TW202301964A - Automatic wrapping machine for electromagnetic wave blocking sticker of L-shaped audio cable convenient in automatic paper feeding, paper clamping and paper cutting, and capable of improving quality control in automatic wrapping - Google Patents
Automatic wrapping machine for electromagnetic wave blocking sticker of L-shaped audio cable convenient in automatic paper feeding, paper clamping and paper cutting, and capable of improving quality control in automatic wrapping Download PDFInfo
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本發明係有關一種L型音源線之阻隔電磁波貼紙自動包覆機,尤指一種兼具自動化供紙夾紙及裁紙相當方便,及自動化包覆可提高品管之L型音源線之阻隔電磁波貼紙自動包覆機。The invention relates to an automatic wrapping machine for L-shaped sound source wires with blocking electromagnetic wave stickers, especially to an L-shaped sound source wire with automatic paper feeding, paper clamping and paper cutting, which is quite convenient, and automatic coating can improve quality control. Automatic wrapping machine for stickers.
公知L型音源線外層需包覆銅箔貼紙以阻隔電磁波,這項工作長久以來均以人力為之,然而,人工作業必然因不同人之習慣與熟悉度,而有包覆品質的差異,品管較不易管制。 又,人工作業之產能有限,無法與自動化之產能相提並論。 有鑑於此,必須研發出可解決上述習用缺點之技術。 It is known that the outer layer of the L-shaped audio cable needs to be covered with copper foil stickers to block electromagnetic waves. This work has long been done manually. However, manual work must have differences in the quality of the coating due to the habits and familiarity of different people. Tubes are more difficult to control. In addition, the production capacity of manual work is limited and cannot be compared with the production capacity of automation. In view of this, must develop the technology that can solve above-mentioned conventional shortcoming.
本發明之目的,在於提供一種L型音源線之阻隔電磁波貼紙自動包覆機,其兼具自動化供紙夾紙及裁紙相當方便,及自動化包覆可提高品管等優點。特別是,本發明所欲解決之問題係在於目前為止,尚沒有自動化進行L型音源線之阻隔電磁波貼紙自動包覆等問題。 解決上述問題之技術手段係提供一種L型音源線之阻隔電磁波貼紙自動包覆機,其包括: 一固定模組,係用以固定一L型音源線,該L型音源線係具有一中段部及一前側段部; 一貼紙供應模組,係具有一貼紙供應機構及一離形紙回收機構;該貼紙供應機構係用以裝設一組紙卷,該組紙捲係包括相對應之一阻隔電磁波貼紙及一離形貼紙; 一貼紙定位模組,係對應該阻隔電磁波貼紙而設; 一貼紙裁切模組,係設於該貼紙供應模組與該貼紙定位模組之間; 一中段包覆模組,係對應該阻隔電磁波貼紙及該L型音源線而設,該中段包覆模組具有一對中段包覆夾爪,該對中段包覆夾爪之相對內側,係對應該中段部,而分別具有一中段模槽; 一前側段包覆模組,係對應該阻隔電磁波貼紙及該L型音源線而設,該前側段包覆模組具有一對前側段包覆夾爪,該對前側段包覆夾爪之相對內側,係對應該前側段部,而分別具有一前側段模槽; 一控制模組,係電性連結、並控制該貼紙供應模組、該貼紙定位模組、該貼紙裁切模組、該中段包覆模組及該前側段包覆模組其中至少一者動作; 藉此,該控制模組係控制該貼紙供應機構朝該中段部及該前側段部供出該阻隔電磁波貼紙,並當供出至該貼紙定位模組即暫停,且供出過程同步控制該離形紙回收機構撕離並回收該離形貼紙;再控制該貼紙定位模組將供出之該阻隔電磁波貼紙夾住固定,且控制該貼紙裁切模組裁切該阻隔電磁波貼紙,進而形成一被夾住固定、獨立且對應該中段部及該前側段部之加工段貼紙;接著控制該中段包覆模組下降,當下降至接觸該加工段貼紙,該貼紙定位模組放開該加工段貼紙,該中段包覆模組持續下壓該加工段貼紙,並當下降至對應該中段部兩側,控制該對中段包覆夾爪朝相對內側移動,而以該對中段模槽將該加工段貼紙加壓包覆於該中段部,完成後該中段包覆模組復位;且控制該前側段包覆模組移動至該前側段部兩側,控制該對前側段包覆夾爪朝相對內側移動,而以該對前側段模槽將該加工段貼紙加壓包覆於該前側段部,完成後該前側段包覆模組復位;達成該L型音源線之阻隔電磁波貼紙自動包覆機者。 本發明之上述目的與優點,不難從下述所選用實施例之詳細說明與附圖中,獲得深入瞭解。 茲以下列實施例並配合圖式詳細說明本發明於後: The purpose of the present invention is to provide an automatic coating machine for L-shaped sound source wires with electromagnetic wave blocking stickers, which has the advantages of automatic paper feeding, paper clamping and paper cutting, and automatic coating can improve quality control. In particular, the problem to be solved by the present invention is that so far, there is no automatic covering of the electromagnetic wave blocking sticker of the L-shaped audio source cable. The technical means to solve the above problems is to provide an automatic covering machine for L-shaped sound source wires to block electromagnetic wave stickers, which includes: A fixing module is used to fix an L-shaped audio source line, and the L-shaped audio source line has a middle section and a front section; A sticker supply module has a sticker supply mechanism and a release paper recovery mechanism; the sticker supply mechanism is used to install a set of paper rolls, and the set of paper rolls includes a corresponding electromagnetic wave blocking sticker and a release paper shaped stickers; A sticker positioning module, which is designed for stickers that should block electromagnetic waves; A sticker cutting module is located between the sticker supply module and the sticker positioning module; A middle-section covering module is set corresponding to the electromagnetic wave blocking sticker and the L-shaped sound source line. The middle-section covering module has a pair of middle-section covering jaws. Should be in the middle section, and have a middle section mold cavity respectively; A front section covering module is set corresponding to the electromagnetic wave blocking sticker and the L-shaped sound source line. The front section covering module has a pair of front section covering jaws, and the pair of front side covering jaws are opposite The inner side corresponds to the front side section, and has a front side section mold groove respectively; A control module is electrically connected and controls the action of at least one of the sticker supply module, the sticker positioning module, the sticker cutting module, the middle section wrapping module and the front side section wrapping module ; Thereby, the control module controls the sticker supply mechanism to supply the electromagnetic wave blocking sticker toward the middle section and the front section, and when the supply reaches the sticker positioning module, it stops, and the supply process synchronously controls the release paper recycling The mechanism tears off and recovers the release sticker; then controls the sticker positioning module to clamp and fix the supplied electromagnetic wave blocking sticker, and controls the sticker cutting module to cut the electromagnetic wave blocking sticker to form a clamped and fixed sticker. , independent and corresponding to the processing section stickers of the middle section and the front side section; then control the middle section covering module to descend, when it touches the processing section sticker, the sticker positioning module releases the processing section sticker, the middle section The coating module keeps pressing down on the sticker of the processing section, and lowers down to the two sides corresponding to the middle section, controls the pair of cladding jaws of the middle section to move towards the relative inner side, and presses the sticker of the processing section with the pair of mold grooves in the middle section Coating on the middle section, after completion, the middle section covering module is reset; and the front section covering module is controlled to move to both sides of the front section, and the pair of front section covering jaws are controlled to move towards the relative inner side, and Pressurize and wrap the processing section sticker on the front section with the pair of front section mold grooves, and reset the front section covering module after completion; realize the automatic wrapping machine for the L-shaped sound source cable blocking electromagnetic wave sticker. The above objects and advantages of the present invention can be easily understood from the detailed description of the following selected embodiments and the accompanying drawings. The present invention is hereafter described in detail with the following embodiments and accompanying drawings:
參閱第1、第2A、第2B、第2C、第3A及第3B圖,本發明係為一L型音源線之阻隔電磁波貼紙自動包覆機,其包括:
一固定模組10,係用以固定一L型音源線90,該L型音源線90係具有一中段部91及一前側段部92。
一貼紙供應模組20,係具有一貼紙供應機構20A及一離形紙回收機構20B;該貼紙供應機構20A係用以裝設一組紙卷80,該組紙捲80係包括成捲且相對應之一阻隔電磁波貼紙81及一離形貼紙82。
一貼紙定位模組30,係對應該阻隔電磁波貼紙81而設。
一貼紙裁切模組40,係設於該貼紙供應模組20與該貼紙定位模組30之間。
一中段包覆模組50,係對應該阻隔電磁波貼紙81及該L型音源線90而設,該中段包覆模組50具有一對中段包覆夾爪51,該對中段包覆夾爪51之相對內側,係對應該中段部91,而分別具有一中段模槽511。
一前側段包覆模組60,係對應該阻隔電磁波貼紙81及該L型音源線90而設,該前側段包覆模組60具有一對前側段包覆夾爪61,該對前側段包覆夾爪61之相對內側,係對應該前側段部92,而分別具有一前側段模槽611。
一控制模組70,係電性連結、並控制該貼紙供應模組20、該貼紙定位模組30、該貼紙裁切模組40、該中段包覆模組50及該前側段包覆模組60其中至少一者動作。
藉此,該控制模組70係控制該貼紙供應機構20A朝該中段部91及該前側段部92供出該阻隔電磁波貼紙81,並當供出至該貼紙定位模組30即暫停(如第4圖所示);且供出過程同步控制該離形紙回收機構20B撕離並回收該離形貼紙82。再控制該貼紙定位模組30將供出之該阻隔電磁波貼紙81夾住固定,且控制該貼紙裁切模組40裁切該阻隔電磁波貼紙81(如第5圖所示),進而形成一被夾住固定、獨立且對應該中段部91及該前側段部92之加工段貼紙81A。接著控制該中段包覆模組50下降,當下降至接觸(呈壓制狀態)該加工段貼紙81A,該貼紙定位模組30放開該加工段貼紙81A,該中段包覆模組50持續下壓該加工段貼紙81A(如第6圖所示),並當下降至對應該中段部91兩側,控制該對中段包覆夾爪51朝相對內側移動(如第7圖所示),而以該對中段模槽511將該加工段貼紙81A加壓包覆於該中段部91,完成後該中段包覆模組50復位(如第8圖所示)。且控制該前側段包覆模組60移動至該前側段部92兩側,控制該對前側段包覆夾爪61朝相對內側移動(如第9圖所示),而以該對前側段模槽611將該加工段貼紙81A加壓包覆於該前側段部92(如第10圖所示的包覆成品),完成後該前側段包覆模組60復位。達成該L型音源線之阻隔電磁波貼紙自動包覆機者。
實務上,該固定模組10可為至少一支撐架座(如第2C、第4、第5、第6、第7、第8及第9圖所示);
該L型音源線90係具有該中段部91、該前側段部92及一延伸段部93。
至少一支撐架座係用以支撐架設該延伸段部93。當然,在不影響該阻隔電磁波貼紙81自動包覆作業的前提下,該支撐架座可為複數個,並分別支撐架設於該L型音源線90之預定位置(例如該中段部91或是該前側段部92)。
該貼紙定位模組30可包括一第一定位件31及一第二定位件32,該第一定位件31、該第二定位件32其中至少一者,係可朝另者相對移動(當然,也可以是該第一定位件31及該第二定位件32同時相對移動,包括相對靠近或是相對分離),進而完成夾持固定該阻隔電磁波貼紙81,並在該中段包覆模組50下降至接觸(呈壓制狀態)該加工段貼紙81A時(此時該加工段貼紙81A被壓制於該中段包覆模組50、該中段部91及該前側段部92之間而不會掉落),該第一定位件31、該第二定位件32其中至少一者放開該加工段貼紙81A。
該貼紙裁切模組40可包括一底座41及一裁切結構42,該裁切結構42係具有一切刀421,該裁切結構42係可與該底座41相對移動,當相對靠近時,該切刀421係用以將該阻隔電磁波貼紙81壓制於該底座41上並進行裁切,而形成該加工段貼紙81A。
並當裁切完畢,該裁切結構42係上升離開該底座41,供該貼紙供應機構20A下次朝該中段部91及該前側段部92供出該阻隔電磁波貼紙81,而可再次進行包覆作業,如此反覆進行達成自動化包覆作業。
該阻隔電磁波貼紙81對應該L型音源線90的該側,實際上具有黏性,當被下壓接觸該L型音源線90時,接觸位置可暫時黏貼於該L型音源線90,提高定位準確性。
實際上,本發明至少具有下列三種動作模式:
[a] 進紙模式:預先將該阻隔電磁波貼紙81裝設於該貼紙供應機構20A上,透過該控制模組70控制該貼紙供應機構20A供出該阻隔電磁波貼紙81,此時該離形貼紙82黏附於該阻隔磁波貼紙81而一併被供出(此部分為公知技術,恕不贅述),並當該阻隔電磁波貼紙81供出至接近該貼紙裁切模組40前,將該離形貼紙82撕離(原則上為手動撕離)該阻隔電磁波貼紙81,並反向折回裝設至該離形紙回收機構20B(如第2圖所示),藉此,可透過該控制模組70控制該貼紙供應機構20A持續供出該阻隔電磁波貼紙81,且控制該離形紙回收機構20B同步持續捲收該離形貼紙82。
[b] 夾紙模式:該阻隔電磁波貼紙81被供出至該該貼紙定位模組30後即可暫停(如第4圖所示),透過該控制模組70驅動該第一定位件31、該第二定位件32其中至少一者,朝另者相對移動(本案之實施例係控制該第一定位件31朝該第二定位件32移動),進而完成夾持固定該阻隔電磁波貼紙81(可參考第5圖)。
[c] 裁紙模式:再控制該裁切結構42與該底座41相對移動,當相對靠近時,該切刀421係將該阻隔電磁波貼紙81壓制於該底座41上並進行裁切,此時形成一被夾住固定、獨立且對應該中段部91及該前側段部92之加工段貼紙81A(參考第6圖)。
實際上,該夾紙模式及該裁紙模式係可同時進行,本案係為便於說明而分段陳述,合先陳明。
[d] 中段包覆模式:接著,控制該中段包覆模組50下降,並當下降至接觸(呈壓制狀態)該加工段貼紙81A,該貼紙定位模組30放開該加工段貼紙81A,該中段包覆模組50持續下壓該加工段貼紙81A(如第6圖所示,實際上是從該加工段貼紙81A的兩側下壓),並當下降至對應該中段部91兩側,控制該對中段包覆夾爪51朝相對內側移動(如第7圖所示),而以該對中段模槽511將該加工段貼紙81A加壓包覆於該中段部91,完成後該中段包覆模組50復位(如第8圖所示)。
[e] 前側段包覆模式:再來(同樣參考第8圖),控制該前側段包覆模組60移動至該前側段部92兩側,進而控制該對前側段包覆夾爪61朝相對內側移動(如第9圖所示),而以該對前側段模槽611將該加工段貼紙81A加壓包覆於該前側段部92(如第10圖所示的包覆成品),完成後該前側段包覆模組60復位。達成該L型音源線之阻隔電磁波貼紙自動包覆機者。
前述為單次自動化包覆作業過程,只要控制相關模組重覆動作,即達成生產線自動化連續作業。
本發明之優點及功效係如下所述:
[1] 自動化供紙夾紙及裁紙相當方便。本發明設置貼紙供應模組、貼紙定位模組及貼紙裁切模組。可自動進給阻隔電磁波貼紙、自動回收離形貼紙、自動夾住固定阻隔電磁波貼紙,並可自動裁切而形成加工段貼紙。故,自動化供紙夾紙及裁紙相當方便。
[2] 自動化包覆可提高品管。本發明設置中段包覆模組及前側段包覆模組,可自動將該加工段貼紙先後包覆於該L型音源線之該中段部及該前側段部,由於是自動化,可減少因人工造成的品質不一問題。故,自動化包覆可提高品管。
以上僅是藉由較佳實施例詳細說明本發明,對於該實施例所做的任何簡單修改與變化,皆不脫離本發明之精神與範圍。
Referring to Fig. 1, No. 2A, No. 2B, No. 2C, No. 3A and No. 3B, the present invention is an automatic covering machine for blocking electromagnetic wave stickers of an L-shaped sound source line, which includes:
A
10:固定模組
20:貼紙供應模組
20A:貼紙供應機構
20B:離形紙回收機構
30:貼紙定位模組
31:第一定位件
32:第二定位件
40:貼紙裁切模組
41:底座
42:裁切結構
421:切刀
50:中段包覆模組
51:中段包覆夾爪
511:中段模槽
60:前側段包覆模組
61:前側段包覆夾爪
611:前側段模槽
70:控制模組
80:紙卷
81:阻隔電磁波貼紙
81A:加工段貼紙
82:離形貼紙
90:L型音源線
91:中段部
92:前側段部
93:延伸段部
10: fixed module
20:
第1圖係本發明之示意圖 第2A圖係第1圖之部分結構之對應關係之示意圖 第2B圖係第1圖之部分結構之剖視放大之示意圖 第2C圖係第2A圖之固定模組設置L型音源線之實施例之示意圖 第3A圖係本發明之中段包覆模組與L型音源線之對應關係之示意圖 第3B圖係本發明之前側段包覆模組與L型音源線之對應關係之示意圖 第4圖係本發明之包覆過程之一之示意圖 第5圖係本發明之包覆過程之二之示意圖 第6圖係本發明之包覆過程之三之示意圖 第7圖係本發明之包覆過程之四之示意圖 第8圖係本發明之包覆過程之五之示意圖 第9圖係本發明之包覆過程之六之示意圖 第10圖係本發明之包覆完成之示意圖 Fig. 1 is a schematic diagram of the present invention Figure 2A is a schematic diagram of the corresponding relationship of some structures in Figure 1 Figure 2B is an enlarged cross-sectional schematic diagram of part of the structure in Figure 1 Figure 2C is a schematic diagram of the embodiment of the fixed module in Figure 2A with an L-shaped audio line Figure 3A is a schematic diagram of the corresponding relationship between the middle covering module and the L-shaped audio source line of the present invention Figure 3B is a schematic diagram of the corresponding relationship between the side section covering module and the L-shaped audio source line before the present invention Fig. 4 is a schematic diagram of one of the coating processes of the present invention Figure 5 is a schematic diagram of the second coating process of the present invention Figure 6 is a schematic diagram of the third coating process of the present invention Fig. 7 is a schematic diagram of the fourth coating process of the present invention Figure 8 is a schematic diagram of the fifth coating process of the present invention Figure 9 is a schematic diagram of the sixth coating process of the present invention Figure 10 is a schematic diagram of the completion of the coating of the present invention
10:固定模組 10: fixed module
20:貼紙供應模組 20: Sticker supply mod
20A:貼紙供應機構 20A: Sticker supply organization
20B:離形紙回收機構 20B: Release paper recycling mechanism
30:貼紙定位模組 30: Sticker positioning module
31:第一定位件 31: The first positioning part
32:第二定位件 32: The second positioning piece
40:貼紙裁切模組 40: Sticker cutting module
42:裁切結構 42: Cutting structure
50:中段包覆模組 50: Middle section cladding module
51:中段包覆夾爪 51: The middle section covers the jaws
511:中段模槽 511: Middle die groove
60:前側段包覆模組 60: Front and side section cladding module
61:前側段包覆夾爪 61: The front side section covers the jaws
611:前側段模槽 611: Front side section mold groove
70:控制模組 70: Control module
80:紙卷 80: paper roll
81:阻隔電磁波貼紙 81: Electromagnetic wave blocking sticker
82:離形貼紙 82: Release stickers
Claims (4)
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
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TW110122800A TWI767761B (en) | 2021-06-22 | 2021-06-22 | L-shaped audio cable blocking electromagnetic wave sticker automatic coating machine |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
TW110122800A TWI767761B (en) | 2021-06-22 | 2021-06-22 | L-shaped audio cable blocking electromagnetic wave sticker automatic coating machine |
Publications (2)
Publication Number | Publication Date |
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TWI767761B TWI767761B (en) | 2022-06-11 |
TW202301964A true TW202301964A (en) | 2023-01-01 |
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TW110122800A TWI767761B (en) | 2021-06-22 | 2021-06-22 | L-shaped audio cable blocking electromagnetic wave sticker automatic coating machine |
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TW (1) | TWI767761B (en) |
Family Cites Families (2)
Publication number | Priority date | Publication date | Assignee | Title |
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WO2013187527A1 (en) * | 2012-06-11 | 2013-12-19 | Yazaki Corporation | Exterior member attaching device and exterior member attaching method |
CN207536301U (en) * | 2017-07-02 | 2018-06-26 | 深圳市高益达精密机械有限公司 | Suction pressure device for labeling and the labelling machine for including it |
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TWI767761B (en) | 2022-06-11 |
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