TWI295800B - Spacer supply mechanism and disc manufacture system - Google Patents

Description

1295800 V. INSTRUCTION DESCRIPTION (1) ^) [Technical Field to Which the Invention Is Applicable] An Isolation The present invention relates to a disc manufacturing system for inserting a miscellaneous μ. ~ Institutions and - species have (b), [previous technology] Humans are known for their reservations, and the field of recording media is used as a storage and storage requirement. : Has there been a lot of important recording media in history? Use: in human belts, magnetic tapes, magnetic disks, I-conductor components and discs, etc.: The Zhang, the recording form has also been the development of human civilization, and the most extensive recording media of the media has been recorded. One, t #. Discs are currently used in defense industries, so 磾...; two =, science, education, national value. And the disc = ί 经济 or economically have the manufacturing CD 磾Κ 2 \ used to make discs, and can be used to disc VCD discs, MD discs, _ discs and other discs, so it has become a development of many manufacturers One of the main points. Referring to FIG. 1, the conventional disc manufacturing system 2 includes a disc U forming mechanism 21, a film forming mechanism 22, and a disc collecting mechanism 23. As shown in FIG. 1, the disc substrate forming mechanism 21 is configured to form a disc substrate, and has a first self-arming arm 211. In the conventional example, the disc substrate and the type mechanism 2 1 are provided with a mother board. And forming a dish substrate 5 by injection molding using the mother board as a mold. Referring to FIG. 1 again, the film forming mechanism 22 is used to form a dye film, a reflective film and a protective film on the disk substrate, and the film forming mechanism 2 2 is disposed at the position of the automatic arm 211. And has a second automatic arm 221.

1295800 V. Inventive Description (2) In the present conventional example, the film forming mechanism 22 includes a dye film forming unit 222, a reflective film forming unit 223, and a protective film forming unit 224, a dye film forming unit 222, and a reflective film. The forming unit 223 and the protective film forming unit 224 are respectively used to form a dye film, a reflective film, and a protective film on the disk substrate 5. Referring again to Figure 1, the disc collecting mechanism 23 is for collecting the disc 3 and has a plurality of racks 231 which are disposed at a position where the second automatic arm 221 is accessible. In the present conventional example, the disc collecting mechanism 23 has four racks 231. τ As shown in Fig. 1, when the conventional disc manufacturing system 2 is operated, first, the j-type substrate forming mechanism 21 forms a disc by injection molding using a mother board, and thereafter, the disc is moved by the first automatic arm 211. The substrate 5 is dyed to the dye film, and then the reflective film forming unit 22 3 is formed to form a reflective film on the i, and then the protective film forming unit 224 forms a protective film on the i221m to complete the manufacture of the disc 3. Finally, via the first The two automatic hands # # put the discs into the string 231 of the disc collecting mechanism 23.

The disc manufacturing system of the assembly mechanism is a γμ/7 that directly inserts the disc into the disc to be stuck, adsorbed, and -i, so that the discs are directly stacked, resulting in a mutual ambiguity between the discs. The situation of music. In addition, since the DVD disc is made up of two thick and thin discs that are thin and fragile, the DVD disc will be absorbed by the disc (TraCk Pltch). Strengthening the overlap to create a set-up "When a disc made by a conventional disc manufacturing system is used, the disc will be adhered to by the characteristics of the disc."

Page 6 1295800 V. INSTRUCTIONS (3) = Separate, when the external force is strong and the disc is separated, the disc may be damaged or broken due to improper robbery, and the subsequent process cannot be executed. Therefore, how to avoid the mutual dryness, adsorption, and contamination between the discs, and the smooth progress of the m system, thereby achieving the effect of improving the yield and reducing the cost is an important issue. According to the present invention, the separation of the adsorption and contamination systems is based on the present invention, and the film structure is set at the first place; the disc collection spacers are placed at a location. A spacer is provided for her to touch the mechanism, which comprises a loser and a feed;; Among them, the transport wheel and one of the conveyor belts WW /. First, the mouth and the isolation film are stored in the isolation sheet to store the stars 蕤i,,, Γ one of the isolation sheets is misplaced by the transmission belt to read $ ^, , V丨兮廷: to the other material section of the belt and a cloud ^ β ^ L f to move the source, and vibrate the 'the whole material part and the other end of the band To avoid the system package has one place, the transmission unit (3), [invention content] In view of the above problems, the manufactured discs are adhered to each other, and used for the manufacture of the disc, In order to achieve the above, a disk-type substrate forming machine and a separator supply mechanism are provided. The first transfer unit has a second transfer unit and has a second transfer unit. The present invention also provides a spacer storage unit and a transport unit. The belt, the unit is oppositely disposed, and is stored on the conveyor belt to separate the sheet system; the feeding unit has a force source system and the whole material portion connected to provide a disc supply mechanism. The disc manufacturing mechanism of the Ming Dynasty, the substrate forming mechanism of a disc collecting mechanism, the transporting unit of the transporting wheel unit is located in the second unit; the separating piece is provided for 1295800. 5. The invention description (4) is set on the conveyor belt. The spacers on the eve ^ t system, ten, = V are placed in the monolith. According to the above-mentioned disc manufacturing system, the spacer can be disposed between the disc and the disc, and has a partition of the spacer without the disc In the meantime, the result is that the increase in the adsorption and pollution of the disc is achieved, and the yield and cost are reduced. (4) [Embodiment] Hereinafter, a sheet manufacturing system and a separator supply mechanism will be described with reference to the related drawings. The car is also a fine example of the disc f. First, the film manufacturing system will be described with reference to the related drawings. As shown in Fig. 2, the disc manufacturing system of the present invention # substrate forming mechanism U, a film forming mechanism 12 (2): a two-type spacer supply mechanism 14. The team fruit mechanism 13 and a substrate two '', with a picture of 2: mouth: J = mechanism two is used to form a disk-shaped substrate forming mechanism 11 has a - mother board (not shown) '::: out: open The first type of transmission type; the second type becomes the disc = again, as shown in Fig. 2, the film forming mechanism 12 is disposed at a position where the first transfer wheel is open 111, and has a sign of one 仏 仏 - ' U5 I # has a first transfer early 121, and a film forming mechanism 12 is used to form a film onto the disk substrate 5. In the present embodiment, the mechanism 12 includes a dye film forming unit 122, a reflective film forming unit 1 2 3, and a film forming unit 1 2 4, wherein the dye film forming unit 丨 2 2 is 1295800. (5) The dye film is formed on the dish substrate 5, and the reflective film forming unit 123 is used to form a reflective film on the disc substrate 5, and the protective film forming unit M1 is m; And the second transmission unit 121 is - automatic hand #. Here, the film forming machine (4) (4) & materials are designed according to requirements. The opening number and the film are available. The m disc collecting mechanism 13 is provided at a position where the second transfer unit m is accessible, and has a spacer placing unit 131. In this embodiment, the Γ31\\ machine self-construction 23Λ includes four racks 132, (10) the wafer placement unit=two: automatic arm, and one end of the moving arm is a vacuum. The 'isolation sheet supply mechanism' shown in Fig. 2 is set in the separator sheet scoop = - hidden mouth and y. In this embodiment, the spacer supply mechanism 1 4 is t 甘片健存翠元141, a transport ^元142 and a supply=J.., the sheet storage unit 141 is used to supply the spacer 4 to the early rain: the transport early 142 is used to transport the spacer 4 to the feeding unit supply sheet το 1 43 is used to arrange the spacer 4, so that the spacer placing unit 1 3 1 can smoothly obtain the spacer 4. Referring to Figure 2, when the disc manufacturing system of the present invention is in operation, the first, the disc type substrate After the forming mechanism is formed by a mother board by injection molding, the disc substrate 5 is moved by the first transport unit 11 to the dye film forming unit 122 of the structure 12, and the disc substrate 5 is used. And forming a dye film in the dye film $ soap element 122, and then forming a reflective film forming unit: the reflective film is on the dish substrate 5, Wu via a single protective film forming a protective film 124 is formed on the disk-shaped base plate 5 to complete the manufacture of the disc 3, and finally 1,295,800

Five 'inventive notes (6) passed to the second via g. , at this time, ' , ϋ ! ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋The material unit 143 is adsorbed and nested. The string frame 132' separates the discs 3 by the spacers 4, and the spacer supply mechanism' will be referred to the spacer supply mechanism of the preferred embodiment. The isolation unit supply unit of the present invention includes a storage unit 142 and a storage unit 142. The storage unit 141 is used to store the spacer 4' in the present embodiment. In the example, the spacer storage unit 141 is a storage hopper. Referring to FIG. 3 again, the transport unit 142 has a transport unit to send two H ends (such as the area enclosed by the dotted line A) and the isolation studio. The storage 740 is oppositely disposed, so that the conveyor belt 144 can receive the spacer 4 for outputting the spacer. In the embodiment, the two belts 44 are disposed relative to the spacer storage unit 141 and the feeding unit 143. And the 'two-piece storage unit 141 is disposed at a lower portion of the opposite feeding unit 143, the belt 144 transports the spacer 4 from the bottom up, and the transport unit 142 includes a rotating shaft 145, a rotating shaft 145 and a conveyor belt The 144 is in contact with and is used to drive the booklet 144. Here, the spacer storage unit 141 may also be disposed at a parallel or higher position relative to the supply unit Ί ^, so that the transport unit 142 is transported in a parallel direction or from the upper direction. The spacer 4 and the transport unit 142 may also include two turns ^ 145. Referring to FIG. 3, the feed unit 143 is used for receiving transport wheel unit [eta]?

Page 10 1295800 V. Description of the Invention (7) Isolation of the second transfer > 1 4 ' and arrange the spacer 4 for easy access, the feeding unit 147 is a unit 146 and a vibration power source 147, vibrating The power source - "the monolith portion 146 is connected, the monolith portion 146 is disposed opposite the region surrounded by the other side of the conveyor belt 144", and the monolith portion 146 is received, and the other end portion of the belt 144 is passed through the spacer. 4. In this embodiment, the = portion 146 is a platter, and, as shown in FIG. 4, the whole material portion 146 is arranged in a separate arrangement, "61, and the vibration power source 147 is used to vibrate the rail 146". on. The spacer 4 is sequentially arranged in the spacer arrangement of the monolith portion 146: as shown in Fig. 3, when the spacer supply mechanism of the present invention is operated, the spacers 4 are supplied from the spacer storage unit 141 to the spacer 4 One end of the transport 142 (such as the area enclosed by the dotted line), and then the spacer 4 is sent to the monolith 146 of the feeding unit 143, and then the source 146 is shaken and the whole portion 146 is vibrated to vibrate the spacer 4. According to the spacer arrangement on the monolith portion 146, the bow #14 (shown in FIG. 4) is arranged in sequence, so that the spacer placement unit 131 sequentially obtains the disc 3 and the isolation in the rack 132. 3 discs. As described above, the disc manufacturing system according to the present invention has a spacer: the spacer supply mechanism can be disposed between the disc and the disc, because the discs are directly stacked on each other. The social signing is used to achieve the promotion of the sputum; the adsorption and pollution of the work of the 'I-I show the rate and reduce the cost effect. The above is intended to be illustrative only and not limiting. The equivalent modification of Ren and Fan bee is included in the scope of the appended patent application. Wen, both

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view of a conventional disc manufacturing system; FIG. 2 is a schematic view of a disc manufacturing system according to a preferred embodiment of the present invention; 3 is a schematic cross-sectional view of a spacer supply mechanism in accordance with a preferred embodiment of the present invention, and FIG. 4 is a schematic view of a supply unit of a spacer supply mechanism in accordance with a preferred embodiment of the present invention. c) Description of the components: 1 Disc manufacturing System 11 Disc substrate forming mechanism 111 First transport unit 12 Film forming mechanism 121 Second pass m unit 122 Dye film forming unit 123 Reflecting film forming unit 124 Protective film forming unit 13 Disc collecting mechanism 131 Separating sheet placing unit 132 String Rack 133 vacuum chuck 14 spacer supply mechanism 141 spacer storage unit 142 Yunke j unit

1295800 Brief description of the drawings 143 Feeding unit 144 Conveyor belt 145 Rotary shaft 146 Monolithic part 1461 Separator arrangement rail 147 Vibration power source 2 Disc manufacturing system 21 Disc substrate forming mechanism 211 First automatic arm 22 Film forming mechanism 221 Second Automatic arm 222 Dye film forming unit 223 Reflecting film forming unit 224 Protective film forming unit 23 Disc collecting mechanism 231 String 3 Disc 4 Separator 5 Disc substrate

Claims (1)

1295800 -- VI. Application for patent scope 1. A spacer supply mechanism, including: a cymbal manufacturing system, including a spacer storage unit; ^ a wheel 7C' with a conveyor belt, the spacer storage One end of the 卞 盥 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存By means of the wheel, the source is connected to the whole material part, and the other end part is connected to each other, and the enthalpy is divided into the whole material part of the conveying. ° The separator on the 5th turn belt is placed in the gap η* u. ^ -iir The storage unit of the separator is a storage hopper "off-piece supply mechanism," Wherein the S Hai 3 transport: the single-application/profit range of the separator supply mechanism described in item 1, wherein the package has a complex; the shaft of the shaft is respectively associated with the transporting the S conveyor belt with the δ Xuan et al. The rotating shaft is rotated and driven. The material is as described above, wherein the crucible 13 is a monolithic tray, and the monolithic disc is formed with a spacer array rail 0 5 , a kind Disc manufacturing system, including ·· 1295800 VI. Patent Application ____ A disc-type substrate forming mechanism has a film forming mechanism which is disposed on the first transfer wheel unit; a mechanism has a second transfer unit; Wherein, the singapore disc collecting mechanism is provided in the second disc collecting mechanism having a spacer, which is available at an early stage, and the detachable sheet supplying mechanism is provided. 6 pieces away from the film placement unit: the disc system described in the fifth paragraph of the patent application of the second patent: "The early system is - automatic arm. 乂糸 system, which is the same as the application of the patent One end is the disc manufacturing system according to item 6, and there is a vacuum chuck. The first, wherein the self, 8, such as the patent application film collection mechanism, includes the disc manufacturing system described in the item, having ~ More than one of the racks. The dead one of the discs 9, such as the patented range of off-chip supply mechanism kits; the disc manufacturing system, the-isolated sheet storage unit 3, a transport unit The sheet stores a single belt 俾; the belt-end portion and the earlier separator sheet f two volumes of soap are stored in the separator sheet storage belt and transferred to the "transportation tribute, the spacer sheet is smashed, and the money is sent With another end; and "糸精精 by this round Page 15 1295800 VI. Patent Application Scope A feeding unit has a whole material part and a vibration power source, and the vibration power source is connected to the whole material part, and the whole material part is combined with the conveyor belt The one end portion is oppositely disposed such that the spacer on the conveyor belt is placed in the monolith portion. Page 16