201226071 六、發明說明： 【發明所屬之技術領域】 本發明係與製罐機械有關，特別是關於一種製罐機械之捲封機構。 【先前技術】 . 在金屬製罐技術範躊中，通常係先將管狀之罐胴與底部蓋體捲封成筒 狀半成品，並於該半成品内裝填適當之内容物後，再將頂部蓋體捲封於該 筒狀半成。σ之開口端上以完成之，而其中，用以使蓋體與罐胴間結合之捲 、機構〃、構k大體上乃係藉由捲封模頭以罐胴之管轴為轴繞行於罐洞之 周側’俾以將蓋體與罐胴間之接合部位依序地予以捲曲而達到封蓋之效果。 由於罐胴與蓋體間之捲層數目係直接影響了罐體之抗壓強度，因此， 習用技中遂有藉由增加捲層數目以達到增加罐體抗壓強度之目的，具體者 乃係有如我國第086204632號新型專利前案所揭露製罐機之七層捲封結 構’其主要TH系透過多數獨立作動之捲封模頭在導引凸輪之導引下，依序 地作用於伽與蓋體之接合端上，贿次地㈣體與蓋體之接合端予以捲 ^ 曲成七層捲層，達到增加罐體抗壓強度之效果。 该新型專利前案所揭露之技術内容固可達到使罐體具有七層捲封之良 好結合功效，惟就其所提供之捲封結構而言，係於單—捲封轴之兩端分別 設有單-捲封模頭及單-滾輪，而有構件重覆並衍生體積過大之缺失，特 獅有高速捲封之加工作業需求時，此等構造將無法於高逮捲封之條件 下完善地達成七層捲封之加工程序。 【發明内容】 因此本發明之主要目的即係在提供一種製罐機械之捲封機構，其係 可減少構成組件使同樣空間可以設置更多數量之捲封機構，達到提高效率 201226071 之功效 本發明之另_曰^ 捲封機槿鍾…/則係在提供—種製罐麵之捲封機構，其係可縮短 果使之π峨盖體施以捲封所需之加工時間，而達到高速捲封之效 果’狀㈣軸蝴猶之,件下所使用。 ^疋為達成上述目的，本發明所提供製罐機械之捲封機構乃係包含 L主軸’―導件，係設於該主轴上，具有—環狀導引部，係環繞於該 取周側’鲜巾心並她私蝴麵，·細組，係等距環 ^亥取顯，分_—格細主財娜，-乾頭，係 -軋軸之軸向—端上；若干捲封軸組，係、分別相鄰於—對應之乾轴， 且《砰-第_及_第二捲封轴係、彼此以軸向平行於該主轴，—第一 卩係刀別橋接於各該捲封軸之軸向一端與該導引部間，並 狀導引而帶動所橋接之捲封轴沿自雜向於默之角度範圍内往 ’ _^_版麵，跡自具有柱狀之 鄰對應、r騎鋼’她辦行帽—捲雖，飾縫頭相 =.r物，雜賴彻帛—令_頭與該第 向另端間，用以使各該第-、第三捲封模頭得隨該第一捲封 軸之=動而分舰-她缺軸繼—舰咖之離開位置 :主:位移’一柱狀之第二捲封模頭，係以柱轴平行於該第二捲封軸，並 娜頭刪應，十捲物，物爾於料二騎模胸 動而於一靠近該軋頭之捲封位置及—遠離該軋頭之離開位置間往復娜. 其中，各_娜辑—軸抛、鄉：騎卿為次、令 201226071 第-捲封模頭為末之捲封频序，先後依序地自該離開位置位移至該捲封位 置上。 【實施方式】 乂下兹舉本發明—較佳實施例，並配合圖式作進—步說明，其中： 第圖係本發明一較佳實施例沿該主軸軸向之一部剖視示意圖。 第圖係本發明—較佳實施例沿該主軸軸向之另-剖視示意圖。 第-圖係本發明—較佳實施例沿該主轴軸向之再—剖視示意圖。 φ 圖係本發a較佳^'施例之平面示意圖，顯示各該捲封軸組與該 導引部間之連接狀態。 第圖係本發a月較佳實施例之平面示意圖，顯示各該捲封模組與對 應軋軸間之對應狀態。 第’、圖係本發明—健實施例之動作示意圖，顯示各該捲封模組依該 捲封順序作動之狀態。 凊參閱各圖所不’在本發明一較佳實施例中所提供製罐機械之捲封機 •構⑽，其主要乃係由一主軸(20)，—導件(3〇)、若干軋組(40)、若干捲封 軸組(50)以及若干捲封模組(60)所組成者。 該主軸(20)係呈直立管狀，用以供該導件(3〇)樞設於其上，並使各該乳 組、捲封軸組及捲封模組(40)(50)(6〇)各自等距地環列於該主轴⑽之周 側，且可以該主軸(2Q)之軸向為中心於外力驅鮮繞行作動。 該導件(30)係具有-環狀身部(31)，係同軸抱接於該主轴⑽之頂端， -環狀凸輪(32__接於該身部㈤之·，—由若干獅導面所構成 之環狀導引部(33)係環設於該凸輪(32)之周側環面上，用以導引各該捲封軸 201226071 組⑽在適當角度範_往復地旋動，惟，關於此等導引技細容乃屬習知 技術之範躊，於此即不再另為贅述。 各該軋組(4_為f㈣贿⑽騎之_錢體之技㈣容，大體 而。其乃係刀別具有-柱狀之軋軸(41)係平行於該主軸(2〇)且彼此等距地 環列於該主軸之·，-軋頭(42)設於該軋軸(41)之軸向底端，當進行捲封 加工時，係使待捲封之罐胴與蓋體同軸地位於該札頭⑼之下方，並受該乳 頭(42)之下壓而獲致定位。 各該捲封軸組(50)係分別與-對應軋組(4〇)之軋軸(41)相鄰對應，各自 具有平行於該主軸(20)之-第-與一第二捲封轴(51)(52)，轴向頂端並位於 該導引部(33)之外側且與之相隔開來，由滾輪所構成之—第—與—第二受導 部(53)(54)係分別設於對應捲封軸(51)(52)之軸向頂端與該導引部⑽間， 俾使各該捲封軸(51)(52)得經由對應之受導部(53胸與該導引部(33)間之 ;袞接’以錢導引部(33)導引而可沿自身軸向於—適當的角度範圍内往復旋 動。 各該捲封模組(60)則係分別與一對應乾組(4〇)之軋頭(42)相鄰對應，並 各自具有概呈柱狀之-第-與-第三鋪模頭(61)(62)，係以柱軸平行於該 第-捲封軸(51)且位於該第-捲封軸(51)之轴向底端旁側方向上，一略呈丁 形之第-捲封臂部(63)，係以三自由端分職接於該第一捲封軸(51)軸向底 端與各該第-、第三捲封_(61)(62)間…概呈柱狀之第二捲封模頭㈣ 係以柱軸平行於該第二捲難(52)且位於該第二捲封軸⑸)轴向底端之旁 側方向上’―適當長紅第二騎臂部(65)係以長轴㈣分職接於該第二 捲封轴(52)軸向底端與該第二捲封模頭(64)間，並使減捲封模頭 201226071 (61)(62)(64)以該第三捲封模頭(62)介於各該第一、第二捲封模頭(61)(64) 間’以呈弧狀排列之方式使之位於對應軋頭(42)遠離於該主軸(2〇)之外侧方 向位置上，據此’當各該捲封軸(51)(52)受該導引部(33)之導引而旋動時， 係可藉由各該捲封臂部(63)(65)帶動對應之捲封模頭(61)(62)(64)同步位 移，使各該捲封模頭(61)(64)(64)得分別於一靠近於該對應軋頭(42)之捲封 位置及一遠離於該對應軋頭(42)之離開位置間往復運動。 藉由上述構件之組成’各該捲封模組(6〇)於分別對受壓於對應軋頭(42) • 下方之罐胴及蓋體施以捲封加工時，係使各該捲封模頭(61)(62)(64)依-定 之捲封順序’先後依序地自該離開位置位移至該捲封位置，而依序、漸次 地將罐胴-端與蓋體周_接雜予轉曲，狀形壯職層之結合構 造’俾以達到強化罐體之目的；其中，娜封順序，於本實施例中係使各 組捲封模組(60)巾之各捲賴頭’健第__騎獅⑽絲，該第二捲封 獅(64)為次，以及該第三捲封模頭(62)為末之順序，依序地使各該捲封模 頭(61)(64)(62)自該離開位置位移至該_位置。 更進-步來說’由於各該第—、第三捲封模頭(61)(62)純受同一之該 第-捲封摩)義之帶動，換言之，即當該第—捲封軸(51)旋動使該第— 捲封模頭⑽位移至該捲封位置上時，該第三捲封模頭(62)係同㈣位移至 該離開位i反之’ —捲雜(51)魏使料三賊獅(62)位移至 該捲封位置上時，該第-捲封_61)即同步位移至雜開位置上，因此， 透過該第—騎軸(51)單—構件之_柯《各料-、I捲封模頭 卿猶不同進度之捲封加工，是以，就整體構件之精簡而言，係具有 減少零件域之直接功效，並可透财件齡時所槪之㈣來增加捲封 201226071 模組之設置數量，以提高製罐機械捲封之效率。 再者’别述該製罐機械之騎機構⑽之特定騎順序，係可有效地利 用該第-騎摩_之_，亦即#該第—捲频51)進機動使該第 一捲封模頭㈣往該離開位置方向移動、而該第三捲封翻(6取該捲封位 f動時’碰該第二捲封節2)㈣該第二騎模頭㈣位移至該捲封位 ‘ ’^了 __縮_三捲封模頭_ 時間，避免該第-捲職(51)_時 ㈣狀 封之加工條件，戀糊適於高速捲 201226071 【圖式簡單說明】 第-圖係本發明-較佳實施例沿該主軸軸向之—部剖視示意圖。 第二圖係本發明-較佳實施例沿該主軸軸向之另_剖視示意圖。 第三圖係本發明-較佳實施例沿該主她向之再—剖視示意圖。 ' 第四®縣發明—難實施例之平面示賴，顯示各該捲封軸組與該 - 導引部間之連接狀態。 第五圖係本發明-較佳實施例之平面示細，顯示各該捲封模組與對 Φ 應軋軸間之對應狀態。 第六圖係本發明-較佳實施狀輯㈣圖，顯科鎌封模組依該 捲封順序作動之狀態。 【主要元件符號說明】 (10)製罐機械之捲封機構（2〇)主軸 (31)身部 (40)軋組 (50)捲封軸組 (53)第一受導部 (61)第一捲封模頭 (64)第三捲封模頭 (32)凸輪 (41)軋軸 (51)第一捲封軸 (54)第二受導部 (62)第三捲封模頭 (65)第二捲封臂部 (30)導件 (33)導引部 (42)軋頭 (52)第二捲封軸 (60)捲封模組 (63)第一捲封臂部201226071 VI. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a can making machine, and more particularly to a winding mechanism for a can making machine. [Prior Art] In the metal can technology, the tubular can and the bottom cover are first wound into a cylindrical semi-finished product, and the appropriate contents are filled in the semi-finished product, and then the top cover is placed. The coil is sealed in the cylindrical shape. The opening end of the σ is completed, and wherein the roll, the mechanism 〃, and the structure k for combining the cover body and the can is substantially wound by the winding die shaft around the tube axis of the can On the circumferential side of the can hole, the joint between the lid and the can is sequentially curled to achieve the effect of sealing. Since the number of layers between the can and the cover directly affects the compressive strength of the can, the conventional technique does not increase the number of layers to increase the compressive strength of the can. As in the case of the new patent No. 086204632, the seven-layer sealing structure of the can making machine's main TH system is guided by the guiding cam under the guidance of the guiding cam, and the sequence is applied to the gamma. On the joint end of the cover body, the joint end of the bribe (4) body and the cover body is rolled into a seven-layer roll layer to achieve the effect of increasing the compressive strength of the tank body. The technical content disclosed in the new patent premise can achieve a good bonding effect of the seven-layer sealing of the can body, but in terms of the sealing structure provided by the same, it is respectively set at the two ends of the single-winding shaft There are single-volume sealing heads and single-rollers, and there are components that are repeated and the volume is too large. When the special lion has high-speed coil sealing processing requirements, these structures will not be perfect under the conditions of high catching and sealing. The process of processing the seven-layer seal is achieved. SUMMARY OF THE INVENTION Therefore, the main object of the present invention is to provide a winding mechanism for a can making machine, which can reduce the number of components of the same space, so that the same space can be provided with a larger number of sealing mechanisms, thereby achieving the effect of improving efficiency 201226071. The other _ 曰 ^ roll-up machine 槿 ... ... / / is provided in the production of a canned surface of the sealing mechanism, which can shorten the processing time required to make the π 峨 cover body to seal, and achieve high speed The effect of the seal is 'shaped (four) axis is still used, under the pieces. In order to achieve the above object, the winding mechanism of the can making machine provided by the present invention comprises an L-spindle '-guide member, which is disposed on the main shaft and has an annular guiding portion surrounding the peripheral side. 'Fresh towel heart and her private face, · fine group, isometric equidistance ring ^ Hai take display, sub-_ 格细主财娜,-dry head, system-rolling axis axial-end; several seals The shaft group, the system, respectively adjacent to the corresponding dry shaft, and the "砰- _ and _ second winding shaft systems are axially parallel to the main axis, the first 卩 knife is bridged to each of the The axial end of the winding shaft and the guiding portion are guided in a direction to drive the bridged winding shaft to the '_^_ layout from the angle of the self-mixing direction, and the trace has a column shape. Neighbor Correspondence, r riding steel 'she's hat - volume, although the seam head phase =.r object, miscellaneous 帛 帛 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令The roll-sealing die has to be separated from the first roll-up shaft. - She lacks the axis--the ship's departure position: Main: Displacement's a columnar second roll-up die, parallel to the column axis In the second volume of the shaft, and the head of the head Ten volumes, the object is in the second riding model of the chest and is close to the rolling position of the rolling head and the distance between the leaving position of the rolling head. Among them, each _ Na series - shaft throwing, township: riding For the second time, the 201226071 first-volume sealing die is the final winding frequency sequence, which is sequentially displaced from the leaving position to the sealing position. [Embodiment] The present invention is described with reference to the accompanying drawings, in which: FIG. 1 is a schematic cross-sectional view of a preferred embodiment of the present invention along the axial direction of the spindle. BRIEF DESCRIPTION OF THE DRAWINGS The Figure is a schematic cross-sectional view of the preferred embodiment of the preferred embodiment along the axial direction of the spindle. BRIEF DESCRIPTION OF THE DRAWINGS The present invention is a re-cross-sectional view of the preferred embodiment along the axial direction of the spindle. The φ diagram is a schematic plan view of a preferred embodiment of the present invention, showing the connection state between each of the winding shaft sets and the guiding portion. The drawing is a schematic plan view of a preferred embodiment of the present invention, showing the corresponding state between each of the winding modules and the corresponding rolling shaft. The figure is a schematic diagram of the operation of the present invention, showing the state in which each of the winding modules is actuated in the order of the winding. Referring to the drawings, the crimping machine (10) of the can making machine is provided in a preferred embodiment of the present invention, which is mainly composed of a main shaft (20), a guide member (3 turns), and a plurality of rolling. The group (40), the plurality of winding shaft sets (50) and the plurality of winding modules (60). The main shaft (20) is in an upright tubular shape for pivoting the guide member (3), and each of the milk set, the winding shaft set and the enclosing module (40) (50) (6) 〇) Each of the equidistant rings is arranged on the circumferential side of the main shaft (10), and the external force can be driven around the axial direction of the main shaft (2Q). The guide member (30) has an annular body portion (31) that is coaxially attached to the top end of the main shaft (10), and an annular cam (32__ is connected to the body portion (five)), and is guided by a plurality of lions. The annular guiding portion (33) is formed on the circumferential side surface of the cam (32) for guiding each of the winding shafts 201226071 (10) to rotate at an appropriate angle. The description of these guidance techniques is a paradigm of the prior art, and this is no longer a separate statement. Each of the rolling groups (4_ is f (four) bribes (10) riding the _ money body skills (four) capacity, generally The rolling head (41) having a columnar shape is parallel to the main shaft (2〇) and is equidistantly arranged on the main shaft, and the rolling head (42) is disposed on the rolling shaft ( 41) The axial bottom end, when the sealing process is performed, the can to be sealed is placed coaxially with the cover body under the head (9), and is pressed by the nipple (42) to obtain the positioning. Each of the winding shaft sets (50) respectively adjacent to the rolling shafts (41) of the corresponding rolling group (4〇), each having a --and a second winding axis parallel to the main shaft (20) (51) (52), the axial tip is located outside and spaced apart from the outside of the guiding portion (33) The first and/or second guided portions (53) (54) formed by the rollers are respectively disposed between the axial end of the corresponding winding shaft (51) (52) and the guiding portion (10).各 so that each of the winding shafts (51) (52) is guided by the corresponding guiding portion (53 between the chest and the guiding portion (33); the splicing is guided by the money guiding portion (33) The self-axially reciprocatingly rotates within an appropriate range of angles. Each of the winding modules (60) respectively adjacent to a corresponding dry group (4〇) of the rolling heads (42), and each has an outline a columnar-first-and-third die (61) (62) having a column axis parallel to the first-volume shaft (51) and located at an axial bottom of the first-cap shaft (51) In the direction of the side of the end, a slightly-shaped first-volume arm portion (63) is connected to the axial bottom end of the first winding shaft (51) with three free ends, and each of the first -, The third seal _(61)(62)...the second cylindrical seal head (4) is a column axis parallel to the second roll (52) and located at the second roll axis (5)) In the direction of the side of the bottom end, the second long arm (65) is attached to the axial end of the second winding shaft (52) and the second winding. Between the die (64), and the reduction roll seal head 201226071 (61) (62) (64) is interposed between each of the first and second roll seal dies (61) by the third roll seal die (62) (64) is arranged in an arc such that the corresponding rolling head (42) is located away from the outer side of the main shaft (2〇), according to which 'when each of the winding shafts (51) (52) When being rotated by the guiding portion (33), the corresponding winding heads (61) (62) (64) can be synchronized by the respective winding arm portions (63) (65). Displacement, such that each of the winding heads (61) (64) (64) is respectively located between a sealing position adjacent to the corresponding rolling head (42) and a leaving position away from the corresponding rolling head (42) Reciprocating motion. By means of the composition of the above-mentioned components, each of the sealing modules (6〇) is respectively subjected to a sealing process for the cans and the lids pressed under the corresponding rolling heads (42). The die (61) (62) (64) is sequentially displaced from the leaving position to the sealing position in sequence, and sequentially and gradually connects the can end-end to the cover body Miscellaneous to the twist, the combination of the shape of the Zhuang occupation layer '俾 to achieve the purpose of strengthening the tank; wherein, the order of the seal, in this embodiment is to make each group of coiled modules (60) The head 'Jiandi __ riding lion (10) wire, the second roll lion (64) is the second, and the third roll sealing head (62) is in the order of the end, sequentially making each of the winding dies ( 61) (64) (62) is displaced from the exit position to the _ position. Further step-by-step, 'Because each of the first- and third-volume seal heads (61) (62) is purely driven by the same first-volume seal, in other words, when the first-volume seal shaft ( 51) When the first sealing head (62) is displaced to the sealing position by the rotation, the third winding head (62) is displaced to the leaving position i, and vice versa. When the three thieves (62) are displaced to the sealing position, the first-volume _61) is synchronously displaced to the miscellaneous opening position, and therefore, through the first-axis (51) single-member _ Ke "Every material -, I roll seal die is still different process of the winding process, so that in terms of the overall structure of the streamlined, it has the direct effect of reducing the part of the field, and can be used when the wealth of the age (4) To increase the number of modules installed in the 201226071 to improve the efficiency of the canning machine. Furthermore, the specific riding sequence of the riding mechanism (10) of the can making machine can effectively utilize the first riding, the same as the first, and the first rolling. The second head (4) is displaced to the seal Bit ' '^___ shrink_ three-volume seal head _ time, to avoid the processing conditions of the first-volume (51) _ (four)-shaped seal, love paste for high-speed volume 201226071 [simple description of the map] - BRIEF DESCRIPTION OF THE DRAWINGS The present invention is a schematic cross-sectional view of the preferred embodiment along the axial direction of the spindle. The second drawing is a schematic cross-sectional view of the preferred embodiment of the invention along the axial direction of the spindle. The third drawing is a cross-sectional view of the preferred embodiment of the present invention along the main body. 'Fourth County Invention-Difficult embodiment of the flat display, showing the connection state between each of the winding shaft sets and the - guiding portion. The fifth drawing is a plan view of the preferred embodiment of the present invention, showing the corresponding state between each of the winding modules and the shaft to be rolled. Figure 6 is a diagram of the present invention - a preferred embodiment of the series (four), in which the display module is actuated in the order in which the seal is applied. [Description of main component symbols] (10) Winding mechanism of can making machine (2〇) Spindle (31) Body (40) Rolling set (50) Winding shaft set (53) First guided part (61) A roll of sealing head (64) third roll sealing head (32) cam (41) rolling shaft (51) first winding shaft (54) second receiving portion (62) third winding die (65 ) second winding arm portion (30) guide member (33) guiding portion (42) rolling head (52) second winding shaft (60) winding module (63) first winding arm portion