M329339 八、新型說明： 【新型所屬之技術領域】 、 本創作涉及一種食品自動製造機，尤指一種能將具黏 、難之液漿狀食材採全自動製作成為六至七分熟^全熟之 食品的結構者。 【先前技術】 按’一般市面上見及有數種原料混和之备σ #Λμ 氏口口，具原料 不外乎為-般之麵粉、水份……等之混合原料製成，然而 近年來多種特殊食材製成之食品也推陳出新，舉凡肉類混 合其他韌性食材製成之肉類食品、魚肉混合其他材料之食 品、……等，皆考驗目前食品自動製造機械之功效，然而 魚類、肉類食材無法如同麵粉、……等原料製作而成之食 品如此附有彈性，且魚類、肉類食材原料混合後黏稠性較 高，多數食品自動製造機械無法承受其混合食材之黏稠性 及液漿狀，易使該食材無法有效輸送並擠製成型又極富 黏稠性之食材易造成機械的負荷過大，使其製造困難，且 目前市面之食品自動製造機多為體積龐大且結構複雜之組 合機械，無法滿足小型製造商或零散製造商。 【新型内容】 本創作提供一種食品自動製造機，希藉此設計，提供 種靶f性的自動化生產食品之結構，以解決黏稠性之 液漿狀食材成型困難的問題，為其主要創作之目的。 為達到前述創作目的’本創作所運用之技術手段為提 供-種食品自動製造機，至少包括有一控制裝置'一擠料 M329339 裝置、一成型模具裝置、一裁切裝置、一加熱裝置、一定 時送風裝t、-收料裝置及一冷卻裝置，該控制裝置設於 ‘：食品自動製造機之一侧，係用於操作並控翁，各道置2而擠 / 料裝置則设於食品自動製造機之一端，係用於擠送原料， 、 而該成型模具裝置係設於擠料裝置之一側，係用於將原料 、 初步成型，且將加熱裝置設於擠料裝置之一側，係用於將 已凝固成型之食品加熱到六至七分熟或全熟，再藉由設於 加熱裝置内之收料裝置將食品集收轉送至冷卻裝置中，而 該裁切裝置則設於擠料裝置與加熱裝置之間，可用於將已 初步成型之食品裁切成一適當大小或長度，而冷卻裝置則 設於加熱裝置之一側，定時送風裝置則設於加熱裝置的下 方·’係用於將剛受水或油的熱度凝結成型之食材衝散開， 使其不至於糾結層疊在一起。 藉前述的本創作食品自動製造機之結構設計，主要可 達到如下所述之功效： 1'使食品彈性提高：該食品原料經由擠料裝置擠製 並於加熱裝置加熱成型，且透過冷卻裝置達到完全冷卻， 使食品彈性提高。 二二 2、 使食品不易糾結、沾黏··該食品原料經由擠料裝 置擠製成條狀，當食品成型後下降至加熱裝置，因其為垂 直下降並同步加熱，因此食品雖外表凝結但未達完全熟度 時’使得加熱時可以達到不易糾結及沾黏之目的。 3、 結構精簡：該食品自動製造機為控制裝置、擠料 裝置成型模具裝置、裁切裝置、加熱裝置、定時送風裝 M329339 置、收料裝置及冷卻裝置所組成，該機械構造不僅一般市 面未曾有過，且各裝置結構間的設計與配置更是精簡。 【實施方式y ^ ^ … 請參閱第1、2圖所示，本創作係為一種食品自動製 造機10，至少包括有一控制裝置20、一擠料裝置30、一 裁切裝置40、一加熱裝置50, 一收料裝置60、一冷卻裝 置70及原料，該控制裝置20設於食品自動製造機之 一側’係用於操作並控制各裝置，而擠料裝置3 〇則設於 食品自動製造機10之一端，係用於擠送原料並進行初步 成型，而該加熱裝置50設於擠料裝置30之一側，係用於 將已成型之食品加熱到六至七分熟或全熟，並藉由設於加 熱裝置50内之收料裝置60將食品轉送至冷卻裝置7〇中 ，而該裁切裝置40則設於擠料裝置30與加熱裝置5〇之 間’可用於將已初步成型之食品裁切成一適當大小或長度 ’冷卻裝置70則設於加熱裝置50之一側，—其中，該冷卻 裝置70係由一冷卻桶71及—流道72所組成，該冷卻補 71設於加熱裝置50之一側，其係為桶狀體.，.而流道:72則 設於冷卻桶71及加熱裝置50之間，係用於將經收料裝置 60轉送出之食品導送至冷卻桶71内，而原料係為具黏稠 性之液漿狀食材，其透過加熱後凝固之特性將其製作成食 品，故一般可為各種魚漿麵、紅麴魚麵、紫菜麵、花枝漿 麵、蕃薯麵、蝦捲麵、粉條等條狀或扁狀類食品。 承前述的本創作之食品自動製造機10，請參間第3、4 、6、7圖所示，該擠料裝置3〇係由一置料桶31、一冷 M329339 盤 32、一扇葉 33、一送料螺桿 34、一 ^ := ㈣6所組成’該置料桶31係為一具容置空間:: :=口之雜狀體，其容置空間係用於放置原料及設置扇 '田、’該扇葉33係為一薄型片體彎製形成-弧形扇體， …用於擠送原料以送料螺桿34，而冷卻盤32則設於置料 /桶31之外緣，係用於食品自動製㈣10在動作睁予以防 止因機械的導熱現象而影響原料品質，而使得原料於混合 授拌尚未成型時因加熱而造成變f現象，該送料螺桿以 设於置料桶31之内，其用於將原料採強迫式推擠的方式 擠入成型模具裝置35，該送料_ 34之—侧設有一轉動 轴34卜係用以插入成型模具裝置”之切斷刀354内以 確認送料螺桿34與成型模具裝置35之切斷刀咖可同步 轉動’並於送料螺桿34上設—螺旋部⑽，其係用以將由 置料桶31内擠入之原料以螺旋推擠的方式依序送入成型 模具裝置35内，其中，談冷卻盤32内可加入如冷水冰 塊、......等冷卻物質。 _ 承上所言，請參閱第3、4、6、7圖所示…談灰型模具 裝置35设於置料桶31下方，其用於將由送料螺桿3:4所 導送出之原料擠置成型為未成型之食品，其係由一套管 351、一承接管352、一彈性元件353、一切斷刀354、一 成型模板355及一鎖固頭356所組成，該套管351係為一 内具耐磨性之橡膠壁面之中空管狀體，其套設於送料螺桿 34之螺旋部342外’且一側連接承接管352，另一侧則連 接置料桶31，而承接管352之一侧連接套管351，另一侧 M329339 則連接鎖固頭356，雨該彈性元件353及切斷刀354則依 序套設於送料螺桿34之轉動轴341上，係藉此舉由設於 ·: 切斷刀354上之彈性元件353對切斷刃35舍的 • 切斷刀354的剪切力，再加上設於鎖固頭356内的成型模 板355與切斷刀354相抵頂，使其可用以切除原料内的筋 及雜物，如魚漿、肉漿等，以防止原料内所含有的雜物及： 軟骨卡在成型模板355内而影響出料，其成型模板355上 叹有數孔洞3551，其可用於將具黏稠性之液漿狀食材擠置 成尚未凝固成型之條狀或扁狀食品，其中，該成型模具裝 置35成型模板355之孔洞3551可依需求設為幾何圖形、 數字、字母等樣式。 請參閱第8、9' 10、12、13圖所示，該導送組36係 用於導送由成型模具裝置35擠送出之剛初步凝固成型的 食品進入加熱裝置5〇，其係由一框體361、一導送馬達 輸送帶363及一斜切板364所組成，其導送馬達 362叹於框體361之一侧，並由其轴心聯結並連動設於框 體361 ^ —谢之輸送帶363，而斜切板抑4則設於輸送帶 3 6 3之側，除提供輸送帶3 6 3上初步凝固成型的食品一、 /月入加熱裝置5〇的延伸路徑外，其亦可用以抵頂裁切裝 裁切刀43 ’其中’該導送組36斜切板364與導遂 組36輸送帶363的配合可依導送組36輸送帶363之斜度 ^整’且導送馬達362與輸送帶363間之傳導係採一般 卸組= 圖所示’而輸送帶一^ ’減>，如第10圖所示，並於導送組36框體 M329339 361内設有一測溫棒365，係用以感測溫度，如第14圖所 示0 • 承前述的本創作之食品自動製造機，請參閱第1、12 / 、18、21圖所示，該加熱裝置50設於擠料裝置30之—侧 ’其係由一加熱槽51、一隔網52、一加熱元件53及一定 時送風裝置54所組成，該加熱槽51為一「圓盎形槽狀:體：， 其内容置有水或油可將食品加熱至六至七分熟或全熟之狀 態，並於底部設有加熱元件53，該加熱元件53係由控制 裝置20所控制，係用於提高加熱槽51内之水或油的溫度 ，而隔網52則設於加熱元件53之上，係用以隔開食品與 加熱兀件53,該定時送風裝置54設於加熱元件53之下方 ，其係由一打氣管541及一鼓風機55所組成，該打氣管 541設於加熱元件53之下方，其係為一中空狀矽膠管，其 上設有數氣孔5411，使得打氣管541在出氣時，會因其為 矽膠材質而使氣孔5411擴張進而將氣排出，而當打氣管 514停止出氣時，又會因其為矽膠材質而使氣孔54ιι緊縮 至使液艘無法流入’該打氣管5 4丨之一側:連接嗷於加熱裝 置50頂部之鼓風機55，其中，該故風機55連接控制裝置 10，故可控制打氣管541送出氣體之時間長短，亦可設定 定時打氣，而打氣管541與鼓風機55之間連接設有一止 逆閥56，可防止加熱槽51中之水倒灌，加熱槽5丨内的水 亦可視食材而變換為油來進行油炸。 承前述的本創作之食品自動製造機，請參閱第丨、15 、16圖所示，該裁切裝置4〇設於擠料裝置⑽與加熱裝置 M329339 50之間，可用於將已初步成型之食品裁切成一適當大小或 長度’其係由一電敬間41、一導柱42及一裁切刀43所組 • 成，該電磁閥41設於加熱裝置50之頂部…普中間設，有導 ·，柱42，並由導柱42之一側連接裁切刀43,該裁切刀43 係為一片狀剛性鳢，用於裁切已初步成型之食品，其中， 該電磁閥41係由控制裝置丨〇所控修，可依需麥控制電磁 閥41通電的時間以改變所裁切之食品的長度及大小。 承前述的本創作之食品自動製造機，請參閱第丨、17 、19、20圖所示，該收料裝置6〇設於加熱裝置5〇之頂部 ，其係用以將加熱到六至七分熟或全熟狀態之食品集收轉 送至冷卻裝置70中，該收料裝置6〇係由一馬達61、—連 接才干62及一繞性扇63 (界刀）所組成，該馬達61設於加 熱裝置50之頂部並聯結連接桿62，在於連接桿62之一側 裝ax —繞性扇63，該繞性扇63為一耐高溫之軟性件，當 馬達61轉動時，該連接桿62會帶動繞性扇63一將漂浮ς 水面之食品集收轉推撥送至流道72内。 請參閱第1、9、12、22圖所示，本創作之，食品自動製 1造機在實施時，係將原料置於擠料裝置30的置料桶_ 31内: ，在原料經扇葉33的擠壓後將原料推擠送入送料螺桿34 中’再去送料螺桿34以螺旋推擠的方式依序送入成型模 具裝置35内，經由成型模板355擠出後，此時食材尚未 成型，待其遇到上層的熱水，食材的外表即刻收縮凝結成 型，再由導送組36輸送帶363送入加熱裝置5〇内時，而 此時的食材約為二至三分熟，且期間利用設於加熱裝置5〇 11 M329339 頂部之裁切裝置4〇的裁切刀43將食品裁切成一適當大小 或長度後於沉入加熱裝置50之加熱槽51底部加熱俟加、 熱到六至七分熟齋全熟狀態時^ 升而自動浮於液面上，此時再經由收料裝置6()的繞性扇 63將食品集收撥送進人流道72並送進冷卻裝置7()的冷卻 桶71内，使得食品急速降溫並提高食品在食用時㈣性 及脆性，其中，該加熱裝置50可調整溫度，且其一側設 有一給水裝置57,係用於補給加熱槽51内的水，其係2 一水位偵測裝置571、一微動開關572、一給水電閘5?3 及一引水管574所組成，該水位摘測裝置571設於加熱裝 置50之一側，且該水位偵測裝置571上連揍設有一微動 開關572,該微動開關572連接設於加熱裝置5〇 一侧之給 水電閘573 ’再由給水電閘573連接一引水管巧74，當加 熱槽51内的水位過低時，會牵動微動開關572而打開給 水電閘573，以藉由引水管574將水注入加熱槽51内，如 第2圖所示’其中，該水位偵測裝置571可為球閥、浮球 等裝置，而該加熱槽51上之一側固設有一遽水板術傣 用以過慮欲冷卻之食品夹帶的水分’故該濾水板58上設 有複數個遽水孔58卜如第17圖所示。 【圖式簡單說明】 第1圖為本創作之立趙組合圖（一）。 第2圖為本創作之立體、組合圖（-)。 第3圖為本創作擠料裝置之立體組合圖。 第4圖為本創作送料螺桿及成型模具裝置之立體分解圖。M329339 VIII. New description: [New technical field] This creation involves a food automatic manufacturing machine, especially one that can make the viscous and difficult liquid-like foods fully automatic into six to seven minutes. The structure of the food. [Prior Art] According to the general market, there are several kinds of raw materials mixed with σ #Λμ's mouth, which are made of mixed raw materials such as flour, water, etc. Foods made from special ingredients are also innovated. Meat products made from other tough ingredients, meat and other foods mixed with other materials, etc., test the effectiveness of current food automatic manufacturing machinery. However, fish and meat ingredients cannot be like flour. Foods made from raw materials, etc., are so elastic, and the raw materials of fish and meat ingredients are highly viscous. Most food automatic manufacturing machinery cannot withstand the viscosity and liquid form of the mixed ingredients, and it is easy to make the ingredients. Foods that cannot be effectively transported and squeezed into a very thick and viscous material are liable to cause excessive mechanical load, making it difficult to manufacture. Currently, the automatic food manufacturing machines on the market are mostly bulky and complicated composite machines, which cannot meet small-scale manufacturing. Merchant or fragmented manufacturer. [New content] This creation provides a food automatic manufacturing machine, which is designed to provide a structure for the automatic production of foods with a target type to solve the problem of difficult formation of viscous liquid-like ingredients, for the purpose of its main creation. . In order to achieve the above-mentioned creative purpose, the technical means used in the present invention is to provide a food automatic manufacturing machine, which comprises at least one control device, a squeezing M329339 device, a molding die device, a cutting device, a heating device, and a certain time. The air supply device t, the receiving device and a cooling device are arranged on the side of the ': automatic food manufacturing machine, which is used for operating and controlling the Weng, each channel is set 2 and the extrusion device is set in the food automatic One end of the manufacturing machine is used for squeezing the raw material, and the molding die device is disposed on one side of the squeezing device for preliminarily molding the raw material, and the heating device is disposed on one side of the squeezing device. It is used for heating the solidified food to six to seven minutes or fully cooked, and then transferring the food to the cooling device by the receiving device provided in the heating device, and the cutting device is set at Between the extruding device and the heating device, the food that has been initially formed can be cut into an appropriate size or length, and the cooling device is disposed on one side of the heating device, and the timing air supply device is disposed under the heating device. · 'System for oil or water just by heat coagulation of the ingredients forming the red spread, laminated together so they can not tangled. The structure design of the above-mentioned artificial food automatic manufacturing machine can mainly achieve the following effects: 1 'Enhance food elasticity: the food material is extruded through a squeeze device and heated and formed in a heating device, and is passed through a cooling device Completely cooled to increase the elasticity of the food. 22 2, making the food difficult to entangle and stick. · The food material is extruded into strips through the extrusion device. When the food is formed, it is lowered to the heating device. Because it is vertically descended and heated simultaneously, the food is coagulated but When it is not fully ripened, it can achieve the purpose of not being entangled and sticky when heated. 3. Simplified structure: The food automatic manufacturing machine is composed of a control device, a molding device for cutting the extrusion device, a cutting device, a heating device, a timing air supply device M329339, a receiving device and a cooling device. The mechanical structure is not only common in the market. However, the design and configuration between the various device structures is more streamlined. [Embodiment y ^ ^ ... Please refer to Figures 1 and 2, the present invention is an automatic food manufacturing machine 10 comprising at least one control device 20, a squeezing device 30, a cutting device 40, and a heating device. 50, a receiving device 60, a cooling device 70 and a raw material, the control device 20 is disposed on one side of the automatic food manufacturing machine for operating and controlling the devices, and the extruding device 3 is disposed in the automatic food manufacturing One end of the machine 10 is used for squeezing the raw material and performing preliminary molding, and the heating device 50 is disposed on one side of the squeezing device 30 for heating the formed food to six to seven minutes or fully cooked. And the food is transferred to the cooling device 7 by the receiving device 60 disposed in the heating device 50, and the cutting device 40 is disposed between the extruding device 30 and the heating device 5', which can be used for preliminary The shaped food is cut into an appropriate size or length. The cooling device 70 is disposed on one side of the heating device 50. The cooling device 70 is composed of a cooling tank 71 and a flow passage 72. Provided on one side of the heating device 50, which is a barrel body. And the flow channel: 72 is disposed between the cooling bucket 71 and the heating device 50, and is used for guiding the food transferred from the receiving device 60 to the cooling bucket 71, and the raw material is a viscous liquid slurry. Shaped food, which is made into a food by the characteristics of solidification after heating, so it can generally be various kinds of fish paste noodles, red squid noodles, seaweed noodles, squid noodles, sweet potato noodles, shrimp noodles, noodles, etc. Flat food. According to the above-mentioned food automatic manufacturing machine 10, as shown in the third, fourth, sixth, and seventh figures, the squeezing device 3 is composed of a storage tank 31, a cold M329339 disk 32, and a blade. 33. A feeding screw 34, a ^:= (4) 6 consists of 'the filling barrel 31 is an accommodation space:::= the mouth of the heterogeneous body, the accommodation space is used for placing raw materials and setting the fan' Tian, 'the fan blade 33 is a thin sheet body formed by a curved fan body, ... for squeezing the raw material to feed the screw 34, and the cooling plate 32 is disposed at the outer edge of the storage/bucket 31, It is used for automatic food production (4) 10 to prevent the quality of the raw material from being affected by the thermal conduction phenomenon of the machine, so that the raw material is deformed by heating when the mixed mixing is not formed, and the feeding screw is disposed in the storage tank 31. In the meantime, it is used for forcibly pushing the raw material into the forming die device 35, and the side of the feeding member 34 is provided with a rotating shaft 34 for inserting the forming die device into the cutting blade 354 to confirm The feeding screw 34 and the cutting knife of the forming die device 35 can be rotated synchronously and disposed on the feeding screw 34. The portion (10) is used to sequentially feed the raw materials extruded from the loading barrel 31 into the forming mold device 35 by means of screw pushing, wherein, for example, cold water ice cubes can be added to the cooling plate 32, ... ...and other cooling substances. _ As stated above, please refer to Figures 3, 4, 6, and 7... The gray mold unit 35 is disposed below the loading tank 31, which is used to feed the screw 3:4 The material to be sent is extruded into an unformed food, which is composed of a sleeve 351, a receiving tube 352, an elastic member 353, a cutting blade 354, a forming template 355 and a locking head 356. The sleeve 351 is a hollow tubular body with a wear-resistant rubber wall surface, which is sleeved outside the spiral portion 342 of the feed screw 34 and connected to the receiving tube 352 on one side and the storage barrel 31 on the other side. And the other side of the tube 352 is connected to the locking head 356, and the elastic element 353 and the cutting blade 354 are sequentially sleeved on the rotating shaft 341 of the feeding screw 34. Therefore, the shearing force of the cutting blade 354 provided on the cutting blade 35 by the elastic member 353 provided on the cutting blade 354 is added. The forming template 355 disposed in the locking head 356 abuts against the cutting blade 354, so that it can be used to cut the ribs and debris in the raw material, such as fish paste, meat slurry, etc., to prevent the impurities contained in the raw material and The cartilage is stuck in the forming template 355 to affect the discharging. The forming template 355 has a number of holes 3551 which can be used for squeezing the viscous liquid-like food into strips or flat foods which have not been solidified, wherein The hole 3551 of the forming template 355 of the forming mold device 35 can be set as a geometric figure, a number, a letter or the like according to requirements. Please refer to Figures 8, 9' 10, 12, and 13 to indicate that the guiding group 36 is used for The food which has been preliminarily solidified and extruded by the molding die device 35 is introduced into the heating device 5, which is composed of a frame 361, a guiding motor conveying belt 363 and a beveling plate 364, and the guiding motor thereof 362 sighs on one side of the frame body 361, and is connected by its axis and interlocked to the frame 361 ^ - the conveyor belt 363, and the chamfer plate 4 is disposed on the side of the conveyor belt 3 6 3, except The food on the conveyor belt 3 6 3 is initially solidified and formed into a heating device. Outside the extension path, it can also be used to abut the cutting and cutting cutter 43 'wherein the guiding group 36 the chamfering plate 364 and the guiding group 36 the conveying belt 363 can cooperate with the guiding belt 36 to convey the belt 363 The degree is adjusted and the conduction between the motor 362 and the conveyor belt 363 is generally unloaded = the figure is shown as 'the conveyor belt ^ ^ 'minus>, as shown in Fig. 10, and in the group of the guide group 36 A temperature measuring rod 365 is provided in the body M329339 361 for sensing the temperature, as shown in Fig. 14. 0. According to the above-mentioned food automatic manufacturing machine, please refer to the figures 1, 12, 18, 21 It is shown that the heating device 50 is disposed on the side of the extrusion device 30. The heating device 50 is composed of a heating tank 51, a partition 52, a heating element 53 and a certain time air blowing device 54. The heating tank 51 is a circle. An undulating groove: body: the content of which is filled with water or oil to heat the food to a state of six to seven minutes cooked or fully cooked, and is provided with a heating element 53 at the bottom, which is controlled by the control device 20 The control is used to increase the temperature of the water or oil in the heating tank 51, and the screen 52 is disposed on the heating element 53 for separating the food and heating. The air blowing device 54 is disposed under the heating element 53 and is composed of an air blowing pipe 541 and a blower 55. The air blowing pipe 541 is disposed under the heating element 53 and is a hollow rubber hose. There are a plurality of air holes 5411, so that when the air outlet pipe 541 is out of the air, the air hole 5411 is expanded to discharge the air because of the silicone material, and when the air pipe 514 stops the air, it is made of the silicone material. The air hole 54 ιι is tightened so that the liquid tank cannot flow into the side of the air pump 5 4: the blower 55 connected to the top of the heating device 50, wherein the blower 55 is connected to the control device 10, so that the gas can be controlled to be sent by the air pump 541 For the length of time, the timing can be set, and a check valve 56 is connected between the air tube 541 and the air blower 55 to prevent the water in the heating tank 51 from being poured. The water in the heating tank 5 can also be converted into the food material. Oil to fry. According to the above-mentioned food automatic manufacturing machine, as shown in Figures 15, 15, and 16, the cutting device 4 is disposed between the squeezing device (10) and the heating device M329339 50, and can be used for preliminary molding. The food is cut into an appropriate size or length. The vacuum valve 41 is assembled from a top 41, a guide post 42 and a cutting blade 43. The solenoid valve 41 is disposed at the top of the heating device 50. There is a guide, a column 42, and one side of the guide post 42 is connected to the cutting blade 43, which is a piece of rigid jaw for cutting the food which has been initially formed, wherein the solenoid valve 41 Controlled by the control device, the time during which the solenoid control solenoid valve 41 is energized can be changed to change the length and size of the cut food. According to the above-mentioned food automatic manufacturing machine, as shown in Figures 17, 17, 19, 20, the receiving device 6 is disposed at the top of the heating device 5, which is used to heat up to six to seven The food collection in the cooked or fully cooked state is transferred to the cooling device 70. The receiving device 6 is composed of a motor 61, a connecting connector 62 and a winding fan 63 (the boundary knife). A connecting rod 62 is connected in parallel at the top of the heating device 50, and an ax-winding fan 63 is mounted on one side of the connecting rod 62. The winding fan 63 is a high temperature resistant soft member. When the motor 61 rotates, the connecting rod 62 The winding fan 63 is driven to transfer the food collection of the floating surface to the flow channel 72. Please refer to the figures 1, 9, 12, and 22, in the creation of the food automatic manufacturing machine, the raw materials are placed in the loading tank _ 31 of the squeezing device 30: After the extrusion of 33, the raw material is pushed and fed into the feeding screw 34. Then, the feeding screw 34 is sequentially fed into the forming mold device 35 by screwing, and after being extruded through the forming die plate 355, the food material is not formed yet. When the upper layer of hot water is encountered, the appearance of the food material is immediately contracted and condensed, and then the feeding belt 36 is fed into the heating device 5, and the food at this time is about two to three minutes, and During the process, the food is cut into a suitable size or length by a cutting blade 43 provided on the top of the heating device 5〇11 M329339, and then heated and heated to the bottom of the heating tank 51 of the submerged heating device 50. 6 to 7 minutes when the cooked state is fully cooked, it floats automatically on the liquid surface. At this time, the food is collected and sent into the human flow channel 72 via the winding fan 63 of the receiving device 6 () and sent to the cooling device. 7() in the cooling bucket 71, so that the food is rapidly cooled and the food is improved (four) sex and brittleness The heating device 50 can adjust the temperature, and a water supply device 57 is disposed on one side thereof for replenishing the water in the heating tank 51, which is a water level detecting device 571, a micro switch 572, and a water supply switch 5 3 and a water conduit 574, the water level picking device 571 is disposed on one side of the heating device 50, and the water level detecting device 571 is connected with a micro switch 572, and the micro switch 572 is connected to the heating device. The water supply gate 573' on one side is connected to the water supply gate 573 by a water conduit 74. When the water level in the heating tank 51 is too low, the micro switch 572 is pulled and the water supply gate 573 is opened to open the water supply gate 573. The water is injected into the heating tank 51, as shown in FIG. 2, wherein the water level detecting device 571 can be a ball valve, a floating ball, etc., and one side of the heating tank 51 is fixed with a water slab. The water is entrained by the food to be cooled. Therefore, the water filtering plate 58 is provided with a plurality of water holes 58 as shown in Fig. 17. [Simple description of the diagram] The first picture is the combination of the creation of Zhao (1). The second picture is the three-dimensional, combined picture (-) of the creation. Figure 3 is a three-dimensional combination of the creation of the extrusion device. The fourth figure is an exploded perspective view of the feeding screw and the forming mold device.
12 M329339 第5圖為本創作威型模具裝置之立體示意圖。: 第6圖為本創作送料螺桿之立體示意圖。 第7圖為本創作成型模具裝置之動作示意圖i二 ， 第8圖為本創作擠料裝置導送組之動作示意圖。 第9圖為本創作擠料裝置之動作示意圖。 - 第1 〇圖為本創作導送組輸送帶之拆解示意圖。 第1 1圖為本創作導送組之導送馬達與輸送帶間採鏈輪傳 動之立體示意圖。 第1 2圖為本創作斜切板及止逆閥之位置示意圖。 第1 3圖為本創作斜切板之動作示意圖。 第1 4圖為本創作測溫棒之立體示意圖。 第1 5圖為本創作裁切裝置之位置示意圖。 第1 6圖為本創作裁切裝置之立體組合圖。 第1 7圖為本創作收料裝置之立體組合圖。 第1 8圖為本創作加熱裝置之平面圖。 第1 9圖為本創作树接桿與繞性扇的㈣示意圖。 第2 0圖為第1 7圖在A - A位詈之立,丨相„ 位罝之硯圖暨本創作收料裝 置之動作示意圖。 第2 1圖為本創作打氣管之平面圖。 第2 2圖為本創作之動作示意圖。 附件： 附件1為本創作所製作之成品照。 【主要元件符號說明】 1〇、製造機 20、控制裝置 13 M329339 30、擠料裝置 32、冷卻盤 34、送料螺桿 342、螺旋部 351、套管 353、彈性元件 3 5 5、成型模板 356、鎖固頭 361、框體 363、輸送帶 365、測溫棒 41、電磁閥 43、裁切刀 51、加熱槽 53、加熱元件 541、打氣管 55、鼓風機 57、給水裝置 572、微動開關 574、引水管 581、濾水孔 61、馬達 63、繞性扇 71、冷卻桶 31、置料橋。 33、扇葉 341、轉動轴~二 35、 成型模具裝置 352、承接管。 354、切斷刀 3551、孔洞 36、 導送組 362、導送馬達 364、斜切板 40、裁切裝置 42、導柱 50、加熱裝置 52、隔網 54、定時送風裝置 5411、氣孔 5 6、止逆閥—v 4 571、水位偵測裝置 573、給水電閘 5 8、滤水板 60、收料裝置 62、連接桿 7 0、冷卻裝置 72、流道12 M329339 Figure 5 is a three-dimensional schematic diagram of the creation of the die-type mold device. : Figure 6 is a three-dimensional schematic view of the feed screw of the present invention. Fig. 7 is a schematic view showing the action of the forming molding device, i. Fig. 8 is a schematic view showing the action of the guiding group of the squeezing device. Figure 9 is a schematic view of the action of the creation of the extrusion device. - Figure 1 is a schematic diagram of the disassembly of the conveyor belt of the creative guide group. Fig. 1 is a schematic perspective view showing the transmission of the sprocket between the guide motor and the conveyor belt of the creative guide group. Figure 1 2 is a schematic view of the position of the creative beveling plate and the check valve. Figure 1 3 is a schematic view of the action of the creative beveling board. Figure 14 is a three-dimensional diagram of the creation of the temperature measuring rod. Figure 15 is a schematic view of the position of the creative cutting device. Figure 16 is a three-dimensional combination of the cutting device. Figure 17 is a three-dimensional combination of the creation and receiving device. Figure 18 is a plan view of the creation heating device. Figure 19 is a schematic diagram of (4) of the creative tree post and the winding fan. Figure 20 shows the action of Figure 17 in the position of A-A, and the diagram of the position and the creation of the device. Figure 2 is a plan view of the creation of the air tube. 2 Figure is a schematic diagram of the action of the creation. Attachment: Attachment 1 is the finished photo produced by the author. [Main component symbol description] 1〇, manufacturing machine 20, control device 13 M329339 30, extruding device 32, cooling plate 34, Feed screw 342, spiral portion 351, sleeve 353, elastic member 35 5, forming template 356, locking head 361, frame 363, conveyor belt 365, temperature measuring rod 41, solenoid valve 43, cutting blade 51, heating The tank 53, the heating element 541, the air blowing pipe 55, the blower 57, the water supply device 572, the micro switch 574, the water conduit 581, the water drain hole 61, the motor 63, the revolving fan 71, the cooling bucket 31, and the storage bridge. Leaf 341, rotating shaft ～35, forming mold device 352, receiving tube 354, cutting blade 3551, hole 36, guiding group 362, guiding motor 364, beveling plate 40, cutting device 42, guide post 50 Heating device 52, mesh 54, timing air blowing device 5411, air hole 5 6, Check valves -v 4 571, the water level detecting means 573, water gates 58, treatment board 60, receiving means 62, the connecting rod 70, the cooling apparatus 72, the flow path