M359507 八、新型說明： 、 【新型所屬之技術領域】 本創作「茶包包裝機，，、牛κM359507 Eight, new description:, [New technology field] This creation "tea bag packaging machine,,, cattle κ
J 及一種物料包裝技術，特 指利用超音波發生元件進扞 奇另J 什運仃包裝袋封合及裁切作業 技術者^ ^引新 【先前技術】 =者現代人生活形態的改變，食衣住行育樂各 ^速完成，曰常生活的用品也跟著追求使用方便、快：: =的目標。這樣的生活改變，對喝茶喝了幾千年; =一種衝突與挑戰’因為喝茶品茗是-件慢工細二: 門蔽^碌緊湊的生活節奏中實在沒有多時的時間去享受i 便ϋ而^滿足現代人想喝茶又想方便速成的要求’茶含 内容=太小嫌茶葉伸展，“ +、料末為主。但茶葉碎末沖泡出的茶，* 二葉片來得芳香甘醇。為滿足追求精緻生… 確ϋ/'」隹出了立體茶包來因應。事實證明立體茶“ t…功效，不僅可以裳填完整的茶葉片，沖泡過程茶f 仔以元全伸展，兼顧快速便利與忠於原味兩種需求。 方間*包製造f進行茶包封裝作業者，係以電熱器做為 王要封合工且。里香斤士二、— —，、/、實苑方式乃將電熱器加熱至適當工作涵 ^接著以電熱器之端頭壓合至茶包袋料上，使茶包袋料; :二熔合’藉以完成袋體封合；由於袋體封合後，封合處係 、'°兩衣體或連結袋體及餘料，故需進-步從封合處裁切， M359507 將袋體彼此分離或是將餘料切除。 、 在前述習知封合茶包袋方式雖為一般業界主流，但其仍 :有诸多缺失亟待改進、例如’以電熱器加熱炼合包裝袋 η由於電熱^受天候環境或其他因素影響而造成溫度有 異’包裝袋的封合區域大小難以完全—致；封合區域太 =使產品看起來較為祕，封合區域太小處則強度太低不 谷易保持袋體完整性；加上電熱器係以高溫溶合包裝袋，封 :處的材質受高溫加熱過容易質變脆化，使得封合處脆弱易 ，破。 又如電熱器從開機加溫至達到工作溫度需要—段時 間’所以每次關機後再開機勢必得等待其暖機預熱。再加上 電熱器在剛完成暖機時’其溫度較不敎，故剛開機時所生 產的包裝袋品質良莠不齊，一般都會被當成不良品淘汰。假 如遇上天災或其他不可抗力，而迫使包裝袋生產線必須暫時 = '、關閉機台，待復卫後就得要等待—段時間來完成開機 淘太頭一批成品；這樣不僅耗時浪費，徒增生產成本， .無法兼顧產品的品.，質一致性。 創作人有鑑於習知包裝機尚具諸多缺失，遂特以 本案’期能藉本案之提出’俾改進現有缺點，期使該種 能臻致完善、理想與實用。 生00 【新型内容】 本創作「茶包包裝機」’其主要目的在於提供—種 音波震盪進行包裝袋封合及裁切作業之裝置，該裝置中° 設有超音波發生元件可產生超音波震盪。 為達上述目的，本案具體之内容為：一種「茶包包裝機 6 M359507 」，主要包括有進料單ι搂料單元、第—封切單元以及 二封切單元所組成： 進料單元，由上料斗、下料斗、分料組、分裝料斗以及 出料斗組成’其中上料斗τ端接合至下料斗上端，而下 之-側面則接合分料組；分料組中具有數根分料管， 分料管下方則設有-對應之分裝料斗，且分料管出口端位於 分裝料斗上方開π處，而分裝料斗下端則對至出料斗上 D 〇 ^J and a material packaging technology, especially the use of ultrasonic generating components into the 捍 另 另 仃 仃 仃 仃 仃 仃 仃 ^ ^ ^ ^ ^ 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 The clothing and living facilities are completed at various speeds, and the items that often live in life are followed by the pursuit of easy and fast use:: = target. This kind of life change, drinking tea for thousands of years; = a kind of conflict and challenge 'because drinking tea is - is a slow work fine 2: the door is closed, the life of the compact life is really not a long time to enjoy i I will satisfy the requirements of modern people who want to drink tea and want to be quick and easy. 'Tea content = too small to stretch tea, '+, the end of the material is the main. But the tea leaves brewed out of the tea, * the two leaves come to the fragrance Glycol. In order to satisfy the pursuit of exquisite life... ϋ ϋ / '" took out a three-dimensional tea bag to respond. It turns out that the three-dimensional tea "t...effect can not only fill the complete tea leaves, but also brew the tea in the process of brewing, and take into account the two needs of fast and convenient and loyal to the original taste. The electric heater is used as the king to seal the work. The Li Xiangji II, --, , /, the real garden way is to heat the electric heater to the appropriate work culvert ^ then press the end of the electric heater to the tea On the bag material, the tea bag material is filled; the second fusion is used to complete the bag body sealing; since the bag body is sealed, the sealing portion is, the '° two clothes body or the joint bag body and the remaining material, so it is necessary to enter - Steps are cut from the seal, M359507 separates the bags from each other or removes the remaining material. In the above-mentioned conventional method of sealing tea bags, although it is the mainstream in the industry, it still has many defects to be improved, for example 'The electric heating unit heats the refining bag η. Because the electric heat is affected by the weather environment or other factors, the temperature of the bag is different. The sealing area of the bag is difficult to complete completely; the sealing area is too = the product looks more secret. If the sealing area is too small, the strength is too low and the valley is easy to maintain. Body integrity; plus the electric heater is used to dissolve the packaging bag at high temperature, the material at the sealing: is heated by high temperature and easily becomes embrittled, making the sealing part fragile and easy to break. Another example is that the electric heater is warmed from the start to work. The temperature needs to be - the time of time. So every time you turn it off, you have to wait for the warm-up of the warm-up. In addition, when the electric heater is just warmed up, the temperature is not good, so the quality of the bag produced just after the start-up. If there is a difference between good and bad, it will generally be eliminated as a defective product. If it encounters natural disasters or other force majeure, it will force the production line of the bag to be temporarily = ', shut down the machine, and have to wait after the resurrection - to complete the start of the Tao Taitou The finished product is not only time-consuming and wasteful, but also increases the production cost. It is impossible to balance the product's product quality and consistency. The creator has a lot of shortcomings in the case of the custom packaging machine, and the special case can be borrowed from this case. '俾Improve the existing shortcomings, so that this kind can be perfect, ideal and practical. Health 00 [New content] The main purpose of this creation "tea bag packaging machine" is to provide a kind of sound wave Swing packaging bags and sealing operations of the cutting apparatus, the apparatus is provided with the ultrasonic generating element ° ultrasonic vibration may be generated. In order to achieve the above objectives, the specific content of the case is: a "tea bag packaging machine 6 M359507", which mainly comprises a feed unit ι material unit, a first sealing and cutting unit and a second sealing unit: a feeding unit, which is fed by a hopper The lower hopper, the materializing group, the dispensing hopper and the discharging hopper are composed of 'the upper hopper end is joined to the upper end of the lower hopper, and the lower side is joined to the feeding group; the dividing group has several distributing tubes, Below the material pipe, there is a corresponding sub-packing hopper, and the outlet end of the sub-feed pipe is located at π above the sub-hopper, and the lower end of the sub-hopper is opposite to the discharge hopper.
捲料單元，由置料元件、滾動桿、動力元件、導折板以 及接料斗所組成，其中㈣桿數量可為複數並相互平行配置 ’且置料元件及動力元件亦與滾動桿平行設置，而豆中一滾 動桿下方設有導折板。在導折板上方為人口端，導折板下方、 為出口端且其側面設有接料斗。 ，第封刀單;&含夾輪、超音波發生元件、壓輪、靜 電消除元件以及时管；其中夾輪兩個為—組，本單元中設 ^:兩組夹輪；在兩組夹輪中有超音波發生元件、壓輪及 ;斗#且超a波發生元件—端與壓輪之輪緣以極近距離相 對汉置，另外在下夹輪組側邊下方更有回收管。 _第二封切單元，係由轉座、導桿、橋接組、超音波發生 兀：、壓輪、氣動元件 '輪盤及動力元件所組成；其中轉座 上《又有對平行之導桿以及一氣動元件，轉座下結合有輪盤 而導桿上乃穿合有橋接組，其一端裝設超音波發生元件、 另端裝设有壓輪；另外橋接組適當處與氣動元件一端組合 另卜動力元件係可傳動輪盤，進而帶動轉座迴旋。 上述各單元中’進料單元的出料斗下端係對接於捲料單 元之接料斗上端，而捲料單元之導折板下端對應至第一封切 7 M359507 早兀，而第一封切單元下方則配置第二封切單元。 ,本創作具體實施操作之狀態為：將如茶葉之物料裝填至 上物料由上料斗進人下料斗，再經下料斗進人分料組 者由分料組中的分料管分別送出物料並落入各個分裝料 。各分裝料斗内盛裝的物料依照設定可分批次進入出料 斗’再由出料斗進料至下一個單元β 方面，在捲料單元之置料元件上備袋料，該袋料係 ，a及剪裁之包裝袋。將袋料繞捲於各滾動桿之間進入導 口端’再由導折板出口端穿出。接著透過動力元件傳 動滾動桿’進而帶動袋料。袋料由導折板入口端進入，藉由 導折板引導彎束令其兩側邊緣對夹而捲束成管狀，最後由出 口端送出。 在導折㈣π端之接料斗，其絲接進料單元之送出之 物料，物料由接料斗；隹λ g 4 + Μ 斗進入捲束成s狀的袋料内，接著袋料往 下輸达至第一封切單元。 在第一封切單L-r· ψ错由上下兩組夹輪固定袋料對夾之 兩側邊緣，超音波發4 ;成 ^ ^ ^ 生兀*件一鈿與壓輪亦夾壓住兩側邊緣。 接者超音波發生元件g 士加立 產生超θ波震盪，將袋料封合同時切斷 -:此ΐ衣料成為管狀。袋料封合後不需要的餘料由回收 官回收:呈管狀的袋料則繼續送往第二封切單元。 在苐一封切單元中，益士 A 4 缸切立猎由軋動元件牽引橋接組，進而帶 動超a波發生元件及壓輪依導 … 輪依導#方向滑移。當袋料送進第二 封切早兀日T ’橋接組進行第一 ^ t , 弟人α移，讓超音波發生元件及 壓輪將袋料封合並切斷；接 ^ 著G裝;^料繼續向下，同時由動 力元件轉動輪盤而帶動韓庙 a…，i ㈣轉座迴轉九十度；當包裝袋料輸送適 畜長度後’橋接組進行第-4 弟一夂α移將包裝袋料封合並切斷。 M359507 在經過兩次封切後即可得到一個包裝袋成品，並藉由重複前 述步驟連續ϋ包裝袋由於包裝&的兩：欠封切口走向^ 互垂直，故包裝袋成品呈現立體三角之外型。 由於本創作主要係以超音波發生元件產生超音波震盪 封合包裝袋，同時將包裝袋封合處裁斷。比之習用封合方法 ，本創作可精確封切包裝袋使封合區域最小化，提昇產品精 緻度；且不因高熱而使袋料產生質變，封合處更為強固：： 次超音波發生元件可在開機後馬上產生超音波震盘進行封 夢切作業，無須暖機預熱而大幅縮短開機等待時間 少生產線停工再復工之成本損耗。 於減 .【實施方式】 兹謹就本創作「茶包包裝機」其結構組成，及 的功效’配合圖式，舉一本案之較佳實施例詳細說明如下生 百凊參閱第-圖及第二圖所示，本案「茶包包裝機主 f係由進料單元卜捲料單元2、第-封切單元3以及第_ 封切單元4所組成，而 第- 單元2下承第-封切电3、案/下承捲枓…、捲料 ，其中： 、，且3弟-封切組3下承第二封切組4 第二圖所不者為推姐 - ,10 马進枓早兀1，其包括有上料斗U、下祖 斗12、分料組13、分料这 1下枓 斗15、蓋㈣1、撥二V: 除元件14、分裝料 該上料斗U下接十重元件153以及出料斗16。 至分料組13,且分二斗二2上部，而下料斗12 -側更承接 料管131 -端係露:=::有數:=管131。分 有靜電消除元件，在：二3外，且該露出端斜上方褒 在母一分料管露出端下方則對應配置有一 9 M359507 分裝料斗15。分裝料斗15 —侧面係為蓋板ΐ5ι，蓋板⑸ 旁設有撥桿152,該撥桿152可作動而掀開蓋板；分裝料斗 15下方則組合有計重7^ 153。最後，在分裝料斗15則配 置出料斗16,該出料斗16係為上寬下窄之外型，上方寬處 範圍可涵蓋所有分裝料斗15。 第四圖所示者係為捲料單元2，其包括有置料元件21、 滾動桿22、動力單元23、計數感應元件24、導折板25以及 接料斗26。其中置料元件21係為桿狀並可裝載成捆的帶狀 料件在置料το件21旁適當處，平行配置有數根滾動桿22 ’該滾動桿22係供帶狀料件繞捲，具有緩衝張力及引導帶 =料件之作用’其中一滾動桿22更結合有動力元件，可 :動滾動桿22進而牽引帶狀料件β在滾動桿22下方適當處 5又有汁數感應元件24，計數感應元件24下方則配置有導折 板25,於滾動桿22間繞捲的帶狀料件在經過計數感應元件 24後則穿進導折板25内^導折板25係為弧形彎折之板體， 其士端脊折角度大、下端彎折角度小，且兩側邊緣内折可扶 ▼狀料件。另外，於導折板2 5下端内凹面更結合有接 斗26。 立第五圖所示者係為第一封切單元3,其包括有夾輪3卜 超曰波發生το件32、壓輪33、分料桿34、靜電消除元件35 、及回收管36丨中’夹輪31兩個為一组且設有上下兩組 =在兩組夹輪31之間設有超音波發生元件32、壓輪33及分 料柃34’超音波發生元件32 一端與壓輪33以極近距離相對 設置，而分料桿34則裝設於超音波發生元件31下方。在下 組夹輪31下方處有靜電消除元件35,而下組夾輪31側邊更 有回收管36。 10 M359507 第/、圖所示者係為第二封切單元 f # 42> ^ 早4 ”包括有轉座41、 橋接，、且43、超音波發生元件44、壓輪45、氣 件-輪…動力元件4δβ其中轉座“底部且二： 二轉座41上則設有-組平行之導桿42,導桿42上 、-。有橋接組43;該橋接組43有相對之兩端，复 ，音波發生元件44、另一端裝設有壓輪45，；超音波： 疋件44 一端及壓輪45亦以極近距離相對設置。在 =合有氣動元件46,氣動元件另一端連結至橋接組⑸， ’乱疋件46可伸縮進而帶動橋接組43依導桿42走向滑移 二轉座41下方結合有輪盤47 ’而動力元件48則係可 專動輪盤47，進而帶動轉座41迴旋。 ，創作主要係分裝、包裝物料之用，其作業實施流程如 : >閱第七圖’首先將物料5 (如茶葉或調味粉）裝填 至上料斗11 Θ，物料5由上料斗Uit人下料4 12，再經下 ^斗12進入分料乡且13。物料5在分料、组13中分配至各分料 目乂出料·，物料5在分料管131出口處先經靜電消除元件 除靜電後，再落入各分料管131對應之分裝料斗15内 这當”斗15下方的計重元件153測量盛裝物料5到 *預叹重量時，即傳訊控制該分裝料斗15對應的出料管ι3ΐ 停止出料。最後由撥桿152掀開蓋板15卜讓物料5落入出 料斗16中。 再凊參閱第八圖，捲料單元2的置料元件21上裝有成 1困的袅料6，該袋料6係未封合及剪裁之包裝袋。袋料6先 捲於各滾動桿22之間，在穿經計數感應元件24後由導折 板25上端進入；其中計數感應元件24係用於計量袋料6進 料長度。袋料6在由導折板25上端穿至其下端後，兩側邊 M359507 緣會被彎曲向内收，形成一中有空間之管狀》此外透過動力 元件23傳動滾動桿22 ’可帶動袋料6連續送料。 導折板25下端之接料斗26上方，係承接出料斗a知 下端。物料5由出料斗16落入接料斗26，並進入捲束成总 狀的袋料6内。 接著請參閱第九圖 ，丁 ,The coil unit is composed of a loading element, a rolling rod, a power element, a guide folding plate and a receiving hopper, wherein (4) the number of rods can be plural and arranged in parallel with each other', and the feeding element and the power element are also arranged in parallel with the rolling rod. In the bean, a guide plate is arranged under a rolling rod. Above the guide flap is the population end, below the guide flap, which is the outlet end and has a receiving hopper on its side. , the first sealing knife; & containing the pin wheel, ultrasonic generating component, pressure roller, static elimination component and time tube; wherein the two clamping wheels are - group, the unit is provided with ^: two sets of clamping wheels; There are ultrasonic generating elements and pressure rollers in the pinch wheel; the bucket # and the super a wave generating component end are opposite to the wheel rim of the pressure wheel, and there is a recovery pipe below the side of the lower pin wheel set. _The second sealing unit consists of a rotating seat, a guide rod, a bridge group, a supersonic wave: a pressure roller, a pneumatic component 'a wheel and a power component; wherein the rotating seat has a parallel guide and A pneumatic component is combined with a wheel disc under the transposition and a bridge group is arranged on the guide rod, and an ultrasonic generating component is arranged at one end and a pressure roller is arranged at the other end; and the bridging group is appropriately combined with one end of the pneumatic component. The power component is capable of driving the wheel, which in turn drives the rotary seat to rotate. In the above units, the lower end of the discharge hopper of the feeding unit is butted to the upper end of the receiving hopper of the winding unit, and the lower end of the folding plate of the winding unit corresponds to the first sealing and cutting 7 M359507, and the lower side of the first sealing unit is disposed. The second sealing unit. The state of the specific implementation operation of the present creation is as follows: loading materials such as tea into the upper material, the hopper enters the hopper, and then entering the hopper by the hopper, the material is sent from the distribution pipe in the distribution group and falls. Into each sub-package. The materials contained in each sub-hopper can be fed into the discharge hopper in batches according to the setting, and then fed from the discharge hopper to the next unit β, and the bag material is prepared on the loading component of the reel unit, the bag system, a And tailored bags. The bag material is wound between the rolling rods to enter the guide end' and then passed out through the outlet end of the guide flap. The rolling element is then moved through the power element to drive the bag. The bag material enters from the inlet end of the guide flap, and the bend is guided by the guide flap so that the two side edges thereof are folded and rolled into a tubular shape, and finally sent out from the outlet end. In the hopper (four) π end of the hopper, the wire is fed to the feed unit, the material is taken from the hopper; 隹λ g 4 + hopper enters the bag into the s-shaped bag, and then the bag is transported down To the first sealing unit. In the first cut single Lr· ψ 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 L L L L L L L L L L L L L L L L L L L L . The ultrasonic generating element g is added to the super-theta wave oscillation, and the bag material is cut off when the contract is sealed. - This material becomes tubular. The excess material that is not needed after the bag material is sealed is recovered by the recycling officer: the tubular bag material is then sent to the second sealing unit. In a cut unit, the Yi Shi A 4 cylinder is cut and hung by the rolling element to draw the bridging group, which in turn drives the super a wave generating component and the pressure wheel to slide in the direction of the guide wheel. When the bag material is fed into the second seal, the T' bridging group performs the first ^ t, the younger α moves, so that the ultrasonic generating component and the pressure wheel seal and merge the bag material; Continue to the downward direction, while the power component rotates the wheel to drive the Korean temple a..., i (four) swivel rotates 90 degrees; when the package material is transported to the length of the animal, the bridge group carries the 4th brother The bag material seals and cuts off. M359507 can obtain a finished bag after two times of sealing and cutting, and by repeating the above steps, the bag is continuously smashed. Because the package & two: undercutting slits are perpendicular to each other, the finished bag presents a three-dimensional triangular shape. . This creation is mainly based on the ultrasonic wave generating component to produce an ultrasonic shock sealing package, and at the same time the bag closure is cut. Compared with the conventional sealing method, the creation can precisely seal the packaging bag to minimize the sealing area and enhance the product exquisiteness; and the quality of the bag material is not changed due to high heat, and the sealing place is stronger:: Subsonic generating component The ultrasonic vibration disc can be generated immediately after starting the machine to perform the dream-cutting operation, and the warm-up waiting time is not required, and the cost of the production line is stopped and the work is resumed.于减. [Implementation] I would like to elaborate on the structure and composition of the "tea bag packaging machine" for the purpose of this book. The preferred embodiment of the case is described in detail below. As shown in the second figure, in the present case, the main unit f of the tea bag packaging machine is composed of a feeding unit, a winding unit 2, a first sealing and cutting unit 3, and a _ sealing and cutting unit 4, and the first unit 2 is singulated and sealed. , the case / the next volume 枓 ..., the volume, which:,, and 3 brothers - the seal cut group 3 under the second cut group 4 The second map is not the push sister -, 10 Ma Jinyu early 兀 1, its The utility model comprises an upper hopper U, a lower hopper 12, a feeding group 13, a materialing, a lower bucket 15, a cover (four), a dialing two V: except for the component 14, the loading hopper U is connected to the ten-weight component 153 and The hopper 16 is discharged to the sub-feeding group 13 and divided into two upper portions, and the lower hopper 12-side is further connected to the feeding tube 131 - the end is exposed: =:: the number: = the tube 131. There is a static eliminating element, : 2, 3, and the exposed end obliquely above the exposed end of the female one of the dispensing tubes, there is a corresponding 9 M359507 sub-hopper 15. The dispensing hopper 15 - the side is the cover ΐ 5, the cover There is a lever 152, which can be actuated to open the cover plate; a weight 7^153 is combined under the dispensing hopper 15. Finally, a hopper 16 is disposed in the dispensing hopper 15, and the hopper 16 is disposed. The upper width and the narrow outer shape may cover all the hoppers 15 in the upper width range. The fourth figure shows the coil unit 2, which includes a loading element 21, a rolling rod 22, and a power unit 23. And counting the sensing element 24, the deflecting plate 25, and the receiving hopper 26. The loading element 21 is in the form of a rod and can be loaded into a bundle of strip-shaped material at a position adjacent to the material τ, 21, and a plurality of rolling rods are arranged in parallel 22 'The rolling rod 22 is for the winding of the strip-shaped material, has the buffer tension and the guiding belt = the role of the material. One of the rolling rods 22 is combined with the power component, and the rolling rod 22 can be pulled to further the belt-shaped material. β is further provided with a juice number sensing element 24 at a position 5 below the rolling rod 22, and a deflecting plate 25 is disposed below the counting sensing element 24, and the strip-shaped material wound between the rolling rods 22 passes through the counting sensing element 24 The guide flap 25 is inserted into the guide flap 25 into a curved and bent plate body, and the corner of the ridge is large. The bending angle of the lower end is small, and the edge of the two sides can be folded into the shape of the material. In addition, the concave surface of the lower end of the folding plate 25 is combined with the bucket 26. The first sealing unit is shown in the fifth figure. 3, which comprises a pinch wheel 3, a super-chopper generating device 32, a pressure roller 33, a materializing rod 34, a static eliminating element 35, and a recovery tube 36, wherein the 'clip wheel 31 is a set of two Two groups = between the two sets of pinch wheels 31 are provided with an ultrasonic generating element 32, a pressure roller 33 and a distributor 柃 34'. The ultrasonic generating element 32 is disposed at a very close distance from the pressure roller 33 at a very close distance, and the dispensing rod 34 is disposed. It is installed under the ultrasonic generating element 31. There is a static eliminating element 35 below the lower set of pinch wheels 31, and a recovery pipe 36 is provided on the side of the lower set of pinch wheels 31. 10 M359507 The figure shown in Fig. / is the second sealing unit f # 42> ^ 4" includes the rotating seat 41, the bridge, and 43, the ultrasonic generating element 44, the pressing wheel 45, the pneumatics-wheel... The power element 4δβ has a rotating base “bottom and two: two rotating seats 41 are provided with a set of parallel guiding rods 42 and guiding rods 42 and −. There is a bridge group 43; the bridge group 43 has opposite ends, the complex, the sound wave generating element 44, and the other end is provided with a pressure roller 45;; ultrasonic wave: one end of the element 44 and the pressure wheel 45 are also relatively close to each other. . At the same time, the pneumatic component 46 is combined, and the other end of the pneumatic component is coupled to the bridge group (5). The tampering member 46 is telescopically movable to drive the bridge group 43 to slide along the guide rod 42. The second rotary seat 41 is coupled with a wheel 47'. The component 48 is a movable disc 47, which in turn drives the swivel 41 to swing. The creation is mainly for the packaging and packaging of materials. The operation process of the operation is as follows: > Read the seventh figure' Firstly, the material 5 (such as tea or seasoning powder) is loaded into the upper hopper 11 物料, and the material 5 is placed under the hopper Uit. Material 4 12, and then enter the distribution town and 13 through the lower bucket 12 . The material 5 is distributed to the respective material discharges in the material distribution group 13 and the material 5 is discharged at the outlet of the distribution pipe 131 through the static elimination component, and then falls into the corresponding distribution of the respective distribution pipes 131. In the hopper 15, when the weight element 153 under the bucket 15 measures the loading material 5 to the pre-sigh weight, the communication control unit ι3 对应 corresponding to the dispensing hopper 15 stops discharging. Finally, the lever 152 is opened. The cover plate 15 allows the material 5 to fall into the discharge hopper 16. Referring to the eighth figure, the loading element 21 of the winding unit 2 is provided with a trapped material 6 which is unsealed and The cut bag 6 is first wound between the rolling rods 22, and enters the upper end of the folding plate 25 after passing through the counting sensing element 24; wherein the counting sensing element 24 is used for measuring the feeding length of the bag 6. After the bag material 6 is passed through the upper end of the guide flap 25 to the lower end thereof, the edges of the M359507 on both sides are bent inwardly to form a tubular shape with space. In addition, the rolling rod 22' can be driven through the power element 23 to drive the bag material. 6 Continuous feeding. Above the receiving hopper 26 at the lower end of the folding plate 25, the lower end of the discharging hopper is received. The material 5 is discharged. 16 fall into the receiving hopper 26, and into the swept volume within the overall shape of the bag material 6. Next, please refer to FIG ninth, butoxy,
並藉由上下兩組夹輪31固定袋料6對夹之兩側邊緣，而起 音波發生元件32 —端與壓輪33亦夾住該袋料6兩側邊緣。 接著超音波發生元件32產生超音波震盪，將袋料6封合同 時切斷封合處，藉由第一次封切使袋料6成為管狀。封切成 管狀的袋料6繼續向下送料，並經過靜電消除裝置3 5去& 靜電後送往第二封切單元4;另外袋料6封切後不需要的^ 料經分料桿34撥開由回收管36回收。 再來請參閱第十圖所示，袋料6進入第二封切單元4後 *由氣動元件46牽引橋接組43進行第一次滑移，在滑移時 帶動超音波發生元件44及壓輪45封切袋料6將其端口封住 (如第十一圖所示）。接著如第十二圖所示，袋料6繼續向 下輪送，此時動力元件48帶動輪盤47,令轉座41迴轉九十 f並足位。當袋料6輪送適當長度後，橋接組43進行第二 次滑移，將袋料6封切（如第十三圖所示）後得到成品Μ 並由落料口 4U輪出。其中橋接組43第一次滑移係為去向 T動’第二次滑移則為回向位移，形成往覆位移。且由於成 61的兩-人封切口走向相互垂直’故成品61呈現立體三角 之外型（如第十四圖所示）。 此外，本創作每—分料f 131及其對應之分裝料斗Μ …關連組’且各級可設定為獨立作業。意即可設定成每一 12 M359507 分裝料斗15裝填之物料5重量各不相同’同時可控制分裝 料斗15落料時機，使其梯次落料、群組落料或是同時落料 。是以本創作具有多種包裝功能，可定量包裝單一種物料5 ，如余葉；也可包裝混合物料5，如混合調味粉包或五榖雜 糧零食等。 本創作係以超音波發生元件產生超音波震盪完成封切 作業，與習用電熱器或其他封切方法相比，超音波震盪可更 精確地進行封切，提昇產品精緻度；且袋料不會產生質變脆 化，明顯提高封合處強度，其次，超音波發生元件可在開機 後馬上產生超音波震盪進行封切作業，無須暖機預熱，進而 大幅縮短開機等待時間，有助於減少生產線停工再復工之成 本損耗。是以本創作確實可達到節省成本、增加產能、多元 功能等功效。 紅上所述’本案「茶包包裝機」，其技術内容完全符人 新型專利之取得要件。本案在產業上確實得以利用，於申請 前未曾見於刊物或公開使用，且非為公眾所知悉之技術。再 者，本案有效解決先前技術中長期存在的問題並達成相關使 用者與消費者長期的需求，得佐證本新型並非能㈣完成。 本案富具專利法規定之「產業利用性」、「新穎性」與「進步 性」等要件，爰依法提請專利，懇請鈞局詳杳，並儘早為 准予專利之審定，以保護申請人之智慧財產權：俾勵創:為 —本新型雖藉由前述實施例來描述，但仍可變化其形態與 細節，於不脫離本新型之精神而達成，並由熟悉此項技藝之 人士可了解。刖述本案之較佳實施例，僅係藉本f原理可以 具體實施的方式之-’但並不以此為限制，應依後附之申請 專利範圍所界定為準。 13 M359507 圖式簡單說明 第一圖 第二圖 第三圖 第四圖 第五圖 第六圖 第七圖 第八圖 第九圖 係為本創作之立體外觀圖。 係為本創作之各單元相 拉也上 對位置立體外觀圖。 係為本創作進料單元之立體外觀圖。 係為本創作捲料單元之立體外觀圖。 係為本創作第_封I β _ 刀早疋之立體外觀圖。 係為本創作第二封切罩 係為本創作進料單元進=立體外觀圖。 # A , 料情形之結構示意圖。 係為本創作捲料i ; 料情形之結構示意圖。 係為本創作第一封切圆 圖。 進仃封切作業之立體示意 第十圖：係為本創作第二封 之立體示意圖。 疋第―次滑移進行封切作業 第十一圖：係為本創作完成 a 合之立體示意圖。人φ切作業後，袋料端口封 第十二圖：係為本創作袋料繼續 立體示意圖。 進料’同時轉座迴旋之 第十二圖：係為本創作第二封士。。 業之立體示意圖。士 刀早兀第二次滑移進行封切作 第十四圖：係為本創作封切 圖。 立體包裝袋成品立體示意 主要元件符號說 進料單元 12---下料斗 上料斗 分料組 14 11、. M359507 131-- 分料 管 14--- •靜電 消 除 元 件 15--- 分裝 料斗 151-- •蓋板 152-- 撥桿 153-- -計重 元 件 16--- 出料 斗 2---- -捲料 單 元 21--- 置料 元件 22--- -滚動 桿 23--- 動力 元件 24--- -計數感 應 器 25--- 導折 板 26--- -接料 斗 3---- 第一 封切 單 元 31--- -夹輪 32--- •超音 波發 生 元件 33---壓輪 34--- _分料桿 35--- -靜電 消 除 元 件 36--- •回收 管 4---- -第二 封 切 單 元 41--- •轉座 411-- -落料 口 42--- •導桿 43--- -橋接 組 44—— •超音 波發 生 元件 45 — -壓輪 46 — •氣動 元件 47--- -輪盤 48—— -動力 元件 5 -— -物料 6---- •袋料 61--- '成品 15The two sides of the bag 6 are fixed by the upper and lower sets of the clamping wheels 31, and the end portions of the sound generating component 32 and the pressing wheel 33 also sandwich the side edges of the bag 6. Then, the ultrasonic generating element 32 generates ultrasonic oscillation, and the bag material 6 is cut off when the bag is sealed, and the bag material 6 is made tubular by the first sealing. The bag material 6 sealed and cut into a tube is continuously fed downward, and is sent to the second sealing and cutting unit 4 through the static elimination device 35 to be electrostatically charged; and the unnecessary material is sealed by the dispensing rod 34 after the sealing of the bag material 6 The opening is recovered by the recovery pipe 36. Referring to the tenth figure, after the bag material 6 enters the second sealing and cutting unit 4, the bridging group 43 is pulled by the pneumatic component 46 for the first sliding, and the ultrasonic generating component 44 and the pressing wheel 45 are driven during the sliding. The sealed bag material 6 seals its port (as shown in Figure 11). Next, as shown in Fig. 12, the bag material 6 continues to be fed downward, at which time the power element 48 drives the wheel 47, causing the swivel 41 to rotate ninety f and to the full position. After the bag 6 is fed to the appropriate length, the bridging group 43 performs a second slip, and the bag material 6 is sealed (as shown in Fig. 13) to obtain the finished crucible and is rotated by the unloading port 4U. The first slip of the bridging group 43 is the going T movement. The second slip is the backward displacement, forming a creeping displacement. And since the two-person sealing slits of 61 are perpendicular to each other, the finished product 61 exhibits a three-dimensional triangular shape (as shown in Fig. 14). In addition, the creation of each of the creations f 131 and its corresponding dispensing hopper ... associated group ' and each level can be set to work independently. It can be set to each 12 M359507 sub-hopper hopper 15 loading material 5 different weights' at the same time can control the dispensing hopper 15 blanking timing, so that the ladder blanking, group blanking or blanking at the same time. This product has a variety of packaging functions, can be packaged in a single material 5, such as the remaining leaves; can also package the mixture of materials 5, such as mixed seasoning powder or five grains of snacks. This creation is based on ultrasonic wave generating components to generate ultrasonic vibration to complete the sealing and cutting operation. Compared with conventional electric heaters or other sealing and cutting methods, ultrasonic vibration can be more accurately sealed and cut to improve product refinement; and the bag material will not produce quality and brittleness. The intensity of the seal is obviously increased. Secondly, the ultrasonic generating component can generate ultrasonic shock immediately after starting the machine for sealing and cutting operations, without warming up the machine, thereby greatly shortening the waiting time for starting the machine, which helps to reduce the shutdown of the production line and resume work. Cost loss. Therefore, this creation can indeed achieve cost savings, increased productivity, and multiple functions. In the above-mentioned "tea bag packaging machine", the technical content of the case is completely in line with the requirements for the acquisition of new patents. The case was indeed used in the industry and was not seen in the publication or publicly used before the application, and is not a technology known to the public. Furthermore, the case effectively solves the long-standing problems in the prior art and achieves the long-term needs of the relevant users and consumers. It is proved that the new model is not capable of (4) completion. This case is rich in the "industry useability", "novelty" and "progressiveness" as stipulated in the Patent Law. The patents are required to be submitted in accordance with the law. Please refer to the bureau for details and approve the patent as soon as possible to protect the applicant's wisdom. Property Rights: Creativity: The present invention is described by the foregoing embodiments, but its form and details may be varied without departing from the spirit of the present invention, and will be understood by those skilled in the art. The preferred embodiment of the present invention is to be construed as being limited to the details of the present invention. 13 M359507 Brief description of the diagram First diagram Second diagram Third diagram Fourth diagram Fifth diagram Sixth diagram Seventh diagram Eighth diagram The ninth diagram is the three-dimensional appearance of the creation. This is a three-dimensional appearance of the position of each unit of the creation. It is a three-dimensional appearance of the creative feeding unit. It is a three-dimensional appearance of the creative coil unit. This is the stereoscopic appearance of the first _ _ I _ 刀 knife. The second cutting cover of this creation is the creation of the original feeding unit = stereo appearance. # A , Schematic diagram of the material situation. This is a schematic diagram of the structure of the creation material. This is the first round cut of the creation. Stereoscopic illustration of the operation of sealing and cutting. The tenth picture is a three-dimensional diagram of the second creation of this creation.疋The first-slip-slip is used for sealing and cutting operations. Figure 11: This is a three-dimensional diagram of the completion of the creation. After the φ cut operation, the bag material port seal is shown in the twelfth figure: it is a three-dimensional schematic diagram of the original bag material. Feeding ' at the same time transposition of the roundabout twelfth map: is the second seal of the creation. . A three-dimensional diagram of the industry. The knife was cut and cut for the second time. The fourteenth figure: This is the creation of the seal. Three-dimensional packaging bag finished stereoscopic main component symbol said feeding unit 12---Unloading hopper upper hopper group 14 11、. M359507 131-- Distribution tube 14--- • Static elimination component 15--- Dispensing hopper 151-- • Cover plate 152--Pushing lever 153-- - Weighting element 16--- Drain hopper 2---- - Rolling unit 21--- Tieding element 22----Rolling rod 23- -- Power Element 24----Counting Sensor 25--- Guide Folding Plate 26--- - Feeding Hopper 3---- First Cutting Unit 31----Clip Wheel 32--- • Ultrasonic Generation Element 33---Pressure wheel 34--- _ Dispense rod 35----Static elimination element 36----Recovery tube 4-----Second sealing unit 41----Transposition seat 411-- - Dropping port 42--- • Guide rod 43----Bridge group 44 - • Ultrasonic generating element 45 - - Pressure wheel 46 - • Pneumatic element 47 - - - Wheel 48 - - Power element 5 -— -Material 6---- • Bag material 61--- 'Finished product 15