JPH08180549A - Library unit - Google Patents

Abstract

PURPOSE: To obtain a library unit in which the reliability is enhanced while lowering the price by employing a mechanism for locking a cell drum at the time of opening a door and unlocking the cell drum upon closing the door. CONSTITUTION: Upon closing a DEE door 21, light emitted from a light emitting part 65 of an optical sensor enters the light receiving part 66 thereof. An access control section 84 detects a locked state and recognizes closure of the DEE door. The access control section 84 commands a DEE mechanism section 86 to unlock a cell drum locking mechanism. The DEE mechanism section 86 then drives a solenoid 53 to release the latch of a locking piece 48 thus unlocking the cell drum locking mechanism. The cell drum is rotatable in that state allowing normal operation.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an optical disk library device or a magnetic tape cartridge (cartridge recording medium) for automatically mounting, removing, storing, recording / reproducing an optical disk cartridge (cartridge recording medium). The present invention relates to a library device that can be used as a magnetic tape library device or the like that automatically mounts, removes, stores, and records / plays back.

[0002] In recent years, information processing apparatuses have come to handle a large amount of data, the amount of files has increased accordingly, and many storage media are required. In order to meet such a demand, the library device is provided on the market as an automatic warehouse device for processing and storing a large number of storage media.

In recent years, there has been an increasing demand for a library device for searching for data requiring a large capacity such as multimedia, image data and graphic data.
There is a demand for a large-capacity library device that is low in price, requires a small installation space for the device, and can accommodate more storage media.

[0004]

2. Description of the Related Art FIG. 12 is an explanatory view of a conventional optical disk library device, FIG. A is an external view, and B is an internal configuration diagram.

In FIG. 12, 2 is a housing, 3 is a cartridge loading / unloading port, 4 is a light emitting diode (hereinafter referred to as "LED"), 5 is a liquid crystal display panel, 7 is a cartridge loading / unloading mechanism (hereinafter "CAS"). , 8 is a cartridge storage, 9 is a drive (optical disk drive), 10 is an accessor, 11 is a power supply, 12 is a filter, 13 is a fan, 14 is a guide shaft, 15 is an accessor control printed board, and 17 is a guide. Indicates a rail.

§1: Description of the configuration of the optical disc library device--see FIG. 12 An example of the optical disc library device will be described below with reference to FIG. The illustrated optical disk library device is an example of a small-sized and low-priced device.

As shown in the figure, a housing 2 is provided in the optical disk library device, and a cartridge loading / unloading port 3 is provided in a part (front side) of the housing 2. Also,
An LED is provided around the cartridge loading / unloading port 3.
4 and a liquid crystal display panel 5 are provided.

Then, a CAS is provided inside the housing 2.
7, a guide rail 17, a cartridge storage 8, an optical disk drive 9, an accessor 10, a power supply 11, a filter 12, a fan 13, a guide shaft 14, an accessor control printed board 15, and the like are provided.

Although the optical disk library device shown in FIG. 12 includes one optical disk drive,
There is known an apparatus including two or three or more optical disk drives. The above-mentioned parts are as follows.

(1): The optical disc drive 9 is a device (optical disc device) for recording and reproducing data on and from the optical disc cartridge. (2): The cartridge storage 8 is provided with a large number of cells (optical disk cartridge storage shelves), and each cell has
It is configured so that one optical disk cartridge each can be stored.

(3): The CAS 7 conveys the optical disk cartridge which the operator or the like has inserted from the cartridge insertion / ejection port 3 to a position where it is delivered to the accessor 10, or receives the used optical disk cartridge from the accessor 10. The cartridge is conveyed to a predetermined position and discharged from the cartridge loading / unloading port 3 to the outside. The CAS 7 is driven by a motor so that it can move on the guide rail 17 in the direction of the arrow in the figure.

(4): The accessor 10 is configured to move up and down along the guide shaft 14 by driving a motor of an accessor drive mechanism (not shown). The CAS 7 and the cartridge storage 8 , To access the optical disk drive 9 and carry an optical disk cartridge.

(5): The cartridge loading / unloading port 3 loads the optical disk cartridge from the outside, or
The used optical disk cartridge is ejected to the outside.

(6): The LED 4 is a light emitting portion for displaying the status of the apparatus (power-on status, online status, busy status, etc.), warning (alarm, etc.), and the like. (7):
The liquid crystal display panel 5 is a display panel that displays various messages.

§2: Description of Operation of Optical Disk Library Device The operation of the optical disk library device will be described. The optical disk drive 9 is assigned numbers (addresses) such as # 01 and # 02. In this example, since there is one drive, the number is # 01 only. Further, the cartridge storage 8 is provided with a large number of cells, and each of these cells includes # 01, # 02, # 03 ...
・ Numbers (addresses) such as # 32 are attached.

For example, when the operator inserts a cartridge /
If the optical disk cartridge is loaded from the outlet 3 (one roll at a time), the CAS 7 moves on the guide rail 17, conveys the loaded optical disk cartridge to a predetermined position, and transfers it to the accessor 10.

When the accessor 10 receives the optical disk cartridge from the CAS 7, the accessor 10 conveys the optical disk cartridge and inserts it into a designated place, for example, a designated cell (eg, # 01) of the cartridge storage 8.

When recording or reproducing data on or from the optical disk cartridge, the accessor 1
0 takes out an optical disk cartridge from a designated cell (for example, # 02) of the cartridge storage 8 and conveys it, and mounts it in the designated optical disk drive 9 (# 01 in this example).

After that, when recording or reproduction on the medium of the optical disk cartridge is completed, the accessor 10
Then, the optical disk cartridge is taken out from the optical disk drive 9 (# 01), conveyed, and inserted into the original cell (for example, # 02) of the cartridge housing 8.

Further, when ejecting a used optical disk cartridge to the outside, the accessor 10 may, for example, specify a cell (eg, # 0) in the cartridge storage box 8.
Remove the optical disk cartridge from 3) and transport it,
Hand over to CAS7.

After that, the CAS 7 moves on the guide rail 17, conveys the received optical disk cartridge to a predetermined position, and ejects it from the cartridge loading / unloading port 3 to the outside. As described above, the mounting, removal, storage, recording / playback, etc. of the optical disk cartridge are automatically performed.

[0022]

SUMMARY OF THE INVENTION The above-mentioned conventional device has the following problems. (1): In the small-sized and low-priced optical disk library device as described above, the optical disk cartridge can be housed in each cell of the cartridge housing. Since there are only rows, it was not possible to store a large number of optical disk cartridges.

(2): In the optical disk library device, when an optical disk cartridge is loaded / unloaded,
Since the configuration is such that the cartridge is loaded / unloaded one by one from the cartridge loading / unloading port, it takes a long time to load / unload the cartridge. That is, since a large number of optical disk cartridges cannot be loaded / unloaded at once, the processing efficiency in loading / unloading optical disk cartridges is poor.

(3): In order to accommodate a large number of optical disk cartridges, it is possible to adopt a drum type cartridge storage, but even if such a drum type cartridge storage is adopted, Without a batch loading / unloading mechanism for the optical disk cartridge, its function cannot be fully exerted.

Further, it is impossible to construct a batch loading / unloading mechanism for optical disk cartridges with a simple and inexpensive mechanism. The present invention solves such a conventional problem, and particularly in a small-sized and low-priced library device, it is possible to increase the capacity of the cartridge storage and perform the batch loading / unloading process of the cartridges, and it is simple. The mechanism aims to improve the safety and reliability of the device.

Further, according to the present invention, it is possible to carry out the batch loading / unloading process of the cartridges directly into the cartridge storage from the outside, and the lock mechanism is provided to ensure the safety during the batch loading / unloading process. The purpose is to reliably prevent erroneous insertion of a cartridge.

[0027]

FIG. 1 is a diagram illustrating the principle of the present invention. In FIG. 1, 2 is a housing, 21 is a direct entry exit (hereinafter referred to as “DEE”) door, 4
0 is the second plate, 41 is the protruding piece, 42 is the locking fitting hole,
48 is a lock piece, 48a is a lock fitting portion, and 48b is L
Mold part, 48c is notch, 49 is lever, 50 is link,
Reference numerals 52 and 53 are solenoids, 57 is a latch actuator, 60 is a latch rod, 64 is a locking groove, 65 is a light emitting portion of an optical sensor, 66 is a light receiving portion of an optical sensor, 67 is a DEE door lock member, and 69 is a lock rod. Indicates.

In order to achieve the above object, the present invention has a library device configured as follows. (1): The library device includes a rotatable cell drum that stores a recording medium, an opening that allows the recording medium to be directly inserted into and discharged from the cell drum from outside the device, a door that opens and closes the opening, and the door. A cell drum lock mechanism that locks the rotation of the cell drum when opening and releases the lock when the door is closed, and a lock that prevents the door from opening when the door is closed, in conjunction with the cell drum lock mechanism. Then, a door lock mechanism for releasing the lock when the door is opened is provided.

(2): A cartridge storage having a plurality of cells in the library device, each cartridge storing a cartridge type recording medium (hereinafter also simply referred to as "cartridge") and storing the cartridge type recording medium. A drive for performing at least information reproduction processing on the medium, an accessor for carrying the cartridge type recording medium and accessing the cartridge storage, the drive, etc., an accessor control unit for performing the various controls, an operator panel, etc. Provided.

Then, the cartridge storage is composed of a drum type rotatable cell drum, and an opening for batch loading / unloading of the cartridge type recording medium is formed in a part of the apparatus casing 2 side facing the cell drum. And a DEE door 21 is provided in the opening to allow loading / unloading of the cartridge type recording medium directly from the opening of the DEE door 21 and lock the rotation of the cell drum when the DEE door 21 is opened. , A cell drum lock mechanism that releases the lock when the DEE door 21 is closed and a cell drum lock mechanism that locks the DEE door 21 so that the DEE door 21 does not open when the DEE door 21 is closed.
A door lock mechanism for releasing the lock when the E door 21 is opened is provided.

The cell drum lock mechanism and D
The DEE mechanism part was configured to include the EE door lock mechanism. (3): In the library apparatus of (2), the DEE door 21 is configured to have a size capable of batch loading / unloading of cartridges corresponding to each cell row of the cell drum, and the cell drum includes the cell drum. A locking member (second plate 40 provided with a protruding piece 41) having a locking fitting hole 42 for fitting with a part of the locking mechanism to lock the rotation of the cell drum was provided for each cell row. .

(4): In the library apparatus of (2), the cell drum lock mechanism is provided with a solenoid 52 for interlocking the rotation lock of the cell drum and the lock release of the DEE door lock mechanism.

(5): In the library apparatus of (2), the DEE door 21 is provided with a light emitting portion 65 of an optical sensor, and the DEE door lock mechanism is provided with a light receiving portion 6 of the optical sensor.
6 is provided so that locking and unlocking of the DEE door 21 can be detected, and the cell drum lock mechanism has a DE
A solenoid 53 is provided for unlocking the cell drum lock mechanism based on the detection signal of the optical sensor when the E door 21 is closed.

(6): In the library apparatus of (2) above, an oblique insertion preventing member for preventing the obliquely inserted cartridge type recording medium from being inserted to an appropriate position in each cell of the cell drum, and a reverse direction An erroneous insertion prevention member, which is a reverse insertion prevention member, is provided to prevent the inserted cartridge from being inserted to the proper position.

[0035]

The operation of the present invention based on the above construction will be described with reference to FIG. (1): D at the time of batch loading / ejection of cartridge
When the batch loading / unloading process of the cartridges is performed using the EE door and the DEE mechanism, it is performed as follows.

First, when an operator or the like performs an operation of opening the DEE door 21 on the operator panel, the accessor control section issues a DEE door open instruction to the DEE mechanism section. This instruction causes the solenoid 5
2 is driven to operate.

When the solenoid 52 operates, first,
The cell drum lock mechanism is locked and the rotation of the cell drum is locked. Then, the DEE door lock mechanism is unlocked and the DEE door 21 is opened (door open).

When the DEE door 21 is opened, the light from the light emitting section 65 of the optical sensor does not enter the light receiving section 66 of the optical sensor, and the accessor control section detects the above state and recognizes the DEE door open state. To do.

In this state, the operator collectively inserts / ejects the cartridges into / from the cell drum from the opening portion of the DEE door 21. When this process ends, the operator manually closes the DEE door 21. This operation causes DEE
The door 21 is closed and the DEE door lock mechanism is automatically locked.

When the DEE door 21 is completely closed, the light from the light emitting portion 65 of the optical sensor is incident on the light receiving portion 66 of the optical sensor, and the accessor control portion detects the above state, and D
Recognize that the EE door 21 is closed. At this time, the accessor control unit issues an instruction for unlocking the cell drum lock mechanism to the DEE mechanism unit.

In response to this instruction, the DEE mechanism drives the solenoid 53 to release the latch of the lock piece 48,
Unlock the cell drum lock mechanism. In this state, the cell drum can be rotated, and normal operation can be performed.

As described above, when the DEE door is opened, the cell drum is locked and cannot rotate. Therefore, safety is ensured when the cartridges are collectively loaded / ejected.

(2) Description of Action of Cell Drum Lock Mechanism The action of the cell drum lock mechanism is as follows. A) When the DEE door 21 is closed, the solenoid 5
2, 53 are not excited. At this time, the latched state of the lock piece 48 by the latch rod 60 is released, the lock fitting portion 48a is removed from the lock fitting hole 42, and the locked state of the cell drum is released. .

(B) When the solenoid 52 is driven when the DEE door 21 is opened, the lever 49 moves and the L-shaped portion 48b of the lock piece 48 is pushed to move the lock piece 48. By this movement of the lock piece 48, the lock fitting portion 48a of the lock piece 48 is fitted into the lock fitting hole 42, and the cell drum lock mechanism is brought into a locked state.

At this time, due to the movement of the lock piece 48, the lock bar 60 is engaged with the notch 48c to latch the locked state of the cell drum lock mechanism. After that, the DEE door mechanism is unlocked, the DEE door 21 is opened, and the batch loading / ejection processing of the cartridges becomes possible.

C) When the operator or the like closes the DEE door 21 from the locked state of the cell drum, the solenoid 53 is driven by the control of the accessor controller. For this reason, the latch actuator 57 driven by the solenoid 53 moves, so that the lock rod 60 moves into the cutout 48.
It is released from c and the latched state is released.

At this time, the lock piece 48 moves, the lock fitting portion 48a is disengaged from the lock fitting hole 42, and the locked state of the cell drum is released. In this state, normal operation becomes possible.

(3) Description of Operation of DEE Door Lock Mechanism When the DEE door 21 is closed, the DEE door lock mechanism is in the locked state and the solenoids 52 and 53 are not driven. At this time, the lock rod 69 is inserted to a predetermined position in the locking groove 64, the light from the light emitting portion 65 of the optical sensor is incident on the light receiving portion 66 of the optical sensor, and the accessor control portion is the DEE door. 21 recognizes that 21 is in the locked state.

After that, in order to open the DEE door 21,
When an operator or the like operates the operator panel, the solenoid 52 is driven and the link 50 moves, so that the DE
The E door lock member 67 moves, and the lock bar 69 is disengaged from the lock groove 64. As a result, the lock mechanism of the DEE door 21 is released and the DEE door 21 is opened.

As described above, when the DEE door lock mechanism is unlocked, the light from the light emitting section 65 of the optical sensor does not enter the light receiving section 66 of the optical sensor, and this state is recognized by the accessor control section. It When the DEE door lock mechanism is locked, the cell drum lock mechanism is unlocked and normal operation becomes possible.

(4) Description of Action of Incorrect Cartridge Insertion Prevention Mechanism When a cartridge is inserted into each cell of the cell drum, the operation is as follows. For example, when the cartridge is obliquely inserted into the cell (stepwise insertion), the tip of the cartridge hits the oblique insertion preventing member, and the cartridge cannot be inserted to a predetermined position. Therefore, it is possible to prevent the state where the cartridge is obliquely inserted (inserted in different steps).

Further, when the cartridge is inserted from the opposite direction, both sides of the cartridge hit the reverse insertion preventing mechanism and the cartridge cannot be inserted to the proper position. Therefore, it is possible to prevent the cartridge from being inserted in the reverse direction.

When the cartridge is properly inserted,
The tip of the cartridge is inserted all the way into the cell. In this state, the cartridge is held at the proper insertion position (normal position).

As described above, in the small-sized and low-priced library apparatus, the use of the cell drum realizes a large capacity of the cartridge storage, and the DEE mechanism is provided, so that the batch loading / ejection processing of the cartridges is performed. Is possible.

In this case, the batch loading / unloading process of the cartridge is performed by the DEE mechanism. At this time, the locked state / unlocked state is set as described above by the cell drum lock mechanism and the DEE door lock mechanism having a simple structure. Since the states are switched, the safety and reliability of the device can be improved with a small and low-priced DEE mechanism.

Further, in the case of carrying out the batch loading / unloading process of the cartridges, the lock mechanism assures the safety and the erroneous cartridge insertion preventing mechanism can surely prevent the erroneous insertion of the cartridges.

[0057]

Embodiments of the present invention will be described below with reference to the drawings. The embodiment described below is an example of an optical disk library device.

2 to 11 are views showing an embodiment of the present invention. In FIGS. 2 to 11, the same parts as those in FIG. 12 are designated by the same reference numerals. 2 to 11, the reference numerals of the respective parts are as follows.

Reference numeral 19 is an operator panel, 20 is a cell drum, 21 is a direct entry exit (hereinafter referred to as "DEE") door, 22 is an operation button, 24 is a balance weight, 25 is an opening, 30 is an optical disk cartridge, 31 Is a shutter, 32 is a cartridge case, 33 is a write protect tab, 34 is a disk medium, 35 is an identifier, 36 is a recess, and 37 is a cell.

38, 45, 46, 58, 68 are shafts, 39
Is a first plate, 40 is a second plate, 41 is a protruding piece, 42 is a locking fitting hole, 48 is a locking piece, 48a is a locking fitting portion, 48b is an L-shaped portion, 48c is a notch portion, 49 is a lever,
Reference numeral 50 is a link, and 52 and 53 are solenoids.

55 and 56 are springs, 57 is a latch actuator, 60 is a latch rod, 64 is a locking groove, 65 is a light emitting portion of an optical sensor, 66 is a light receiving portion of an optical sensor, and 67 is D.
EE door lock member, 69 is a lock rod, 70 is a hole, 7
1, 74 are notches, 72 is a spring, 73 is a fixing member, 76
Is a leaf spring, 77 is a protrusion, 78 is a shelf plate, 79 is an oblique insertion preventing member, and 80 is a cartridge abutting member.

Reference numeral 83 is an interface control unit, 84 is an accessor control unit, 85 is an accessor mechanical controller,
Reference numeral 86 indicates a DEE mechanism section, and 87 indicates a host. §1: Explanation of the overall configuration of the optical disk library device ...
2 to 4. FIG. 2 is a configuration diagram 1 of the optical disc library device, FIG. 3 is a configuration diagram 2 of the optical disc library device, and FIG. 4 is a configuration diagram 3 of the optical disc library device. The configuration of the entire optical disk library device will be described below with reference to FIGS.

As shown in the figure, the CAS 7, cell drum 20, accessor 10, optical disk drive 9 (plural units), guide shaft 14, balance weight 24, etc. are provided in the housing of the optical disk library apparatus. Also,
A DEE door 21, a cartridge loading / unloading port 3 and the like are provided on the front side of the housing, and an operator panel 19 having a liquid crystal display panel 4 and operation buttons 22 is provided on the upper side.
Is provided.

The functions and the like of the above-mentioned respective parts are as follows. (1): The optical disc drive 9 records and reproduces data on and from the optical disc cartridge.

(2): The cell drum 20 is composed of a large number of cells (storage shelves for optical disk cartridges), and is driven to rotate to a predetermined position by a cell motor. Further, each of the cells is configured to accommodate one roll of optical disk cartridge.

(3): The CAS 7 receives the optical disk cartridge which the operator or the like has loaded from the cartridge loading / unloading port 3 and conveys it to the accessor 10, or receives the used optical disk cartridge from the accessor 10. , Is conveyed to a predetermined position and discharged from the cartridge loading / unloading port 3 to the outside.

(4): The accessor 10 drives the motor of the accessor drive mechanism to drive the guide shaft 1
It is configured to go up / down along 4 and C
The AS 7, the cell drum 20, and the optical disk drive 9 are accessed to carry an optical disk cartridge.

The balance weight 24 is connected to the accessor 10 via a rope or the like, and moves along the guide shaft 14 in the direction opposite to the accessor 10 (ascends / descends). This is for smoothly performing the raising / lowering operation of.

(5): The cartridge loading / unloading port 3 loads the optical disk cartridge from the outside, or
The used optical disk cartridge is ejected to the outside. The cartridge loading / unloading port 3 is
The optical disk cartridge is loaded / unloaded one by one.

(6): The DEE door 21 is provided on the front side of the housing so that one end of the DEE door 21 is rotatably fixed to the housing (for example, fixed by a hinge) and the other end is opened. It is configured.

When the DEE door 21 is opened, a cell drum is arranged in the opening, and the opening 2
The optical disc cartridge can be directly inserted into the cell drum 20 from 5 or the optical disc cartridge can be directly ejected from the cell drum 20.

That is, the DEE door 21 is a door for performing direct entry exit (DEE) processing of the optical disk cartridge, and directly inserts / discharges the optical disk cartridge into / from the cell drum 20 without using the CAS 7. It can be processed.

(7): The operator panel 19 is operated by an operator, and is provided with the liquid crystal display panel 5 and operation buttons 22. The liquid crystal display panel 5 displays the status of the device (power-on status, online status, busy status, etc.), and gives warnings (alarms, etc.).
The operation button 22 is for an operator to perform various operations (buttons such as switches and keys).

§2: Description of optical disk cartridge
-Refer to Fig. 5 Fig. 5 is an explanatory view of the optical disc cartridge, in which Fig. A shows the shutter closed state and Fig. B shows the shutter opened state.

The optical disk cartridge 30 is composed of a disk medium 34 and a cartridge case 32 accommodating the disk medium 34. The cartridge case 32 is provided with a shutter 31, a write protect tab 33, an identifier 35, a recess 36 and the like.

The shutter 31 is constructed so as to be movable on the cartridge case 32. Normally, the shutter is closed and the disk medium 34 is housed in the cartridge case 32. When the shutter is opened by the drive mechanism, the disk medium 3
4 is exposed to the outside, and data can be read / written by the head.

§3: Description of Cell Drum and Cell Drum Lock Mechanism--See FIGS. 6 and 7. FIG. 6 is a block diagram of the cell drum, and FIG. 7 is an explanatory diagram of the cell drum lock mechanism. (1): General Description As described above, in the optical disk library device of this embodiment, the DEE door 21 is provided on the front side of the device in order to perform the batch loading / unloading process of the optical disk cartridges.
The optical disk cartridge can be directly inserted into the cell drum 20 from the outside of the apparatus by an operator or the used optical disk cartridge can be ejected.

In this case, it is necessary to secure the safety with the DEE door 21 opened in order to carry out the loading / unloading of the optical disk cartridges all at once. Therefore, DEE door 2
In the state where 1 is opened, the cell drum 20 needs to be locked so as not to rotate.

Therefore, when the DEE door 21 is opened,
A cell drum lock mechanism for automatically locking the rotation of the cell drum 20 is provided, and a DEE door lock mechanism is also provided on the DEE door 21 side so that the cell drum lock mechanism and the DEE door lock mechanism are interlocked.

That is, when opening the DEE door 21, the operator first operates the operator panel 19 to open the DEE door. By this operation, the cell drum lock mechanism is locked by a signal from an internal control section (accessor control section) to prevent the cell drum 20 from rotating.

After that, by unlocking the DEE door lock mechanism, the optical disk cartridges can be collectively loaded / loaded.
It is possible to secure the safety when performing the discharge treatment. The cell drum lock mechanism and the DEE door lock mechanism are
This constitutes the DEE mechanism.

(2): Description of Cell Drum--See FIG. 6 The cell drum 20 is entirely drum-shaped,
The drive motor is configured to be rotatable about the shaft 38. And this cell drum 20
A large number of cells 37 are provided in the. A plurality of the cells 37 are arranged side by side in the vertical direction to form a cell row.

The above-mentioned cell rows are provided in total of four rows, and the portions where no cells are provided between the cell rows (cell-less portions).
Exists. In this case, when viewed from above the cell drum 20, the cell rows are arranged in a cross shape, and the area between them is a portion where the cells are not provided.

A first plate 39 and a second plate 40 are formed on both sides of each cell row of the cell drum 20 so as to open diagonally outside the cell row. That is, the first plate 39 and the second plate 40 are provided at the entrance of each cell row so as to open obliquely outward. A protruding piece 41 having a lock fitting hole 42 is provided on a part of the second plate 40.

(3): Description of cell drum lock mechanism ...
As shown in FIG. 7, the cell drum lock mechanism includes a lock piece 48, a lever 49, a link 50, a latch actuator 57, springs 55, 56, and solenoids 52, 53.
Etc. The above-mentioned parts are as follows.

B) The lock piece 48 is constructed so as to be rotatable in the direction of the arrow ef in the drawing with the shaft 45 fixed to the device as the center of rotation. The piece 48a, the L-shaped portion 48b, and the cutout portion 48c are integrally provided.

Further, one end of a spring 56 is fixed to the lock piece 48, and the lock piece 48 is pulled by the spring 56 in the direction of the arrow f in the figure. The other end of the spring 56 is fixed to the device side.

(B) The lever 49 is constructed so as to be rotatable about the shaft 45 fixed to the device side in the direction of the arrow cd shown in the drawing, and one end thereof is fixed to the plunger of the solenoid 52 and the other. The end is a link 5 via a shaft 46.
It is rotatably fixed to 0.

(C) One end of the link 50 is rotatably fixed to the lever 49 via the shaft 46, and is constructed so as to be movable in the direction of arrow gh in the drawing. The other end of the link 50 is connected to the DEE door lock mechanism. That is, the cell drum lock mechanism and the DEE door lock mechanism are linked via the link 50.

D) The latching actuator 57 has a shaft 58 fixed to the device side as the center of rotation, and is indicated by an arrow i-j in the drawing.
It is configured to be rotatable in any direction. A latch rod 60 that engages with the cutout 48c is fixed to one end of the latch actuator 57, and the other end of the solenoid 5 is engaged.
It is fixed to the plunger of No. 3.

Further, a spring 55 is fixed to a part of the latch actuator 57, and the spring 55 constantly pulls in the direction of arrow i in the figure. The other end of the spring 55 is fixed to the device side.

(4): Description of Operation of Locking Mechanism for Cell Drum--See FIG. 7 The operation of the locking mechanism for the cell drum is as follows. A) When the DEE door 21 of the optical disk library device is closed, the solenoid 52 and the solenoid 53 are not driven. At this time, the plunger of the solenoid 52 is moving in the direction of arrow b in the drawing, and the plunger of the solenoid 53 is moving in the direction of arrow m in the drawing.

The latched state between the latch rod 60 and the cutout portion 48c is released (the latch rod 60 is notched in the cutout portion 4c).
8c) and the lock piece 48 is a spring 56.
And is moved in the direction of the arrow f in the figure. For this reason, the locking fitting portion 48a is in a state of being removed from the locking fitting hole 42, and the locked state of the cell drum 20 is released.

(B) When the operator or the like operates the operator panel 19 to open the DEE door 21, the solenoid 52 is driven and the plunger moves in the direction of arrow a in the figure. Therefore, the lever 49 moves in the direction of the arrow c in the drawing and pushes the L-shaped portion 48b to move the lock piece 48 in the direction of the arrow e in the drawing.

Therefore, the lock fitting portion 48a fits into the lock fitting hole 42. At this time, the lock piece 48 moves in the direction of the arrow e in the figure, so that the lock bar 60 engages with the cutout portion 48c.

In this state, the latch actuator 57
Is pulled by the spring 55 in the direction of the arrow i in the figure, the lock rod 60 remains engaged with the cutout portion 48c, the cell drum is locked, and this locked state is latched.

In this state, the DEE door 21 is opened, and the optical disc cartridges can be collectively loaded / ejected. Further, when the solenoid 52 is driven for a moment and the cell drum 20 is locked, it is not driven thereafter. Moreover, the solenoid 53 is not driven.

C) When the operator or the like manually closes the DEE door 21 from the locked state of the cell drum 20, the solenoid 53 is driven. Therefore, the solenoid 53
The plunger moves in the direction of the arrow n in the figure, and the latch actuator 57 moves in the direction of the arrow j in the figure.

As a result, the lock bar 60 is disengaged from the notch 48c, and the latched state is released. In this state, the lock piece 48 is pulled by the spring 56 and moves in the direction of the arrow f in the figure. When the lock piece 48 moves as described above, the lock fitting portion 48a is disengaged from the lock fitting hole 42, and the locked state of the cell drum is released.

The solenoid 53 is driven only for a moment and is not driven thereafter. Then, in the state where the lock fitting portion 48a is disengaged from the lock fitting hole 42,
Since the lock bar 60 is at a position separated from the cutout 48c, even if it is pulled in the direction of the arrow i by the spring 55, the latched state is still released.

§4: Description of DEE Door and DEE Door Lock Mechanism--See FIG. 8 FIG. 8 is an explanatory view of the DEE door lock mechanism. A DEE door provided in front of the optical disk library device, and a DE
The E door lock mechanism is as follows.

(1): Description of Configuration of DEE Door and DEE Door Lock Mechanism As described above, one end of the DEE door 21 is fixed to the housing side, and the other end is an open end. Arrow pq
It can be opened and closed in any direction. And the DE
A lock groove 64 for locking the DEE door 21 is provided on the open end side of the E door 21.

The locking groove 64 is formed in a substantially L-shape by bending, one end of which is an open end that is open to the outside, and the other end is a closed groove. The light emitting portion 65 of the optical sensor is provided on the other end side of the locking groove 64.
Is provided.

On the other hand, in the vicinity of the DEE door 21, D
An EE door lock member 67 is provided, and this DEE door lock member 67 is rotatably fixed in the direction of the arrow r-s in the drawing with a shaft 68 fixed to the apparatus side as the center of rotation.

The DEE door lock member 67 is provided with a lock bar 69, a hole 70, and a cutout portion 71.
Further, the DEE door lock member 67 is provided with a light receiving portion 66 of an optical sensor. The lock rod 69
Is to be inserted into the lock groove 64 provided in the DEE door 21, and the lock rod 69 is inserted from the open end of the lock groove 64 and becomes the lock position at a predetermined position.

The hole 70 is a hole for allowing the light emitted from the light emitting portion 65 of the optical sensor to pass therethrough, and the light emitted from the light emitting portion 65 of the optical sensor is at the lock position of the DEE door.
It is configured so that it can enter the light receiving portion 66 of the optical sensor after passing through.

Further, a spring 72 is fixed between the DEE door lock member 67 and the fixing member 73, and the spring 72 always pulls the DEE door lock member 67 in the direction of arrow r in the figure. Further, the cutout portion 71 of the DEE door lock member 67 is configured to be engageable with the cutout portion 74 provided at the tip of the link 50 provided in the cell drum lock mechanism.

(2): Description of the operation of the DEE door locking mechanism When the DEE door 21 is closed, the DEE door 21 is moving in the direction of the arrow q in the figure, and the DEE door locking mechanism is in the locked state. In this locked state, the solenoids 52 and 53 are not driven, and the link 50 is moving in the direction of arrow h in the figure.

Then, the DEE door lock member 67 is pulled by the spring 72 and moved in the direction of the arrow r in the drawing, and the lock bar 69 is inserted to the predetermined position of the lock groove 64. At this time, the light from the light emitting section 65 of the optical sensor is incident on the light receiving section 66 of the optical sensor, and based on the signal from the light receiving section 66 of the optical sensor, the accessor control section (described later) uses DEE. It can be recognized that the door 21 is in the locked state.

Then, in order to open the DEE door 21,
When the operator or the like operates the operator panel 19, the solenoid 52 of the cell drum lock mechanism is driven by the control of the accessor control section, and the link 50 moves in the direction of arrow g in the figure.

For this reason, the DEE door lock member 67 moves in the direction of the arrow s in the figure, and the lock rod 69 moves the lock groove 64.
Get out of. As a result, the lock mechanism of the DEE door 21 is released, and the DEE door 21 is opened (door open state).

As described above, when the DEE door lock mechanism is in the unlocked state, the light from the light emitting section 65 of the optical sensor does not enter the light receiving section 66 of the optical sensor, and this state is recognized by the accessor control section. It The cell drum lock mechanism is in the locked state before the DEE door lock mechanism is in the unlocked state.

§5: Description of cartridge erroneous insertion prevention mechanism ... See FIGS. 9 and 10. FIG. 9 is an explanatory diagram 1 of the cartridge erroneous insertion prevention mechanism.
FIG. A is a cross-sectional view of the M surface of FIG. 6, B is a view seen from the N direction,
FIG. C is a view seen from the X-Y direction. 10A and 10B are explanatory views 2 of the cartridge erroneous insertion preventing mechanism. FIG. 10A shows a cartridge obliquely inserted state, FIG. 10B shows a cartridge reverse direction inserted state, and FIG.

The cartridge erroneous insertion prevention mechanism provided on the cell drum will be described below with reference to FIGS. 9 and 10. (1): General description of cartridge erroneous insertion prevention mechanism The erroneous insertion of an optical disk cartridge may be oblique insertion (stepwise insertion) and reverse insertion. For this reason, each cell is provided with a cartridge erroneous insertion prevention mechanism of a structure in which the optical disk cartridge cannot be inserted to the proper cell position in the case of diagonal insertion and reverse insertion.

(2): Description of cartridge erroneous insertion prevention mechanism As described above, the cell drum 20 is provided with four cell rows, and each cell row has a large number of cells 37 for inserting an optical disk cartridge. Is provided. Each cell 37 is provided with the cartridge erroneous insertion prevention mechanism.

That is, each cell row has a plurality of shelf boards 78.
Is provided, and each cell 37 is partitioned by the shelf plate 78. A leaf spring 76 having a protrusion 77 at its tip is provided between each shelf plate 78.

A protrusion 77 provided at the tip of the leaf spring 76.
Functions as a cartridge reverse direction prevention mechanism that prevents the optical disk cartridge from being inserted all the way when the optical disk cartridge is inserted in the reverse direction.

In this case, the holding force for holding the optical disk cartridge at a predetermined position is obtained by fitting the projection 77 with the concave portion 36 (see FIG. 5) on the side surface of the optical disk cartridge inserted in the cell 37. It has gained.
Then, by mechanically restricting the amount of bending of the leaf spring 76, the insertion (erroneous insertion) of the optical disk cartridge from the opposite direction is prevented.

Also, with only the shelf plate 78 provided in each cell 37, even when the optical disk cartridge is obliquely inserted (stepwise insertion), it can be inserted to the proper insertion position. In order to prevent this, a diagonal insertion preventing member 79 (a shelf-like member) is provided at the back of each cell 37 to prevent the optical disc cartridge from being obliquely inserted. in this case,
The diagonal insertion prevention member 79 is arranged between the leaf springs 76.

(3): Description at the time of inserting the cartridge ... See FIG. 10. When the optical disk cartridge 30 is inserted into each cell 37 of the cell drum 20, the operation is as follows. For example, cell 3
When the optical disk cartridge 30 is obliquely inserted (stepwise insertion) into the optical disk 7, the tip of the optical disk cartridge 30 hits the oblique insertion preventing member 79, and the optical disk cartridge 30 cannot be inserted to a predetermined position, as shown in FIG. Therefore, the optical disk cartridge 3
It is possible to prevent an oblique insertion state of 0 (stepwise insertion).

When the optical disk cartridge 30 is inserted from the opposite side, the optical disk cartridge 30
Both sides of the abut against the protrusion 77 and cannot be inserted to the proper position. Therefore, it is possible to prevent the optical disc cartridge 30 from being inserted in the reverse direction.

When the optical disk cartridge 30 is normally inserted, as shown in FIG. C, the tip of the optical disk cartridge 30 is inserted all the way to the inside of the cell 37, and both sides of the cartridge case 32 of the optical disk cartridge 30 are inserted. The projection 77 fits into the recess 36 (see FIG. 5) provided. In this state, the optical disk cartridge 30 is held at the proper insertion position (normal position).

A cartridge abutting member 80 is provided on the back surface (inside the apparatus) of the DEE door 21 so that the DEE door 21 is not completely closed when the optical disk cartridge 30 is erroneously inserted.

Further, even when the DEE door 21 is opened and the optical disc cartridge 30 is inserted into the cell 37 in the proper direction, if the optical disc cartridge 30 is not completely inserted, the optical disc cartridge is located in front of the entrance of the cell 37. The rear end of 30 is protruding.

In such a case, by closing the DEE door 21, the cartridge abutting member 80 pushes the rear portion of the optical disc cartridge, so that the optical disc cartridge can be inserted to an appropriate position.

§6: Description of control system of optical disk library device--see FIG. 11 FIG. 11 is a block diagram of the optical disk library device. The control system of the optical disk library device will be described below with reference to FIG.

As described above, the optical disk library device includes the CAS 7, the optical disk drive 9, and the accessor 1.
0, cell drum 20, DEE mechanism 86, DEE door 2
1. An operator panel 19 and the like are provided. The interface control unit 8 is provided in the control system for controlling these.
3, an accessor control unit 84, an accessor mechanical controller 85, etc. are provided. The above-mentioned parts are as follows.

(1): The DEE mechanism 86 is configured to include a DEE door lock mechanism, a cell drum lock mechanism, etc.,
This is a mechanism for performing a batch loading / unloading process of the optical disc cartridge from the DEE door 21. In addition, the DEE
The mechanical portion 86 also includes a light emitting portion 65 of an optical sensor provided in the DEE door 21 and a light receiving portion 66 of the optical sensor provided in the DEE door lock mechanism.

(2): The interface controller 83 is connected to the host 87 and controls various interfaces with the host 87. (3): The accessor control unit 84 performs various controls. For example, the accessor control unit 84 receives commands issued by the host 87 via the interface control unit 83 and performs various controls of the optical disk library device (upper control Part)
Is.

In this case, the accessor control section 84 determines that the CA
The control of S7, the control of the operator panel 19, the control of the DEE mechanism portion 86 and the like are performed. (4): The accessor mechanical controller 85 controls the mechanical parts such as the cell motor for rotating the accessor 10 and the cell drum based on the instruction from the accessor control section 84.

§7: Description of operation during batch loading / unloading processing of optical disk cartridges When batch loading / unloading processing of optical disk cartridges is performed using the DEE door and DEE mechanism, it is performed as follows.

(1): First, the operator operates the operation button on the operator panel 19 to open the DEE door 21. This operation is detected by the accessor control unit 84 by a signal from the operator panel 19.

(2): The accessor control section 84 issues an instruction to open the DEE door to the DEE mechanism section 86. In response to this instruction, the DEE mechanism 86 drives the solenoid 52 to operate it. When the solenoid 52 operates, first, the cell drum lock mechanism is locked,
The rotation of the cell drum 20 is locked.

Then, the DEE door lock mechanism is unlocked and the DEE door 21 is opened (door open state). When the DEE door 21 is opened, the light from the light emitting portion 65 of the optical sensor does not enter the light receiving portion 66 of the optical sensor, and the accessor control portion 84 detects the above state,
Recognize DEE door open state.

In this state, the operator inserts / ejects the optical disk cartridge 30 into / from the cell drum 20 from the opening of the DEE door 21 all together. When this process ends, the operator manually closes the DEE door 21. By this operation, the DEE door 21 is closed and the DE is automatically
The E door lock mechanism is locked.

(3): When the DEE door 21 is closed, the light from the light emitting section 65 of the optical sensor is incident on the light receiving section 66 of the optical sensor, and the accessor control section 84 detects the above state, and the DEE door is detected. Recognize that is closed. This time,
The accessor control unit 84, with respect to the DEE mechanism unit 86,
Gives instructions to unlock the cell drum lock mechanism.

In response to this instruction, the DEE mechanism section 86
The solenoid 53 is driven to release the latch of the lock piece 48, and the lock of the cell drum lock mechanism is released. Since the cell drum can be rotated in this state, normal operation becomes possible.

(Other Embodiments) The embodiments have been described above, but the present invention can also be implemented as follows. (1): Not limited to the optical disk library device, it can also be used for other similar devices, for example, a magnetic tape library device for automatically mounting, removing, storing, recording / reproducing, etc. of a magnetic tape cartridge.

(2): Cell drum lock mechanism and DEE
The structure of the door lock mechanism is not limited to that of the above embodiment,
It can also be realized by other similar mechanisms.

[0140]

As described above, the present invention has the following effects. (1): In a small-sized, low-priced library device, by using a cell drum, it is possible to increase the capacity of the cartridge storage, and by providing a DEE mechanism,
It is possible to batch load / unload cartridges.

(2): The cartridge is collectively loaded / ejected by using the DEE mechanism. In this case, since the locked state and the unlocked state (unlocked state) are switched by the cell drum lock mechanism and the DEE door lock mechanism having a simple structure, the cost and size of the device can be reduced and the device can be realized. The safety and reliability of can be improved.

(3): When batch loading / unloading of cartridges is performed, the cell drum lock mechanism of the DEE mechanism and the DEE door lock mechanism ensure work safety, and the cartridge erroneous insertion prevention mechanism prevents Incorrect insertion can be reliably prevented.

(4): Since the cell drum is provided in the optical disk library device and the DEE door and the DEE mechanism are provided, the batch loading / unloading of the optical disk cartridges can be safely performed even in the low-end model.

(5): When the optical disc cartridges are collectively loaded / ejected, the DEE door is controlled to open after the rotation of the cell drum is locked by the cell drum lock mechanism. In addition, after the batch loading / ejection processing of the optical disk cartridge is completed and the DEE door is closed, the cell drum is unlocked.

Therefore, when carrying out the batch loading / unloading process of the optical disk cartridges, the cell drum does not rotate, and the work can be performed safely. (6): Since the DEE door and the DEE door lock mechanism are provided with the optical sensors, the accessor control unit can reliably detect whether the DEE door is closed or opened. Therefore, the accuracy and safety of the DEE mechanism are improved.

In addition to the above effects, the following effects are obtained corresponding to each claim. (7) According to claim 1, since the cell drum, the opening, the door, the cell drum lock mechanism, and the door lock mechanism are provided, it is possible to realize the batch loading / unloading of the recording medium and the safety of the apparatus. The reliability and reliability can be improved.

(8) According to the second aspect, the cartridge storage is composed of the cell drum, the opening is provided in a part of the apparatus casing side facing the cell drum, and the door is provided in the opening.
The door can be opened and the cartridge type recording medium can be loaded / unloaded directly to the cell drum, and the cell drum lock mechanism and the door lock mechanism are provided to realize a large capacity of the cartridge storage and a batch of cartridges. Input / discharge processing becomes possible. Further, since the cell drum lock mechanism and the door lock mechanism are provided, the safety and reliability of the device can be improved.

(9) According to claim 3, since the door has a size capable of batch loading / unloading of the cartridge type recording medium corresponding to each cell row of the cell drum, the door of the cartridge type recording medium is Easy batch loading / discharging operation.

Further, the cell drum is provided with a locking member having a locking fitting hole for locking the rotation of the cell drum by fitting with a part of the cell drum locking mechanism, for each cell row. The operation of the cell drum lock mechanism can be reliably performed.

(10) According to the fourth aspect, since the cell drum lock mechanism is provided with the solenoid for interlocking the rotation lock of the cell drum and the unlocking of the door lock mechanism, the number of parts can be reduced. The cell drum lock mechanism and the door lock mechanism can be reliably interlocked.

(11) According to claim 5, the door is provided with the light emitting portion of the optical sensor, and the door lock mechanism is provided with the light receiving portion of the optical sensor, so that the lock and unlock of the door can be detected. Therefore, the operation of the door lock mechanism becomes reliable.

Further, since the cell drum lock mechanism is provided with a solenoid for unlocking the cell drum lock mechanism based on the detection signal of the optical sensor when the door is closed, the cell drum lock mechanism is provided. The lock mechanism operates reliably.

(12) According to claim 6, in each cell of the cell drum, an oblique insertion preventing member for preventing the obliquely inserted cartridge type recording medium from being inserted to the proper position, and an oblique insertion preventing member are inserted in the opposite direction. Since the cartridge erroneous insertion preventing member including the reverse insertion preventing member for preventing the cartridge type recording medium from being inserted to the proper position is provided, the erroneous insertion of the cartridge can be surely prevented.

[Brief description of drawings]

FIG. 1 is a diagram illustrating the principle of the present invention.

FIG. 2 is a configuration diagram 1 of an optical disk library device according to an embodiment.

FIG. 3 is a configuration diagram 2 of an optical disk library device according to an embodiment.

FIG. 4 is a configuration diagram 3 of an optical disk library device according to an embodiment.

FIG. 5 is an explanatory diagram of an optical disc cartridge according to an embodiment.

FIG. 6 is a configuration diagram of a cell drum in an example.

FIG. 7 is an explanatory diagram of a cell drum lock mechanism in the embodiment.

FIG. 8 is an explanatory diagram of a DEE door lock mechanism in the embodiment.

FIG. 9 is an explanatory diagram 1 of a cartridge erroneous insertion prevention mechanism in the embodiment.

FIG. 10 is an explanatory diagram 2 of a cartridge erroneous insertion prevention mechanism in the embodiment.

FIG. 11 is a block diagram of an optical disk library device according to an embodiment.

FIG. 12 is an explanatory diagram of a conventional optical disk library device.

[Explanation of symbols]

 2 Casing 7 CAS 9 Optical Disc Drive 10 Accessor 20 Cell Drum 21 DEE Door 30 Optical Disc Cartridge 39 First Plate 40 Second Plate 41 Projecting Piece 42 Locking Fitting 48 Locking Piece 48a Locking Fitting 48b L-Shaped Part 48c Notch 49 Lever 50 Link 52, 53 Solenoid 57 Latch actuator 60 Latch rod 64 Lock groove 65 Optical sensor light emitting portion 66 Optical sensor light receiving portion 67 DEE door lock member 69 Lock rod

Claims (6)

[Claims] 1. A rotatable cell drum for accommodating a recording medium, an opening through which the recording medium can be directly inserted into and discharged from the cell drum from outside the apparatus, a door for opening and closing the opening, and a door for opening the door. Lock the rotation of the cell drum,
A cell drum lock mechanism that unlocks the lock when the door is closed, and works in conjunction with the cell drum lock mechanism to lock the door so that the door does not open when the door is closed, and the lock when the door is opened. A library device provided with a door lock mechanism for releasing. 2. A cartridge storage having a plurality of cells, each cartridge storing a cartridge-type recording medium for storage therein, a drive for performing at least information reproduction processing on the cartridge-type recording medium, and a cartridge-type In a library apparatus including an accessor for transporting a recording medium and accessing the cartridge storage, the drive, etc., the cartridge storage is composed of a drum-type rotatable cell drum, and an apparatus casing facing the cell drum. A part of the body side is provided with an opening for batch loading / unloading of the cartridge type recording medium,
A door is provided in the opening, and the door can be opened to directly insert / eject the cartridge type recording medium into the cell drum, and when the door is opened, the rotation of the cell drum is locked.
A cell drum lock mechanism that unlocks the lock when the door is closed, and works in conjunction with the cell drum lock mechanism to lock the door so that the door does not open when the door is closed, and the lock when the door is opened. A library device provided with a door lock mechanism for releasing. 3. The door is configured to have a size capable of batch loading / unloading of a cartridge type recording medium corresponding to each cell row of the cell drum, and the cell drum includes a part of the cell drum lock mechanism. 3. The library device according to claim 2, wherein a locking member having a locking fitting hole for fitting and locking the rotation of the cell drum is provided for each cell row. 4. The library apparatus according to claim 2, wherein the cell drum lock mechanism includes a solenoid for interlocking the rotation lock of the cell drum and the lock release of the door lock mechanism. 5. The door is provided with a light emitting portion of an optical sensor, and the door lock mechanism is provided with a light receiving portion of the optical sensor to detect lock and unlock of the door, and the cell drum lock mechanism is provided. 3. The library apparatus according to claim 2, further comprising a solenoid for unlocking the cell drum lock mechanism based on a detection signal of the optical sensor when the door is closed. 6. An oblique insertion preventing member for preventing the obliquely inserted cartridge type recording medium from being inserted to a proper position, and a cartridge type recording medium inserted in a reverse direction to each cell of the cell drum. 3. The library device according to claim 2, further comprising a cartridge erroneous insertion prevention member that is a reverse insertion prevention member that prevents the cartridge from being inserted.