201031344 六、發明說明： 【發明所屬之技術領域】 本發明是有關於一種食品製造設備，特別是指一種圓 盤式全自動蛋捲製造機。 【先前技術】 如圖1所示，現有一種圓盤式蛋捲自動製造機（申請 人所申請並獲准之第86203225號專利案），包含一驅動馬201031344 VI. Description of the Invention: [Technical Field] The present invention relates to a food manufacturing apparatus, and more particularly to a disc type automatic egg roll making machine. [Prior Art] As shown in Fig. 1, there is a disc-shaped egg roll automatic manufacturing machine (patent application No. 86203225 filed by the applicant), which includes a driving horse.
達1、一受該驅動馬達1帶動的日内瓦機構2、一連結於該 曰内瓦機構2的上座3、一對設置在該上座3周緣的注料單 兀4、一對設置在該上座3周緣且位於該注料單元4下游的 烘焙單元5及一對設置在該上座3周緣且位於該烘焙單元5 下游的滾捲單元6,該上座3頂面近周緣處安裝有多數下煎 盤301，該烘焙單元5具有一對應已轉至定位之下煎盤3〇ι 的上煎盤501及一可驅動該上煎盤5〇1靠合或遠離於該下 煎盤301的壓力缸5〇2。 雖然這種蛋捲製造機由注料、烘焙及捲取已可達到全 自動化生產之目的’但是因為該烘焙單元5的上煎盤5〇1 在相對於該下煎盤靠合且加熱烘培後，物料容易沾黏 在：上煎# 5〇1上，一旦產生沾黏就必須停機清理，且該 上煎盤501的開合方向朝向上座3中心，不僅清理不方便 ，更會因停機而導致產能下降之缺失。 【發明内容】 機一 3 201031344 於是，本發明之圓盤式全自動蛋捲製造機，包含一機 台、一設置在該機台的承載裝置、一設置在該承載裝置周 緣的注料單元、一設置在該承載裝置周緣且位於該注料單 元的下游的烘焙單元及一設置在該承載裝置周緣且位於該 烘焙單元的下游的滾捲單元。該承載裝置具有一轉盤、^ 對等間隔安裝於該轉盤的下煎盤及一驅動單元，該驅動$ 元驅動該轉盤朝特定方向間歇轉動。該注料單元可對轉動 至定位的下煎盤進行注料作業。該烘焙單元可對應於轉動 ^定位的下煎盤進行供培作業，且具有二上煎盤，該等上❹ f盤其中一者位於一工作位置且可相對於轉動至定位的下 煎盤靠合或遠離，該等上煎盤另一者位於一準備位置且遠 離於轉動至定位之下煎盤。該滾捲單元可對應於轉動至定 位的下煎盤進行捲取作業。 本發明之功效：利用整體之組合不僅由注料、烘焙及 捲取可達到全自動化生產之目的，且該烘培單元的上煎盤 可在工作位置及準備位置交替使用及清理，不僅清理方便 且凊理時不影響烘焙操作，可提昇產能。 ⑩ 【實施方式】 、有關本發明之前述及其他技術内容、特點與功效，在 以下配合參考圖式之一個較佳實施例的詳細說 清楚的呈現。 3及圖4所示’本發明圓盤式全自動蛋捲製造機 ^較佳實施例’包含一機台10、一設置在該機台ι〇的承載 農置20、-對設置在該承載裝置2〇周緣的注料單元3〇、 201031344 -對設置在該承置2G周緣且位於該等注料單元3〇的 下游的烘培單元4G及-對設置在該承載裝置2()周緣且位 於該等烘焙單元40的下游的滾捲單元5〇。 該機台H)可^義圍繞在周圍且i對稱設置的二注料工 作站I、二分別設置在該等注料卫作站^游的烘培工作 站π'二分別設置在該等烘培卫作站π下游的捲取工作站 ΙΠ 〇 ❿ ❹ Α該承載裝置20設置在該機台10,並具有—轴設在該機 台10頂部的轉盤21、多對等間隔安裝於該轉盤21頂面近 周緣的下煎盤22、-驅動單元23及多數設置在該等下煎盤 22與該轉盤22之間的隔熱單元24。該等下煎盤22各且有 -可產生熱能的電熱線221，該驅動單元23 4有一馬達 231及—受該馬達231驅動的日内瓦機構232,該驅動單元 23驅動該轉盤21朝拉中士 + / 特疋方向（即圖3之順時針 =等注料工作站卜烘培工作站Π、捲取工作站„ 該等隔熱單元24各具有多數安裝在該轉 多數插設在該等電木塊241中的支推柱⑽ 二一等=Γ Μ支揮定位的載座243，該等載座⑷ 文裝疋位，且藉該等隔熱單 可達到絕熱省能源的目的。 的叹置Up to 1, a Geneva mechanism 2 driven by the drive motor 1, a top seat 3 coupled to the inside mechanism 2, a pair of injection units 4 disposed on the periphery of the upper seat 3, and a pair of upper seats 3 disposed thereon a baking unit 5 circumferentially located downstream of the injection unit 4 and a pair of rolling units 6 disposed on the periphery of the upper seat 3 and located downstream of the baking unit 5, and a plurality of lower frying pans 301 are mounted near the periphery of the top surface of the upper seat 3 The baking unit 5 has an upper frying pan 501 corresponding to the frying tray 3〇 that has been turned to the positioning, and a pressure cylinder 5 that can drive the upper frying pan 5〇1 to abut or away from the lower frying pan 301. 2. Although this egg roll making machine can achieve full automatic production by injection, baking and coiling, 'because the upper frying pan 5〇1 of the baking unit 5 is pressed against the lower frying pan and heated and baked The material is easy to stick to: on the frying # 5〇1, once it is sticky, it must be shut down for cleaning, and the opening and closing direction of the upper frying pan 501 is directed toward the center of the upper seat 3, which is not only inconvenient to clean, but also caused by downtime. The lack of capacity decline. SUMMARY OF THE INVENTION Machine 1 3 201031344 Thus, the disc type automatic egg roll manufacturing machine of the present invention comprises a machine table, a carrying device disposed on the machine table, a filling unit disposed at a periphery of the carrying device, a baking unit disposed at a periphery of the carrier and located downstream of the injection unit and a rolling unit disposed at a periphery of the carrier and located downstream of the baking unit. The carrying device has a turntable, a lower frying disc mounted on the turntable and a driving unit, and the driving unit drives the turntable to intermittently rotate in a specific direction. The filling unit can perform a feeding operation on the lower frying pan that is rotated to the positioning. The baking unit can be used for the feeding operation corresponding to the rotating pan positioned, and has two frying pans, one of which is located at a working position and is rotatable relative to the lower frying pan that is rotated to the positioning In conjunction with or away from, the other frying pan is located in a ready position and away from the frying pan that is rotated to the position. The rolling unit can perform a winding operation corresponding to the lower frying pan that is rotated to the position. The effect of the invention: the whole combination can not only achieve the purpose of full automatic production by injection, baking and coiling, and the upper frying pan of the baking unit can be alternately used and cleaned in the working position and the preparation position, which is convenient for cleaning. And the processing time does not affect the baking operation, which can increase the production capacity. [Embodiment] The foregoing and other technical contents, features, and advantages of the present invention will be apparent from the following detailed description of the preferred embodiments. 3 and FIG. 4, the preferred embodiment of the disc type automatic egg roll making machine of the present invention comprises a machine table 10, a load bearing farm 20 disposed on the machine, and a pair disposed on the load. The injection unit 3〇, 201031344 of the device 2〇 is disposed on the circumference of the carrier unit 2() and the pair of baking units 4G and − disposed on the periphery of the receiving 2G and located downstream of the injection unit 3〇 A scroll unit 5〇 located downstream of the baking unit 40. The machine H) can be set around the two injection stations I and II symmetrically arranged around the i, respectively, and the two sets of baking stations π' are set in the baking stations respectively. A winding station downstream of the station π 〇❿ Α Α The carrying device 20 is disposed on the machine table 10, and has a turntable 21 with a shaft disposed at the top of the machine table 10, and is mounted on the top surface of the turntable 21 at multiple equal intervals. The lower peripheral frying disc 22, the drive unit 23, and a plurality of thermal insulation units 24 disposed between the lower frying disc 22 and the turntable 22. Each of the lower frying trays 22 has a heating wire 221 which generates heat energy. The driving unit 23 4 has a motor 231 and a Geneva mechanism 232 driven by the motor 231. The driving unit 23 drives the turntable 21 toward the sergeant. + / Special direction (ie clockwise in Fig. 3 = equal injection station, baking station, winding station) These insulating units 24 each have a majority installed in the majority of the plugs in the electric block 241 In the middle of the push column (10) two Μ Μ 定位 定位 定位 定位 定位 定位 定位 定位 定位 定位 定位 定位 定位 定位 定位 定位 定位 定位 定位 定位 定位 定位 定位 定位 定位 定位 定位 定位 定位 定位 定位 定位 定位 定位 定位 定位 定位 定位 定位 定位 定位 定位
該等㈣單元3G可對㈣至該等注料工作站 盤22進行糊漿注料作業。 、下M 配合參閲圖5，缔玺μα 烘培工作站前盤二早元4°可對應於轉動至該等 …盤22進行烘焙作業，且各具有—固設 201031344 找機台π)的定位座41、—軸設在該定位座4ι的縣架 件-：裝在該定位座41底部且驅動該懸架42轉動 件43、二分別安裝在該懸架42兩端且分設在該定位座41 二的壓…二分別連結於該等壓… 盤45。該等上煎盤45其中一者位於一工作位置時，可㈣ =已轉動至烘培卫作站Π的下煎盤22靠合或遠離，該等上 煎盤45另-者位於—準備位置時，遠離於已轉動至扭培工The (4) unit 3G can perform a sizing operation on (4) to the injection station trays 22. Referring to FIG. 5, the front plate of the 玺μα baking station can be rotated to the tray 22 for baking operation, and each has a positioning of the fixed machine 201031344. The seat 41 is disposed at the bottom of the positioning base 41 and is mounted on the bottom of the positioning base 41 and drives the suspension 42 rotating member 43 and two are respectively mounted on the two ends of the suspension 42 and are respectively disposed on the positioning seat 41. The two pressures... are respectively connected to the equal pressure plate 45. When one of the upper frying pans 45 is in a working position, it can be (4) = the lower frying pan 22 that has been rotated to the baking station, or the far pan, the other frying pans 45 are located at the ready position When you are away from the twisted to the twisted
作站ϋ之下煎盤22，並懸設在該轉盤21外部。該等上煎盤 45各具有一可產生熱能的電熱線45ι。 配合參閱圖6’該等滾捲單元％可對應於轉動至捲取 工作站in的下煎盤22進行捲取作業，並有_較座η、一 跨置在該固定座51上的滑座52、—可驅動該滑座Μ相對 於該定位S 51沿水平滑動的掣動件53、—相對於該固定座 51呈傾斜設置且轴設在該滑座52上的轉座54及多數支呈 錐狀輕射軸設在該轉座54上的捲桿55。The frying tray 22 is placed under the station and suspended outside the turntable 21. The upper frying discs 45 each have a heating wire 45ι which generates heat. Referring to FIG. 6 'the rolling unit % can be corresponding to the lower frying disc 22 rotated to the take-up station in the winding operation, and has a seat η, a sliding seat 52 spanning the fixing seat 51 a slidable member 53 that is horizontally slidable relative to the positioning S 51, a slanting member 54 that is disposed obliquely with respect to the fixed seat 51 and that is axially disposed on the sliding seat 52, and a plurality of branches A tapered rod 105 is provided on the wand 54 on the swivel 54.
再如圖3所示，當該驅動單元23啟動時，該轉盤21 即可，動該等下煎盤22對應該等注料工作站Z，並利用該 注料單元3〇將糊漿擠注至已到達定位的下煎盤上接 著，啟動該驅動單元23且帶動已盛放有糊漿之下煎盤22 位移至烘h作站H，此時，如g 4及圖5所示，對應於 工作位置的壓缸44驅動下煎盤45下移，並使得位於工作 位置的上煎盤45朝下煎盤22靠合，利用該等電熱線221、 451的作用，即可將糊漿加熱烘焙成餅皮，烘焙預定時間後 ，該壓缸44再驅動上煎盤45與下煎盤22遠離。繼續，啟 201031344 動該驅動單元23且帶動已盛放餅皮之下煎盤22位移至捲 取工作站in，利用該掣動件53驅動滑座52、轉座Μ、捲 才干55相對於固定座51產生線性位移，以及利用捲桿可 相對於轉座54產生轉動的作用，即可利用該捲桿55將下 烈盤22上的餅皮捲呈筒狀，而完成蛋捲製造作業。 因此本發明之圓盤式自動蛋捲製造機，利用該機台 10、承載裝置20、注料單元3〇、烘焙單元4〇及滾捲單元 之配σ 由’主料、烘培及捲取完全自動化生產，且利用 該烘焙單元40的二個上煎盤45分別位於工作位置及準備 位置，不僅可交替使用，且位於準備位置的上煎盤45清理 相當方便，在進行清理時不影響工作位置之上煎盤45的烘 焙操作，可提昇產能。 惟以上所述者，僅為本發明之較佳實施例而已，當不 能以此限定本發明實施之範圍，即大凡依本發明申請專利 範圍及發明說明内容所作之簡單的等效變化與修飾，皆仍 屬本發明專利涵蓋之範圍内。 【圖式簡單說明】 圖1是現有一種圓盤式全自動蛋捲製造機的組合俯視 園， 圖2是該種圓盤式全自動蛋捲製造機的一烘焙單元的 組合不意圖； 圖3是一組合俯視圖’說明本發明圓盤式全自動蛋捲 製造機的一較佳實施例； 圖4是沿圖3中之線汉-jy的一剖面圖； 201031344 圖5是圖4的局部放大示意圖；及 圖6是沿圖3中之線VI -VI的一剖面圖。 201031344 【主要元件符號說明】 10 … …·機台 30…… ‘…注料單元 I… •…注料工作站 40..... •…洪培單元 Π .… •…烘焙工作站 —定位座 M *… •…捲取工作站 42 ♦… —懸架 20·’*** …·承载裝置 43..... •…驅動件 21*···* κ…轉盤 44"… •…壓缸 22··.·. •…下煎盤 45""· …·上煎盤 221… •…電熱線 451… •…電熱線 2 3 …* •…驅動單元 50-·· •…滾捲單元 231… •…馬達 51..... •…固定座 232… —日内瓦機構 5 2 - •…滑座 24，**** ‘…隔熱單元 53 •.… …-掣動件 241 ·· •…電木塊 54*·"* •…轉座 242… …·支撐柱 55••… …·捲桿 243… —載座As shown in FIG. 3, when the driving unit 23 is started, the turntable 21 can be used, and the lower frying pan 22 is correspondingly corresponding to the injection station Z, and the paste unit 3 is used to squeeze the paste to After the positioning of the lower frying pan has been reached, the driving unit 23 is activated and the tray 22, which has been filled with the paste, is displaced to the drying station H. At this time, as shown in g 4 and FIG. 5, corresponding to The working position of the pressure cylinder 44 drives the lower frying pan 45 to move down, and the upper frying pan 45 in the working position is brought into the lower frying pan 22, and the paste can be heated and baked by the action of the electric heating wires 221 and 451. After the predetermined time of baking, the cylinder 44 drives the upper frying pan 45 away from the lower frying pan 22. Continuing, the drive unit 23 is driven to drive the drive unit 23 and the displacement of the frying disc 22 under the cake is driven to the take-up station in, and the slide member 52 is used to drive the slide 52, the rotary seat, and the roll 55 relative to the fixed seat. The linear displacement is generated by 51, and the rotation of the wand 54 relative to the swivel 54 is utilized. The wrap 55 can be used to roll the crust on the lower plate 22 into a cylindrical shape to complete the egg roll manufacturing operation. Therefore, the disc type automatic egg roll manufacturing machine of the present invention utilizes the matching σ of the machine table 10, the carrying device 20, the injection unit 3, the baking unit 4, and the rolling unit from the main material, baking and coiling. Fully automated production, and the two upper frying pans 45 of the baking unit 40 are respectively located at the working position and the ready position, and can be used not only alternately, but also the upper frying pan 45 in the preparation position is relatively easy to clean, and does not affect the work when cleaning. The baking operation of the frying pan 45 above the position can increase the production capacity. The above is only the preferred embodiment of the present invention, and the scope of the invention is not limited thereto, that is, the simple equivalent changes and modifications made by the scope of the invention and the description of the invention are All remain within the scope of the invention patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a combination plan view of a conventional disc type automatic egg roll making machine, and FIG. 2 is a combination of a baking unit of the disc type automatic egg roll making machine; FIG. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 4 is a cross-sectional view taken along line han-jy of FIG. 3; 201031344 FIG. 5 is a partial enlarged view of FIG. Fig. 6 is a cross-sectional view taken along line VI-VI of Fig. 3. 201031344 [Explanation of main component symbols] 10 ... ... machine table 30... '...Filling unit I... •...Injection station 40.....•...Hippo unit Π .... •...Bake station - locator M *... •...Reeling station 42 ♦... —suspension 20·'*** ...·bearing device 43..... •...driver 21*···* κ...turner 44"... •...pressure cylinder 22· ···. •...Fry Pan 45""···Fry Pan 221... •...Hot wire 451... •...Hot wire 2 3 ...* •...Drive unit 50-··•...Rolling unit 231... •...motor 51..... •...fixed seat 232...—Geneva mechanism 5 2 - •...slide 24,**** '...insulation unit 53 •..........-tilt 241 ·· •... Electric block 54*·"* •...transposition 242...·support column 55••...·roller 243...-carrier