‘ ¢¢/(3559¾^964號專利申請案中文專利說明書修正頁及專利範圍修正本無劃線版 2009年1月16日修訂 2009 年 1 Ρ^ΓΓΓΙ 年月 五、新型說明： 【新型所屬之技術領域】 本創作係’-種脈衝賴密封機，詳細的說，係關 把各種產業用、食品原制、飼湘等的粉末，顆粒物，或者類 似物品，利用電脈衝的熱並以高效率密封在合成樹脂袋（單層樹 脂袋）内的脈衝電熱密封機。 【先前技術】 一無論是門市部門用的還是產業上用的，習知技術已經揭示 5玄荨物品的脈衝電熱密封機。 例如，在專利文獻1中已經揭示一種脈衝電熱密封機，i 對輸送鏈條挾持從輸送機構所運送過來的充填袋的既定上部、 用跟輸送機構同步的速度繼續移送，在既定時間之後 ^ 3驅動部、電磁離合器、鏈條、小齒輪和周f(drcula_h ϋ ’用-對跟輸送鏈條移動速度同步的脈衝加熱器 述 填袋上端的兩側壓緊並密封，在完成密封之後，釋放脈 g顯加熱，利用氣動氣缸使該脈衝加熱器回到原來“ [專利文獻1]曰本專利第3770764號公報 【新型内容】 [創作欲解決的問題] 上述賣充電熱密封機，其結構中用一對輪逆 送機構所運送過來的充填袋魏定上部，並與挾持由輪 移送。因此’必須在充填袋的兩側配置一對輪 冓同步繼續 >用的鏈輪’利㈣觀雜，還會城增加和傳遞動利 有鑒於此，本創作之目的在於提供—種脈 a 不需要設置-賴持充填袋進行赫的輪送鏈=、封機，其 的鏈輪，結構簡單’且製造價格低廉。 ” A及傳遞動力用 [解決問題之技術手段] 為解決上述問題，請求項1之賣充電熱密封機，其配置在乂 M355907 :體上具有：一 完成後，放開該對脈衝加熱部的二让端兩侧，密封 一對脈衝加熱部的下方，設H導2脈，電熱密封機主體的 .其中’ i脈衝加熱::二::㉟二，】熱密封機’ 隆（註冊商標）薄片進行的。 丁的壓5加熱是隔著特氟 其中，^脈衝加熱2之脈衝電熱密封機’ .捲繞方式且間歇性地根據污染狀態，用 的特氟隆（註冊商標）薄片。真衣和忒脈衝加熱部之間使用 [對照先前技術之功效] 利用二 =輸送的充填袋’ 料該充填袋的既===態此日輸送機的輸送方向 部、電磁離合器、鏈條、小脈衝加熱部用透過驅動 同步移動的-對脈衝加敎器1而與輸送機的輸送速度 封，在密封完成之後，緩真衣的上端兩側進行壓合密 使脈衝加熱器回到初始熱®合，再利用氣缸' ¢¢ / (35593⁄4^964 Patent Application Chinese Patent Specification Amendment Page and Patent Scope Amendment No Cross-line Edition January 16, 2009 Revision 2009 1 Ρ^ΓΓΓΙ Year Month 5, New Description: [New Type Technical field] This creation department is a kind of pulse-drying sealing machine. In detail, it is used to seal powders, particulate matter, or the like of various industrial uses, food raw materials, and foods, using electric pulse heat and high efficiency. A pulse electric heat sealing machine sealed in a synthetic resin bag (single layer resin bag). [Prior Art] A pulse electric heating machine for a black scorpion article has been disclosed by a conventional technique, whether it is used by a sales department or an industrial one. For example, Patent Document 1 discloses a pulse electric heat sealing machine in which the transport chain is held by a predetermined upper portion of the filling bag conveyed from the transport mechanism, and is continuously transferred at a speed synchronized with the transport mechanism, after a predetermined time. Department, electromagnetic clutch, chain, pinion and cycle f (drcula_h ϋ 'Used - pair of pulse heaters synchronized with the movement speed of the conveyor chain After the sealing is completed, the release pulse g is heated, and the pulse heater is returned to the original state by using a pneumatic cylinder. [Patent Document 1] Japanese Patent No. 3770764 [New Content] [Creation to solve the problem The above-mentioned selling charging heat sealing machine has a structure in which the upper part of the filling bag is transported by a pair of wheel reversing mechanisms, and is transported by the wheel. Therefore, it is necessary to arrange a pair of rims on both sides of the filling bag. Continue to use the sprocket 'Lee (four) to see the miscellaneous, and the city will increase and pass the movement. In view of this, the purpose of this creation is to provide - the kind of pulse a does not need to set - rely on the filling bag to carry the wheel of the chain = , sealing machine, its sprocket, simple structure 'and low manufacturing cost. ” A and transmission power [technical means to solve the problem] In order to solve the above problem, claim 1 of the charging heat sealing machine, its configuration in 乂M355907 : On the body: After completion, release the two sides of the pair of pulse heating parts, seal the lower part of the pair of pulse heating parts, set the H guide 2 pulse, the main body of the electric heat sealing machine. Where 'i pulse heating: : 2::35 2, 】 Heat sealing machine 'Long (registered trademark) sheet. Ding pressure 5 heating is separated by special fluorine, ^ pulse heating 2 pulse electric sealing machine'. Winding method and intermittently according to pollution status, used Teflon (registered trademark) sheet. Use between the real clothes and the sputum pulse heating unit [Compared with the efficacy of the prior art] Using the two = transporting filling bag 'The filling bag's both === state of the conveyor's conveying direction The part, the electromagnetic clutch, the chain, and the small pulse heating unit are sealed with the conveying speed of the conveyor by the synchronously moving-to-pulse twister 1 , and after the sealing is completed, the upper ends of the slow garment are pressed and sealed to make the pulse heating. Return to the initial heat® and reuse the cylinder
=對輪送鏈條和傳遞動力用並H 【實施方式】 圖1是表示本創作 以下’參照附圖說明本創作的實施態樣。 5 M355907 之脈衝電熱密封機的實施態樣的前 密封機的側視圖。另外，圖3 疋圖1之脈衝電熱 .密封機對充填袋所進行的^封作^略俯視圖’用來說明脈衝電熱 在圖1、圖2中，符號丨是輸送 該充填以充i; 其沿 上下移動；脈衝電_^»@ ^ 可相對支柱 ，電熱密封機主體7以隔著支承臂、上。因此 式配置在輪送機1的上方。W 6相對支柱5上下移動的 F1 7在充填袋2的輸辦 充填袋2沿著輸送方向F1移，其以同樣的輪送速度與 游-側，設有冷卻部9，i對 ^填袋2輸送方向Π的η； 氣使之冷卻。 八于左過電熱费封的充填袋2吹送冷卻空 8 . 7 1在縮窄_，並沿著上述輸送方向既定上部保 的兩侧。 引％r充填K2的既定上部 作成比較長的尺寸導真f沿f填袋2的輸送方向F1製 形成厚度很薄的薄板並二古2 f輪送方向正交的前後方向上 一點的既定間隔互相對向設置。厚度稍微更寬 的這一端的部分上1 導白件10、10在充填袋2送過來 能確實地將輸送方⑽上前端逐漸加寬。如是，便 側引入導向件1〇、1〇之間/〜過來的充填袋2的既定上部的兩 10與密封充填袋2袋口時導向件ω、 填袋2輸送方向正交的1下方1圖。如圖4所示，在與充 向上’導向件10、10互相之間的間 M355907 隔從中_相始向τ端逐漸加寬。 可將充填袋2 既定上部保持在縮窄狀態，^^0、1。的上部 概適應因充填袋2内部填充物 :、10的下 ，本實施態樣的_電熱㈣機主體7,上f的膨脹線條。 用跟輸送機1同步移動的脈衝加熱部8的的上部，並利 分2a進行電熱密封。 的脈衝加熱器11對袋口部 脈衝力σ熱部8、8具有氣缸12 (第—氣虹、、. 文‘向件10、10弓ί導而朝輸送方向F1輸送的充^代^斤述，在與 -蚊距離的_，該氣叙12可鶴-對衣2同步移動 *=脈衝加熱部8、8的脈衝加熱nH。 參見圖2、圖4)，便可對袋口部t 2= 開11 _遠離的方向J 機1 ^终端運出，便，然後從輪送 封操作中，為了防止脈衝加熱器η、η與袋口 心2a直接接觸（為防止口袋炼融）， 2 = ’根據髒污狀態間歇性地送出 ：口 ===污而導致袋口減不良。此:^ ;向F1同以::二 々充填袋2的袋口部分2a的輸送 使-^ H填袋進行電齡封此點，與上述相同。 圖1所示，二口 上：7月輸送方向移動的移動機構，大致如 的方式3χ置在脈衝電熱密封機主體7的巾央部分^丨鍵條 7 M355907 24 ’其繞掛在電磁離合器21的輸出部與小齒輪23上，用來傳遞 彡疋轉力，CP齒條25 ’其與小齒輪23嚙合，並安裝在支撐一對脈 衝加熱部8、8和氣缸12的框架16上。 a此外，在脈衝電熱密封機主體7另一端的上部設置有氣缸（第 一氣虹）17，其可讓跟充填袋2 一起移動的脈衝加熱部8、8經由 框架16回到初始位置（參見圖1)。 ^在進行整體操作時，首先根據要密封的充填袋2的尺寸，在 周整並決疋其支承臂6的高度、輸送機1的運轉速度、與充填袋2 的輸送速度同步的驅動部20的轉動速度，以及脈衝加熱器uU -的加熱，度等之後，再啟動脈衝電熱密封機；3。 接著，由輸送機1運送過來的充填袋2，被引入導向件1〇、 填f 2的既定上聽持在縮窄狀態，同時沿著輸送 f ^ 、導充填袋2的既以部的兩側，如圖4所示，使其ίΐ 邛为2a被送入一對脈衝加熱部8、8之間。 九 袋子用的光電管開關18導通，檢測袋子用的光電 移動，與此同ί，門填袋2的速度同步而朝輪送方向i 8a所示的那樣進行接觸並如向巧壓合’使其如圖3中符號8a、 然後，脈衝加熱部8:8二=起來（參見圖3)。 號8b、8b所示的位置上 夺日^行移動，到達圖3中符 熱部8、8互相分開到用氧缸12的壓力，使脈衝加 動部20停止的同所示的位置上。另外，在驅 17 ^ 8 . 8 ^ ^ mM 2 ^ 人便I從輸送機！端部取出&品k乳冷部袋口部分2a，之後吾 按照以上的方式，脈衝電熱密封機3就能對輸送機！所運送 8 M355907 進她复連續的密封處理。 2進行移送的-對輪送 輪故、、、口構間早，可降低製造成本。 因此，本創作不需要使 鏈條和傳遞動力用的鏈 【圖式簡單說明】 圖1是表示本創作之脈衝電熱密封機 圖2,圖1之脈衝電熱密封機的側視圖。心羨的刚視| 圖3是概略俯視圖，用來說明脈衝電熱密封機 封操作動作。 &、、、在对機對充填袋的密 ，圖 - 圖4是表示在脈衝電熱密封機密封充填袋袋口時 • 脈衝加熱部的位置關係的側視圖。 導向件輿 【主要元件符號說明】 1輸送機 2充填袋 2a袋口部分 3脈衝電熱密封機 4底座 5支柱 6支承臂 7脈衝電熱密封機主體 8脈衝加熱部 8a、8b、8c 位置 9冷卻部 10導向件 η脈衝加熱器 12氣叙（第一氣缸） 14送出輥 15捲繞輥 16框架 M355907 17氣缸（第二氣缸） 18檢測口袋用的光電管的開關 20驅動部 21電磁離合器 22特氟隆（註冊商標）薄片 23小齒輪 24鍵條 25 CP齒條 - F1輸送方向 . P1靠攏方向 I P2遠離方向 tl移動時間= For the transmission chain and the transmission power, H. [Embodiment] Fig. 1 is a view showing an embodiment of the present invention with reference to the drawings. 5 Side view of the front sealer of the M355907 pulse electric sealing machine. In addition, FIG. 3 is a schematic view of the pulsed electric heating and sealing machine of the filling bag for the filling bag to illustrate the pulse electric heating. In FIG. 1 and FIG. 2, the symbol 丨 is to convey the filling to charge i; Move up and down; pulse electric_^»@ ^ can be opposite to the pillar, the electric sealing machine body 7 is separated by the support arm. Therefore, it is arranged above the wheel conveyor 1. The F1 7 of the W 6 moving up and down with respect to the support 5 moves in the transporting direction F1 in the transport filling bag 2 of the filling bag 2, and is provided with the cooling portion 9 at the same rotational speed and the swim-side. 2 conveying direction Π η; gas to cool. The filling bag 2 of the left electric heating seal is blown by the cooling air 8.1, and the narrowing _ is narrowed _, and both sides of the upper protection are determined along the above conveying direction. The %r is filled with a predetermined upper portion of K2 to form a relatively long dimension. The true thickness f is formed along the conveying direction F1 of the f-filling bag 2 to form a thin plate having a very thin thickness, and the predetermined interval of a point in the front-rear direction orthogonal to the direction of the second-and-a-half 2 f. Set opposite each other. The portion of the white member 10, 10 which is slightly thicker at the end of this portion is fed in the filling bag 2 to surely widen the upper end of the conveying side (10). If so, the side 10 of the predetermined upper portion of the filling bag 2 between the guide members 1 〇 and 1 / is placed and the guide member ω is sealed when the bag 2 is sealed. Figure. As shown in Fig. 4, the M355907 is gradually widened from the middle _ phase to the τ end between the top and bottom guide members 10, 10. The predetermined upper portion of the filling bag 2 can be kept in a narrowed state, ^^0, 1. The upper part of the bag is filled with the inner filling of the bag 2: , under the 10, the electric heating (four) machine body 7 of the present embodiment, the expansion line of the upper f. The upper portion of the pulse heating portion 8 that moves in synchronization with the conveyor 1 is electrically sealed by the factor 2a. The pulse heater 11 has a pulse force on the mouth of the bag. The hot portions 8, 8 have a cylinder 12 (the first - gas, the text, the direction of the member 10, 10 is conveyed to the conveying direction F1) As described, in the distance from the mosquito, the gas can be moved synchronously with the pulsed heating unit 8, 8 (see Fig. 2, Fig. 4), and the mouth of the bag can be t 2= On 11 _ Distant direction J Machine 1 ^ Terminal is shipped out, then, from the wheel seal operation, in order to prevent the pulse heaters η, η from directly contacting the bag core 2a (to prevent pocket smelting), 2 = 'Intermittently according to the dirty state: mouth === fouling and cause bad mouth. This is the same as the above. As shown in Fig. 1, on the two ports: the moving mechanism for moving in the conveying direction in July is arranged in the manner of the central portion of the main body of the pulse electric heat sealing machine 7 and the key strip 7 M355907 24 'wound around the electromagnetic clutch 21 The output portion and the pinion 23 are used to transmit the rotational force, and the CP rack 25' is meshed with the pinion 23 and mounted on the frame 16 supporting the pair of pulse heating portions 8, 8 and the cylinder 12. Further, at the upper end of the other end of the pulse electric heat sealer main body 7, a cylinder (first gas rainbow) 17 is provided which allows the pulse heating portions 8, 8 which move together with the filling bag 2 to return to the initial position via the frame 16 (see figure 1). ^When performing the overall operation, first, according to the size of the filling bag 2 to be sealed, the driving portion 20 which is aligned with the height of the support arm 6, the running speed of the conveyor 1, and the conveying speed of the filling bag 2 is determined. After the rotation speed, as well as the heating of the pulse heater uU -, etc., then start the pulse electric heat sealing machine; Then, the filling bag 2 conveyed by the conveyor 1 is introduced into the guide member 1〇, and the filling f 2 is held in a narrowed state, and at the same time, along the conveying f ^ , the two portions of the guiding bag 2 On the side, as shown in Fig. 4, it is fed between the pair of pulse heating portions 8, 8 such that it is 2a. The photocell switch 18 for the nine-bag is turned on, and the photoelectric movement for the bag is detected. In the same manner, the speed of the door-filling bag 2 is synchronized and the contact is made as shown in the direction of the wheel i 8a. As shown by the symbol 8a in Fig. 3, then the pulse heating portion 8: 8 = 2 (see Fig. 3). At the positions indicated by the numbers 8b and 8b, the movements are taken, and the positions where the heat-receiving portions 8, 8 are separated from each other to the oxygen cylinder 12 and the pulse-applied portion 20 is stopped are shown. Also, in the drive 17 ^ 8 . 8 ^ ^ mM 2 ^ people will I from the conveyor! The end portion is taken out & product k milk cold portion bag portion 2a, after which I can pulse the electric heat sealing machine 3 to the conveyor in the above manner! Shipped 8 M355907 into her continuous sealing process. 2 The transfer-to-rotation wheel, and the interface between the ports are early, which can reduce the manufacturing cost. Therefore, the present invention does not require a chain for chain and power transmission. [Simple description of the drawing] Fig. 1 is a side view showing the pulse electric heat sealing machine of Fig. 2 and Fig. 1. Seeing the heart palpitations | Fig. 3 is a schematic plan view for explaining the operation of the pulse electric sealing machine. &,, and the density of the pair of filling pockets, Fig. 4 is a side view showing the positional relationship of the pulse heating portion when the pulse electric heat sealing machine seals the filling pocket. Guide 舆 [Main component symbol description] 1 Conveyor 2 filling bag 2a pocket part 3 pulse electric heat sealing machine 4 base 5 struts 6 support arm 7 pulse electric heat sealing machine main body 8 pulse heating parts 8a, 8b, 8c Position 9 cooling part 10 guide η pulse heater 12 gas (first cylinder) 14 feed roller 15 winding roller 16 frame M355907 17 cylinder (second cylinder) 18 detection of photocell for the switch 20 drive part 21 electromagnetic clutch 22 Teflon (registered trademark) sheet 23 pinion 24 key bar 25 CP rack - F1 conveying direction. P1 close direction I P2 moving away from direction tl