M359371 八、新型說明 域】 原料的混合 機。 更明確地說，係有關於 新型所屬之技術領 本創作係有關於 種連續式材料混合 【先前技術】 現行材料，如飼M & & HJ料與藥劑的混合方式，均是採以一批M359371 VIII. New description Field] Mixer of raw materials. More specifically, there is a new type of technology related to the creation of a continuous material mixing [prior art] current materials, such as feeding M && HJ material and pharmaceutical mixing, are taken Batch
次一批次爲方式，加以淮P u以進ίτ。例如，當一次混合給丨〇〇隻 豬所食用之飼料時，飼_ $ @ π + & , BJ養者必須將所有飼料與藥劑都投入 不但混合不易均 於一大的混合桶，以人工方式進行混合 勻’同時’混合完成後，必須立即將相關器械清洗，才可 以再進行下一次的混合作業，因此，不但混合不易均勻， 同時，也會有每一批次所產出的混合材料各成份混合比例 不儘相同的情形。 當然’這種混合攪拌的材料，並不限定於前述之飼料 ’同樣也可應用於肥料的攪拌及食品藥品材料上的混合擾 拌。 【新型內容】 因此，本創作的目的在於提供一種材料混合機，其能 較傳統以人工方式所進行之混合方式更均勻，同時，也更 能快速完成混料作業。 本創作的另一目的，在於提供一種連續式混料機，其 能以連續投料方式進行連續性的混料’使得混料作業得以 -4- M359371 持續進行，同時，節省人力。 因此’本創作之連續式混料機，包含：一 ’其內設有一螺旋葉片，用以攪拌原料，一第 在接近攪拌筒上方的位置，用以供給原料進入 第二入口埠’設在該第—入口埠下方，用以供 進入攪拌筒’及一出口埠，設在攪拌筒下方， 的材料輸出；一混合馬達，樞接至該螺旋葉片 提供攪拌材料所需之動力。 【實施方式】 如圖1所示’顯示依據本創作之連續式混 該混料機100主要包含：一傾斜攪拌筒10，及 90 ° 該傾斜攪拌筒內設有一螺旋葉片20，用以 一第一入口埠30設在接近攪拌筒1〇上方的位 給原料進入攪拌筒10。一第二入口埠40，設 口埠3 0下方，用以供給第二物料進入攪拌筒 口埠5 0，設在攪拌筒1 0下方，以供攪拌後的才 該混合馬達90的軸心92樞接至該螺旋赛 心2 2 ’用以提供攪拌材料所需之動力。而螺旋 ’則分佈有多數穿孔26，使得通過其間之材料 步切割，同時，具有通氣的作用，使得攪拌可 螺旋葉片2 0外徑與攪拌筒1 〇內壁的間隙不可 使得原料可以在攪拌筒10內均勻攪拌並且有_ 傾斜攪拌筒 一入口埠設 攪拌筒，一 給第二物料 以供攪拌後 軸心，用以 料機1 〇 0， 一混合馬達 攪拌原料。 置，用以供 在該第一開 1 0，及一出 ί料輸出。 :片2 0的軸 葉片20上 可以被進一 以更均勻。 過大，才可 續性。 -5- M359371 如圖1所示，與第一入口埠30連接的是一原料槽60 ，其與第一入口埠之間更設有一閥門32，用以作爲開關及 原料流量的控制。使得經由原料槽60所送出之原料，能 透過閥門3 2的控制，連續以定流量方式，供.給至攪拌筒 10° 而第二入口埠40則被以一密閉蓋42加以閉合。而密 閉蓋42中間設有一開□，供一管路70通過，管路下端設 有一噴嘴72，使管路內的液狀或粉狀原料可以噴灑至攪拌 筒1 〇內的原料進行混合。管路70的另一端則設有一泵浦 74，用以控制經噴嘴72噴出之原料的流量與速度，使得 該原料可以以均勻方式，噴灑在該攪拌筒10內。同樣地 ，在泵浦74的上方，則設有一原料槽76，用以儲存及排 放例如菌類、添加劑或藥劑等之原料至泵浦74。於此時， 噴嘴72與螺旋葉片20間之距離係加以適當設定，使得所 噴出之原料可以更均勻地噴灑在攪拌筒10內。 而在攪拌筒1 0下方的出口埠5 0，則同樣地設有閥門 5 2 ’以對攪拌後的原料進行輸出控制。 由於本創作的攪拌筒採傾斜方式，所以，混合馬達90 的受力負載可以降低，同時，也可以利用傾斜的攪拌筒1 〇 ，使材料容易向下移動輸出。 如圖1中所示之第二入口埠40雖然是以連接至液狀 或粉狀物料加以說明，但明顯地，該第二入口埠也可以連 接至另一原料槽’使得兩物料可以進行混合。 由上所述可知，本案之連續性混料機，確實可以迅速 -6 - M359371 同時均勻地作連續性之混料，已確實改進習知混料方式的 缺失，可以爲產業界帶來顯著的進步者。 【圖式簡單說明】 圖1爲依據本創作之連續式混料機的示意圖。 【主要元件符號說明】 1 〇 :攪拌筒 20 :螺旋葉片 2 2 :軸心 2 6 :穿孔 3 0 :第一入口埠 3 2 :閥門 40 :第二入口埠 4 2 :密封蓋 50 :出口埠 52 :閥門 60 :原料槽 7 0 :管路 72 :噴嘴 74 :泵浦 7 6 :原料槽 90 :混合馬達The next batch is the way, and Huai P u is used to enter ίτ. For example, when mixing the feed for the pigs once, feed _ $ @ π + & BJ adopters must put all the feed and the medicament into the mixing bucket, not only in a large mixing bucket, but also artificially. The method is to mix and mix 'at the same time', after the mixing is completed, the relevant equipment must be cleaned immediately before the next mixing operation can be carried out. Therefore, not only the mixing is not easy to be uniform, but also the mixed materials produced in each batch. The mixing ratio of each component is not the same. Of course, the material to be mixed and stirred is not limited to the aforementioned feeds. The same can be applied to the agitation of fertilizers and the mixing and distraction of food and medicine materials. [New content] Therefore, the purpose of this creation is to provide a material mixing machine which can be more uniform than the conventional manual mixing method, and at the same time, can quickly complete the mixing operation. Another object of the present invention is to provide a continuous mixer which can perform continuous mixing in a continuous feeding manner, so that the mixing operation can be continued -4- M359371 while saving manpower. Therefore, the continuous mixer of the present invention comprises: a 'with a spiral blade for stirring the raw material, and a position close to the top of the mixing drum for supplying the raw material into the second inlet 埠' Below the first inlet sill, for entering the mixing drum' and an outlet raft, the material output is provided below the mixing drum; a mixing motor is pivoted to the spiral blade to provide the power required to stir the material. [Embodiment] As shown in FIG. 1 , the continuous mixing machine 100 according to the present invention mainly comprises: a tilting mixing drum 10, and 90 °. The inclined mixing drum is provided with a spiral blade 20 for An inlet port 30 is provided adjacent to the mixing bowl 1 to feed the material into the mixing drum 10. a second inlet port 40 is disposed under the port 埠 30 for supplying the second material into the mixing drum port 埠50, and is disposed under the mixing drum 10 for agitation of the shaft 92 of the mixing motor 90. Connected to the spiral race 2 2 ' to provide the power needed to stir the material. The spiral 'is distributed with a plurality of perforations 26, so that the material is cut by the material step therebetween, and at the same time, has the function of aeration, so that the gap between the outer diameter of the agitating spiral blade 20 and the inner wall of the mixing drum 1 can not make the raw material can be in the mixing drum. 10 uniformly stirred and _ inclined mixing drum, one inlet is equipped with a mixing drum, and the second material is used for stirring the shaft, for the material 1 〇 0, a mixing motor to stir the raw materials. Set, for the first open 10, and one output. : The shaft of the blade 20 can be further uniformly distributed on the blade 20. Too big to be renewable. -5- M359371 As shown in Fig. 1, connected to the first inlet port 30 is a material tank 60 which is further provided with a valve 32 between the first inlet port and the first inlet port for controlling the flow of the switch and the raw material. The raw material sent through the raw material tank 60 can be continuously supplied to the mixing drum 10° by a constant flow rate through the control of the valve 32, and the second inlet 40 is closed by a sealing cover 42. An opening □ is provided in the middle of the sealing cover 42 for passing a pipe 70, and a nozzle 72 is arranged at the lower end of the pipe, so that the liquid or powdery raw material in the pipe can be sprayed to the raw materials in the mixing drum 1 to be mixed. The other end of the line 70 is provided with a pump 74 for controlling the flow rate and velocity of the material ejected through the nozzle 72 so that the material can be sprayed in the mixer drum 10 in a uniform manner. Similarly, above the pump 74, a feed tank 76 is provided for storing and discharging materials such as fungi, additives or medicaments to the pump 74. At this time, the distance between the nozzle 72 and the spiral blade 20 is appropriately set so that the discharged material can be sprayed more uniformly in the mixer drum 10. On the other hand, at the outlet port 50 below the mixer drum 10, a valve 5 2 ' is similarly provided to control the output of the agitated material. Since the mixing drum of the present invention is inclined, the load of the hybrid motor 90 can be reduced, and at the same time, the inclined mixing drum 1 〇 can be used to make the material easy to move downward. Although the second inlet port 40 as shown in Fig. 1 is illustrated as being connected to a liquid or powdery material, it is apparent that the second inlet port can also be connected to another material tank so that the two materials can be mixed. . It can be seen from the above that the continuous mixer in this case can quickly and continuously make a continuous mixture of -6 - M359371, which has indeed improved the lack of conventional mixing methods and can bring significant advantages to the industry. Progressive. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic view of a continuous mixer according to the present invention. [Main component symbol description] 1 〇: Mixing drum 20: Spiral blade 2 2 : Axis 2 6 : Perforation 3 0 : First inlet 埠 3 2 : Valve 40 : Second inlet 埠 4 2 : Sealing cap 50 : Outlet 埠52: Valve 60: Material tank 7 0: Line 72: Nozzle 74: Pump 7 6: Material tank 90: Hybrid motor