201212827 六、發明說明： 【發明所屬之技術領域】 本發明涉及一種食品加工機，尤其涉及一種豆漿機。 【先前技術】 現有家用豆漿機按照其碎豆制漿的工作原理分為三類。 第一類豆漿機疋在杯體内安裝一個網罩，豆子放於網罩内 由伸入其内的刀具進行碎豆，打碎的豆漿從網罩的孔中流 入到杯體内。 第二類旦^機則是將網罩去掉，直接將豆子放入杯體内， 利=刀具高速的轉動進行碎豆制漿，該類豆漿機還可以在 = =助粉碎用的折流板’該折流板將桶體内的 上形⑼，通過改變流體的迴圈方向，使受到 刀片徑向力的作用而流向桶壁的物料再回到刀片附近粉 碎。 5 i 3且ί 2::導流器替換該網罩，粉碎時，物料加到 碎制衆。 碎刀具的㈣作用下於導流ϋ内外迴圈粉 迴：= = :料均需在較大的空間内 如此在單位時;粉= ; = 都需25分鐘左右，ί的十甚；豆漿機制漿週期通常 機都需通過豆浆熬見匕此;卜考現=用豆浆 更加延長了制漿時間。 ......熬煮丑漿時間長， 【發明内容】 Ϊ3速:漿有必要提供-種粉碎效率高的豆漿機，從而實 本發明是通過以下技術方案實現的： 201212827 : = 碎包括機座及控制單元，所述快速 單元電連接，扒f電機和小空間粉碎熟化器’電機與控制 水在小空間粉5熟:ί 3粉碎熟化器1^，物料與 糊的同時，漿液/ _ = 口並被粉碎刀具粉碎成漿液/ 相互摩擦生ί液=粉碎刀具、小空間粉碎熟化器之間 乎不玍熟，使漿液/糊升溫熟化。 门 所述小空間粉碎熟化器的容積為50-1000毫升。 所述小空間粉碎熟化器的容積為100-500毫升。 所述小空間粉碎熟化器為密閉容器或者近似密閉的容器。 =豆毅機還包括加熱單元，所述加熱單元與控制單元電 ^粉碎熟化器等容積的球體的直徑為D，戶斤、f粉 碎刀具的旋轉面的直徑為d，所m 述Κα彡3。 厂丨4*^畀（1的比值為〇:，所 戶^述小空間粉碎熟化1體或空心柱體或空心橢球 所述小空間粉碎熟化器上設有進料口和出料口。 = 後的體積與小空間粉碎熟化器的容積的 所述加熱單元設置在小空間粉碎熟化器上。 所述加熱單元設置在小空間粉碎熟化器的上游。 所f豆巧還包括水箱，所述水箱與小 連通’力:熱單元設置在水箱上或者加熱單元設以 ΪΓ匕：：：熟化！!的進水通道上；或者所述豆聚機還 口，所述自動進料單元與小空間粉碎熟 = 201212827 通’所述加熱單元設置在自動進料裝置上。 所述加熱單元設置在小空間粉碎熟化器的下游。 所述豆漿機還包^盛漿裝置，所述加熱單元設置在盛槳裝 置上；或者所述豆漿機還包括盛漿裝置、與盛漿裝置相對 的出漿通道，所述小空間粉碎熟化器上設有出料口，所述 出漿通道與小空間粉碎熟化器的出料口相連通，述加埶 單元設置在出漿通道上。 ' 所述小空間粉碎熟化器還設有開口，所述開口 有蓋體。 所述電機臥置在機座内，並位於小空間粉碎熟化器的一 側，所述電機軸穿過小空間粉碎熟化器的側^伸入其内； 或者所述電機設於機座内並位於小空間粉碎熟化器的上 方，電機通過驅動軸帶動粉碎刀具旋轉，所以驅^轴穿過 λ!。、空間粉碎熟化器頂壁上的軸孔向下伸入小空間粉碎熟化 器内；或者所述電機設置於機座内並位於 =下方’電機通過驅動轴帶動粉碎刀具旋轉，以 間粉碎熟化器底壁上的轴孔向上伸入小空間粉 呼熟化器内。 二m穑=ί小空間粉碎熟化器有別於現有豆漿機的開 ϊ尤其指容積在5〇〜職1的小空間容 容在同一容器的空間内迴圈，相對於所述 中辟二：間來說，粉碎刀具較大，在粉碎過程 能夠深入物料中，所述小空間粉碎熟化 ϋ，且物料二=約束在其内並圍繞在粉碎刀具周圍強制 in;:，更高的物料重量與水的比例（例= 原毁產物’例如呈泥狀或糊狀的原衆 碎熟化器中的=上、^間粉碎熟化器的物料和水在小空間粉 料斤占例較大（與市售豆漿機杯體中所加物 枓和水相比較’例如其所占比例可以達到1/2以上)，： 201212827 粉碎過程中， 生的熱量使得 於豆漿的自熟 行不斷升溫， 空間粉碎熟化 應理解為小空 對於“葫蘆狀 間’只要其下 護範圍内。 的能量較多，產 上升較快，更利 内隨著粉碎的進 為本發明所述小 是，這襄的容積 間的容積，比如 為其有效工作空 即在本發明的保 用：粉碎、碰撞及摩擦做功 丑漿或豆泥或者豆糊的溫度 二同時熱量不易散失，在其 5^到了自熟的溫度》以上均 器的内含範疇。需要指出的 ，間粉碎熟化器的有效工作空 一中空體來說，其下半部分 半部分的容積在此範圍内， = 指；ΐί空間粉碎熟化器也可以為 與之連二ίί閉；Ξ述間粉碎熟化器上設置 夠長且完全敞開，σ要粉碎過泡:置孔、縫；或者通道足 密閉，又能將物料和在格：述;结構既能使之不 出，這箱科署货制在其内粉碎，保證不使聚液濺 本發明的；護範ίί内明所述的近似密閉内涵範疇’都在 本發明的有益效果是： m:接f ϊ小空間粉碎熟化器區別於現有豆漿機的開 器H # Ϊ體其是指小空間的密閉或近似密閉的容 允μ必ΐ t谷積在50〜i〇00ml的小空間容器。並且，該小 熟化器的小空間和密閉或近似密閉的特點，使得 ^=間粉碎熟化器内的物料粉碎機率得以增大，提高粉碎 ίίϋ同_ ’也能夠使得以、”粉碎熟化^適用於更高 =物料重量與水的比例（例如可以達到2:1的比例，現 ^ ^機杯體則無法實現），因此可以製作稠度更高的原 =產物，1如呈泥狀或糊狀的原漿產物。同時，該小空間 籾碎熟化器的物料和水在小空間粉碎熟化器中的所占比例 較大（與市售旦漿機杯體中所加物料和水相比較，例如其 所占例可以達到1/2以上），使粉碎過程中，用於粉 碎、碰撞做功的能量較多，使得豆漿或豆泥或者豆糊的溫 度上升，快’更利於豆漿的自熟，同時熱量不易散失，在 其内隨著粉碎的進行不斷升溫，達到了自熟的溫度。 201212827 熟化器有別於市 刀具來說容積通 定在粉碎刀具的 器或折流板來提 鄰近粉碎刀具設 刀具的附近，如 效率及摩擦熟化 如此只能製作流 本發明的小空間粉碎 产漿機杯體相對粉碎 很好地將物料強制限 結構例如網罩、倒流 的小空間粉碎熟化器 物料強制限定在粉碎 粉碎效果，提高粉碎 杯體由於容積較大， 漿。 售豆漿機杯體：市售 常較大，如此則不能 附近’而需借助其他 高粉碎效果；本發明 置’目的就是為了將 此才能形成激烈紊流 的效率。市售豆漿機 動性較好的低濃度豆 in:保熟化器的容積設計為5〇]_毫 的時間内製漿需求量，又可以在盡可能短 濃度較高的高濃豆：以 化器的容積小於毫升Us:豆=广空間粉碎熟 ΐίί体ί間粉碎熟化器的容積大於1_毫；，S 機’粉碎热化時間長，不夠經濟。 ^具及電 3:2:=,計出來的小空間粉碎熟化器相對於粉碎 限定在2碎近粉：時物料被小空間粉碎熟化器強制 -直處在被切削的;相=均具’使得物料 形成激烈紊流粉碎熟化;mu粉碎刀具附近 間器，漿液粉碎刀具、= 集，從而使得小空間粉=的ϊ量能夠在短時間内高度聚 液/糊得以升溫：：：ί，乂匕态内的溫度迅速升高’使漿 豆漿機的加执來教者就=說，本發明豆漿機無需現有 有豆浆機i以粉i;的===聚機省去了現 短了整體制漿的時間“ tf雙漿時間’I而大大縮 使得即飲式豆喂機轡忐=此在5 /刀鐘以内即可完成制漿， '旦漿機變成可能。當小空間粉碎熟化器内注入 201212827 水後，在粉碎刀具的攪動下可 壁實現自動沖刷清洗。粉碎時，^ 1、空間粉碎熟化器的周 水與豆子混合粉碎，如此粉碎刀漿機只需添加少量的 料粉碎，不僅節約了能源，而且擐f Ϊ動“最小量，，的物 子含量，提高了粉碎效率及物向了單位體積下的豆 豆漿機還可通過控制稀釋豆'k〕碎細度。此外，所述 最終制得的豆漿的濃度及容詈或其他液體的量來調節 求。 ，滿足了消費者的個性化需 所述小空間粉碎熟化器的容積最好f 此稀釋後的豆漿可以滿足單人 =冲為100-500毫升，如 -般3人小家庭的制漿需求，‘用性需求’又可以滿足 所述小空間粉碎熟化器為密閉 避免了熱量的散失，使得毁液/糊閉”器， 碎熟化器之間摩擦產生的埶量：3刀具、小空間粉 從而使得小空間粉碎熟化器内的高度聚集， 糊得以升溫熟化。 皿又迅逮升尚’使漿液/ 所述丑浆機還可以通過加孰單斧尤 時加熱水和/或物料，使^小办於1，'化前或粉碎熟化 較高的溫度，例如以上，3=熟化器内維持一個 果，進-步縮“ίϋκ可以起到辅助熟化的效 轉面的直徑與小空間粉碎熟化器等容積 == 定41:1至1:3，如此既保證了物料 t圈強ϊ ί边又可以更加有效地將物料限定在粉碎刀具附 近，強化粉碎刀具的粉碎效果。 、ητ 所f 間粉碎肢器的具體形狀▼以為^心球體或空心 枉體或空心橢球體。 所述加熱單元具體的設置位置可以在小空間粉碎熟化器 上，也以設置在小空間粉碎熟化器的上游或下游，例如 設加熱單元設置在水箱上或者加熱單元設置在連通水箱和 小空間粉1熟化器的進水通道上；或者所述豆漿機還設有 自動進料單元’所述小空間粉碎熟化器上設有進料口，所 201212827 器的進料口相連通，所 ’或者所述加熱單元設 還包括盛漿裝置、與盛 間粉碎熟化器上設有出 熟化器的出料口相連 上。 空間粉碎熟化器結構， 啟該小空間粉碎熟化器 内，如此豆漿機可省去 加小巧而便於家用，還 ’既可以將蓋體與小空 洗，也可以將蓋體開啟 選擇’更加便利。此 容量，人工加料時可以 不好的問題，起到“防 用戶還可根據粉碎熟化 啟蓋體對粉碎刀具進行 述自動進料單元與小空間粉碎熟化 述加熱單元設置在自動進料裝置上 置在盛漿裝置上；或者所述豆漿機 漿裝置相對的出漿通道，所述小空 料口，所述出漿通道與小空間粉碎 通，所述加熱單元設置在出漿通道 本發明所述豆漿機採用可開合的小 如此用戶在使用該豆漿機時可以開 的蓋體以加料至小空間粉碎熟化器 進料結構和/或進水結構，結構更 降低了整機成本。此外，在清洗上 間粉碎熟化器密封扣合進行自動清 後人工手動清洗’如此使用上更多 外’小空間粉碎熟化器具有一定的 有效防止加料過多而造成粉碎熟化 呆”效果’保證制漿質量。另外， 不同物料的需要’可以隨時隨地開 更換。 所述豆漿機的電機臥置於機座並位於小空 -側，降低了整體豆漿機的重心 熟化器的 並且降低了漿液或水在人為操作過程定性， 裝置的機率，使得制漿更為安全可^中電機及控制 具與物料直接接觸，並在電機的帶卜2得粉碎刀 料’提高粉碎效率。 下同連旋轉粉碎物 本發明所述豆漿機的電機從小空 小空間粉碎熟化以，如此可的下方伸入 電機軸始終位於漿液之中，制漿過程中刀軸或 的狀態，如此電機軸或刀轴在高速旋鐘==續被漿液沖刷 的大量熱量將會直接傳熱到聚液^，纟=與轴承摩擦產生 轴或刀軸的溫度’避免電機軸或刀面可以降低電機 時漿液沖刷作用相當於對電機2糊豆漿，同 了電機軸或刀軸粘附、無法清洗乾淨的錐f洗’從而解決 的雞題，另—方面也 201212827 起到辅助熟化豆漿的效果， 採用機座的方式号^ 政進—步縮短制漿時間。此外， 整機的穩定性g也：y整體豆滎機的重心，提高了 在電機的帶動下高=粉碎刀具與物料直接接觸，並 助下回速旋轉粉碎物料，提高粉碎效率。 【實施方式】 下面結合㈣及實施例對本發明作進—步的詳述： 本發明丑漿機適用於盤權· 5將Ώ 本發明所指的物料是指粉ϊ =米糊等漿液或糊類食品。 针疋扣粉碎則的豆子或大米等原料。 實施方式一： ，參閱圖1i圖3所示的本發明 式，該豆漿機10包括機、』=機的第丁較佳實施方 化器⑶、進料機構132 空間粉碎熟 及帶動粉碎刀具134旋轉的、粉碎刀具134 排漿機構133分別與小°該進料機構132及 刀具134位於小空間粉，相連通。粉碎 動物料和水在小空間粉碎以 二粉碎刀具則 電機135 *小空間粉碎熟化制漿。該 吁热化器丨31安裝在機座11上。 π『相對2盒：㊁板形體，其包括底座111、與底座 的支臂113 ^該頂板12接該頂板U2與底座in 135及進料機槿，1121 ’以便電機 汉進科機構132等部分露出該通孔1121。 =====為在立體空間上圍繞粉碎刀具 131 或近似密閉容器，該小空間粉碎熟化器 以=在立體空間上均鄰接粉碎刀具134 2置：本 其周壁矣小空間粉碎熟化器131為近似空心球體， 弧面。密閉或近似密閉的小 低遞至小空間粉碎熟化器131外，具有降 和^丨ZP。/匕外，密閉或近似密閉結構也可以增強物料 和水在小空間粉碎熟化器131内的迴圈壓力，有益於= 201212827 空間粉碎熟化器 1311貫通開設一 裝部1311的轴孔 並通過螺栓“立 式中’該小空間 ’如此使得豆漿 間粉碎熟化器的 常的制漿需求量 便製作出符合食 5分鐘以内即可 小於50毫升，製 用性不高；如果 則在粉碎熟化過 配的粉碎刀具及 131的周壁還設有 軸孔1312。該電機 1312而伸入該小空 式”固定於該安裝 粉碎熟化器131的 不容易粘附於其 容積設計為50-1000 ，又可以在盡可能 品安全的豆毁來。 完成制漿。如果小 作出來的豆漿量都 小空間粉碎熟化器 程中散熱過快，而 電機，粉碎熟化時 物料的粉碎效果。該小 安裝部1311。該安裝部 135的電機軸穿過該安 間粉碎熟化器131内， 部1311上。在本實施方 内表面塗覆有不粘材料 上。在本發明中，小空 毫升，如此既保證了正 短的時間内熟化豆聚以 本發明的豆漿機可以在 空間粉碎熟化器的容積 不足單人份的需求，實 的容積大於1000毫升， 且也較難製作出與之匹 間長，不夠經濟。 本實施例中，所述小空間粉碎熟化器的容積3〇〇mi。 機冑132包括用於將豆子置人 一間粉 該進豆元件136包括料倉 化器131周壁的進豆通道 倉1361連通’另一端與小 倉1361通過螺釘對應該進 熟化器131的周壁上。該 通道1362啟閉的進立控制 驅動部1364、連桿1365及 動地裝在在進豆通道1362 下料板1366加以連接。 1361及貫通開設於小空間粉砕熟 1362。該進豆通道1362 _端與料 空間粉碎熟化器131連通。該料 豆通道1362安裝於該小空間粉碎 進豆通道1362上裝設有控制進豆 器1363。該進豆控制器1363包括 下料板1366。該下料板1366可轉 内。該連桿1365將驅動部1364及 箱1371、進水管1373及貫通開設於 二間叔碎熟化盗131周壁的進水通道。在 中，該進水通道與進豆通道1362合二為一。冗以 一端連通該水箱側，另—端連通進水通道。為了1止水 10 201212827 Ξ ί ί t 1371内該進水管1373上設置有單向閥1374。 通i 1"36;器=5控制單元12電連接。另夕卜，對應該進豆 ί間粉碎熟化器131⑽周壁内表面設置有 封元：aϊ?乂362的密封元件。在本實施方式中，該密 熟化器if ’該軟膠1313 一端連接於該小空間粉碎 ίΐΠ周内表面，制漿時，軟膠1313在水流的衝 2:、佳ϋ、空間粉碎熟化$131❸周壁内表面，從而 φ ι i通乙362加以密閉，如此可以避免在制漿過程 中，物料進入進豆通道1362内。 兀㈣水 ϊίί”構133包括排漿通道1331以及用於控制漿液流 M f =3弋。該排激通道1331對應該棄漿容器14貫通 开ί 2，粉碎熟化器131的周壁上。該排漿器1332為 其包括一閥體1333、一閥芯1334、一連接 技 細作部1336。該閥體1333對應排漿通道1331固 2 ΐ空間粉碎熟化器131的周壁上。該閥芯1334可轉 φ Ϊ权於該閥體1333内。該操作部1336通過連接座1337 上。該操作部1336 -端通過該連接體 盥拎j ? H1334，用於驅動該閥芯1334轉動，另-端 二=J!早兀12電連接。可以理解，該閥體1333可以與該小 空間粉碎熟化g 131 -體成型3戈可分離式連接。 碎刀具134裝設於該電機135的電機軸的末端上。 ^ ^，刀具134包括至少一個具有抽送漿液功能的刀翼。 ί ί中’在所述粉碎刀具134的旋轉面上，該粉 =^具134的刀翼末端至小空間粉碎熟化器131内壁的距 於：：ΐ 134的半徑，如此’可以將物料強制通過 與小空間粉碎熟化11 131之間的間隙較好地 鐘」刀具I34上得以粉碎。另外，所述電機的額定 = ^ 6000〜50000轉/分鐘，如此高的額定轉速足以保證 熱的效率❶額定轉速過低，摩擦生熱效率不高，額定 =過高，則給用戶日常實用時帶來不安全因f 首等也較大。 另外，所述粉碎刀具134直徑與小空間粉碎熟化器131等 201212827 容積球體的直徑的比值還可以進一步限定為丨·〗至 如此既保證了物料迴圈的通暢，又可以更加有將料 限定在粉碎刀具134附近，強化粉碎刀具134 料 果。當粉碎刀具134的半徑與小空間粉碎熟化 積球體的半徑的比值大於1:1時，粉碎刀具134 : 到小空間粉碎熟化器131内；當粉碎刀具134 空間粉碎熟化器131等容積球體的半徑的比值小^ ， 時，小空間粉碎熟化器131相對於粉碎刀且134太. 此小空間粉碎熟化器131不能很好地&為 碎刀具m的附近，降低了粉碎熟化效率= 中，所述粉碎刀Λ134料徑與小空間 容積球體的半徑的比值為1:2時，制漿效果車交以。⑶等 組裝該豆漿機10時，首先將小空間粉 — 部，通過若干螺栓固定在機座u的頂板112^31 安裝於該安裝部1311 ;隨後將該料倉136; Π 碎熟化器131上；接著用進水管1373將：ί 空間粉碎熟化器131上即可。 f渡器1332裝設於小 請參閱圖3，該豆聚機1〇制聚時 豆控制器1363將用於製備控制早70 12開啟進 二欠性全部加入到小空= 巧通道- 備豆聚的水通過進水管137ΐϋ 13^内；其次將用於製 131内’此時啟動電機135，g機 粉碎熟化器 於小空間粉碎熟化器f機135帶動粉碎刀具134 漿，由於高濃五衆i度較高，，Τ ί料直至製成高濃豆 將物料強制限定在粉碎刀且J小空間粉碎熟化器131 具134 、小空間粉碎熟化^ ·，如此尚濃豆漿、粉碎刀 間摩擦升溫直至高濃豆'聚| =摩擦力較大’相互之 體）中；接著將用於= i豆浆排出至容器（如杯 間粉碎熟化器131内以蔣处f，剩餘部分的水注入到小空 周壁内表面上的殘餘豆聚間粉碎熟化器131的 1331排出至容器中，廿命=，尾合後，經由該排漿通道 並與先别排出至容器中的豆漿混合稀 12 201212827 釋即可。 在本實施方式中，制將_ & , _ 2:1至1:10。如此，重量與水的重量的比值為 混合並被粉碎77# 與水在小空間粉碎熟化器131内 浆液/糊、成聚液/糊的濃度較高，使得 以更加有效地摩擦升溫。化器131之間可 小於1:10時，料與水;二巧枓的重量與水的重量的比值 粉碎刀具134粉碎所得丨二碎熟化器131内混合並被 液/糊、粉碎刀1 134 、，液/糊的濃度太小，如此漿 擦力減弱，從“能报好：：間：碎熟化 131之間的摩 與水的重量的比值大j订f擦升溫°當物料的重量 化器131内混合並被粉刀】’^勿料與水在小空間粉碎熟 太大，漿液/糊較容易凝丨34粉碎成漿液/糊的濃度 熟化器m上，此時刀具I34或小空間粉碎 方式中，所述物料的^詈斑，受熱不均勻。在本實施 效果較理想。此外，所诚命重量的比值為1:3 ，制漿 粉碎熟化器131的容積“比二、，混合後的體積與小空間 此也可以提高焚液/細·，在1:1至1:2的範圍内，如 131之間的摩;察升溫效率私：：u m:化器 與小空間粉碎熟化器131的二j物料水混a後的體積 與水將會溢出小空間粉碎熟=彳，值士於I:1時，物料 合後的體積與小空間所述物料與水混 h2時，如此漿液/糊、^ 131的谷積的比值小於 51 131 ^ π 6ί, # ^ 叔碎刀具134 、小空間粉碎熟化 i混合後“體積斑，丨Ϊ弱二在本實施方式中，所述物料與 1:1. 5時，制漿效果較；：粕碎熟化器131 &容積的比值在 :ί : =於：先注水至小空間粉碎熟化器131 ;啟 / j办Μ = Ϊ刀具丨34轉動，粉碎刀具134攪動水 在小空間粉碎热化|§ m肉热絲、丄 熟化器m的周壁：足：；轉沖刷電機軸、小空間粉碎 1〇實現了自動清洗面及進立通道輯’如此豆漿機 所述豆浆機10採用獨特設計出來的小空間粉碎熟化器 13 201212827 二完：ΐί縮ί 1:: =聚2豆敷機在10分鐘以内 久以來困擾業界的制漿時代’’決了豆漿機長 所述豆漿機10的粉碎刀具134授 熟化H 131内粉碎制毁的同時口 = = ^小:間粉碎 碎物料和熟化物料同時進行如此’粉 凸設若幹 碎熟化器内也粉 程中’電機轉動攪勻豆漿。 ° 並且在稀釋過 =以理解，所述高濃豆漿與水的稀釋過 間粉碎熟化器内進行，部分在容器中進^。了°卩刀在小空 可以理解，所述密封元件還可以為其他㈣式密封結構。 ^以理，丄所述電機在粉碎或清洗時可以切換 向’以提咼粉碎效果或清洗效果。 、、轉 實施方式二： ，^閱圖4所示的本發明豆漿機的進料機 其與第一較佳實施方式的不同之 以通道1362沒有共用—個通道，而“ϊΐί =在小空間粉碎熟化H 131的周壁上。如此疋：::獨 12可以更加有效地分別控制進水與進豆的動作。制早疋 實施方式三： 請5所*的本發明豆衆機的小空間粉碎孰化器的第 ΐ化ΐ 2方式，該小空間粉碎熟化器431與小空=碎 ，匕a 131的不同之處在於：該小空間粉 2保溫層，即該小空間粉碎熟化器431 ^ 叹 内層4312 ’該内層㈣與保溫層儒叠= ^::1 二 14 201212827 巧化ϊ431言免有保溫層，可有效降低粉碎 .1' 1 m還將叙碎室與外界環境相隔離，減弱了外界援 境對制漿過程的影響。 A"』π界環 可以理解，該小空間粉碎熟化器還可以包括多個保溫層。 該内層與保溫層之間還可以真空，⑹ — 步k同了柘碎室與外界環境隔離效果。 實施方式四： 請參閱圖6 實施方式， 施方式採用 具532 ，該 空間粉碎熟 南粉碎效率 水流帶到小 電機軸根部 底。 所示的本發明豆漿機 其與第一較佳實施方 雙層刀具’即包括上 上粉碎刀具531及下 化器131内。設置雙 ’而且在清洗過程中 空間粉碎熟化器131 及小空間粉碎熟化器 的進料機構等的第四較佳 式的不同之處在於：本實 粉碎刀具531及下粉碎刀 粉碎刀具532均布於該小 層粉碎刀具，不僅可以接 ，雙層粉碎刀具可= 的頂層去沖刷電機135的 131的頂部，清洗更加徹 可以理解，還可以採用多層粉碎刀具。 實施方式五： = 構等的第五較佳 Ϊΐί3513:裝設於該小空間粉碎該； 該小空間粉碎熟化器131外，，Ϊ 可較方便地與該粉碎刀，134、分離Κ。如此該電機135 ^以理解，該聯軸器可以為接觸式聯轴器•接觸式聯轴 實施方式六： 奢參閱圖8所不的本發明豆漿機的小空間粉碎熟化器的第 15 201212827 !3? 2同ί粉J=f :31與小；間粉碎 。矩形狀的空、㈡：二： 件。°以〇便地在其外周壁上裝設電機152等元 碎狀’例如 二:、空間粉碎熟化器能 實施方式七： 的i發：豆製機的小空間粉碎熟化器的第 熱ΐί=施；；ΐ機；制單元電連接的加 加：ΐί37 二ί的設置方式為：該加熱單元為201212827 VI. Description of the Invention: [Technical Field] The present invention relates to a food processing machine, and more particularly to a soybean milk machine. [Prior Art] Existing domestic soymilk machines are classified into three categories according to the working principle of their broken bean pulp. The first type of soya-bean milk machine is equipped with a net cover in the cup body, and the beans are placed in the net cover. The beans are inserted into the inside of the net cover, and the broken soybean milk flows into the cup body from the hole of the net cover. The second type of machine is to remove the net cover and directly put the beans into the cup body. The tool rotates at a high speed to make the broken bean pulp. The soymilk machine can also be used in the == helper crushing baffle 'The baffle will have the upper shape (9) in the barrel, and by changing the direction of the circulation of the fluid, the material flowing to the wall of the barrel by the radial force of the blade will be pulverized back to the vicinity of the blade. 5 i 3 and ί 2:: The deflector replaces the mesh cover, and when pulverized, the material is added to the crusher. Under the action of the (4) of the broken cutter, the powder is returned to the inside and outside of the diversion raft: = = : The material needs to be in the larger space so in the unit; the powder = ; = takes about 25 minutes, ί is ten; the soymilk mechanism The pulp cycle usually needs to pass through the soy milk to see this; Bu test now = use the soy milk to extend the pulping time. ...... 熬 丑 丑 丑 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 Ϊ The base and the control unit, the quick unit is electrically connected, the 扒f motor and the small space pulverizing cooker 'motor and control water in the small space powder 5 cooked: ί 3 smash the ripener 1 ^, the material and the paste at the same time, the slurry / _ = The mouth is crushed into a slurry by the pulverizing tool / Mutual friction ί liquid = smashing knives, small space smashing cooker is not familiar, so that the slurry / paste temperature is ripe. The small space pulverizing cooker has a volume of 50-1000 ml. The small space pulverizing cooker has a volume of 100-500 ml. The small space pulverizing cooker is a closed container or an approximately closed container. The bean machine further includes a heating unit, and the diameter of the sphere of the volume of the heating unit and the control unit is pulverized, and the diameter of the rotating surface of the pulverizing cutter is d, which is Κα彡3 . Factory 丨 4*^畀 (1 ratio is 〇:, the household is small space pulverized ripe 1 body or hollow cylinder or hollow ellipsoid. The small space pulverizing cooker is provided with a feeding port and a discharging port. The heating unit with the volume of the rear space and the volume of the small space pulverizing the ripener is disposed on the small space pulverizing cooker. The heating unit is disposed upstream of the small space pulverizing masher. Water tank and small connection 'force: the heat unit is set on the water tank or the heating unit is set on the water inlet channel of ΪΓ匕::: ripening!!; or the bean concentrating machine is refilled, the automatic feeding unit and small space Smashing cooked = 201212827 The heating unit is disposed on the automatic feeding device. The heating unit is disposed downstream of the small space pulverizing cooker. The soymilk machine further includes a slurrying device, and the heating unit is disposed at Or the soymilk machine further comprises a slurrying device, a slurry discharge channel opposite to the slurrying device, the small space crushing and curing device is provided with a discharge port, and the slurry discharge channel and the small space crushing and curing device Outlet of the outlet The twisting unit is disposed on the discharge passage. The small space crushing cooker is further provided with an opening, and the opening has a cover. The motor is placed in the base and located on the side of the small space crushing cooker. The motor shaft extends through the side of the small space pulverizing cooker; or the motor is disposed in the base and located above the small space pulverizing cooker, and the motor drives the pulverizing cutter to rotate through the driving shaft, so the drive The shaft passes through the λ!., the shaft hole on the top wall of the space pulverizing cooker extends downward into the small space pulverizing cooker; or the motor is disposed in the base and is located below = the motor drives the pulverizing tool to rotate through the driving shaft The shaft hole on the bottom wall of the pulverizing and curing device is extended upward into the small space powder ripening device. The second m穑=ί small space pulverizing cooker is different from the opening of the existing soya-bean milk machine, especially the volume is 5〇~ The small space capacity of 1 is looped in the space of the same container, and the pulverizing cutter is larger than the middle diatom: in the pulverization process, the small space can be crushed and matured, and the material is pulverized. Two = constraint It is forced around in the vicinity of the pulverizing cutter;:, the ratio of the higher material weight to the water (for example = the original ruined product), for example, the smashing in the original smasher in the mud or paste The material and water of the cooker account for a large proportion of the powder in the small space (compared with the added material and water in the cup of the commercially available soybean milk machine), for example, the proportion can reach 1/2 or more,: 201212827 In the process, the raw heat causes the self-cooking of the soy milk to heat up continuously. The space crushing and ripening should be understood as a small space. For the “cucurbit-shaped room”, as long as it has more energy, the production rises faster and more profitably. As the pulverization proceeds to the extent that the invention is small, the volume between the volumes of the crucible, such as its effective working space, is the warranty of the present invention: comminution, collision and friction work or mash or bean paste At the same time, the temperature is not easy to dissipate, and the temperature of the above-mentioned homogenizer is in the range of 5^ to self-cooking temperature. It should be pointed out that for the effective working space of the pulverizing cooker, the volume of the lower half of the hollow body is within this range, = finger; ΐ 空间 space pulverizing cooker can also be connected with it; The pulverization cooker is set to be long enough and completely open, and σ is to be pulverized by blistering: hole or slit; or the channel is tightly closed, and the material and the granule can be said: the structure can not be eliminated, the box The Department of Goods is comminuted in it to ensure that the liquid is not splashed by the invention; the approximate closed connotation category described by the Guardian ίί ming is beneficial in the present invention: m: 接 f ϊ small space smashing cooker Different from the opening machine of the existing soya-bean milk machine H # Ϊ body refers to the small space of the closed or nearly closed tolerance μ must be t-grain in a small space container of 50~i〇00ml. Moreover, the small space of the small ripener and the characteristics of hermetic or nearly closed, so that the material pulverizing rate in the pulverizing and curing device can be increased, and the smashing ί ϋ can also be made, Higher = ratio of material weight to water (for example, a ratio of 2:1 can be achieved, which is not possible with the cup), so that a higher consistency of the original product can be produced, 1 if it is muddy or pasty. The raw pulp product. At the same time, the small space mashing cooker material and water account for a large proportion in the small space pulverizing cooker (compared with the materials and water added in the commercially available pulper cup, for example, The proportion can reach 1/2 or more), so that the energy used for pulverization and collision work is more in the pulverization process, so that the temperature of the soybean milk or the bean paste or the bean paste rises faster, which is more conducive to the self-cooking of the soybean milk, and the heat It is not easy to dissipate, and it continues to heat up as the pulverization progresses, reaching the temperature of self-cooking. 201212827 The shaper is different from the city cutter, and the volume is set in the pulverizing tool or the baffle to raise the pulverizing tool. of Recently, such as efficiency and friction ripening, it is only possible to produce the flow of the small space pulverizing pulper cup of the present invention. The smashing of the cup body is forcibly limited to the smashing and crushing of the material forcibly limiting the structure, such as the net cover and the backflow small space pulverizing cooker material. The effect is to increase the volume of the crushed cup due to the larger volume, and the pulp. The body of the soya-bean milk machine is generally larger in the market, so it cannot be nearby and needs other high crushing effects; the purpose of the present invention is to form an intense force. The efficiency of turbulent flow. The low-concentration bean with good mobility of commercially available soymilk is: the volume of the matured cooker is designed to be 5〇]_ millipulse time, and the concentration can be as high as possible. Bean: The volume of the chemicalizer is less than ML Us: Bean = wide space smashed ΐ ίίίί The volume of the pulverizing cooker is greater than 1_m; the S machine's pulverization heating time is long, not economical. 2:=, the small space smashing cooker counted out is limited to 2 broken powders relative to the pulverization: the material is forced by the small space pulverizing cooker - straight in the cut; the phase = both 'make the material form a fierce turbulence powder Crushing and aging; Mu pulverizing tool near the device, slurry pulverizing tool, = set, so that the small space powder = the amount of sputum can be heated in a short time, the liquid / paste can be heated::: ί, the temperature inside the 迅速 state is rapid Elevate 'to make the soymilk machine to teach the teacher to say = that the soymilk machine of the present invention does not need to have the soymilk machine i to powder i; === the machine eliminates the short time of the overall pulping "tf The double pulp time 'I is greatly reduced so that the ready-to-drink bean feeder 辔忐 = this can complete the pulping within 5 / knives, 'the pulp machine becomes possible. When the small space pulverizing cooker is filled with 201212827 water, the wall can be automatically flushed and cleaned under the agitation of the pulverizing cutter. When pulverizing, ^1, the water of the space pulverizing cooker is mixed with the beans, so that the pulverizing knife machine only needs to add a small amount of material to smash, which not only saves energy, but also Ϊf Ϊ "minimum amount, the content of matter The soymilk machine with increased pulverization efficiency and the unit volume can also be adjusted by controlling the dilution of the bean 'k]. In addition, the concentration of the finally obtained soybean milk and the amount of the liquid or other liquid are adjusted. To satisfy the consumer's individualization needs the small space to smash the volume of the cooker best f This diluted soy milk can meet the single person = rushed to 100-500 ml, such as the 3-person small family pulping The demand, 'useful demand' can meet the small space smashing cooker to prevent the heat from being lost, so that the smashing/blinding device and the friction between the crusher and the masher produce the amount of enthalpy: 3 tools, small space The powder thus causes the height in the small space pulverizing cooker to gather, and the paste is heated and matured. The dish is quickly caught and raised. The slurry/the ugly pulper can also heat the water and/or the material by adding a single axe, so that the small temperature can be set at 1, before the aging or smashing the higher temperature, for example Above, 3=maintains a fruit in the ripener, and the in-step-down “ίϋκ can play a role in assisting the ripening of the diameter of the surface and the small space of the pulverizing cooker, etc. == 41:1 to 1:3, thus ensuring The material t circle is strong and the 边 edge can more effectively limit the material to the vicinity of the pulverizing cutter, and strengthen the pulverizing effect of the pulverizing cutter. ητ The specific shape of the pulverizing limb between the △ τ is considered to be a spherical sphere or a hollow corpus or hollow An ellipsoid. The heating unit may be specifically disposed on the small space pulverizing cooker, or disposed upstream or downstream of the small space pulverizing masher, for example, the heating unit is disposed on the water tank or the heating unit is disposed in the communicating water tank and The small space powder 1 is provided on the water inlet passage of the cooker; or the soymilk machine is further provided with an automatic feeding unit'. The small space pulverizing and cultivating device is provided with a feeding port, and the inlets of the 201212827 are connected. 'or The heating unit further comprises a slurry holding device, and is connected with a discharge port provided with a ripening device on the pulverizing and curing device. The space pulverizing and pulverizing device structure is opened in the small space pulverizing and curing device, so that the soymilk machine can be omitted. It is small and convenient for home use, and it can also be used to make the cover body and the small empty wash, or to open the cover to make it more convenient. This capacity can be a problem when the manual feeding is not good, and the user can also be cured according to the crushing. The capping body performs the automatic feeding unit and the small space pulverizing and aging on the pulverizing cutter, and the heating unit is disposed on the automatic feeding device on the sizing device; or the opposite pulverizing passage of the soymilk pulping device, the small An empty material port, the slurry discharge passage is pulverized with a small space, and the heating unit is disposed in the slurry discharge passage. The soybean milk machine of the present invention adopts a small opening that can be opened when the user uses the soybean milk machine to Feeding to a small space pulverizing the cooker feed structure and/or the water inlet structure, the structure further reduces the overall machine cost. In addition, in the cleaning of the upper crushing cooker seal snap-on for automatic cleaning manual manual cleaning 'so use more outside' small space crushing cooker has a certain effective to prevent excessive feeding and cause crushing and ripening effect" to ensure pulping In addition, the need for different materials can be changed anytime and anywhere. The motor of the soya-bean milk machine is placed on the machine base and located on the small air-side, which reduces the center of gravity of the whole soybean milk machine and reduces the slurry or water. The human operation process is qualitative, and the probability of the device makes the pulping more safe. The motor and the control tool are in direct contact with the material, and the crushing knife material in the motor belt is improved to improve the crushing efficiency. The motor of the soybean milk machine of the invention is pulverized and matured from a small space, so that the motor shaft is always located in the slurry, and the state of the shaft or the shaft during the pulping process, so that the motor shaft or the cutter shaft is at a high speed rotary clock = = Continued heat transfer by the slurry will directly transfer heat to the liquid ^, 纟 = friction with the bearing to produce the temperature of the shaft or the shaft 'avoid the motor shaft or knife The surface can reduce the scouring effect of the motor when it is equivalent to the motor 2 paste soymilk, the same as the motor shaft or the knife shaft, can not be cleaned by the cone f wash 'to solve the chicken problem, the other side also 201212827 to assist the mature soy milk The effect, using the machine's mode number ^ 政进 - step to shorten the pulping time. In addition, the stability of the whole machine g: y the center of gravity of the whole soybean meal machine, improved by the motor driven high = crushing tools and materials Direct contact, and assisted in the rotary pulverization of the material to improve the pulverization efficiency. [Embodiment] The following is a detailed description of the present invention in combination with (4) and the examples: The smear machine of the present invention is applicable to the right of the disk. The material referred to in the invention refers to a slurry or a paste food such as a meal of rice flour or a paste. The raw material such as beans or rice which is pulverized by needles and buckles. Embodiment 1: Refer to the formula of the present invention shown in Fig. 1i and Fig. 3, the soy milk The machine 10 includes a machine, a first embodiment of the machine (3), a feeding mechanism 132, a space pulverization and a rotation of the pulverizing cutter 134, a pulverizing cutter 134, a discharging mechanism 133 and a small feeding mechanism 132. And cutter 13 4 The small space powder is connected to each other. The pulverized animal material and water are pulverized in a small space to pulverize the cutter, and the motor 135 * small space pulverizes and matures the pulp. The heat register 丨 31 is mounted on the machine base 11. π "relative 2 boxes: two-plate-shaped body, comprising a base 111, and an arm 113 of the base. The top plate 12 is connected to the top plate U2 and the base in 135 and the feeder 槿, 1121 'so that the motor Hanjin branch 132 and the like expose the passage. Hole 1121. ===== To surround the pulverizing cutter 131 or the approximately closed container in a three-dimensional space, the small space pulverizing the masher to be adjacent to the pulverizing cutter 134 in the three-dimensional space: the small space of the surrounding wall is smashed and matured The device 131 is an approximately hollow sphere, a curved surface, and a closed or nearly closed small low-to-small space pulverizing cooker 131 having a sum and a ZP. /匕, the closed or nearly closed structure can also enhance the loop pressure of the material and water in the small space pulverizing cooker 131, which is beneficial to = 201212827 The space pulverizing and curing device 1311 penetrates the shaft hole of a fitting portion 1311 and passes the bolt " In the vertical type, the 'small space' is such that the normal pulping requirement of the soymilk pulverizing cooker can be made less than 50 ml within 5 minutes, and the utility is not high; if it is smashed and matured, The peripheral wall of the pulverizing cutter and 131 is further provided with a shaft hole 1312. The motor 1312 extends into the small hollow type, and is fixed to the mounting pulverizing and curing device 131, and is not easily adhered to its volume, and is designed to be 50-1000. The beans that may be safe are destroyed. Finish the pulping. If the amount of soymilk made in a small space is small, the space is smashed and the heat is dissipated too quickly, and the motor pulverizes when the motor is pulverized and matured. The small mounting portion 1311. The motor shaft of the mounting portion 135 passes through the inner portion 1311 of the intermixing and sterilizing unit 131. The inner surface of the present embodiment is coated with a non-stick material. In the present invention, the small empty milliliter, so as to ensure that the ripened bean is gathered in a short period of time, the soymilk machine of the present invention can reduce the volume of the ripener in the space by less than a single serving, the actual volume is more than 1000 ml, and It is also difficult to make a long time and not economical. In this embodiment, the volume of the small space pulverizing cooker is 3 〇〇mi. The casing 132 includes means for placing the beans into a powder. The bean-inducing element 136 includes a bean passage of the peripheral wall of the silo 131. The chamber 1361 is in communication with the other end and the small chamber 1361 is screwed onto the peripheral wall of the ripener 131. The inlet control drive unit 1364, the link 1365, and the link 1365 that are opened and closed by the passage 1362 are attached to the feed plate 1366 of the feed bean passage 1362 to be connected. 1361 and through the opening of a small space powder cooked 1362. The feed passage 1362 _ end is in communication with the material space pulverizing cooker 131. The bean channel 1362 is mounted on the small space pulverizing bean channel 1362 and is provided with a control bean feeder 1363. The bean controller 1363 includes a blanking plate 1366. The blanking plate 1366 can be turned inside. The connecting rod 1365 connects the driving portion 1364, the tank 1371, the water inlet pipe 1373, and the water inlet passage which is opened in the peripheral wall of the two uncle sterilized thieves 131. In the middle, the water inlet channel and the bean channel 1362 are combined into one. The redundant end is connected to the water tank side at one end, and the other end is connected to the water inlet passage. In order to stop the water 10 201212827 Ξ ί ί t 1371, the inlet pipe 1373 is provided with a check valve 1374. The control unit 12 is electrically connected to i1"36; In addition, a sealing member of the sealing member: a?? 362 is provided on the inner surface of the peripheral wall of the pulverizing and curing device 131 (10). In the present embodiment, the dense cooker if 'the soft rubber 1313 is connected at one end to the small space to smash the inner surface of the week, and during the pulping, the soft rubber 1313 is rushed in the water flow 2: ϋ, the space is pulverized and matured by $131❸ The inner surface of the peripheral wall, and thus φ ι i through B, is sealed, so that material can be prevented from entering the bean passage 1362 during the pulping process. The 兀 (4) water ϊ ί ” structure 133 includes a slurry passage 1331 and a slurry flow control M f = 3 弋. The discharge passage 1331 corresponds to the waste container 14 through the opening 2, smashing the peripheral wall of the sterilizer 131. The slurry 1332 includes a valve body 1333, a valve core 1334, and a connecting technique 1336. The valve body 1333 is fixed to the peripheral wall of the space pulverizing and curing device 131 corresponding to the slurry passage 1331. The valve body 1334 can be rotated. φ Ϊ is in the valve body 1333. The operating portion 1336 passes through the connecting seat 1337. The operating portion 1336-end passes through the connecting body ?j H H1334 for driving the spool 1334 to rotate, the other end 2 = J! Early 12 electrical connection. It can be understood that the valve body 1333 can be connected to the small space pulverizing and aging g 131 - body forming 3 detachable. The cull 134 is mounted on the end of the motor shaft of the motor 135. ^ ^, the cutter 134 includes at least one blade having a function of pumping slurry. In the rotating surface of the pulverizing cutter 134, the end of the blade of the powder 134 is smashed to the inner wall of the small space pulverizing cooker 131. From:: ΐ 134 radius, so 'can force the material through and The gap between the aging space smash 11131 better clock "to crush the tool I34. In addition, the rated value of the motor = ^ 6000 ~ 50000 rev / min, such high rated speed is enough to ensure the thermal efficiency ❶ rated speed is too low, friction heat generation efficiency is not high, rated = too high, give users daily practical time belt It’s not safe because of f. In addition, the ratio of the diameter of the pulverizing cutter 134 to the diameter of the 201212827 volume sphere of the small space pulverizing cooker 131 or the like may be further limited to 丨·〗 to ensure that the material loop is unobstructed, and the material can be more limited. Near the pulverizing cutter 134, the pulverizing cutter 134 is reinforced. When the ratio of the radius of the pulverizing cutter 134 to the radius of the small space pulverizing matured spheroid is greater than 1:1, the pulverizing cutter 134: into the small space pulverizing cooker 131; when the radius of the pulverizing cutter 134 is pulverized by the pulverizing cutter 131 The ratio of the small ^, when, the small space pulverizing cooker 131 is relative to the pulverizing knife and 134 too. This small space pulverizing cooker 131 is not well & is near the broken tool m, reducing the pulverization and ripening efficiency = medium, When the ratio of the radius of the pulverizing knife 134 to the radius of the small space volume sphere is 1:2, the pulping effect car is handed over. (3) When assembling the soybean milk machine 10, first, the small space powder portion is fixed to the mounting portion 1311 by a plurality of bolts fixed to the top plate 112 of the base u; then the silo 136 is smashed and the masher 131 is placed. Then, use the inlet pipe 1373 to smash the sterilizer 131 into the space. The ferrite 1332 is installed in a small size. Please refer to Figure 3. The bean dispenser 1363 will be used to prepare the control. The early 7012 is turned on and the second is added to the small space. The poly water passes through the inlet pipe 137ΐϋ13^; secondly, it will be used to make the inside of the 131'. At this time, the motor 135 is started, and the g-machine pulverizing and curing device is used to pulverize the pulverizing tool 134 slurry in a small space. The degree of i is higher, Τ 料 直至 直至 直至 直至 直至 直至 直至 直至 直至 直至 直至 直至 直至 直至 直至 直至 直至 直至 直至 直至 直至 直至 直至 直至 直至 直至 直至 直至 直至 直至 直至 直至 直至 直至 直至 直至 直至 直至 直至 直至 制成 制成 制成 制成 制成 制成 制成 制成Until the high-concentration beans 'poly| = friction is larger 'mutual body'); then will be used to = i soybean milk discharged to the container (such as the cup between the crushing cooker 131 to Chiang, the remaining part of the water is injected into the small The 1331 of the residual bean poly-pulverization cooker 131 on the inner surface of the empty peripheral wall is discharged into the container, and the life command=, after the tail is closed, is mixed with the soybean milk which is discharged to the container first through the slurry passage 12 201212827 In the present embodiment, _ & , _ 2:1 to 1:10 is established. Therefore, the ratio of the weight to the weight of the water is mixed and pulverized 77# with water in a small space to smash the slurry/paste in the ripener 131, and the concentration of the liquid/paste is higher, so that the temperature is raised more effectively. When the ratio between 131 and 130 may be less than 1:10, the ratio of the weight of the material to the weight of the water; the ratio of the weight of the smashing smash to the weight of the water is pulverized by the pulverizing cutter 134, and the mixture is mixed with the liquid/paste, the pulverizing knife 1 134 , The concentration of the liquid/paste is too small, so the squeezing force is weakened, and the ratio of the weight of the friction between the water and the water between the 131 and the aging is higher than that of the weight of the water. Internal mixing and being smashed by powder knife] '^ Do not mix with water in a small space, too much, the slurry/paste is easier to coagulate and smash into a slurry/paste concentration cooker m. At this time, the tool I34 or small space smashing method In the case of the material, the unevenness of the heat is uneven. The effect of the present embodiment is ideal. In addition, the ratio of the weight of the fate is 1:3, and the volume of the pulping and pulverizing cooker 131 is "two, after mixing. Volume and small space can also increase the incineration / fine ·, in the range of 1:1 to 1:2, such as 131 Between the two; the temperature and efficiency of the private:: um: the volume and water of the two j material mixed with the small space pulverizing cooker 131 will overflow the small space and smash cooked = 彳, value is at I: 1 When the volume of the material is combined with the small space, when the material is mixed with water h2, the ratio of the grain product of the slurry/paste and ^131 is less than 51 131 ^ π 6ί, # ^ unbroken cutter 134, small space crushing and ripening i mixing After the "volume spot, weak two in this embodiment, the material and 1:1. 5, the pulping effect is better;: the ratio of the mashing cooker 131 & volume is: ί : = at: first Water injection to small space smashing cooker 131; start / j Μ = Ϊ cutter 丨 34 rotation, pulverizing cutter 134 stirring water in small space smashing heating | § m meat hot wire, 丄 cooker m peripheral wall: foot:; turn Scouring the motor shaft, small space smashing 1〇 realizes the automatic cleaning surface and the entrance channel series. So the soybean milk machine 10 described in the soymilk machine adopts a uniquely designed small space smashing ripener 13 201212827 2nd: ΐί shrinking 1:: = Poly 2 bean machine has been plaguing the industry's pulping era for less than 10 minutes. The pulverizing cutter 134 of the machine 10 is used to smash the smashing and smashing in the H 131 while the mouth is == ^ small: the pulverized material and the aging material are simultaneously carried out so that the powder is embossed in a plurality of crushing cookers and also in the powder process. Soy milk. ° and after dilution = to understand, the high-concentration soymilk and water are diluted in the pulverizing cooker and partially in the container. It is understood that the sealing element can also be another (four) type sealing structure. In order to improve the pulverization effect or the cleaning effect, the motor can be switched to smashing or cleaning. The second embodiment of the present invention is different from the first preferred embodiment in that the channel 1362 does not share a channel, and "ϊΐί = in a small space. Squeeze the peripheral wall of the matured H 131. In this way, the 疋:::12 can control the movement of the influent and the bean separately more effectively. The third method of implementation: the small space of the bean machine of the present invention The ΐ化ΐ2 method of the 孰化器, the small space pulverizing and curing device 431 is different from the small space=broken 匕a 131 in that: the small space powder 2 insulation layer, that is, the small space pulverizing and curing device 431 ^ Sigh inner layer 4312 'The inner layer (four) and insulation layer Ruyi = ^::1 2 14 201212827 Qiaohua 431 words without insulation, can effectively reduce the crush. 1 ' 1 m will also separate the chamber from the external environment, weaken The influence of external aid on the pulping process. A" π bounding ring can understand that the small space pulverizing cooker can also include a plurality of insulating layers. The inner layer and the insulating layer can also be vacuumed, (6) - step k The separation effect between the mash chamber and the external environment. Implementation 4: Please Referring to the embodiment of Fig. 6, the embodiment adopts a 532. The space pulverizes the south pulverization efficiency water flow to the bottom of the small motor shaft. The illustrated soymilk machine of the present invention and the first preferred embodiment double layer cutter 'includes The fourth preferred embodiment of the upper pulverizing cutter 531 and the lowering unit 131, which is provided with a double 'and a space pulverizing cooker 131 and a small space pulverizing masher during the cleaning process, is: the actual smashing The cutter 531 and the lower pulverizing knife pulverizing cutter 532 are evenly distributed on the small layer pulverizing cutter, and can be connected not only, but also the top layer of the double pulverizing cutter can be scoured to the top of the 131 of the motor 135, the cleaning can be more completely understood, and the multi-layer pulverization can also be used. Tool 5. Embodiment 5: = Fifth preferred structure of the structure Ϊΐ3513: installed in the small space to smash the; the small space smashing the sterilizer 131, Ϊ can be more conveniently separated from the pulverizing knife, 134, Κ. Thus, the motor 135 ^ understands that the coupling can be a contact coupling. Contact type coupling embodiment 6: Extravagantly refer to the small space of the soymilk machine of the present invention as shown in FIG. 15th 201212827 !3? 2 with ί powder J=f: 31 and small; smashing. Rectangular space, (2): 2: pieces. ° Install the motor 152 and other elements on the outer peripheral wall of the squat Fragmentation 'for example: 2, space crushing cooker can be implemented in seven ways: i hair: the small space of the bean machine smashes the first heat of the cooker ΐ 施 =; ΐ machine; unit unit electrical connection plus: ΐί37 II ί is set as follows: the heating unit is
Ifiii水直至水彿騰上沖至小空間粉碎熟化器 31内’也就疋說’該加熱單元不僅對二 j還能控制水注入到小空間粉碎熟 / ·ϋ而 ，中，該加熱單元將水和恐内敎施 步的b :f短物料及水被粉碎熟化的時間，更進一 ϊ:。ΐ?將水和/或物料加熱至8〇。“1。卜?， ，優。S水和/或物料加熱後的溫 粉碎刀具1二^ 或物料力:熱ί二當水和/ 空間粉碎熟化請或者二小！門糊將會溢出小 麗較高，造成危險。 間粉碎熟化11 131内氣 了以理解’該加熱單元還可以為緊拉基4 b Μ 管。當然該水請與水管設置的加熱 f的注水動作，此時液1間粉碎熟化器 進行加熱。 加…皁70 °又置在水箱1371上對水 16 201212827 可以理解，加熱單元設置在水箱上或者加熱單元設置在速 通水箱和小空間粉碎熟化器的進水通道上；或者所述立漿 機還設有自動進料單元，所述小空間粉碎熟化器上設有進 料口’所述自動進料單元與小空間粉碎熟^匕器的進料口相 連通，所述加熱單元設置在自動進料裝置上 可以理解’該加熱單元具體的設置位置可以在小空間粉碎 熟化器上。 實施方式八： 請參閱圖ίο所示的本發明豆漿機的第八較佳實施方式，其 與實施方式七的不同之處在於：該豆漿機9〇還包括煮漿容 ，14及加熱單元，本事示例中所述加熱單元為設置在煮漿 容器14底部的電熱管15，煮漿容器14可脫離地置放於該機 =11的底座ill上，並處於小空間粉碎熟化器131的下 游*，用於承接從小空間粉碎熟化器131流出的豆漿，該電 =管15設置在煮漿容器14上，並與控制單元以電連接。本 實施例中，所述小空間粉碎熟化器的容積5〇〇ml。 ，二聚機90通過增設煮漿容器14及加熱單元，可以對小空 間粕碎熟化器131内熟化後的豆漿進行進一步的熟化。 丄所述加熱單元可以為電磁加熱單元、蒸汽加熱 單兀以及光波加熱單元等。 :所述煮漿容器14還可以省*，而該加熱單元直 〇X 小空間粉碎熟化器131上，用於輔助熟化豆漿》 單元也可以設置在盛漿裝置上；或者所 所it I处括盛漿裝置、與盛漿裝置相對的出漿通道， 空間粉；C 上設有出料口，所述出漿通道與小 漿通道上Ϊ、化的出料口相連通，所述加熱單元設置在出 實施方式九： 明參閱圖11及圖12所示的本發明快速制漿的豆漿機的第九 17 201212827 ΐΐΠί間速制，的豆漿機10包括機座11、控制 刀轴lfi ；5 二Β ;々碎熟化器13、内置電機14的電機座15、 Ifi袖入丨二刀具17，電機14與控制單元12電連接，刀軸 S 熟化器13内’粉碎刀具17設置於刀軸5 在小空間粉辟孰作^軸16帶動粉碎刀具17旋轉，物料與水 /糊：二夺m13内混合並被粉碎刀具17粉碎成漿液 Ξ 間粉碎熟化器13之間摩擦生熱加熱聚 m2 f糊升溫熟化。所述電機座15設置在小空 方。本實施例中，所述小空間粉碎熟 ?31T:=12，所述小空間粉碎熟化器13包括設有開口 Ϊ二化器131和可開閉小空間粉碎熟化器 置於雷機广^體132 。在本實施方式中，所述蓋體132設 底部，且與電機座為-體結構。刀軸16即 im 66 ts λ電機軸。開口 1311設置於小空間粉碎熟化器 触該小空間粉碎熟化11 131為空心橢圓體或空 Γΐΐ二蓋設有軸孔1321。電機轴穿過軸孔1321伸 間粉碎熟化器13内。小空間粉碎熟化器131可脫離 機座11上，如此用戶可將小空間粉碎熟化器Τ 物料房去加料，而不需要將物料用另一個容器盛好 1 ί ，使用便利；此外，用戶也可以將小空間粉碎熟 =器13|由機座11取下拿到水龍頭下沖洗，清洗非常方;更 ，活。蓋體132的一端通過鉸接結構133活動連接於機座 U上。該鉸接結構133包括與電機座15固連的的軸體1331 及固定於機座131的軸筒1332，該軸體1331嵌設於軸筒 1332 内。 使用該快逮制漿的豆漿機1〇制漿時，首先開啟蓋體132 ， 此，則可輕鬆地將物料放入小空間粉碎熟化器131内；關 閉蓋體132以完全閉合該開口 1311 ;此時則可接通電源， 控制單元12控制電機14作動實現制漿。 清洗所述豆漿機10時，既可以通過電機14帶動粉碎刀具17 18 201212827 間粉碎熟 的内周壁 可以採取 動清洗， 的豆漿機 巧而便於 化器131 料過多而 保證制漿 需要，可 化器13内旋轉沖 ’如此豆漿機10 人工清洗的方 如此使用上更多 10可省去進料結 家用，還降低了 具有一定的容 造成粉碎熟化不 質量。另外，用 以隨時隨地開啟 轉動，粉碎刀具17攪動水在小空 小空間粉碎熟化器13 :現了自動清洗。當然，用戶也 =埋即將蓋體132開啟後人工手 ，更加便利。如此快速制漿 進水結構，，结構更加小 3機成本。此外，小空間粉碎熟 ，，人工加料時可以有效防止加 好的問題，起到“防呆，，效果， f還可根據粉碎熟化不同物料的 蓋體132對粉碎刀具17進行更換 :以=電機在粉碎或清洗時可以切換轉速和轉 向，以k尚粉碎效果或清洗效I。 料㈣ 其不僅可以製作豆聚，還 麻糊等。 ”碎並加熱的食品，例如果蔬飲料或溫芝 的豆漿機10摩擦生熱的來源並不僅 ，與小空間粉碎熟化器13之間，凡是在;/空二 内各兀件之間產生的摩擦熱均可加以 ^ " 糊，也應該在本發明的保護範圍之^ ^來加熱漿液/ 實施方式十： ，參閱圖13所示的本發明所述豆漿機的 式’該豆漿機50與實施方式九的不同之處=佳實，方 粉碎熟化器131 g]定於機㈣或與機座“為工 ,，電機座15通過卡扣結構151安裝在小办口 ; 2二 131的開口 1311處。本實施例中，所：曰 的容積100ml。 二間叔碎熟化器 處電機座15直接扣合於小空間粉碎熟化器⑶的 201212827 實施方式十一： f參閱圖14所示的本發明所述豆漿機的第+ 1 ’該：述豆榘機10包括機㈣、控制單元12、 刀軸14、小空間粉碎熟化器15及電機16。電機16帶動 粉碎刀具職轉。電機16與控制單元12電連接電 入小空間粉碎熟化器15内。刀軸丨 =14伸 13。物料與水在小空間粉碎孰：=具 2粉碎成聚液/糊的同時，聚皮=具 料〗、空以積::溫熟化。本實施例中， f 了併參閱圖15，所述小空間粉碎熟化器15 器151和可開閉小空間粉碎= 1 151|的盍體152 。小空間粉碎熟化器151固定於 11上。蓋體152的一端通過鉸接結構153安裝於口 口 1511相斟^ > 置卡扣154來鎖固於開 1511相對的另一側。該鉸接結構153包括固定於 152上=軸體腿及固定於小空間粉碎熟化器⑸的軸 1532，s亥軸體1531嵌設於軸筒1532内。在本實施方 : 所述開口 1511設置於小空間粉碎熟化器151的頂Ifiii water until the water Buddha rushes to the small space to smash the ripener 31. 'It’s said that the heating unit can not only control the water injection into the small space, but also the heating unit. Water and fear of guilty b:f short materials and water is crushed and matured, and further into one: ΐ? Heat water and / or material to 8 〇. "1. Bu?, , Excellent. S water and / or material heating after the temperature of the smashing tool 1 2 ^ or material force: hot ί when the water and / space crushing mature or two small! Door paste will overflow Xiaoli Higher, causing danger. Inter-smelting and aging 11 131 gas to understand 'The heating unit can also be a tight-fitting base 4 b Μ tube. Of course, the water should be connected with the water pipe to set the heating f water injection action, at this time the liquid 1 The pulverizing cooker is heated. Adding ... soap 70 ° and placing it on the water tank 1371 to the water 16 201212827 It can be understood that the heating unit is arranged on the water tank or the heating unit is arranged on the water inlet channel of the quick-pass water tank and the small space pulverizing cooker; Or the vertical pulping machine is further provided with an automatic feeding unit, and the small space pulverizing and curing device is provided with a feeding port, wherein the automatic feeding unit is connected with the feeding port of the small space pulverizing and cooking device, It can be understood that the heating unit is disposed on the automatic feeding device. The specific setting position of the heating unit can be used to smash the curing device in a small space. Embodiment 8: Please refer to the eighth preferred embodiment of the soymilk machine of the present invention shown in FIG. Way, and The seventh embodiment is different in that the soymilk machine 9 further includes a boiled slurry capacity, 14 and a heating unit. In the example, the heating unit is an electric heating tube 15 disposed at the bottom of the boiled pulp container 14, and the boiled pulp container 14 can be The detachment is placed on the base ill of the machine=11, and is located downstream of the small space pulverizing and sterilizing unit 131, for receiving the soybean milk flowing out of the small space pulverizing and curing unit 131, and the electric=tube 15 is disposed in the retort container 14 And electrically connected to the control unit. In the embodiment, the volume of the small space pulverizing and sterilizing device is 5 〇〇ml. The dimerizing machine 90 can mash the small space by adding the boiling water container 14 and the heating unit. The cooked soybean milk in the ripener 131 is further aged. The heating unit may be an electromagnetic heating unit, a steam heating unit, a light wave heating unit, etc.: The cooking container 14 may also save *, and the heating unit The 〇X small space pulverizing cooker 131 is used to assist the ripening of the soy milk. The unit can also be set on the slurrying device; or the I s including the slurrying device and the slurrying channel opposite to the slurrying device, the space powder ; C is provided with a discharge port, and the discharge passage is connected with the discharge port of the small slurry passage, and the heating unit is disposed in the embodiment 9: see the drawings shown in FIG. 11 and FIG. The ninth 17 201212827 ΐΐΠί speed system of the soymilk machine for inventing the rapid pulping system comprises a machine base 11, a control cutter shaft lfi; 5 two turns; a crushing cooker 13, a motor seat 15 of the built-in motor 14, and Ifi The sleeve is inserted into the second tool 17, the motor 14 is electrically connected to the control unit 12, and the cutter shaft S is in the cooker 13 and the 'crushing tool 17 is arranged on the cutter shaft 5 in the small space. The shaft 16 drives the grinding tool 17 to rotate, the material and Water/paste: mixed in two m13 and crushed into a slurry by the pulverizing cutter 17, and the friction between the pulverizing and curing device 13 is heated to heat the m2 f paste to heat the aging. The motor base 15 is disposed in a small space. In this embodiment, the small space is pulverized and cooked 31T:=12, and the small space pulverizing and curing device 13 includes an opening Ϊ2 distiller 131 and an openable and closable small space pulverizing and sterilizing device disposed in the ray machine 132 . In the present embodiment, the cover 132 is provided with a bottom portion and has a body structure with the motor base. The cutter shaft 16 is the im 66 ts λ motor shaft. The opening 1311 is disposed in the small space pulverizing cooker. The small space is pulverized and matured. 11 131 is a hollow ellipsoid or an empty lid is provided with a shaft hole 1321. The motor shaft extends through the shaft hole 1321 to smash the cooker 13. The small space pulverizing and curing device 131 can be detached from the machine base 11, so that the user can smash the small space pulverizing cooker 物料 material room to feed, without the need to hold the material in another container for 1 ί, and the use is convenient; in addition, the user can also The small space is crushed and cooked = 13 | Removed from the base 11 and taken under the faucet to rinse, the cleaning is very square; more, live. One end of the cover 132 is movably coupled to the base U via a hinge structure 133. The hinge structure 133 includes a shaft body 1331 fixed to the motor base 15 and a shaft barrel 1332 fixed to the base 131. The shaft body 1331 is embedded in the shaft barrel 1332. When the soymilk machine of the quick-paste pulping is used for pulping, the lid body 132 is first opened, so that the material can be easily put into the small space pulverizing and curing device 131; the lid body 132 is closed to completely close the opening 1311; At this time, the power can be turned on, and the control unit 12 controls the motor 14 to operate to achieve pulping. When the soymilk 10 is cleaned, the pulverizing cutter can be driven by the motor 14 18 18 201212827 The pulverized inner peripheral wall can be cleaned, and the soymilk machine is convenient to facilitate the preparation of the smelter 131 to ensure the pulping needs. The inner rotary rush 'so soymilk 10 manual cleaning side so that more 10 can be used to save the feed knot household, but also reduce the quality of the crushing and aging without a certain capacity. In addition, it is used to turn on and off at any time, and the pulverizing cutter 17 agitates the water to smash the sterilizer 13 in a small space: automatic cleaning is now performed. Of course, the user also has the artificial hand that is buried after the cover 132 is opened, which is more convenient. Such a rapid pulping water inlet structure, the structure is smaller, the cost of the machine. In addition, the small space is smashed and cooked, and the artificial feeding can effectively prevent the problem of addition, and play the role of “proofing, and effect, f. The crushing tool 17 can also be replaced according to the cover 132 of the different materials for crushing and aging: When smashing or cleaning, you can switch the rotation speed and steering, and the k is still pulverizing effect or cleaning effect I. (4) It can not only make bean gathers, but also mash, etc. ""Crushed and heated foods, such as vegetable drinks or Wenzhi's soy milk. The source of the frictional heat generated by the machine 10 is not only combined with the small space pulverizing and curing device 13, but also the frictional heat generated between the components in the air/air 2 can be applied to the invention. The protective range is used to heat the slurry / Embodiment 10: Referring to the formula of the soymilk machine of the present invention shown in Fig. 13 , the difference between the soymilk machine 50 and the embodiment IX = good, square crushing cooker 131 g] is fixed in the machine (4) or with the machine frame, the motor seat 15 is installed in the small opening through the snap structure 151; the opening 1311 of the 2nd 131. In this embodiment, the volume of the crucible is 100ml. Directly buckled at the motor base 15 of the uncle shredder 201212827 in combination with a small space pulverizing cooker (3) Embodiment 11: f Referring to the first aspect of the soybean milk machine of the present invention shown in Fig. 14: The soybean meal machine 10 includes a machine (four), a control unit 12, and a cutter shaft 14. The small space smasher 15 and the motor 16. The motor 16 drives the pulverizing tool to rotate. The motor 16 and the control unit 12 are electrically connected to the small space pulverizing cooker 15. The arbor 丨 = 14 extends 13. The material and the water are Small space smashing 孰: = 2 pulverized into a liquid / paste, while the poly pi = material, empty to: : temperature ripening. In this embodiment, f and see Figure 15, the small space smashing ripening The device 15 and the opening and closing small space pulverization = 1 151| the body 152. The small space pulverizing and curing device 151 is fixed on the 11. The one end of the cover 152 is attached to the mouth 1511 through the hinge structure 153. The buckle 154 is locked to the opposite side of the opening 1511. The hinge structure 153 includes a shaft 1532 fixed to the 152 = shaft body and fixed to the small space pulverizing cooker (5), and the s-axis body 1531 is embedded in the shaft In the cylinder 1532. In the present embodiment: the opening 1511 is disposed at the top of the small space pulverizing cooker 151
空間粉碎熟化器151為空心橢圓體或空心柱體。 ^ J 澈：Ϊ開口 15U的面積Sl與小空間粉碎熟化 益lbl敢大検戴面的面積&的比值範圍最好設計為丨：4至 1:1之間，如此較適於人工加料。若所述開口 1511 S,與小空間粉碎熟化器151最大橫截面的面積&的== 於1:4 ，則開口 1511太小，很難在短時間内將物料加入 = 熟化請⑺。眾所周知，所述開口 1511的』 積Sl最大為小空間粉碎熟化器151最大橫截面的面積S2。 本實施方式中，所述開口 1511的面積與小空間粉碎 151最大橫截面的面積&的比值為3:4 。 ‘、 所述電機16臥置於機座11並位於小空間粉碎熟化器151的 一側。在本實施方式中，所述刀軸14即為電機16的電機 20 201212827 軸，其 熟化器 底部的 埋入物 述粉碎 di小於 容易卡 距離小 米，則 來，甚 具15距 米。 穿過小空間粉碎熟化器151的缸壁伸入小空間粉 ij内。= Τ刀具距離小空間粉碎熟化器151 最小距離^為1~30毫米，如此使得粉碎刀具15直 料中，提咼了粉碎刀具15與物料的碰揸機率。若 刀具15距離小空間粉碎熟化器151底部的最 1毫米，粉碎刀具15與小空間粉碎熟化器151之 死物料，也增加了清洗的難度；若所述粉碎刀1 空間粉碎熟化器m底部的最小距離士大於3〇毫 ===空2碎熟化器151的底部授動起 至出現工打現象，耗費電能。本實施方式的 離小空間粉碎熟化H 151纟部的最小距^為㈣ 10制漿時，首先開啟蓋體152 ， 入小空間粉碎熟化器151内；關 開口 1511 ,此時則可接通電源， 動實現制漿。 時，既可以通過電機16帶動粉碎 攪動水在小空間粉碎熟化器15内 粉碎熟化器15的内周壁，如此豆 當然，用戶也可以採取人工清洗 開啟後人工手動清洗，如此使用 此時則 閉蓋體 控制單 刀具15 旋轉沖 漿機10 的方 上更多 使用該所述豆漿機 可輕鬆地將物料放 152以完全閉合該 元12控制電機16作 清洗所述豆漿機10 轉動，粉碎刀具15 刷刀軸14及小空間 實現了自動清洗。 式，即將蓋體152 選擇，更加便利。 本發明所述豆漿機1〇採用可開合的小空 結構，如此用戶在使用該所述豆毁 =克、化器15的 間粉碎熟化器15的蓋體152以加JU二該小空 151内。如此所述豆激機1〇可省去熟化器 構，結構更加小巧而便於家帛 # ^ = 或進水結 外，小空間粉碎熟化器更心有？=巧本。此 Ί效防止加料過多而造成粉碎熟化 加：時 熟化不同物料的需要，可以隨時隨地開據粉碎 15進行更換。 通Ώ间啟盖體對粉碎刀具 21 201212827 的電機16臥置於機座11並位於小空間 τ整機的穩定性的降機的重心，提高 靠，另外也使得粉碎刀具13與物：直 的帶動下高速旋轉粉碎物料，提高粉碎並在電機16 ί發=的小空間粉碎熟化器15結 以加料至小空==碎=器Μ的蓋體152 省去進料結構和/或進水結構，2構豆漿機10可 用，還降低了整播&士 ,,..、構更加小巧而便於家 有-定：容料卜；：空間粉碎熟化請具 粉碎熟化不好的問題，起加料過多而造成 量。另外，用戶還可根攄龄边效果，保證制漿質 隨時隨地開啟蓋體152對粉碎；;具= =需要，可以 可以理解，所述電機在粉砗或 向，以提高粉碎效果或清先時可以切換轉速和轉 甘本快速制漿的豆衆機10不僅可以m . 麻U作其他需粉碎並加熱的食品，例=溫； 糊自身、源並不僅限於漿 元件之間產生的摩捧J均Off間粉碎熟化器15内各 應該在本發明的保護範'圍句：力内…利用來加熱漿液/糊，也 22 201212827 【圖式簡單說明】 以下結合附圖對本發明作進一步詳細說明。 圖1是本發明豆毁機第一較佳實施方式的立體組裝圖； 圖疋圖1所示的豆漿機的另一角度的立體組裝圖； 圖3是圖1所示進料機構等的立體分解圖； 3ί ί:〗漿機第二較佳實施方式的進料機構及小空 間叔碎熟化器等的示意圖； Sί ί明丑漿機第三較佳實施方式的小空間粉碎熟化 器的不意圖； 圖6疋本發明且漿機第四較佳實施方式的示意圖； 圖7是本發明豆装機第五較佳實施方式的示意圖； S二3:明丑漿機第六較佳實施方式的小空間粉碎熟化 :2 ϋ明旦漿機第七較佳實施方式的小空間粉碎熟化 八較佳實施方式的小空間粉碎熟化 圖10是本發明豆漿機第 器的示意圖。 S ί:明丑漿機第九較佳實施方式的小空間粉碎熟化 3疋圖11中的ϋ所示的小空間粉碎熟化器安襞結構的放 豆聚機第十較佳實施方式的小空間粉碎熟化 豆聚機第十一較佳實施方式的小空間粉碎熟 23 201212827 圖15是圖14中的Π所示的小空間粉碎熟化器安裝結構的放 大圖。 【主要元件符號說明】 10 豆漿機 731 粉碎熟化器 11 機座 1121 通孔 12 控制單元 1311 安裝部、開口 13 粉碎熟化器、粉碎刀具 1312 軸孔 14 電機、煮漿容器、刀軸 1313 軟膠 15 電機座、電熱管、粉碎 熟化器、粉碎刀具 1321 軸孔 16 刀軸、電機 1331 排漿通道、軸體 17 粉碎刀具 1332 排漿器、軸筒 50 豆漿機 1333 閥體 90 豆漿機 1334 閥芯 111 底座 1335 連接體 112 頂板 1336 操作部 113 支臂 1337 連接座 131 粉碎熟化器、機座 1361 料倉 132 進料機構、蓋體 1362 進豆通道 133 排漿機構、鉸接結構 1363 進豆控制器 134 粉碎刀具 1364 驅動部 135 電機 1365 連桿 136 進豆元件 1366 下料板 137 進水元件 1371 水箱 151 卡扣結構、粉碎熟化器 1372 加熱膜 152 電機、蓋體 1373 進水管 153 鉸接結構 1374 單向閥 154 卡扣 1511 開口 331 進水通道 1531 轴體 24 201212827 431 粉碎熟化器 1532 軸筒 531 上粉碎刀具 4311 保溫層 532 下粉碎刀具 4312 内層 631 聯軸器 S 、 SI、S2 面積 25The space pulverizing cooker 151 is a hollow ellipsoid or a hollow cylinder. ^ J Che: Ϊ opening 15U area Sl and small space smashing ripening yi lbl dare to wear the area & the ratio range is best designed to 丨: 4 to 1:1, so more suitable for artificial feeding. If the opening 1511 S, and the area of the largest cross section of the small space pulverizing cooker 151 & == at 1:4, the opening 1511 is too small, and it is difficult to add the material in a short time = aging (7). As is well known, the "S1" of the opening 1511 is at most the area S2 of the largest cross section of the small space pulverizing cooker 151. In the present embodiment, the ratio of the area of the opening 1511 to the area & the largest cross section of the small space pulverization 151 is 3:4. ‘, the motor 16 is placed on the base 11 and is located on the side of the small space pulverizing cooker 151. In the present embodiment, the cutter shaft 14 is the motor 20 201212827 shaft of the motor 16, and the embedded material at the bottom of the cooker has a crushing di smaller than the easy card distance, and then has a distance of 15 meters. The cylinder wall passing through the small space pulverizing cooker 151 projects into the small space powder ij. = Τ Tool distance Small space pulverizing cooker 151 The minimum distance ^ is 1~30 mm, which makes the pulverizing cutter 15 directly in the material, which improves the chance of collision between the pulverizing cutter 15 and the material. If the cutter 15 is separated from the bottom of the small space by the first 1 mm of the bottom of the ripener 151, the crushing cutter 15 and the small space crushing the dead material of the ripener 151 also increase the difficulty of cleaning; if the crushing knife 1 is spatially crushed, the bottom of the ripener m The minimum distance is greater than 3 〇 = === 2 2 The bottom of the cultivator 151 is activated until the occurrence of work, which consumes electricity. In the embodiment, the minimum distance from the small space pulverizing and curing H 151 is (4) 10 pulping, first opening the cover 152 into the small space pulverizing and curing device 151; closing the opening 1511, then turning on the power , to achieve pulping. When the motor 16 drives the pulverizing agitating water to pulverize the inner peripheral wall of the cultivating device 15 in the small space pulverizing and curing device 15, the bean can of course be manually cleaned and manually cleaned by the user, so that the lid is closed at this time. The body control single cutter 15 is rotated on the side of the rotary pulper 10 to more easily use the soymilk machine to easily put the material 152 to completely close the element 12 to control the motor 16 for cleaning the soybean milk machine 10 to rotate, crushing the cutter 15 brush The cutter shaft 14 and the small space realize automatic cleaning. The choice of the cover 152 is more convenient. The soymilk machine 1 of the present invention adopts a small open space structure, so that the user smashes the cover 152 of the ripener 15 between the bean ruin and the smelter 15 to add the JU 221. Inside. In this way, the bean sprouting machine can eliminate the curing mechanism, and the structure is more compact and convenient for the family. # ^ = or the water inlet knot, the small space crushing cooker is more heart-felt? = Qiao Ben. This effect prevents excessive feeding and causes crushing and curing. Adding: When aging the needs of different materials, you can change it at any time and anywhere. The opening and closing body of the smashing cutter 21 201212827 is placed on the machine base 11 and is located at the center of gravity of the lowering of the stability of the small space τ, improving the weight, and also making the smashing tool 13 and the object: straight Driving the high-speed rotating pulverized material, increasing the pulverization and pulverizing the ripener 15 in a small space of the motor 16 to feed to the cover 152 of the small space == 碎=Μ 省 omitting the feed structure and/or the water inlet structure 2, Soymilk machine 10 is available, but also reduced the sowing & s,,.., the structure is more compact and convenient for home - set: Rong Bu;: space crushing and maturation, please have the problem of crushing and ripening, from the feeding Excessive amount. In addition, the user can also use the effect of the age side to ensure that the pulp is opened at any time and any place to open the cover 152 to smash;; = = need, it can be understood that the motor is in the mash or direction to improve the smashing effect or clear When you can switch the speed and turn to Ganben fast pulping, the machine 10 can not only m. Others need to be crushed and heated food, for example = temperature; paste itself, the source is not limited to the friction between the components Each of the J-off-off pulverization cookers 15 should be used in the protection of the present invention: the force is used to heat the slurry/paste, also 22 201212827 [Simplified description of the drawings] The present invention will be further described in detail below with reference to the accompanying drawings. . 1 is a perspective assembled view of a first preferred embodiment of the bean destroyer of the present invention; FIG. 3 is an assembled perspective view of the soybean milk machine shown in FIG. 1; FIG. 3 ίίί: a schematic diagram of a feeding mechanism of a second preferred embodiment of the pulping machine, a small space unskiller, etc.; a small space pulverizing cooker of the third preferred embodiment of the smashing machine Figure 6 is a schematic view of a fourth preferred embodiment of the pulp machine of the present invention; Figure 7 is a schematic view of a fifth preferred embodiment of the bean filling machine of the present invention; Small space pulverization and aging: 2 空间 旦 浆 浆 第七 第七 第七 第七 第七 小 小 小 小 。 。 八 八 八 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 S ί: Small space pulverization and aging of the ninth preferred embodiment of the squeaking machine 疋 小 小 小 小 小 小 小 小 小 小 小 小 小 小 小 小 小 小 小 小 小The small space pulverizing cooked 23 of the eleventh preferred embodiment of the pulverized ripe bean concentrating machine 201212827 Fig. 15 is an enlarged view showing the mounting structure of the small space pulverizing cooker shown by Π in Fig. 14. [Main component symbol description] 10 Soymilk machine 731 Smashing cooker 11 Base 1121 Through hole 12 Control unit 1311 Mounting part, opening 13 Crushing cooker, grinding tool 1312 Shaft hole 14 Motor, boiled container, cutter shaft 1313 Soft rubber 15 Motor base, electric heating tube, crushing cooker, grinding tool 1321 shaft hole 16 knife shaft, motor 1331 slurry channel, shaft body 17 crushing tool 1332 slurry, shaft cylinder 50 soya-bean milk machine 1333 valve body 90 soya-bean milk machine 1334 valve core 111 Base 1335 Connector 112 Top plate 1336 Operating part 113 Arm 1337 Connection seat 131 Crushing cooker, base 1361 Silo 132 Feeding mechanism, cover 1362 Feeding bean passage 133 Slurry mechanism, hinge structure 1363 Feeding bean controller 134 Crush Tool 1364 Drive 135 Motor 1365 Link 136 Inlet component 1366 Cutting board 137 Inlet element 1371 Water tank 151 Buckle structure, crushing cooker 1372 Heating film 152 Motor, cover 1373 Inlet pipe 153 Hinged structure 1374 Check valve 154 Buckle 1511 opening 331 water inlet channel 1531 shaft body 24 201212827 431 crushing cooker 1532 shaft cylinder 531 Upper smashing tool 4311 Insulation 532 Lower smashing tool 4312 Inner layer 631 Coupling S, SI, S2 Area 25