M436339 五、新型說明： 【新型所屬之技術領域】 種控溫加 本新型是有關於一種攪拌裝置，特別是指一 熱攪拌裝置。 9 【先前技術】 習知在培炒、油炸或糖煎核果類（例如花生、核桃、 杏仁）之食品，或烘炒咖啡豆之食品時，—般θ利 進:㈣作業，並單靠火力大小的調整來控制二二 人工胁不易均勻，又沒有恆溫溫控的設定，常會 造成被加熱之食品的有機物發生碳化的問題，麥塑。 【新型内容】 “ α ρ 、田因此，本新型之目的，即在提供—種可自動授掉且可 恒溫加熱的控溫加熱授拌裝置。 於是，本新型控溫加熱授拌裝置包含―機纟、 裝置、一第一昇降裝置、一第昇 矛升降裝置、—加熱鍋具、 -加熱裝置，及-溫度感測器。該機台具有_頂部。 拌裝置設置於該頂部，並具有—_馬達H該㈣ 馬達驅動並朝下延伸出的授拌棒。該第—昇降裝置設置於 該機台，並具有一可上、下移動的第一安裝架。該第二昇 降裝置設置於該機台，並具有一可上、下移動的第二安裝 架。該加_具設置.於㈣-安裝架，並㈣㈣摔料 方，該第-安裝架可帶動該加熱銷具上'下移動。該加熱 裝置設置於該第二安裝架’並位於該加熱鋼具下方，該第 二安裝架可帶動該加熱裝置上、下移動。該溫度感測器設 3 M436339 置於該機口’亚與該加熱裝置電連接，該溫度感測器可感 測該加熱鋼具内的溫度。 【實施方式】 有關本新型之前述及其他技術内容、特點與功效，在 以下配口參考圖式之_較佳實施例的詳細說明中，將可清 楚的明白。 參閱圖1、2、3,為本新型控溫加熱攪拌裝置的較佳實 施例該控/皿加熱授拌裝置包含：一機纟ι〇、一授拌裝置 20第一昇降裝置30、一第二昇降裝置4〇、一加熱鍋具鲁 5〇、一加熱裝置60、一溫度感測器7〇、二加料裝置8〇，及 一盛裝容器90。 ”亥機口 ίο具有一頂部u、一底部12，及一沿一高度方 向Z連接於該頂、底部11、12之間的台身部13。 該σ身。卩13具有二間隔設置並沿該高度方向z延伸的 第導屢m，及二間隔設置並沿該高度方向ζ延伸的第二 導溝132。 該攪拌裝置20設置於該頂部11底側，並具有一攪拌馬鲁 達21及一被該攪拌馬達21驅動並朝下延伸出的攪拌棒 22。在本實施例中，該攪拌馬達21具有一轉速旋鈕211， 可調整轉速。 二該第一升降裝置30設置於該機台1〇,並具有一位於該 。身。卩13内並鄰近於該底部12的第一動力源31，及一與 該第一動力源31連接的第-安裝架32，該第—動力源^ 可驅使該第一安裝架32上、下移動。 4 M436339 該第一動力源31具有一第一^ ^ Λ 另弟虹體311，及一設置於該 弟一缸體311的第一#絵捏· ^ 伸縮知312。在本實_中H動 力/原31是一種油愿虹。 該第一安裝架32與該第一伸縮桿312連接並具有二 /刀別從該等第導溝131朝外延伸出的第—懸臂”、二分 別设置該等第-懸臂33外端的套管34，及二插鎖〜 母弟一懸臂33具有一虚所 /、所對應的其中一套管；34連 通的樞孔331。 每一套管34具有數間隔設置的第_定位孔341。 該第二昇降裝置4〇設置於該播 ^ , Α 、忑機σ 10，並具有一位於該 η身。Ρ 13内並鄰近於該底部12 一 J ^ 一'動力源41，及一與 ~第一動力源41連接的第二安裝牟 __ 衣朱42，該弟二動力源41 可驅使該第二安裝架42上、下移動。 該第二動力源41具有一第-扣辦 货A 旁弟一缸體41丨，及一設置於該 弟一缸體411的第二伸縮桿412。在， 在本貫鈿例中，該第二動 力源41是一種油壓缸。 該第二安裝架42與該第二伸縮桿41 分別從該等第二導溝132朝外延伸出的第二懸臂42=: 連接於該等第二懸臂421之間的連接板422。 該加_具50設置於該第—安裝架32，並位於該授摔 22下方，該第-安裝架32可帶動該加熱鍋具5〇上、下 移動。在本實施射，該加熱鋼具5〇是-種鋼鍋或銅鋼。 該加熱鍋具50具有一設置於該篝筮辟辟，， 且仏忑等第一懸臂33之間的 ° 51，及二分別設置於該鍋身5 1的樞軸52。 M436339 每-樞轴52樞接於所對應的其令一第一懸臂η的樞 孔33i與所對應的其卜套管34，每一 _ μ |有一第二 定位孔521。 — 每-插銷35可拆卸地設置於所對應的其中一套管μ 的其中-第-定位孔341與所對應的其中一樞軸52的第二 定位孔521。可以理解的是，使用者可視情形，將該等插銷 35插設於不同孔位的第—定位孔341，即可使該加熱鋼具 50定位於水平狀態或傾斜狀態，而不會相對於該第一安裝 架32擺動。 、 該加熱裝置60設置於該第二安裝架42的第二懸臂421 之間’並位於該加熱鍋具50下方，該第二安裝架Μ可帶 •動該加熱裝置60上、下移動》 該加熱裝置60具有-設置於該連接板似的本體6ι、 -設置於該本體61而可顯示所設定之加熱溫度的顯示面板 62’及-設置於該本體61而可調整加熱溫度的溫度控制紐 63。在本實施例中，該加熱裝置60是一種電熱式的加熱爐 〇 該溫度感測器.70設置於該機台1〇的台身部13，並鄰 近於該頂部11，該溫度感測器70與該加熱裝置6〇電連接 ，並可感測該加熱鍋具50内被加熱物質（例如食品）的溫 度，該溫度感測器70具有一可示顯感測溫度的顯示面板71 〇 在本貫把例中’该溫度感測器70可回控該加熱裝置6〇 之加熱溫度的高低限制，而可使該加熱鍋具5〇内的溫度恆 6 溫在設定溫度的±rc的範圍内。 該等加料裝置80分別設置於該機台1〇的頂部u❶每 一加料裝置80具有一朝向該加熱鍋具5〇的加枓頭μ、一 可供物料進入的進料漏斗82，及一介於該加料頭81與該進 料漏斗82之間的控制閥83。 、 在本實施例中，其中-加料裝4 80可用於供應液狀的 添加物料，另一加料裝置8〇則可用於供應粉狀或固體的添 加物料，該控制閥83可用於控制添加物料的供應量，當供 應的添加物料達到預定的數量時，該控制閥83可阻斷添加 物料的供應。 + 17 該盛裝容器90設置於該機台10的底部13，並位於該 加熱鍋具50之前。在本實施例中，該盛裝容器9〇是一種 盛裝盤。 藉此，如圖4、5所示，當要進行食品的加熱攙拌作業 時，該第一動力源31可驅使該第一安裝架32帶動該加熱 鍋具50上昇移動至該攪拌棒22底端位於該鍋身5ι内該 第二動力源41可驅使該第二安裝架42帶動該加熱裝置6〇 上昇移動至貼近於該鍋身51底側，如此，該攪拌棒22即 可自動攪拌該鍋身51内的食品，同時，該加熱裝置6〇也 可加熱該鍋身51内的食品，在此過程中，該溫度感測器7〇 可即時感測該加熱鍋具50内被加熱的食品溫度，並藉以回 控該加熱裝置60之加熱溫度，而使該力σ熱鋼具％内的食 品可被加熱至設定好的溫度，因此，該鍋身51内的食品即 可在恆溫狀態下進行加熱攪拌作業。 M436339 此後，如圖3、6所示，當加熱攪拌作業完成後，該第 二動力源41可驅使該第二安裝架42帶動該加熱裝置6〇下 降至遠離該鍋身51 ’該第一動力源31可驅使該第一安裝架 32帶動該加熱鍋具50下降至遠離該攪拌棒22底端，此時 ’使用者即可先將該等插銷35拉出’以將該加熱鍋具5〇 擺動至則傾的傾斜狀癌’然後再將該等插銷3 5回插定位， 而將該加熱鍋具50定位於傾斜狀態，如此，該加熱鍋具5〇 内的食品即可順利地倒入該盛裝容器9〇内。 ’ 可以理解的是，本新型可應用於在高溫狀態之下攪拌· 被加熱物質（例如食品），使其具有特殊之食品加工應用， 此高溫範圍可在1001〜30(TC，因為可控制的溫度範圍是 超過水的沸點溫度（10(TC)，而具有食品其他成份之加熱 功能’因此’可應用在含較高油脂食品之加工作業，例如 核果類（花生、核桃、杏仁等）之焙炒；此外，此溫度下亦可 使食品產生焦糖化、梅納反應，及顏色與風味的加強，而 使產品更具商業特色’例如咖啡豆之供炒，及巧克力之顏 色與風味加強；再者，在此溫度範圍，也可以油脂當作加修 熱介質，產生各種中式爆香風味及風味的改善，例如蔥油 穌’或以油脂油炸各種核果等，另外，亦可以糖為介質， 加熱各種核果類’使其產生核果香酥風味的加強，製作各 種不同的核果糖，例如花生糖、杏仁糖、芝麻糖等。 經由以上的說明，可再將本新型的優點歸納如下： 一、本新型可利用該攪拌裝置2〇均勻地自動攪拌被加 熱物質’並可利用該加熱裝置6〇與該溫度感測器7〇的回 8 M4J6339 控配合，而在恆溫下加熱被加熱物質，相較於習知技術， 本新型是在恆溫的加熱狀態下，均勻授拌被加熱物質，而 可有效避免被加熱物質之有機物發生碳化的問題，改善產 品的品質。 一本新型利用該第—、二昇降裝置3〇、4〇可使該加 熱鋼具50與該加熱裝置6()適時地互相靠近或分離，而方 便地進行加熱攪拌作業或倒料作業。 综上所述，本新型之控溫加熱攪拌裝置，不僅可均勻 地自動授拌’且可在恒溫狀態下進行加熱，故_實能達成 本新型之目的。 ^惟以上所述者，僅為本新型之較佳實施例而已，當不 、匕限&本新型貫施之範圍，即大凡依本新型申請專利 圍及新型說明内容所作之簡單的等效變化與修飾，皆仍 屬本新型專利涵蓋之範圍内。 M436339 【圖式簡單說明】 圖1是本新型控溫加熱攪拌裝置一較佳實施例的前視 不意圖， 圖2是圖1的侧視示意圖； 圖3是該較佳實施例局部的立體分解示意圖； 圖4是一類似於圖1的視圖，說明該較佳實施例的一 加熱鋼具與一加熱裝置被上昇移動至互相靠近； 圖5是圖4的側視示意圖；及 圖6是一類似於圖5的視圖，說明該加熱鍋具與該加· 熱裝置被下降移動至互相分離，讓該加熱鍋具可傾斜倒料 10 M436339M436339 V. New description: [New technical field] Kind of temperature control The new type is related to a stirring device, especially a hot stirring device. 9 [Prior Art] It is customary to stir-fry, deep-fried or fry the stone fruit (such as peanuts, walnuts, almonds), or the food of roasted coffee beans, generally θ:4, work, and rely solely on The adjustment of the size of the firepower to control the two-two artificial threat is not easy to be uniform, and there is no constant temperature control setting, which often causes the problem of carbonization of the organic matter of the heated food, the wheat plastic. [New content] "α ρ, Tian, therefore, the purpose of this new type is to provide a temperature-controlled heating and mixing device that can be automatically transferred and can be heated at a constant temperature. Therefore, the novel temperature-controlled heating and mixing device includes -纟, device, a first lifting device, a first lifting spear lifting device, a heating pan, a heating device, and a temperature sensor. The machine has a top portion. The mixing device is disposed at the top and has - _Motor H (4) a stirrer rod driven by the motor and extending downward. The first lifting device is disposed on the machine table and has a first mounting frame movable up and down. The second lifting device is disposed at the The machine has a second mounting frame that can be moved up and down. The adding device is provided in the (four)-mounting frame, and (4) (four) throwing the side, the first mounting bracket can drive the heating pin on the lower Moving. The heating device is disposed on the second mounting frame and located under the heating steel. The second mounting frame can drive the heating device to move up and down. The temperature sensor is provided with 3 M436339 at the machine port. Sub-electrically connected to the heating device, the temperature sensor The temperature in the heating steel appliance is sensed. [Embodiment] The foregoing and other technical contents, features and effects of the present invention will be clarified in the detailed description of the preferred embodiment of the following reference frame. With reference to Figures 1, 2 and 3, a preferred embodiment of the novel temperature-controlled heating and agitating device comprises: a machine 纟ι〇, a mixing device 20, a first lifting device 30, a second lifting device 4〇, a heating pot 5〇, a heating device 60, a temperature sensor 7〇, a second feeding device 8〇, and a container 90. “Haikou ίο has a top u A bottom portion 12 and a base portion 13 connected between the top and bottom portions 11, 12 in a height direction Z. The σ body. The crucible 13 has a plurality of spaced apart guide legs m extending in the height direction z, and two second guide grooves 132 spaced apart and extending in the height direction. The agitating device 20 is disposed on the bottom side of the top portion 11 and has a stirring Maruda 21 and a stirring rod 22 driven by the stirring motor 21 and extending downward. In this embodiment, the agitating motor 21 has a rotational speed knob 211 for adjusting the rotational speed. Second, the first lifting device 30 is disposed on the machine 1 and has one located therein. body. a first power source 31 in the crucible 13 adjacent to the bottom portion 12, and a first mounting bracket 32 connected to the first power source 31, the first power source can drive the first mounting bracket 32 up and down mobile. 4 M436339 The first power source 31 has a first ^ Λ 弟 虹 虹 虹 311, and a first # 絵 · ^ 伸缩 312 312 disposed on the first cylinder 311 of the brother. In this real _ H power / original 31 is a kind of oil wish rainbow. The first mounting bracket 32 is connected to the first telescopic rod 312 and has a second cantilever extending from the first guiding groove 131 to the outer cantilever, and two sleeves respectively disposed at the outer ends of the first cantilever 33 34, and two mortise locks - the mother-child cantilever 33 has a imaginary/, one of the corresponding sleeves; 34. The pivot hole 331 communicates with each other. Each sleeve 34 has a plurality of spaced-apart _ positioning holes 341. The second lifting device 4 is disposed on the broadcast, the 忑, the σ 10, and has a power source 41 located in the η 13 and adjacent to the bottom 12, and a power source 41, and a A second installation 牟__ 衣 朱42 connected to a power source 41, the second power source 41 can drive the second mounting frame 42 to move up and down. The second power source 41 has a first-deduction service A side The second cylinder 41 is disposed, and a second telescopic rod 412 is disposed on the first cylinder 411. In the present embodiment, the second power source 41 is a hydraulic cylinder. 42 and the second telescopic rod 41 respectively extend from the second guide grooves 132 toward the second cantilever 42=: a connecting plate 422 connected between the second cantilevers 421. The heating device 50 is disposed on the first mounting bracket 32, and is located below the drop 22, and the first mounting bracket 32 can drive the heating pan 5 to move up and down. In the present embodiment, the heating steel tool 5 〇 is a kind of steel pot or copper steel. The heating pot 50 has a temperature 51 disposed between the first cantilever 33, and the second cantilever 33, and two are respectively disposed on the body 5 1 The pivot shaft 52. The M436339 pivots to the corresponding pivot hole 33i of a first cantilever η and the corresponding bushing 34, and each of the _μ| has a second positioning hole 521. - each of the latches 35 is detachably disposed in the corresponding one of the first positioning holes 341 of the one of the sleeves μ and the corresponding one of the pivots 52. It can be understood that the user can see In this case, the pins 35 are inserted into the first positioning holes 341 of different hole positions, so that the heating steel 50 can be positioned in a horizontal state or a tilted state without swinging relative to the first mounting frame 32. The heating device 60 is disposed between the second cantilever 421 of the second mounting bracket 42 and located below the heating pot 50. The second mounting The heating device 60 has a main body 6i disposed on the connecting plate, and a display panel 62' disposed on the main body 61 to display the set heating temperature. And a temperature control button 63 disposed on the body 61 to adjust the heating temperature. In the embodiment, the heating device 60 is an electrothermal heating furnace, and the temperature sensor 70 is disposed on the machine. The body portion 13 is adjacent to the top portion 11. The temperature sensor 70 is electrically connected to the heating device 6 and can sense the temperature of the heated substance (for example, food) in the heating pot 50. The sensor 70 has a display panel 71 that can display the sensing temperature. In the present example, the temperature sensor 70 can control the height limit of the heating temperature of the heating device 6〇, and the heating can be performed. The temperature in the pot 5 恒 constant 6 temperature is within the range of ± rc of the set temperature. The feeding devices 80 are respectively disposed at the top of the machine 1❶. Each feeding device 80 has a twisting head μ facing the heating pot 5〇, a feeding funnel 82 for the material to enter, and an A control valve 83 between the feed head 81 and the feed funnel 82. In the present embodiment, the -feeding device 480 can be used to supply the liquid additive material, and the other feeding device 8 可 can be used to supply the powder or solid additive material. The control valve 83 can be used to control the added material. The supply valve 83 blocks the supply of the added material when the supplied additive material reaches a predetermined amount. + 17 The container 90 is placed at the bottom 13 of the machine table 10 and is located before the heating pot 50. In the present embodiment, the containing container 9 is a containing tray. Therefore, as shown in FIGS. 4 and 5, when the heating and kneading operation of the food is to be performed, the first power source 31 can drive the first mounting frame 32 to move the heating pot 50 upward to the bottom of the stirring rod 22 The second power source 41 is located in the body 5111 to drive the second mounting frame 42 to move the heating device 6 up and close to the bottom side of the body 51, so that the stirring rod 22 can automatically stir the The food in the body 51, at the same time, the heating device 6 can also heat the food in the body 51. During the process, the temperature sensor 7 can instantly sense the heating in the heating pot 50. The temperature of the food is used to control the heating temperature of the heating device 60, so that the food in the force σ hot steel appliance can be heated to a set temperature, so that the food in the body 51 can be kept at a constant temperature. Heat and stir the work. M436339 Thereafter, as shown in FIGS. 3 and 6, after the heating and stirring operation is completed, the second power source 41 can drive the second mounting frame 42 to drive the heating device 6 to descend away from the body 51'. The source 31 can drive the first mounting frame 32 to drive the heating pot 50 down to the bottom end of the stirring rod 22. At this time, the user can first pull the pins 35 out to 'the heating pot 5' Swinging to the tilted cancer that is tilted and then repositioning the pins 35, and positioning the heating pot 50 in an inclined state, so that the food in the heating pot 5 can be poured smoothly The container is 9 inside. It is understandable that the present invention can be applied to agitating and heating substances (such as foods) under high temperature conditions, so that it has special food processing applications, and the high temperature range can be 1001~30 (TC, because it can be controlled The temperature range is above the boiling temperature of water (10 (TC), and has the heating function of other ingredients of the food 'so ' can be applied to the processing of foods containing higher fats and oils, such as the baking of stone fruits (peanuts, walnuts, almonds, etc.) In addition, at this temperature, the food can also produce caramelization, Mena reaction, and color and flavor enhancement, so that the product is more commercial features, such as the supply of coffee beans, and the color and flavor of chocolate; In this temperature range, oil can also be used as a heat medium for repair, which produces various Chinese flavors and flavors, such as scallions or fried nuts and other fruits, and sugar can also be used as a medium. Heating a variety of stone fruits to make it produce a nuclear crispy flavor, making a variety of different core fructose, such as peanut candy, marzipan, sesame sugar, etc. The advantages of the present invention can be summarized as follows: 1. The present invention can utilize the stirring device 2 to uniformly and automatically stir the heated substance 'and can use the heating device 6 〇 and the temperature sensor 7 〇 back 8 M4J6339 controls the mixing and heats the heated substance at a constant temperature. Compared with the conventional technology, the present invention uniformly feeds the heated substance under the constant temperature heating state, and can effectively avoid the carbonization of the organic substance of the heated substance. , to improve the quality of the product. A new type of use of the first and second lifting device 3 〇, 4 〇 can make the heating steel 50 and the heating device 6 () timely close to or separate from each other, and convenient heating and mixing operations In summary, the novel temperature-controlled heating and stirring device can not only uniformly and automatically mix the mixture and can be heated under a constant temperature state, so that the purpose of the novel can be achieved. The above is only the preferred embodiment of the present invention, and the scope of the present invention is not limited to the scope of the present invention, that is, the simplicity of the new patent application and the new description. Variations and modifications are still within the scope of this new patent. M436339 [Simple description of the drawings] Figure 1 is a front view of a preferred embodiment of the novel temperature-controlled heating agitation device, and Figure 2 is the side of Figure 1. 3 is a partially exploded perspective view of the preferred embodiment; FIG. 4 is a view similar to FIG. 1 illustrating a heated steel appliance and a heating device of the preferred embodiment being moved up to each other; Figure 5 is a side elevational view of Figure 4; and Figure 6 is a view similar to Figure 5, illustrating the heating pot and the heating device are moved down to separate from each other, allowing the heating pot to tilt 10 M436339
【主要元件符號說明】 10 …·機台 412… •…第二伸縮桿 11 ••… …·頂部 42·..·· …·第二安裝架 12·.··. …·底部 421… •…第二懸臂 13 •…台身部 422… •…連接板 131… •…第一導溝 50·.··. •…加熱銷具 132… 第-導溝 51 "... ..··鍋身 20·.··. •…攪拌裝置 52 …·樞軸 21 ·.··. •…攪拌馬達 521… •…第二定位孔 211… •…轉速旋鈕 60•.… •…加熱裝置 22…… •…攪拌棒 61…… •…本體 30…… •…第一昇降裝置 62…… •…顯示面板 ^ 1...... .· · ·贫缸 士 C Q...... <3丄 弟 劾刀你 0 J..... >皿度控制紐 311… •…第一缸體 70…… •…溫度感測器 312 .... …·第一伸縮桿 71…… …·顯示面板 32…… …·第一安裝架 80…… …·加料裝置 33…… …·第一懸臂 81…… 加料頭 331 .... 拟孑L* 82…… 進料漏斗 34…… …套管 83…… •…控制閥 341 ···· …第一定位孔 90…… …盛裝容器 35…… …插銷 ζ....... 尚度方向 40…… …第二昇降裝置 41…… …第二動力源 411 ···· …第二缸體 11[Description of main component symbols] 10 ...·Machine 412... •...Second telescopic rod 11 ••...·Top 42·..····Second mounting bracket 12····....·Bottom 421... ...the second cantilever 13 •...the body portion 422...•...the connection plate 131...the first guide groove 50·.·.....the heating pin 132... the first guide groove 51 "... ························································································· Device 22... •... Stirring rod 61... •... Body 30... •...First lifting device 62...•...Display panel ^1...····Less cylinder C Q... ... <3丄弟劾刀你0 J..... > Dish Control 311... •...First Cylinder 70... •...Temperature Sensor 312 .....·First Telescopic rod 71 ... .... display panel 32 ... ... ... first mounting bracket 80 ... ... ... feeding device 33 ... ... ... first cantilever 81 ... feeding head 331 .... 孑 L* 82...... Feeding funnel 34... ... casing 83... Valve 341 ···· ...first positioning hole 90 ... ... container 330 ... ... plug ζ ... ... 尚 direction 40 ... ... second lifting device 41 ... ... second power source 411 ···· ...the second cylinder 11