the present invention. Referring to FIG. 3A, the bowl portion 300a is, for example, a curved concave surface, and the surface of the hoe 3 〇 2a has at least one convex surface. Produce to increase the beating effect. Referring to Figures 3b to 3e, the basin portions 3_~3〇〇e and the heads 〜3〇2e can be varied in many different ways. Of course, the design of the hoe and the bowl is not limited to the embodiment. 4A-4C are schematic views of the cooling passage 131 of the ultrasonic cooker. Taking the ultrasonic cooker of Fig. 2 as an example, Fig. 4 is a schematic diagram of the ultrasonic transducer and the boring head 12 6 at the junction i 2 6 a. Figure 4B is a cross-sectional view. Figure *c is a perspective view of the ultrasonic transducer 124. Is the cold suppression channel 131 suitable for example? With the formed hole. (4) The internal structure of the cooling passage (3) in the ultrasonic transducer 124 and the boring head 126 may be different, for example, as shown by the cooling passage 131 reading 131b, respectively. The ultrasonic transducer 124 is screwed together, for example, by means of a screw. Please a and the screw hole 15 of the hoe 126. The cooling passages (3) & (4) of the ultrasonic transducer 124 and the hoe 126 are difficult to face due to her size. solution. If the material green will lead to the failure of the channel = or the cooling channel (3) leaks out at the junction. Therefore, for example, a larger surface can be designed at the junction end of the cooling passage 131a. 13 006TW 20875twf.doc/g 006TW 20875twf.doc/g
積的凹陷區140。另外’例如在捶頭126内部的冷卻通道 131b，可以設計成多個。為了更保證冷卻通道131的建立， 在超音波傳導器124端面的凹陷區140的間距RB可以大 於捶頭126内部的冷卻通道131b的直徑DH。因此，於圖 4B，當超音波傳導器124與捶頭126藉由螺絲150a與螺 孔150b緊密旋固在一起時，只要二個凹陷區140仍維持與 冷卻通道131b有重疊的部份，則冷卻通道131就能維持暢 通，藉由冷卻水的一進一出就可達到冷卻效果。然而可了 解的是，要達到冷卻通道131的設計以及超音波傳導器124 與捶頭126之間的固定，其可由機械設計以不同方式達 成，本發明不限定於特定結構。 、由於本發明的打漿機兼具有超音波捶打效果，以肉品 為例可以維持肉品的長纖維特性的口感。超音波的頻率例 如設在18kHz〜41kHz’不在聽覺主要範圍之内，因此也不 會造成過度噪音與振動。更例如是肉品組織可以被充分破The recessed area 140 of the product. Further, for example, the cooling passages 131b inside the hoe 126 can be designed in plurality. In order to further ensure the establishment of the cooling passage 131, the pitch RB of the recessed portion 140 at the end face of the ultrasonic transducer 124 may be larger than the diameter DH of the cooling passage 131b inside the hammer 126. Therefore, in FIG. 4B, when the ultrasonic transducer 124 and the boring head 126 are tightly screwed together by the screw 150a and the screw hole 150b, as long as the two recessed regions 140 maintain the overlapping portion with the cooling passage 131b, The cooling passages 131 can be kept open, and the cooling effect can be achieved by one-in and one-out of the cooling water. However, it will be appreciated that to achieve the design of the cooling passages 131 and the fixation between the ultrasonic transducer 124 and the ram 126, it can be achieved in a different manner by mechanical design, and the invention is not limited to a particular configuration. Since the beater of the present invention has an ultrasonic beating effect, the meat can maintain the long fiber characteristics of the meat as an example. The frequency of the ultrasonic wave, for example, is set at 18 kHz to 41 kHz', which is not within the main range of hearing, and therefore does not cause excessive noise and vibration. More, for example, the meat tissue can be fully broken.
壤，直接利於蛋自質的萃取與保持水分 如聚合顧鹽等的化學添加物。 ^減W列 雖然本發明已以較佳實施例揭 本發明’任何熟習此技藝者，在不脫離:發 一=内’當可作些許之更動與潤飾，因此本發： 車巳圍巧後附之申請專利範圍所界定者為準。 …蔓 【圖式簡單說明】 ’超音_具示意圖。 囷、、、曰不依據本發明實施例，打聚機的剖面示=圖。 14 1293編 006TW 20875twf.doc/g 圖3A〜3E繪示依據本發明實施例，圖2中的捶頭126 與盆部102形狀的設計示意圖。 圖4A〜4C繪示超音波捶具的冷卻通道131示意圖。The soil is directly beneficial to the extraction and retention of water by the egg, such as the chemical addition of salt and salt. ^ 减列列篇名 Although the present invention has been disclosed in the preferred embodiment of the present invention, "anyone skilled in the art can make a few changes and refinements without departing from the one-in-one', so this hair: After the rut The scope defined in the patent application is subject to change. ... vine [Simple description of the schema] ‘Supersonic _ with schematic diagram.囷, , 曰 is not according to an embodiment of the present invention, and the cross section of the concentrating machine is shown as a figure. 14 1293 006TW 20875 twf.doc/g FIGS. 3A to 3E are schematic diagrams showing the design of the shape of the hoe 126 and the bowl 102 of FIG. 2 according to an embodiment of the present invention. 4A-4C are schematic views of the cooling passage 131 of the ultrasonic cooker.
【主要元件符號說明】 50、120 ：超音波捶具 52、122 ：超音波換能器 54、124 ：超音波傳導器 56 、 126 、 300a〜300e : 捶頭 100 ：容器 102、302a〜302e :盆部 104 :物品 106 : 入口 108 ：出口 110 :溫度感測器 112 ： 上蓋 114 ：密封環 116 ：托盤 118 ：運動部 130 ：出入口 131 : 冷卻通道 132 、 134 、136 :設定位置 140 :凹陷區 150a :螺絲 150b :螺孔 15[Description of main component symbols] 50, 120: Ultrasonic cookers 52, 122: Ultrasonic transducers 54, 124: Ultrasonic transducers 56, 126, 300a to 300e: Shantou 100: Containers 102, 302a to 302e: Basin 104: Item 106: Inlet 108: Outlet 110: Temperature sensor 112: Upper cover 114: Sealing ring 116: Tray 118: Moving part 130: Entrance and exit 131: Cooling passage 132, 134, 136: Setting position 140: Depression area 150a: Screw 150b: Screw hole 15