TWM509534U - Multi-layered noodle making machine structure - Google Patents
Multi-layered noodle making machine structure Download PDFInfo
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- TWM509534U TWM509534U TW104203503U TW104203503U TWM509534U TW M509534 U TWM509534 U TW M509534U TW 104203503 U TW104203503 U TW 104203503U TW 104203503 U TW104203503 U TW 104203503U TW M509534 U TWM509534 U TW M509534U
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Description
本新型係關於一種製麵機結構，特別係關於一種多層式製麵機結構。The present invention relates to a noodle making machine structure, in particular to a multi-layer noodle making machine structure.
習知多層式製麵機多為半自動式，其藉由複數製麵機製造複數麵皮，再藉由人力將複數麵皮堆疊於輸送帶，由輸送帶將複數麵皮輸送予滾輪，藉由滾輪將複數麵皮輾壓為多層次之麵體，惟，習知多層次製麵機半自動之製造過程需要藉由人力才能完成，如此一來便產生耗費人力、安全、衛生方面難以兼顧之問題，是以需要一種多層式製麵機結構。The conventional multi-layer noodle making machine is mostly semi-automatic, which manufactures a plurality of doughs by a plurality of noodle machines, and then stacks a plurality of doughs on the conveyor belt by manpower, and conveys the plurality of doughs to the rollers by the conveyor belt, and the plurality of rollers are fed by the rollers. The dough is pressed into a multi-layered body. However, the semi-automatic manufacturing process of the multi-level noodle machine needs to be completed by manpower. As a result, it is difficult to balance the problems of manpower, safety and hygiene. Multi-layer noodle machine structure.
本新型提供一種多層式製麵機結構，其主要目的係提供一種全自動、便利、安全、衛生且節省人力之多層式製麵機。The present invention provides a multi-layer noodle machine structure, the main purpose of which is to provide a multi-layer noodle machine which is fully automatic, convenient, safe, hygienic and labor-saving.
為達前述目的，本新型多層式製麵機結構，包括：一機台及一第一製麵系統，該第一製麵系統係設置於該機台，該第一製麵系統包括；一第一輸送結構；一第一分裝結構，該第一分裝結構之一端具有一第一入口，該第一分裝結構之另一端延伸成形一第一出口及一第二出口，該第一輸送結構之一端之一側係面對該第一分裝結構之該第一入口； 一第一輾壓機構及一第二輾壓機構，該第一輾壓機構之一側面對該第一出口、該第二輾壓機構之一側面對該第二出口，該第一輾壓機構及該第二輾壓機構係接鄰設置，該第一輾壓機構具有相鄰設置之二第一輾壓輪，該第二輾壓機構具有相鄰設置之二第二輾壓輪；一第二輸送結構，該第二輸送結構間隔一距離的設置於該第一輾壓機構及該第二輾壓機構面對該第一分裝結構之另一側；以及一第三輾壓機構，該第三輾壓機構係面對於該第二輸送結構之一端，該第三輾壓機構具有相鄰設置之二第三輾壓輪。In order to achieve the above objective, the novel multi-layer noodle machine structure comprises: a machine platform and a first fascia system, wherein the first fascia system is disposed on the machine table, and the first fascia system comprises: a first dispensing structure, one end of the first dispensing structure has a first inlet, and the other end of the first dispensing structure extends to form a first outlet and a second outlet, the first conveying One side of one end of the structure faces the first inlet of the first sub-package structure; a first rolling mechanism and a second rolling mechanism, one side of the first rolling mechanism is opposite to the first outlet, and one side of the second pressing mechanism is opposite to the second outlet, the first rolling mechanism And the second rolling mechanism is adjacently disposed, the first rolling mechanism has two first rolling wheels disposed adjacent to each other, and the second rolling mechanism has two second rolling wheels disposed adjacent to each other; a second conveying structure, the second conveying structure is disposed at a distance from the first rolling mechanism and the second pressing mechanism facing the other side of the first packaging structure; and a third rolling mechanism, The third rolling mechanism has one of the second conveying structures, and the third rolling mechanism has two third rolling wheels disposed adjacent to each other.
由前述可知，本新型多層式製麵機結構藉由該一第一分裝結構將麵糰分別輸送至該第一輾壓機構及該第二輾壓機構，該第一輾壓機構及該第二輾壓機構將麵糰輾壓成麵皮，並使麵皮置於一第二輸送結構上堆疊成複數層，再藉由一第三輾壓機構將複數層麵皮壓實，藉此達成達成提供一種全自動、便利、安全、衛生且節省人力之多層式製麵機之目的。It can be seen from the foregoing that the multi-layered dough mixer structure of the present invention conveys the dough to the first rolling mechanism and the second rolling mechanism by the first dispensing structure, the first rolling mechanism and the second The rolling mechanism presses the dough into a dough, and the dough is placed on a second conveying structure and stacked into a plurality of layers, and then the plurality of layers are compacted by a third pressing mechanism, thereby achieving a full automatic The purpose of a multi-layer noodle machine that is convenient, safe, hygienic and labor-saving.
100‧‧‧第一製麵系統100‧‧‧First noodle system
110‧‧‧第一輸送結構110‧‧‧First transport structure
120‧‧‧第一分裝結構120‧‧‧First sub-packaged structure
121‧‧‧第一入口121‧‧‧ first entrance
122‧‧‧第一出口122‧‧‧First exit
123‧‧‧第二出口123‧‧‧second exit
130‧‧‧第一輾壓機構130‧‧‧First rolling mechanism
131‧‧‧第一輾壓輪131‧‧‧First pressure roller
140‧‧‧第二輾壓機構140‧‧‧Second rolling mechanism
141‧‧‧第二輾壓輪141‧‧‧Second pressure roller
150‧‧‧第二輸送結構150‧‧‧Second transport structure
160‧‧‧第三輾壓機構160‧‧‧The third rolling mechanism
161‧‧‧第三輾壓輪161‧‧‧ Third pressure roller
170‧‧‧第一感應裝置170‧‧‧First sensing device
200‧‧‧第二製麵系統200‧‧‧Second noodle system
210‧‧‧第三輸送結構210‧‧‧ Third transport structure
220‧‧‧第三分裝結構220‧‧‧ Third sub-package structure
221‧‧‧第二入口221‧‧‧ second entrance
222‧‧‧第三出口222‧‧‧ third exit
223‧‧‧第四出口223‧‧‧ fourth exit
230‧‧‧第四輾壓機構230‧‧‧fourth rolling mechanism
231‧‧‧第四輾壓輪231‧‧‧ Fourth Rolling Wheel
240‧‧‧第五輾壓機構240‧‧‧ Fifth rolling mechanism
241‧‧‧第五輾壓輪241‧‧‧ fifth pressure roller
250‧‧‧第四輸送結構250‧‧‧fourth transport structure
260‧‧‧第六輾壓機構260‧‧‧ Sixth rolling mechanism
261‧‧‧第六輾壓輪261‧‧‧6th rolling wheel
270‧‧‧匯集機構270‧‧ ‧Collection agencies
280‧‧‧第五輸送結構280‧‧‧ fifth transport structure
290‧‧‧第二感應裝置290‧‧‧Second sensing device
300‧‧‧第二分裝結構300‧‧‧Second sub-packaged structure
400‧‧‧連續輾壓單元400‧‧‧Continuous rolling unit
410‧‧‧入料部410‧‧‧Feeding Department
420‧‧‧輸送機構420‧‧‧Transportation agencies
430‧‧‧輾壓機構430‧‧‧辗压机构
431‧‧‧輾壓輪431‧‧‧辗压轮
A‧‧‧機台A‧‧‧ machine
B‧‧‧滑移機構B‧‧‧slip mechanism
C‧‧‧醒麵機構C‧‧‧Wake up body
圖1 為本新型多層式製麵機結構之側視圖。Figure 1 is a side view of the structure of the novel multi-layered noodle machine.
圖2 為本新型多層式製麵機結構另一實施例之側視圖。Fig. 2 is a side view showing another embodiment of the structure of the multi-layered noodle making machine of the present invention.
使貴審查委員對本新型之目的、特徵及功效能夠有更進一步之瞭解與認識，以下茲請配合【圖式簡單說明】詳述如後：本新型多層式製麵機結構如圖1及圖2所示，包括： 一機台A及一第一製麵系統100，該第一製麵系統100係設置於該機台A，該第一製麵系統100包括；一第一輸送結構110；一第一分裝結構120，該第一分裝結構120之一端具有一第一入口121，該第一分裝結構120之另一端係延伸成形一第一出口122及一第二出口123，該第一輸送結構110之一端之一側係面對該第一分裝結構120之該第一入口121；該第一出口122係面對一第一輾壓機構130之一側、該第二出口123係面對一第二輾壓機構140之一側，該第一輾壓機構130及該第二輾壓機構140係接鄰設置，該第一輾壓機構130具有相鄰設置之二第一輾壓輪131，該第二輾壓機構140具有相鄰設置之二第二輾壓輪141，該第一輾壓機構130及該第二輾壓機構140係用以將麵糰輾壓為麵皮；一第二輸送結構150，該第二輸送結構150係間隔一距離的設置於該第一輾壓機構130及該第二輾壓機構140面對該第一分裝結構120之另一側；該第二輸送結構150之一端係面對一第三輾壓機構160之一側，該第三輾壓機構160具有相鄰設置之二第三輾壓輪161。To enable your review committee to have a better understanding and understanding of the purpose, characteristics and efficacy of this new model, please refer to the following [simplified description of the drawings] as follows: The structure of the new multi-layer noodle machine is shown in Figure 1 and Figure 2. Shown, including: a machine A and a first fascia system 100, the first fascia system 100 is disposed on the machine A, the first fascia system 100 includes: a first conveying structure 110; a first sub-assembly structure 120. One end of the first sub-package structure 120 has a first inlet 121. The other end of the first sub-package structure 120 extends to form a first outlet 122 and a second outlet 123. The first conveying structure 110 One side of one end faces the first inlet 121 of the first sub-assembly 120; the first outlet 122 faces one side of a first rolling mechanism 130, and the second outlet 123 faces a first One side of the two rolling mechanism 140, the first rolling mechanism 130 and the second rolling mechanism 140 are disposed adjacent to each other, and the first rolling mechanism 130 has two first rolling wheels 131 disposed adjacent to each other. The second rolling mechanism 140 has two second rolling wheels 141 disposed adjacent to each other. The first rolling mechanism 130 and the second rolling mechanism 140 are used to press the dough into a dough; a second conveying structure 150 The second conveying structure 150 is disposed at a distance from the first rolling mechanism 130 and the second rolling mechanism 140 faces the first point. The structure of the other side 120; the second end 150 of the transport structure based on the side facing a third rolling means 160, the third rolling means 160 of the third set having two adjacent rolling wheel 161.
較佳的，另包括一第一感應裝置170，該第一感應裝置170係與該第二輾壓機構140控制連接，該第一感應裝置170係用以控制該第二輾壓機構140作動。Preferably, the first sensing device 170 is connected to the second rolling device 140. The first sensing device 170 is configured to control the second rolling mechanism 140 to operate.
如圖1所示，於本型多層式製麵機結構之較佳實施例中，另包括一第二製麵系統200及一第二分裝結構300，該第二分裝結構300係設置於該第一輸送結構110面對該第一分裝結構120之另一側，該第二分裝結構300係用以使麵糰 分別輸出至該第一製麵系統100及該第二製麵系統200，該第二製麵系統200係設置於該機台A，該第二製麵系統200，包括：一第三輸送結構210，該第三輸送結構210係設置於該第一輸送結構110面對該第一分裝結構120之另一端；一第三分裝結構220，該第三分裝結構220具有一第二入口221、一第三出口222及一第四出口223，該第三輸送結構210之一端係面對該第三分裝結構220之該第二入口221；該第三出口222係面對一第四輾壓機構230之一側，該第四出口223係面對一第五輾壓機構240之一側，該第四輾壓機構230及該第五輾壓機構240係接鄰設置，該第四輾壓機構230具有相鄰設置之二第四輾壓輪231，該第五輾壓機構240具有相鄰設置之二第五輾壓輪241，該第四輾壓機構230及該第五輾壓機構240係用以輾壓麵糰；一第四輸送結構250，係間隔一距離的設置於該第四輾壓機構230及該第五輾壓機構240面對該第三分裝結構220之另一側；該第四輸送結構250之一端係面對一第六輾壓機構260之一側，該第六輾壓機構260具有鄰設置之二第六輾壓輪261，該第六輾壓機構260之另一側係面對一匯集機構270；一第五輸送結構280，該第五輸送結構280之一端係面對該第三輾壓機構160與該第二輸送結構150面對之另一側，該第五輸送結構280之另一端係面對該匯集機構270，使用者僅需於一開始將該第四輸送結構250及該第五輸送結構280之麵皮置於該匯集機構270，於後續之製麵過程中該匯集機構270便會將該第四輸送結構250及該第五輸送結構280之麵皮匯集在一起。As shown in FIG. 1 , in a preferred embodiment of the multi-layered noodle machine structure, a second noodle system 200 and a second sub-packaging structure 300 are provided. The first conveying structure 110 faces the other side of the first dispensing structure 120, and the second dispensing structure 300 is used to make the dough The second fascia system 200 is disposed on the machine A, and the second fascia system 200 includes a third conveying structure 210. The third transport structure 210 is disposed at the other end of the first transport structure 110 facing the first sub-package structure 120; a third sub-package structure 220 having a second inlet 221 a third outlet 222 and a fourth outlet 223, one end of the third conveying structure 210 facing the second inlet 221 of the third sub-assembly 220; the third outlet 222 facing a fourth raft One side of the pressing mechanism 230, the fourth outlet 223 is facing one side of a fifth rolling mechanism 240, and the fourth rolling mechanism 230 and the fifth rolling mechanism 240 are disposed adjacent to each other. The pressing mechanism 230 has two fourth rolling wheels 231 disposed adjacent to each other, and the fifth rolling mechanism 240 has two fifth rolling wheels 241 disposed adjacently, the fourth rolling mechanism 230 and the fifth rolling mechanism The 240 series is used for rolling the dough; a fourth conveying structure 250 is disposed at a distance from the fourth rolling mechanism 230 and the fifth one. The pressing mechanism 240 faces the other side of the third sub-assembly 220; one end of the fourth conveying structure 250 faces one side of a sixth rolling mechanism 260, and the sixth pressing mechanism 260 has an adjacent setting a second sixth pressing wheel 261, the other side of the sixth rolling mechanism 260 faces a collecting mechanism 270; a fifth conveying structure 280, one end of the fifth conveying structure 280 faces the third rolling The other side of the fifth conveying structure 280 faces the other side of the mechanism 160, and the other end of the fifth conveying structure 280 faces the collecting mechanism 270, and the user only needs to start the fourth conveying structure 250 and the first The face of the five transport structure 280 is placed in the collection mechanism 270, and the collection mechanism 270 will bring together the skins of the fourth transport structure 250 and the fifth transport structure 280 during the subsequent surface making process.
較佳的，另包括一第二感應裝置290，該第二感應裝置290係與該第五輾壓機構240控制連接，該第二感應裝置290係用以控制該第五輾壓機構240作動。Preferably, the second sensing device 290 is further connected to the fifth rolling device 240, and the second sensing device 290 is configured to control the fifth rolling mechanism 240 to operate.
較佳的，另包括一醒麵機構C，該醒麵機構C係接鄰設置於該匯集機構270，該醒麵機構C係用以將該匯集機構270所匯集之麵皮，收集成捲並進行醒麵之步驟。Preferably, the invention also includes a wake-up mechanism C, which is disposed adjacent to the collecting mechanism 270 for collecting the dough collected by the collecting mechanism 270 into a roll and performing The step to wake up.
較佳的，另包括複數滑移機構B，該些滑移機構B係分別與其中一該第一輾壓輪131、其中一該第二輾壓輪141、其中一該第三輾壓輪161、其中一該第四輾壓輪231、其中一該第五輾壓輪241及其中一該第六輾壓輪261固定結合，使其中一該第一輾壓輪131、其中一該第二輾壓輪141、其中一該第三輾壓輪161、其中一該第四輾壓輪231、其中一該第五輾壓輪241及其中一該第六輾壓輪261得以位移，該滑移機構B係用以控制二該第一輾壓輪131之間的距離、二該第二輾壓輪141之間的距離、二該第三輾壓輪161之間的距離、二該第四輾壓輪231之間的距離、二該第五輾壓輪241之間的距離及二該第六輾壓輪261之間的距離。Preferably, the plurality of slip mechanisms B are respectively associated with one of the first rolling wheels 131, one of the second rolling wheels 141, and one of the third rolling wheels 161. One of the fourth rolling wheels 231, one of the fifth rolling wheels 241 and one of the sixth rolling wheels 261 are fixedly coupled to one of the first rolling wheels 131 and one of the second rolling wheels 131. The pressing wheel 141, one of the third rolling wheels 161, one of the fourth rolling wheels 231, one of the fifth rolling wheels 241 and one of the sixth rolling wheels 261 are displaced, the sliding mechanism B is used to control the distance between the first rolling wheel 131, the distance between the second rolling wheel 141, the distance between the third rolling wheel 161, and the fourth rolling pressure. The distance between the wheels 231, the distance between the second rolling wheels 241, and the distance between the second rolling wheels 261.
如圖2所示，於本型多層式製麵機結構之又一較佳實施例，該多層式製麵機結構另包括一連續輾壓單元400，該連續輾壓單元包括一入料部410、至少一輸送機構420及至少一輾壓機構430，其中該入料部410之一端係面對該機台A，各該輾壓機構430係依序設置於該入料部410面對該機台A之另一端，各該輾壓機構430係包含相鄰設置之二輾壓輪431，各該輾壓機構430間分別以一輸送機構420連接，各輾壓機構430之各輾壓輪431係用以使雙層面皮更緊實並且達到預定之厚度。As shown in FIG. 2, in another preferred embodiment of the multi-layer multi-layer mixer structure, the multi-layer noodle machine structure further comprises a continuous rolling unit 400, and the continuous rolling unit comprises a feeding portion 410. At least one transporting mechanism 420 and at least one rolling mechanism 430, wherein one end of the feeding portion 410 faces the machine A, and each of the rolling mechanisms 430 is sequentially disposed on the feeding portion 410 facing the machine At the other end of the table A, each of the rolling mechanisms 430 includes two rolling wheels 431 disposed adjacently, and each of the rolling mechanisms 430 is connected by a conveying mechanism 420, and each rolling wheel 431 of each rolling mechanism 430 is connected. It is used to make the double skin more compact and reach a predetermined thickness.
本新型多層式製麵結構於作動時，首先藉由該第一輸送結構110將 複數麵糰輸送至該第一分裝結構120之該第一入口121，再藉由該第一分裝結構120使複數麵糰分別自該第一出口122及該第二出口123輸出至該第一輾壓機構130及該第二輾壓機構140，藉由該第一輾壓機構130及該第二輾壓機構140將麵糰輾壓成麵皮，再藉由該第二輸送結構150將該第一輾壓機構130所製成之麵皮沿著該第二輸送結構150延伸之方向運送，當該第一輾壓機構130所製成之麵皮運輸經過該第二輾壓機構140之下方時觸發該第一感應裝置170，該第一感應裝置170便控制該第二輾壓機構140輾壓麵糰，如此一來該第二輾壓機構140所產生的麵皮便會疊於該第一輾壓機構130所產生之麵皮之上方，藉此得到雙層之麵皮結構，再藉由該第二輸送結構150將雙層之麵皮結構運送至該第三輾壓機構160，藉由該第三輾壓機構160輾壓該雙層之麵皮，使雙層麵皮變得更加緊實，藉此獲得雙層之麵皮結構。The novel multi-layered noodle structure is first actuated by the first transport structure 110 The plurality of doughs are conveyed to the first inlet 121 of the first dispensing structure 120, and the plurality of doughs are respectively output from the first outlet 122 and the second outlet 123 to the first stack by the first dispensing structure 120. The pressing mechanism 130 and the second rolling mechanism 140 press the dough into a dough by the first rolling mechanism 130 and the second rolling mechanism 140, and then the first conveying device 150 The dough made by the pressing mechanism 130 is transported along the extending direction of the second conveying structure 150, and is triggered when the dough made by the first rolling mechanism 130 is transported under the second rolling mechanism 140. Inductive device 170, the first sensing device 170 controls the second rolling mechanism 140 to press the dough, so that the dough generated by the second rolling mechanism 140 is stacked on the first rolling mechanism 130. Above the dough, thereby obtaining a double-layered skin structure, and then transporting the double-layered skin structure to the third rolling mechanism 160 by the second conveying structure 150, and rolling by the third rolling mechanism 160 The double-layered skin makes the double-layered skin firmer, thereby obtaining a double The dough structure.
較佳的，再藉由該第二製麵系統200重複上述過程製造出另一雙層 麵皮結構，並利用該第四輸送結構250將該第一製麵系統100所生產之雙層麵皮輸送至該匯集機構270，同時利用該第五輸送結構280將該第二製麵系統200所生產之雙層麵皮輸送至該匯集機構270，將二該雙層麵皮於該匯集機構270匯集；較佳的，再將二該雙層麵皮自該匯集機構270輸送至該醒麵機構C，藉此完成醒麵之步驟。Preferably, the second process system 200 repeats the above process to create another double layer. a dough structure, and the second conveying structure 250 is used to convey the double skin produced by the first fascia 100 to the collecting mechanism 270, and the second conveying structure 280 is used to produce the second fading system 200. The double skin is conveyed to the collecting mechanism 270, and the two double skins are collected in the collecting mechanism 270. Preferably, the two double skins are transported from the collecting mechanism 270 to the lifting mechanism C. Complete the steps to wake up.
較佳的，將二該雙層麵皮自該入料部410輸入該連續輾壓單元 400，並藉由複數輾壓機構430輾壓二該雙層麵皮，使二該雙層麵皮更緊實並且達到預定之厚度。Preferably, the two-layer dough is input from the feeding portion 410 into the continuous rolling unit. 400, and pressing the two-layer dough by a plurality of rolling mechanisms 430 to make the two-layer dough more compact and reach a predetermined thickness.
由前述可知，本新型多層式製麵機結構藉由該一第一分裝結構將 麵糰分別輸送至該第一輾壓機構及該第二輾壓機構，該第一輾壓機構及該第二輾壓機構將麵糰輾壓成麵皮，並使麵皮置於一第二輸送結構上堆疊成複數層，再藉由一第三輾壓機構將複數層麵皮壓實，藉此達成達成提供一種全自動、便利、安全、衛生且節省人力之製麵機之目的。It can be seen from the foregoing that the structure of the novel multi-layer noodle machine will be The dough is respectively delivered to the first rolling mechanism and the second rolling mechanism, and the first rolling mechanism and the second pressing mechanism press the dough into a dough and place the dough on a second conveying structure The plurality of layers are compacted by a third pressing mechanism, thereby achieving the goal of providing a fully automatic, convenient, safe, hygienic and labor-saving noodle machine.
100‧‧‧第一製麵系統100‧‧‧First noodle system
110‧‧‧第一輸送結構110‧‧‧First transport structure
120‧‧‧第一分裝結構120‧‧‧First sub-packaged structure
121‧‧‧第一入口121‧‧‧ first entrance
122‧‧‧第一出口122‧‧‧First exit
123‧‧‧第二出口123‧‧‧second exit
130‧‧‧第一輾壓機構130‧‧‧First rolling mechanism
131‧‧‧第一輾壓輪131‧‧‧First pressure roller
140‧‧‧第二輾壓機構140‧‧‧Second rolling mechanism
141‧‧‧第二輾壓輪141‧‧‧Second pressure roller
150‧‧‧第二輸送結構150‧‧‧Second transport structure
160‧‧‧第三輾壓機構160‧‧‧The third rolling mechanism
161‧‧‧第三輾壓輪161‧‧‧ Third pressure roller
170‧‧‧第一感應裝置170‧‧‧First sensing device
200‧‧‧第二製麵系統200‧‧‧Second noodle system
210‧‧‧第三輸送結構210‧‧‧ Third transport structure
220‧‧‧第三分裝結構220‧‧‧ Third sub-package structure
221‧‧‧第二入口221‧‧‧ second entrance
222‧‧‧第三出口222‧‧‧ third exit
223‧‧‧第四出口223‧‧‧ fourth exit
230‧‧‧第四輾壓機構230‧‧‧fourth rolling mechanism
231‧‧‧第四輾壓輪231‧‧‧ Fourth Rolling Wheel
240‧‧‧第五輾壓機構240‧‧‧ Fifth rolling mechanism
241‧‧‧第五輾壓輪241‧‧‧ fifth pressure roller
250‧‧‧第四輸送結構250‧‧‧fourth transport structure
260‧‧‧第六輾壓機構260‧‧‧ Sixth rolling mechanism
261‧‧‧第六輾壓輪261‧‧‧6th rolling wheel
270‧‧‧匯集機構270‧‧ ‧Collection agencies
280‧‧‧第五輸送結構280‧‧‧ fifth transport structure
290‧‧‧第二感應裝置290‧‧‧Second sensing device
300‧‧‧第二分裝結構300‧‧‧Second sub-packaged structure
400‧‧‧連續輾壓單元400‧‧‧Continuous rolling unit
410‧‧‧入料部410‧‧‧Feeding Department
420‧‧‧輸送機構420‧‧‧Transportation agencies
430‧‧‧輾壓機構430‧‧‧辗压机构
431‧‧‧輾壓輪431‧‧‧辗压轮
A‧‧‧機台A‧‧‧ machine
B‧‧‧滑移機構B‧‧‧slip mechanism
Claims (7)
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| TWI797777B (en) * | 2021-10-15 | 2023-04-01 | 蕭志宏 | Semi-finished food product manufacturing machine |
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