TWM260537U - Compact disc arranging device - Google Patents

Description

M260537 4. Creation Description (1) [Technical Field to which the New Type belongs] The present invention aims to provide a disc for processing CDs, VCDs, DVDs, etc., for placing discs to be processed into processing equipment, And a storage and unloading device for storing and processing the optical discs. [Previous technology] According to the general, when manufacturing discs such as CD, VCD, DVD, etc., the disc body of plastic material is first completed, and then the disc body is sequentially coated with dye, protective layer (or glued) ) To complete the disc structure; therefore, in the disc manufacturing process, auxiliary processing procedures such as drying and setting, solvent cleaning, and drying are required to control the processing quality of the semi-finished product at each stage of the disc, and Reduce the necessary _ standing time of semi-finished products in each stage. In addition, when the disc is subjected to the necessary drying and shaping, solvent cleaning, drying and other processing processes according to each processing step, each disc must have the proper processing effect to maintain the processing quality of the disc ; So that there is a turntable as a carrier for feeding the discs into the processing equipment, which is to lay each disc at a fixed distance on the surface of the edge of the turntable, that is, the rotation of the turntable Under the action, the discs laid on the disc surface are passed through the processing area one by one, so that each disc can achieve the desired processing effect. However, such a disc conveying method can only be used to lay the discs on the table surface of the rotary table, but not to stack the discs. It will not only form a wave of table space, but also the number of discs entering the processing area each time. It is also quite limited, which will affect the processing and manufacturing capacity of discs. [New content]

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Page 5 M260537 IV. Creation Instructions (2) This creation "disc retracting and rewinding device" is basically composed of a revolving channel, a feeding component, a feeding suction arm component, a discharging clamp arm component, It consists of a discharge assembly, a pad storage assembly and a control circuit. Among them, the rotary track is used to carry discs in and out of the processing equipment, and its feed suction arm assembly will self-feed the predetermined number of discs one by one. The same inserts transferred to the turning track are stacked, and a pad is placed between the discs. Then, the plunger carrying the discs and pads is transported toward the processing area by the rotary track, and the feeding and suction arm assembly repeats the operation of placing the discs and pads on the other plunger that reaches the positioning by the feed suction arm assembly. After the disc processing process is completed, the discs are recovered one by one by a discharge clamp arm assembly, and the pads are returned to the pad storage assembly for use at the same time, which completes the more efficient retracting and releasing action. In particular, the discs that have entered the processing area are able to obtain consistent processing results under the partitioning effect of the blocks. [Implementation] In order to make your reviewing committee clear about the structure and overall operation of the present invention, the following drawings are used to explain the following: This creation "disc rewinding and rewinding device" is mainly used for rewinding and rewinding devices. Sequentially feed into the processing equipment, and take out the discs that have completed the processing process to cooperate with the automated processing process that constitutes the discs. As for the basic structural composition of the overall retracting and discharging device, as shown in the first and second figures, Includes: _ | A revolving road 20, which is arranged between the processing area of the processing equipment 10 and the area where the disc enters / exits the processing equipment 10, and the overall revolving road 20 is equipped with a fixed interval. Plural pins 8 1, each disc 9 1

Page 6 M260537 IV. Creation Instructions (3) Positioning on the rotary track 20 by using the central hole to insert the insert 8 1 to facilitate the entry and exit of the processing equipment 10 as the rotary track 20 rotates. A pad storage assembly 3 0 is arranged on the turning track 20 at the area where the disc enters the processing equipment. It is directly connected to a turntable 3 1 with a plurality of pins 8 1, and each of the pins 8 1 The upper cover is provided with a tray 3 2. The tray 3 2 is loaded with a pad 9 2 which intersects with the insert 8 1. In addition, a lifting fork cylinder 8 2 is provided near one side of the disc into the processing equipment. The fork cylinder 8 2 lifts the pad 9 2 above the tray 3 2 to a preset fixed point, and a motor 8 3 is also provided to drive the turntable 3 1 to rotate, so that the pins 8 1 reach the lifting fork cylinder 8 in sequence. 2 action area. A feeding assembly 40 is used to transport the disc 9 1 to be processed to a fixed point in the front section of the disc® entering the processing area. In the embodiment shown in the first and second figures, the feeding assembly 40 Each disc 91 is delivered to the fixed point in front of the processing area one by one by means of conveyor belt. A feeding suction arm assembly 50 is arranged on the turning track 20 at the area where the disc enters the processing equipment. A rotating feeding arm 8 4 drives a first feeding suction arm 51 and a second feeding suction arm. The arm 5 2 swings back and forth synchronously. The first and second feeding suction arms 5 1 and 5 2 are arranged at a fixed horizontal angle and are at the tail of the first and second feeding suction arms 5 1 and 5 2 respectively. The end is provided with a suction nozzle 8 5 for sucking objects, and driven by the rotating arm 8 4, the first feeding suction arm 51 is reciprocated between the feeding component 40 and the turning guide 20 φ to perform feeding. The movement of the disc 9 of the component 40 1 is to relocate the rotary track 2 0, and the second feeding suction arm 5 2 moves back and forth between the block storage component 30 and the rotary guide 20 to execute the placing of the cushion 9 2 Move above disc 9 1

Page 7 M260537 IV. Creative Instructions (4) Works. A discharge unit 60 is used to send the finished disc 91 from a fixed point at the back of the processing area. In the embodiment shown in the first and second figures, the discharge unit 50 is also used for transportation. The method of transporting each disc 9 is sent to the predetermined disc receiving place one by one. A discharge clamp arm assembly 70 is arranged on the turning track 20 at the area where the disc exits the processing equipment. A rotation arm 8 4 drives a first discharge clamp arm 7 1 and a second discharge clamp. The arm 7 2 swings back and forth synchronously. The first and second discharge clamp arms 7 1 and 7 2 are arranged at a fixed horizontal angle and are respectively at the tail of the first and second discharge clamp arms 7 1 and 7 2. A suction nozzle 8 5 for sucking the object is provided at the end, and driven by the rotating arm 8 4, the first discharge clamp arm 7 1 reciprocates between the discharge assembly 60 and the turning track 20 to execute the turning control. The movement of the disc 9 1 on 2 0 to the discharge assembly 60 is performed by the second discharge clamp arm 7 2 back and forth between the rotary track 20 and the pad storage assembly 30, and the disc 9 1 is carried on The operation of the pad 92 is put back into the pad storage assembly 30. A control circuit (not shown in the figure), which constitutes the overall processing equipment 10, the rotary guide 20, the pad storage assembly 30, the feeding assembly 40, the feeding suction arm assembly 50, and the discharge clamp arm assembly The circuit integration of 70 and the output component 60 allows the operator to set the action sequence and the number of actions of each related component. _ | In addition, its revolving guideway 20 is provided at the processing equipment 10 corresponding to the disc entering the processing area and the disc exiting the processing area, and is provided with a lifting fork cylinder 8 2 for supporting the disc, To follow the orbit 2 0 of

Page 8 M260537 IV. Creation instructions (5) The number of discs 9 1 worn by insert 8 1 and adjust the height position of the uppermost disc 9 1 so that the action of inserting / removing disc 9 1 is more Smooth and sure. When the overall retracting and discharging device is in operation, a predetermined number of discs 9 1 and pads 9 2 are stacked one by one by the feeding suction arm assembly 50 on the same insertion post 8 1 on the turning lane 20, and The height space formed by each insert 8 1 can be effectively used, and the number of discs processed by the equipment at the same time can be greatly processed. After the insert 8 1 is loaded with a predetermined number of discs 9 1, the revolving track 20 will The insert 8 1 carrying the disc 9 1 and the pad 9 2 is transported toward the processing area, and the feeding and suction arm assembly repeats the operation of placing the disc and the pad on the other insert that is positioned on the rotary track. β In addition, the discs that have entered the processing area pass the preset processing flow under the action of other discs continuously entering the processing area, and during the processing, each disc is consistent under the action of the spacer. As for the discs that have completed the processing process, the discs 9 1 will be recovered one by one by the discharge clamp arm assembly 60, and the pads 9 2 will be returned to the pad storage assembly 30 for use. Moreover, as shown in the third and fourth figures, the feeding component 40 and the discharging component 60 of this creation can transport the disc 91 to a fixed point in a rotating disk manner; among them, the feeding component 4 0 is provided with a plurality of sets of holes 3 1 1 on a turntable 3 1, each set of holes 3 1 1 is arranged at a fixed angle, and each set of holes 3 1 1 will be inserted through the insert of the disc 9 1 8 1 positioning, another motor 8 3 is used to drive the turntable 3 1 Sequentially insert the sockets 8 1 of each set of holes 3 1 1 to the first feeding suction arm 5 1 preset positioning position, and set

Page 9 M260537 g, creation instructions (6) There is a lifting fork tooth gas red 8 2 for the configuration of a plurality of included angles shown by the eight suction arms 5 1, each with a motor 8 3 for 8 1 rotation To the first one, a lifting fork can be lifted up to the third and fourth patterns. The first and third patterns are set on a turntable 31, and the first series is fixed to position. Another 11 is provided with a column, and the disc is lifted. , Not only can process the discs, but also can significantly improve the implementation of the above equipment. The implementation of the above discs is not within this range of approximate benefits such as this limited feature to undertake the completion of the first to upgrade the discs by a predetermined number. The description of the film, this creation 'makes the disc processing and processing capacity, description and drawings of the present invention, is the same, the tooth cylinder as soon as the material is conveyed to the volume stacking processing system to provide a material discharge according to the law, The lifting nozzles should belong to the inserting nozzle 8 Example of a set of sockets and sockets 3 Rotary turntable material clamp arm 8 2 Use clamp arm 7 to fix the point. It is particularly suitable for simple production capacity. The height at which the disc 9 on 8 1 touches. 2: Discharging assembly 6 〇 Same as 1, each set of holes 3 1 ^ set the insert 8 1 ^ 1 sequentially set the positions of each set of holes 3 7 1 to remove the 1 on the insert 8 1 Discs; therefore, the operation and the subsequent packaging process can be completed at the same time, "〇 The application of the disc processing and rewinding is a fast, reliable, and effective patent application; however, those who show the preferred embodiment and the structure of the invention , Device, creation purpose and application for promotion 1

M260537 Brief description of the drawing The first drawing is a plan view of the overall retractable and retractable component of the first embodiment of the creation. The second figure is a perspective view of the appearance of the retractable component of the first embodiment of the creation. The third figure is a plan view of the overall retractable material assembly of the second embodiment of the creation. The fourth figure is a perspective view of the appearance of the retractable component of the first embodiment of the creation.

[Description of component representative symbols] 1 0 • Processing equipment 2 0 • Slewing track 3 0 • Block storage component 3 1 • Turntable 3 1 1 • • Sleeve hole 3 2 • Pallet 4 0 • Feeding component 5 0 • Feeding suction Arm assembly 5 1 • First intake suction arm 5 2 • Second intake suction arm 6 0 • Discharge assembly 7 0 • Discharge suction arm assembly 7 1 • First discharge suction arm 7 2 • Second discharge Suction arm 8 1 • Socket 8 2 Sanlu • Lifting fork cylinder Page 11 M260537

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Claims (1)

M260537 V. Application for Patent Scope 1. A "disc rewinding and rewinding device", the rewinding and rewinding device includes: a rotary track, which is arranged in the processing area of the processing equipment and the area where the disk enters / exits the processing equipment The whole slewing track is equipped with a plurality of pins at a fixed distance, and each disc is positioned on the turning track by using the center hole to insert the pins, and the processing equipment enters and exits with the turning of the turning track. The storage component is arranged on the rotary track at the area where the disc enters the processing equipment. It is directly provided with a plurality of pins on a turntable, and a tray is set on each of the pins. The sleeve block is also provided with a lifting fork cylinder _ near the side where the disc enters the processing equipment. The lifting fork cylinder is used to lift the block above the tray to a preset fixed point. The motor drives the turntable to rotate, so that each plunger sequentially reaches the action area of the lifting fork cylinder. A feeding component is used to transport the disc to be processed to a fixed point in the front section of the disc into the processing area; A feeding suction arm assembly, which is arranged on the rotary guideway at the area where the disc enters the processing equipment, is driven by a rotating arm to synchronously reciprocate the first feeding suction arm and the second feeding suction arm. The first and second feeding suction arms are arranged at a fixed horizontal angle, and suction nozzles for sucking objects are provided at the tail ends of the first and second feeding suction arms, respectively. A feeding suction arm moves back and forth between the feeding component and the slewing track, and executes the action of displacing the disc of the feeding component to the slewing track, and a second feeding suction arm moves back and forth between the pad storage component and the slewing track. , Execute to place the pad on the disc Page 13 M260537 V. Actions above the scope of patent application; a discharge unit for sending the finished disc from a fixed point at the back of the processing area; a discharge arm assembly, which is arranged on the rotary track and is located on the disc At the area exiting the processing equipment, a rotating arm drives a first discharge clamp arm and a second discharge clamp arm to reciprocate synchronously. The first and second discharge clamp arms are arranged at a fixed horizontal angle. And at the tail ends of the first and second discharge clamp arms, there are respectively provided suction nozzles for sucking objects, and the first discharge clamp arm is driven back and forth between the discharge component and the revolving track by the rotating arm. , To perform the action of moving the disc on the rotary track to the discharge assembly, and the second discharge clamp arm to and fro between the rotary track and the pad storage assembly, and execute the appealing pad on the disc to return to the pad The action of the storage component; a control circuit is integrated with the circuits that constitute the overall processing equipment, the rotary guide, the pad storage component, the feeding component, the feeding suction arm component, the discharging clamp arm component, and the discharging component. operator Set the action sequence and the number of actions of each related component; 俾 Constitute a feeding suction arm component one by one to stack a predetermined number of discs and pads on the same insertion post of the revolving track, and the revolving track will carry the disc The inserts of the discs and pads are transported toward the processing area, and the feeding and suction arm assembly repeats the operation of placing the discs and pads on the other orientated inserts of the rotary track. The discs that have entered the processing area are on the pads. The partition of the block is used as φ to obtain a consistent processing effect. After the processing process is completed, the discs are recovered one by one by the discharge clamp arm assembly, and the pads are returned to the pad storage assembly for use in order to complete the automatic Rewinding device. Page 14 M260537 V. Application for patent scope 2 As described in item 1 of the scope of patent application, "disc retracting and rewinding device", wherein the rotary track is provided at the place where the processing equipment corresponds to the disc entering the processing area. Lift the fork cylinder by supporting the disc. 3. The "disc rewinding and unwinding device" as described in item 1 or 2 of the scope of patent application, wherein the rotary track is provided at the processing equipment corresponding to the disc withdrawing from the processing area. Lift the fork cylinder. 4. The "disc collecting and unwinding device" as described in item 1 of the scope of patent application, wherein the feeding component is used to convey each disc one by one to a predetermined disc receiving place. 5. The "disc collecting and unwinding device" # described in item 1 of the scope of patent application, wherein the discharging component is used to convey each disc one by one to a predetermined disc receiving place. 6. The "disc collecting and unwinding device" as described in item 1 of the scope of patent application, wherein the feeding component is provided with a plurality of sleeve holes on a turntable, and each sleeve hole is arranged at a fixed angle. The sleeve hole locates the insertion post through which the disc is sleeved, and a motor is used to drive the turntable to sequentially rotate the insertion posts of each set of holes to the preset position of the first feeding suction arm, and a lifting fork is provided. The air cylinder is used to lift the disc on the insert to a height that can be reached by the nozzle of the first feeding suction arm. 7. The "disc collecting and unwinding device" as described in item 1 of the scope of patent application, wherein the discharging component is provided with a plurality of sleeve holes on a turntable, and each sleeve hole is arranged at a fixed missing angle. Each set of holes locates the post, and a motor is used to drive the turntable to sequentially rotate the post of each set of holes to the first discharge clamp. Page 15 M260537 5. Scope of patent application The preset position of the arm and a lifting fork cylinder are provided to lift the disc on the insert to the person. imiBi Page 16