JPS59207462A - Retrieving device - Google Patents

Abstract

PURPOSE:To retrieve automatically a floppy disk, etc. by controlling a handling device, etc. via a memory part, etc. to which the file name, the register number, etc. of a disk are written with the section part of a storage box defined as an address position. CONSTITUTION:The file name of a disk which is retrieved is supplied to a controller 13 from an operation part 10, and a CPU14 refers to the file name which is written in a memory part 17 which uses the section part of a storage box as an address position together with the register number. Then the CPU14 turns on a light emitting element 8 corresponding to the section part where coincidence is obtained between the designation and reference file names to display the retrieving position as well as to supply a drive signal to a handling device 19. Then the floppy disk of the designated file name is extracted out of the storage box by the device 19 and transferred to a floppy disk driver 18. In such a way, the automatic retrieval is possible for a floppy disk, etc.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a search device for a plate-shaped recording medium such as an Efronovy disk.

Conventionally, a plate-shaped recording medium such as a floppy disk is enclosed in a jacket, and the jacket is stored in a paper case or a plastic case capable of storing mantissas. When searching, flip through the jackets containing the floppy disks one by one, check the file name on the label attached to the jacket, and find the desired floppy disk. That's what I do.

However, this manual search has the disadvantage that it takes a lot of time when there are a large number of floppy disks, and it is also easy to accidentally search for a floppy disk when trying to quickly find the desired 70-noby disk. In some cases, the disk may be damaged by bending or the like.

The present invention was made in view of the actual situation in the prior art, and its purpose is to provide a retrieval device capable of automatically wefting a floppy disk 4φ plate-shaped recording medium.

In order to achieve this object, the present invention provides a plate-shaped recording medium, a storage box having all the number of compartments capable of storing the plate-shaped recording medium, and identification of the position of the compartment and the identification of the plate-shaped recording medium. Name: An ilJ control device that controls the entire storage section, a human power means that inputs the position information of the partitioned portion in which the plate-shaped recording medium is stored, and a reading device that can read the entire record; and a handling device that is connected to the control device and capable of storing and taking out the plate-shaped recording medium in the storage box, and attaching and detaching the taken-out plate-shaped recording medium to the reading device. and a terminal device that is connected to the open-side j device and capable of inputting the identification name of the plate-shaped recording medium and displaying the recording on the plate-shaped recording medium; is the position of the partition part] is memorized, and when the plate-shaped recording medium is stored in the storage box, the identification name of the plate-shaped recording medium is stored in the storage unit via the terminal device. , the identification name of the plate-shaped recording medium or the plate-shaped recording medium stored in the storage box is stored in the storage unit in accordance with the position information inputted from the input means, or the identification name of the plate-shaped recording medium is stored in association with the position of the partitioned portion; In the horizontal system of , the identification name of the plate-shaped recording medium is specified, and in the above 1:, the position of the section corresponding to the identification name is selected, and a signal corresponding to the position of the section is selected. Or the above ft? II is output from the control device to the handling device, the handling device takes out the plate-shaped recording medium, and the plate-shaped recording medium is loaded into the reading device, and the above-mentioned number is outputted from the reading device. The terminal device is configured to display the record on the plate-shaped recording medium.

Hereinafter, the throttling device of the present invention will be explained based on the drawings. @1
3(a) and 3(b) are explanatory diagrams showing a first embodiment of the present invention, FIG. 1 is a block diagram showing a schematic configuration, and FIG. 2 is a block diagram showing the first embodiment. Fig. 3(a) is a plan view showing the plate-like recording medium provided in the embodiment 1);
b) is a front view similarly showing the plate-shaped recording medium τ.

Not shown in Figure 3, 1 is a plate-like recording medium, e.g. a disc-shaped floppy disk, 2 is a jacket into which this front disk 1 is inserted, and 3 is an identification medium formed on this Nyakunoto 2, e.g. a bar code. The barcode 3 includes, for example, a registration number and an unidentifiable check part. Reference numeral 4 shown in FIG. 2 is a storage box that can store a floppy disk 1 or a jacket 2, and has a number of compartments 6 equipped with a kite 5 that guides the jacket 2. A plurality of identification sensors, such as optical sensors, constituting the detection kW are arranged in the storage box 4 so as to correspond to each of the compartments 6, and identify the registration number of the barcode 3, and also identify the registration number corresponding to the registration number. When the optical sensor 7 is unable to identify only the registration number of the barcode 3, it outputs a signal indicating that identification is impossible.8 corresponds to each of the partitions 6. storage box 4
The display means provided therein, for example, a light emitting element that lights up in response to a predetermined signal.

In addition, 1-9 shown in FIGS. 1 and 2 are terminal devices, which are installed at separate locations sufficiently far from the storage box 4, and input the file name, etc. of the Fronbie disk. a display device 11 consisting of a cathode ray tube or the like capable of displaying information such as the file name of the floppy disk 1 and the fact that the registration number of the barcode 3 cannot be identified by the original sensor 7; and the barcode 3 by the optical sensor 7. The vehicle is equipped with a remote information device 12 that emits a warning buzzer, for example, when the registration number cannot be identified.

Further, 13 shown in FIG. 1 is a control device, for example, a microcomputer, including a CPU (central processing unit) 14, an input section
, as well as the output section 16, has a storage section 17 capable of storing the position of the section 6, the registration number of the barcode 3, and the identification name of the floppy disk 1 inserted into the jacket 2, such as a file name. Note that the optical sensor 7 and the operation section 10 of the terminal device 9 are connected to the input section 15 of the control device 13, and the light-emitting cable 8, the display device 11 of the terminal device 9, and the answer N device 12 are connected to the control device j3. It is connected to the output section 16 of.

Reference numeral 18 shown in FIG. 1 is a reading device, such as a known floppy disk drive, which is connected to the input section 15 and output section 16 of the open side device 13 and is capable of reading the records on the floppy disk 1. Reference numeral 19 denotes a handling device connected to the output section 16 of the control device 13, which is placed near the storage box 4, and is used to store and take out the floppy disk 1 into the storage box 4, and to handle the aforementioned floppy disk of the taken out floppy disk 1. The floppy disk 1 can be attached to the drive device i18 and removed from the floppy disk drive device 18. Note that such a handling device 19
is Publication No. 57-5731, Japanese Patent Publication No. 57-18140
2'4, etc., and is publicly known. Further, the switch shown in FIG. 1 is a switch provided corresponding to the floppy disk drive 18, which is connected to the input section 15 of the control device 13, and is used to indicate that the floppy disk 1 is installed in the floppy disk drive 18. Detects busyness and outputs a signal.

First, the h memory section 17r of the control device 13 (, the section part phase in which the position of ward 1!!11 n15 minutes 6 of the storage box 4 is stored and the registration number in which the registration number of the barcode 3 is stored) The number column and the file name corresponding to this registration number or the file name paulownia which is stored are set up as coordinates.Also, the position f'f of the division part 6, for example, from the left end to the right end in Fig. 2, is set. 1, 2, 3, etc. are determined in order, and stored in the partitioned part phase of the coordinates in the entire position storage unit 17. Therefore, in this state, only the partitioned part of the coordinates is grasped. The registration numbers 41!, 4 and file name values corresponding to each of the partitioned portions are stored in the columns.

And a jacket 2 containing floppy disk 1
When storing the file name in the storage box 4 as shown in FIG. . The file name is input part 15, C
It is stored in the storage unit 317 via P'U14'i. In this case, the file name is stored in a location different from the file name value of the coordinates described above, for example.

Further, when a file name is input to the control device 13 from the above-mentioned operation unit 10, the C)'U 14 compares the registration number h of the coordinates in the storage unit 17 with the file name value, and stores these registration numbers 4. (Search the section ha where 2d and the file name value are Shibatsukuda, and send an image to the light emitting element 8 corresponding to the position of the section 6 stored in the section section column via the output section 16. For example, the light emitting element 8 lights up in response to the signal, indicating that the floppy disk 1 can be stored in the partitioned portion 6.

Further, when a file name is input from the operation unit 10 as described above, for example, the CPU 14 collates the registration number field of the coordinates in the storage unit 17 and the section part @ where the file name value is blank, and A drive signal corresponding to, for example, the position of one of the partitioned portions 6 is outputted to the handling device 19 via the output section 16. The amount of drive of the handling device 19 is controlled in accordance with the drive signal, and the floppy disk I is stored in the partitioned portion 6 described above.

Then, as the jacket 21, that is, the floppy disk 1, is stored in the storage box 4, the former Binsa 7 identifies the registered company number r of the barcode 3, and sends a signal corresponding to this registered company number to the control device 13. It is output to the input section 15. This signal is C
Which ward lI in PU, 14! 11, the signal from the optical sensor 7 corresponding to the section 6 is determined, and the corresponding section section 6 is detected.
The registration number is stored in the 1-coordinate registration number in the storage unit 17 corresponding to the position of .

At this time, the above-mentioned file name stored in the storage unit 17 is also stored as a file name value in correspondence with the registration number, that is, in correspondence with the position of the partitioned portion 6. Further, at this time, the registration number and the file name are stored as a combination in a location different from the registration number field of the coordinates and the file name value.

Further, when a signal is output from the optical sensor 7 described above, C
The P U 14 outputs a signal to all the light-emitting elements 8 that are lit via the output unit 16 to stop lighting, thereby causing all of the light-emitting elements 8 to be turned off.

Further, as mentioned above, when the number 161 from the optical sensor 7 is output to the CP IJ 14 via the input section 15 of the control device 13, the CP IJ 14 outputs the signal to the CP IJ 14 via the output section 16) and to the steering device 19. Drive stop No. 41 full output.

In response to the drive stop No. 1g, the handling device 19 returns to the standby state before the storage operation of the floppy disk 1, and stops there.

In addition, when the registration numbers of the barcodes 3 are divided into groups by the optical sensor 7 described above, if the registration number cannot be identified, the CPU 14 outputs the output section 16'ff in response to the signal from the optical sensor 7. A signal is outputted to the display device 11 of the terminal device 9 and the notification device M12 through the terminal device 9, and the display device 11 displays that the registration number cannot be identified, and the notification device 12 emits a warning buzzer. Therefore, in this case, once the jacket 2
is pulled out from the storage box 4, and then the jacket 2, ie, the floppy disk 1, is stored again.

In this way, for example, a plurality of floppy disks 1 are stored in the storage box 4. In this case, the storage section 1 is stored in the compartment 6 where the floppy disk 1 is not stored.
The registration number field and file name value in the flag number 7 are blank.

When searching for the floppy disk 1 in such a stored state, the following operation is performed.

That is, the file name of the floppy disk 1 to be searched is input from the operation section 10 of the terminal device 9 to the input section 15 of the busy control device 13. CP according to this file name
U 14 checks the file name value of the coordinates in the storage unit 17,
The corresponding file name corresponds to the 7 isle name1-
The section 6 is confirmed, and the entire signal is output to the light emitting element 8 corresponding to the section 6 through the output section 16, and at the same time, the entire drive signal is output to the handling device 19.

As a result, the corresponding light emitting element 8 lights up, and the position where the desired Frembie disk 1 is stored is displayed. Also, at the same time, the handling device 19 is divided into parts according to the above-mentioned drive signal, and the corresponding '1'' of the storage box 4 is divided.
(7 o's heat music 1 stored in song section 6)
2) and load the 12 floppy disks into the floppy disk drive 18.

When the floppy disk 1 is inserted into the floppy disk drive device 18, the switch is activated and the signal is sent to the CPU 14 via the input section 15 of the control device 13.
is output to. C)' U 14 outputs a drive stop signal to the handling device 19 via the output section 16 in response to the signal, and also outputs a drive signal to the floppy disk drive device 18.

In response to the drive stop signal, the handling device 19 returns to the standby state before taking out the floppy disk 1, and stops there. Further, the floppy disk drive device] 8 reads the record corresponding to the desired file name by the above-mentioned drive signal output from the output section 16,
The recording signal is, for example, outputted to the CPU 14 via the input section 15 of the control device 13. The CPU 14 outputs the recording signal to the display device 1 of the terminal device 9 via the output section 16i.
Output to 1. The display device 11 displays the recording on the floppy disk 1 according to the recording signal.

For example, at the end of the search operation, a search end signal is sent from the operation unit IO of the terminal device 9 or input unit 1 of the control device 13.
The data is output to the CPU 14 via the CPU 5. In response to this search end signal, the CPU 14 outputs drive stop signal 18 to the floppy disk drive device 18 via the output unit 16i t2;
It also outputs a drive signal to the handling device 19. The floppy disk drive device 18 stops its drive in response to this drive stop signal. Also, the no-ndling device 19
is the floppy disk drive device 1 according to the drive signal.
The floppy disk 1 is removed from the storage box 8, and the floppy disk 1 is stored, for example, in the compartment 6 of the storage box 4 where the floppy disk 1 was previously stored.

When the floppy disk 1 is stored in the compartment 6, the input section 15 of the control device 13 is connected to the optical sensor 7.
A signal is output to the CPU 14 via
outputs a drive stop signal to the handling device 19 via the output section 16 in response to the Gi number. The handling device 19 handles the floppy disk l in response to the drive stop signal.
storage operation? It returns to the standby state it was in before, and stops there.

In addition, in the verification operation in the CPU 14 described above, that is, in the verification operation of the file name input from the operation unit 10 and the file capillary of the coordinates of the storage unit 17, if the fundamental tone of the corresponding file cannot be confirmed, CPU 1
．． 4 to, for example, the display device 10 of the terminal device 9 *d and +
,? 45 is output at +124 and 12, the display device 11 displays that the floppy disk 1 corresponding to the file name input from the operation unit 10 is not stored in the storage box 4, and the alarm device 12 outputs the number. The buzzer fires.

Further, when a desired floppy disk 1, that is, a jacket 2 is taken out from the storage box 4 by the handling device 19, the optical sensor 7 sends a signal to the input section 15i of the control device i13.
A signal is outputted to the CP 'U 14 via the CP 'U 14, and in response to this signal, for example, the corresponding registration number 4b'! in the coordinates of the storage unit 17 is output. : and the registered number and file name stored in the file name are deleted, and the registered number column and file name are left blank. At this time, the combination of registration number and file name stored at a location different from the coordinates of the storage unit 17 is not deleted.

Therefore, since the floppy disk 1 stored in the JR storage box 4 already has the registration number of the barcode 3 and the file name corresponding to this registration number stored as a pair, it is difficult to remove the floppy disk 1 from the storage box 4. and then write storage box 4
When storing the file in the file name file, select the file name again from the operation section 10 of the terminal storage 9. There are no inputs; that is, when the floppy disk 1 is stored in the storage box 4, a signal corresponding to the registration number of the barcode 3 is output from the photon sensor 7 to the control device 13. In response to this signal, the CPU 14 calls up the combination of registration number and file name stored separately from the coordinates in the storage unit 17, and reads the combination of the registration number and file name that corresponds to the position of the corresponding section 6. Please record the coordinates in the registration number column and file obsolete.1. e. Let it happen.

In the first embodiment configured in this manner, a very simple operation of inputting a file name from the operation panel 1υ of one of the terminal devices 9 when searching for the floppy disk 1 is automatically performed. Moreover, the recording on the floppy disk 1 can be transferred to the display device 11 of the terminal device 9.
It depends on what is displayed on the screen.

In addition, the V (
In such a case, store it in any position in the compartment 6 (
,・What kind of arrangement of floppy disk 1t of number of blocks υ]
Even if it is stored in the storage box 4, it can be operated accurately.

In addition, the floppy disk 1 once stored in the storage box 4
When storing the file in the storage box 4 again after taking it out, there is no need to manually input the file name from the operation unit 10, which simplifies the storage operation.

In addition, in the embodiment of the turtle 1 described above, the barcode 3
This can be done by forming the label M1 on the jacket 2, or by putting the mark M1 directly on the jacket 2, or by pasting the label M1 on the jacket 2 on which the barcode 3 is printed.
- You may also do so. Note that it is convenient to make the surface of the barcode 3 #ta with a completely transparent material or the like to prevent wear caused by contact with the guide 5 or the like. In addition, when printing barcode 3 on a label, in addition to the part where barcode 3 is printed, there is also an empty shaft where you can take notes, and a floppy disk.
・It is convenient to be able to write the representative file name etc. stored in 1.

4 to 6 are explanatory diagrams showing the entire second embodiment of the present invention, FIG. 4 is a block diagram showing a schematic configuration, and FIG. 5 is a storage box and a terminal provided in this second embodiment. FIG. 6, an external view of the apparatus, is a front view showing a plate-shaped recording medium provided in this second embodiment.

In this second embodiment, as shown in FIG. 6, a magnetic stripe 21 is provided as an identification medium, and this 1° interval stripe 21 is formed on the jacket 2. The contents of the magnetic stripe 21 include, for example, a registration number and an unidentifiable check section. In addition, as shown in FIG. It is designed to be driven by a drive mechanism (not shown) along the lines.

The aforementioned drive 'MA' is connected to the output 16 of the control device 1:3.

In addition, the area shown in Figure 5.4 has the above-mentioned magnetic stripe 2.
25 is a compartment 6 in which the jacket 2 into which the floppy disk 1 is inserted is housed. A position sensor that outputs the position k 'x W and outputs a signal. For example, it is a proximity switch, ward + 1! 1 + part 6
'1: Provides a mantissa corresponding to each of . The magnetic sensor and proximity switch 25 described above are connected to the input section 15 of the control device 13.

Note that the other configurations are similar to, for example, the first embodiment described above.

In this second embodiment, in addition to storing the floppy disk 1 into the storage box 4, the following operations are performed.

First, in the same way as in the first embodiment, the coordinates of the partitioned part (餉, registration number column, file name Kusunoki) are set in the storage unit 17, and the 60th position Iha of the partitioned part is set, for example, in FIG. 1.2 to jI from the left end to the right end.
3, .

Then, when storing the jacket 2 into which the floppy disk l has been inserted into the storage box 4 as shown in FIG.
The file name of the floppy disk 1 is inputted from the operating section 10 of any one of the terminal devices 9, and this file name is stored in a location different from the coordinates of the recording and storage section 17.

Further, when a file name is input to the control device 13 of the operating section 10 described above, the CPU 14 compares the registered cosmic translation of the coordinates in the storage section 17 with the file Keishi and the file name. Find the partition part value where is the empty axis, and search the partition part 6 stored in that partition part value.
A signal is outputted to the light emitting element 8 corresponding to the position via the output section 16. The light emitting element 8 indicates, for example, that fishing is possible and that the compartment 61j and the floppy disk 1 can be stored.

For example, when the entire position of the 11-stroke portion 6 of Nozu is inputted from the operation section 10 of the terminal device 9, the number 4a is outputted to the CPU 14 via the input section 15 of the 1 control device 13, c p LJ J, -s also outputs an output to the drive mechanism of the guide 22 corresponding to the position of the partitioned portion 6 through the output l516.
111 is actuated, and the guide 22 moves I-hyperactively until the groove of the guide 5 located in the desired section 6 along the axis 23 and the groove of the corresponding guide 2z collide. Next, for example, the above-mentioned guide 22 is operated in synchronization with the activation/determination of FiCi, and the control device outputs a drive signal from U 1.4 to the handling device 19 via the output section 16. Then, the jacket 2 into which the floppy disk 1 has been inserted is stored toward the guide 5 through the guide 22 by the handling device 19. At this time, the magnetic sensor Jun identifies the registered blue number gold of the magnetic stripe 21 formed on the jacket 2, and outputs the blue number corresponding to this registered ministry number to the input section 15. From now on, the registration number will be recorded in a separate location from the registration number forming the storage section 170. It is done. When the floppy disk 1 is stored in the storage box 4, the proximity switch 5 is activated, and the signal is transmitted to the input section 1.
5 (). As a result, the CPU 14 outputs a drive stop signal 1 to the handling device 19 via the output section lb.
At the same time, the position of the section 6 corresponding to the nearby signal related to the signal described above is confirmed, and the storage unit 17
Recall the registration number and file name stored in the storage unit 17, and input the registration number and file name to the registration valley number and file name Sen. Note 1. Basaseru.

At this time, the above registration number and file name are combined into a single combination, and a location other than the coordinates is also stored.

In addition, the ibis and C to which the signal is output from the optical sensor 7 mentioned above.
The F' U 14 outputs a signal to all of the light emitting elements 8 that are lit via the output unit 16 to stop lighting, and thereby all of the light emitting elements 8 are turned off.

In addition, in the case of identification by the above-mentioned ab air census (which resulted in the inability to donate each registration issue), the same information as in the first embodiment described in Mi1 is displayed on the display device 11 of the terminal device 9. 't:, f%! device [12 is Y'i report buser [is emitted.

In this way, for example, a number of floppy disks 1 are stored in the storage box 4.

In addition, the floppy disk 1 stored in this way
The search for PIiJ is performed in exactly the same manner as in the first embodiment described above.

In the second embodiment configured as described above, the search for the floppy disk 1 is performed in the same way as the first embodiment. This can be done automatically, and the search can be performed accurately regardless of the arrangement of the floppy disks 1 in the storage box 4. Regarding extraction 1. (&, Storage R% There is no need to input the file name when storing in 4 (, storage operation is simple. In addition, in this embodiment, the identification sensor, that is, the magnetic sensor, which is generally expensive) 21
Since it is only necessary to provide one on the leather, the manufacturer's ILI!
! '(t:'It can be made cheaper.

In this second embodiment, only the magnetic sensor 24 is fully assembled, but the 75B located in front of each individual sensor is
In other words, an erasing head is provided in the guide 22,
Enables complete erasure of the contents of the magnetic stripe 21, and erases the entire contents of the magnetic stripe 21. It may also be an M4 configuration capable of Mk recording.

FIGS. 7(a) and 7(b) are a side view of another example of the storage box 4, FIG. 7(a) is a front view, and FIG. 7(b) is a top view. .

In the fourteenth storage shown in No. 7121, the storage box 4
The front surface of the storage box 4 is equipped with a handle that can be easily handled and manually opened and closed, a hanging handle 27 that is easy to grasp, and legs 28 that can be folded at a predetermined angle. Turns on according to the opening and closing of the indicator lamp 29 and the rabbit 26.

It is equipped with a switch 30 that turns the OF on. The display lamp 29 and the switch 30 are connected to a battery (not shown) that performs a bank amplification to ensure that the record in the storage section 17 of the control box 13 is erased.When the door 26 is opened, the switch 30 is turned on. When 'J' is reached, the indicator lamp 29 lights up, and when G1) 26 is closed and the switch 30 is set to 'OF1.', the indicator lamp 29 is turned off.

In this way, there is a storage A1 ¥4 with +gJ and Q'
j1, the door 26 can provide dustproofing, and the hanging handle + O allows for easy carrying. In addition, when storing the floppy disk 10 in the storage box 4 or removing it from the storage box 4, the legs 28 are rotated as shown by the broken line in FIG. By holding and shaking the floppy disk, the entire box 4 of the storage A+i is opened, making it easy to take out the storage A,l・'' of the floppy disk 1.

Furthermore, the display rung 29 allows you to know the AV life of the backup month, making it clear whether the battery is replaced or not.

In addition, Fig. 8 (a), (b), (C), and (d) show the storage box 4.
In yet another example of explanatory drawings, No. 81 (a) is a front view, and Fig. 8 (b) is a front view, @8 La (C
1 is a perspective view showing the L-shaped guide tray held in one storage tray 4 shown in FIGS. 8(a) and 8(b), and FIG. 8(d) shows the state when the floppy disk is installed and removed. il:, fπ is a sectional view of a main part.

In the storage box 4 shown in FIG. 8 (aJ, (b)),
The above-mentioned manto 26, hanging handle 27, legs, and display lamp 29
, along with the switch 30, are connected to the port 26.
It is equipped with 31 solenoids, such as 6 chitose that open automatically. This solenoid 31 is controlled by g'1
1 is connected to the output section 16 of the 13, and the output section 1
It operates according to the signal output from 0. Also, Figure 8 (
32, not shown in a), is an L-shaped guide that can accommodate the floppy disk 1 or the insert 2, and has a grooved shape as shown in FIG. 8(C). ,
A guide 33 formed in the storage box 4 can be moved inside. , and as shown in FIG. 8(d), -j:si are provided corresponding to the claws t', which protrude by the first Buddha, and retreat by the disappearance, respectively, and the kite 33 of the storage phase 4,
It can be inserted into the hole 35 provided in the L-shaped guide 32 for EJ function.

It has become. Note that a drive means (not shown) for operating this pawl is connected to the input section 15 and output section 16 of the control device 13 described above, for example. Although not shown, this driving means includes a switch that detects that the L-shaped guide 32 is stored in the storage box 4 and outputs a signal to the control device 13;
An example is the proximity switch. Also 36 is L)
These springs are capable of suppressing the recaid 32 to the outside of the storage box 4, and are provided corresponding to each of the guides 33 for storage>'J4. The above-mentioned L-shaped guide 32, kite 33, claw 34, and the driving means, hole 35, and spring 3() of the claw 34 are connected to the floppy disc 1 when the jacket 2, that is, the floppy disc 1 is taken out. [Storage box 4
The extrusion means for extruding it forward is made of Kirinari.

In such storage A
i + Direct] Input the file name to 3 (depending on C, CP t
Solenoid 31 via output 1.6'z from J 14
The excitation key signal is outputted, and the addition 26 is thereby opened. Then, when the hole 35 of the L-shaped guide 32 and the claw 34 are opposed to each other, the claw 34 is driven. The means constitutes a proximity switch or actuates;
A signal is outputted from C)'U 14 of the control device 13 to the drive means through the output section 16, whereby the pawl 34
protrudes into the hole 35. The L-shaped guide 32 is locked to the storage box 4.

In addition, when the floppy disk 1 is stored, the Ci'tJ14
The entire signal is outputted from the output unit 16 to the driving means of the claw 34. This causes the claw 1 to retreat from the hole 35, and -
The force of the spring 36 pushes the L-shaped guide 32 forward of the storage box 4'.

Then, when the L-shaped guide 32 from which the floppy disk 1 has been taken out is pushed into the storage box 4 again, the hIJ
The aforementioned proximity switch is actuated and, in response to this signal, the solenoid 31 is deenergized and the force μ 26 is closed.

In the case of the storage box 4 which has been neglected in this way, the opening/closing operation of 126 is automatically carried out, and when the floppy disk 1 is searched, the floppy disk 1 to be searched is not detected in the storage box 4. This makes it easy to take out the floppy disk 1, ie, the jacket 2.

In the above-mentioned embodiment 1.2, only one storage box 4 is provided, but the present invention is not limited to this, and a plurality of storage boxes 4 may be provided in series. In this case, the coordinates of the storage unit 17? For example, the first
It is convenient to set the partition partial value for the second storage box 4 and the partition partial value for the second storage box 4.

Further, in the above-mentioned embodiment 1.2, the light emitting element 8 is turned on according to the signal output from the control device 13, but the present invention is not limited to this, and the control device 13
The light emitting element 8 may be one that changes from lighting to off in response to No. 41 output from Good too.

Further, in the above-mentioned embodiment 1.2, the light emitting element 8 is used as a display means provided in relation to the partitioned portion 6. Although the present invention is not limited to this, for example, the position of the partition portion 6 may be changed. It may also be one that displays numbers, characters, etc.

Further, in the above-mentioned embodiment 1.2, the display means is a purple film made of the light emitting element 8, but this display means is not essential in the present invention, and therefore this display means is not required. It is also possible to have a configuration in which this is removed.

Further, in the first embodiment, the barcode 3 is used as the identification medium.
In addition, in the second embodiment, the magnetic stripe 21 is used as the identification medium, but the present invention is not limited to this. It is also possible to adopt a configuration in which identification is made according to the degree of the notch.

In addition, in the above-mentioned embodiment 1.2, the identification medium is formed on the jacket 2, but the present invention is not limited to this.
For example, the identification medium may be formed on the floppy disk 1 (or the jacket 2) may be provided with a rigid case that can accommodate the identification medium.

Further, in the first and second embodiments, the alarm device 12 of the terminal device 9 emits an alarm buzzer, but the present invention is not limited to this. It may be planted in such a way.

Furthermore, although the floppy disk 1 is used as the plate-shaped recording medium in the above embodiment 1.2, the present invention is not limited to this.

Since the search display of the present invention is configured as described above, by realizing an automatic search of a plate-shaped recording medium, the record of the plate-shaped recording medium can be automatically displayed and set. Therefore, it is very effective to spend almost no time searching. In addition, during the search operation, the searcher does not apply pressure evenly to the plate-shaped recording medium, and therefore, damage to the plate-shaped recording medium can be prevented. Furthermore, according to the present invention, +)l terminal devices 7 can be provided, and any of the terminal devices 7 can be automatically searched.
Since it is possible to perform terminal 4.2'+
There is also the effect that the terminal device can be placed at a sufficient distance from the storage box without missing the same arrangement constraints τ between M and the storage box in which the plate-shaped recording medium is stored.

[Brief explanation of the drawing]

1 to 3(a) and 3(b) are explanatory diagrams showing a first embodiment of the search device 1 of the present invention, FIG. 8iii is a block diagram showing a schematic configuration, and FIG. 3(a), an external view of the storage box and terminal device provided in the first embodiment, is a plate-shaped recording medium provided in this embodiment. Figure 3(b) is a front view showing the plate-shaped recording medium pipe, and Figures 1 and 4 to 6 are explanatory diagrams showing the second embodiment of the present invention. FIG. 4 is a schematic block diagram of the first embodiment, FIG. 5 is an external view of the storage box and terminal device in this second embodiment, and FIG. FIG. 7 (a8 (11)) is an explanatory view showing another example of the storage box provided in the present invention, and FIG.
a) is a front view;
FIG. 8(a) is a front view, FIG. 8(b) is a side view, and FIG.
FIG. 8C is a perspective view showing the L-shaped guide provided in the storage boxes shown in FIGS. 8A and 8B, and FIG. 1... Floppy disk (plate-shaped recording medium),
2...jacket, 3...barcode (identification medium), 4...storage box, 5.22.33...
... Kite, 6 ... Compartment part, 7 ... Optical sensor (identification sensor), 8 ... Light emitting element (indicator), 9 ... Terminal device, 10...Gosong production department, I■...Display device, 12...This...
Information device, 11 ... CPU (central processing device r'''i
), 15...input section, 10...output section, 17
・・・・・・Note 1. (Yo part, 1b... Floppy disk λ5 Tairikiki major (Hakuzuki Matari device), 19...
・・Handling device, 2U・・・・A1 Sakiki stripe (resistance 1:: different medium), container・・・・Axis, 24・
...Magnetic sensor (identification sensor), station...
Proximity switch (position sensor), 2b...addition, 27
... Hanging handle, 4 ... Legs, 29 ... Indication lamp, 3U ... Switch, 3] ... Solenoid, 3z ... L-shaped kite , 34...claw, 35...hole, 36...splash. Sai II 2] Sai 4 Figure Sai Ji Figure/N7 '6's

Claims (9)

[Claims] (1) A plate-shaped recording medium, a storage box having a mantissa of 1-mJ'rf, and a storage box having a mantissa of 1 mJ'rf, which can accommodate the plate-shaped recording medium.
ls position and an identification name of the root-shaped recording medium, a control device configured to store all information on the storage unit; an input means for inputting position information of the divided portion in which the plate-shaped recording medium is stored; a reading device that is tracked by the device and is capable of reading records on the plate-shaped recording medium; and a reading device that is connected to the control device and that stores and takes out the plate-shaped recording medium in the storage box and takes out the plate-shaped recording medium. a handling device that can be gradually inserted into and removed from the reading device, and a terminal device that is connected to the control device and that is capable of inputting an identification name of the plate-shaped recording medium and displaying the record of the plate-shaped recording medium, The position of the divided portion is stored in advance in the storage unit,
(6) When a plate-shaped recording medium is stored in the storage box, the occupational name of the plate-shaped recording medium is stored in the storage unit via the terminal device, and the position information input from the input means is also stored. Accordingly, the identification name of the plate-shaped recording medium is stored in the storage unit in relation to the position of the partitioned portion, and when searching for the plate-shaped recording medium stored in the storage box, the identification name of the plate-shaped recording medium is stored in the storage unit. The identification name of is specified, the position of the partition part corresponding to the identification name is selected in the storage section, a signal corresponding to the position of the partition part is output from the 1jiJ control device to the handling device, and the handling device The device takes out the plate-shaped recording medium, the plate-shaped recording medium is loaded into the reading device, and the terminal device displays all records on the plate-shaped recording medium in response to a signal output from the reading device. A search device characterized by: (2) An identification medium is provided in association with the plate-shaped recording medium, and the input means is capable of identifying the contents of the identification medium, and the storage unit stores the position of the divided portion and the name of the plate-shaped recording medium together with the identification medium. The contents of the identification medium and the identification name of the plate recording medium are stored in the storage device in accordance with the position information input from the input means in relation to the position of the partitioned portion. 1. A search device according to item (1) of the patent, range at the end of the line, characterized in that it is (translated). (3) The search device as described in paragraph (1) of the requirements for prefectural approval 1:11, which is a plate-shaped recording medium or a floppy disk, and the 1-tracking device is a 1-drive device for the floppy disk. . (4) The feature of the present invention is that a plurality of terminal devices are provided. (5) Control A's M Self - Disappearance of the memory contents of the giant part? Preventing Banok Anopuno ('Lli Ike to have a ban special pme and 1-request for the month of Kuno') Article 1)
. (6) The NtJ surface of the storage box τ can be exposed to 〃1;
(L) IM of the 4th grade of J engineering. (7) Is it possible to use IJ to open and close the lungs?
Features 21 The W1 - An inspection device as set forth in claim (6). (8) The retrieval device according to item (]) of the scope of the patent application, wherein the storage box has legs that can be held in an inclined state. (9) The retrieval device according to paragraph (1) of subsection a.'1 of the patent claim, wherein the storage box has a hanging handle that can be grasped. (The IO storage box stores all plate-shaped recording media when searching.
Extrusion means for automatically extruding in front of '+i 1-4-
A search device according to claim (1), characterized in that: