1296115 * « 九、發明說明： ‘ 【發明所屬之技術領域】 =月為提供—種光碟自動收_ •動化收納光碟之作業流程，俾達到精簡製作流程、可自 快速完成工作者。 ’ k省力及加 【先前技術】 —按，錢腦科技曰新月異、不斷進步的時代 娜使用過程中或作業完成時，均需要將^電腦中的 ，而儲存電腦資料的方式，以往大多使用i4d 存，惟該磁碟片的記憶空 、碟片做儲 大容量之應用程式軟體等，_^/存#父多的資料，例如較 耗費經濟成本，存放磁碟片也佔用較多的空間，==研不僅 大二 谷讀大的應用程式軟_絲檔案，或多媒體音= 儲存。-般而言，光碟機所讀取的光碟片稱之為『C =的1296115 * « Nine, invention description: ‘ 【Technical field of invention】 = month is provided - a kind of CD-ROM automatic receipt _ • The operation process of moving the storage disc, to achieve a streamlined production process, and can quickly complete the worker. ' k labor-saving and plus [pre-technical] - press, the brain brain technology is constantly changing, the progress of the era of the use of the process or the completion of the work, you need to ^ computer, and the way to store computer data, most of the past Use i4d to save, but the memory of the disk is empty, the disk is used to store large-capacity application software, etc., _^/Save #父多的资料, for example, cost more economical, storage disk also takes up more Space, == Research not only digested the big application soft _ silk file, or multimedia sound = storage. In general, the discs read by the CD player are called "C =
』’而最近常聽到的『CD—R』和『CD M 燒錄器在魏資料時所使_光碟 』將則是光碟 至光谢，㈣献麵。 表將貧料燒錄 上述的各種光碟种，其-面為印刷面，另一 存面，該印刷面係於光碟片被製作時，藉由一磾片平板；貝;、儲 ，在該印刷面上印刷-些有關之圖案或文字，板式印刷機 插細禾4又予以可識別光碟片之 種颁’或標示光碟片的資料内容，或為美觀的文字圖案等。 5 1296115 而光碟片在印刷完成後，必須將光碟片集中收納於光碟儲存 筒内，完成光碟片之製造作業，然如第十二圖所示，光碟儲存彆 -A内部為具有中心柱A i ’而中心柱A工頂部係為較大面積之弧 . 面A 1 1，若欲將光碟片B置入光碟儲存筒A内時，光碟片b之 中心軸孔B1必須對正光碟儲存筒a之中心柱八丨，才可將光碟 片B置入光碟儲存筒八内，惟因中心柱A1頂部之弧面1面 齡積較大’光碟片B之中心軸孔B工要對正中心柱A丄相當不容易 ，極為耗時#卫，且極祕光碟片B射雜A !產生偏位^成 磨損’而使光碟片B損毁，因此，在光碟片B收納作業時，並不 直接以光碟儲存筒A供光碟片时納；即有另一種習用形式之光 碟片收納流程，請參閱第十三、十四、十五圖所示，係為習用光 碟收料裝置之流程圖、俯視圖、侧視圖，由圖中可清楚得知，現 今業者所㈣㈣麵I姆置錄，係將空自辆片B由進料 •區0送入印刷區D ’待印刷㈣進行印舰乾後，再將光碟片b 送入卸料區E ’由卸料區£之暫存筒El_光碟片B，待暫存 筒E1内收集複數光碟片_，再以人工搬移方式將暫存筒e1 内之複數光碟片B搬移進入光碟儲存筒A内，以完成光碟片6之 加工作業’然、上述f用光碟片之製造過程，存在諸多缺失，如： (1 )複數光碟片B在收納於暫存筒E i内，细人工方式搬移 複數光碟片B時’料造成複數光碟片B散亂、掉落，而 導致光碟Μ B損毁無峡用，並提敲品的不良率。 6 1296115 1 了mi内部為具蚊位轴桿E11，且咖軸卵1 她Γ ，當光碟片B欲收納於暫存_時， 片易碰觸定位轉E11頂部尖端，而造成光碟 片B之到傷毁損。 B的=方式搬移複數光碟片料，必鋼時計算光碟片 ^二以將定數的光碟片置人光碟儲存筒A内，惟人 光碟片_量’亦產生誤失’造成光碟儲存筒 磾=量過多或太少的情形，無法準確控制光 磲片Β的數量。 失盘柄計數、儲存方式，於實際使叫為具有諸多缺 失與不便’有待改善，此彳 改進之方向所在。 轉U人與攸事此行業者所亟欲 【發明内容】 ，魏於上述之_與缺失，本㈣人乃難相關資料 、㈣夕方賴及考量，並峨事於此彳讀累積之多年經驗，經 7辦試作及修改，始設計出此種_自動收㈣置之流程 專利誕生者。 本發明之主要目的乃在於將印製完成之辆片進人集料區， 而使複數綱牌疊於收容狀複數减， 碟片之集料區移動至對位於㈣裝置，並於收料裝^設置光碟 儲存筒’則收料裝置藉由驅動部驅動推移座體向下推動複數光碟 片，即餘容敎各抵繼絲魏辆4，_複數光碟 7 1296115 ==㈣_’觀_峨物、料又省力之 驅動=:?要目的係在物動部可為氣壓缸、液壓缸或具 【實施方式】 +為達成域目較魏，本發騎_之技術手段及盆構造 利=本⑽較佳實施例詳加說明其特徵與功能如下，俾 請同時參閱第-、二、三圖所示，係為本發明之流程圖、俯 =碑=圖，由圖中可清楚看出，光碟自動收料裝置係將空白 編業片1由加巧、置2之進料區2!送人印刷區2 2中進行印 ==咖蝴他她3,綱明之自 ()=製完成之光碟片！進入集料區3，並使複數光碟片以 疊於收容部31之複數抵擋體3 2上。 (一）絲複數柄片i之集龍3，移動至對位於收料裝置4 一，亚於收料裝置4處設置光碟儲存筒5。 -)收料裝置4藉由驅動部41驅動推移座體42向下推動複 數光碟片1，並使收容部31之各抵擔體3 2解除抵檔複 數光碟片1。 (四）讀光則1向下鶴錢人光_存筒5内部。 而上述之集料區3係可於轉盤3 01上設有複數收容部3 8 1296115 ^ ’轉盤3 01可設置轉動之時間（轉盤3 Ο 1之時間設定方式 疋非本發明之設計重點’故於此不贅述），祕收容部3 1内收納 .一植量之光碟片1後，再轉動轉盤3 Q 1，且各收納部收容部 ' 31内為具有串通式的收納空間3 0，且於收納空間3 〇底部設 有後數抵擋體3 2 ’該抵擔體3 2係於中空狀之容置空間3 21 内’分別置設有彈性體3 2 2、定位體3 2 3，俾使彈性體3 2 鲁2頂持該定位體3 2 3，而供定位體3 2 3—部分凸露出容置空 ^ 3 2 1外部，而於粒體3 2 3受外力頂推時，即會向内壓縮 °°體3 2 2，並當疋位體3 2 3解除外力之頂推時，則利用彈 _ 3 2 2之彈性回復力將定位體3 2 3頂回原位；且收容部3 1之收納空間3⑽並可依序環紗複數限位柱3 3 ;則複數光 票片1达入收納部3工之收納空間3 〇時，即利用複數限位柱3 3將硬數光碟片丨導正對位，以將辆y i平整的置放於收納部 馨 31之收納空間3〇内。 、晴參閱第二、三、四、五、六圖所示，係為本發明之俯視圖、 側視圖帛二圖A部份之局部放大圖、光碟片收納動作圖（一）、 光碟片收納動作圖（二），當集料區3之收容部3工的容置空間3 〇: ’可設定收納一定數量之光碟片工後，且容置空間3⑽設 有複數限位#3 3 ’而容置空間3 〇底部則設有複數止播體3 2 、’，並容置f間30底部設有輸送區34 4輸送區34為可輸送 "茱儲存同5至收料裝置4下方’以供收容部3工利用收料裝置 9 1296115 4,納印刷完成之光碟片i，即_集料區3之轉盤川轉動 收今。P31對位於收料裝置4，並利用收料裝置4之驅動部41 驅動推移座體4 2，即可將彳_置4内之複數编i頂減 入光碟儲存筒5内。 。亥收料U4之驅動部4 i，為利用伸縮桿4丄丄連動懸臂 桿4 1 2 ’再_臂桿4丨2驅動推移座體4 2向下移動，且推 移座體4 2-側係設有推移塊4 2 i，推移塊4 2 i係為塑膠、 橡膠、泡棉或海棉等俾利用軟f之材料所製成，則推移部以推移 塊4 2 1推抵辆片！時，並不會對辅片i產生破壞，且推移 座體4 2推移複翻1時，光則1即將收容部3 i收納* 間3◦底部之抵播體3 2所凸露的定位體3 2 3向内推擠，而使 複數光碟片i進入光碟儲存筒5之置放空間5 i内，待複數光碟 片1穿過收容部3 Q後，收触間3 q 播«2的粒體3 2 3,即受彈性體3 2 3的彈性回㈣頂推 ，再使定位體3 2 3凸露於抵持體3 2外部，俾構成本創作之光 碟片1自動收料裝置。 上述之驅動部4 1係可為氣壓缸、液壓缸或具驅動力之裝置。 之光=Γ第七、八、九、十圖所示’係為本發明較佳實施例 =收納圖(一)、第七圖Α部分之局部放大圖、較佳實施例 先業片收納圖（二）、較佳實施例之光碟片收納圖（三），由圖 中可以清楚看出’該集料區3之收料裝置4其驅動部4丄，為分 10 1296115 別設有第一氣壓缸4 ο ]_、第二氣壓缸4Q 2，且第一氣壓缸4 〇1為具有第一伸縮桿4 01 1，並於第一伸縮桿4 011往集 . 料區3上方延設有第一懸臂桿4〇12，而第一懸臂桿4〇丄2 、 一側為設有定位轴桿4 013 ;該第二氣壓缸4 0 2為具有第二 伸鈿桿4 〇 21，並於第二伸縮桿4 0 2 1往集料區3上方延設 有第二懸臂桿4Q22，而第二贼桿4Q22—姻設有推移 φ 座體4 〇 2 3，且推移座體4 〇 2 3底部係設有推移塊4 〇 2 4，再於推移座體4 0 2 3、推移塊4 0 2 4内部設有貫穿之中 心軸孔402 5，則以中心軸孔4 0 2 5供第-氣壓虹4〇1之 定位軸桿4 〇13穿入。 而¥集料區3之收容部3 1崎納-定數量之光碟片丄後 即利用集料區3之轉盤30工轉動收容部3工對位於收料褒 4，並利用收料裝置4之第—氣壓缸4◦i之第—伸縮桿4 〇The "CD-R" and "CD M burners that were frequently heard in the Wei _ _ CD" will be heard on CD-ROM, and (4). The table burns the above-mentioned various kinds of optical discs, the surface of which is a printing surface, and the other storage surface is a flat plate; when the optical disc is produced, by a flat sheet; Print on the surface - some related patterns or texts, the plate printer inserts the fine Wo 4 and the readable discs can be used to identify the material content of the disc, or the beautiful text pattern. 5 1296115 After the completion of the printing of the optical disc, the optical disc must be stored in the optical disc storage cylinder to complete the manufacturing operation of the optical disc. However, as shown in the twelfth figure, the internal storage of the optical disc has a central column A i 'The top of the center column A is a large area arc. Face A 1 1. If the disc B is to be placed in the disc storage cylinder A, the central shaft hole B1 of the disc b must be aligned with the disc storage cylinder a The center column of the gossip can be used to place the disc B into the disc storage tube 8. However, because the top surface of the center column A1 has a larger surface area, the central axis hole of the disc B is aligned with the center column. A丄 is quite inconvenient, extremely time-consuming #卫, and the extremely secret disc B is a miscellaneous A! The offset is caused by the wear and tear, and the disc B is damaged. Therefore, when the disc B is stored, it is not directly When the optical disc storage cartridge A is supplied with the optical disc, there is another conventional optical disc storage process, as shown in the thirteenth, fourteenth, and fifteenth drawings, which is a flow chart, a top view, and a plan view of the conventional optical disc receiving device. The side view, as can be clearly seen from the figure, is now recorded by the company (4) (4) Empty from the piece B to the printing area D into the printing area D 'to be printed (four) to print the ship dry, then the disc piece b is sent to the discharge area E ' from the discharge area £ temporary storage tube El_ optical disc B. The plurality of optical discs _ are collected in the temporary storage cylinder E1, and then the plurality of optical discs B in the temporary storage cylinder e1 are moved into the optical disc storage cylinder A by manual movement to complete the processing operation of the optical disc 6 f The manufacturing process of optical discs has many defects, such as: (1) When multiple optical discs B are stored in the temporary storage cylinder E, and the multiple optical discs B are moved in a fine manual manner, the multiple optical discs B are scattered. Dropped, causing the disc Μ B to be destroyed without the use of the gorge, and to raise the bad rate of the product. 6 1296115 1 The inner part of the mi is a mosquito rod shaft E11, and the coffee shaft egg 1 is her. When the disc piece B is to be stored in the temporary storage _, the piece is easily touched and positioned to the top end of the E11, resulting in the disc B. To the injury and damage. The mode of B is to move a plurality of discs. When the steel is used, the discs are counted to set the discs in the disc storage tray A. However, the discs of the discs are also mistakenly caused by the discs. = In the case of too much or too little, the number of diaphragms cannot be accurately controlled. The loss of the handle and the storage method are actually caused by the lack of inconvenience and inconvenience, and the direction of improvement is here. Turning U people and anecdotes in this industry are eager to [inventory content], Wei in the above-mentioned _ and lack, this (four) people are difficult to relevant information, (four) 夕方赖 and consideration, and the cumulative experience of many years of experience After the trial and modification of the 7th office, the design of the _ automatic receipt (four) set process patent was born. The main purpose of the invention is to insert the printed piece into the collecting area, and to make the plurality of boards stacked in the receiving form, and the collecting area of the disc is moved to the opposite (4) device, and in the receiving device. ^Set the disc storage tube', then the receiving device drives the shifting body to push down the plurality of discs by the driving part, that is, the rest of the capacity is replaced by the silk Wei 4, _ plural discs 7 1296115 == (four) _' view _ booty Driven by the material and labor saving =:? The purpose is to be the pneumatic cylinder, the hydraulic cylinder or the [the implementation method] in the physical and dynamic part + to achieve the domain of the Wei, the technical means of the riding and the basin structure profit = this (10) The preferred embodiment is described in detail with the features and functions as follows. Please refer to the figures -, II and III at the same time, which is the flow chart of the present invention, the depression = monument = diagram, as can be clearly seen from the figure, The optical disc automatic receiving device is to print the blank fabric sheet 1 from the loading zone 2 of the add-on and set 2; send it to the printing zone 2 2 to print ==Cafella and her 3, the outline of the self () = system completed CD! The collecting area 3 is entered, and the plurality of optical discs are stacked on the plurality of resisting bodies 32 of the receiving portion 31. (1) The set of dragons 3 of the plurality of handles i are moved to the receiving device 4, and the optical disc storage cartridge 5 is disposed at the receiving device 4. -) The receiving device 4 drives the yoke base 42 to push the plurality of optical discs 1 downward by the driving portion 41, and the respective supporting members 3 2 of the accommodating portion 31 are released from the counter-receiving optical disc 1. (4) Reading light is 1 down the crane money light _ deposit tube 5 inside. The above-mentioned aggregate area 3 can be provided with a plurality of accommodating parts on the turntable 3 01 3 8 1296115 ^ 'The turntable 3 01 can set the time of rotation (the time setting mode of the turntable 3 Ο 1 is not the design focus of the invention) As described herein, the storage unit 3 1 accommodates the optical disc 1 of the planting amount, and then rotates the turntable 3 Q 1 , and each of the storage unit accommodating portions ' 31 has a storage space 30 of a serial type, and The bottom of the storage space 3 〇 is provided with a rearward resisting body 3 2 '. The supporting body 3 2 is disposed in the hollow accommodating space 3 21 ′ respectively provided with an elastic body 3 2 2, a positioning body 3 2 3, 俾The elastic body 3 2 ru 2 holds the positioning body 3 2 3, and the positioning body 3 2 3 - partially protrudes to accommodate the outside of the space ^ 3 2 1 , and when the granule 3 2 3 is pushed by an external force, The body 3 2 2 is compressed inwardly, and when the clamping body 3 2 3 releases the pushing force of the external force, the positioning body 3 2 3 is returned to the original position by the elastic restoring force of the elastic _ 3 2 2; The storage space 3 (10) of the portion 3 1 and the plurality of ring-shaped yarn limiting posts 3 3 can be sequentially arranged; when the plurality of light ticket sheets 1 reach the storage space 3 of the storage unit 3, the plurality of limit columns 3 3 are used for hard numbers. Light Shu facing the sheet guide position, to the formation of y i units placed in the storage space 31 of the housing portion Xin 3〇. As shown in the second, third, fourth, fifth and sixth figures, it is a top view, a side view of the present invention, a partial enlarged view of the portion A of the second drawing, an optical disk storage operation diagram (1), and an optical disk storage operation. Figure (2), when the accommodating space of the accommodating part 3 of the collecting area 3 is 3 〇: 'After storing a certain number of optical discs, the accommodating space 3 (10) is provided with a plurality of limit #3 3 ' The bottom of the space 3 〇 is provided with a plurality of stop bodies 3 2 , ', and accommodates the f between the 30 and the bottom is provided with a transport area 34 4 the transport area 34 is transportable " 茱 store the same 5 to the lower of the receiving device 4' For the accommodating department 3, the receiving device 9 1296115 4 is used, and the optical disc i which is printed is finished, that is, the turntable of the concentrating area 3 is rotated. The P31 pair is located in the receiving device 4, and the driving portion 41 of the receiving device 4 drives the erecting body 4 2, so that the plurality of ridges in the 彳_4 can be reduced into the optical disk storage cylinder 5. . The drive unit 4 i of the U8 receiving material U4 is used to drive the cantilever lever 4 1 2 're-arm bar 4丨2 to drive the shifting seat body 4 2 downward by the telescopic rod 4 ,, and the shifting seat body 4 2- side system A push block 4 2 i is provided, and the push block 4 2 i is made of a material such as plastic, rubber, foam, or sponge, which is made of a material of soft f, and the pusher portion is pushed against the piece by the push block 4 2 1! In this case, the auxiliary piece i is not damaged, and when the movable body 4 2 is turned over, the light is 1 and the receiving part 3 i is accommodated. 2 3 pushes inwardly, and causes the plurality of optical discs i to enter the placement space 5 i of the optical disc storage cylinder 5, and after the plurality of optical discs 1 pass through the accommodating portion 3 Q, the granules of the 3 q broadcast «2 3 2 3, that is, by the elastic back (4) of the elastic body 3 2 3, the positioning body 3 2 3 is exposed to the outside of the resisting body 3 2 , and constitutes the automatic receiving device of the optical disc 1 of the present invention. The drive unit 41 described above may be a pneumatic cylinder, a hydraulic cylinder or a device having a driving force. The light is as shown in the seventh, eighth, ninth and tenth drawings. The preferred embodiment of the present invention is a partial enlarged view of the storage drawing (1), the seventh drawing, and the preferred embodiment. (2) The optical disc storage drawing (3) of the preferred embodiment, as can be clearly seen from the figure, 'the receiving unit 4 of the collecting area 3 has its driving part 4丄, and the first is 10 1296115. The pneumatic cylinder 4 ο ]_, the second pneumatic cylinder 4Q 2 , and the first pneumatic cylinder 4 〇 1 has a first telescopic rod 411 1 and is disposed above the first telescopic rod 4 011 The first cantilever rod 4〇12, and the first cantilever rod 4〇丄2, one side is provided with a positioning shaft 4 013; the second pneumatic cylinder 4 0 2 has a second extension rod 4 〇21, and The second telescopic rod 4 0 2 1 has a second cantilever rod 4Q22 extending above the collecting area 3, and the second thief rod 4Q22 is provided with a sliding φ seat body 4 〇 2 3 and the pedestal body 4 〇 2 3 The bottom part is provided with a shifting block 4 〇 2 4, and then the central shaft hole 402 5 is provided inside the shifting seat 4 0 2 3 and the shifting block 4 0 2 4, and the central shaft hole 4 0 2 5 is provided for the first Pneumatic rainbow 4〇1 positioning shaft 4 〇13 penetration . And the accommodating part 3 of the collecting area 3 1 is a natural quantity of the optical disc piece, and then the turntable 30 of the collecting area 3 is used to rotate the accommodating part 3 to be located at the receiving 褒 4, and the receiving device 4 is used. The first - the cylinder of the pneumatic cylinder 4◦i - the telescopic rod 4 〇
桿4〇12’且由第一懸臂_i2驅動定 3抵持於收料裝置4下方之光碟儲存筒5的中心轴 體4二-=Γ移座體4〇23向下移動，且_ 膠、橡膠、泡棉或海棉等俾二2 4係^ 推移塊4 02並 11The rod 4〇12' is driven by the first cantilever _i2 to abut the central shaft body 4 of the optical disc storage cylinder 5 below the receiving device 4, the second-= Γ shifting body 4〇23 moves downward, and _ glue , rubber, foam or sponge, etc. 2 2 4 series ^ Shift block 4 02 and 11
1296115 且推移座體4 Q 2 3推移複數光碟片1時，光碟片1即將收容部 31收容空間3 〇底部之抵擔體3 2所凸露的定位體3 2 3向内 推擠，而使複數光碟片丄順著定位軸桿4 〇丄3進入光碟儲存筒 5之置放空間51内，待複數光碟片1穿過收容部3丨之收容空 間3 〇後，收容空間3 〇底部之抵擋體3工丄的定位體3 2 3即 又彈性體3 2 2轉性喊力頂推，再使定位體3 2 3凸露於抵 擔體3 2外部。 而上述之驅動部41之第—氣壓紅4 Q1、第二氣壓缸4 〇 2除可為氣壓缸之外’亦可為液壓缸或具驅動力之裝置。 另請參閱第十-圖所示’係為本創作另一實施例之俯視圖， 由圖中可赌楚看出，摘作之自純㈣置係將㉔之光碟片 1輸送至加工部2之進料區2!，再由進料區2工將光碟片工送 入矩形狀之印樞2 2巾進行_加卫，_卩刷絲之光碟片 1送至集料區3 ’而集料區3於轉盤3Q丨上為設有複數集料座 3 2，以將印刷完成之光碟片丄做收納。 是以，本發明之光碟自動收料裝置為 在於： (1)複㈣碟;1_簡區之收容部收 複數光碟片推移入光碟儲存筒内， 於光碟儲存筒内，不會散亂或掉落 品良率。 可改善習用之技術關鍵 納，再利用收料裝置將 且複數光碟片整齊收納 ，並可提高光碟片之產 1296115 (2)光碟片利用集料區之收容部與收料裝置進行收納，不需透 過人工計算或搬移’相當省時省工，符合經濟效益。 • 故’本發縣針對光碟自動收料裝置於集料區3之收容部3 -1、收料裝置4間’利用驅動部41驅動推移座體4 2，以將複 數光碟片1直接推頂入光碟儲存筒5内，而藉由自動化流程來代 替人力$其主要特徵，而上述詳細說明，為針對本發明一種較佳 ⑩之可行實施例„兒明而已’惟該實施例並非用以限定本發明之申請 專利乾圍’凡其它未_本發贿揭权技騎神下所完成之均 等與修飾變更，均應包含於本發崎涵蓋之專利範圍中。 π上所述’本發明之猶自動㈣裝使贿具有顯著之 =增進’誠符合新雛、發雜及物生之專利要件，麦依法 申請’盼料早日賜准本案，以保障發明人之辛苦發明， ° 、句局有彳何稽疑，睛不吝來祕示，發明人定當竭力配合 13 1296115 【圖式簡單說明】 第一圖係為本發明之流程圖。 ' 第二圖係為本發明之俯視圖。 ’ 第三圖係為本發明之侧視圖。 第四圖係為第三圖A部份之局部放大圖。 第五圖係為本發明之光碟片收納動作圖（一）。 φ 第六圖係為本發明之光碟片收納動作圖（二）。 第七圖係為本發明較佳實施例之光碟片收納圖（一）。 第八圖係為本發明第七圖A部分之局部放大圖。 第九圖係為本發明較佳實施例之光碟片收納圖（二）。 第十圖係為本發明較佳實施例之光碟片收納圖（三）。 第十一圖係為本發明另一實施例之俯視圖。 第十二圖係為習用光碟儲存筒之側視剖面圖。 _ 第十三圖係為習用光碟收料裝置之流程圖。 第十四圖係為習用光碟收料裝置之俯視圖。 第十五圖係為習用光碟收料裝置之側視圖。 【主要元件符號說明】 1、 光碟片 2、 加工裝置 14 1296115 21、進料區 3、 集料區 3 01、轉盤 3 0、收納空間 31、收容部 3 2、抵擋體 3 21、容置空間 4、 收料裝置 41、驅動部 4 2、推移座體 4 21、推移塊 4 01、第一氣壓缸 4 01 1、第一伸縮桿 4 012、第一懸臂桿 4 013、定位軸桿 5、 光碟儲存筒 51、置放空間 2 2、印刷區 3 2 2、彈性體 3 2 3、定位體 3 3、限位柱 3 4、輸送區 4 0 2、第二氣壓缸 4 0 2 1、第二伸縮桿 4 0 2 2、第二伸縮桿 4 0 2 3、推移座體 4 0 2 4、推移塊 4 0 2 5、中心轴孔 5 2、中心轴桿 15 1296115 A、光碟儲存筒 A 1、中心柱 A 1 1、弧面 . B、光碟片 C、 進料區 D、 印刷區 E 1 1、定位軸桿 E、卸料區 E1、暫存筒1296115, when the pedestal 4 Q 2 3 is moved over the plurality of optical discs 1, the optical disc 1 is pushed inwardly by the positioning body 3 2 3 protruding from the bottom of the accommodating portion 31 accommodating portion 31 accommodating portion 3 2 The plurality of optical discs enter the placement space 51 of the optical disc storage cylinder 5 along the positioning shaft 4 〇丄3, and the plurality of optical discs 1 pass through the accommodating space 3 of the accommodating portion 3, and the bottom of the accommodating space 3 〇 The positioning body 3 2 3 of the body 3 work, that is, the elastic body 3 2 2, pushes the pushing force, and then the positioning body 3 2 3 is exposed outside the receiving body 3 2 . The first pressure red 4 Q1 and the second pneumatic cylinder 4 〇 2 of the drive unit 41 may be hydraulic cylinders or a driving device. Please also refer to the tenth-figure view, which is a top view of another embodiment of the present creation. As can be seen from the figure, the self-purity (four) arrangement of the optical disc 1 is transported to the processing unit 2 Feeding area 2!, and then feeding the disc slicer into the rectangular shape of the printing frame 2 2 towel by the feeding area 2 _ Guard, _ 卩 卩 之 之 送 送 送 送 送 送 而 而 而 而 而 而The area 3 is provided with a plurality of aggregate holders 3 2 on the turntable 3Q to accommodate the printed optical discs. Therefore, the optical disc automatic receiving device of the present invention is: (1) complex (four) disc; 1_ the accommodating portion of the simplified area is plucked into the optical disc storage cylinder, and is not scattered in the optical disc storage cylinder or Drop the product yield. It can improve the technical key of the conventional use, and then use the receiving device to store the plurality of optical discs neatly, and improve the production of the optical discs. 1296115 (2) The optical discs are stored by the accommodating part and the receiving device of the collecting area, without By calculating or moving by hand, it is quite time-saving and economical. • In the case of the present invention, the optical disc automatic receiving device is used in the accommodating portion 3 -1 of the collecting area 3 and the receiving device 4 to drive the pedestal body 4 2 by the driving portion 41 to directly push the plurality of optical discs 1 Entering into the disc storage cartridge 5, and replacing the main features of the human hand by an automated process, and the above detailed description is a preferred embodiment of the preferred embodiment of the present invention. However, the embodiment is not limited thereto. The equalization and modification of the patent application of the present invention shall be included in the scope of the patent covered by the present disclosure. The automatic (4) installation of bribery has significant significance = to enhance 'sincerity with the new chicks, miscellaneous and material requirements of the patent, Mai applied for the law' hoped to grant the case as soon as possible to protect the inventor's hard invention, °, sentence Anything is suspicious, the eye does not come to the secret, the inventor will try his best to cooperate with 13 1296115 [Simple description of the diagram] The first diagram is the flow chart of the invention. 'The second diagram is the top view of the invention.' It is a side view of the invention. The fourth drawing is a partial enlarged view of the portion A of the third drawing. The fifth drawing is the optical disk storage operation diagram (1) of the present invention. φ The sixth drawing is the optical disk storage operation diagram (2) of the present invention. Figure 7 is a partial view of a portion of the optical disk according to a preferred embodiment of the present invention. The eighth embodiment is a partial enlarged view of a portion of the seventh embodiment of the present invention. The present invention is a top view of a preferred embodiment of the present invention. The eleventh figure is a plan view of another embodiment of the present invention. The twelfth figure is a conventional optical disc. A side view of the storage cylinder. _ The thirteenth diagram is a flow chart of the conventional optical disc receiving device. The fourteenth drawing is a top view of the conventional optical disc receiving device. The fifteenth drawing is a conventional optical disc receiving device. Side view. [Main component symbol description] 1. Optical disc 2, processing device 14 1296115 21, feeding area 3, aggregate area 3 01, turntable 30, storage space 31, housing part 3, resisting body 3 21, Accommodating space 4, receiving device 41, driving portion 4, moving seat body 4 21, the shift block 4 01, the first pneumatic cylinder 4 01 1, the first telescopic rod 4 012, the first cantilever rod 4 013, the positioning shaft 5, the optical disc storage cylinder 51, the placement space 2 2, the printing area 3 2 2 , the elastic body 3 2 3 , the positioning body 3 3 , the limiting column 3 4 , the conveying area 4 0 2, the second pneumatic cylinder 4 0 2 1 , the second telescopic rod 4 0 2 2, the second telescopic rod 4 0 2 3 , shifting seat 4 0 2 4, shifting block 4 0 2 5, central shaft hole 5 2. central shaft 15 1296115 A, optical disc storage cylinder A 1, central column A 1 1 , curved surface. B, optical disc C, Feeding zone D, printing zone E 1 1 , positioning shaft E, discharge zone E1, temporary storage cylinder
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