CN206179515U - Big data blue light storage workstation - Google Patents
Big data blue light storage workstation Download PDFInfo
- Publication number
- CN206179515U CN206179515U CN201621255405.0U CN201621255405U CN206179515U CN 206179515 U CN206179515 U CN 206179515U CN 201621255405 U CN201621255405 U CN 201621255405U CN 206179515 U CN206179515 U CN 206179515U
- Authority
- CN
- China
- Prior art keywords
- disk
- disk device
- pushing
- bar
- cassette
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Abstract
The utility model provides the utility model relates to a need not the big data blue light storage workstation that the manipulator traded just imprinting in batches automatically of dish, read the CD. This big data blue light storage workstation includes: machine case, gate, handle, the vertical automatic imprinting all -in -one that is array distribution, automatic imprinting all -in -one picture peg, the main control unit and power source, each vertical automatic imprinting all -in -one includes the cassette group of casing, cover, vertical inseparable range, portable suction -type optical drive, optical drive mobile device, optical drive connecting rod, joint support pole, backup pad, pushes away a set device, advances a set starting drive, automatically controlled board and USB interface, each cassette includes tray, two arc spouts, advance set device and the cassette colludes, the utility model provides a need not the manipulator and trade the dish is provided, through advancing a set starting drive, advancing a set device, pushing away set device and the automatic imprinting of portable suction -type optical drive realization CD, reading, be applicable to mass data's storage application, can improve space utilization and mechanical loading and optical drive read and write speed.
Description
Technical field
The utility model be related to it is a kind of with without the need for manipulator change disk and can automatic batch imprinting, read CD big data
Blue-ray storage work station.
Background technology
Blue-ray storage system is that a kind of big data of the optical, mechanical and electronic integration with standardized CD-ROM as data storage medium is deposited
Storage equipment, is widely used in long-term and persistence data.A kind of blue-ray storage typically having been commercialized with modularized design
System is by CD cassette, CD-ROM drive, mechanical arm assembly, the drive and control of electric machine that can transmit CD between CD cassette and CD-ROM drive
Unit and photoelectric sensing apparatus are constituted.
When imprinting, read work is carried out, manipulator need to be sequentially passed through and moved to specified location, pulled out cassette, crawl light
Disk, cassette return, manipulator move to another specified location, popping up drive pallet, placing compact disc, execution imprinting or reading task
Deng sequence of operations, complex steps.After the completion of imprinting, read work, when the CD in CD-ROM drive is put back in cassette, need to enter
The row operation contrary with above-mentioned steps, step is equally loaded down with trivial details.
Due to the design feature of above-mentioned blue-ray storage system, blue-ray storage system is by mechanical loading and CD ROM read-write speed
Limit, the data access speed of system is slower, causes in the huge storage application of data volume, the overall imprinting of CD, reading
Speed will affect the runnability of whole information system.
In addition, the set-up mode of CD, CD-ROM drive and mechanical arm assembly in above-mentioned blue-ray storage system etc., from space utilization
Angle analysis, there is also the low problem of space efficiency utilization.
The content of the invention
The utility model is to solve the problems referred to above that prior art is present, and the one kind for providing with without the need for manipulator
Change disk, and can automatic batch imprinting, read CD, and can high density storing CD, CD-ROM drive, greatly improve space availability ratio and
Mechanical loading and the big data blue-ray storage work station of CD ROM read-write speed.
The utility model adopts the technical scheme that, big data blue-ray storage work station, including cabinet, gate, handle, is in
The vertical automatic recording all-in-one of array distribution, automatic recording all-in-one plate, main control unit and power interface；Described
Vertical automatic recording all-in-one includes casing, cover, vertical compact arranged cassette group, removable absorbing optical drive, a light
Drive mobile device, a CD-ROM drive connecting rod, a connection support bar, a gripper shoe, a pushing disk device, one enter disk startup device, electric
Control plate and a USB interface；Described vertical compact arranged cassette group is combined by multiple cassettes；Cassette described in each
All arrange a pallet, two arc chutes, one enter disk device and a cassette is hooked；The described disk device that enters includes being rotated into
Disk bar, rotating shaft, disk bar snap fit, groups of springs are rotated into, enter disk shell fragment and enter disk shell fragment fixed plate and snap fit fixed plate；It is described
CD-ROM drive mobile device include a CD-ROM drive support bar, a motor, two groups of pulleys, two pulley connecting rods, two connecting rod supports
And a belt；Described pushing disk device includes two push-plate bars, a stepper motor, a gear, a tooth bar and two propulsions
Bar；Two described push-plate bars can be moved in two arc chutes respectively in the cassette；Described two pushing rams with
Described tooth bar is connected and fixed；The described disk startup device that enters is connected with described CD-ROM drive connecting rod, and it includes stepping electricity
Machine and a force piece.
Above-mentioned big data blue-ray storage work station, wherein, described vertical automatic recording all-in-one is by the USB described in it
Interface connects with described automatic recording all-in-one plate, described vertical automatic recording all-in-one can plug and pull, it is convenient easy
With.
Above-mentioned big data blue-ray storage work station, wherein, described removable absorbing optical drive can be along described CD-ROM drive
Strut moves to the position flushed with the specified cassette, and is connected with described CD-ROM drive connecting rod；Described CD-ROM drive connection
Bar also connects with the belt of described CD-ROM drive mobile device；The two of the CD-ROM drive mobile device that described belt passes through its two ends
Group pulley is fixed；Two groups of described pulleys are connected respectively with two pulley connecting rods of the CD-ROM drive mobile device；Described two
One of them of individual pulley connecting rod is connected with the motor of the CD-ROM drive mobile device, and by described motor described skin is driven
Band motion, so as to drive described removable absorbing optical drive to move to the position specified；Two described pulley connecting rods
Another is fixed in described vertical automatic recording all-in-one by two connecting rod supports of the CD-ROM drive mobile device.
Above-mentioned big data blue-ray storage work station, wherein, single compact disc can be placed on the pallet of the cassette；Described pushes away
Two ends in two arc chutes that the initial position of two push-plate bars of disk device is separately positioned in the cassette and all lean on
The nearly described side for being rotated into disk bar；The stepper motor of the pushing disk device drives the pinion rotation of the pushing disk device, makes
The tooth bar of the pushing disk device along with the removable absorbing optical drive parallel and close to direction move horizontally, so as to drive
Two pushing rams of the pushing disk device being connected with the tooth bar, from initial position along with the removable absorbing optical drive
Parallel and close to direction move horizontally, cause in two described pushing rams near described that promotion for being rotated into disk bar
The other end is moved in two described push-plate bars, two arc chutes respectively in the cassette from one end of initial position；
Hereafter, when it is described enter disk startup device stepper motor drive the force piece for entering disk startup device towards with it is described enter disk fill
Put be rotated into disk bar snap fit near and the horizontal plane parallel with the removable absorbing optical drive on rotate when, apply in described
In the presence of power piece, it is described enter disk device be rotated into disk bar snap fit can it is described enter disk device snap fit fixed plate on it is mobile simultaneously
To it is described enter disk device the direction extruding groups of springs for entering disk device for entering disk shell fragment fixed plate so that it is described enter disk fill
The disk bar that is rotated into put is separated with the described disk bar snap fit that is rotated into；It is described be rotated into disk bar it is described enter disk device enter disk
In the presence of shell fragment, with it is described enter disk device rotating shaft do circular arc near the direction of the removable absorbing optical drive as the center of circle
Motion, so as to promote the single compact disc on described pallet to move to the CD porch of described removable absorbing optical drive；
After CD enters described removable absorbing optical drive, two pushing rams of the pushing disk device move back to initial position.
Above-mentioned big data blue-ray storage work station, wherein, it is described after described removable absorbing optical drive ejects CD
The stepper motor of pushing disk device drives the pinion rotation of the pushing disk device, makes the tooth bar of the pushing disk device along away from described
The direction of removable absorbing optical drive moves horizontally, and two so as to drive the pushing disk device being connected with the tooth bar advance
Bar is moved horizontally from initial position along the direction away from the removable absorbing optical drive, in causing two described pushing rams
That near the removable absorbing optical drive promotes two described push-plate bars, two arcs respectively in the cassette
The other end is moved to from the one end near the removable absorbing optical drive in shape chute, in the effect of two described push-plate bars
Under make CD correctly move to the middle position of the pallet of the cassette；Now, it is described enter disk device be rotated into disk bar also with
The movement of CD and playback to initial position, i.e., it is described be rotated into disk bar with it is described enter disk device rotating shaft as the center of circle to
The direction for entering disk shell fragment for entering disk device described in is done after circular motion, is interlocked with the described disk bar snap fit that is rotated into.
Above-mentioned big data blue-ray storage work station, wherein, when described removable absorbing optical drive ejects CD and CD
After playback is placed on the pallet of the cassette, the stepper motor of the pushing disk device drives the gear of the pushing disk device to turn
Dynamic, the tooth bar for making the pushing disk device is moved horizontally along the direction near the removable absorbing optical drive, so as to drive with
Two pushing rams of the connected pushing disk device of the tooth bar are along the direction level near the removable absorbing optical drive
It is mobile, until two pushing rams of the pushing disk device move back to initial position.
Above-mentioned big data blue-ray storage work station, wherein, described CD-ROM drive connecting rod and it is described enter disk startup device with
The movement of described removable absorbing optical drive and move along the direction perpendicular to the removable absorbing optical drive.
Above-mentioned big data blue-ray storage work station, wherein, described CD-ROM drive connecting rod is following described removable suction
When formula CD-ROM drive is moved, while moving up in the gap of described gripper shoe and along the side parallel with described gripper shoe.
Above-mentioned big data blue-ray storage work station, wherein, a polytetrafluoroethylene film is set on the pallet of the cassette；Institute
The polytetrafluoroethylene film stated is a kind of preferable oil-free lubrication material, the CD that CD can be avoided caused in moving process
The abrasion of card.
Because the utility model employs the technical scheme of the above, what it was produced has the technical effect that significantly：
Big data blue-ray storage work station can change disk without the need for manipulator, and the CD in cassette can be realized automatically into CD-ROM drive
Middle imprinting or reading, and after CD ROM read-write terminates, in cassette when CD to be put back into its removal automatically, greatly save light
The loading time of disk pickup.
Big data blue-ray storage work station is capable of achieving many CD-ROM drive concurrent reading and concurrent writing tasks, and is not limited by the manipulator loading time
System, substantially increases the operating efficiency of mass data storage, can improve the runnability of whole information system.
Big data blue-ray storage work station employs the free-standing high density machine of batch cassette and CD-ROM drive, and
Mechanical arm assembly is not provided with, without manipulating hoist structure substantial amounts of space is taken, existing blue light on the market is improve completely
The space efficiency utilization of storage system.
Big data blue-ray storage work station is also capable of achieving the fault-tolerant networks of certain strategy, because vertical automatic recording all-in-one is adopted
With the mode of USB interface plug and pull, when one or more vertical automatic recording all-in-ones break down, can manual unlocking
The gate of big data blue-ray storage work station, manually by the vertical automatic recording all-in-one for breaking down from automatic recording all-in-one
Extract on plate；Or cassette is pulled open manually, and the CD in cassette is taken out, CD is put into into vertical automatic recording that it is located
In other cassettes in all-in-one or in other vertical automatic recording all-in-ones, so as to continue imprinting, the read operation of data.
Big data blue-ray storage work station can also complete Data Migration between different storage mediums.
Description of the drawings
Concrete structure of the present utility model is further given by below example and its accompanying drawing.
Fig. 1 is a kind of integrally-built schematic perspective view of embodiment of the present utility model.
Fig. 2 is a kind of integrally-built side view of embodiment of the present utility model.
Fig. 3 is the bottom surface of the embodiment of vertical automatic recording all-in-one of the present utility model and automatic recording all-in-one plate
Sectional view.
Fig. 4 is a kind of structural representation of embodiment of vertical automatic recording all-in-one of the present utility model.
Fig. 5 is the one of cassette and pushing disk device for showing vertical compact arranged cassette group in Fig. 4, and removable suction
Enter the structural representation of the embodiment of formula CD-ROM drive.
Specific embodiment
Fig. 1 is referred to, wherein Fig. 1 is a kind of integrally-built schematic perspective view of embodiment of the present utility model.This reality
With new big data blue-ray storage work station, including cabinet 1, gate 2, handle 3, the one of the vertical automatic recording in array distribution
Machine 4, automatic recording all-in-one plate 5, main control unit 6 and power interface 7.Described handle 3 can be manually held, institute is opened
The gate 2 stated, inserts on demand multiple described vertical automatic recording all-in-ones 4 in array distribution.
Please refer to Fig. 2, Fig. 2 is a kind of integrally-built side view of embodiment of the present utility model.The present embodiment
Including cabinet 1, gate 2, handle 3, the vertical automatic recording all-in-one 4 in array distribution, automatic recording all-in-one plate 5, master
Control unit 6 and power interface 7.Described automatic recording all-in-one plate 5 is connected with described main control unit 6.It is described
Main control unit 6 by described automatic recording all-in-one plate 5, the described vertical automatic recording in array distribution of control
All-in-one 4 carries out the read-write operation of CD.
Please refer to Fig. 3, Fig. 3 is vertical automatic recording all-in-one of the present utility model and automatic recording all-in-one plate
Embodiment bottom sectional view.The present embodiment includes casing 41, cover 42, the vertical tight row of vertical automatic recording all-in-one
The removable absorbing optical drive 44 of the cassette group 43, of row, a CD-ROM drive mobile device 45, the connection of a CD-ROM drive connecting rod 46, are supported
Bar 47, a gripper shoe 48, one of push-plate bar 492 of pushing disk device 49, stepper motor 493, the push-plate dress of pushing disk device 49
Put 49 gear 494, the tooth bar 495, of pushing disk device 49 and enter disk startup device 410, an electric-controlled plate 411 and a USB interface
412.The present embodiment also includes an automatic recording all-in-one plate 5, and vertical automatic recording all-in-one is by the USB interface described in it
412 connect with described automatic recording all-in-one plate 5, make described vertical automatic recording all-in-one can plug and pull, it is convenient
It is easy-to-use.
Described vertical compact arranged cassette group 43 is combined by multiple cassettes 431.Cassette 431 described in each
One cassette is set and hooks 4315, before and after CD burning, reading task, cover 42 that can be described in manual unlocking, with described piece
Casket hooks 4315 and pulls out described cassette 431, carries out changing disk operation.
Described CD-ROM drive mobile device 45 includes a CD-ROM drive support bar 451,452, two groups of pulleys of a motor 453 and 454, two
455 and 456, two connecting rod supports 457 and 458 of individual pulley connecting rod, and a belt 459.Described removable suction-type
CD-ROM drive 44 can be moved to and arbitrary in specified described vertical compact arranged cassette group along described CD-ROM drive support bar 451
The position that casket 431 is flushed, and be connected with described CD-ROM drive connecting rod 46；Described CD-ROM drive connecting rod 46 follow always it is described can
Mobile absorbing optical drive 44 is in described connection support bar 47 along the side vertical with described removable absorbing optical drive 44
Move up；Described CD-ROM drive connecting rod 46 also connects with the belt 459 of described CD-ROM drive mobile device 45；Described belt
459 are fixed by two groups of pulleys 453,454 of the CD-ROM drive mobile device 45 of its upper and lower ends；Described two groups of pulleys 453,
454 are connected respectively with two pulley connecting rods 455,456 of the CD-ROM drive mobile device 45；Described pulley connecting rod 455 with
The motor 452 of the CD-ROM drive mobile device 45 is connected, and described motor 452 can drive described belt 459 to move, so as to drive
Described removable absorbing optical drive 44 moves to the position specified；Described pulley connecting rod 456 is moved by the CD-ROM drive
Two connecting rod supports 457,458 of device 45 are fixed in described vertical automatic recording all-in-one.
The described disk startup device 410 that enters is connected with described CD-ROM drive connecting rod 46, and it includes the He of a stepper motor 4101
One force piece 4102.
Described CD-ROM drive connecting rod 46 and described enter disk startup device 410 with described removable absorbing optical drive 44
Movement and along perpendicular to the removable absorbing optical drive 44 direction move.
Please refer to Fig. 4, Fig. 4 is that a kind of structure of embodiment of vertical automatic recording all-in-one of the present utility model is shown
It is intended to.The present embodiment is that the structure that removable absorbing optical drive is moved in cassette of the CD from vertical automatic recording all-in-one is shown
It is intended to.The present embodiment includes a cassette 431 in vertical compact arranged cassette group, may move absorbing optical drive 44, CD-ROM drive
451, two pulley connecting rods 455 and 456 of CD-ROM drive support bar of mobile device, one of connecting rod support 458, belt 459,
CD-ROM drive connecting rod 46, connection support bar 47, gripper shoe 481 and 482, pushing disk device 49 enters the stepper motor of disk startup device
4101st, exert a force piece 4102.Cassette 431 described in each arranges 4311, two arc chutes of a pallet 4312 and 4313,
Enter disk device 4314 and a cassette hooks 4315.The described disk device 4314 that enters includes being rotated into disk bar 43141, rotating shaft
43142nd, disk bar snap fit 43143, groups of springs 43144 is rotated into, is entered disk shell fragment 43145, is entered disk shell fragment fixed plate 43146 and block
Hook fixed plate 43147.Described pushing disk device 49 include two push-plate bars 491 and 492, a stepper motor 493, a gear, one
Tooth bar 495 and two pushing rams 496 and 497；Described two push-plate bars 491,492 can respectively in the cassette 431
Move in two arc chutes 4312,4313；Described two pushing rams 496,497 are connected and fixed with described tooth bar 495.
Described CD-ROM drive connecting rod 46 is when following described removable absorbing optical drive 44 to move, while propping up in described
In the gap of fagging 481 and 482 and along moving up with the described parallel side of gripper shoe 481,482.
Single compact disc can be placed on the pallet 4311 of the cassette 431.One poly- four is arranged on the pallet 4311 of the cassette
Fluoroethylene film；Described polytetrafluoroethylene film is a kind of preferable oil-free lubrication material, can avoid CD in moving process
In caused CD card abrasion.
The initial position of two push-plate bars 491,492 of described pushing disk device 49 is separately positioned in the cassette 431
Two arc chutes 4312,4313 in two ends, and all near the described side for being rotated into disk bar 43141；The push-plate
The stepper motor 493 of device 49 drives the pinion rotation of the pushing disk device 49, makes the tooth bar 495 of the pushing disk device 49 to the right
It is mobile, so as to drive two pushing rams 496,497 of the pushing disk device 49 being connected with the tooth bar 495, from initial position
Move right, cause described pushing ram 496 to promote described two push-plate bars 491,492 respectively in the cassette 431
The other end is moved in two arc chutes 4312,4313 from one end of initial position；Hereafter, when it is described enter disk startup device
Stepper motor 4101 drive it is described enter disk startup device force piece 4102 to it is described enter disk device 4314 be rotated into disk bar card
Hook 43143 direction near and the horizontal plane parallel with the removable absorbing optical drive 44 on rotate when, in described force
In the presence of piece 4102, it is described enter disk device 4314 be rotated into disk bar snap fit 43143 can it is described enter disk device 4314 card
Hook fixed plate 43147 on move and to it is described enter disk device 4314 enter disk shell fragment fixed plate 43146 direction extruding described in enter
The groups of springs 43144 of disk device 4314 so that it is described enter disk device 4314 the disk bar 43141 that is rotated into be rotated into described
Disk bar snap fit 43143 is separated；It is described be rotated into disk bar 43141 it is described enter disk device 4314 the work for entering disk shell fragment 43145
With under, with it is described enter disk device 4314 rotating shaft 43142 be the center of circle to doing near the direction of the removable absorbing optical drive 44
Circular motion, so as to promote the single compact disc on described pallet 4311 to move to the light of described removable absorbing optical drive 44
Disk porch；After CD enters described removable absorbing optical drive 44, two pushing rams 496 of the pushing disk device 49,
497 move back to initial position.
Please refer to Fig. 5, Fig. 5 is the one of cassette and push-plate for showing vertical compact arranged cassette group in Fig. 4
Device, and the structural representation of the embodiment of removable absorbing optical drive.The present embodiment is that removable absorbing optical drive ejects light
The operation logic schematic diagram of each part after disk.The present embodiment include cassette in pallet 4311, enter disk device 4314, for pulling out
The cassette of cassette hooks 4315, removable absorbing optical drive 44 and pushing disk device 49.The described disk device 4314 that enters includes rotation
Enter disk bar 43141, rotating shaft 43142, be rotated into disk bar snap fit 43143, groups of springs 43144, enter disk shell fragment 43145, enter disk shell fragment
Fixed plate 43146 and snap fit fixed plate 43147.Described pushing disk device 49 includes a two push-plate bars 491 and 492, stepping
Motor 493, a gear 494, a tooth bar 495 and two pushing rams 496 and 497.
After described removable absorbing optical drive 44 ejects CD, the stepper motor 493 of the pushing disk device 49 drives
The gear 494 of the pushing disk device 49 is rotated, and makes the tooth bar 495 of the pushing disk device 49 along away from the removable suction-type
The direction of CD-ROM drive 44 moves horizontally, so as to drive two pushing rams of the pushing disk device 49 being connected with the tooth bar 495
496th, 497 move horizontally from initial position along the direction away from the removable absorbing optical drive 44, cause described propulsion
Bar 497 promote in described two push-plate bars 491,492 two arc chutes respectively in the cassette near it is described can
One end of mobile absorbing optical drive 44 moves to the other end of the arc chute, in described two push-plate bars 491,492
CD is set correctly to move to the middle position of the pallet 4311 of the cassette under effect；Now, it is described enter disk device 4314 rotation
Rotate into disk bar 43141 to playback also with the movement of CD to initial position, i.e., described is rotated into disk bar 43141 with described
Enter disk device 4314 rotating shaft 43142 be the center of circle towards it is described enter disk device 4314 the direction for entering disk shell fragment 43145 do circular arc
After motion, interlock with the described disk bar snap fit 43143 that is rotated into.
When described the ejection CD of removable absorbing optical drive 44 and CD playback and be placed on the pallet 4311 of the cassette
After upper, the stepper motor 493 of the pushing disk device 49 drives the gear 494 of the pushing disk device 49 to rotate, and fills the push-plate
The tooth bar 495 for putting 49 is moved horizontally along the direction near the removable absorbing optical drive 44, so as to drive and the tooth bar
Two pushing rams 496,497 of the 495 connected pushing disk devices 49 are along near the side of the removable absorbing optical drive 44
To moving horizontally, until two pushing rams 496,497 of the pushing disk device 49 move back to initial position.
Operation principle of the present utility model is：
Handle is held manually, opens the gate of big data blue-ray storage work station；Open big data blue-ray storage work station
The cover of interior vertical automatic recording all-in-one, is put into CD；Vertical automatic recording all-in-one is inserted into the automatic recording one machine transplanting of rice
Plate, covers gate.
After switching on power, removable absorbing optical drive is moved on the position with specified cassette same level, push-plate dress
The stepper motor put drives the pinion rotation of pushing disk device, make tooth bar along with removable absorbing optical drive parallel and close to side
To moving horizontally, so as to drive two pushing rams being connected with tooth bar from initial position along parallel with removable absorbing optical drive
And close direction moves horizontally, cause in two pushing rams near the two push-plate bars difference of that promotion for being rotated into disk bar
The other end is moved in two arc chutes in cassette from one end of initial position.
Enter disk startup device stepper motor drive force piece into disk startup device towards be rotated into disk bar snap fit and lean on
The near and side parallel with removable absorbing optical drive rotates up, and in the presence of force piece, being rotated into disk bar snap fit can be in card
Hook and moved and to the direction extrusion spring group of disk shell fragment fixed plate is entered in fixed plate, so that being rotated into disk bar and being rotated into disk bar
Snap fit is separated.
Disk bar is rotated in the presence of disk shell fragment is entered, is direction of the center of circle to close removable absorbing optical drive with rotating shaft
Circular motion is done, so as to promote the single compact disc on pallet to move to the CD porch of removable absorbing optical drive；Work as CD
Into after described removable absorbing optical drive, imprinting or read work are carried out, two pushing rams move back to initial position.
After the completion of CD-ROM drive imprinting or read work, may move absorbing optical drive and eject CD；The stepper motor of pushing disk device
The pinion rotation of pushing disk device is driven, tooth bar is moved horizontally along the direction away from removable absorbing optical drive, so as to drive
Two pushing rams being connected with tooth bar are moved horizontally from initial position along the direction away from removable absorbing optical drive, cause two
That two push-plate bars of promotion, two arc respectively in cassette in individual pushing ram near removable absorbing optical drive are slided
The other end is moved near one end of removable absorbing optical drive in groove, makes CD correctly move to the pallet central authorities position of cassette
Put；Now, it is rotated into disk bar to playback also with the movement of CD to initial position, that is, is rotated into disk bar with rotating shaft as the center of circle
Do after circular motion towards the direction for entering disk shell fragment, interlock with disk bar snap fit is rotated into.
The stepper motor of pushing disk device drives the pinion rotation of pushing disk device, makes tooth bar along near removable suction-type light
The direction of drive moves horizontally, so as to drive be connected with tooth bar two pushing rams along near the direction of removable absorbing optical drive
Move horizontally, until two pushing rams move back to initial position.
Removable absorbing optical drive moves to next specified location, repetition it is above-mentioned enter disk, imprinting/reading, the operation of cartridge drum
Step.
The utility model can change disk, and energy automatic batch imprinting, reading CD without the need for manipulator, and can high density storage light
Disk, CD-ROM drive, greatly improve space availability ratio and mechanical loading and CD ROM read-write speed.
The foregoing is only preferred embodiment of the present utility model, it is all according to claim of the present utility model done it is equivalent
Change and modification, should all belong to the scope that the utility model is covered.
Claims (9)
1. big data blue-ray storage work station, including cabinet, gate, handle, the vertical automatic recording all-in-one in array distribution,
Automatic recording all-in-one plate, main control unit and power interface；
Described vertical automatic recording all-in-one includes casing, cover, vertical compact arranged cassette group, a removable suction-type
CD-ROM drive, a CD-ROM drive mobile device, a CD-ROM drive connecting rod, a connection support bar, a gripper shoe, a pushing disk device, one enter disk startup
Device, an electric-controlled plate and a USB interface；
Described vertical compact arranged cassette group is combined by multiple cassettes；Cassette described in each arrange a pallet,
Two arc chutes, one enter disk device and a cassette is hooked；
The described disk device that enters includes being rotated into disk bar, rotating shaft, being rotated into disk bar snap fit, groups of springs, enter disk shell fragment, enter disk shell fragment
Fixed plate and snap fit fixed plate；
Described CD-ROM drive mobile device includes a CD-ROM drive support bar, a motor, two groups of pulleys, two pulley connecting rods, two companies
Extension bar support and a belt；
Described pushing disk device includes two push-plate bars, a stepper motor, a gear, a tooth bar and two pushing rams；It is described
Two push-plate bars can move in two arc chutes respectively in the cassette；Described two pushing rams and described tooth
Bar is connected and fixed；
The described disk startup device that enters is connected with described CD-ROM drive connecting rod, and it includes a stepper motor and a force piece.
2. big data blue-ray storage work station according to claim 1, it is characterised in that
Described vertical automatic recording all-in-one is by the USB interface and described automatic recording all-in-one plate phase described in it
Connect, described vertical automatic recording all-in-one can plug and pull, facilitate easy-to-use.
3. big data blue-ray storage work station according to claim 1, it is characterised in that
Described removable absorbing optical drive can move to the position flushed with the specified cassette along described CD-ROM drive support bar
Put, and be connected with described CD-ROM drive connecting rod；Described CD-ROM drive connecting rod follows always described removable absorbing optical drive to exist
Move up along the side vertical with described removable absorbing optical drive in described connection support bar；Described CD-ROM drive connection
Bar also connects with the belt of described CD-ROM drive mobile device；The two of the CD-ROM drive mobile device that described belt passes through its two ends
Group pulley is fixed；Two groups of described pulleys are connected respectively with two pulley connecting rods of the CD-ROM drive mobile device；Described two
One of them of individual pulley connecting rod is connected with the motor of the CD-ROM drive mobile device, and described motor drives described belt fortune
It is dynamic, so as to drive described removable absorbing optical drive to move to the position specified；Two described pulley connecting rods it is another
It is individual to be fixed in described vertical automatic recording all-in-one by two connecting rod supports of the CD-ROM drive mobile device.
4. big data blue-ray storage work station according to claim 1, it is characterised in that
Single compact disc can be placed on the pallet of the cassette；The initial position of two push-plate bars of described pushing disk device sets respectively
Put two ends in the cassette two arc chutes and all near the described side for being rotated into disk bar；The push-plate dress
The stepper motor put drives the pinion rotation of the pushing disk device, make the tooth bar of the pushing disk device along with the removable suction
Enter formula CD-ROM drive parallel and close to direction move horizontally, two so as to drive the pushing disk device being connected with the tooth bar push away
Enter bar, from initial position along with the removable absorbing optical drive parallel and close to direction move horizontally, cause described
Two push-plate bars in two pushing rams described in close described that promotion for being rotated into disk bar are respectively in the cassette
The other end is moved in two arc chutes from one end of initial position；Hereafter, when it is described enter disk startup device stepper motor
Drive the force piece for entering disk startup device towards with it is described enter disk device be rotated into disk bar snap fit it is close and with it is described can
When rotating on the parallel horizontal plane of mobile absorbing optical drive, in the presence of described force piece, it is described enter disk device rotation
Enter disk bar snap fit can it is described enter disk device snap fit fixed plate on move and to it is described enter disk device enter disk shell fragment fixed plate
Direction extruding described in enter the groups of springs of disk device so that it is described enter disk device the disk bar that is rotated into be rotated into disk with described
Bar snap fit is separated；It is described be rotated into disk bar it is described enter disk device enter disk shell fragment in the presence of, with it is described enter disk device
Rotating shaft is that circular motion is done in the center of circle to the direction near the removable absorbing optical drive, so as to promote the list on described pallet
Zhang Guangpan moves to the CD porch of described removable absorbing optical drive；When CD enters described removable suction-type light
After drive, two pushing rams of the pushing disk device move back to initial position.
5. big data blue-ray storage work station according to claim 1, it is characterised in that
After described removable absorbing optical drive ejects CD, the stepper motor of the pushing disk device drives the pushing disk device
Pinion rotation, the tooth bar for making the pushing disk device moves horizontally along the direction away from the removable absorbing optical drive, from
And two pushing rams of the pushing disk device being connected with the tooth bar are driven from initial position along away from the removable suction
The direction for entering formula CD-ROM drive moves horizontally, cause in two described pushing rams near the removable absorbing optical drive that
Promote in two described push-plate bars, two arc chutes respectively in the cassette near the removable suction-type light
One end of drive moves to the other end, makes CD correctly move to the pallet of the cassette in the presence of two described push-plate bars
Middle position；Now, it is described enter disk device the disk bar that is rotated into playback also with the movement of CD to initial position, i.e. institute
State be rotated into disk bar with it is described enter disk device rotating shaft as the center of circle towards it is described enter disk device the direction for entering disk shell fragment do
After circular motion, interlock with the described disk bar snap fit that is rotated into.
6. big data blue-ray storage work station according to claim 5, it is characterised in that
It is described to push away after described removable absorbing optical drive ejects CD and CD playback is placed on the pallet of the cassette
The stepper motor of disk device drives the pinion rotation of the pushing disk device, make the tooth bar of the pushing disk device along near it is described can
The direction of mobile absorbing optical drive moves horizontally, so as to drive two pushing rams of the pushing disk device being connected with the tooth bar
Move horizontally along the direction near the removable absorbing optical drive, until two pushing rams of the pushing disk device are moved back to
Initial position.
7. big data blue-ray storage work station according to claim 1, it is characterised in that
Described CD-ROM drive connecting rod and it is described enter disk startup device with the movement of described removable absorbing optical drive edge
And moved perpendicular to the direction of the removable absorbing optical drive.
8. big data blue-ray storage work station according to claim 1, it is characterised in that
Described CD-ROM drive connecting rod when following described removable absorbing optical drive to move, while between described gripper shoe
Move up in gap and along the side parallel with described gripper shoe.
9. big data blue-ray storage work station according to claim 1, it is characterised in that
One polytetrafluoroethylene film is set on the pallet of the cassette；Described polytetrafluoroethylene film is a kind of preferable oil-free
Lubriation material, can avoid the abrasion of the caused CD card in moving process of CD.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621255405.0U CN206179515U (en) | 2016-11-23 | 2016-11-23 | Big data blue light storage workstation |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621255405.0U CN206179515U (en) | 2016-11-23 | 2016-11-23 | Big data blue light storage workstation |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206179515U true CN206179515U (en) | 2017-05-17 |
Family
ID=58686793
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621255405.0U Active CN206179515U (en) | 2016-11-23 | 2016-11-23 | Big data blue light storage workstation |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206179515U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107680623A (en) * | 2017-07-31 | 2018-02-09 | 曾美枝 | A kind of CD quick fetching device |
| CN108320759A (en) * | 2018-04-16 | 2018-07-24 | 北京星震维度信息技术有限公司 | Rotating disc type CD server |
| CN111192603A (en) * | 2019-12-31 | 2020-05-22 | 广东紫晶信息存储技术股份有限公司 | Method for pushing vertically arranged optical disk array |
| CN114898780A (en) * | 2022-04-18 | 2022-08-12 | 大连金华录数码科技有限公司 | Device capable of storing multiple optical disks |
-
2016
- 2016-11-23 CN CN201621255405.0U patent/CN206179515U/en active Active
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107680623A (en) * | 2017-07-31 | 2018-02-09 | 曾美枝 | A kind of CD quick fetching device |
| CN108320759A (en) * | 2018-04-16 | 2018-07-24 | 北京星震维度信息技术有限公司 | Rotating disc type CD server |
| CN111192603A (en) * | 2019-12-31 | 2020-05-22 | 广东紫晶信息存储技术股份有限公司 | Method for pushing vertically arranged optical disk array |
| CN111192603B (en) * | 2019-12-31 | 2021-09-07 | 广东紫晶信息存储技术股份有限公司 | Method for pushing vertically arranged optical disk array |
| CN114898780A (en) * | 2022-04-18 | 2022-08-12 | 大连金华录数码科技有限公司 | Device capable of storing multiple optical disks |
| CN114898780B (en) * | 2022-04-18 | 2024-03-26 | 大连金华录数码科技有限公司 | Device capable of storing multiple optical discs |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN206179515U (en) | Big data blue light storage workstation | |
| CN104112455B (en) | A kind of data storage and read-write equipment based on off-line optical disc storehouse, method and system | |
| CA2937000C (en) | Centrifugal separation apparatus and centrifugal separation method | |
| CN103366775A (en) | Method for randomly grabbing a plurality of directly stacked optical disks | |
| CN112193505A (en) | Automatic material boxing equipment | |
| CN114836299A (en) | Intelligent culture medium device and method for glioma stem cells | |
| CN111606032A (en) | Full-automatic CD reader | |
| CN107644177B (en) | Physical isolation type data one-way transmission device and method | |
| CN107657969B (en) | A kind of physical isolation formula data transmission device and method | |
| CN212891064U (en) | Magnetic head shielding cover swinging disc device | |
| JPWO2016021091A1 (en) | Disk device and disk separation method | |
| CN107919141B (en) | Box type optical storage robot system | |
| CN108992911B (en) | Mahjong machine pulling and lifting linkage tile feeding device and mahjong machine thereof | |
| CN107993678B (en) | Disk box drawing pluggable optical storage data center control system | |
| CN211466406U (en) | Internal dividing gripper for gripping and placing optical disk | |
| CN113555039A (en) | Rotary cage array type CD-ROM read-write device | |
| JPWO2010038255A1 (en) | Library device and method of moving shelf of library device | |
| CN108231095B (en) | Long tube type optical disc library | |
| CN211654306U (en) | Rotating cage type optical disk library storage robot system | |
| JP5884033B2 (en) | Disk device and spindle unit | |
| CN211003479U (en) | Box type optical disk automatic reading device | |
| CN100505059C (en) | Optical disc access control and storage device | |
| CN216467031U (en) | Construction production project archive management device stored according to progress | |
| CN214268124U (en) | Full-automatic propelling boxing device | |
| CA2028572A1 (en) | Copying apparatus for microfloppy disk |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |