M400215 五、新型說明： 【新型所屬之技術領域】 本創作係有關一種條狀食品加工機，尤指一種應用在 將食品加工產業上，可將麵團先分條切割再分段切割的條 狀食品加工機設計者。 【先前技術】M400215 V. New description: 【New technology field】 This creation is about a strip food processing machine, especially a strip food that can be used in the food processing industry to cut the dough first and then cut it in sections. Machine designer. [Prior Art]
傳統的條狀食品，例如粉條等，完全仰賴手工實施製 造，先將必要的食材調製成團，再桿壓成片，然後再用刀 徒手切割；然而這種製造方法只適合家庭主婦自已動手施 作，完全不能應用在食品加工產業上。因此坊間有提出數 種粉條加工機，其中一種加工機的結構係包含有一輸送帶 及一切割裝置，該輸送帶用於將條狀的麵條輸送到切割裝 置，該切割裝置具有一頂滾及一切割輪，在切割輪的圓周 面設有多數條軸向延伸的凸齒，如此將麵條輸入轉動的頂 輪與切割輪之間，利用切割輪將麵條再分割成細條狀，如 此製成粉條的形狀。但習知的加工機只能將食品製成固定 官疮》真疮沾被貼，而笊能佑昭又回堂土七77釗杰：回沾4* y ^ v f / (^ %· ·.， i / v w ·*-，》«»， « » ^ I iv .〆， w -4 /y ，v K、 度，因此實用性不佳。而且，使用這種機器所實施出來的 加工步驟，不能製成口感較佳的條狀食品，例如不能提升 粉條的彈性口感。 【新型内容】 本創作主要目的係提供一種條狀食品加工機，其藉著 一切條裝置、一分段裝置、一第一輸送裝置及一第二輸送 裝置之結構及組合關係改良，使加工機可以先實施縱向分 3 M400215 條加工1將麵團分割細長條，再進行分段切割’切割成 適當的長度’藉此達到適合食品加X使用，可任意調整分 段長度及可製出口感較佳的食品之目的。 為達上述目的，本創作之條狀食品加工機較佳之實施 内容係包含：一切條裝置，該切條裝置包含兩個相互靠合 的切條輪，各切條輪的圓周面環繞的設有數道縱切刀及縱 切口，使一切條輪的縱切刀對應嵌合在另一切條輪的縱切 口； 一分段裝置，該分段裝置包含一滾輪及一分段輪；該 滾輪轉動地設置在分段輪的一側；該分段輪的圓周面設有 至J 一心切刀，该橫切刀呈輪向延伸，並使刀口抵靠在滾 輪；如此將分段裝置設置在切條裝置的一側；一第—輸送 裝置，該第一輸送裝置具有一輸入端及一輸出端，該輸出 端延伸在切條裝置的上方；及一第二輸送裝置，該第二輸 送裝置具有一輸入端及一輸出端，該輸出端延伸在分段裝 置的下方。 為了能將分割及分段完成的條狀食品定量包裝’本創 作更包含：一承接裝置，該承接裴置係設置在該分段裝置 的下方’其包含有-漏斗、-擋板及—驅動器；該漏斗具 有一入口及一出口，該入口對齊該分段裝置，用以承接落 下的條狀食品；該擋板抵靠在漏斗的出口，用以開放或關 閉出D ;該驅動器係結合在該擋板，内以帶動擋板作動。 另外，本創作該驅動器係選自汽壓缸或油壓缸其中之 。本創作該第-輸送裝置及該第二輪送裳置係包含兩皮 帶輪及-環繞兩皮帶輪的輸送帶。本創作該輸送帶的表面 M400215 设有凸歯。 猎此， ，本創作之條狀食品加工機，可應 狀食品的定量分割及分段加工作業上， ’可應用在粉條等條 ’進而達到適合條狀Traditional strip foods, such as vermicelli, rely entirely on manual manufacturing. They first prepare the necessary ingredients into a mass, then press them into pieces, and then cut them with a knife. However, this method is only suitable for housewives. It cannot be applied to the food processing industry at all. Therefore, there are several types of vermicelli processing machines, one of which comprises a conveyor belt and a cutting device for conveying strip-shaped noodles to a cutting device, the cutting device having a top roll and a The cutting wheel is provided with a plurality of axially extending convex teeth on the circumferential surface of the cutting wheel, so that the noodles are input between the rotating top wheel and the cutting wheel, and the noodles are further divided into thin strips by the cutting wheel, thus forming the noodles shape. However, the conventional processing machine can only make the food as a fixed sore", the real sore is affixed, and the 笊 佑 昭 昭 back to the earth seven 77 钊 杰: back dip 4* y ^ vf / (^ %· ·. , i / vw ·*-,"«», « » ^ I iv .〆, w -4 /y , v K, degrees, so the practicality is not good. Moreover, the processing steps carried out using this machine, Can not be made into a strip of food with better taste, for example, can not improve the elastic taste of the noodles. [New content] The main purpose of this creation is to provide a strip food processing machine, which uses all the devices, a segment device, and a The structure and the combination relationship of a conveying device and a second conveying device are improved, so that the processing machine can first perform longitudinal division into 3 M400215 processing 1 to divide the dough into elongated strips, and then perform segment cutting to cut into appropriate lengths. It is suitable for food and X use, and can adjust the segment length and the food with better export feeling. For the above purpose, the preferred implementation of the strip food processor of the present invention includes: all the devices, the cut The strip device comprises two cutting strips that are mutually abutting a plurality of longitudinal slits and longitudinal slits are arranged around the circumferential surface of each of the cutting wheels, so that the longitudinal cutting blades of all the strips are correspondingly fitted into the longitudinal slits of the other cutting wheel; a segmenting device, the segmenting device comprises a roller and a segment wheel; the roller is rotatably disposed on one side of the segment wheel; the circumferential surface of the segment wheel is provided with a J-cutting blade extending in a wheel direction and abutting the blade edge In the roller; thus, the segmentation device is disposed on one side of the slitting device; a first delivery device having an input end and an output end, the output end extending above the slitting device; and a a second conveying device having an input end and an output end extending below the segmentation device. In order to be able to quantitatively package the segmented and segmented strips of food, the present invention further comprises: a receiving device, the receiving device is disposed below the segment device, which includes a funnel, a baffle and a driver; the funnel has an inlet and an outlet, the inlet being aligned with the segment device for Undertake the fallen strips The baffle abuts against the outlet of the funnel for opening or closing D; the drive is coupled to the baffle to actuate the baffle. In addition, the actuator is selected from a steam cylinder or a hydraulic pressure. In the present invention, the first conveying device and the second feeding device comprise two pulleys and a conveyor belt surrounding the two pulleys. The surface of the conveyor belt M400215 is provided with a tenon. The strip food processing machine created can be used in the quantitative division and segmentation processing of the food, and can be applied to the strips such as vermicelli to achieve the suitable strip shape.
【實施方式】[Embodiment]
較佳的具體實施例係包含：一 、一第一輸送裝置（3)及一第二輸送裝置（4)，其中： ’本創作條狀食品加工機，其 一切條裝置（1)、一分段裝置(2) 該切條裝置（1)，係包含兩個相互靠合的切條輪（11)、 (12)，各切條輪（11 )、（ 12)係為可轉動的圓桿，並呈水平狀 設置在食品加工機的選定處，在各切條輪（11)、（12)的圓周 面環繞的設有數道縱切刀（m)、（121)及縱切口（112)、（122) ，該縱切刀（111)、（121)係凸出並環繞於切條輪（u)、G2) 的圓周面，該縱切口（112)、（122)係凹入並環繞切條輪（11) 、（12)的圓周面，並使一切條輪（11)的縱切刀（ui)對應嵌合 在另一切條輪（12)的縱切口（122)，而另一切條輪（12)的縱 切刀（121)亦對應嵌合在切條輪（11)的縱切口（112)(如第三 圖所示）；如此將麵團輸入兩個切條輪（11)、（丨2)之間，就 可無間斷地將麵團分割成細長條。 該分段裝置（2)，係包含一滾輪(21)及一分段輪(22); 該滾輪(21)係為圓桿，可轉動地設置在分段輪(22)的一側； 5 1400215 該分段輪(22)係為轉動地設置在滾輪(21)—側的圓桿，在其 圓周面設有至少一橫切刀（221)，該橫切刀（221)呈軸向延伸 到兩端，並在轉動時可使橫切刀（221)刀口抵靠到滚輪(21) 的圓周面；如此，將分段裝置（2)設置在切條裝置（丨）的下方 ’使分割而成的細長條再輸入滾輪(21)與分段軸（22)之間， 用以進行分段切割。 該第一輸送裝置（3)及第二輸送裝置（4)較佳的實施例 係分別包含有兩皮帶輪(31 )、（41 )，及一環繞兩皮帶輪(31) 、（41)的輸送帶（32)、（42)，如此各構成一輸入端（33)、（43) 及一輸出端（34)、（44);再將該第一輸送農置（3)設置在切 條裝置（1)一側的上方，使其輸出端（34)延伸到切條裝置（1) 的上方；另將該第二輸送裝置(4)設置在分段裝置(2)—側的 下方，使其輸入端（33)延伸到分段裝置（2)的下方。 藉此’如第二圖及第四圖所示，將調製好的麵團放在 第一輸送裝置（3)的輸送帶（32)上，輸送到切條裝置（1)上方 ’再落到切條裝置（1)的兩切條輪（11)、（12)之間，利用縱 切刀（111)、（121)與縱切口（112)、（122)的作用，將麵團擠 遂及分割成多數細長條》而後使細長條落入分段裝置(2)的 滾輪(21)與分段輪(22)之間，利用轉動的分段輪(22)的橫切 刀（221)進行切割，詳言之，每當橫切刀（221)轉動而抵靠到 滾輪(21)時，就將細長條再分段切割，即可製成條狀的食 品，並落到第二輸送裝置(4)上輸出。 如第一圖及第二圖所示，為了使分條分段加工完成的 成品可定量包裝，本創作可實施有一承接裝置，該承接 6 丄：) 裝置（5)係設置在該分段裝置（2)的下方，其包含有一漏斗 (51)、一擋板（52)及一驅動器（53);該漏斗（51)為具有一入 口（511)及一出口（512)的錐體，使入口（511)對齊分段裝置 (2)，用以承接落下來的條狀食品；該擋板（52)抵靠在漏斗 (51)的出口（512)，用以開放或關閉出口（512);而該驅動器 (53)可為汽壓缸或油壓缸之一，使其作用端連接在擋板(52) ' 。當漏斗（51)内累積到一定量的條狀食品時，就控制該驅 …動器（53)作動，如第五圖所示，使驅動器（53)帶動擋板(52) •開啟漏斗(51)的出口（512)，進而使條狀食品集中_定的數 量落到第二輸送裝置（3)的輪送帶（32)上，再利用輪送帶 (32)輸出加工機。 由上述之實施例可見，本創作利用切條裝置先將麵 團分割成細長條，再使用分段裝置（2)將細長條分段切割， 將犯適於應用在食品加工產業上，適合大量生產^而且 當有舄要調整为4又長度時，只要更換不同的分段輪Ο])就 能達成，例如第二圖所示，使用四月橫切刀（221)的分段鈐 ·' (22)，可切成較短的條狀食品；如第五圖所示，使用單^ '橫切刀（221)的分段輪(22)，就能切成較長的條狀食σ，相 較於習知的加工機而言，可達到任意調整長度的功戈 外，本創作先用切條農置（丨）將麵團擠壓及分割成細| 存使用分段裝置（2)將細長條分段切割，將能提升條狀入'。 的彈性口感，例如應用在切割出粉條時，使粉條更 性。 ’、 綜上所述，本創作條狀食品加工機，已確具實用性與 7 M400215 創作性，其技術手段之運用亦出於新穎無疑，且功效與設 計目的誠然符合，已稱合理進步至明。為此，依法提出新 型專利申請，惟懇請鈞局惠予詳審，並賜准專利為禱， 至感德便。 【圖式簡單說明】 第一圖為本創作較佳實施例之立體示意圖。 第二圖為本創作較佳實施例之側視及動作示意圖。 第三圖為本創作切條裝置較佳實施例之放大示意圖。 第四圖為本創作較佳實施例切割動作示意圖。 第五圖為本創作另一較佳實施例之側視及動作示意圖 【主要元件符號說明】 (1) 切條裝置 (111)、（121)縱切刀 (2) 分段裝置 (22)分段輪 (3) 第一輸送裝置 (32)、（42)輸送帶 (34)、（44)輸出端 (5)承接裝置 (511)入口 (52)擋板 (11)、（12)切條輪 (112) ' (122)縱切口 (21) 滾輪 (221) 橫切刀 (31)、（41)皮帶輪 (33)、（43) 輸入端 (4)第二輸送裝置 (51)漏斗 (512)出口 (53) 驅動器The preferred embodiment comprises: a first conveying device (3) and a second conveying device (4), wherein: 'The original strip food processing machine, all the devices (1), one point Segment device (2) The slitting device (1) comprises two cutting wheels (11) and (12) which are mutually abutting, and each of the cutting wheels (11) and (12) is a rotatable round rod. And disposed horizontally at a selected portion of the food processing machine, and a plurality of slitting blades (m), (121) and longitudinal slits (112) are arranged around the circumferential surface of each of the cutting wheels (11), (12) (122), the slitting cutters (111) and (121) are convex and surround the circumferential surface of the cutting wheel (u), G2), and the longitudinal slits (112) and (122) are concave and surrounded. Cutting the circumferential surface of the wheel (11), (12), and fitting the slitting knife (ui) of all the strips (11) to the longitudinal slit (122) of the other cutting wheel (12), and the other cutting The slitting knife (121) of the strip wheel (12) also corresponds to the longitudinal slit (112) fitted to the cutting wheel (11) (as shown in the third figure); thus the dough is fed into the two cutting wheels (11) Between (丨2), the dough can be divided into uninterrupted Strip. The segmentation device (2) comprises a roller (21) and a segment wheel (22); the roller (21) is a round bar rotatably disposed on one side of the segment wheel (22); 1400215 The segmented wheel (22) is a round rod rotatably disposed on the side of the roller (21), and has at least one transverse cutter (221) on its circumferential surface, the transverse cutter (221) extending axially To both ends, and when rotating, the cross-cutting knife (221) can be abutted against the circumferential surface of the roller (21); thus, the segmentation device (2) is placed under the cutting device (丨) to divide The elongated strip is then input between the roller (21) and the segmented shaft (22) for segmentation cutting. The preferred embodiment of the first conveying device (3) and the second conveying device (4) respectively comprises two pulleys (31), (41), and a conveyor belt surrounding the two pulleys (31), (41) (32), (42), thus constituting an input end (33), (43) and an output end (34), (44); and then placing the first conveying farm (3) in the slitting device ( 1) above one side, its output end (34) extends above the slitting device (1); and the second conveying device (4) is placed below the side of the segmentation device (2), The input end (33) extends below the segmentation device (2). By this, as shown in the second and fourth figures, the prepared dough is placed on the conveyor belt (32) of the first conveying device (3) and conveyed to the top of the cutting device (1) and then falls to the cutting. Between the two cutting wheels (11) and (12) of the strip device (1), the dough is squeezed and divided by the action of the slitting blades (111), (121) and the longitudinal slits (112) and (122). A plurality of slivers are then placed between the rollers (21) of the segmentation device (2) and the segmented wheels (22), and the cross-cutting blades (221) of the rotating segmented wheels (22) are used for cutting In detail, whenever the cross cutter (221) rotates and abuts against the roller (21), the sliver is further cut into pieces to form a strip of food and fall to the second conveying device ( 4) Upper output. As shown in the first and second figures, in order to enable the finished product of the segmented segmentation to be quantitatively packaged, the present invention can be implemented with a receiving device that accepts 6 丄:) the device (5) is disposed in the segmented device. (2) below, comprising a funnel (51), a baffle (52) and a driver (53); the funnel (51) is a cone having an inlet (511) and an outlet (512), The inlet (511) is aligned with the segmentation device (2) for receiving the fallen strip of food; the baffle (52) abuts the outlet (512) of the funnel (51) for opening or closing the outlet (512) And the driver (53) can be one of a steam cylinder or a hydraulic cylinder, and its active end is connected to the baffle (52)'. When a certain amount of strip food is accumulated in the funnel (51), the actuator (53) is controlled to act, as shown in the fifth figure, so that the driver (53) drives the shutter (52). The outlet (512) of 51), in turn, concentrates the strip of food on the transfer belt (32) of the second conveyor (3), and then outputs the processing machine by means of the belt (32). It can be seen from the above embodiments that the present invention uses the slitting device to first divide the dough into slender strips, and then uses the segmentation device (2) to cut the sliver strips in sections, which is suitable for application in the food processing industry, and is suitable for mass production. ^ And when there is a need to adjust to 4 lengths, just replace the different segment rims]), as shown in the second figure, using the April cross cutter (221) segment 钤 · ' ( 22), can be cut into shorter strips of food; as shown in the fifth figure, using the segmented wheel (22) of the single cross section cutter (221), it can be cut into long strips of food σ. Compared with the conventional processing machine, it can achieve the arbitrarily adjusted length. In this creation, the dough is first squeezed and divided into thin pieces by using the cutting strips (丨), and the use of the segmentation device (2) will be The sliver is cut in sections and will lift the strip into '. The elastic mouth feel, for example, is applied to make the noodles more perfect when cutting the noodles. In summary, the creation of the strip food processing machine has been practical and 7 M400215 creative, and its technical means are also novel and undoubted, and the efficacy and design purpose are in line with the fact that it has been reasonably improved to Bright. To this end, a new type of patent application was filed in accordance with the law, but the bureau was requested to give a detailed examination, and the patent was granted as a prayer. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a perspective view of a preferred embodiment of the present invention. The second figure is a side view and an action schematic of the preferred embodiment of the present invention. The third figure is an enlarged schematic view of a preferred embodiment of the creation cutting device. The fourth figure is a schematic view of the cutting action of the preferred embodiment of the present invention. Figure 5 is a side view and an operation diagram of another preferred embodiment of the present invention. [Main component symbol description] (1) Slitting device (111), (121) slitting knife (2) Segment device (22) Segment wheel (3) First conveying device (32), (42) Conveyor belt (34), (44) Output end (5) Receiving device (511) Entrance (52) Baffle (11), (12) Cutting strip Wheel (112) ' (122) longitudinal slit (21) roller (221) cross cutter (31), (41) pulley (33), (43) input (4) second conveyor (51) funnel (512 ) exit (53) drive