.M279967 八、新型說明： 【新型所屬之技術領域】 * m本創彳m關種♦τ黏貼機，尤有關—種將絕緣膠 帶環繞黏貼於油芯之筒狀表面的膠帶黏貼機。 【先前技術】 在各種設備或供電系統中，為了安全的考量，必須具 有斷路器（breaker)以防止過電流造成電路的損害甚：： 起火災。而目前一般所使用之斷路器系統之其中一種係使 用油芯（Oil Dash Pot，簡稱_ )做為感測電流大小的感 測兀件以及當電流達臨界值時驅使斷路器關斷的驅動元 件。因此’油芯可謂為該種斷路器之重要核心元件。以 將針2油芯之構造以及其動作原理做進一步的說明。 弟1圖係為顯示油芯之構造的半剖視圖。泉昭第^圖 =:包括，狀殼體51 ’一端為開口端二端為： 才而，0動鐵心52，係容置於該筒狀殼體5 j中；塞蓋μ， 用以基盍住該筒狀殼體5〗之該開口端；彈簧Μ， 性材料構成，配置於該可動鐵芯52與該塞蓋“之 ==二動鐵芯52;致動油55,充填於由該输 月豆W以及έ玄基盖54所圍起的空間内除了由該可 以及弹簧53所佔據者以外的空間 ％ 置於該筒狀殼體51連接兮夷罢才#56,配 版〕1逆接忒基盍54處外側，用以宓 蓋54與該筒狀殼體51的連接部；以A，絕緣層；7::; 於該筒狀殼體51靠近該開口端之部份的外側。該可動舒' 52係由可μ力吸引之材f (例如鐵材）所構成，因此^ 18398 5 M279967 =1 5外部具有磁場時，該可動鐵 牽引：在該筒狀殼體51内滑動。 r又輪场之 的-I岡目#第2B圖係為顯示斷路器之油芯之動作片理 的不思圖。於第2A圖 動作原理 油芯動作原理的部份 f'，僅概略顯示用以說明 〆门〜 M刀畊路态構造。參照第2A圖，s 係固定在框架61的 〇油心5 蓋54之ρ 處，俾使油芯5之農設有塞 構件其-62係為f折一定角度的板狀 門問機爐°ρ 621 ’另一端為用以驅使斷路器之 二=籌:未顯示）跳開以使斷路器關斷的驅動部⑵， ^亥擺動構件62係樞轉於框架61之上端部612。當斷路 為位:導通狀態時，該擺動構件6 2的位置係如第Μ圖所 不〜、吸引部621會與油芯5隔開預定之距離。導線 係連接於斷路器之電路輸入端，並且具有缠繞油芯5達若 干圈數之螺圈部631，其中’該螺圈部631之纏繞位置係 對應於第1圖所示之絕緣層57的設置位置。當導線〇内 2 =流1流動時，螺圈部63]即會產生對應於該電流1之 電流值的磁力，而將第1圖所示之可動鐵芯52往油芯5 士方吸引，但同時，油芯5内的彈簧53以及致動油55 (如 第1圖所示者）則會產生阻止可動鐵芯52向上移動的反作 用力。參照第2Β圖，當電流達到預設之臨界值Ic時，由 方；可動鐵芯52會上升至預定高度，從而增加螺圈部63 1 的磁通量，產生磁力的加成效果，因此會將擺動構件62 的吸引部621向下吸引，從而使驅動部622向上擺動而驅 使斷路器之開關機構跳開以使斷路器關斷。 18398 6 M279967 狀Γ般而言’油芯的製作步驟係包括··製備《狀和-. 將可動鐵芯、彈莖^ , 衣侑间狀叙體， 塞蓋组裝至㈣配至該筒狀殼體中；將 蓋和該筒狀殼體的連接邻以：，Γ 桿接密封該塞 0 ^ 〇 及，在該筒狀殼體外側形成 、巴、袭層4该筒狀殼體外側形成絕緣 係預先製備切斷成預乒 叙的作法 套管以人工^ ^套管，然後再將該熱縮 勺方式套入該筒狀殼體（油芯 設有熱縮套管的芎筒壯化蝴— i & 取俊丹對套 進灯加熱，俾使該熱縮套管受 附者固定於該筒狀殼體之筒狀表面上。 乡郎制=主上述之絕緣層形成方法不但加工步驟甚多，影 …效率，而且因為使用人力將熱縮套管套入筒狀殼 體，造成絕緣層的形成位置無法固定，影響產品品質。此 外’由於熱縮套管的價格較為昂貴，因此上述方法亦會造 成產品成本的增加。形成絕緣層的另一種方法係使用^隹 的絕緣料。絕緣膠帶的成本較低廉，亦具有良好的絕= 性。惟欲將絕緣膠帶黏貼於筒狀殼體上時，目前必須以人 工方式先將絕緣膠帶切斷成預設長度，再將絕緣膠帶捲繞 黏貼於筒狀殼體上’因而同樣會造成絕緣層的形成位置無 法固定而影響產品品質的問題。此外，此種方法的製造效 率亦不佳。 據此，一種能夠快速並且可靠地將絕緣膠帶環繞黏貼 於筒狀殼體（油芯）之筒狀表面的膠帶黏貼機的開發，實 已成為業界急迫之需求。 ^ 【新型内容】 7 18398 .M279967 一本創作乃有鐘於上述問題點而開發者，其目的係提供 黏貼機，能夠快速並且可靠地將絕緣膠帶環繞黏 、占方；同狀设體（油芯）之筒狀表面。 機：達上述及其他目的，本創作係提供-種膠帶黏貼 :機=將膠帶環繞黏貼於筒狀件之筒狀表面， 貼械包括：供給機構，用依戽 帶供仏機Μ 依序傳运稷數個該筒狀件，·膠 構’用以供給膠帶’俾使 該;切斷機構，用以切斷由 的膠；=置之筒狀件和次-個筒狀件之間 份為中心，料Φ ㈣之^㈣住該筒狀件的部 ρ,^4, 中心兩側的膠帶往筒狀件側凹折.^ 貼合機構，具有貼合滚輪 j凹折，以及， 有凹折後之該㈣的” _一=·;面:頂抗黏貼 狀件進行滾動，同時利用該進作轉，俾使該筒 該筒狀件之筒狀表面。/、σ^輪將該膠帶環繞黏貼於 ’纟本創作之—較佳實施例 給轉盤，於外周邊緣係 ^…機構係包括：供 的承接口，用以固持該：後】：對應於該筒狀件外形 ：：：：：^ ㈣達料裝置，可自動將該筒 ：：達-步具有： 广承接口令，由該供給轉盤 矣共給轉盤之該 該供給轉盤離開該貝占 ’②’脱著機構，設置於 中的該筒狀件脫㈣二，卜用以使固持於該等承接口 。口’以及’感測器’設置於該供 18398 .M279967 ί轉盤以口側，用以仙,i人π側之承接Π是否容置有該 1狀件β °亥感測則貞測到該承接口未容置有該筒狀件 4，该膠帶黏貼機會暫停運轉，並發出警報。 /、在本創作中，上述之筒狀件係為油芯，而上述之膠帶 3為用以在該油芯上形成絕緣層的絕緣膠帶。然而，:創 =限於此’只要使具有需要於其筒狀表面黏貼—層膠帶 的同狀結構皆可適用於本創作。 / 由於係利用該膠帶供給機構供給膠帶，以及利用 構將料切斷成具有適當長度者，並且利用該貼二機 :將切斷後之膠帶環繞黏貼於該筒狀件上，因此炉夠 2速有效率地將絕緣膠帶形成於油芯之筒狀表面上。此匕 品質亦能夠以固定的位置形成該絕緣谬帶，以確保產品的 【實施方式】 圖式說明本創作之實施例。該等圖 :匕之不思圖式，而僅例示與本創作有關 ’ 作變化，合先敘明。 }作之ή寸钛，而可依需要 如第：：係為2作一實施例之勝帶㈣機的示意圖。 因所不，本貫施例之膠帶黏貼機】 給機構的供給轉盤u，以箭號八的方向（順做為供 轉以便依序傳送複數個油芯5;外周阻 才向）旋 ，胸供給轉盤】1的外周側，並與該:給二 一間I俾配合該供給轉盤”容置及傳送油芯； 】8398 M279967 給機構13，用以供給絕後 , 承月爹""57 ’切斷機構15，用以切 畊由该供給轉盤11傳送5 ^ 、至4寸疋位置之油芯5和次一個油芯 5之間的絕緣膠帶57,； 帶57,黏貼住該油芯5的部=/4,以切斷後之絕緣膠 S7-± ^ ^ ^刀為中心，將該中心兩侧的絕 =7主油芯5側凹折；貼合滾輪17,一面施壓頂抗 ;^ ^該絕緣膠帶57,的該油芯5，一面進行旋 轉俾使5亥油4 5進行、、歹私门士 絕缘胪# 5 κ動，同蚪利用該貼合滾輪17將該 、、、巴、、象私f 57裱繞黏貼於 裝置20,可自動將該油：5油 及，脫著_21，供給轉盤U中；以 供給轉盤u。 所固持的該油芯5脫離該 該供給轉盤11係藉由例如步進$遠或气严^s壬 機構（未顯示）心-矿氣 馬達或乳屋缸之驅動 方式進行間斷式轉翻 _ _ ^ ^ 月又之 中的每一個油：5二間距，以便使容置於該供給轉盤u ^都迠被移動至相同的位置。在每一次糙 構定成足以供該切斷機構15、凹折機 者。该驅動機構較 兀攻動作 定該供給㈣u 更在停止轉動時固 捲套;Ϊ::: =構]2係配置成可將市售或訂作之躍帶 帶捲中之絕” i寸動之轴承座者，以便藉由將捲繞於該躍 知T 57’的一端予以拉動而供給絕緣膠帶 18398 M279967 在本貫施例中，該絕緣膠帶57，之 繞於供給轉盤η之外周，俾使絕緣 “被拉出而環 等複數個油芯5之汽狀矣而 ’、，咿57,同時黏貼於該 ^ 3之同狀表面之一部份。 供應之絕緣膠帶57，的寬度係為該油芯 =讀所 層W的寬度。 所奴形成之絕緣 該凹折機構14係例如為具有凹 係朝向供給轉盤…，其寬度較宜略大二部 份的直徑，苴深；^ 丨畆+ 、 ‘ 5之同狀部 機構w 該筒狀部份的半徑。該切斷 =Τ:Γ^ =4…斷機構15係-起固定於驅動機構16的固 μ號Β的二便藉由驅動機構16之氣μ 16 2的驅動， 心中詳述)給轉盤11的動作進行往復移動(將 貼合滾輪17的表面係與相對應位置之油芯5之表面大 :相切’且貼合滾輪Π的表面較宜具有-層例如橡膠之軟 貝材料，以便在施壓頂抗該油芯5時能夠提供較大之摩摔 力、，同時也不致於壓壞該油芯5。貝占合滾輪17係例如藉: 馬達18透過皮π 19進行帶動，而以箭號匸的方向進行逆 時針迴轉。 曰自動進料裝置20係為習知者，可例如包括：容置有大 置油芯5之槽斗2〇2、用以依序舉昇油芯5的舉昇機構 203、以及用以將由該舉昇機構2〇3所送達之油芯5依序傳 迗至該供給轉盤η的滑轨2〇1。在本實施例中，係根據絕 緣層57所形成的位置而將該自動進料裝置2〇設計成使油 11 18398 M279967 …上(請參照第〗圖）而傳送者。然而，本 :::不限於此，可依據不同的需求而將自動晴置： 5又计成以所需的方位傳送油芯5。 琨卄衣置20 以下參照第4圖對供給轉盤〗 圖係為第3 @中u c 伋更砰細的說明。第4 3圓方向所觀看 疋，在第4圖中，為了卞昍μ AA + U而注思的 】2的-部份，而將H 的方便，僅顯示外周阻擋部 如第4 g所…“ 擋部12的其餘部份予以略除。 J z之間的凹入部】j 3。哕 _緣係開設有複數個等間距的承接二4方：大“ 111之邊 油芯5的凸緣直徑。今下方丄114，其大小係對應於 間距的承接口 115，/i = 2係開設有複數個等 再者，# # 矿、對應於油芯5的筒狀體直徑。 丹有该供給轉盤π復且右下太畨加 置於承接口 114、115中二:了承载盤116,用以支撐容 鲁宜隨著供給轉盤2 4該下方承載盤116較 分別對應於=1外，該外周阻擔部12係具有 方凸、、彖。卩11 1以及該下方 置的上方外周阻擋板121以万下古从方凸、，袭^112而权 意的是，該上方外闲" 方外周阻擔板122。須注 間的間距^及阻擒板121與下方外周阻擔板122之 間距物=::rin與下方凸緣物之間的 貼合轉輪17者。谷Μ切畊機構15、該凹折機構14、該 先，2對本實施例之膠帶㈣機的操作進行說明。首 動方式從自動進料裝置20供給大約5至1〇個油 18398 12 M279967 心5至供給轉盤11 φ，妙、彡么μ 一 和i U中然後將絕緣膠帶57,的先姑％目上5 :置於供給轉盤U中的該等油芯5的第一個 = 進行自動運轉。在自動運轉時，編會依序由；白: 荖楚乂 、各 和動因此，该絕緣膠帶57,會隨 出一固之移動而逐漸由該膠帶供給機構13中被拉 之該供給轉盤11而同時黏貼於複數個油芯5 <同狀表面的一部份。 其次’參照第5圖之切斷機構15和凹折機構Μ之 作不意圖。第5圖係省略用以宏 動 等处%用以谷置油』5之供給轉盤n #油芯5以箭號A之方向移動到切斷 機：15 Γ:機構14之動作處並且暫時停止時，該切斷 油” ^ 虎B之方向進行一次往返移動，從而將該 =、!：次一個油芯5之間的絕緣膠帶57,予以切斷。於 57,孝5 Μ —個油芯5之間的絕緣膠帶 15::二循環的切斷動作中被切斷。在該切斷機構 、"…玄凹折機構14亦會隨之進行—次往返移 :，從而將黏貼於該油芯5上且已被切斷的絕緣朦帶”， ^折，而形成如第5圖最左側之油芯5上所黏貼之絕 二二可57。於此，該切斷機構15所切斷的位置較宜靠近 :微：油芯5’以便在該凹折機構14進行凹折時，切斷後 >贡之一端能夠完全黏貼於該油芯$上。 J次’參照第6圖之貼合滾輪17的動作示意圖。第6 圖係噌略用以容置油芯5之供給轉盤n等結構以便於進行 18398 13 M279967 說明。當黏貼與經過切斷鱼网 /、折之絕緣膠帶57”的喃〇 5 與貼合滾輪17接觸時，該油々 的油心5 心5 f雙到以箭缺厂 轉的貼合滾輪17的帶動而以后 儿方向方疋 以反向於箭號C方向之m 方向旋轉。在該油芯5轉動的同 號 # SΘ妒鸱册π” 山 尚未元全黏貼於該油 心5之、％緣^57 1便會㈣ 完全黏貼於該油芯5上。 ^ Π 於此，環繞黏貼於該筒狀件 57，，雨踹鲈官畲晶卢^ 之同狀表面的該絕緣膠帶 57兩“且“在一起’以便得到較 長度的範圍較宜為lmm至1〇mm， 八重且 又且為2iniii至5inm。 為達此目的，必須以適當的長度切斷絕緣膠帶57,，亦即， 必須適宜地設定該供給轉盤u所容置之筒狀件的間距。 - 二後？照第7圖之脫著機構動作示意圖。如第7圖 所示，该脫著機構2 1係由固定座2 ^ j ⑴的脫著具212所構成。二5?/固定於該固定座 汀稱成田/由心5元成絕緣膠帶57”的黏 貼後，會隨著供給轉盤11的帶動而移動至脫著機構21所 在處’、從而受到該脫著具212的作用而脫離該供給轉盤 U，然後掉洛至下方的滑槽22，進而滑落至放置於該滑槽 22下方的收集盤（未顯示）。 一雖於f式中並未顯示，但本實施例之膠帶黏貼機可進 另步具有，叹置於該供給轉盤u入口側（亦即，該自動進料 4置20达入'由芯5處）的感測器，用以偵測供給轉盤1 1 經過該入口側之每一個容置位置是否都容置有油芯5。由 在本;I]作的私τ黏貼機】中，若該供給轉盤】】所容置的 油芯5非連續（亦即，該供給轉盤u具有未容置油芯5 18398 14 M279967 .的空位）’則會造成切斷機構15無法順利地切斷該非連續 處的膠帶，導致產品的不良。摅士 ^ ^ 艮據此，當該感測器偵測到供 給轉盤U具有未容置有油芯5的空位時，勝帶黏貼機i =暫停運轉，並發詩報。待作業者以手動方式將未容 置有油芯5的該空位補上、、山杆ς μ * * 捅上油心5之後，該膠帶黏貼機i才 月匕夠繼續正常地自動運轉，以確 口所 1丁甘個產品的膠帶黏貼 口口貝 ° • J上述說明中，係以斷路器之油芯5進行說明，而絕 、、彖膠忝5 7 ’係指形成油芯5上之绍絵s 心5上之絕緣層的材料。但是本創 作亚不限於此，只要是且右，肖 &4別 ㈣W嫌^ 同狀結構且必須於其筒狀表面 #占貼一層胗贡的筒狀件，皆適 卞0』過用於本創作之膠帶黏貼機。 • 士主 創作並非僅限於上述實施例。相反地，在申 5月專利範圍中所顯示之項 ,,„ , 之項目的乾田哥内，係能夠具有各種設 叶，交更。以上所述之夂眚 ^里又 用以㈣，士 μ 係用以說明本創作，而非 創作的可實施範嘴，舉凡本項技術領域中呈有 通吊知識者在本創竹％姐- ^ -切等…η 神與技術思想下所完成之 寻效“錢變，仍應自後述 【圖式簡單說明】 今π觀固所涵盍。 第1圖係為顯示油芯之構造的半剖視圖； 的示圖及第扣圖係為顯示斷路器之油芯之動作原理 知為本創作實施例之膠帶黏貼機的示意圖； 弟4圖係為第U 弟3圖中以前號E方向所觀看的視圖； n.、本創作f施例之踢帶黏貼機的切斷機構和 18398 15 M279967 * » · 凹折機構之動作示意圖； 第6圖係為本創作實施例之膠帶黏貼機的貼合滚輪之 動作示意圖；以及 第7圖係為本創作實施例之膠帶黏貼機的脫著機構之 動作示意圖。.M279967 8. Description of the new type: [Technical field to which the new type belongs] * This type of bonding machine is particularly relevant-a type of tape bonding machine that wraps an insulating tape around the cylindrical surface of an oil core. [Previous technology] In various equipment or power supply systems, for safety considerations, a breaker must be provided to prevent damage to the circuit caused by overcurrent: fire. One of the current circuit breaker systems generally uses an oil core (Oil Dash Pot, _ for short) as a sensing element for sensing the magnitude of the current and a driving element that drives the circuit breaker to turn off when the current reaches a critical value . Therefore, the oil core can be said to be an important core component of this type of circuit breaker. The structure of the oil core of the needle 2 and its operation principle will be further explained. Figure 1 is a half cross-sectional view showing the structure of the oil core.泉 昭 第 ^ 图 =: Including, one end of the shell 51 'is an open end and two ends are: Cai, 0 moving iron core 52, which is housed in the cylindrical shell 5j; Hold the open end of the cylindrical casing 5; the spring M, made of a material, is arranged in the movable iron core 52 and the plug cover "== two moving iron cores 52; the actuating oil 55, filled in The space outside the space surrounded by the moon-eating bean W and the base cover 54 except for the space occupied by the accessible spring 53. It is placed in the cylindrical casing 51 and connected to Xiyi strike only # 56, matching version] 1 reverse connection to the outside of the base 忒 54 for the connection between the cover 54 and the cylindrical housing 51; A, insulation layer; 7 ::; on the part of the cylindrical housing 51 near the open end Outside. The movable Shu '52 is made of a material f (such as iron) that can be attracted by μ force, so ^ 18398 5 M279967 = 1 5 When a magnetic field is external, the movable iron is pulled: inside the cylindrical casing 51 Slide. -Igangme # 2B of the wheel field is a schematic diagram showing the operation principle of the oil core of the circuit breaker. In Figure 2A, the principle of the oil core operation principle is f ', only Outline display Mingyaomen ~ M slash ploughing road structure. Referring to Fig. 2A, s is fixed at ρ of oil core 5 cover 54 of frame 61, and the plug member of oil core 5 is equipped with -62 system as f A plate-shaped door-opening furnace with a certain angle ° ρ 621 'The other end is a driving part 驱 for driving the circuit breaker 2 = chip: not shown] to open the circuit breaker to turn off, ^ HAI swing member 62 pivot Turn to the upper end 612 of the frame 61. When the disconnection is in the on state: the conducting state, the position of the swinging member 62 is as shown in Figure M. The suction portion 621 is separated from the oil core 5 by a predetermined distance. It is connected to the circuit input end of the circuit breaker and has a coil portion 631 that winds the oil core 5 for several turns. The winding position of the coil portion 631 corresponds to the setting of the insulating layer 57 shown in FIG. Position. When the inside of the wire 2 = flow 1 flows, the coil portion 63] will generate a magnetic force corresponding to the current value of the current 1, and move the movable iron core 52 shown in Figure 1 to the oil core 5 square meters. Attracted, but at the same time, the spring 53 in the oil core 5 and the actuating oil 55 (as shown in FIG. 1) will generate a reaction that prevents the movable iron core 52 from moving upward. With reference to Figure 2B, when the current reaches the preset critical value Ic, the moving iron core 52 will rise to a predetermined height, thereby increasing the magnetic flux of the coil portion 63 1 and generating the additive effect of magnetic force. The suction portion 621 of the swinging member 62 is attracted downward, so that the driving portion 622 swings upward, and the switch mechanism of the circuit breaker is tripped to open the circuit breaker. 18398 6 M279967 Generally speaking, the manufacturing steps of the oil core are Including the preparation of the shape and shape. Assemble the movable iron core, the bullet stalk, the inter-clothes-like narrative, and plug the cover into the cylindrical housing; connect the cover and the cylindrical housing Next to :, Γ rod seals the plug 0 ^ 〇, and formed on the outer side of the cylindrical shell, bar, straddling layer 4 The outer side of the cylindrical shell forms an insulation system Pre-prepared cut-out method sleeve The sleeve is artificially ^^, and then the heat-shrinkable spoon is put into the cylindrical shell (the tube of the oil core is provided with a heat-shrinkable sleeve to strengthen the butterfly — i & take Jundan to heat the sleeve into the lamp,俾 The heat shrinkable sleeve receiver is fixed on the cylindrical surface of the cylindrical casing. Township system = The above-mentioned method of forming the insulating layer not only has many processing steps, which affects the efficiency, but also because the heat shrinkable sleeve is inserted into the cylindrical casing by using human power, the formation position of the insulating layer cannot be fixed, which affects the product quality. In addition, because the heat shrinkable sleeve is more expensive, the above method will also increase the cost of the product. Another method of forming an insulating layer is to use an insulating material. The cost of the insulating tape is relatively low, and it also has good insulation properties. However, when the insulating tape is to be adhered to the cylindrical case, the insulating tape must be manually cut to a preset length, and then the insulating tape is wound and adhered to the cylindrical case. Therefore, the insulating layer will also be caused. The problem of the formation position cannot be fixed and affects the product quality. In addition, the manufacturing efficiency of this method is not good. Based on this, the development of an adhesive tape applicator capable of quickly and reliably wrapping insulating tape around the cylindrical surface of a cylindrical case (oil core) has become an urgent need in the industry. ^ [New content] 7 18398 .M279967 This book was developed with the above problems in mind. The purpose is to provide a sticking machine that can quickly and reliably wrap insulating tape around and place squares. Core). Machine: To achieve the above and other purposes, this creative department provides-a kind of tape sticking: machine = stick the tape around the cylindrical surface of the cylindrical piece, the sticking device includes: a supply mechanism, using a tape to supply the machine M in order to pass Run a few of the cylindrical pieces, the rubber structure is used to supply the tape, and the cutting mechanism is used to cut the glue; the portion between the cylindrical piece and the secondary cylindrical piece As the center, the material Φ ㈣ ㈣ ㈣ ㈣ holding the part ρ, ^ 4 of the cylindrical member, the tape on both sides of the center is concavely folded toward the side of the cylindrical member. ^ The bonding mechanism has a concave folding of the bonding roller j, and, After the concave folding, the "" _ = = ;; surface: the top anti-adhesive member is rolled, and at the same time the rotation is used to make the cylindrical surface of the cylindrical member. /, Σ ^ wheel will Adhesive tape is attached around the 'Creation of this book-the preferred embodiment' to the turntable, which is attached to the peripheral edge ^ ... The mechanism system includes: a socket for holding the: rear]: corresponding to the shape of the cylindrical member ::: :: ^ ㈣Feeding device, can automatically put the tube :: Da-step has: Guang Cheng interface order, from the supply turntable to the supply turntable Open the shell holding '②' disengagement mechanism, the tube-shaped member provided in the center is disengaged, and is used to hold the sockets. The mouth and the 'sensor' are provided in the supply 18398 .M279967 ί The turntable is on the mouth side for the immortal, whether the receiving part on the i side and the π side contains the 1-shaped part. Β ° Hai sensing will detect that the cylindrical part 4 is not accommodated on the receiving interface, and the tape sticking opportunity will be suspended. Operate and issue an alarm. / In this creation, the above-mentioned cylindrical member is an oil core, and the above-mentioned tape 3 is an insulating tape used to form an insulating layer on the oil core. However,: = = limited to this 'As long as the same structure with a tape that needs to be adhered to its cylindrical surface can be applied to this creation. / Because the tape is supplied by the tape supply mechanism, and the material is cut to a suitable length by the structure, and Using the two sticking machine: the cut tape is pasted around the cylindrical piece, so the furnace can efficiently form the insulating tape on the cylindrical surface of the oil core at 2 speeds. The quality of this dagger can also be fixed. Form this insulation fallacy to ensure the product ’s [implementation ] Schematic illustrations of the embodiment of this creation. These drawings: the imaginary schema, but only exemplifies the changes related to this creation, to be described first.} The price of titanium, but can be as required as the first ：： It is a schematic diagram of the belt taper machine as an example of the embodiment 2. For this reason, the tape sticking machine of the present embodiment] The supply turntable u to the mechanism is in the direction of the arrow eight (supplied as the supply turn in order to Transfer a plurality of oil cores 5 in order; the outer resistance is turned), and the chest is supplied to the turntable] 1 on the outer peripheral side, and cooperate with this: to the 21 I 俾 with the supply turntable "accommodate and transfer the oil core;" 8398 M279967 To the mechanism 13 for the supply of the last time, Cheng Yuediao's "57" cutting mechanism 15 is used to cut the oil core 5 and the next oil core transferred from the supply turntable 11 to the position of 5 inches and 4 inches. Insulating tape 57 between 5; With 57, the part that sticks to the oil core 5 = / 4, centered on the insulated glue S7- ± ^ ^ ^ knife after cutting, and the insulation on both sides of the center = 7 main The oil core 5 is concavely folded on the side; the roller 17 is pressed against the pressure resistance on one side; the oil core 5 of the insulating tape 57 is rotated on one side, so that the oil 5 5 is carried out, Insulation 胪 # 5 κ is moved, and the peers use the laminating roller 17 to mount and attach the ，,, ，, and xiangxiang f 57 to the device 20, and the oil can be automatically removed: 5 oil and _21, supply Turntable U; to supply turntable u. The oil core 5 held out of the supply turntable 11 is intermittently turned over by means of, for example, a step-by-step or gas-stricken mechanism (not shown) driven by a heart-mine gas motor or a breast cylinder. _ ^ ^ Every oil in the month: 5 two pitches, so that the capacity of the supply carousel u ^ are moved to the same position. Each time roughening is configured to be sufficient for the cutting mechanism 15, the concave folding machine. This drive mechanism fixes the supply sleeve when the supply is stopped than the offensive action; Ϊ ::: = 构] 2 series is configured to be able to move a commercially available or customized jumper tape roll. In order to supply the insulating tape 18398 M279967 by pulling one end wound around the Yuezhi T 57 'in the present embodiment, the insulating tape 57 is wound around the outer periphery of the supply turntable η, 俾Insulation "is pulled out and the ring is shaped like a plurality of oil cores 5 and 咿, 咿 57, and at the same time adhere to a part of the same shape surface of ^ 3. The width of the supplied insulating tape 57 is the width of the oil core = reading layer W. The insulation formed by the concave folding mechanism 14 is, for example, having a concave system facing the supply turntable, the width of which is preferably slightly larger than the diameter of the two parts, and the depth is deep; The radius of the cylindrical part. The cut-off = T: Γ ^ = 4 ... The breaking mechanism 15 series-starting from the fixed μ number B fixed to the driving mechanism 16 is driven by the driving mechanism 16 gas μ 16 2), to the turntable 11 (The surface of the bonding roller 17 is larger than the surface of the oil core 5 at the corresponding position: tangent 'and the surface of the bonding roller Π preferably has-a layer of soft shell material such as rubber, in order to Applying pressure to resist the oil core 5 can provide greater frictional force without damaging the oil core 5. The benzhe roller 17 is driven by, for example, the motor 18 through the leather π 19, and The direction of the arrow 匸 is rotated counterclockwise. The automatic feeding device 20 is a conventional one, and may include, for example, a groove bucket 202 containing a large oil core 5 for sequentially lifting the oil core 5 A lifting mechanism 203 and a slide rail 201 for sequentially transferring the oil core 5 delivered by the lifting mechanism 203 to the supply turntable η. In this embodiment, it is based on the insulating layer 57 The formed position is designed to transport the automatic feeding device 20 to the oil 11 18398 M279967 (refer to the figure). However, this :: : Not limited to this, the automatic clearing can be set according to different needs: 5 is also counted to convey the oil core 5 in the required orientation. 琨 卄 衣 置 20 The following refers to the supply turntable with reference to Figure 4 The figure is the third @ The description in uc is more detailed. In the 4th circle, 圆 is viewed in the direction of the circle. In the 4th figure, it is considered for + μ AA + U] 2-part, and the convenience of H is only displayed. The outer peripheral blocking part is as described in Section 4g ... "The rest of the blocking part 12 is omitted. The recessed part between J and Z]] j 3. The edge is provided with a plurality of equally spaced two and four squares: large" The diameter of the flange of the oil core 5 on the side of 111. The size of the bottom 丄 114 corresponds to the distance of the socket 115, and / i = 2 is provided with a plurality of waiting, ## ore, corresponding to the oil core 5 The diameter of the cylindrical body. Dan has the supply turntable π and the lower right side is placed on the receiving ports 114 and 115. The second is the carrier plate 116 to support the capacity of the supply turntable 2 4 and the lower carrier plate 116. Corresponding to = 1, the peripheral resistance portion 12 has square convexity, 彖, 彖. 11 and the lower upper peripheral blocking plate 121 are convex from the square, It is right to strike ^ 112 and the right is that the upper and outer perimeter resistance stretcher 122. The distance between bets ^ and the distance between the capture plate 121 and the lower peripheral resistance stretcher 122 =: rin and convex below The bonding rollers 17 between the edge objects. The grain cutting mechanism 15, the concave folding mechanism 14, the first, and the second describe the operation of the tape hoisting machine of this embodiment. The first movement mode is from the automatic feeding device 20. Supply about 5 to 10 oils 18398 12 M279967 Heart 5 to the supply turntable 11 φ, 彡, 彡 μ μ and i U and then put the insulating tape 57% on the head 5: Placed in the supply turntable U The first of these oil cores 5 = automatic operation is performed. During the automatic operation, the editors will start in sequence; Bai: Zhu Chuxi, Ge Hehe Therefore, the insulating tape 57 will gradually be pulled by the supply turntable 11 in the tape supply mechanism 13 as it moves. At the same time, it adheres to a part of multiple oil core 5 < same surface. Next, it is not intended to refer to the cutting mechanism 15 and the concave folding mechanism M shown in FIG. The 5th figure is omitted to supply the turntable for macro movement, etc., and to place oil. 5 The oil turntable n #oil core 5 moves to the cutting machine in the direction of the arrow A: 15 Γ: The action of the mechanism 14 and temporarily stops At the time, the cutting oil "^ moves back and forth in the direction of the tiger B, so that the =,!: The insulating tape 57 between the next oil core 5 is cut off. At 57, 5 5 — oil core The insulating tape 15 between the 5 :: is cut during the second cycle of the cutting action. The cutting mechanism, " ... the concave concave folding mechanism 14 will also follow-one round trip: to stick to the The insulation tape on the oil core 5 that has been cut off "is folded to form the second and second ke 57 attached to the oil core 5 on the far left side of Fig. 5. Here, the cutting position of the cutting mechanism 15 is preferably closer to: micro: oil core 5 'so that when the concave folding mechanism 14 performs the concave folding, one end of the cutting can be completely adhered to the oil core. on. J times' refers to the operation of the laminating roller 17 in FIG. 6. FIG. 6 is a structure for accommodating the supply turntable n of the oil core 5 and the like to facilitate the description of 18398 13 M279967. When the paste is in contact with the laminating roller 17 after cutting the fishing net / folded insulating tape 57 ", the oil core 5 core 5 f of the oil pan is doubled to the laminating roller 17 turned by the arrow. Driven and then the direction Fang 疋 is rotated in the direction m which is opposite to the direction of the arrow C. The same sign # SΘ 鸱 鸱 鸱 π ”turned in the oil core 5 has not yet fully adhered to the 5% of the oil core. ^ 57 1 will be fully adhered to the oil core 5. ^ Π Here, the insulating tape 57 which surrounds and adheres to the cylindrical member 57 is the same shape as the two surfaces of the same shape surface, and is “together” so as to obtain a longer range of 1 mm to 10mm, octet and again 2iniii to 5inm. To achieve this, the insulating tape 57 must be cut to an appropriate length, that is, the pitch of the cylindrical members accommodated in the supply turntable u must be appropriately set. -After? Schematic diagram of the disengagement mechanism according to Figure 7. As shown in FIG. 7, the release mechanism 21 is composed of a release tool 212 of a fixed seat 2 ^ j ⑴. 2 5? / Fixed to the fixed seat called Narita / 5 "from the heart, the insulation tape 57" will be adhered, and will be moved to the release mechanism 21 by the supply turntable 11 ', so that the release With the function of 212, it detaches from the supply turntable U, and then drops to the lower chute 22, and then slides to the collection tray (not shown) placed below the chute 22. Although not shown in the f-type, but The tape sticking machine of this embodiment can be further provided with a sensor placed on the inlet side of the supply turntable u (that is, the automatic feed 4 is set to 20 to reach from the core 5) for detecting Does the supply turntable 1 1 pass through each of the accommodation positions on the inlet side to accommodate the oil core 5. In the private τ-adhesive machine made in this [I], if the supply turntable]] contains the oil core 5 discontinuity (that is, the supply turntable u has a vacant space for the oil core 5 18398 14 M279967) 'will cause the cutting mechanism 15 to fail to cut off the tape at the discontinuity smoothly, resulting in product failure. 摅According to this, when the sensor detects that the supply turntable U has a space where the oil core 5 is not contained, Winning tape sticking machine i = Pause, and send a poem. Wait for the operator to manually fill in the space where oil core 5 is not contained, and the mountain rod μ μ * * After the oil core 5 is pressed, the tape is stuck. The machine will continue to operate normally and automatically to ensure that the tape of the product is attached to the mouth. • J In the above description, the oil core 5 of the circuit breaker is used to describe, but Glue 5 7 'refers to the material that forms the insulating layer on the core 5 of the oil core 5. However, the present invention is not limited to this, as long as it is right, Xiao & 4 do n’t disagree with the same structure and It is necessary to apply a layer of tributary cylindrical pieces on its cylindrical surface #, all of which are suitable for the tape sticking machine used in this creation. • The creation of the master is not limited to the above embodiment. On the contrary, in May of Shen The items shown in the scope of the patent, and the items in the Kantian brother, can be provided with various types of leaves, and can be changed. The 夂 眚 ^ mentioned above is used to explain the meaning, and Shi μ is used to explain the creation, not the implementable fan mouth of the creation. For example, those who have knowledge in this technical field who have hanged knowledge in this creation- ^ -Qing et al. Η The effect achieved under the thought of God and technology "The change of money should still be described later [Simplified illustration of the diagram] The concept of the current π view solid. Figure 1 is a half showing the structure of the oil core The cross-sectional view; the diagram and the buckle diagram are the schematic diagrams of the tape sticking machine showing the principle of the oil core of the circuit breaker; the figure 4 is viewed in the direction of the previous number E in the figure 3 N. 、 The cutting mechanism and 18398 15 M279967 of the kick tape sticking machine in the example of this creative f; operation diagram of the concave folding mechanism; Figure 6 shows the bonding of the tape sticking machine of this creative embodiment. A schematic diagram of the operation of the roller; and FIG. 7 is a schematic diagram of the operation of the release mechanism of the tape sticking machine of the creative embodiment.
【主要元件符號說明】 1 膠帶黏貼機 11 圓形轉盤 111 、 112 凸緣部 113 凹入部 114 、 115 承接口 116 下方承載盤 12 外周阻擋部 121 、 122 外周阻擋板 13 膠帶供給機構 14 凹折機構 15 切斷機構 16 驅動機構 161 固定座 162 氣壓免： 17 貼合滾輪 18 皮帶 19 馬達 20 自動進料裝置 16 18398 M279967[Description of the main component symbols] 1 Adhesive tape applicator 11 Circular turntable 111, 112 Flange 113 Recessed 114, 115 Support socket 116 Lower load tray 12 Outer periphery blocking portion 121, 122 Outer periphery blocking plate 13 Tape supply mechanism 14 Concave folding mechanism 15 Cutting mechanism 16 Driving mechanism 161 Fixing seat 162 Air pressure exemption: 17 Fitting roller 18 Belt 19 Motor 20 Automatic feeding device 16 18398 M279967
201 滑軌 202 槽斗 203 舉昇機構 21 脫著機構 211 固定座 212 脫著具 22 滑槽 5 油芯 51 筒狀殼體 52 、可動鐵芯 53 彈簧 54 塞蓋 55 致動油 56 鋅錫密封部 57 絕緣層 57、57，， 膠帶 61 框架 611 下端部 612 上端部 62 擺動構件 621 吸引部 622 驅動部 63 導線 631 螺圈部 17 18398201 Slide rail 202 Groove 203 Lifting mechanism 21 Lifting mechanism 211 Fixing seat 212 Lifting gear 22 Chute 5 Oil core 51 Tubular housing 52, movable iron core 53 Spring 54 Plug cover 55 Actuating oil 56 Zinc-tin seal Section 57 Insulating layer 57, 57, tape 61 Frame 611 Lower end portion 612 Upper end portion 62 Swing member 621 Suction portion 622 Drive portion 63 Lead wire 631 Coil portion 17 18398