200819369 九、發明說明： 【發明所屬之技術領域】 本發明係有關於一種連續輸送裝 之連續輸送裝置。 衣置~默指—種具有不同輸送速度 【先前技術】 而這些常見的自動化機械巧包含連續輸送=概衣作&些科技產品。 習知的_輸找置轉置辦歧輸送帶 至下一個製程時多半以連續輸送裝置輸送件:二 易產生工件回堵的現象，甚至產置輸麵間之製程，則容 續輸送裝置必須依照製程時間砰而毀損得現象。因此’連 、，輪綠置多+，於不同的製程以不同的速度輸送。 連 兩端之滾輪或是輸送帶分熟有不 錢連、，輸达I置 續輸送裝置造價高昂；若料速度。而具不同輸送速度之連 不同輸送速度之連續輸送“Γϋ速度之連續輸送裝置以改裝成具 需支出-親大的，㈣/心is：更機構购購馬達油服器，故 且不^二衣、用。若是能利用舊有連續輸送裝置輪送工件，而 不造成工件回堵的現象，則必然提升生產效率，更儉省生產成本 因此，本發明提供-種連續扮壯罢以姓產成本 輪送工件，更不★支出—㈣衣置、何利⑭有連續輸送裝置 更增加工侧搬爾，域職地_。輸物堵基 【發明内容】 本U之主要目的’在於提供—種連續輸送裝置，其係藉由不同轉速 5 200819369 使工件由第-滚輪運輸至第二滾輪，或 避免工件輪送時堵塞或碰撞之損害，以 之複數個第一滾輪與一第二滚輪 是由第二滾輪運輸至第一滾輪時 增加工件於輸送時之順暢度。 本發明之次要目的，在於提供一車病… 一® 一§ 一μ - μ ’、 連、，、貝輸迗衣置，其係於依序設置之 弗一輸运衣置、一弟一輸送裝置盥一第三於壯 第二Μ裝置具有不同之輸送速度?並使;:二，使第-輸送裝置與 有相同之輸送賴。如歧卫件由第—置與第三輸送裝置具 ^不同輸达速度之弟二輸送裝置，明加連魏送裝置輸送讀時之順 本發明之_輸送«，包含魏㈣_滾輪與—第三 輪設置於複數個第-滚輪之前方或後方，第—滾輪 ^ 同。藉由不同轉速之複數個第—滾輪與—第二滾輪/以敎U由i = 輪運輸至第二滾輪，或是由第二滾輪運輸至第_滾 = 於輸送時之順暢度。 "加工件 本發明之賴輸送裝置亦可包H輸送裝置、—第二 二第三輸送裝置；第二輸送裝置連接於第—輪钱置後端；第三輪送= 連接於弟—輸讀置後端。而J_，第—輸送裝置與第二輸送裝置具^ 之輸送速度，第-輸送裝置與第三輸送裝置具有相同之輸送速度?同 轉由第-輸送裝置輸送至第三輸送裝置時，藉由不同輸送速度之第喰 送叙置，以增加連續輸送裝置輸送工件時之順暢度。 輪 【實施方式】 餘為使貴審查委員對本發明之結構特徵及所達成之功效有更谁〜t 之瞭解與認識，謹佐以較佳之實施例及配合詳細之說明，說明如後:、少 請參閱第一圖，其係為本發明較佳實施例之結構示意圖；如圖所八， 本發明之連續輸送裝置，包括—第—輸送裝置1G，第-輸送裝置1Q包二 數個第-滾輪12與-第三滾輪14，第二滾輪14設置於複數個第—康 200819369 ==與第二滾輪14之轉速不同。如此可避免工件5 害’以增力，於輸送時之順暢度。 二滾輪14。第-驅動裝置2〇包含，，置2〇驅動第一滚輪12與第 輪22套設於第—滾輪12 *第 ㈤輪22與-第二齒輪24 ’第-齒 動轴3。，且第—齒_第二二4之兩端，第二齒輪24設置於-傳 -齒輪24時，第二齒輪24 合。當傳動轴㈣動而帶動第 輪14轉動。 回輪22而驅使第一滚輪12與第二滾 動裝====，兩㈣—齒輪晴，僅讓第-驅 12以一速度自空轉，因此工件5由第一滾輪 5輸送，如此可使工件^〜、猎由可自由旋轉的第二滾輪14將工件 堵塞於連續輸送裝置，㈣12運輸至第二滾輪14時，避免工件5 請參閱第二圖，其係暢度。 示，此實施例之第二滚輪14更進一步勺11貝^例之結構不意圖；如圖所 第二驅動裝置40包含—第三絲二驅動裝置40予以驅動， 第二滾輪14之兩端，第四齒輪二f =齒輪44。$三齒輪42套設於 齒輪44相咬合。當傳動^二動_Q ’且第三齒輪42與第四 動第三齒輪42而驅動第二滚輪而，弟四齒輪44時，第四齒輪44帶 22 第二齒輪24與第四齒輪44旋‘ ==。^7動簡旋轉時， 二齒輪24之齒數多，因卜〜_ " 一由於第四齒輪44之齒數較第 同一時間内，第乐三齒輪42旋轉圈數必然比第-齒輪22多。即 滾輪I2運輸至“丨广轉速大於第—滾輪12之轉速。功5由第-所以，工件5由第二：暢度增加： 44之齒數較第二齒輪 ^ 12運輸至弟二滾輪14時，僅需使第四齒輪 ㈣數多，使第二滾輪14之轉速大於第一滾輪12 7 200819369 奋私同才水的卫件5由第一滾輪14運輪至第一滾輪i2日普’僅需使第 之齒數較第二齒輪24之齒數少。或者，讓第四齒輪44之齒數與 齡T::24之齒數相同，並且使第三齒輪42之齒數小於第/濟輪22之齒 —/~滚輪12之轉速大於第二滾輪14之轉速。如此轉讀5由第 12運輪至第二滾輪14或第二滾輪14運輸至第一滚輸12時，可避 =5堵塞於連續輸送裝置，以增加卫件5於輸送時之順揚度，更無須 大幅^的更改連續輸送裝置之結構，以節省製造成本。 —明茶閱第二圖’其係為本發明另—較佳實施例之結構$意圖；如圖所 丁本^明亦可使用於一輸送帶（c〇_y〇☆即第 1〇為輸送帶。 於輪达帶具有複數個第_滾輪12之—側為_第_輸送區，而臭有複數個第 :=14之另-側為—第二輸送區。第—滾輪12係受驅動裝置驅動，而 乐—滾輪14不受任何馬區動裝置驅動。驅動的方式可如第一圖之實施例一般。 ㈣t者’如第二圖之實施例，第—滾輪12與第二滚輪14分別受不同之 、、、品衣置鶴，使第—輸送區與第二輸送區具有不同之輸送速度。如此可 ，工件5由第-輸送區輸送至第二輸送區時，避紅件$雜於連續輸送 裝置，並且不需大幅度的纽連續輸送裝置之結構，㈣省製造成本。 干其_本發明另一較佳實施例之結構示意圖； :本發明之_輸送裝置亦可包含―第—輸送裝置1G、 5〇與-第三輸送裝置60，第二輸送裝置5〇連接於第、輪运衣置 第三輸送裝置6G連接於第二輸送裝置5Q後端。第_輪二=0後端； 50 1〇 相同或不同之輸达速度。此實施例係以第—輸送裝置1 壯、有 與第三輸送裝置SG皆為輸送帶作細，且第— ^置60具有驅動裝置驅動予以驅動，而第二輸送裝置5〇不以驅 當工件5由第—輸送裝置1G輸送至第三輸送裝㈣時，因第 衣置50不具驅動裝置驅動，因此工件5由第—輸送裝置⑺輸送至第: 200819369 送裝置50時，藉由第二輪送裝置5〇做為緩衝，再經由第三輪送裝置⑽快 速的將工件5輸送。或者第二輸送裝|5〇亦可使用一驅動裝置驅動二 二輸送裝置50之輸送速度大於第一輸送裝置1〇。如此可增加連續輪送裝= 輸送工件5日夺之順暢度。而此實施例以第-輸送裝置10與第三輪送 之輸送速度小於第二輸送裝置5〇之輸送速度作說明，亦可依照不同^兩 調整第二輸送裝置50之輪送速度，使第一輸送裝置1〇與第三輪关壯^ 之輸送速度大於帛二輪送裝置5G之輸送速度；献使第三料n 輸送速度大於第二輪送裝置5G之輸送速度，並使第二輪送裝^ 速度大於第-輸送裝置10之輸送速度。藉由第二輸送裳置 :达 以避免工件5堵塞於連續輸送裝置，更可避免工件5於 為=生 的震動現象，減少工件5毀損機率。 ’曰年所產生 綜上所述，本發明之連續輸送裝置，包含複數個第 輪’第二滾輪設置於複數個第一滾輪之前方或後方，並使第二 滚輪具有不同之轉速，以增加連續觀裝置輸送 \ 樓依序包含一第一輸送裝置、一第二輸 二:、=者而 第二輸送裝置具有不同之輸送速度。藉 乐-輸达1置’以增加連續輸送裝置輸送工件時之順暢度。 、又 故本發明係實為-具有新酿、進步性及可^ 國專利法所蚊之專利申請要件 ^用者’應付&我 局早曰賜准專利，至感為禱。 友依缺出發明專利申請，祈鈞 惟以上所述者，僅為本發明之一較 明實施之«，舉凡依本發日种請專利^所^已’並翻來限定本發 神所為之均等變化與修錦，均應包括於本發明&特徵及精 【圖式簡單說明】 第一圖為本發明較佳實施例之結構示意圖. 第一圖為本發明另一較佳實施例之結構示咅圖 9 200819369 第三圖為本發明另一較佳實施例之結構示意圖；以及 第四圖為本發明另一較佳實施例之結構示意圖。 【主要元件符號說明】 5工件 10第一輸送裝置 12第一滾輪 14第二滾輪 20第一驅動裝置 22第一齒輪 24第二齒輪 30傳動軸 40第二驅動裝置 42第三齒輪 44第四齒輪 50第二輸送裝置 60第三輸送裝置 10200819369 IX. DESCRIPTION OF THE INVENTION: TECHNICAL FIELD OF THE INVENTION The present invention relates to a continuous conveying apparatus for continuous conveying. Clothing-Medical--There are different conveying speeds [Prior Art] These common automated mechanical devices include continuous conveying = general clothing & some technology products. Conventional _ input to find the transposition of the conveyor belt to the next process, most of the continuous conveyor transport parts: the second is easy to produce workpiece back plugging phenomenon, and even the production process between the transport surface, the continuous transport device must be in accordance with The process time is ruined and destroyed. Therefore, 'connected, and the green is set to +, and is transported at different speeds in different processes. Even if the roller or the conveyor belt at both ends is cooked, there is no money, and the delivery of the I continuous conveying device is expensive; And the continuous conveying with different conveying speeds and different conveying speeds "continuous conveying device of Γϋ speed is converted into a need for expenditure - pro-large, (four) / heart is: more institutions buy motor oil service, so not ^ If the old continuous conveying device can be used to rotate the workpiece without causing the workpiece to be blocked, the production efficiency will be inevitable and the production cost will be saved. Therefore, the present invention provides a continuous production and surviving cost. Rolling the workpiece, not ★ expenditure - (4) clothing, Heli 14 has a continuous conveyor to increase the work side, the domain of the field _. The source of the blockage [invention] The main purpose of this U is to provide Continuous conveying device, which transports the workpiece from the first roller to the second roller by different speeds 5 200819369, or avoids damage of blockage or collision when the workpiece is rotated, so that the plurality of first roller and the second roller are The second roller is transported to the first roller to increase the smoothness of the workpiece during transportation. The second object of the present invention is to provide a car disease... A® a § a μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ , its system The first set of the transport device, the first one, the transport device, the third, the second, and the second device have different transport speeds; and the second transport device has the same transport. For example, if the Guardian is provided by the first and third conveyors, the transmission speed of the second transmission device, the Mingjialian Wei delivery device, the _ delivery «, including the Wei (four) _ roller and The third wheel is disposed in front of or behind the plurality of first rollers, and the first roller is the same. The plurality of first rollers and the second roller/by the different speeds are transported by the i=wheel to the second roller. Or transported by the second roller to the first roller = smoothness during transportation. "Processing member The conveying device of the present invention may also include an H conveying device, a second second conveying device, and a second conveying device connection. The first round of delivery is connected to the back end; the third round of delivery is connected to the younger brother to the rear end of the reading and reading. The J_, the first conveying device and the second conveying device have the conveying speed, the first conveying device and the third conveying The device has the same conveying speed? The same conveying is transmitted from the first conveying device to the third conveying device At the same time, the second conveying speed of different conveying speeds is used to increase the smoothness of the conveying of the workpiece by the continuous conveying device. [Embodiment] The remaining members of the present invention are more concerned with the structural features and the achieved effects of the present invention. The following is a description of the preferred embodiment and the detailed description of the preferred embodiment and the detailed description of the present invention. The continuous conveying device of the present invention comprises a first conveying device 1G, a first conveying device 1Q comprising two first-rollers 12 and a third roller 14, and a second roller 14 disposed on a plurality of first-kang 200819369 == and The rotation speed of the second roller 14 is different. In this way, the workpiece 5 can be prevented from increasing the force and smoothing during transportation. The two rollers 14. The first driving device 2 includes, and the second roller 12 is driven by the first roller 12 22 sets are provided on the first roller 12 * the fifth wheel 22 and the second gear 24 'the third gear shaft 3 . And the second gear 24 is closed when the second gear 24 is disposed at the two ends of the second gear 24 and the second gear 24 is disposed. When the drive shaft (4) moves, the first wheel 14 is rotated. The return wheel 22 drives the first roller 12 and the second rolling device ====, and the two (four)-gears are clear, and only the first drive 12 is idling at a speed, so that the workpiece 5 is transported by the first roller 5, so that The workpiece ^~, hunting is blocked by the freely rotatable second roller 14 to the continuous conveying device, and (4) when transporting to the second roller 14, avoiding the workpiece 5, please refer to the second figure, which is smooth. It is to be noted that the structure of the second roller 14 of this embodiment is further omitted. The second driving device 40 includes a third wire driving device 40, and the two ends of the second roller 14 are driven. The fourth gear two f = gear 44. The three gears 42 are sleeved on the gear 44. When the second gear 42 drives the second roller 42 and the third gear 42 and the fourth gear 42 drive the second roller 44, the fourth gear 44 belt 22 rotates the second gear 24 and the fourth gear 44 ' ==. When the motor is rotated, the number of teeth of the two gears 24 is large, and the number of teeth of the fourth gear 44 is more than that of the first gear 22 because the number of teeth of the fourth gear 44 is lower than that of the first gear. That is, the roller I2 is transported to "the speed of the 丨 广 is greater than the speed of the first roller 12. The work 5 is from the first - so, the workpiece 5 is increased by the second: the degree of smoothness: 44 the number of teeth is transported to the second gear ^ 12 when the second gear is 12 , only need to make the fourth gear (four) a large number, so that the second roller 14 has a higher speed than the first roller 12 7 200819369. The guard 5 of the same water is transported by the first roller 14 to the first roller i2 It is necessary to make the number of teeth of the second gear smaller than that of the second gear 24. Alternatively, the number of teeth of the fourth gear 44 is the same as the number of teeth of the age T::24, and the number of teeth of the third gear 42 is smaller than that of the second gear 42. /~ The rotation speed of the roller 12 is greater than the rotation speed of the second roller 14. Thus, when the transfer 5 is transported from the 12th transport wheel to the second roller 14 or the second roller 14 to the first rolling 12, it can be avoided = 5 blocked in continuous conveying. The device is used to increase the smoothness of the guard 5 during transportation, and the structure of the continuous conveying device is not required to be greatly changed to save the manufacturing cost. - The second picture of the tea is the invention - the preferred embodiment Example structure $ intent; as shown in the figure, can also be used in a conveyor belt (c〇_y〇 ☆ that is the first conveyor The wheel belt has a plurality of _ rollers 12 - the side is the _ the first transport zone, and the odor has a plurality of: 14 - the other side is the second transport zone. The first roller 12 is driven by the device The driving, and the music roller 14 is not driven by any horse moving device. The driving manner can be as in the embodiment of the first figure. (4) The t-body is as in the embodiment of the second figure, the first roller 12 and the second roller 14 respectively It is different from the other, and the clothes are placed in the clothes, so that the first conveying zone and the second conveying zone have different conveying speeds. Thus, when the workpiece 5 is transported from the first conveying zone to the second conveying zone, the red parts are avoided. In the continuous conveying device, and does not require a large structure of the continuous continuous conveying device, (4) the manufacturing cost of the invention. The structure of the other preferred embodiment of the present invention; the conveying device of the present invention may also include - conveying device 1G, 5 〇 and - third conveying device 60, second conveying device 5 〇 connected to the first, wheeled clothing third conveying device 6G is connected to the rear end of the second conveying device 5Q. Back end; 50 1 〇 same or different delivery speed. This embodiment is the first conveyor 1 strong, and the third conveying device SG is thin for the conveyor belt, and the first conveyor 60 is driven by the driving device, and the second conveying device 5 is not driven by the workpiece 5 by the first conveying device 1G When the third transporting device (4) is driven, since the first garment 50 is not driven by the driving device, the workpiece 5 is transported by the first conveying device (7) to the second feeding device 50, and is buffered by the second conveying device 5〇. The workpiece 5 is quickly transported via the third transfer device (10). Alternatively, the second transport device can be used to drive the transport device 22 to have a higher transport speed than the first transport device 1 . Wheel loading = smoothing the workpiece for 5 days. In this embodiment, the conveying speed of the first conveying device 10 and the third conveying is smaller than the conveying speed of the second conveying device 5, and the conveying speed of the second conveying device 50 may be adjusted according to different adjustments. The conveying speed of a conveying device 1〇 and the third wheel is greater than the conveying speed of the second conveying device 5G; the conveying speed of the third material n is higher than the conveying speed of the second conveying device 5G, and the second conveying is performed The loading speed is greater than the conveying speed of the first conveying device 10. By the second conveying skirt: to avoid the blockage of the workpiece 5 to the continuous conveying device, the workpiece 5 can be prevented from being vibrated and the workpiece 5 is damaged. In summary, the continuous conveying device of the present invention comprises a plurality of first wheels, wherein the second roller is disposed before or behind the plurality of first rollers, and the second roller has different rotation speeds to increase The continuous viewing device transports the building sequentially including a first conveying device, a second conveying device, and a second conveying device having different conveying speeds. Borrowing - 1 set to increase the smoothness of the continuous conveyor transporting the workpiece. Moreover, the present invention is actually a patent application requirement for a new brewing, progressive, and versatile patent law. ^Users' Coping & The Office has granted patents as soon as possible. You are short of the invention patent application, and the only ones mentioned above are only for the implementation of one of the inventions, and the patents of the inventions have been used to limit the meaning of this invention. The first embodiment of the present invention is a schematic diagram of a preferred embodiment of the present invention. The first figure is a schematic view of another preferred embodiment of the present invention. FIG. 9 is a schematic structural view of another preferred embodiment of the present invention; and FIG. 4 is a schematic structural view of another preferred embodiment of the present invention. [Main component symbol description] 5 workpiece 10 first conveying device 12 first roller 14 second roller 20 first driving device 22 first gear 24 second gear 30 transmission shaft 40 second driving device 42 third gear 44 fourth gear 50 second conveying device 60 third conveying device 10