201143637 六、發明說明： 【發明所屬之技術領域】 [0001] 本發明涉及一種食品全自動製造機之改良，是關於 一種可全自動將食品原料加工製成食品的創新設計者。 【先前技術】 [0002] 魚漿類製品可製作出有獨特口感、形狀多樣的食品 ，像是魚丸、黑輪、魚板、魚麵等，也可加入其他材料 ，增添不同的風味；甚至在素食中，也以膠類取代魚漿 ，製作成素食的丸子、素黑輪等口感類似的食品，可知 〇 在一般人的生活中，魚漿類製品為接受度很高的食物。 [0003] 然，魚漿類製品的主要原料為呈黏稠狀或膏漿狀的 魚漿，因此在製造成型時，除了製作球狀的丸類食品外 ，很難以機器將魚漿送出機器，必須以手工將魚漿在刮 板上成型，再放入熱水中水煮或放入熱油中油炸等方式 定型。 [0004] 另，除了上述的魚漿類製品外，市面上尚有混合數 Q 種原料的食品，這類的食品原料不外乎水份、肉類與澱 粉類等，而這類產品與魚漿類製品相同，除了口味，更 強調口感。而製作這類食品的原料，也與魚漿類製品相 同，需將呈黏稠狀或膏漿狀態的原料置入製造機中成型 ，但多數小型的食品自動製造機無法承受這類呈黏稠狀 或膏漿狀的食品原料，在製作過程中會有食品原料沾黏 於機器中或原料彼此沾黏的困擾，更無法將其成型，因 此目前僅有專門的食品製造工廠以體積龐大且結構複雜 的機械生產，無法在一般家庭或小型製造商生產。 0992031186-0 099117555 表單編號A0101 第3頁/共36頁 201143637 [0005] 鑒於上述食品製造機的限制，本發明人曾多次加以 改良並取得專利，按中華民國證書號第㈣29338號「簡易 式食品製造機」專利前案，係透過設置在擠料裝置中的 切斷刀達成裁斷食品原料之功效，其截斷後的食品原料 會落入下方設置之加熱槽，待加熱後成為食品，再以人 工方式手動撥取，其設計間便且成本較低’但需人力配 合，容易造成人員疲累或者加熱過度，影響食品品質的 師6] 另，按中華民國證書琥第M329339號「食品自動製造 機」專利前案，其雖能達成全自動食品製造之功效且功 能性強，但是裝置複雜、結構多且製作成本較高，較不 適合一般家庭使用。 [0007] 因此，鑒於上述前案之缺失’本發明人提供—種食 品全自動製造機之改良，係為改善食品原料截斷、加熱 及輪送之裝置，能達成全自拜化食品製造之功效又兼具 結構精簡、成本低廉之實用牲，確實能夠滿足—般使用 者之需求。 [0008] 099117555 【發明内容】 本發明一種食品全自動製造機，包括一架體、—主 體、-撥料裝置、-切棒組及—加熱裝置。其中，該主 體、擠料裝置、切棒组及加熱裝置係固設於架體切， 該主體至少具有—控制件與—動力裝置，該動力裝置連 結—傳動轴及—傳妓置，該傳動軸與加«置相連社 =傳動裝置連接-組間歇運動機構，其供驅動 作動；該擠料裝置係供放置食物原料，並達成擠出之作 表單編號A0101 第4頁/共36頁 0992031] 201143637 動；該切棒組至少包括一鋸型齒盤、一切棒及一抓勾； 當食物原料經由擠料裝置擠出後，可透過調控主體之控 制件，設定間歇運動機構的連續作動時間及間距，使其 在特定時間内帶動切棒組抓勾拉動鋸型齒盤，使鋸型齒 盤下方的葉片轉動，藉此適時截斷該擠出之食品原料， Ο [0009] [0010] ο [0011] 099117555 使其落入加熱裝置中，並經由加熱裝置加熱使其表面凝 固成為食品，根據本發明人多次試驗結果顯示，該葉片 在截斷食品原料時，宜同時浸泡於加熱裝置内之液體如 熱水或熱油中，當食品原料擠出後，透過葉片截斷作動 ，可避免食品原料相互沾黏，並利用輸送帶輸送食品原 料，其過程可使食品原料逐漸加熱凝固，形成半熟至七 分熟狀態之食品，達成本發明全自動化生產食品並可自 動集中收集之功效。 綜上所述，本發明具有以下的優點： 1. 本發明可隨使用者需求控制切榛組戴斷食品原料的 時機，製作多種不同樣式的食品。 2. 本發明由放入食品原料到收集成型食品的過程為全 自動，生產效率高。 3. 本發明結構單純、作動原理簡單，具有耐用與方便 維修的優點。 4. 本發明之體積小與造價低，適合一般家庭或小型食 品工廠使用。 【實施方式】 請參閱第1至第5圖所示，本發明一種食品全自動製 造機之改良，包括一架體1、一主體2、一擠料裝置3、一 表單編號Α0101 第5頁/共36頁 0992031186-0 201143637 切棒組4與一加熱裝置5，其中： [0012] 該架體1，下方設置腳架11 ;該腳架1丨的上方裝設有 一支架12 ’該支架12中段向前方延伸—水平的座體121。 [0013] 該主體2，設於架體1上方，其包括有： [0014] 一控制件21設於支架12頂端設有如繼電器211的控制 電路，該控制件21表面設有數控制開關212、指示燈213 以及溫度計214。 [0015] 一動力裝置2 2設於控制件21後方，與控制件21形成 電性連接。 [0016] —傳動裝置23由動力裝查22帶動，包括一第一連接 件231、一間接運動機構232及一第二連接件233，其中 ’該第一連接件231係為封閉鏈條狀，其一端與動力裝置 22連接，另端則與間歇運動機構232連接。 [0017] 該間歇運動機構232設杯一電磁離合器2321及一偏心 輪2322，該電磁離合器232〗二端設赛齒輪部2323並延設 一凸軸2324 ’該齒輪部2323與索一連接件231嚙接，該 凸軸2324與第二連接件233嚙接，該電磁離合器2321另 端係與偏心輪2322連接，該偏心輪2322下方設有一導輪 2325，供穩定支撐該偏心輪2322。 ] β亥苐_一連接件233具有一齒輪組2331 ' —傳動轴 2332、一輸送帶齒輪組2333及一第一護罩2334，該齒輪 組2331係與第一連接件231之凸軸2324相嚙接，且該齒 輪組2331設有一包覆於其外側之第一護罩2334，係具有 099117555 * κ 0992031186-0 表單蝙號Α0101 第6頁/共36頁 201143637 [0019] [0020] [0021]Ο [0022] Ο [0023] 099117555 防止異物捲入之功效；傳動軸2332 一端連接於齒輪組 2331，且由該齒輪組2331帶動；該輸送帶齒輪組2333設 於傳動軸2332另端。 該擠料裝置3,固設於架體丨支架12前方的座體121上 ，包括有： -擠料室3卜其呈圓錐财空狀，上方設有漏斗311 〇 一擠料器32設於擠料室31内，其設有-轉轴321使擠 料器32沿擠料室31的轴心旋轉，該轉轴321穿伸出擠料室 3!之下方沿伸-送料螺桿322，送料螺桿似下方再向下 延伸一切刀座323。 -螺旋擠壓裝置33設於擠料室31下方，内部為呈螺 旋狀的腔室，並由轉轴321下方的送料螺桿322及切刀座 323穿伸通過，該切刀座323底部套設—彈簧33〇及一切 刀331，該轉轴321最下端抵固—模具332，該模具挪係 裝設於-下蓋34内，該下蓋34可與螺旋擠壓裝置33相螺 固；藉由該彈簧330之彈性，係可穩定使該切刀331與模 具332上緣緊密貼合。 一動力裝置35設於擠料室31上方，並與控制件21形 成電性相連，㈣力裝置35係帶動擠料謂㈣擠料器 32 ’並由轉轴321帶動送料螺桿吻與切刀座323轉動， 藉送料螺桿322與套設於切刀座如上的切刀331增加播 料的效率。 該切棒組4，設於擠料裝置3下方，包括有： 表單编號Α0101 第7頁/共36頁 0992031186-0 [0024] 201143637 [0025] [0026] [0027] [0028] [0029] [0030] [0031] 一鋸型齒盤41，該鋸型齒盤41為單向轉動，設於螺 旋擠壓裝置33前方，其外緣設有數齒部411，一支架412 一端設有一弧形，固定於座體121—側，另端沿座體121 側邊向前延伸至螺旋擠壓裝置33前方，供鋸型齒盤41軸 固’其中段設有一調整件413，可調整鋸型齒盤41的位置 一切棒42，對應螺旋擠壓裝置33的下方，軸設於鋸 型齒盤41中心下端且與鋸型齒盤41同轴心旋轉，由切棒 4 2底部的旋轉中心向外放射狀地設置數葉片421，使鑛型 齒盤41轉動時，帶動葉片421择過螺旋觀壓裝置33下方。 —抓勾43 ’前端勾部緊靠鋸型齒盤41外緣的齒部411 ’後端連接於間歇運動機構232的偏心輪2322，其中段設 有一螺固件431，可配合鋸型齒盤41的位置調整抓勾43向 前伸出的長度及角度，一通道432供抓勾43中段穿伸，固 設於座體121 —侧支架4丨2的下方，且丼上緣對應調整件 413處焊固一座體433供調整件413螺固，可調整鋸型齒 盤41與抓勾43的相對位置 一刮板4 4，請配合第1 〇圖所示，為耐熱彈性板體， 對應切棒42葉片421揮過螺旋擠壓裝置33下方的轉動路徑 上緣，一固定架441 一端相對支架412固設於座體121的 另一側，另端向下方延伸供刮板44固定。 該加熱裝置5，設於架體1下方腳架11，包括有·· 一爐具51，其固設於腳架11。 一容器52 ’設於爐具51的上方，容器52内部設有與 099117555 表單編號A0101 第8頁/共36頁 0992031186-0 201143637 溫度計214電性相連的溫度感測器（圖未示出），容器5 2前 緣上方没有一向前傾斜延伸的導盤521，其對應容器52之 兩侧延設有一相對應之固定架5 2 2，該固定架5 2 2上端設 有二卡固部5221，該固定架522下端設有輸送帶座523， 導盤521前端外侧設有一固定座524。 [0032] Ο 一組輸送帶53，其置於容器52内對應螺旋擠壓裝置 33的下方，並使葉片421位於該輸送帶53上方，輸送帶 53前端設有一轉動轴桿531，其一側設置一第一齒輪532 及一第二齒輪533，該轉巧軸桿531係架設於固定架522 下端的輸送帶座523 ’第一齒輪532與輸送帶齒輪組2333 形成嚙接，藉輪送帶齒輪組2333帶#杯:;動輛桿531使輸送 帶 53 運轉。 [0033] 一輸送帶清潔片54 ’設於導盤521前端並輕觸輸送帶 53前端的下緣，藉一彈性件541使輸送帶清潔片54固定於 固定座524。 [0034] Ο 請再參閱第6至第10圖所示，本發明使用狀態的原理 ，係藉由繼電器211與電磁離合器2321設定作動間隔的時 間，使動力裝置22於特定時間帶動偏心輪2322，產生間 歇反覆的作動。當偏心輪2322的外廓由後方偏移至前方 並將抓勾43由後方向前方推送時，抓勾43沿鋸型齒盤41 的邊緣移至鋸型齒盤41齒部411的前方’並使抓勾43能確 實勾扣住鋸型齒盤41的齒部411(如第6圖所示）；當偏心 輪2322外廓稍向後移，將抓勾43順勢甸後拉動，便帶動 鋸型齒盤41並使切棒42底部的數葉片421轉動’當葉片 421揮過螺旋擠壓裝置33下方，將食品原料截斷，若食品 099117555 表單編號A0101 第9頁/共36頁 0992031186-0 201143637 原料黏性較高時，則當葉片421經過刮板44處時，該刮板 44可切斷食品原料同時避免食品原料沾黏於葉片421上（ 如第7圖所示）；而當偏心輪2322外廓偏移至最後方，抓 勾43便脫離鋸型齒盤41的齒部411，使鋸型齒盤41及葉 片421停止轉動（如第6至第8圖所示）。 [0035] 請參閱第1、第2、第5至第11圖所示，使用本發明製 造食品6時，將食品原料由擠料裝置3的漏斗311置入擠料 室31内，並透過控制件21設定將食品原料由螺旋擠壓裝 置33擠出的量與速度，螺旋擠壓裝置33内具有切刀331緊 ’貼著模具332上緣旋轉，用以攪拌、切斷或研磨食品原料 及軟骨、筋、膜等生食，避免其堵塞模具332，而間歇運 動機構232則使電磁離合器2321於特定時間連帶轉動偏心 輪2322以控制抓勾43拉動鋸型齒盤41的頻率，使切棒42 的葉片421在適當時機揮過已擠出成型食品原料，將食品 原料截斷，或藉由葉片421與刮板44將食品原料切斷。當 食品原料被切棒42截斷而掉落在加熱裝置5的容器52中時 ，其表面受熱水或熱油的加熱:而凝固定形，上浮成為食 品6。而輸送帶53輸送食品6的過程中，可將食品6瀝乾， 滴下的熱油或熱水可透過導盤5 21回流入容器5 2中，當輸 送帶53送出食品6而平移到輸送帶清潔片54處時，可利用 彈性件541的彈性將輸送帶53上的細渣清除，保持清潔與 衛生。 [0036] 另，請參閱第5圖所示，本發明所使用的模具332， 設置於螺旋擠壓裝置33，可製造如黑輪等條塊狀的食品6 ;又，請參閱第12圖所示，替換為模具332a，其可製造 099117555 表單編號A0101 第10頁/共36頁 0992031186-0 201143637 如甜不辣等片狀食品；請再參閱第13圖所示，亦可替換 模具3 3 2 b ’該模具3 3 2 b為具有數細貫穿孔，可製造如魚 麵等細長型的食品。 [0037] 又’請參閱第1、第2、第14至第19圖所示，本發明 另一實施例，本發明更可包含一油炸套件7，其可配合如 第17圖所示332c之模具，製造如油條等油炸型食品6a， 該油炸套件7包括一接料口 71、一輸送網72、一鏈條組件 73及一第三齒輪74 ;其中，該接料口 71係設於挤料裝置3 ❹ 下方；該輸送網72為一上端具有長型透孔721之弧形罩體 ’其與該接料口 71連結形成一供食品原料攝過之輸送通 道，該輸送網72周緣延設有數個卡合部722 ,供其與加熱 裝置5容器52之壁緣及固定架522之卡固部5221卡固，並 可利用固疋件7 2 3令其穩固設置形成定位;;該鏈條組件7 3 包括一傳動鏈條731及二齒輪件732，該傳動鏈條731係 G [0038] 為一封閉狀鏈條，其嚙接二齒輪件732，該傳動鏈條731 一側邊延設複數個具釘狀件7311之片體7312，當油炸套 件7套設於容器=:5::2.後‘該釘s.狀件.7 311會往下穿伸輸送網 72之長型透孔721 ;該第三齒輪74係對應嚙合輸送帶53 之第二齒輪533。 上述構件組配後，係透過傳動轴2 3 3 2驅動該與第二 齒輪533嚙接之第三齒輪74，帶動傳動鏈條731單向轉動 ;又，該輸送網72近出口處可設有對應釘狀件7311之嚙 齒部724 ’其作用為’當食品原料如濃稠之麵粉團經由擠 料裝置3擠出後，切棒42底部的數葉片421轉動將食品原 料截斷，食品原料會落入接料口 71，並順著該接料口 Η 099117555 表單編號A0101 第U頁/共36頁 0992031186-0 201143637 與輸送網72連結形成之輸送通道滑入加熱裝置5的容器52 [0039] 中，藉輸送帶53輸送進行油炸程序，若食品原料因油炸 蓬鬆往上浮起，該輸送網72之弧形結構係能有效擋止其 浮出油面，透過穿伸入輸送網72長型透孔721之釘狀件 7 311之傳動，能藉由穿刺食品原料，進而帶動食品原料 沿著輸送帶53輸送方向移動，當輸送至近出口處時，透 過嚙齒部724設計，令釘狀件7311經過該嚙齒部724時， 食品原料會由順勢由釘狀件7311上脫落，並藉由輸送帶 53之運轉，落入一承接槽8後完成油炸程序，有效提升本 發明之應用範圍及廣度，達成全自動水煮或油炸食品之 功效。 【圖式簡單說明】 第1圖：係本發明之立體圖。 [0040] 第2圖：係第1圖另一角度之局部放大立體圖。 [0041] 第3圖：係第1圖之傳動裝置局部放大立體圖。 [0042] 第4圖··係本發明輸送帶之組配立體圖。 [0043] 第5圖：係本發明製作條塊狀食品之模具組立圖。 [0044] 第6圖：係本發明切棒組動作示意圖（一）。 [0045] 第7圖：係本發明切棒組動作示意圖（二）。 [0046] 第8圖：係本發明切棒組動作示意圖（三）。 [0047] 第9圖：係本發明由葉片與刮板將食品原料切斷之示意圖 〇 [0048] 第10圖：係本發明由葉片與刮板將食品原料切斷之另一 099117555 表單編號A0101 第12頁/共36頁 0992031186-0 201143637 角度示意圖。 [0049] 第11圖：係本發明製作食品之輸送示意圖。 [0050] 第12圖：係本發明製作片狀食品之模具組立圖。 [0051] 第13圖：係本發明製作細長型食品之模具組立圖。 [0052] 第14圖··係本發明另一實施例油炸套件之立體圖。 [0053] 第15圖：係本發明另一實施例組立油炸套件之立體圖。 [0054] 第16圖：係第15圖之組配立體圖。 Ο [0055] 第17圖：係本發明製作油炸型食品之模具組立圖。 [0056] 第18圖：係本發明另一實施例組立油炸套件之前視圖。 [0057] 第19圖：係本發明另一實施例組立油炸套件製作食品之 輸送示意圖。 【主要元件符號說明】 [0058] 1.架體 11.腳架 [0059] 12.支架 121.座體 [0060] 2.主體 21.控制件 [0061] 211.繼電器 212.控制開關 [0062] 213.指示燈 214.溫度計 [0063] 22.動力裝置 23.傳動裝置 [0064] 231.第一連接件 232.間歇運動機構 [0065] 2321.電磁離合器 2 3 2 2.偏心輪 表單編號A0101 第13頁/共36頁 099117555 0992031186-0 201143637 [0066] 2 3 2 3 ·齒輪部 2324.凸軸 [0067] 2325.導輪 233.第二連接件 [0068] 2 3 31.齒輪組 2332.傳動軸 [0069] 2333.輸送帶齒輪組 234.護罩組件 [0070] •2341.第一護罩 3.擠料裝置 [0071] 31.擠料室 311.漏斗 [0072] 32.擠料器 321.轉軸 [0073] 322.送料螺桿 323.切刀座 [0074] 33.螺旋擠壓裝置 330.彈簧 [0075] 3 31.切刀 332.模具 [0076] 332a.模具 332b.模具 [0077] 332c.模具 34.下蓋 [0078] 35.動力裝置 4.切棒組 [0079] 41.鋸型齒盤 411.齒部 [0080] 412.支架 413.調整件 [0081] 42.切棒 421.葉片 [0082] 4 3.抓勾 431.螺固件 [0083] 432.通道 433.座體 [0084] 44.刮板 441.固定架 0992031186-0 099117555 表單編號A0101 第14頁/共36頁 201143637 [0085] 5.加熱裝置 51.爐具 [0086] 52.容器 521.導盤 [0087] 522.固定架 5221.卡固部 [0088] 523.輸送帶座 524.固定座 [0089] 53.輸送帶 5 31.轉動軸桿 [0090] 532.第一齒輪 533.第二齒輪 [0091] 54.輸送帶清潔片 541.彈性件 〇 [0092] 6.食品 6a.食品 [0093] 7.油炸套件 71.接料口 [0094] 72.輸送網 73.鏈條組件 [0095] 721.長型透孔 722.卡合部 [0096] 723.固定件 724.嚙齒部 [0097] 73.鏈條組件 731.傳動鏈條 G [0098] 732.齒輪件 7311.釘狀件 [0099] 7312.片體 74.第三齒輪 [0100] 8.承接槽 0992031186-0 099117555 表單編號A0101 第15頁/共36頁201143637 VI. Description of the Invention: [Technical Field of the Invention] [0001] The present invention relates to an improvement of a fully automatic food manufacturing machine, and relates to an innovative designer who can fully automate the processing of food materials into food. [Prior Art] [0002] Fish paste products can produce foods with unique taste and shape, such as fish balls, black wheels, fish plates, fish noodles, etc., and other materials can be added to add different flavors; In vegetarian diets, fish paste is also replaced by gums, and foods such as vegetarian meatballs and vegetarian black rounds are similar in taste. It is known that fish paste products are highly accepted foods in ordinary people's lives. [0003] However, the main raw material of the fish paste products is a fish paste which is viscous or paste-like. Therefore, in the manufacture of the molding, in addition to the production of spherical pellets, it is difficult to send the fish slurry out of the machine by the machine. The fish paste is manually formed on a squeegee, and then placed in hot water for boiling or deep-fried in hot oil. [0004] In addition to the above-mentioned fish paste products, there are still a number of foods mixed with a number of Q raw materials on the market, such food materials are nothing more than water, meat and starch, etc., and such products and fish paste The same products, in addition to taste, more emphasis on taste. The raw materials for making such foods are also the same as those of the fish paste products. The raw materials in a viscous or pasty state need to be placed in a manufacturing machine, but most small food automatic manufacturing machines cannot withstand such viscous or Paste-like food materials, in the process of production, may have food materials stuck to the machine or the raw materials are stuck to each other, and it is impossible to form them. Therefore, only specialized food manufacturing plants are currently bulky and complicated in structure. Mechanical production cannot be produced in general households or small manufacturers. 0992031186-0 099117555 Form No. A0101 Page 3 of 36 201143637 [0005] In view of the above limitations of the food manufacturing machine, the inventor has repeatedly improved and patented, according to the Republic of China certificate number (4) 29338 "simple food The pre-patent of the manufacturing machine is to achieve the effect of cutting the raw materials of the food through the cutting knife provided in the extruding device, and the cut food material will fall into the heating tank set below, and then become a food after heating, and then artificially Manually dialed, the design is cheaper and less costly, but it requires manpower to cooperate, which is likely to cause fatigue or overheating, and affects the quality of the food. 6] In addition, according to the Republic of China Certificate, No. M329339, "Food Automatic Manufacturing Machine" In the pre-patent case, although it can achieve the effect of automatic food manufacturing and has strong functionality, the device is complicated, has many structures and high production cost, and is less suitable for general household use. [0007] Therefore, in view of the above-mentioned lack of the previous case, the present inventors have provided an improvement of a food automatic manufacturing machine, which is a device for improving the cutting, heating and rotation of food materials, and can achieve the effect of fully self-made food manufacturing. The utility model has the advantages of compact structure and low cost, and can indeed meet the needs of general users. [0008] 099117555 SUMMARY OF THE INVENTION A fully automatic food manufacturing machine of the present invention comprises a body, a body, a material dispensing device, a cutting rod group and a heating device. Wherein, the main body, the extruding device, the cutting rod group and the heating device are fixed on the frame body, and the main body has at least a control device and a power device, and the power device is coupled with the transmission shaft and the transmission device, and the transmission device The shaft and the addition of the «connected company = transmission connection - group intermittent movement mechanism for driving operation; the extrusion device is for placing food raw materials, and the extrusion form form A0101 page 4 / 36 pages 0992031] 201143637; the cutting rod set includes at least one saw-type toothed disc, all rods and a grab hook; when the food material is extruded through the extruding device, the continuous motion time of the intermittent motion mechanism can be set by controlling the control body of the main body and The spacing is such that the cutting rod group grasps the hook to pull the saw-shaped toothed disc in a certain time, and the blade under the saw-shaped toothed disc is rotated, thereby cutting off the extruded food material in time, Ο [0009] [0010] ο [ 0011] 099117555 Let it fall into the heating device and heat it to solidify the surface into food by the heating device. According to the test results of the present inventors, the blade should be simultaneously immersed when cutting the food material. In the liquid in the heating device, such as hot water or hot oil, when the food material is extruded, it is cut off by the blade to prevent the food materials from sticking to each other, and the food material is conveyed by the conveyor belt, and the process can gradually heat and solidify the food material. The invention forms a semi-cooked to seven-pure cooked food, and achieves the effect of fully automatic production of the food of the invention and automatic centralized collection. In summary, the present invention has the following advantages: 1. The invention can control the timing of the cutting and cutting group to break the food raw materials according to the user's demand, and produce a plurality of different styles of food. 2. The process of the invention from the introduction of food raw materials to the collection of shaped foods is fully automatic and has high production efficiency. 3. The invention has the advantages of simple structure, simple operation principle, durability and convenient maintenance. 4. The present invention is small in size and low in cost and is suitable for use in general household or small food factories. [Embodiment] Referring to Figures 1 to 5, an improvement of the food automatic manufacturing machine of the present invention comprises a body 1, a main body 2, a squeezing device 3, a form number Α 0101, page 5 / 36 pages 0992031186-0 201143637 cutting rod set 4 and a heating device 5, wherein: [0012] the frame body 1 is provided with a tripod 11 below; a bracket 12 is mounted on the top of the tripod 1' Extending forward—the horizontal seat 121. [0013] The main body 2 is disposed above the frame body 1 and includes: [0014] a control member 21 is disposed on the top end of the bracket 12, and is provided with a control circuit such as a relay 211. The control member 21 is provided with a plurality of control switches 212 and an indication surface. Lamp 213 and thermometer 214. [0015] A power unit 22 is disposed behind the control member 21 and electrically connected to the control member 21. [0016] The transmission device 23 is driven by the power tool 22, and includes a first connecting member 231, an indirect moving mechanism 232 and a second connecting member 233, wherein the first connecting member 231 is in the form of a closed chain. One end is connected to the power unit 22, and the other end is connected to the intermittent motion mechanism 232. [0017] The intermittent motion mechanism 232 is provided with a cup-electromagnetic clutch 2321 and an eccentric wheel 2322. The electromagnetic clutch 232 defines a gear portion 2323 and a convex shaft 2324. The gear portion 2323 and the cable-connecting member 231 are extended. The eccentric 2324 is coupled to the second connecting member 233. The electromagnetic clutch 2321 is connected to the eccentric 2322 at the other end. The eccentric 2322 is provided with a guide wheel 2325 for stably supporting the eccentric 2322. A coupling member 233 has a gear set 2331' - a transmission shaft 2332, a conveyor belt gear set 2333 and a first shroud 2334. The gear set 2331 is coupled to the convex shaft 2324 of the first connecting member 231. Engaged, and the gear set 2331 is provided with a first shield 2334 covering the outer side thereof, having 099117555 * κ 0992031186-0 form bat number 101 0101 page 6 / total 36 page 201143637 [0019] [0020] [0021 Ο [0022] Ο [0023] 099117555 The function of preventing foreign matter from being caught; one end of the transmission shaft 2332 is connected to the gear set 2331 and driven by the gear set 2331; the conveyor belt gear set 2333 is disposed at the other end of the transmission shaft 2332. The squeezing device 3 is fixed on the seat body 121 in front of the frame truss bracket 12, and includes: - a squeezing chamber 3 having a conical shape, a funnel 311 at the top, and a squeezing device 32 disposed at In the extruding chamber 31, a rotating shaft 321 is provided to rotate the extruder 32 along the axis of the extruding chamber 31, and the rotating shaft 321 extends beyond the extrusion-feed screw 322 under the extrusion chamber 3! Just like the screw, the blade holder 323 extends downward. The spiral pressing device 33 is disposed under the extrusion chamber 31, and has a spiral chamber inside, and is passed through the feeding screw 322 and the cutter base 323 under the rotating shaft 321 . The cutter base 323 is sleeved at the bottom. - a spring 33 〇 and all the knives 331 , the lowermost end of the rotating shaft 321 is fixed to the mold 332 , the mold is detached in the lower cover 34 , the lower cover 34 can be screwed with the screw extrusion device 33; Due to the elasticity of the spring 330, the cutter 331 can be stably brought into close contact with the upper edge of the mold 332. A power unit 35 is disposed above the extrusion chamber 31 and electrically connected to the control member 21, and (4) the force device 35 drives the extrusion material to be a (four) squeezer 32' and is driven by the rotating shaft 321 to feed the screw and the cutter holder. The rotation of the 323, the feed screw 322 and the cutter 331 sleeved on the cutter holder as above increase the efficiency of the broadcast. The cutting rod set 4 is disposed under the extruding device 3 and includes: Form No. 1010101 Page 7 / Total 36 Page 0992031186-0 [0024] 201143637 [0025] [0028] [0029] [0031] A saw-type toothed disc 41 is unidirectionally rotated, and is disposed in front of the screw pressing device 33. The outer edge thereof is provided with a plurality of tooth portions 411, and one bracket 412 is provided with an arc at one end. It is fixed to the side of the seat body 121, and the other end extends forward along the side of the seat body 121 to the front of the screw pressing device 33, and the saw-type toothed disc 41 is axially fixed. The adjusting section 413 is provided in the middle section thereof, and the sawing tooth can be adjusted. The position of the disk 41 is all the bars 42 corresponding to the lower side of the screw pressing device 33. The shaft is disposed at the lower end of the center of the saw-shaped toothed disc 41 and rotates coaxially with the saw-shaped toothed disc 41, and is rotated outward from the center of rotation of the bottom of the cutting rod 4 2 . The number of blades 421 are radially provided, and when the sprocket 41 is rotated, the blades 421 are driven to pass under the spiral aligning device 33. - The hook portion 43 'the front end hook portion abuts the tooth portion 411 ' of the outer edge of the saw-type toothed disc 41. The rear end is connected to the eccentric wheel 2322 of the intermittent movement mechanism 232, and a screw 431 is provided in the middle portion thereof, which can be matched with the saw-shaped toothed disc 41. The position adjusts the length and angle of the forwardly extending hooks 43. A passage 432 is provided for the middle portion of the gripping hooks 43 to be fixed, and is fixed to the lower side of the side brackets 4丨2, and the upper edge of the upper side corresponds to the adjusting member 413 The welding body 433 is screwed to the adjusting member 413, and the relative position of the saw toothed disc 41 and the gripping rod 43 can be adjusted to a scraping plate 4 4, which is matched with the heat-resistant elastic plate body corresponding to the first cutting rod, corresponding to the cutting rod The blade 421 is swung over the upper edge of the rotation path below the screw pressing device 33. One end of the fixing frame 441 is fixed to the other side of the seat body 121 with respect to the bracket 412, and the other end extends downward to be fixed by the blade 44. The heating device 5 is disposed on the lower frame 11 of the frame body 1, and includes a stove 51 fixed to the stand 11. A container 52' is disposed above the oven 51. The container 52 is internally provided with a temperature sensor (not shown) electrically connected to the 099117555 form number A0101 page 8/36 page 0992031186-0 201143637 thermometer 214, There is no guide 521 extending obliquely forwardly on the front edge of the container 52, and a corresponding fixing frame 52 is extended on both sides of the container 52. The upper end of the fixing frame 52 is provided with two fastening portions 5221. The lower end of the fixing frame 522 is provided with a conveyor belt seat 523, and a fixing seat 524 is disposed outside the front end of the guide plate 521. [0032] 一组 a set of conveyor belts 53 placed under the corresponding screw extrusion device 33 in the container 52, and the blades 421 are located above the conveyor belt 53, the front end of the conveyor belt 53 is provided with a rotating shaft 531, one side thereof A first gear 532 and a second gear 533 are disposed. The rotating shaft 531 is mounted on the lower end of the fixing frame 522. The first gear 532 is meshed with the belt gear set 2333. The gear set 2333 has a #cup: the moving rod 531 operates the conveyor belt 53. A belt cleaning blade 54' is disposed at the front end of the guide 521 and taps the lower edge of the front end of the conveyor belt 53, and the belt cleaning blade 54 is fixed to the fixing seat 524 by an elastic member 541. [0034] Ο Referring to FIGS. 6-10, the principle of the state of use of the present invention is to set the timing of the actuation interval by the relay 211 and the electromagnetic clutch 2321, so that the power unit 22 drives the eccentric 2322 at a specific time. Produce intermittent repetitive actions. When the outer contour of the eccentric 2322 is offset from the rear to the front and the grip 43 is pushed forward from the rear direction, the grip 43 moves along the edge of the saw-type toothed disc 41 to the front of the tooth portion 411 of the saw-toothed disc 41. The gripping hook 43 can surely hook the tooth portion 411 of the saw-shaped toothed disc 41 (as shown in Fig. 6); when the outer contour of the eccentric wheel 2322 is slightly moved backward, the gripping hook 43 is pulled backwards, and the sawing type is driven. The toothed disc 41 rotates the number of blades 421 at the bottom of the cutting rod 42. When the blade 421 is swung under the screw pressing device 33, the food material is cut off, if the food is 099117555 Form No. A0101 Page 9 / Total 36 Page 0992031186-0 201143637 Raw material When the viscosity is high, when the blade 421 passes through the squeegee 44, the squeegee 44 can cut the food material while avoiding the food material sticking to the blade 421 (as shown in Fig. 7); and when the eccentric 2322 When the outer profile is offset to the rear, the gripping hook 43 is disengaged from the tooth portion 411 of the saw-toothed disc 41, and the saw-toothed disc 41 and the vane 421 are stopped from rotating (as shown in Figs. 6 to 8). [0035] Referring to Figures 1, 2, and 5 to 11, when the food product 6 is manufactured by the present invention, the food material is placed in the extrusion chamber 31 from the funnel 311 of the extruding device 3, and is controlled by the control. The piece 21 sets the amount and speed at which the food material is extruded by the screw pressing device 33. The screw arranging device 33 has a cutter 331 tightly rotated against the upper edge of the mold 332 for stirring, cutting or grinding the food material and The raw material of the cartilage, the ribs, the membrane, and the like are prevented from clogging the mold 332, and the intermittent movement mechanism 232 causes the electromagnetic clutch 2321 to rotate the eccentric wheel 2322 at a specific time to control the frequency at which the gripping hook 43 pulls the saw-toothed sprocket 41, so that the cutting rod 42 The blade 421 sweeps the extruded food material at an appropriate timing to cut off the food material or cut the food material by the blade 421 and the blade 44. When the food material is cut by the cutting rod 42 and dropped in the container 52 of the heating device 5, the surface thereof is heated by hot water or hot oil: it is solidified and floated to become the food 6. While the conveyor belt 53 conveys the food 6, the food 6 can be drained, and the dripped hot oil or hot water can be returned to the container 52 through the guide plate 521, and the conveyor belt 53 feeds the food 6 and translates to the conveyor belt. When the cleaning sheet 54 is cleaned, the fine slag on the conveyor belt 53 can be removed by the elasticity of the elastic member 541 to keep it clean and hygienic. [0036] In addition, as shown in FIG. 5, the mold 332 used in the present invention is provided in the screw extruder 33, and can manufacture a food 6 such as a black wheel; and, see Fig. 12 Shown, replaced with mold 332a, which can be manufactured 099117555 Form No. A0101 Page 10 / Total 36 Page 0992031186-0 201143637 If the food is sweet and not spicy, please refer to Figure 13 and replace the mold 3 3 2 b 'The mold 3 3 2 b has a plurality of thin through holes, and can produce a slender food such as a fish noodle. [0037] Further, please refer to the first, second, and fourth to nineteenth embodiments. In another embodiment of the present invention, the present invention further includes a frying set 7 which can be fitted with 332c as shown in FIG. a mold for manufacturing a fried food 6a such as a fritter, the frying set 7 includes a receiving port 71, a conveying net 72, a chain assembly 73 and a third gear 74; wherein the receiving port 71 is provided The conveying net 72 is an arc-shaped cover having a long through hole 721 at the upper end, and is connected with the receiving port 71 to form a conveying passage for the food material to be taken. The conveying net 72 The periphery is provided with a plurality of engaging portions 722 for engaging with the wall edge of the container 52 of the heating device 5 and the fixing portion 5221 of the fixing frame 522, and can be stably positioned by the fixing member 7 2 3 to form a positioning; The chain assembly 73 includes a transmission chain 731 and a two-gear member 732. The transmission chain 731 is a closed chain that engages two gear members 732. The transmission chain 731 has a plurality of sides extending. The sheet body 7312 of the nail member 7311, when the frying set 7 is set in the container =: 5:: 2. After the 'nail s. shape. 7 311 will wear down Conveyor 72 of the elongated through hole 721; corresponding to the third gear train 74 engages the belt of the second gear 53353. After the components are assembled, the third gear 74 meshed with the second gear 533 is driven through the transmission shaft 2 3 3 2 to drive the transmission chain 731 to rotate in one direction; further, the conveyor network 72 can be correspondingly located near the outlet. The rod portion 724' of the spike member 7311 functions as 'when the food material such as the thick flour dough is extruded through the extruding device 3, the number of blades 421 at the bottom of the cutting rod 42 rotates to cut off the food material, and the food material falls into the product. The receiving port 71, and along the receiving port Η 099117555 Form No. A0101 U page / Total 36 page 0992031186-0 201143637 The conveying channel formed by the connection with the conveying net 72 slides into the container 52 of the heating device 5 [0039], The conveying process is carried out by the conveyor belt 53 to carry out the frying process. If the food material is floated up by the frying, the curved structure of the conveying net 72 can effectively stop the oil surface from rising out, and penetrate through the conveying net 72. The transmission of the nail 7 311 of the hole 721 can drive the food material to move along the conveying direction of the conveyor belt 53 by the puncture of the food material. When transported to the near exit, the nail portion 724 is designed to pass the nail member 7311. The rod portion 724 when the food The raw material will be detached from the staples 7311 by the homeopath, and the operation of the conveyor belt 53 will fall into a receiving groove 8 to complete the frying process, thereby effectively improving the application range and breadth of the present invention, and achieving automatic boiling or oiling. The effect of fried food. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view of the present invention. [0040] Fig. 2 is a partially enlarged perspective view showing another angle of Fig. 1. [0041] FIG. 3 is a partially enlarged perspective view of the transmission device of FIG. 1. [0042] Fig. 4 is a perspective view showing the assembly of the conveyor belt of the present invention. [0043] Fig. 5 is a vertical view of a mold set for producing a cake-like food according to the present invention. [0044] FIG. 6 is a schematic view showing the action of the cutting rod group of the present invention (1). [0045] FIG. 7 is a schematic view showing the action of the cutting rod set of the present invention (2). [0046] FIG. 8 is a schematic view showing the operation of the cutting rod group of the present invention (3). 9 is a schematic view of the present invention for cutting a food material by a blade and a scraper. [0048] FIG. 10 is another 099117555 of the present invention for cutting food material by a blade and a scraper. Form No. A0101 Page 12 of 36 Page 0992031186-0 201143637 Angle diagram. [0049] FIG. 11 is a schematic view showing the transportation of the food produced by the present invention. [0050] Fig. 12 is a perspective view of a mold set for producing a sheet-like food according to the present invention. [0051] FIG. 13 is a perspective view of a mold set for producing an elongated food according to the present invention. Figure 14 is a perspective view of a frying kit according to another embodiment of the present invention. Figure 15 is a perspective view of another embodiment of the present invention. [0054] FIG. 16 is a perspective view of the assembly of FIG.第 [Fig. 17] Fig. 17 is a schematic view of a mold set for producing a fried food according to the present invention. Figure 18 is a front elevational view of a set of frying kits in accordance with another embodiment of the present invention. Fig. 19 is a schematic view showing the transportation of a fried food preparation food product according to another embodiment of the present invention. [Main component symbol description] [0058] 1. Shelf 11. Tripod [0059] 12. Bracket 121. Seat [0060] 2. Main body 21. Control [0061] 211. Relay 212. Control switch [0062] 213. Indicator 214. Thermometer [0063] 22. Power unit 23. Transmission [0064] 231. First connector 232. Intermittent motion mechanism [0065] 2321. Electromagnetic clutch 2 3 2 2. Eccentric form number A0101 13 pages/total 36 pages 099117555 0992031186-0 201143637 [0066] 2 3 2 3 · Gear part 2324. Convex shaft [0067] 2325. Guide wheel 233. Second connection piece [0068] 2 3 31. Gear set 2332. Transmission Axis [0069] 2333. Conveyor belt gear set 234. Shield assembly [0070] • 2341. First shroud 3. Squeezing device [0071] 31. Squeezing chamber 311. Funnel [0072] 32. Squeezer 321 Rotary shaft [0073] 322. Feed screw 323. Cutter seat [0074] 33. Screw extrusion device 330. Spring [0075] 3 31. Cutter 332. Mold [0076] 332a. Mold 332b. Mold [0077] 332c Mold 34. Lower cover [0078] 35. Power unit 4. Cutting rod set [0079] 41. Saw-type toothed disc 411. Toothed part [0080] 412. Bracket 413. Adjustment piece [0081] 42. Cutting rod 421. Blade [0082] 4 3. Grab the hook 4 31. Screw firmware [0083] 432. Channel 433. Seat [0084] 44. Scraper 441. Fixing frame 0992031186-0 099117555 Form number A0101 Page 14/36 pages 201143637 [0085] 5. Heating device 51. [0086] 52. Container 521. Guide plate [0087] 522. Fixing frame 5221. Fixing portion [0088] 523. Conveyor belt holder 524. Fixing seat [0089] 53. Conveyor belt 5 31. Rotating shaft [0090] 532. First gear 533. Second gear [0091] 54. Conveyor belt cleaning sheet 541. Elastic member 〇 [0092] 6. Food 6a. Food [0093] 7. Frying kit 71. Receiving port [0094] 72. Conveyor web 73. Chain assembly [0095] 721. Long through hole 722. Engagement portion [0096] 723. Fixing member 724. Rodion [0097] 73. Chain assembly 731. Transmission chain G [0098] 732. Gear member 7311. Spike member [0099] 7312. Sheet body 74. Third gear [0100] 8. Receiving groove 0992031186-0 099117555 Form number A0101 Page 15 of 36