TWM553569U - Automated Chinese vermicelli manufacturing system - Google Patents
Automated Chinese vermicelli manufacturing system Download PDFInfo
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Abstract
本創作粉絲自動化製作系統，包含：一混料設備、一成型設備、一冷卻輸送設備及一自動化掛感設備；該混料設備具有複數個原料槽以及至少一攪拌槽，該攪拌槽用以將複數個原料槽中的原料攪拌形成加工料；該成型設備用以將該加工料混漿成型為連續性粉絲；而具有具有第一冷卻裝置以及第二冷卻裝置的該冷卻輸送設備則依序對該連續性粉絲分次進行冷卻作業；該自動化掛桿設備，利用裁切裝置對完成冷卻的連續性粉絲裁切以形成一粉絲半成品，最後利用一掛桿傳輸裝置進行傳輸，而能免去粉絲製作過程中的人力因素，並防止粉絲冷卻後立刻老化。The creative fan production system comprises: a mixing device, a molding device, a cooling conveying device and an automatic hanging device; the mixing device has a plurality of material tanks and at least one stirring tank, wherein the stirring tank is used for The raw materials in the plurality of raw material tanks are stirred to form a processing material; the molding device is used for slurry molding the processed material into continuous fans; and the cooling conveying device having the first cooling device and the second cooling device is sequentially The continuous fan performs cooling operations in a divided manner; the automatic hanging rod device cuts the continuous fan that completes the cooling by using a cutting device to form a fan semi-finished product, and finally transmits it by using a hanging rod transmission device, thereby eliminating fans. Human factors in the production process and prevent fans from aging immediately after cooling.
Description
本創作是關於一種粉絲自動化製作系統，由指一種自動化、並具有多段的冷卻製程的粉絲自動化製作系統。This creation is about a fan automation production system, which refers to an automated, automated production system with a multi-stage cooling process.
粉絲是中國常見的食品之一，中國稱為粉絲、粉絲條，台灣稱冬粉、日本稱春雨、韓國稱糖麵、越南稱麵。Fans are one of the most common foods in China. China is called a fan, a fan, Taiwan is called winter powder, Japan is called spring rain, South Korea is called sugar noodles, and Vietnam is noodles.
於製造時，粉絲的製作工藝需經過澱粉糊化再老化的過程，包含有攪拌、煮熟、成型、冷凍、解凍以及乾燥等過程，十分繁瑣；雖然食品行業不斷發展,使得很多以往傳統的手工製作已被機器製造取代，但在現有的粉絲的生產製造工藝中，因產品獲利低，而相對機器的設備成本投資高，使得廠商投資意願低，故都是以人力作為製作的主力，無論是在中國還是台灣,甚至越南，大都仍屬於人力密集產業，且因勞動強度大，人員工作效率不高，特別容易存在安全隱患，而造成工安事件；此外，在粉絲的製作工藝中，前後很多工序會相互影響,故使用人力製造時，這樣的生產方式會產生產品品質不均的問題而增加生產成本。At the time of manufacture, the production process of the fans needs to be subjected to starch gelatinization and aging process, including mixing, cooking, molding, freezing, thawing and drying, which is very cumbersome; although the food industry continues to develop, many traditional handcrafts have been made. Production has been replaced by machine manufacturing, but in the existing fan manufacturing process, due to low profitability of the product, and high investment in equipment costs relative to the machine, the manufacturer's willingness to invest is low, so the manpower is the main force of production, regardless of In China, Taiwan, and even Vietnam, most of them are still labor-intensive industries, and because of the high labor intensity, the efficiency of personnel is not high, and it is particularly prone to security risks, which causes work-related incidents. In addition, in the production process of fans, before and after Many processes will affect each other, so when using manpower manufacturing, such a production method will cause problems of uneven product quality and increase production costs.
此外，於粉絲的製作過程中，當粉絲由原料成形為粉絲狀而需要在後續的老化步驟前設置於掛桿上已進行上述老化步驟時，需要先經過一冷卻作業，以方便在之後設置於上述掛桿上，然而，在習知的冷卻作業中，當粉絲使用冷水冷卻後，粉絲會立刻進入老化步驟，進而影響到後續的老化相關製程(即冷凍、解凍、乾燥等過程)，以影響產品品質。In addition, in the production process of the fan, when the fan is formed into a fan shape from the raw material and needs to be placed on the hanging rod before the subsequent aging step, the aging step is performed, and a cooling operation is required to facilitate the setting later. On the above hanging rods, however, in the conventional cooling operation, when the fans use cold water to cool down, the fans will immediately enter the aging step, which in turn affects the subsequent aging-related processes (ie, freezing, thawing, drying, etc.) to affect product quality.
本創作之主要目的在於提供一種粉絲自動化製作系統，解決粉絲使用人力製作而產生的品質不均的問題，並同時解決粉絲在設置於掛桿裝置前的冷卻作業後立刻進入老化步驟，影響後續作業的問題。The main purpose of this creation is to provide a fan automation production system to solve the problem of uneven quality caused by the use of manpower production by fans, and at the same time solve the fan's cooling operation immediately before being installed in the hanging rod device, and then enter the aging step, affecting the subsequent operation. The problem.
本創作之次要目的在於提供提供一種粉絲自動化製作系統，解決不同種類的粉絲的固態原料在混合粉絲的液態原料前可能具有的不均勻，並使得粉絲原料成份不均的問題。The second objective of this creation is to provide a fan automation production system that solves the problem that the solid materials of different kinds of fans may have unevenness before mixing the liquid materials of the fans, and the unevenness of the raw materials of the fans.
為達到上述目的，本創作一種粉絲自動化製作系統，包含：一混料設備，具有複數個原料槽以及至少一攪拌槽，複數個上述原料槽連接上述攪拌槽，上述攪拌槽用以將複數個上述原料槽中的至少一原料攪拌形成一加工料；一成型設備，接收上述混料裝置的加工料，並將上述加工料混漿成型為一連續性粉絲；一冷卻輸送設備，接收並輸送上述連續性粉絲，具有一第一冷卻裝置以及一第二冷卻裝置依序對上述連續性粉絲進行一第一次冷卻作業以及一第二冷卻作業；一自動化掛桿設備，具有一裁切裝置以及一掛桿傳輸裝置，上述裁切裝置對完成冷卻的上述連續性粉絲進行裁切形成一粉絲半成品，再由上述掛桿傳輸裝置接收上述粉絲半成品進行傳輸。In order to achieve the above object, the present invention relates to a fan automatic production system, comprising: a mixing device having a plurality of material tanks and at least one stirring tank, wherein the plurality of raw material tanks are connected to the stirring tank, and the stirring tank is used for a plurality of the above At least one raw material in the raw material tank is stirred to form a processing material; a molding device receives the processing material of the mixing device, and mixes the processed material into a continuous fan; and a cooling conveying device receives and conveys the continuous a sex fan having a first cooling device and a second cooling device sequentially performing a first cooling operation and a second cooling operation on the continuous fans; an automatic hanging device having a cutting device and a hanging In the rod transporting device, the cutting device cuts the continuous fan that has been cooled to form a fan semi-finished product, and the grille transport device receives the fan semi-finished product for transmission.
關於上述提到的各元件部分在此分別說明，於一較佳實施例中，上述原料槽包含儲存一液態原料的漿液原料槽及儲存一固態原料的固態原料槽，且上述固態原料槽內部包含一預混合裝置，而能在上述漿液元料槽的原料與上述固態原料槽中的原料混合前，事先混合均勻於上述固態原料槽中的不同種類的上述原料。The components mentioned above are respectively described herein. In a preferred embodiment, the raw material tank comprises a slurry raw material tank for storing a liquid raw material and a solid raw material tank for storing a solid raw material, and the solid raw material tank contains the inside. A pre-mixing device capable of mixing different kinds of the above-mentioned raw materials uniformly in the solid raw material tank before mixing the raw materials of the slurry element tank with the raw materials in the solid raw material tank.
而在設置方式上，上述攪拌槽、上述成型設備、上述冷卻輸送設備的設置位置由高而低設置、而能利用重力減少上述加工料所需的輸送能量(不用特別在利用一動力裝置去提供運送時的動能)。In the arrangement, the agitating tank, the molding device, and the cooling conveying device are disposed at a high and low setting, and the conveying energy required for the processing material can be reduced by gravity (not particularly provided by using a power unit). Kinetic energy during transportation).
於一較佳實施例中，上述攪拌槽包含一第一攪拌槽及一連接上述第一攪拌槽的第二攪拌槽，上述第一攪拌槽依照一第一攪拌條件，將攪拌後的上述原料傳輸至上述第二攪拌槽，而上述第二攪拌槽依照一不同於上述第一攪拌條件的第二攪拌條件將產生的上述加工料傳輸至上述成型設備；而能在上述原料轉變為上述加工料的過程中，具有不同的攪拌階段。In a preferred embodiment, the agitation tank comprises a first agitation tank and a second agitation tank connected to the first agitation tank, and the first agitation tank conveys the agitated material according to a first agitation condition. To the second agitation tank, and the second agitation tank conveys the produced material to the molding apparatus according to a second agitation condition different from the first agitation condition; and the raw material can be converted into the processed material. There are different mixing stages in the process.
其中，上述第一攪拌條件、上述第二攪拌條件為攪拌時間、攪拌轉速或攪拌扭力的至少其中一種；以做為不同攪拌階段中原料攪拌完全的依據。Wherein, the first stirring condition and the second stirring condition are at least one of a stirring time, a stirring speed or a stirring torque; and the base material is completely used as a basis for stirring in different stirring stages.
此外，於一較佳實施例中，上述第二攪拌槽安裝有真空泵及螺旋送料器；以分離出製造過程中所混入、產生的氣體。In addition, in a preferred embodiment, the second agitation tank is equipped with a vacuum pump and a screw feeder to separate the gas mixed in and produced during the manufacturing process.
另外，關於上述成型設備的詳細說明，於一較佳實施例中，上述攪拌槽與上述成型設備之間包含一控制閥，並於上述成型設備設置有一用以控制上述控制閥的感應設備；以控制進入上述成型設備的上述加工量總量；且上述成型設備內部設有一可調整轉速的攪拌器；以控制生產出來的上述粉絲半成品的品質。In addition, in a preferred embodiment of the above molding apparatus, in a preferred embodiment, the stirring tank and the molding apparatus include a control valve, and the molding apparatus is provided with an inductive device for controlling the control valve; Controlling the total amount of the above-mentioned processing amount entering the molding apparatus; and the above-mentioned molding apparatus is provided with an agitator capable of adjusting the rotation speed; to control the quality of the above-mentioned fan semi-finished product produced.
最後，關於上述冷卻輸送設備，在一較佳實施例中，進行上述第一次冷卻作業時，是使用室溫水進行；以作為一預冷卻作業來防止立刻使用冷水冷卻時，粉絲馬上進入老化程序，而影響到後續的其他製程。Finally, with regard to the above-described cooling conveying apparatus, in a preferred embodiment, the first cooling operation is performed using room temperature water; as a pre-cooling operation to prevent immediate use of cold water to cool, the fans immediately enter the aging. Programs that affect subsequent processes.
由以上說明可知，本創作的特點在於自動化製作系統包含一內部設置有一預混合裝置的混料設備，能在固態原料與液態原料混合前，事先將可能包含不同種類固態材料的原料進行混合，以解決粉絲原料成份不均而造成的粉絲不均勻的問題；然後再透過成型設備、冷卻輸送設備及自動化掛桿設備來自動的製作粉絲半成品，免去過程中因人力因素而造成的品質不均問題；且其中，冷卻輸送設備具有能對粉絲分次進行冷卻作業的第一冷卻裝置及第二冷卻裝置，而能先以室溫水對粉絲進行一預冷卻作業，以防止粉絲冷卻時立刻老化的問題。As can be seen from the above description, the present invention is characterized in that the automated production system comprises a mixing device internally provided with a premixing device, which can mix raw materials which may contain different kinds of solid materials before the solid raw materials are mixed with the liquid raw materials. Solve the problem of uneven fans caused by uneven ingredients in the raw materials of the fans; then automatically produce the semi-finished products of the fans through molding equipment, cooling conveyor equipment and automated hanging rod equipment, eliminating the problem of uneven quality caused by human factors in the process. And wherein the cooling conveying device has a first cooling device and a second cooling device capable of cooling the fans in stages, and the fan can be pre-cooled with room temperature water to prevent the fans from aging immediately upon cooling. problem.
茲為便於更進一步對本創作之構造、使用及其特徵有更深一層明確、詳實的認識與瞭解，爰舉出較佳實施例，配合圖式詳細說明如下：In order to further understand the structure, use and characteristics of this creation, we have a deeper and clearer understanding and understanding. The preferred embodiment is described below with reference to the following:
請參照圖1所示，本創作粉絲自動化製作系統10於一較佳實施例中，包含一混料設備20、一成型設備30、一冷卻輸送設備40及一自動化掛桿設備50，以使粉絲原料透過上述混料設備20混料，然後將混合後的加工料傳送到上述成型設備30以晃將成形為一連續性粉絲（圖未示），並透過上述冷卻輸送設備40對上述連續性粉絲進行冷卻作業，最後再由包含了一裁切裝置51的上述自動化掛桿設備50對上述連續性粉絲進行裁切已形成一粉絲半成品（圖未示），並將上述粉絲半成品傳輸到上述自動化掛桿設備50的一掛桿傳輸裝置52進行傳輸，而能依照上述設備的順序，由原料狀態而成形為粉絲，並設置於掛桿上，供後續進行老化等其他的粉絲製程。Referring to FIG. 1 , the creative fan automation production system 10 includes a mixing device 20 , a molding device 30 , a cooling conveyor device 40 , and an automated hanging device 50 to enable fans in a preferred embodiment. The raw materials are mixed through the mixing device 20, and then the mixed processed materials are transferred to the molding device 30 to form a continuous fan (not shown), and the continuous cooling fans are passed through the cooling conveying device 40. Performing a cooling operation, and finally cutting the continuous fan by the above-mentioned automatic hanging device 50 including a cutting device 51, forming a fan semi-finished product (not shown), and transmitting the above-mentioned fan semi-finished product to the above-mentioned automatic hanging A rod transport device 52 of the lever device 50 transmits the same, and can be formed into a fan from the state of the raw material in accordance with the order of the above-mentioned devices, and is placed on the hanger for other fan processes such as aging.
關於上述混料設備20、上述成型設備30、上述冷卻輸送設備40及上述自動化掛桿設備50的詳細內容，在此一一詳述，首先，如圖所示，上述混料設備20於本實施例中，包含一儲存一液態原料的漿液原料槽21及儲存一固態原料的固態原料槽22、一連接上述固態原料槽22及上述漿液原料槽21以混合上述固態原料及上述液態原料的第一攪拌槽23以及一連接上述第一攪拌槽23的第二攪拌槽24。The details of the above-described mixing device 20, the above-described molding device 30, the above-described cooling and conveying device 40, and the above-described automatic hanging device 50 are described in detail herein. First, as shown, the mixing device 20 is implemented in the present embodiment. In the embodiment, a slurry raw material tank 21 for storing a liquid raw material, a solid raw material tank 22 for storing a solid raw material, a solid raw material tank 22 and the slurry raw material tank 21 for mixing the solid raw material and the liquid raw material are first. The agitation tank 23 and a second agitation tank 24 connected to the first agitation tank 23 are provided.
其中，在本實施例中，除了上述漿液原料槽21、上述第一攪拌槽23與上述第二攪拌槽24外設有攪拌裝置25外，上述固態原料槽22內部亦包含一預混合裝置251；上述預混合裝置251主要是用來攪拌上述固態原料槽22，使得當上述固態原料同時包含了分批加入作為上述固態原料的不同種類的澱粉原料時，能在混合後的上述固態原料與上述液態原料於上述第一攪拌槽23混合前先行將上述固態原料中的不同種類的澱粉原料混合均勻，以維持混合後的原料品質一致。In this embodiment, in addition to the slurry raw material tank 21, the first stirring tank 23 and the second stirring tank 24 is provided with a stirring device 25, the solid material tank 22 also contains a premixing device 251; The premixing device 251 is mainly used for stirring the solid raw material tank 22, so that when the solid raw material simultaneously contains different kinds of starch raw materials as the solid raw materials in batches, the solid raw materials after the mixing and the liquid liquid can be mixed. Before the raw materials are mixed in the first agitation tank 23, the different kinds of starch raw materials in the solid raw materials are uniformly mixed to maintain the quality of the raw materials after mixing.
關於上述第一攪拌槽23及上述第二攪拌槽24的部分，上述第一攪拌槽23主要是將來自上述漿液原料槽21的液態原料及上述固態原料槽22的上述原料攪拌混合而形成一第一加工料並傳送到上述第二攪拌槽24；而上述第二攪拌槽24接收上述第一加工料後繼續進行攪拌，已形成一第二加工料，並傳送到上述成型設備30。In the portion of the first agitation tank 23 and the second agitation tank 24, the first agitation tank 23 mainly mixes and mixes the liquid material from the slurry material tank 21 and the raw material tank 22 to form a first A processing material is transferred to the second agitation tank 24; and the second agitation tank 24 continues to agitate after receiving the first processing material, and a second processing material is formed and transferred to the molding apparatus 30.
其中，上述第一攪拌槽23與上述第二攪拌槽24兩者的區別主要是在於上述第一攪拌槽23依照一第一攪拌條件，來將攪拌後的上述液態原料、上述固態原料混合以產生上述第一加工料傳輸至上述第二攪拌槽24，而上述第二攪拌槽24依照一不同於上述第一攪拌條件的第二攪拌條件將上述第二加工料傳輸至上述成型設備30。The difference between the first agitation tank 23 and the second agitation tank 24 is mainly that the first agitation tank 23 mixes the agitated liquid material and the solid material according to a first agitation condition to produce The first processing material is transferred to the second agitation tank 24, and the second agitation tank 24 transfers the second processing material to the molding apparatus 30 in accordance with a second agitation condition different from the first agitation condition.
其中，於本實施例中，上述第一攪拌條件、上述第二攪拌條件同時包含了攪拌時間、攪拌轉速以及攪拌扭力來作為攪拌完全的依據以模擬傳統製程中，粉絲製作師傅利用攪拌的手感來作為原料混合物的攪拌狀況是否合乎要求的依據；但在其他實施例中，可以依實際需求任意地來選擇攪拌時間、攪拌轉速以及攪拌扭力的其中一種。In the embodiment, the first stirring condition and the second stirring condition simultaneously include the stirring time, the stirring speed, and the stirring torque as the basis for the complete stirring to simulate the traditional process, and the fan maker uses the feeling of stirring. Whether the stirring condition of the raw material mixture is a satisfactory basis; but in other embodiments, one of the stirring time, the stirring speed, and the stirring torque can be arbitrarily selected according to actual needs.
此外，除了上述攪拌條件間的差異外，如圖所示，上述第二攪拌槽24還裝設有真空泵241，且裝設於上述第二攪拌槽24的攪拌裝置25為一螺旋送料器252，用將於製造上述加工料中的過程中可能混入或攪拌時所產生的氣體自上述第一加工料及上述第二加工料中排除，並維持上述第二加工料輸出至上述成型設備30時的品質，以及方便控制所傳輸的上述第二加工料的總量，以幫助上述成型設備30製作條件一致的粉絲。In addition, in addition to the difference between the agitation conditions, as shown in the figure, the second agitation tank 24 is further provided with a vacuum pump 241, and the agitating device 25 installed in the second agitation tank 24 is a screw feeder 252. The gas generated during mixing or stirring in the process of manufacturing the above-mentioned processing material is excluded from the first processing material and the second processing material, and the quality of the second processing material output to the molding apparatus 30 is maintained. And conveniently controlling the total amount of the above-mentioned second processed materials transferred to help the above-described molding apparatus 30 to produce fans with the same conditions.
另外，要特別說明的是，如圖所示，於本實施例中，上述固態原料槽22、上述漿液原料槽21各自具有(但不限為)一儲存槽(211、221)，用以儲存混合均勻的上述固態原料及上述液態原料，並於其中一樣設有上述攪拌裝置25，以保持原料均勻；此外，於上述固態原料槽22攪拌後，並輸送到上述儲存槽221的上述固態原料會透過一幫浦（圖未示）將上述固態原料由一起始位置27而傳送至設置於位於一較高位置28的上述第一攪拌槽23，而上述機漿液原料槽21、上述第一攪拌槽23、上述第二攪拌槽24、上述成型設備30、上述冷卻輸送設備40的設置位置依照粉絲的製作順序由高而低設置，這使得上述液態原料、上述第一加工料、上述第二加工料、以及上述成型設備30所產生的粉絲半成品，於各對應的上述設備之間移動時，能透過重力幫助以減少運輸時所需的成本(如降低運輸用的幫浦的功率或甚至如本實施例中不需要安裝上述幫浦)。In addition, as shown in the figure, in the embodiment, the solid material tank 22 and the slurry material tank 21 each have (but are not limited to) a storage tank (211, 221) for storage. Mixing the above-mentioned solid raw material and the above liquid raw material uniformly, and in the same manner, the stirring device 25 is provided to keep the raw material uniform; further, the solid raw material fed to the storage tank 221 after the solid raw material tank 22 is stirred The solid raw material is transferred from a starting position 27 to the first agitating tank 23 disposed at a higher position 28 through a pump (not shown), and the machine slurry raw material tank 21 and the first stirring tank are 23. The installation position of the second agitation tank 24, the molding apparatus 30, and the cooling and conveying device 40 is set to be high and low according to the order of production of the fans, which causes the liquid material, the first processing material, and the second processing material. And the semi-finished products of the fan produced by the molding device 30 can be assisted by gravity to reduce the cost required for transportation (such as reducing transportation) when moving between the corresponding devices. The power of the pump used is even as in the present embodiment, the above-mentioned pump is not required to be installed.
接著、來到上述成型設備30的部分，上述成型設備30主要是用來在接受來自上述混料設備20(上述第二攪拌槽24)的上述第二加工料後，將上述第二加工料混漿成形為上述連續性粉絲。Next, the portion of the molding apparatus 30 is used. The molding apparatus 30 is mainly used to mix the second processing material after receiving the second processing material from the mixing device 20 (the second stirring tank 24). The slurry is formed into the above-mentioned continuous fans.
在硬體方面，本創作並沒有特別限制上述成型設備30的種類，但在本實施例中，上述成型設備30包含一粉漿槽31、內部設置有一可控轉速的粉漿攪拌器32(含括漿斜板，圖未示)，且在上述第二攪拌槽24與上述成型設備30之間包含一控制閥33，並於上述粉漿槽31設置有一用以控制上述控制閥33的感應設備34，以控制上述控制閥33來控制上述第二加工料進入上述粉漿槽31的總量；而形成上述連續性粉絲的方式主要是將上述第二加工料利用一設置於上述粉漿槽31底部的孔，依該孔孔徑大小漏粉後，經過蒸氣煮沸設備而進行成形。In terms of hardware, the present invention does not particularly limit the type of the molding apparatus 30. However, in the embodiment, the molding apparatus 30 includes a slurry tank 31 and a slurry agitator 32 (with a controlled rotation speed). a slurry swash plate (not shown), and a control valve 33 is disposed between the second agitation tank 24 and the molding device 30, and an inductive device for controlling the control valve 33 is disposed in the slurry tank 31. 34. Controlling the control valve 33 to control the total amount of the second processing material entering the slurry tank 31; and forming the continuous fan is mainly by disposing the second processing material in the slurry tank 31. The hole at the bottom is powdered after being leaked according to the pore size of the pore, and is formed by a steam boiling device.
而關於上述冷卻輸送設備40的部分，在本實施例中，上述冷卻輸送設備40在接收上述連續性粉絲後，除了利用設有輸送帶的輸送平台401將上述連續性粉絲送至上述自動化掛桿設備50外，於上述輸送平台401上還設有一第一冷卻裝置41及一第二冷卻裝置42以依序對上述連續性粉絲分別進行第一次冷卻作業及一第二次冷卻作業。With respect to the portion of the cooling and conveying device 40, in the present embodiment, after receiving the continuous fan, the cooling and conveying device 40 sends the continuous fan to the automatic hanging rod by using a conveying platform 401 provided with a conveyor belt. In addition to the device 50, a first cooling device 41 and a second cooling device 42 are further disposed on the conveying platform 401 to sequentially perform the first cooling operation and the second cooling operation on the continuous fans.
於本實施例中，上述第一冷卻裝置41及上述第二冷卻裝置42皆設有複數個淋噴頭402以對上述連續性粉絲灑水進行上述冷卻作業，但其中，為了防止上述連續性粉絲在進行上述冷卻作業後立刻老化，進行上述第一次冷卻作業時，是使用室溫水來進行，以作為一預冷卻作業，然後才在上述第二次冷卻作業中使用直接使用時會造成老化的冷水來進行該作業。In the present embodiment, the first cooling device 41 and the second cooling device 42 are provided with a plurality of shower nozzles 402 for performing the cooling operation on the continuous fan sprinkling, but in order to prevent the above-mentioned continuous fans from The aging is performed immediately after the cooling operation, and the first cooling operation is performed by using room temperature water as a pre-cooling operation, and then the aging is caused by the direct use in the second cooling operation. Cold water is used to carry out the work.
最後，經過冷卻後的上述連續性粉絲首先透過上述自動化掛桿設備50的上述裁切裝置51，依照一時間間隔計算需要裁切的長度，利用切刀來裁切上述連續性粉絲而成為上述粉絲半成品，使上述粉絲半成品的長度一致，最後設置於上述掛桿傳輸裝置52來傳輸，以供後續進行其他製作粉絲的步驟。Finally, the cooled continuous fan first passes through the cutting device 51 of the automatic hanging bar device 50, calculates the length to be cut according to a time interval, and cuts the continuous fan by the cutter to become the fan. The semi-finished product has the same length of the above-mentioned fan semi-finished products, and is finally disposed on the above-mentioned hanging rod transporting device 52 for transmission, for subsequent steps of making other fans.
上述所舉實施例，僅用為方便說明本創作並非加以限制，在不離本創作精神範疇，熟悉此一行業技藝人士依本創作申請專利範圍及創作說明所作之各種簡易變形與修飾，均仍應含括於以下申請專利範圍中。The above-mentioned embodiments are only used to facilitate the description of the present invention and are not limited. In the spirit of the creative spirit, all kinds of simple deformations and modifications made by the skilled person in this industry according to the scope of the patent application and the creative description of the creation should still be It is included in the scope of the following patent application.
10‧‧‧粉絲自動化製作系統
20‧‧‧混料設備
21‧‧‧漿液原料槽
211‧‧‧儲存槽
22‧‧‧固態原料槽
221‧‧‧儲存槽
23‧‧‧第一攪拌槽
24‧‧‧第二攪拌槽
241‧‧‧真空泵
25‧‧‧攪拌裝置
251‧‧‧預混合裝置
252‧‧‧螺旋送料器
27‧‧‧起始位置
28‧‧‧較高位置
30‧‧‧成型設備
31‧‧‧粉漿槽
32‧‧‧粉漿攪拌器
33‧‧‧控制閥
34‧‧‧感應設備
40‧‧‧冷卻輸送設備
401‧‧‧輸送平台
402‧‧‧淋噴頭
41‧‧‧第一冷卻裝置
42‧‧‧第二冷卻裝置
50‧‧‧自動化掛桿設備
51‧‧‧裁切裝置
52‧‧‧掛桿傳輸裝置10‧‧‧Fan Automated Production System
20‧‧‧Mixing equipment
21‧‧‧ slurry material tank
211‧‧‧ storage tank
22‧‧‧ solid material tank
221‧‧‧ storage tank
23‧‧‧First Stirring Tank
24‧‧‧Second stirrer
241‧‧‧Vacuum pump
25‧‧‧Agitator
251‧‧‧Premixer
252‧‧‧Spiral feeder
27‧‧‧ starting position
28‧‧‧higher position
30‧‧‧Molding equipment
31‧‧‧Slurry tank
32‧‧‧Slurry mixer
33‧‧‧Control valve
34‧‧‧Induction equipment
40‧‧‧Cooling conveyor equipment
401‧‧‧Transport platform
402‧‧‧ shower nozzle
41‧‧‧First cooling device
42‧‧‧Second cooling device
50‧‧‧Automatic hanging rod equipment
51‧‧‧ cutting device
52‧‧‧hanging rod transfer device
圖1為本創作粉絲自動化製作系統於一較佳實施例中的示意圖。FIG. 1 is a schematic diagram of a creative fan production system in a preferred embodiment.
10‧‧‧粉絲自動化製作系統 10‧‧‧Fan Automated Production System
20‧‧‧混料設備 20‧‧‧Mixing equipment
21‧‧‧漿液原料槽 21‧‧‧ slurry material tank
211‧‧‧儲存槽 211‧‧‧ storage tank
22‧‧‧固態原料槽 22‧‧‧ solid material tank
221‧‧‧儲存槽 221‧‧‧ storage tank
23‧‧‧第一攪拌槽 23‧‧‧First Stirring Tank
24‧‧‧第二攪拌槽 24‧‧‧Second stirrer
241‧‧‧真空泵 241‧‧‧Vacuum pump
25‧‧‧攪拌裝置 25‧‧‧Agitator
251‧‧‧預混合裝置 251‧‧‧Premixer
252‧‧‧螺旋送料器 252‧‧‧Spiral feeder
27‧‧‧起始位置 27‧‧‧ starting position
28‧‧‧較高位置 28‧‧‧higher position
30‧‧‧成型設備 30‧‧‧Molding equipment
31‧‧‧粉漿槽 31‧‧‧Slurry tank
32‧‧‧粉漿攪拌器 32‧‧‧Slurry mixer
33‧‧‧控制閥 33‧‧‧Control valve
34‧‧‧感應設備 34‧‧‧Induction equipment
40‧‧‧冷卻輸送設備 40‧‧‧Cooling conveyor equipment
401‧‧‧輸送平台 401‧‧‧Transport platform
402‧‧‧淋噴頭 402‧‧‧ shower nozzle
41‧‧‧第一冷卻裝置 41‧‧‧First cooling device
42‧‧‧第二冷卻裝置 42‧‧‧Second cooling device
50‧‧‧自動化掛桿設備 50‧‧‧Automatic hanging rod equipment
51‧‧‧裁切裝置 51‧‧‧ cutting device
52‧‧‧掛桿傳輸裝置 52‧‧‧ hanging rod transmission device
Claims (9)
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|---|---|---|---|
| TW106212710U TWM553569U (en) | 2017-08-28 | 2017-08-28 | Automated Chinese vermicelli manufacturing system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW106212710U TWM553569U (en) | 2017-08-28 | 2017-08-28 | Automated Chinese vermicelli manufacturing system |
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| Publication Number | Publication Date |
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| TWM553569U true TWM553569U (en) | 2018-01-01 |
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| TW (1) | TWM553569U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110786501A (en) * | 2018-08-02 | 2020-02-14 | 洋县康原生态农业有限责任公司 | Vermicelli gelatinization cooling and cutting complete device and application method |
| CN112155239A (en) * | 2020-09-25 | 2021-01-01 | 游少华 | Potato vermicelli making devices |
| TWI765372B (en) * | 2020-10-13 | 2022-05-21 | 日正食品工業股份有限公司 | Production method of bean thread method |
-
2017
- 2017-08-28 TW TW106212710U patent/TWM553569U/en unknown
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110786501A (en) * | 2018-08-02 | 2020-02-14 | 洋县康原生态农业有限责任公司 | Vermicelli gelatinization cooling and cutting complete device and application method |
| CN112155239A (en) * | 2020-09-25 | 2021-01-01 | 游少华 | Potato vermicelli making devices |
| TWI765372B (en) * | 2020-10-13 | 2022-05-21 | 日正食品工業股份有限公司 | Production method of bean thread method |
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