201247484 六、發明說明： 【發明所屬之技術領域】 本發明為一種輸送裝置，尤指一種安裝於標籤機上之 輸送裝置。 【先前技術】 日常生活中可見的容器，例如：布丁盒、飲料瓶、化 妝品容器等，為了在容器外表作為標示或是裝飾用途，通 常會使用標籤機在容器外面套上一圈薄收縮臈標籤，並再 加以熱烘後可呈收縮狀，使標籤收縮貼覆固定於容器上。 然而現有技術的標籤機無法提供收縮膜標籤包覆至前 述所提及容器之底面處’其原因在於：此種薄膜標籤機的 作業流程中，通常使用輸送帶以輸送容器，請配合參閱圖8 所示，以輸送帶70承載各交II 廿此由& 料合谷益20並依序的移送至可於容 器20上包覆收縮膜標籤3〇 、 们屐置處，由於該容器20的底 面接觸置放於輸送帶70上，因..絞瞄换从 ' 口此收縮膜標籤30無法套設 至谷器20底面，以致收縮胺，黎 稚螟‘織30於加熱收縮後盔法包 覆於容器20的底面，因此現有枯 ’、’、 &有技#的仏戴機之輸it裝置& 锝進一步改進。 【發明内容】 有鑒於現有技術的標鐵機 蕕勺滑石"认- 戰』迗裝置無法將收縮膜標 術手段可在生產包覆容㈣，t Μ所發明設計的技 ^ F ° 到將谷器的底部同時予以 包覆，以k供收縮膜標籤可包覆至容 且多樣化容器的發明目的。 _ ·‘、、更精緻 201247484 本：：為一種標藏機之輪送裝置，其包括有一輸送帶 框条、複數頂座治具以及一進料裝置； 該輸送帶框架為一長形牟鍊，加触工 架體兩端分別形成-輸 入而及輪出端，該輸送帶框牟上.、儿具缸& < 糸上/〇長軸向設置有一輸送 帶·， 該頂座治具之頂面突設有一 有犬柱，各頂座治具分別以 一間隔設置於該輪. ^ ^ 輸送’上，各頂座治具的突柱朝向相反於 輸送帶的方向設置； 該進料裝置係設置於該輸送帶框架之輸入端處。 所述之k籤機之輪送裝置，其中該進料裝置包括有一 基座冑送帶、—進給螺桿、-導引執道、-進給盤及 一驅動機構； 該基座為一扭鱗 +1. , /、體，其一端位於該輸送帶框架之輸入端 處， 該輸送帶為可移動的設置於該基座上； 該進給螺桿之兩娃 兩鸲形成一第一端及一第二端，其外 桿面形成有螺紋狀@ & Μ 妁導引槽，於該進給螺桿的軸心穿設 一第二驅動桿’該第_酿如4曰 第一驅動柃上設置有一第三驅動輪， 進給螺桿以可轉動的訊 ° 送帶，桿體之第一端釦Α^ 化朝向該輸送帶框架的輸入端； 該導引軌道包括古工pq π_ 匕括有兩間隔之桿體，其分別為—第一201247484 VI. Description of the Invention: [Technical Field] The present invention relates to a conveying device, and more particularly to a conveying device mounted on a labeling machine. [Prior Art] Containers that are visible in daily life, such as pudding boxes, beverage bottles, cosmetic containers, etc., in order to use the labeling machine as a label or decorative use, a labeling machine is usually used to put a thin shrinkage label on the outside of the container. And then heat-baked to shrink, so that the label shrinks and adheres to the container. However, the prior art labeling machine cannot provide the shrink film label to the bottom surface of the aforementioned container. The reason is that in the operation of the film labeling machine, the conveyor belt is usually used to transport the container, please refer to FIG. 8 As shown, the conveyor belt 70 carries each of the intersections 廿 廿 由 并 并 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 The contact is placed on the conveyor belt 70, because the shrinking label is changed from the mouth, the shrink film label 30 cannot be sleeved to the bottom surface of the barn 20, so that the shrinking amine, the Li Zhi's woven 30 is wrapped by the helmet after heating and shrinking. On the bottom surface of the container 20, there is a further improvement in the existing device and device of the 枯 、, ', & 有 技 。. SUMMARY OF THE INVENTION In view of the prior art standard shovel talc " recognition-warfare" 无法 device can not be used to shrink the film marking means can be produced in the production capacity (four), t Μ design of the technology ^ F ° to The bottom of the barn is simultaneously coated to provide the purpose of the shrinkable film label to cover the container and to diversify the container. _ ·', more refined 201247484 Ben:: is a standard machine wheeling device, which comprises a conveyor belt frame strip, a plurality of top seat fixtures and a feeding device; the conveyor belt frame is a long chain The two ends of the contact frame are respectively formed with an input and a wheel end, and the conveyor belt is arranged on the upper side of the belt, and the upper part of the upper part of the belt is provided with a conveyor belt. There is a dog column on the top surface, and each of the top fixtures is respectively disposed at an interval on the wheel. ^ ^ "the delivery", the protrusions of each of the top fixtures are oriented opposite to the conveyor belt; The material device is disposed at an input end of the conveyor belt frame. The marking device of the k-signing machine, wherein the feeding device comprises a base feeding belt, a feeding screw, a guiding guide, a feeding plate and a driving mechanism; the base is a twist a scale +1., /, a body, one end of which is located at the input end of the conveyor belt frame, the conveyor belt is movably disposed on the base; the two ends of the feed screw form a first end and a second end, the outer surface of the rod is formed with a threaded @ & Μ 妁 guiding groove, and a second driving rod is disposed on the axial center of the feeding screw. a third driving wheel is disposed, the feeding screw is provided with a rotatable signal feeding belt, and the first end of the rod body is buckled toward the input end of the conveyor belt frame; the guiding track comprises an ancient work pq π_ Two spaced rods, respectively - first
引桿及一第二導弓丨桿，該第-導引桿-端設置於該基座I 且位於該基座之輪送帶其中一側的上方，其另-端設置於 該輸送帶框架之輪人妯忐n 】入缒處且位於該輸送帶框架之輸 中一側的上方，該第一拔3| W 、 第一導引杯位於該基座上之外側桿面與 4 201247484 該進給螺桿間具有—間距，= 基座上且鄰近於該進：該第二導引桿之-端設置於該 -端設置於該輸送帶框架第端，該第-導引桿之另 側的上方；該進給盤為I柄輪入端處且位於該輸送帶另一 數個定位凹部，該進冑’其板體周緣凹入形成有複 鄰於該輪送帶框架的：入：可轉動的設置於該基座上且相 有-第-驅動桿，心广’該進給盤的轉動中心延伸設 第二驅動輪； —驅動桿上設有一第一驅動輪及一 該驅動機構包括有— 連接有—第-帶動輪，帶動轴桿，^二帶動軸桿 動輪以可同步轉動的相帶動輪與該進給盤的第-驅 桿的第三驅動運接，該第二驅動輪與該進給螺 所^ ㈣轉動的相互連接。 所返之標籤機之给这壯 桿第-端的導程大於二、、置’纟中該導引槽位於進給螺 ;第一端的導程。 所述之標籤機 —第一帶動桿，：翰送裝置，其驅動機構進一步包括有 框架上，該該第—帶動桿以可轉動的穿設於該輸送帶 動輪，該第二-帶動桿上設置有—第二帶動輪及—第三帶 合，該第：帶動動輪與該第一帶動輪皆為斜齒輪且相互唾 互連接。 · >、〇第驅動輪皆為鏈輪並以一鍵條相 -第=3鐵機之輸送裝置，其驅動機構進-步包括有 動桿；該第：帶！二帶動桿、一第四帶動桿及-第五帶 動輪，該第二帶動桿上分別設有一第四帶動輪及-第五帶 帶動輪與該動桿以可轉動的穿設於該基座上，該第四 驅動輪以皮帶相互連接；該第三帶動桿上 201247484 =置有一第力帶動⑥及一第七帶動輪，桿體以可轉動的穿 5又於該基座上，該第六帶動輪與該第五帶動輪以皮帶相 連接；該第四帶動桿上設置有一第八帶動輪及—第 輪’桿體以可轉動的穿設於該基座上，該第人帶動輪與該 第七帶動輪皆為斜齒輪且相互喃合；該第五帶動桿以可 動的穿設於該基座上’桿體上設有一第十帶動輪，該第十 帶動輪與該第九帶動輪以皮帶相互連接，$時該第十帶 輪以皮帶連接該第三驅動輪。 所述之標籤機之輸送裝置，《中該頂座治具為一圓形 座體，其突柱位於該座體之中心處。 所述之標籤機之輸送裝 出設有一連接塊，該頂座治 帶框架之輸送帶上。 置’其中該頂座治具之底面突 具係以S亥連接塊設置於該輸送 所述之標籤機之輸送裝置，其中該進給盤為—圓形板 本發明藉由上述的技術手段的運用，於該輸送帶框架 的輸送帶上設置頂座治具，可提供容器於置放於頂座治具 上時，藉由該突柱抵頂於容器的底面以將該容器底面與頂 座治具間形成一間距，於輸送帶帶動頂座治具及容器依序 移動至套;^裝置及熱烘裝置處進行加工時，當該套標穿置 將，縮獏標籤套設於容器外部時，可提供收縮膜標籤包、覆 至容器的下方處，而於該收縮膜標籤熱烘收縮後，可包覆 至該容器的底面處。 並藉由該進料裝置與該設有頂座治具的輸送帶相互配 合，使得該進給螺桿的導引槽可與位於導引軌道上的容器 6 201247484 側緣相互定位，並藉由該進給螺桿的 爽轉以及盆漸 程，可將各容器間形成一特定的間距， /、漸~的導 的各定位凹部係對應於該特定的間距，幹^盤緣設置 位該容器的另一側緣以及該進給盤的旋^ A彳凹邛疋 ^ ^ Η, Φ，^ 轉，可將該容器沿 該導引轨道依序移動至輸送帶框架的 nr、A目L , 询达帶處且置放於頂 座具上，以提供本輸送裝置可自動化的作業。 【實施方式】 ' 請參閱圖1所示，圖中之標藏機包括有—輸送裝置、 -套標裝置10及—熱烘裝置”，該輸送裝置可將複數容器 2〇依序輸送至套標裝置1〇及熱烘裝置w處，該套標裝置 1〇可於容器20外部套設一收縮膜標籤3〇，該熱烘裝置w 可加熱邊收縮膜標籤3〇並使其收縮固定於該容器之外 部〇 而本發明為一種應用於該標籤機上的輸送裝置，請配 合參閱圖2及圖3所示，其包括有一輸送帶框架4〇、複數 頂座治具50以及一進料裝置6〇 ; 該輸送帶框架40為一長形架體，架體連接有複數個支 腳401並以各支腳4〇1設置於一平面上，架體兩端分別形 成一輸入端402及一輸出端403，請配合參閱圖7所示， 且沿架體之長軸向分別設置有兩輸送帶41、42，該輸送帶 41於輸出端403之一側設有一第一帶動軸桿4051及馬達 405 ’第一帶動軸桿々ο”設有齒輪盤（圖中未示），再如圖3 所示’該輸送帶41於輸入端402處設有一第二帶動軸桿 4052 ’第二帶動軸桿4〇52設有齒輪盤（圖中未示），該馬達 405、第一帶動軸桿4051及其齒輪盤、第二帶動軸桿4〇52 201247484 及其齒輪盤與輸送帶41的構造為現有技術，故不再進一步 的描述其細部構造，藉由該馬達405起動旋轉，可透過第 一帶動軸桿4051及其齒輪盤、第二帶動軸桿4052及其齒 輪盤，以帶動輸送帶41於圖2所示中以逆時鐘方向旋轉， 輸送帶41可將輸入端402處進入的承載物品（例如：容器 2〇)輸送至輸出端403處，請配合參閱圖7所示，該輸送 帶42的一端位於該輸送帶框架40之輸出端403處並與該 輸送帶41相鄰，藉由於該輸送帶41與相鄰的輸送帶42之 間設置左右導引桿43 ’可將容器20順利的由輸送帶41上 導引至輸送帶42上，再由輸送帶42帶離加工完成的容器 20 ° 睛配合參閱圖2及圖3所示，該頂座治具50之頂面突 设有一突柱51 ’各頂座治具50分別以一間隔設置於該輸送 帶41上，各頂座治具50的突柱51朝向相反於輸送帶41 的方向設置，該頂座治具50及突柱51的形狀可配合欲加 工之谷器之底部形狀做設計，於圖中所示之實施例中，該 頂座治具50配合容器20的形狀設計為一圓形座體，該突 柱51設計為一圓柱體，其突柱51位於該座體之中心處， 且該頂座治具50之底面突出設有一連接塊52，該頂座治具 50係以該連接塊52設置於該輸送帶41上，前述所承載的 容器20位在該突柱51上方； 請配合參閱圖3及圖4所示，該進料裝置包括有一 基座61、一輸送帶62、一進給螺桿63、一導引軌道64、 一進給盤65及一驅動機構66 ; 該基座61為一架體，請配合參閱圖j所示，該基座61 201247484 連接有至少兩支腳611且以該支腳611設置於一平面上， 該基座61之一端位於該輸送帶框架4〇之輸入端4〇2處； 該輸送帶62 S置於該基Η!上，其可將位於該輸送 帶62上所承載的谷器2〇輸送至鄰近於輸送帶框架處； 該進給螺梓63之兩端形成一第一端631及一第二端 632’其外側桿面形成有螺紋狀的導引槽633，該導引槽 位於桿體第一端631的導程大於第二端632的導程（導程： 指沿著桿體長軸方向螺旋旋轉一周所前進或後退的距離）， 於該進給螺桿63的轴心穿設有—第二驅動桿634，該進給 螺桿63以可轉動的設置於該基座61上且位於該輸送帶α 的一側上方處，桿體之第—端631朝向該輸送帶框架4〇的 輪入端402，該導引槽633的螺距（螺距：沿轴線方向上兩 相鄰螺紋間的距離）及螺紋深度係配合該容器2〇的側緣設 計，於圖中所示實施例中，該導引槽633的導程沿該第: 端632至第一端631為漸增，請配合參閱_ 5所示，於該 第二驅動桿634上設有一第三驅動輪635，於本創作的較 佳實施例中係以-固定桿667配合連接件將該進給螺桿㈡ 設置於基座61上； 該導引軌道64為兩支具有特定間隔之長型桿體所形 成，該間隔的寬度係對應於該容器2〇的外徑設計，該兩桿 體分別為一第一導引桿641及一第二導引桿642，該第一 導引桿641 —端设置於該基座61上且位於該基座61之輸 送帶62其中一 j則的上方，其另一端設置於該輸送帶框架4〇 之輸入端402處且位於該輸送帶框架4〇之輸送帶41其中 一側的上方，該第一導引桿641位於該基座61上方之一側 201247484 桿面與該進給螺桿63間具有一間距，該第二導引桿642之 一端設置於該基座61上且鄰近於該進給螺桿63之第一端 631，該第二導引桿642之另一端設置於該輸送帶框架 之輸入端402處且位於該輸送帶41另一側的上方，於圖中 所示實施财，該容n 2Q的頂部突緣21的直徑大於該第 :、第二導引桿641、642之間的間距，藉此該容器可 藉突緣21的底面定位於該導引軌道64上； 該進給盤65為一板體，於圖中所示之實施例中 該進 給盤65 |圓形才反冑，其才反體周緣凹入形成有複數個定位凹 部651’相鄰兩定位凹部651之間的間距係對應於相鄰兩頂 座治具50之間的間距，該進給盤65以可轉動的設置於該基 座61上且以其一側相鄰於該輸送帶框架4〇,請配合參閲圖 6所示，該進給盤65㈣動中心延伸設有—第―驅動桿 652 ’請配合參閱圖4所示，於圖中所示實施例中，該第一 驅動桿652上設置有-第_驅動輪653及一第二驅動輪 654 ； 請配合參閱圖4至圖6所示，該驅動機構66包括有一 齒輪護座661、-第一帶動桿662、一第二帶動桿_、一 第三帶動桿664、—第四帶動桿哪及一第五帶動桿 請配合參閱圖4所示，該齒輪護座661設置於該輸送帶 框架40相對於第二帶動軸桿觀之另一側上，該第二帶 動軸桿杨2之-端穿設於齒輪護座661，該端部^伸:於 該齒輪護座661外且連接有—可被第二帶動軸桿侧所驅 動旋轉的第一帶動輪6611，齒輪護座661可以加強第一帶 動輪6611於旋轉時的穩定性，於圖中所示之實施例中，: 10 201247484 第一帶動輪6611為一斜齒輪； 該第一帶動桿662為一桿體，桿體以可轉動的設置於 該輸送帶框架40上，該第一帶動桿662上設置有一第二帶 動輪6621與一第三帶動輪6622，該第二帶動輪6621為一 斜齒輪並與第一帶動輪6611相互嚙合，而該第三帶動輪 6622與該進給盤65的第一驅動輪653皆為鏈輪並以鏈條 相互連接； 請配合參閱圖4及圖6所示，該第二帶動桿663為一 桿體，該第二帶動桿663上分別設有一第四帶動輪6631及 一第五帶動輪6632，該第二帶動桿663以可轉動的直立穿 設於該基座61上且其第四帶動輪6631與該第二驅動輪 654以皮帶相互連接； 該第三帶動桿664為一桿體，請配合參閱圖4所示， 才干體上設置有一第六帶動輪6641及一第七帶動輪6642， 桿體以可轉動的穿設於該基座61上，該第六帶動輪6641 與該第五帶動輪6632以皮帶相互連接，該第七帶動輪％42 為—斜齒輪； 該第四帶動桿665為一桿體，桿體上設置有一第八帶 動輪6651及-第九帶動輪6652，桿體以可轉動的穿設於 。亥基座61上，該第八帶動輪6651為一斜齒輪並與該第七 帶動輪6642相互嚙合； ^凊配合參閱圖5所示，該第五帶動桿666為一短桿， 才干體以可轉動的穿設於該基座61上且位於該進給螺桿63 及該第四帶動桿665之間，該第五帶動桿666上設置有_ 第十帶動輪6661，該第十帶動輪_以-皮帶與該第九 11 201247484 帶動輪6652相連接，且該第十帶動輪6661同時以 連接該進給螺桿63的第三驅動輪635，於圖中所示之較佳 實施例中，該第五帶動桿666及該第二驅動桿咖係以二 連接件671、672設置於基座61上； — 藉此，當馬達405轉動時，透過第一帶動軸桿4〇51、 輸送帶41及第二帶動軸桿4〇52之轉動，該第二帶: 4052可驅動該第—帶動輪6611轉動；該轉動之第—帶: 輪6611可依序帶動該第二帶動輪6621、該第—帶動桿M2 及該第三帶動輪6622轉動’經由該第三帶動輪6622帶動 該第-驅動輪653與該進、給盤65轉動；該轉動之進給盤 65以相連接的第二驅動輪654依序帶動該第四帶動輪 6631、該第二帶動桿663、該第五帶動輪6632、該第六帶 動輪6641、該第三帶動桿664、該第七帶動輪咖2、节第 八帶動輪6651、該第四帶動桿咖、該第九帶動輪郎仏 該第十帶動輪咖及該第五帶動桿_轉動，藉由該轉動 之第十帶動輪6661可帶動進給螺桿63之第三驅動輪635 轉動’使該進給螺桿63可受第二帶動軸桿4〇52之同步驅 動旋轉。 請配合參閱圓3所示，將複數個容器20置放於該基座 Μ遠離輸送帶框架40的—端處的輸送帶们上，該輸送帶 Μ可將各容器20朝向輸送帶框架4〇帶動移動；再藉由該 旋轉之進給螺桿63將各容器2〇間形成_特定的間距；該 :給盤65的定位凹部651可定位於各容器2〇的側緣，龙 猎由該進給盤65的轉動，可料容器2Q依序沿該導引軌 道64移動至輸送帶框架4〇的各頂座治具5〇上； 12 201247484 凊配合參閱圖2所示，此時各容器2〇位於頂座治具5〇 上，該頂座治具50的突柱51抵頂於容器2〇的底面，並藉 此將該容器2G底面與頂座治具5G的頂面間形成—間距， 於該輸送帶41帶動頂座治具5〇及容器2〇依序移動至套標 裝置及熱烘裝置11處進行加工時，當收縮膜標籤3〇套 設於谷β 20外部時，藉此提供收縮膜標籤3〇的底部於套 標裝置10將其裁切後可套置於容器2〇底端下方，進而使 裁切後的收縮膜標籤30於熱烘收縮後可進一步收縮包覆至 容器20的底面，可解決現有技術所產生的缺點。 【圖式簡單說明】 圖1為本發明安裝於一標籤機的立體外觀圖。 圖2為本發明之側視示意圖。 圖3為本發明之俯視示意圖。 圖4為本發明之立體外觀示意圖。 圖5為本發明之驅動機構的立體外觀示意圖。 圖6為本發明之驅動機構的另一立體外觀示意圖。 圖7為本發明之輸出端馬達位置示意圖。 圖8為現有技術的側視示意圖。 11熱烘裝置 21突緣 40輸送帶框架 402輸入端 405馬達 【主要元件符號說明】 1 〇套標裝置 20容器 30收縮膜標籤 401支腳 403輸出端 13 201247484 4051第一帶動軸桿 4052第二帶動軸桿 43左右導引桿 50頂座治具 52連接塊 61基座 62輸送帶 631第一端 633導引槽 635第三驅動輪 641第一導引桿 65進給盤 652第一驅動桿 654第二驅動輪 66驅動機構 661 1第一帶動輪 6621第二帶動輪 663第二帶動桿 6632第五帶動輪 6641第六帶動輪 665第四帶動桿 6652第九帶動輪 6661第十帶動輪 671連接件 70輸送帶 41、42輸送帶 51突柱 60進料裝置 611支腳 63進給螺桿 632第二端 634第二驅動桿 64導引轨道 642第二導引桿 651定位凹部 653第一驅動輪 661齒輪護座 662第一帶動桿 6622第三帶動輪 6631第四帶動輪 664第三帶動桿 6642第七帶動輪 6651第八帶動輪 666第五帶動桿 667固定桿 672連接件 14a lead rod and a second guide rod mast, the first guiding rod end is disposed on the base I and located above one side of the belt of the base, and the other end is disposed on the belt frame The wheel of the wheel is placed at the top of the conveyor belt and is located above the side of the conveyor belt frame. The first pull cup is placed on the base and the outer side face is 4 201247484. Between the feed screws, there is a spacing, = on the base and adjacent to the inlet: the end of the second guiding rod is disposed at the end of the conveyor belt frame, the other side of the first guiding rod The feed tray is at the input end of the I-handle and is located at another plurality of positioning recesses of the conveyor belt. The entrance edge of the plate body is concavely formed to be adjacent to the frame of the wheel-feeding belt: Rotatablely disposed on the base and having a first-driver shaft, the center of the rotation of the feed tray extends to the second drive wheel; the drive rod is provided with a first drive wheel and a drive mechanism Including - connected with - the first driving wheel, driving the shaft, ^ two driving the shaft moving wheel with the synchronously rotating phase of the driving wheel and the first of the feeding plate - The third drive of the drive rod is connected to the second drive wheel and the rotation of the feed screw. The leading end of the labeling machine to the strong end of the rod is greater than two, and the guiding groove is located at the feeding screw; the lead of the first end. The labeling machine - the first driving rod, the driving device, the driving mechanism further comprises a frame, the first driving rod is rotatably disposed on the conveying belt wheel, and the second driving rod The second driving wheel and the third belt are disposed, and the first driving wheel and the first driving wheel are both helical gears and are mutually connected to each other. · >, the first drive wheel is a sprocket and a one-key strip phase - the third 3 iron machine conveyor, the drive mechanism further includes a moving rod; the first: belt! a second driving rod, a fourth driving rod and a fifth driving wheel, wherein the second driving rod is respectively provided with a fourth driving wheel and a fifth belt driving wheel and the moving rod is rotatably disposed on the base The fourth driving wheel is connected to each other by a belt; the third driving rod is 201247484=the first driving force 6 and the seventh driving wheel are disposed, and the rod body is rotatably worn on the base, the first The sixth driving wheel and the fifth driving wheel are connected by a belt; the fourth driving rod is provided with an eighth driving wheel and a first wheel 'rod body rotatably disposed on the base, the first driving wheel And the seventh driving wheel is a helical gear and is mutually conjugated; the fifth driving rod is movably disposed on the base, and the tenth driving wheel is disposed on the shank, the tenth driving wheel and the ninth driving wheel The driving wheels are connected to each other by a belt, and the tenth pulley is connected to the third driving wheel by a belt. In the conveying device of the labeling machine, the top fixture is a circular seat, and the protruding column is located at the center of the seat. The conveyor of the labeling machine is provided with a connecting block which is disposed on the conveyor belt of the belt frame. The bottom protrusion of the top fixture is disposed on the conveying device of the labeling machine with the Shai connecting block, wherein the feeding tray is a circular plate. The invention is applied by the above technical means. Providing a top seat fixture on the conveyor belt of the conveyor belt frame, the container can be provided when the container is placed on the top seat fixture, and the bottom surface of the container is topped and topped by the bottom of the container A spacing is formed between the belts, and the conveyor belt drives the top fixture and the container to move to the sleeve in sequence; when the device and the heat drying device are processed, when the sleeve is worn, when the shrink label is sleeved outside the container A shrink film label package may be provided, which is applied to the lower portion of the container, and after the shrink film label is heat-shrinked, it may be coated on the bottom surface of the container. And the feeding device cooperates with the conveyor belt provided with the top seat fixture, so that the guiding groove of the feeding screw can be positioned with the side edge of the container 6 201247484 located on the guiding rail, and by the The spin of the feed screw and the taper of the pot can form a specific spacing between the containers, and the positioning recesses of the guides are corresponding to the specific spacing, and the dry disc edge is set to the other of the containers. One side edge and the rotation of the feed plate ^^ Η, Φ, ^ turn, the container can be sequentially moved along the guiding track to the nr, A mesh L of the conveyor belt frame, The belt is placed on the top seat to provide automated operation of the conveyor. [Embodiment] 'Please refer to FIG. 1 , the labeling machine includes a conveying device, a sleeve labeling device 10 and a hot drying device, and the conveying device can sequentially transport the plurality of containers 2 to the sleeve. The standard device 1〇 and the hot drying device w, the sleeve device 1 can be sleeved on the outside of the container 20 with a shrink film label 3〇, the heat drying device w can heat the shrink film label 3〇 and shrink and fix it to The outer side of the container is the same as the conveying device applied to the labeling machine. Please refer to FIG. 2 and FIG. 3, which includes a conveyor belt frame 4〇, a plurality of top seat fixtures 50 and a feeding material. The conveyor belt frame 40 is an elongated frame body. The frame body is connected with a plurality of legs 401 and is disposed on a plane with the legs 4〇1. The two ends of the frame body respectively form an input end 402 and An output end 403, please refer to FIG. 7 , and two conveyor belts 41 , 42 are respectively disposed along the long axis of the frame body. The conveyor belt 41 is provided with a first driving shaft 4051 on one side of the output end 403 . And the motor 405 'the first driving shaft 々ο" is provided with a gear plate (not shown), and then as shown in FIG. The conveyor belt 41 is provided with a second driving shaft 4052 at the input end 402. The second driving shaft 4〇52 is provided with a gear plate (not shown). The motor 405 and the first driving shaft 4051 are provided. The structure of the gear wheel and the second driving shaft 4〇52 201247484 and its gear plate and conveyor belt 41 are prior art, so the detailed structure thereof will not be further described, and the motor 405 can be rotated to obtain the first The shaft 4051 and its gear plate, the second driving shaft 4052 and its gear plate are driven to drive the conveyor belt 41 to rotate in the counterclockwise direction as shown in FIG. 2, and the conveyor belt 41 can carry the load bearing item at the input end 402. (for example, container 2〇) is delivered to the output end 403, as shown in Fig. 7, one end of the conveyor belt 42 is located at the output end 403 of the conveyor belt frame 40 and adjacent to the conveyor belt 41, The left and right guiding rods 43' are disposed between the conveyor belt 41 and the adjacent conveyor belts 42. The container 20 can be smoothly guided by the conveyor belt 41 onto the conveyor belt 42, and then transported by the conveyor belt 42 to the finished container. 20 ° eye matching with reference to Figure 2 and Figure 3, the top seat fixture 50 Each of the top seat fixtures 50 is disposed on the conveyor belt 41 at an interval, and the protrusions 51 of the top seat fixtures 50 are disposed in a direction opposite to the conveyor belt 41. The shape of the jig 50 and the stud 51 can be designed according to the shape of the bottom of the trough to be processed. In the embodiment shown in the figure, the top jig 50 is designed to fit into the shape of the container 20 as a circular seat. The protruding post 51 is designed as a cylinder, and the stud 51 is located at the center of the base body, and a connecting block 52 is protruded from the bottom surface of the top seat fixture 50, and the top seat fixture 50 is connected by the connecting block. The container 20 is disposed on the conveyor belt 41. The container 20 is placed above the protrusion 51. Referring to FIG. 3 and FIG. 4, the feeding device includes a base 61, a conveyor belt 62, and a conveyor belt 62. The feed screw 63, a guide rail 64, a feed tray 65 and a drive mechanism 66; the base 61 is a frame body, as shown in reference to the figure j, the base 61 201247484 is connected with at least two legs 611 is disposed on a plane with the leg 611, and one end of the base 61 is located at the input end of the conveyor belt frame 4〇2〇2 The conveyor belt 62 S is placed on the base Η!, which can transport the hopper 2 承载 carried on the conveyor belt 62 adjacent to the conveyor belt frame; the two ends of the feed screw 63 are formed. A first end 631 and a second end 632' have a threaded guiding groove 633 formed on the outer surface of the rod. The guiding groove is located at a lead of the first end 631 of the rod greater than the lead of the second end 632. The distance between the axis of the feed screw 63 is a second drive rod 634, and the feed screw 63 is rotatably disposed. On the base 61 and above the side of the conveyor belt α, the first end 631 of the rod body faces the wheel-in end 402 of the conveyor belt frame 4, the pitch of the guide groove 633 (pitch: along the axis) The distance between two adjacent threads in the line direction) and the thread depth are designed to match the side edges of the container 2〇. In the embodiment shown in the figure, the lead of the guiding groove 633 is along the first end 632 to the first One end 631 is gradually increased. Please refer to the reference _ 5, and a third driving wheel 635 is disposed on the second driving rod 634. In the embodiment, the feed screw (2) is disposed on the base 61 with a fixing rod 667 and a connecting member; the guiding rail 64 is formed by two long rods having a specific interval, and the width of the interval corresponds to The two guiding rods are respectively a first guiding rod 641 and a second guiding rod 642. The first guiding rod 641 is disposed on the base 61 and located at the outer diameter of the container. The conveyor belt 62 of the base 61 has a j-shaped upper portion, and the other end of the conveyor belt 62 is disposed at the input end 402 of the conveyor belt frame 4〇 and above the one side of the conveyor belt 41 of the conveyor belt frame 4, The first guiding rod 641 is located on one side of the base 61 and has a spacing between the surface of the pole and the feed screw 63. One end of the second guiding rod 642 is disposed on the base 61 and adjacent to the inlet. To the first end 631 of the screw 63, the other end of the second guiding rod 642 is disposed at the input end 402 of the conveyor belt frame and above the other side of the conveyor belt 41, as shown in the figure, The diameter of the top flange 21 of the volume n 2Q is larger than the spacing between the first and second guiding rods 641 and 642. Thereby, the container can be positioned on the guiding rail 64 by the bottom surface of the flange 21; the feeding tray 65 is a plate body, and in the embodiment shown in the figure, the feeding plate 65 | The spacing between the adjacent positioning recesses 651 is corresponding to the spacing between the adjacent two seating fixtures 50, and the feeding tray 65 is rotatable. The pedestal 61 is disposed on the pedestal 61 and is adjacent to the conveyor belt frame 4 〇. Please refer to FIG. 6 , the feed plate 65 ( 4 ) is provided with a movement center _ Referring to FIG. 4, in the embodiment shown in the figure, the first driving rod 652 is provided with a -th driving wheel 653 and a second driving wheel 654; please refer to FIG. 4 to FIG. The driving mechanism 66 includes a gear guard 661, a first driving rod 662, a second driving rod _, a third driving rod 664, a fourth driving rod and a fifth driving rod, please refer to FIG. The gear guard 661 is disposed on the other side of the conveyor belt frame 40 with respect to the second driving shaft, and the second driving shaft Yang 2 The end end is disposed on the gear guard 661, and the end portion is extended from the gear guard 661 and connected with a first driving wheel 6611 that can be driven to rotate by the second driving shaft side. The gear guard 661 can be The first driving rod 6611 is a helical gear Rotatablely disposed on the conveyor belt frame 40, the first driving rod 662 is provided with a second driving wheel 6621 and a third driving wheel 6622. The second driving wheel 6621 is a helical gear and is coupled to the first driving wheel. 6611 is intermeshing, and the third driving wheel 6622 and the first driving wheel 653 of the feeding plate 65 are both sprocket wheels and are connected to each other by a chain; please refer to FIG. 4 and FIG. 6 , the second driving rod 663 The second driving rod 663 is respectively provided with a fourth driving wheel 6631 and a fifth driving wheel 6632. The second driving rod 663 is rotatably erected on the base 61 and is The fourth driving wheel 6631 and the second driving wheel 654 are connected to each other by a belt; the third driving rod 664 is The rod body, as shown in FIG. 4, is provided with a sixth driving wheel 6641 and a seventh driving wheel 6642. The rod body is rotatably disposed on the base 61. The sixth driving wheel 6641 The fifth driving wheel 6632 is connected to the belt by a belt. The seventh driving wheel %42 is a helical gear. The fourth driving rod 665 is a rod body. The rod body is provided with an eighth driving wheel 6651 and a ninth driving. Wheel 6652, the rod is rotatably threaded. On the pedestal 61, the eighth driving wheel 6651 is a helical gear and meshes with the seventh driving wheel 6642. Referring to FIG. 5, the fifth driving rod 666 is a short rod. Rotatingly disposed on the base 61 between the feed screw 63 and the fourth driving rod 665, the fifth driving rod 666 is provided with a tenth driving wheel 6661, the tenth driving wheel _ The belt is connected to the ninth 11 201247484 driving wheel 6652, and the tenth driving wheel 6661 is simultaneously connected with the third driving wheel 635 of the feeding screw 63. In the preferred embodiment shown in the figure, the belt The fifth driving rod 666 and the second driving rod are disposed on the base 61 by two connecting members 671 and 672; thereby, when the motor 405 rotates, the first driving shaft 4〇51 and the conveying belt 41 are transmitted. And rotating the second driving shaft 4〇52, the second belt: 4052 can drive the first driving wheel 6611 to rotate; the rotating first belt: the wheel 6611 can sequentially drive the second driving wheel 6621, the first - the driving rod M2 and the third driving wheel 6622 are rotated 'via the third driving wheel 6622 to drive the first driving wheel 653 and the inlet, The rotating plate 65 rotates the second driving wheel 654 to sequentially drive the fourth driving wheel 6611, the second driving rod 663, the fifth driving wheel 6632, and the sixth driving wheel 6641. The third driving rod 664, the seventh driving wheel coffee 2, the eighth driving wheel 6651, the fourth driving rod coffee, the ninth driving wheel, the tenth driving wheel coffee and the fifth driving rod _ By rotating, the tenth driving wheel 6661 of the rotation can drive the third driving wheel 635 of the feeding screw 63 to rotate 'the feeding screw 63 can be synchronously driven to rotate by the second driving shaft 4〇52. Please refer to the reference circle 3 to place a plurality of containers 20 on the conveyor belts at the end of the base Μ away from the conveyor belt frame 40, which can guide the containers 20 toward the conveyor belt frame 4 Carrying the movement; then, by the rotating feed screw 63, each container 2 is formed with a specific spacing; the positioning recess 651 of the feeding plate 65 can be positioned at the side edge of each container 2〇, For the rotation of the tray 65, the material container 2Q is sequentially moved along the guiding rail 64 to the top fixtures 5 of the conveyor belt frame 4; 12 201247484 凊 cooperate with reference to Fig. 2, at this time, each container 2 The crucible is located on the top fixture 5, and the protrusion 51 of the top fixture 50 abuts against the bottom surface of the container 2, and thereby forms a space between the bottom surface of the container 2G and the top surface of the top fixture 5G. When the conveyor belt 41 drives the top seat fixture 5〇 and the container 2 to move to the sleeve labeling device and the heat drying device 11 for processing, when the shrink film label 3〇 is sleeved outside the valley β 20, The bottom of the shrink film label 3 is provided after the sleeve device 10 cuts it and can be placed under the bottom end of the container 2, thereby 30 after the shrink film label after heat shrinkage drying shrinkage may be further coated to the bottom of the container 20, can solve the drawbacks of the prior art produced. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing the mounting of a labeling machine of the present invention. Figure 2 is a side elevational view of the present invention. Figure 3 is a top plan view of the present invention. Figure 4 is a schematic perspective view of the present invention. Figure 5 is a perspective view of the driving mechanism of the present invention. Fig. 6 is another perspective view of the driving mechanism of the present invention. Figure 7 is a schematic view showing the position of the output end motor of the present invention. Figure 8 is a side elevational view of the prior art. 11 hot drying device 21 flange 40 conveyor belt frame 402 input end 405 motor [main component symbol description] 1 〇 sleeve labeling device 20 container 30 shrink film label 401 foot 403 output end 13 201247484 4051 first drive shaft 4052 second Drive shaft 43 left and right guide rod 50 top seat fixture 52 connection block 61 base 62 conveyor belt 631 first end 633 guide groove 635 third drive wheel 641 first guide rod 65 feed plate 652 first drive rod 654 second driving wheel 66 driving mechanism 661 1 first driving wheel 6621 second driving wheel 663 second driving rod 6632 fifth driving wheel 6641 sixth driving wheel 665 fourth driving rod 6652 ninth driving wheel 6661 tenth driving wheel 671 Connecting member 70 conveyor belt 41, 42 conveyor belt 51 stud 60 feeding device 611 leg 63 feeding screw 632 second end 634 second driving rod 64 guiding rail 642 second guiding rod 651 positioning recess 653 first driving Wheel 661 gear guard 662 first driving rod 6622 third driving wheel 6631 fourth driving wheel 664 third driving rod 6642 seventh driving wheel 6651 eighth driving wheel 666 fifth driving rod 667 fixing rod 672 connecting member 14