CN2494013Y

CN2494013Y - Optical disc automatic taking and putting device

Info

Publication number: CN2494013Y
Application number: CN 01212724
Authority: CN
Inventors: 罗红明
Original assignee: Individual
Current assignee: Individual
Priority date: 2001-03-12
Filing date: 2001-03-12
Publication date: 2002-05-29
Anticipated expiration: 2011-03-12

Abstract

The utility model relates to an automatic disc taking and placing device, which is characterized in that: the level track 4 of the manipulator is drilled through the track hole of the manipulator 3, the two ends of level track are fixed with the shell 1 of the disc taking device; two synchronous belt fixing wheels 5 are respectively fixed on the shell 1 of the disc taking device, one of the synchronous belt fixing wheels 5 is meshed with the shaft wheel of the control stepping motor 9, the control stepping motor 9 is linked with the circuit board storage area 10 by conductors, the synchronous belt 6 is drilled through the two synchronous belt fixing wheels 5, the belt of the synchronous belt 6 is embedded in the base groove of the manipulator. The utility model has advantages of convenient use and operation, automatic taking and placing disk, saving time and high efficiency.

Description

Laser disc automatic clamping and placing device

The utility model relates to a kind of laser disc automatic clamping and placing device.

Along with the development of infotech, laser disc has been subjected to extensive concern and application as the carrier of a kind of high information storage and transmission.Various CD, VCD, DVD and laser disc software (hereinafter to be referred as laser disc) are constantly poured into our life, cause increasing laser disc to be placed in that table is gone up or drawer in, especially when conversion laser disc that user's (as karaoke halls) need not stop, not only waste the time, and shortened the life cycle of laser disc.When we need the laser disc of a certain certain content, seek the thing that has just become a trouble, and from packing box (or bag), take out and put back at every turn laser disc and all can shorten the serviceable life of laser disc greatly its data surface generation wearing and tearing in various degree.Many laser discs are bought back at high price, and but because of the part fragment can not read because of destruction, that abandons is unfortunately tangible.

There is a kind of jewel case (as CD etc.) to solve its storage problem substantially on the present home market; but still need us manually to retrieve and pick and place laser disc; laser disc can not be protected well in can seriously wear and tear in the operation surface of laser disc, has wasted the plenty of time again.

The purpose of this utility model is to provide a kind of laser disc automatic clamping and placing device of automatic clamping and placing laser disc.

To achieve these goals, the technical solution of the utility model is: a kind of laser disc automatic clamping and placing device, it is by disk taking device shell 1, CD groove 2, mechanical arm 3, mechanical arm horizontal rail 4, be with fast pulley 5 synchronously, be with 6 synchronously, CD drive 7, spring 8, control step motor 9, circuit board storage area 10, CD 11, CD holder 12, mechanical arm 13, semicircle tooth bar 14, gear 15, direct current generator 16, pedestal 17, direct current generator bearing 18, base seat support 19, live splint 20, gear 21, rolling bearing 22, expansion link 23, electromagnet 24, electromagnet expansion bend 25, rack 26, bent connecting rod 27, rolling bearing 28, mechanical arm shell 29 is formed, be provided with CD holder 12 in the CD groove 2, CD 11 is positioned on the CD holder 12, CD groove 2 is positioned at disk taking device shell 1 top, laser disc is got the below that the dish device is positioned at CD groove 2, CD drive 7 and circuit board storage area 10 is characterized in that side by side and be positioned at laser disc and get dish device below:

Laser disc get the dish device by mechanical arm 3, mechanical arm horizontal rail 4, synchronously be with fast pulley 5, be with 6 synchronously, control step motor 9 forms, mechanical arm horizontal rail 4 is passed the orbit hole of mechanical arm 3, its two ends and disk taking device shell 1 fix; Two are with fast pulley 5 to be separately fixed on the disk taking device shell 1 synchronously, one of them is with fast pulley 5 to be meshed with the arbor wheel of control step motor 9 synchronously, control step motor 9 is connected with circuit board storage area 10 by lead, be with 6 to pass two synchronous band fast pulleys 5 synchronously, be stuck on the base seat groove of mechanical arm with 6 band synchronously;

Mechanical arm 3 is made up of mechanical arm 13, semicircle tooth bar 14, gear 15, direct current generator 16, pedestal 17, direct current generator bearing 18, base seat support 19, rolling bearing 22, semicircle tooth bar 14 is arranged on the mechanical arm 13 and be connected by rolling bearing 22 with base seat support 19 on the pedestal 17, gear 15 on the direct current generator bearing 18 of semicircle tooth bar 14 and direct current generator 16 is meshed, direct current generator 16 is positioned on the pedestal 17, and direct current generator 16 is connected with circuit board storage area 10 by lead;

Mechanical arm 13 is made up of live splint 20, gear 21, mechanical arm shell 29, electromagnet expansion bend 25, rack 26, the expansion link 23 of electromagnet expansion bend 25 passes a live splint 20 and another live splint 20 and is connected with bent connecting rod 27 on the live splint 20 by changeing a bearing 28, rack 26 fixes with right live splint 20, and expansion link 23, rack 26 are meshed with gear 21; Live splint 20, gear 21, electromagnet expansion bend 25, rack 26 are positioned on the mechanical arm shell 29;

The electromagnet expansion bend is made up of expansion link 23, spring 8, electromagnet 24, is compression spring 8 within expansion link 23 and the electromagnet 24, and electromagnet 24 is connected with circuit board storage area 10 by lead.

Owing to adopted said structure, laser disc get the dish device by mechanical arm 3, mechanical arm horizontal rail 4, synchronously be with fast pulley 5, be with 6 synchronously, control step motor 9 forms, mechanical arm horizontal rail 4 is passed the orbit hole of mechanical arm 3, and its two ends and disk taking device shell 1 fix; Two are with fast pulley 5 to be separately fixed on the disk taking device shell 1 synchronously, one of them is with fast pulley 5 to be meshed with the arbor wheel of control step motor 9 synchronously, control step motor 9 is connected with circuit board storage area 10 by lead, be with 6 to pass two synchronous band fast pulleys 5 synchronously, be stuck on the base seat groove of mechanical arm with 6 band synchronously.When choosing laser disc, only need be sitting in and click the mouse slightly before the computer or by the numerical key of VCD, DVD, remaining work is finished by laser disc automatic clamping and placing device.Thereby it has use, easy to operate, automatic clamping and placing laser disc, the characteristics of time-saving and efficiency.

Below in conjunction with each accompanying drawing the utility model is described in further detail.

Fig. 1 is the utility model outward appearance front view.

Fig. 2 is the left view of Fig. 1.

Fig. 3 is a structural representation of the present utility model.

Fig. 4 is a CD of the present utility model chamber synoptic diagram.

Fig. 5 is the vertical view of Fig. 3.

Fig. 6 is the synoptic diagram of the utility model mechanical arm 3.

Fig. 7 is the right view of Fig. 6.

Fig. 8 is the synoptic diagram of the utility model mechanical arm 13.

Fig. 9 is the vertical view of Fig. 8.

Figure 10 is the synoptic diagram of CD of the present utility model when clamping.

As Fig. 3, Fig. 6, Fig. 7, Fig. 8, shown in Figure 9, structure annexation technical scheme part of the present utility model is stated, gets the utility model by its structure, interconnected relationship.

The utility model is that the system by computing machine or VCD, DVD sends instruction, and laser disc is got the position that the dish device is sought required laser disc.After finding required laser disc, by mechanical arm laser disc is taken out and is placed on the appointed positions CD-ROM drive again and read.After laser disc reads end, put it in the jewel case by mechanical arm again, so that use next time.

The storage of this cover light harvesting dish, retrieve, pick and place and computer peripheral device (also can make the peripheral equipment of VCD, DVD)---the laser disc automatic clamping and placing device of read functions in one.This complete equipment has been arranged, and you only need be sitting in and click the mouse slightly before the computer or by the numerical key of VCD, DVD, remaining work is finished by laser disc automatic clamping and placing device when choosing laser disc.The depositing, protect, retrieve automatically and read of this device light harvesting dish in one, and in the several seconds, finish above-mentioned all function, have the incomparable advances of laser disc memory storage such as jewel case, CD treasured.It is the information equipment of memory carrier with the laser disc that this device is fit to any.Because the advantage that low, the dependable performance of its cost, volume are little etc., make it help popularization more in departments such as individual PC, home theater, karaoke halls, LAN stations.In addition, then can realize duplicating voluntarily of CD if add CD writer in this product, the user can oneself make CDs such as CD, VCD, and is joyful.

Claims

1, a kind of laser disc automatic clamping and placing device, it is by disk taking device shell (1), CD groove (2), mechanical arm (3), mechanical arm horizontal rail (4), be with fast pulley (5) synchronously, be with synchronously (6), CD drive (7), spring (8), control step motor (9), circuit board storage area (10), CD (11), CD holder (12), mechanical arm (13), semicircle tooth bar (14), gear (15), direct current generator (16), pedestal (17), direct current generator bearing (18), base seat support (19), live splint (20), gear (21), rolling bearing (22), expansion link (23), electromagnet (24), electromagnet expansion bend (25), rack (26), bent connecting rod (27), rolling bearing (28), mechanical arm shell (29) is formed, be provided with CD holder (12) in the CD groove (2), CD (11) is positioned on the CD holder (12), CD groove (2) is positioned at disk taking device shell (1) top, laser disc is got the below that the dish device is positioned at CD groove (2), CD drive (7) and circuit board storage area (10) is characterized in that side by side and be positioned at laser disc and get dish device below:

Laser disc get the dish device by mechanical arm (3), mechanical arm horizontal rail (4), synchronously be with fast pulley (5), band (6), control step motor (9) are formed synchronously, mechanical arm horizontal rail (4) is passed the orbit hole of mechanical arm (3), and its two ends and disk taking device shell (1) fix; Two are with fast pulley (5) to be separately fixed on the disk taking device shell (1) synchronously, one of them is with fast pulley (5) to be meshed with the arbor wheel of control step motor (9) synchronously, control step motor (9) is connected with circuit board storage area (10) by lead, band (6) passes two and is with fast pulley (5) synchronously synchronously, and the band of band (6) is stuck on the base seat groove of mechanical arm synchronously;

Mechanical arm (3) is by mechanical arm (13), semicircle tooth bar (14), gear (15), direct current generator (16), pedestal (17), direct current generator bearing (18), base seat support (19), rolling bearing (22) is formed, semicircle tooth bar (14) is arranged on the mechanical arm (13) and be connected by rolling bearing (22) with base seat support (19) on the pedestal (17), gear (15) on the direct current generator bearing (18) of semicircle tooth bar (14) and direct current generator (16) is meshed, direct current generator (16) is positioned on the pedestal (17), and direct current generator (16) is connected with circuit board storage area (10) by lead;

Mechanical arm (13) is made up of live splint (20), gear (21), mechanical arm shell (29), electromagnet expansion bend (25), rack (26), the expansion link (23) of electromagnet expansion bend (25) passes a live splint (20) and another live splint (20) and is connected with bent connecting rod (27) on the live splint (20) by changeing a bearing (28), rack (26) fixes with right live splint (20), and expansion link (23), rack (26) are meshed with gear (21); Live splint (20), gear (21), electromagnet expansion bend (25), rack (26) are positioned on the mechanical arm shell (29);

The electromagnet expansion bend is made up of expansion link (23), spring (8), electromagnet (24), is compression spring (8) within expansion link (23) and the electromagnet (24), and electromagnet (24) is connected with circuit board storage area (10) by lead.