M314675 八 、新型說明·· 【新型所屬之技術領域】 良，t in關二-種塑膠吹袋機印刷洪乾結構改 【先前技術】 押出=之:::;機:構造’其係在-機台内安設 之塑膠袋二機:=料吹成管狀 該捲收裝置中所預設之承年置’藉 认IhUA » 朱上女置的壓板、輾壓輪、驅動 輪、捲收軸4，而將塑膠袋壓平並捲收。 ^而，上述之吹袋機僅將袋體吹製成型後捲收，其袋 ，-原料色系，而一現今有些商家需印刷有圖樣或商 店品名，所以，於塑膠吹袋製後，係會經由機台的導送而 進行袋體外狀隱印_序，即錄被導送至印刷裝置 中’於印刷裝置上的沾墨滾輪轉印㈣於袋體表面，請參 閱第五圖所不，闕樣印製完成後，需將袋體導送至洪乾 部（2)進行油墨烘乾，而烘乾部（2)主要設有一箱體（2j')， 箱體（21)設有電熱結構（22)，在由箱體（21)之電熱結構 (22)處導出一風管（23)，風管（23) 一端再接設鼓風機 (24)，利用鼓風機（24)將風導入，而風經由電熱結構（2幻 而改變溫度，以熱風狀態對袋體油墨處進行烘乾程序者。 但其上述結構具有缺失，敘述如下： 今，創作人即是鑒於上述塑膠吹袋機印刷烘乾結構改 M314675 良於實際實施使用上的缺失之處，而加以修正、改良 時本著求好之精神及理念，並藉由專業之知識、經ς的輔 助’以及在多方巧思、試驗後，方創設出本創作，以提供 二種塑膠吹袋機印觀乾結構改良來因應人工 ς 求，俾可減少機台體積及增加工作的時效性。 而 【新型内容】 爰是’本創作财關於—種_吹袋 :良再將原料經由導送加熱装置呈= 輪入吹氣而形成塑膠袋體，該袋體經由 裝置乂滚輪轉印圖樣’而經供乾 =產其生ΙΤΓΐΓ利用導送原料之輸送管的M314675 VIII, new description ·· 【New technology field】 Good, t in off two-type plastic bag blowing machine printing Honggan structure change [prior art] Excitation =:::; Machine: Construction 'the system is in - Two sets of plastic bags installed in the machine: = material blown into the tube. The original set in the retracting device is 'received IhUA» Zhu Shangnian's pressure plate, rolling wheel, drive wheel, retracting shaft 4, and the plastic bag is flattened and rolled up. ^, the above-mentioned bag blowing machine only blows the bag into a shape and then retracts it, its bag, the color of the raw material, and some merchants now need to print the pattern or the name of the store, so after the plastic bag is blown, The film will be printed on the outside of the bag through the guiding of the machine, that is, the recording will be transferred to the printing device. The ink roller on the printing device is transferred (four) to the surface of the bag, please refer to the fifth figure. No, after the printing of the sample is completed, the bag body is guided to the flooding part (2) for ink drying, and the drying part (2) is mainly provided with a box body (2j'), and the box body (21) is provided. There is an electric heating structure (22), and a duct (23) is led out from the electrothermal structure (22) of the box body (21), and a blower (24) is connected to one end of the air duct (23), and the wind is blown by the blower (24). Imported, and the wind through the electric heating structure (2 phantom to change the temperature, the hot air state to the bag ink drying process. But the above structure has a missing, described as follows: Today, the creator is in view of the above plastic bag blowing machine Printing and drying structure change M314675 is better than the actual implementation of the lack of use, and the correction, improvement when the request Good spirit and philosophy, and through the professional knowledge, the help of the scriptures, and after the ingenuity and experimentation, the creation of this creation, in order to provide two kinds of plastic bag blowing machine printing dry structure improvement to respond to artificial ς Seeking, 俾 can reduce the size of the machine and increase the timeliness of the work. And [new content] 爰 is 'this creative wealth about the kind _ blowing bag: good then raw materials through the conduction heating device = wheel into the air to form a plastic bag body, which is conveyed by means of a device roller transfer pattern, and is supplied with a raw material;
疏又將八以具有鼓風機之機箱體包覆，俾以蔣 、溫經管路吹送至導板箱來進行供乾程序 A 須產生的溫度來進行供乾，同時;= 善用資源之外，亦節省成本的開銷者。的優·點除了可 【實施方式】 功效運用之技術内容、創作目的及其達成之 併夫ϋΐ 的揭露1於下詳細說明之，並請一 併多閱所揭之圖式及圖號·· 首先’ 4參閱第—圖所示，係本創作—種塑 要改良整體侧視示意圖，該塑膝吹袋機⑴主 體(Α)，該袋體⑴二:⑽輸入吹氣而形成塑膠袋 6 M314675 收袋體者，其中： 該供乾結構（16)係於導送原料之輸送管（12)的加熱 裝置（13)外組設包覆有一具鼓風機（162)之機箱體 (163) ’且機箱體（163)上設有風管（164)導入導板箱 〇61) ’俾以可將熱溫經風管（164)吹送至導板箱（161)内 來進行烘乾程序者。 請一併參閱第二圖所示，係本創作一種塑膠吹袋機印 刷烘乾結構改良立體外觀示意圖，於塑膠袋體（A)製作 時，係將塑膠原料由料斗（11)經由輸送管（12)導送，而輸 送管（12)之管體外部係包覆有加熱裝置（13)，利用原料經 過輸送管（12)的過程，以高溫加熱使其原料呈熔融狀，同 時在原料的推擠前進，再經由吹袋風管〇4)輸入吹氣而形 成塑膠袋體（A)，而在袋體（a)成型之後，會經由機台的導 送而進行袋體（A)外部之圖樣印刷程序，即如第一圖所示 袋體被導送至印刷裝置（15)中，於印刷裝置（15)上的 沾墨滾輪（151)轉印圖樣於袋體（A)表面，請一併參閱第三 圖所不’係本創作一種塑膠吹袋機印刷烘乾結構改良俯視 不意圖’再經由機台將袋體導送至烘乾結構（16)中之導板 箱（161)，而導板箱（161)上係對應設有風管〇64)，該風 f (164)係經由輸送管（12)上加熱裝置（13)外的機箱體 (j63)將熱源保留，再利用鼓風機（162)將熱源吹送，經風 官（164)以具有保溫效果之材質所製，由風管（164)將熱風 導送至導板箱（161)内，讓熱風對袋體（A)之印刷處進行熱 烘油墨的程序，於烘乾後才進行下一程序的捲收者〔一併 參閱第四圖所示〕。 藉此，利用吹袋機本身必須產生的溫度來進行烘乾， 7 M314675 =可=資源之外，亦節省烘乾結構⑽的成本開鎖； 产由屌：人袋機利用加熱裝置進行原料加熱時，其加埶- 到達輪详典M0、本 和至/皿開始加熱，持續 能，而（）末端吹出口段（121)處呈累計式高温狀 : 過於高溫之原料於吹製袋體（A)時，容易破 原科之特性〔耐熱溫度〕，而造成二 結構（16)之线風機（16H= (置=广裝，輸送管(⑵末端吹出口段(121)處的加熱裝 到有致的温=:原料— 前述之實施例或圖式並非限定本創作之結構樣態或 修偷，t何所屬技術領域中具有通常知識者之適當變化或 夕，白應視為不脫離本創作之專利範疇。 由以上的實施說明，可知本創作之塑膠吹袋機印 」、乾結構改良與現有技術相較之下，於使用上確實具有 諸項優點，其詳述如下： 1· ^創作塑膠吹袋機印刷烘乾結構改良，利用吹袋機本身 需進行原料加熱所產生的溫度，來烘乾印刷的油墨，除 了不浪費資源之外，亦達到資源再利用的優點。 2· ^創作塑膠吹袋機印刷烘乾結構改良，利用吹袋機本身 需進行原料加熱所產生的溫度，來烘乾印刷的油墨，係 無須另外加設烘乾裝置的電熱結構，達到節省資源及產 製成本的功效。 3·本創作塑膠吹袋機印刷烘乾結構改良，利用吹袋機本身 需進行原料加熱所產生的溫度，來烘乾印刷的油墨，係 8 M314675 將機台的熱源加以利用，可減少降低產製機房内的溫度 4. 本創作塑膠吹袋機印刷烘乾結構改良，利用將具鼓風機 的機箱體組裝於輸送管末端吹出口段處的加熱裝置 外，係可對過熱之原料溫度作適時的降溫動作，達到有 效的溫度控制優點者。 5. 本創作塑膠吹袋機印刷烘乾結構改良，利用風管為具有 保溫效果之材質所製，讓熱風輸送的過程其溫度不會冷 卻下降，達到良好的烘乾效果者。 综上所述，本創作實施例確能達到所預期之使用功 效，又其所揭露之具體構造，不僅未曾見諸於同類產品中， 亦未曾公開於申請前，誠已完全符合專利法之規定與要 求，爰依法提出新型專利之申請，懇請惠予審查，並賜准 專利，則實感德便。 M314675 【圖式簡單說明】 第一圖：本創作之整體側視示意圖 第二圖：本創作之立體外觀示意圖 第三圖：本創作之俯視示意圖 第四圖：本創作之局部剖視示意圖 第五圖·現有結構不意圖 【主要元件符號說明】It is also covered with a casing with a blower, and is blown to the guide box by Jiang and Wenjing pipelines to supply the temperature required for the dry process A to be dried, and at the same time; Cost-saving overhead. In addition to the [Effects], the technical content of the use of the function, the purpose of creation, and the disclosure of the achievement of the husband and wife are explained in detail below, and please read the drawings and drawings of the above. First of all, '4 see the first figure, the original creation - the plastic mold to improve the overall side view, the plastic knee bag machine (1) main body (Α), the bag body (1) two: (10) input blowing air to form a plastic bag 6 M314675 The bag body, wherein: the dry structure (16) is provided with a casing (163) covered with a blower (162) outside the heating device (13) of the conveying pipe (12) for guiding the raw material. The casing (163) is provided with a duct (164) for introducing the guide box 〇 61) '俾 so that the hot temperature can be blown into the guide box (161) through the duct (164) for drying. Please refer to the second figure for a detailed three-dimensional appearance of the printing and drying structure of a plastic bag blowing machine. When the plastic bag body (A) is made, the plastic material is fed from the hopper (11) through the conveying pipe ( 12) Conduction, and the outside of the pipe body of the conveying pipe (12) is covered with a heating device (13), and the raw material is heated at a high temperature to melt the raw material through the process of conveying the pipe (12), while at the same time Pushing forward, and then blowing air through the blow bag duct 4) to form a plastic bag body (A), and after the bag body (a) is formed, the bag body (A) is externally guided by the machine. The pattern printing process, that is, the bag body is guided to the printing device (15) as shown in the first figure, and the ink application roller (151) on the printing device (15) transfers the pattern to the surface of the bag body (A). Please refer to the third figure for the same. This is a kind of plastic bag blowing machine printing and drying structure improvement plan is not intended to 'transfer the bag body to the guide box in the drying structure (16) via the machine (161) ), and the guide box (161) is correspondingly provided with a duct 〇 64), the wind f (164) is via the duct (12) The casing (j63) outside the heating device (13) retains the heat source, and then blows the heat source by the blower (162), and is made of a material having a heat insulating effect by the wind commander (164), and the hot air guide is adopted by the air duct (164). It is sent to the guide box (161), and the hot air is used to heat the ink on the printing part of the bag body (A). After drying, the next procedure is performed. [See also the fourth figure. ]. Thereby, the drying must be carried out by the temperature that the bag blowing machine itself must produce, 7 M314675 = can be = resources, and also save the cost of the drying structure (10) unlocking; production by: the human bag machine using the heating device for heating the raw materials , the twisting - the arrival wheel detailed code M0, the present and the / dish start heating, continuous energy, and the () end blowing outlet section (121) is cumulative high temperature: too high temperature of the raw material in the blown bag (A When it is easy to break the characteristics of the original (heat-resistant temperature), and cause the two-system (16) line fan (16H = (set = wide, the delivery tube ((2) end of the outlet section (121) heating installed Temperature =: Raw material - The foregoing examples or drawings do not limit the structural form of the creation or the smuggling, and the appropriate changes or eves of those who have ordinary knowledge in the technical field, should be regarded as not departing from the creation. According to the above implementation description, it can be seen that the plastic blow bag printing of the present invention and the dry structure improvement have advantages in use compared with the prior art, and the details thereof are as follows: 1· ^Creating plastic Blowing machine printing and drying structure improvement, utilization The bag blowing machine itself needs to heat the temperature generated by the raw materials to dry the printed ink. In addition to not wasting resources, it also achieves the advantages of resource recycling. 2· ^Creating a plastic bag blowing machine to improve the printing and drying structure The bag blowing machine itself needs to carry out the temperature generated by the heating of the raw materials to dry the printed ink, and the electric heating structure of the drying device is not required to be added, thereby saving the resources and producing the cost. 3) The plastic blowing bag machine of the creation The printing and drying structure is improved, and the temperature of the raw material is heated by the bag blowing machine itself to dry the printed ink. The heat source of the machine is used by 8 M314675, which can reduce the temperature in the production machine room. The printing and drying structure of the plastic bag blowing machine is improved, and the casing body with the blower is assembled outside the heating device at the end of the blowing pipe at the end of the conveying pipe, which can timely cool down the temperature of the superheated raw material to achieve effective temperature control. Advantages. 5. The printing and drying structure of the plastic bag blowing machine is improved, and the air duct is made of the material with thermal insulation effect, so that the hot air is transported. The temperature of the process does not cool down and achieve good drying effect. In summary, the present embodiment can achieve the expected use efficiency, and the specific structure disclosed is not only seen in similar products. It has not been disclosed before the application, Cheng has fully complied with the requirements and requirements of the Patent Law, and has filed an application for a new type of patent in accordance with the law. If you wish to review it and grant a patent, you will feel it. M314675 [Simple description] A picture: The overall side view of the creation of the second picture: the three-dimensional appearance of the creation of the third picture: the top view of the creation of the fourth picture: a partial cross-sectional view of the creation of the fifth picture · the existing structure is not intended [main Component symbol description]
<本創作> (1) 吹袋機 (11) 料斗 (12) 輸送管 (121) 吹出口段 (13) 加熱裝置 (14) 吹袋風管 (15) 印刷裝置 (151) 滾輪 (16) 烘乾結構 (161) 導板箱 (162) 鼓風機 (163) 機箱體 (164) 風管 (A) 袋體 <現 有> (2) 烘乾部 (21) 箱體 (22) 電熱結構 (23) 風管 (24) 鼓風機 10<This creation> (1) Blowing machine (11) Hopper (12) Conveying pipe (121) Blowing pipe section (13) Heating device (14) Blowing bag duct (15) Printing device (151) Roller (16 Drying structure (161) Guide box (162) Blower (163) Chassis body (164) Duct (A) Bag body <existing > (2) Drying section (21) Enclosure (22) Electrothermal structure (23) Duct (24) Blower 10