CN1078564A - Computer-controlled multi-media processing device - Google Patents
Computer-controlled multi-media processing device Download PDFInfo
- Publication number
- CN1078564A CN1078564A CN 93105444 CN93105444A CN1078564A CN 1078564 A CN1078564 A CN 1078564A CN 93105444 CN93105444 CN 93105444 CN 93105444 A CN93105444 A CN 93105444A CN 1078564 A CN1078564 A CN 1078564A
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- Prior art keywords
- generator
- disk
- chamber
- magnetic tape
- tape cassette
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- G—PHYSICS
- G11—INFORMATION STORAGE
- G11B—INFORMATION STORAGE BASED ON RELATIVE MOVEMENT BETWEEN RECORD CARRIER AND TRANSDUCER
- G11B33/00—Constructional parts, details or accessories not provided for in the other groups of this subclass
- G11B33/12—Disposition of constructional parts in the apparatus, e.g. of power supply, of modules
- G11B33/125—Disposition of constructional parts in the apparatus, e.g. of power supply, of modules the apparatus comprising a plurality of recording/reproducing devices, e.g. modular arrangements, arrays of disc drives
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- G—PHYSICS
- G11—INFORMATION STORAGE
- G11B—INFORMATION STORAGE BASED ON RELATIVE MOVEMENT BETWEEN RECORD CARRIER AND TRANSDUCER
- G11B19/00—Driving, starting, stopping record carriers not specifically of filamentary or web form, or of supports therefor; Control thereof; Control of operating function ; Driving both disc and head
- G11B19/02—Control of operating function, e.g. switching from recording to reproducing
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- G—PHYSICS
- G11—INFORMATION STORAGE
- G11B—INFORMATION STORAGE BASED ON RELATIVE MOVEMENT BETWEEN RECORD CARRIER AND TRANSDUCER
- G11B25/00—Apparatus characterised by the shape of record carrier employed but not specific to the method of recording or reproducing, e.g. dictating apparatus; Combinations of such apparatus
- G11B25/04—Apparatus characterised by the shape of record carrier employed but not specific to the method of recording or reproducing, e.g. dictating apparatus; Combinations of such apparatus using flat record carriers, e.g. disc, card
- G11B25/043—Apparatus characterised by the shape of record carrier employed but not specific to the method of recording or reproducing, e.g. dictating apparatus; Combinations of such apparatus using flat record carriers, e.g. disc, card using rotating discs
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- Packaging For Recording Disks (AREA)
- Feeding And Guiding Record Carriers (AREA)
Abstract
A kind of computer control multi-media processing device, have and use disk that the top loads generator again, one boxlike ROM generator again is installed on its chamber and uses IC-card or magnetic tape cassette ROM etc. and an indoor computer control that is installed in described arbitrary generator more optionally to use two generators again.Installing space required for the present invention is littler than the conventional apparatus needs.Adopt the descending manner loading method, realize from last placement disk to described rotating disk.And computer control is contained in any indoor manufacturing cost that reduced of generator again, simplified load operation and number of components and installation step.
Description
Present invention generally relates to a kind of computer-controlled multi-media processing device, particularly relate to a kind of so computer-controlled many media processing unit, it can be read, the control and the needed information software of regenerating, this software is to be recorded in such as CD-ROM magnetic tape cassette ROM, on the foreign medium of IC-card or other analog.
Up to the present, for example habitual computer control multi-media processing device is shown in Fig. 3 b.This device is first example of the prior art of habitually practising.This treating apparatus 1 by disk again generator 3 and magnetic tape cassette ROM again generator 4 form.Described disk again generator 3 have a flat body part 36 that the quad flat upper surface arranged and one from described main part 3a while stretch out and be furnished with on electric and said boxlike ROM again the unitor that links of generator 4 coupling part 3b, said boxlike ROM again generator 4 have one in the face of the connector receptacle 4a that is provided of described coupling part 3b and one thereon the surface magnetic tape cassette that receives magnetic tape cassette ROM5 load partly.Said boxlike ROM again generator 4 be installed in described tape again the upper surface of generator 3 make and the described medial surface partly that connects contacts, with realize and described disk again generator 3 electrically link.Described disk generator 3 more also has a boxlike loading system, uses unshowned in the drawings boxlike charger, can with above be placed with the type disk box 2A put into described generator again 3 or therefrom take out.
Device shown in Figure 38 is the 3rd embodiment of habitual device.Described device 11 is provided by people's computing machine one by one and one that the disc driver 13 of top-loaded method forms, and described personal computer 12 and described disc driver 13 are coupled to each other by shielding line 14.
At last, device shown in Figure 39 is the 4th example of habitual device.Described device 66 is flat, square by one, disc unit 17 and flat, a square magnetic tape cassette ROM cell 18 of use top-loaded method are formed.Unit two electrically are linked together by socket 17a and the 18a that installs on each relative side.
In above-mentioned example, each all has following shortcoming: referring to the device shown in Figure 36 1, when described magnetic tape cassette ROM cell 4 is to be contained in that flat shank 3a goes up and on electric and described the connections part 3b of described disc unit 3 when linking, Unit two firmly are linked together.But, because described disc unit 3 uses the pellet type loading method to load disk, like this, because the requirement of plate rail, plate rail guiding and plate rail drive motor, the load maintainer that loads described minidisk becomes complicated, and owing to increased parts and installation step, it also becomes expensive.
Referring to the described computer control multi-media processing device 6 shown in Figure 37.Described device is made of as a whole 3 unit.Each unit must be again an independently unit, and this is just expensive more.In addition, because this device has many connection parts, the connection that easier generation is bad and causing the accident.
In addition, referring to described computer control multi-media processing device 16 shown in Figure 39, described disc unit 17 and described magnetic tape cassette ROM cell 18 are linked together at same vertical plane, assemble closely knitly relatively, but in the process that transmits described device 16, need with the hands arrest each unit, produce considerable bending force owing to partly producing distortion described connection socket 17a and 18b and they contiguous, this just tends to have an accident.
Equally, the 5th example referring to described computer control multi-media processing device shown in Figure 40, because image processing function, extended memory and pulse code modulated function or similar equipment are installed in the described disc unit 17, printed circuit board (PCB) (back claims PCB) becomes excessive, when described printed circuit board (PCB) being divided two partly place, need on electric, connect two plates again, therefore, described disc unit 17 trends become too big, owing to increased printed circuit board (PCB), tie cable is very expensive.
The invention solves the existing problem of above-mentioned technology, a kind of computer control multi-media processing device is provided.It only needs little assembly space, a spot of parts, less device step, low cost, strong construction as a whole, minimum electromagnetic screen and and seldom accident occurs.This because magnetic tape cassette ROM again generator install and be connected in disk again above the generator, this disk generator again uses its top to adorn the top-loaded system of disk.
The feature of computer control multi-media processing device of the present invention is: the generator again of the disk with top-loaded method is provided, and boxlike magnetic sheet ROM is installed in disk again on the chamber body of generator again.Described magnetic tape cassette ROM generator again uses IC-card or magnetic tape cassette ROM or analog, and computer control is contained in the indoor of described arbitrary generator and selectively uses two described controllers.Use when of the present invention, when described magnetic tape cassette ROM again generator be to be contained in described disk when linking with it on the chamber body of generator and on electric again, the required installing space of this device only is for assembling the described disk space of the described chamber of generator again, thereby makes that the requisite space space more required than habitual device is little.
When described disk again generator also adopt and transfer loading method, placing described disk downwards from top position is possible to rotating dish, this has simplified loading, has reduced required parts and installation step, and then has reduced manufacturing cost.
In addition, because computer control is to be contained in any chamber body of two described generators again, this just may further reduce required parts and make device compacter.
In a preferred embodiment of the present invention, described computer control multi-media processing device be characterised in that described disk again the configuration of the chamber body of generator resemble a dry goods, have neck and trunk partly, the chamber body of described magnetic tape cassette ROM is installed on the described trunk.
Referring to the present invention, when described disk again the disk load maintainer of generator be placed in neck, and described magnetic tape cassette ROM again the body chamber of generator be placed in described trunk when partly going up, needed installing space only limits to the described horse shape disk assembly space of generator again, has caused the assembly space that more reduces.
Equally and since described disk again the disk load maintainer of generator used so-called top-loaded method, this just may be with described minidisk simply from upper position to transferring on the rotating rotating disk.
And then, since described magnetic tape cassette ROM again the chamber of the main body of generator be contained in described disk again generator trunk partly, two the more electric connection of generator be partly and at described neck described disk partly directly to connect between the shank of generator again on the limit of generator again at described ROM.
In another preferred embodiment, described computer control multi-media processing device be characterised in that described disk again the disk charger of generator form by chamber body, operating means and interlock.Described operating means changes the described locked position and the lockset position of coupler partly that load of described disk charger mutually, and when unblanking, open the described lid partly that loads, described interlock makes described operating means towards the direction operation of unblanking by the operation of other direction.
In the present invention, for opening said lid, operating means is operated on both direction, like this, said lid just can not opened owing to careless operating of contacts or additional physical shock, and its result has avoided the damage of disk.
In another preferred embodiment, according to computer control multi-media processing device of the present invention be characterised in that described horse shape disk again the chamber body of generator be divided into two parts: provide between floor chamber body and the top chamber and keep partly, be under the jurisdiction of the described disk edge of the printed circuit board (PCB) on the connector of generator (77) again in order to clamp to be inserted into.Use this structure, when the described chamber of the described disk generator of assembling, the device of just may installing simultaneously and be fixedly connected is to described circuit board, and this has just saved the required work in location and mounted connector and printed circuit board (PCB).
Another one is preferably according to computer control multi-media processing device of the present invention, and the receiver that it is characterized in that containing partly relevant and accessory is installed to described disk again on the chamber of generator.
Also can contain relevant partly and the piece of annex be placed in described disk again on the front of the described chamber of generator, this said relevant part and accessory bag be contained in described receiver or described in.
In addition, in the embodiment of the many matchmakers of another computing machine of preferably finishing according to a present invention treating apparatus, the described disk chamber of generator again is provided with a box-like body, and it has the load ports of disk charger, and can pivotally support a lid.This covers on described load ports load ports is opened or closed.When using said structure, when said lid around described pivot and described magnetic tape cassette ROM again generator rotate together, and said load ports be open the time, described disk charger is also simpler than the situation of the preceding loading system of the disk with convention.Equally and since described magnetic tape cassette ROM again generator be fixed on described disk again above the generator, it is less that the basal surface of described device becomes as a whole.
In addition, in another embodiment of computer control multi-media processing device of the present invention, the described disk described chamber of generator again is to be provided by a box-like body with disk charger load ports, and the chamber of described magnetic tape cassette ROM is following formation: it approximate to described load ports open surperficial parallelly move and open or close described mouth.Use this structure, just can adopt disk charger with so-called top loading system.Because the top loading system needs less parts than preceding loading system, this just may realize than the device of routine compacter and low-cost apparatus.Since can by move horizontally described magnetic tape cassette ROM again generator described load ports is opened and closed, so, no matter when can from described magnetic tape cassette ROM again generator take down IC-card merit magnetic tape cassette ROM, like this, the operability of device has strengthened.
In another embodiment of computer control multi-media processing device of the present invention, described disk again the chamber of generator be by one described disk again under the generator and the support member that has an integral installation described magnetic tape cassette ROM regenerator thereon provide.In such application, when in use, because described magnetic tape cassette ROM generator again is approximately horizontally to be installed on the support member, described disk generator again is to be placed on to allow described magnetic tape cassette ROM is encased in magnetic tape cassette ROM generator or therefrom take down the position again, and then on the position, be higher than described ROM generator again when placing, install and remove said disk or ROM tape cassete and in generator more separately, become easy.In addition, can be encased in described disk generator again from top described disk, this can reduce expense and make device compacter.
In the another one embodiment of computer control multi-media processing device of the present invention, the described disk described disk charger of generator again is placed the generator level on one side again with described magnetic tape cassette ROM that is close to.In this is used, because the almost horizontal that described disk charger is placed is loaded onto or unloaded disk in the horizontal direction and is easy to realize.
In another embodiment of computer control multi-media processing device of the present invention, the described disk described disk charger of generator again is placed and is close to that the back side of generator is vertical again with described magnetic tape cassette ROM.
In another embodiment of computer control multi-media processing device of the present invention, the described disk described charger of generator again is placed and is close to that the limit of generator is vertical again with described magnetic tape cassette ROM.
Can be better by detailed description below in conjunction with accompanying drawing, more easily understand theme of the present invention and characteristics:
Fig. 1 is the skeleton view of first embodiment of the many matchmakers of a computer control of the present invention treating apparatus;
Fig. 2 is the profile perspective of the computer control multi-media processing device shown in Fig. 1;
Fig. 3 is the part cross-section side view of the computer control multi-media processing device shown in Fig. 1;
Fig. 4 is the theme sectional drawing partly of the computer control multi-media processing device shown in Fig. 1;
Fig. 5 removes the magnetic tape cassette skeleton view that comprises annex of the computer control multi-media processing device of generator again among Fig. 1;
Fig. 6 removes the magnetic tape cassette ROM skeleton view that contains another one annex part of the computer control multi-media processing device of generator again among Fig. 1;
Fig. 7 is the block stereographic map partly of the computer control multi-media processing device of Fig. 1;
Fig. 8 is the basic vertical profile side view partly of locking device of the computer control multi-media processing device of Fig. 1;
Fig. 9 is the skeleton view that locking device shown in Figure 8 launches;
Figure 10 is the basic vertical profile side view partly of another locking device of computer control multi-media processing device shown in Figure 1;
Figure 11 is the expansion skeleton view of locking device shown in Figure 10;
Figure 12 is the vertical side view of the fast stop mechanism of computer control multi-media processing device shown in Figure 1;
Figure 13 is the vertical front view of the fast stop mechanism of the described lid shown in Fig. 5;
Figure 14 is the expansion skeleton view of the fast stop mechanism of Figure 12;
Figure 15 is the block scheme of magnetic tape cassette ROM of the control multi-media processing device of computing machine shown in Figure 1;
Figure 16 is the block scheme of the CD-ROM controller of the computer control multi-media processing device shown in Fig. 1;
Figure 17 is the block scheme of the CD-ROM driving mechanism shown in Figure 16;
Figure 18 is the block scheme of another controller of generator again of the CD-ROM shown in Figure 16;
Figure 19 is another controller block scheme of generator again of the CD-ROM shown in Figure 16;
Figure 20 is the expansion skeleton view of the 2nd embodiment of computer control multi-media processing device of the present invention;
Figure 21 is the skeleton view of generator again of the disk shown in Figure 15;
Figure 22 is the expansion skeleton view of the 3rd embodiment of computer control multi-media processing device of the present invention;
Figure 23 is that the computer control multi-media processing device shown in Figure 22 is at the skeleton view of opening under the situation;
Figure 24 is the expansion skeleton view of another embodiment of computer control multi-media processing device of the present invention;
Figure 25 is that the computer control media processing device shown in Figure 24 is at the expansion skeleton view of opening under the situation;
Figure 26 is the skeleton view of computer control multi-media processing device the 4th embodiment of the present invention;
Figure 27 is the action skeleton view of the computer control multi-media processing device shown in Figure 26;
Figure 28 is the skeleton view of back up pad under assembling of the computer control multi-media processing device shown in Figure 26;
Figure 29 is the sectional drawing of the basic part of the computer control multi-media processing device shown in Figure 25;
Figure 30 is another embodiment skeleton view of the computer control multi-media processing device shown in Figure 26;
Figure 31 is the basic part sectional drawing of the computer control multi-media processing device shown in Figure 30;
Figure 32 is the 5th an embodiment skeleton view of computer control multi-media processing device of the present invention;
Figure 33 is the skeleton view of another embodiment of the computer control multi-media processing device shown in Figure 32;
Figure 34 is the skeleton view of the inboard of the lid shown in Figure 33;
Figure 35 is the skeleton view of another embodiment of the computer control multi-media processing device shown in Figure 32;
Figure 36 is the skeleton view of first example of the computer control multi-media processing device habitually practised;
Figure 37 is the expansion skeleton view of second example of the computer control multi-media processing device habitually practised;
Figure 38 is the expansion skeleton view of the 3rd example of the computer control multi-media processing device habitually practised;
Figure 39 is the expansion skeleton view of the 4th example of the computer control multi-media processing device habitually practised;
Figure 40 is the expansion skeleton view of the 5th example of the many matchmakers of the computer control treating apparatus habitually practised;
Embodiments of the invention are described in detail as follows with reference to the accompanying drawings:
Fig. 1 to Figure 19 has provided first embodiment of computer control multi-media processing device of the present invention.The structure of said embodiment is at first described.
In Fig. 1 to Fig. 7, computer control multi-media processing device 21 has so-called top-loaded method by one, and generator 23 and a magnetic tape cassette ROM cell 25 that produces magnetic tape cassette ROM24 are again formed again the CD-ROM of disk 22 above the top is put into it of for example minidisk.Said CD-ROM is the L type that is similar to horse, one side it has from its main body 23A that stretches out vertically upward and the controller 23B that flatly stretches out from it.The flat chamber 25B that comprises the main body 25A in the described magnetic tape cassette ROM cell 25 is placed on the upper surface 23a of described controller 23B.
Described CD-ROM again generator 23 described main body 23A above part, be load ports 28 with disk load maintainer 27 of rotating disk or analog.In addition, the lid 33 that said mouth is opened or closed is to be installed on the described chamber 23C by locking device.Equally, the described chamber 23C that is parallel to described load ports 28 than upper surface on, a slotted hole is arranged, have the operating means 29 of handle 29A with placement, shown in Fig. 8 and 9.Lower position below the described slotted hole in described chamber 23C is equipped with the rotatable latch fitting that is supported on the 31A.The cylindrical sleeve 29B of described operating means 29 is inserted on the control lever 31B that stretches out from described latch fitting 31 slidably.Particularly in this embodiment, for preventing to lose cooperation with described operating means 29, the joggle piece 31C that stretches out from the side surface of described control lever 31B is placed on the fenestra 29C that is opened on the described cylindrical sleeve 29B, and controls described operating means and move along the length direction of described control lever 31B.In addition, stage clip 32 is inserted into described operating means 29, and an end of described spring 32 withstood on the top of said control lever 31B, therefore, by pressing described handle 29A to head on described spring 32 downwards, described operating means 29 is movably moved in the scope at described joggle piece 31C.In addition, described operating means 29 has a guide groove 29D below described handle 29A.Corresponding to groove 29D, in described slotted eye 30, form guide rail 30A, it meets at right angles with respect to the moving direction of described groove 29A.Equally in this embodiment, described guide rail 30A is curved, thereby makes it can follow the radian of its center corresponding to described axle 31 centers.Because such structure, when the terminal portion of described handle 29A pressurized and described guide rail 30A is not meshed with guide-track groove 29D, move and while press handle 29A by the direction of described operating means 29, make latch fitting 31 to move around described axle 31A along described guide rail 30A.
In addition, described latch fitting has an integrally formed locking bar 34a thereon.Passes the edge that is centered around described load ports 28 facing to the hook-type at described lid 33 edges nail 34A and form groove 28B and contact described load ports 28, and said hook-type nail 34A is positioned so that the engagement that the edge of itself and described lid 33 forms partly 33A be meshed.And then the 28C that is meshed with the edge of said lid 33 forms on described load ports 28, and described 28C has a through hole 28D, and to cover 33 push rod 35 be to place from described through hole 28D with stretching out in order to open.Upwards push away in order to cover 33, described push rod 38 is integrally formed with latch fitting 31, and rotates around described axle 31A by described latch fitting 31, thereby extends to the top of described through hole 28D.On described latch fitting 31, also integrally form an elastic plate 36 that extends to described 28C.In order to ensure the elasticity of elastic plate 36, comprise that the described elastic plate 36 of described latch fitting 31 can constitute by having enough flexible resilient material, or said plate 36 is to be made of spring material.With such arrangement, at locked position, because the effect of latch plate 36, described hook-type nail 34A just can partly be meshed with the engagement of described lid 33.
In said structure, even only said handle 39A requires to move on directions X shown in Figure 8 forwardly, but because above-mentioned interlock mechanism, said cylindrical sleeve 29B has just begun to contact with the end of described guide rail 30A, and moving of described handle 39A just has been prevented from.Therefore, even the operator pushes away described handle 29A inadvertently towards directions X.Or some physical shock has taken place, described latch fitting can't be around described axle 31A rotation.Therefore, in the same way, although described handle 29A also can avoid unblanking rectangular the moving up (on the Y direction in Fig. 8) of operation post 31B, this is because effective operating physical force does not act on the described latch fitting 31.Equally,, just must head on spring 32 and depress described handle 29, the end of described guide groove 29D and described guide rail 30A is meshed in order to unblank, and on directions X mobile handle 29A.With such operation, described latch fitting 31 is moved around described axle 31A, remove to rotate said locking bar 34, described hook-type nail 34a no longer is meshed with the engagement part 33A of described lid 33.In this case, extension rod 35 is upwards shifted described lid 33 onto half-open position.When returning to original position by handle 29A and pin described locking closure, under the effect of described lid 33, described hook-type nail 34A is meshed with described engagement part 33A.
Figure 10 and Figure 11 show the another one embodiment of described locking device, in this embodiment, described operating means 29 is placed on the position from the described control lever 31E of the extended described latch fitting 31 of described axle 31A one side individually, described handle 29A is placed in the described slotted hole 30, and can move by the directions X shown in Figure 10.
On the bottom of slotted hole 30, be provided with and prevent to distinguish 30A ' and one under the higher pressure than preventing to distinguish 30B ' under the low pressure.Described handle 29A is placed in the described district and can moves along directions X.In the bottom of described slotted hole 30, form a stria 30C ' who extends along directions X.The described hook stick 29E of described operating means 29 extends downwards, and the end of described excellent 29E is facing to described control lever.In addition, in this embodiment, a pair of block 29F that meshes with two bottom sides of described stria 30C ' forms on the bottom side of described hook stick 29E, to prevent described operating means and the 30 forfeiture engagements of described slotted hole.Equally, the stage clip that keeps operating means 29 at the part 32 shown in Figure 10 and 11 ' be.
Use said structure, although said handle 29A is pressed towards X ' direction, and described operating means 29 has been moved in careless contact or under unexpected mechanical shock, but only with regard to described operating means 29 under the tangential movement situation, described hook stick 29E does not promote the control lever 31E of described latch fitting 31.Equally, prevent to distinguish 30A ' time when handle 29A is pressed downwardly onto, owing to being prevented from along moving of Y ' direction of described operating means 29, described latch fitting 31 does not still move.Utilize this structure, when correctly discharging (shown in Figure 10 is locked position) when covering 33, but need prevent to distinguish 30A ' and move described handle 29A from described depressing to operational zone 30B, thereby operating described handle 29A moves along Y ' direction, pushing operating rod 31E, and latch fitting 31 is moved around axle 31A with described hook stick 29E.
In this case, described latch fitting 31, locking bar 34 and push rod 35 are identical with described embodiment with other move mode.
Equally, in each aforesaid embodiment, be in the position of opening fully in order to keep described lid 33, fast stop mechanism also is placed on the pivot of described lid 33.Shown in Figure 12-14, a pair of fan-shaped geometrical clamp 33B is contained in the both sides of described lid 33, cuts described geometrical clamp 33 and forms a pair of elasticity tongue 33C and 33D, and a large amount of projection (beaf) 37 and 38 forms on described tongue.Other direction, a large amount of plates 39 that face toward described geometrical clamp 33B are configured as described chamber 23C, on described each plate, the slotted eye 37B that carves a pair of arc stria 37A and open, thus the center of determining the axle of plate 33 is exactly the center of radian.
Use this mechanism, when described lid 33 around described when rotation axle, described protruding 38 and the corresponding surface of described plate 39 contact.Under the effect of elastic component 33D, contact with described corresponding surface and slide thereon.In addition, described protruding 37 slide on described plate 39, and and described protruding 38 in the motion of described deep-slotted chip breaker 37a it doesn't matter, flexibly enter the described slotted eye 37B that carves then.In this case, because the effect of described fast stop mechanism, described lid 33 remains on the position of standard-sized sheet, and can not optionally shift to off-position.
Shown in Fig. 2 and 3, again on the sidewall 23b of the described main body 23A of generator 23, unitor 40 is installed at described CD-ROM.Facing to unitor 40, the unitor 41 that another one can be inserted described unitor 40 is installed on the sidewall 25a of main body 25A of described magnetic tape cassette ROM cell 25.
Front-angle in described magnetic tape cassette ROM cell 25 has a unitor 43, is used for connecting operating rod or analog (not shown).In addition, in a side of the upper surface of described main body 25A partly (not shown) of control is housed, the opposite side of said main body 25A upper surface is provided with into the magnetic tape cassette that loads magnetic tape cassette ROM loads partly 44, as shown in Figure 2.Equally, be provided with L shaped 4 hooks of downward extension on the basal surface 25b of described magnetic tape cassette ROM cell 25, the engagement mouth 46 that described hook and described CD-ROM form on the upper surface of generator 23 again is meshed.Described magnetic tape cassette ROM cell 25 is can be contained in described CD-ROM again on a of generator 23 with unloading.
Described unitor 40 be installed in electric on can with printed circuit board (PCB) 47 that described main circuit board 42 links to each other on, and be placed on top chamber 23C " in controller one assembling window in, top chamber 23C " and goes up the formed 23C ' of bottom compartment facing to the sidewall 23b of described upper surface 23a and has constituted described chamber 23C together.So, unitor 40 and described top chamber 23C " inside separate.In this case, " position of described unitor 40 has just been determined in the maintenance with a pair of respective grooves 49A and 49A ' partly 49 and 49A '; by above the described printed circuit board (PCB) of clamping between described groove 49A and 49A ' and lower edge for described 23C ' of bottom compartment and top chamber 23C.The 23C ' of bottom compartment " can be connected together with top chamber 23C by device such as screw etc.In addition, when described unitor 40 is installed on the described unitor assembly wall 48, for the elastic nail 48A that flexibly supports described unitor 40 at top chamber 23C " in formation.Therefore, described unitor can maintain securely.Equally and described unitor 40 form the substrate that whole described printed circuit board (PCB) can be used as extended memory.
As shown in Figure 5, on the upper surface 23a of described controller 23B, carve one or more grooves to form annex splendid attire part 50.Described annex splendid attire partly 50 shape and size that had is in order to pack into as the AC adapter 51 and the battery 52 of computer control multi-media processing device 21 annexes.In this embodiment, after described annex was inserted into described position or part, described magnetic tape cassette ROM cell 25 can not be subjected to the overslaugh of described part and pack into.
When as shown in Figure 6 method splendid attire annex, the method for described splendid attire annex does not limit aforesaid method.Promptly in this case, in described AC adapter is comprised in, described plug end is protruded upward.In this case, on the basal surface of described boxlike ROM cell 25,, described magnetic tape cassette ROM cell 25 can be installed to the ad-hoc location of described controller 23B by the groove that receives described plug end 54 is provided.
Equally, the container that receives described annex is not confined to the upper surface 23a of described controller 23, it also can be installed in other position shown in Figure 7, promptly be installed in the described CD-ROM side surface of the controller 23B of the described chamber 23C of generator 23 again, being attached on the described chamber 23C of bag 56 lumps of described relevant part of splendid attire or annex, and be not subjected to described disk load maintainer 27 and the described influence that is contained in the cartridge cell 25 on the controller 23B.Especially in this embodiment, described bag 56 is to be attached on the side of the main body 23A that is equipped with disk load maintainer 27, causes to be divided into the bag 56D that encode (joy code) controlled in bag 56A that receives the disk cartridge 57 of adorning disk 22, bag 56B that is received in the described boxlike ROM24 of described controller 23B side, the bag 56C that receives described controller buffer (joy pad) and reception respectively.
Be used for controlling the controller 21 of working described unit 25 and be installed in described magnetic tape cassette ROM cell 25.Figure 15 is the block scheme of the controller of described magnetic tape cassette ROM cell 25.Insert described boxlike ROM24 and arrive described boxlike ROM cell 25 operation control 61 independently.Interface (I/F) 62, the CPU64, the RAM65 that receive system bus 63, input controller 66, image controller 67, be used for RAM68, sound that image shows and formed described controller 61 in all unit that contract such as sound buffer 72 of generator 70, vocal mix circuit 71 again.Described controller 61 by CD-ROM interface 73 and described CD-ROM again generator 23 link.
If desired, described CPU64 is by exchange message and data between described in the above each partly per two of specific clock frequency, and with described CD-ROM again in generator 23 swap datas and the audio-frequency information, output monitors image output and voice output.
Described CD-ROM generator 23 again is made of described CD-ROM driving mechanism.It drives disk 22 by the mode shown in Figure 16.As example, the control of described CD-ROM driving mechanism as shown in figure 17.
Drive the motor 77 of disk 22, from the pick-up 78 of disk 22 input signals, the electric rotating machine driver 79 of drive motor 77, servo signal processor 80, be used to handle RF amplifier 81, CD digital audio signal processor 82, the CD-ROM digital signal processor 83 of the input information that receives from pick-up 78, interface buffer 84, D/A converter 85, amplifier 26 and system's control microcomputer have been formed described CD-ROM driving mechanism jointly.
That is, by means of described disk drive mechanism and described system control microcomputer 87, described CD-ROM is the information of generator 23 reading and recording on described disk 22 again.And then according to the indication of the described CPU64 of described magnetic tape cassette ROM cell 25, CD-ROM exchanges numerical information between generator and the controller 61 again, and provides audio frequency to export to described controller.According to this, described computer control multi-media processing device 21 makes the software program that produces again comprise more information, the information on being stored in magnetic tape cassette ROM24, also comprises the information that is recorded on the described disk 22.
Equally, in Figure 18, provided the described CD-ROM block scheme of another controller 89 of generator 23 again.Described controller 89 is provided with than the 76 more ROM90 of the described CD-ROM driving mechanism shown in Figure 16.In described ROM, depositing CD-ROM control program and whole system control program.Therefore, in this case, need not to install described magnetic tape cassette 24 by laying described controller 89 in the generator 23 again, the computer control multi-media processing device is produced contain the software program of the information on the described memory disk 22 again at described CD-ROM.
Equally, Figure 19 shows the described CD-ROM block scheme of another controller 92 of generator 23 again.Being used to control the described CD-ROM CPU93 of generator again, described image rotated and amplifies the image data processor 94 that dwindles effect, pictorial data and handle RAM95, another sound CD(CD-ROM of showing of generator 96, sound RAM97, RAM98, interface 99 and sound mixer 100 and Figure 18 again except that magnetic tape cassette ROM cell 25) the ROM driving mechanism constituted described controller 92 jointly.By said apparatus is provided, described computer control multi-media processing device can be handled more high-quality and software program with better function.
Figure 20 and 21 shows second embodiment of computer control multi-media processing device of the present invention.
Described device 102 by the disk of using minidisk again generator 103, the magnetic tape cassette ROM that uses IC-card or magnetic tape cassette ROM generator 14 and metal fixed head 105 are formed again.The load ports 106A of disk load maintainer 106 be from described disk again the chamber 103A of generator 103 open.Driving shaft 107 is placed on upper back part of described chamber 103A.The lid 108 that is used to open or close described load ports 16A is supported on the described chamber 103A by the support 107 that pivots.
In addition, the upper surface at described lid 108 forms four holes 109 symmetrically.Four parts 110 that corresponding described four holes 109 form on described substrate 105 can match with described hole 109 with unloading.Described metal fixed head 105 by suitable mode (for example using screw [not shown]) be placed in described magnetic tape cassette ROM again generator 104 below.A described magnetic tape cassette ROM side of generator 104 upper surfaces again has operation partly, has magnetic tape cassette load ports 113 equally.Described fixed head 105 can provide such as packings such as rubber in its surface, or preferably uses the said plate 105 of this made.In addition, in this embodiment, provide unitor 114 in the front of generator 112 again, in order to connect operating rod or analog (not shown) at magnetic tape cassette.
The control of computing machine partly for example is used for the CPU of operate game software (not shown) to be installed in described magnetic tape cassette ROM again in the generator 104, and with (not shown) unitor and described disk again generator connect.Equally, described unitor is installed in the chamber 103A and 104A of described generator again 103 and 104, when described boxlike ROM again generator 104 be connected to described disk again on the described lid 108 of generator 103 time, they are synchronously coupled together.
The 3rd embodiment of many media of computer control processing controller of the present invention is shown in Figure 22 and 23.The device 116 described in Figure 22 and 23 be by one use disk as the disk of (1) type disk again 117, one in the generator magnetic tape cassette ROM that uses IC-card or magnetic tape cassette ROM generator 118 and a metal fixed head 119 are formed again.The load ports 102A of disk load maintainer 120 be described disk again the upper surface of the chamber 117A of generator 117 open.The link mechanism 121 of a pair of balance is laid in both sides in said chamber 117.The lid 122 that is used to open or close described load ports 102A is supported by said chamber 117A, makes can move up and down facing to chamber 117A abreast by described coupling mechanism.
In the symmetric position of the upper surface of said lid, said lid 122 also has 4 engaging holes 123, the engagement that on said fixed head 119, forms partly 124 can unload with 123 engagements of described hole.And then described fixed head 119 is installed to described magnetic tape cassette ROM again on the generator 118 by suitable method (for example by screw [not shown]).Described magnetic tape cassette generator 118 again has operation part (not shown) and is the magnetic tape cassette load ports 126 of inserting magnetic tape cassette ROM125 or analog.Equally, described fixed head 119 can have the packing that is contained in its lower surface, such as rubber etc., or preferably itself uses this material to make.And then, in this embodiment, again on the front of generator 118, the unitor 127 that connects (not shown) operating rod or analog is installed at described magnetic tape cassette ROM.Computer control partly, the required CPU of operate game software for example be installed in described magnetic tape cassette ROM again in the generator 118, and (not shown) unitor is connected to described disk generator 117 again.Equally, described unitor is contained in the indoor of two described generators again.When said magnetic tape cassette ROM again generator 118 be linked to described disk again during the described lid 122 of generator 117, described unitor can synchronously link up.
When using this structure, under the situation of using described disk, owing to described lid 122 and described magnetic tape cassette ROM again generator 118 move up and down abreast jointly together and pass through described interlock mechanism 121, and the disk load ports 120A of described disk load maintainer 120 opens or closes, so be easy to put down or take out disk.When using described magnetic tape cassette ROM25 or other analog, only need described magnetic tape cassette is inserted the load ports 126 at described device top.
Therefore, the described disk loading system of installing on the generator 117 again at described disk can adopt the top loading method, compare with habitual preceding loading method, the physical construction that loads (putting) and unloading (taking off) disk 1 becomes very simple, and compacter.Be installed in said disk again the boxlike ROM on the generator generator 118 can be by the size design of correspondence again, described device 116 is done as a whole compacter, thereby has reduced cost.
In addition, in this embodiment, by described fixed head 119, described magnetic tape cassette ROM generator 118 again is contained in described disk again on the lid 122 of generator 117, can be directly and can unload described magnetic tape cassette ROM again generator 118 be contained in and cover on 122.
In order reliably lid 122 and described magnetic tape cassette ROM118 to be remained on the position of open and close, described link mechanism 121 is combined by suitable bracing or strutting arrangement (not shown), flexibly supports described lid with each movable end at described link mechanism.
And then in the embodiment shown in Figure 24 and 25, described link mechanism 121 is made of the hoisting gear with the cross connection bar 121A that connects as pivot in they midpoint.In this case, use as above-mentioned suitable supporting construction, link mechanism just can be reliably described lid 122 and described magnetic tape cassette ROM again generator 118 remain on the position of open closed.
The 4th embodiment of computer control multi-media processing device of the present invention is shown in Figure 26 to 29.The disk that this computer control multi-media processing device 129 has application examples such as a minidisk again generator 130 as its following part.Again on the side of the upper surface of generator 130, use the load ports 131A of the disk load maintainer 131 of top loading method to open at described disk.Above-mentioned disk again generator 30 and magnetic tape cassette again generator 132 be fitted together.Thereby closed the described disk load ports 131A of generator 130 again.Described magnetic tape cassette ROM again generator 132 by the operation on 132A upper surface one side of described chamber partly and a tape load ports 133 that is used to insert IC-card or tape ROM formed.Described magnetic tape cassette ROM generator 132 again is installed in and has on about same size and the back up pad 134 as described generator again 132 bottoms.Referring to Figure 28 and 29, described back up pad 134 has a hole on its angle, and a threaded hole 135 is arranged on the described disk upper surface of generator 130 again.
Use the screw 136 of band retaining head shown in Figure 29, described back up pad 134 rotatably is fixed on the described generator again 30.Therefore, described magnetic tape cassette ROM132 rotatably rotates around a shelves screw 136 together with described back up pad 134, so just can open or close described load ports 131A.In addition, again on the front of generator 132, lay unitor, at described magnetic tape cassette ROM to connect operating rod or other analog.Computer control partly, the required CPU of operate game software for example is installed in described disk generator 130 or described magnetic tape cassette ROM again in the generator 132 in any again, and is coupled to each other by unitor or analog (not shown), to satisfy the demand.
In this computer control multi-media processing device that is constituted as described above, when using disk, under situation shown in Figure 26, described disk generator 130 again rotates around stepping screw 136, till described load ports 131A opens as shown in figure 27.Under this situation about opening, can pack into or unload disk.Equally, when using said magnetic tape cassette ROM, only need described magnetic tape cassette is inserted into the described magnetic tape cassette load ports 133 that is positioned at described device top.
Therefore and since be fixed on this disk again the disk load maintainer 131 on the generator 130 adopted so-called top loading method, just do not needed as necessary carriage of preceding loading method or drive motor bracket, thereby mechanism structure simplified.The integral miniaturization of described device own can make number of components minimized, convenient for assembly, thereby reduce cost.
Figure 30 and 31 shows an alternative embodiment of the invention.
Computer control multi-media processing device 129 ' this embodiment in, magnetic tape cassette ROM generator 132 again is installed on the back up pad 140 that its plate lower surface has a plurality of hooks 139.On the other hand, described disk again the upper surface of generator 130 constituted a pair of stria that is parallel to each other 141.
Therefore, when being meshing with each other, the off-position of the described load ports 131A by described hook 39 and described generator again 130 and the described stria between the open position make described back up pad 140 again on the generator 130 when mobile, can be easy on the position that load ports 131A opens, unload disk at described disk.In addition, when load ports 131A is closed, described device 129 ' become integral body, as shown in figure 31, this all is very easily to using and storing.Certainly, described magnetic tape cassette ROM again generator 132 can needn't consider that described magnetic tape cassette ROM is used to pack under the situation of generator 140 positions again and unloads described magnetic tape cassette ROM.
The 5th embodiment of the computer control multi-media processing device of the present invention shown in Figure 32.This device has and for example can use the disk of disk such as minidisk to send out at device 144 again.Again on the upper surface of the chamber 144A of generator 144, the disk load ports of load plate load maintainer (not shown) is opened at described disk.In end, 144A top, described chamber the lid 145 that is used to open load ports and pivotally is housed.On the other hand, in a side of said chamber 146A upper surface, magnetic tape cassette ROM generator 146 again has partly (not shown) of operation, and the surface has the magnetic tape cassette load ports 147 that is used to insert IC-card or magnetic tape cassette ROM thereon.
In the 5th embodiment, described magnetic tape cassette is the upper surface horizontal support of generator 146 supported parts 144 again.Support 144B partly integrally be fixed on described disk again generator 144 chamber 144A below.Described disk again generator 144 be fixed on described magnetic tape cassette ROM again generator 146 above, its position do not hinder to magnetic tape cassette ROM again generator 146 carry out the described magnetic tape cassette ROM of load or unload, promptly when very clearly seeing them, one directly over another.
Computer control, for example the CPU of operation information software is linked to described disk generator 144 again by the unitor (not shown).Preferably described unitor is installed to described two again in the described chamber 144A and 146A in the generator 144 and 146, thereby make that generator 146 and described disk can be connected when generator 144 is linked on the described support member 144B more simultaneously again as described magnetic tape cassette ROM.
Utilize this structure, when using disk, can open load port, remove the described disk of load or unload.When using IC-card or magnetic tape cassette ROM, can load magnetic tape cassette ROM or IC-card, and after using up, remove it.
In addition, in said structure 143 since described disk again generator 144 be positioned at the described magnetic tape cassette ROM top of generator 146 again, this than two again generator 144 and 146 all be arranged in the same plane and will more effectively utilize the space.Therefore, realized miniaturization as a whole and reduced cost.And then, in embodiment shown in Figure 32 and since described disk again generator 144 are horizontal positioned, therefore disk is flatly packed in described disk load maintainer and is unloaded, and can use the top-loaded method.Compare with preceding loading method, can be without carriage, drive motor bracket and relevant mechanism, and then the mechanism structure of load maintainer has been simplified.
Figure 33 and 34 show many media of computer control processing mechanism 133 ' another embodiment, at this embodiment, compare with the device 143 shown in Figure 32, disk generator 144 again is that vertical being installed in is positioned at magnetic tape cassette ROM again on the support member 144B of generator 146 back.Disk guiding element 145a vertically is installed in described disk again in the chamber 144A of generator 144, and described guiding element 145a has and covers 145, and when closing described lid 145, disk is supported in guiding element 145a and is rotated in the position of reading of standard.At Figure 33, described lid is opened.The embodiment of Figure 33 is the same with the embodiment shown in Figure 32 to have identical characteristics.
Computer control multi-media processing device 143 ' another embodiment be shown in Figure 35.In this embodiment, identical with the example shown in Figure 32, magnetic tape cassette ROM generator 146 again is contained on the support member 144B, and disk generator 146 more vertically is installed in described magnetic tape cassette ROM again on the described support member 144B in the generator 146.Open equally, easily cover 145, the loading and unloading disk.
Claims (13)
1, a kind of computer control multi-media processing device comprises:
The disk of application top loading method loading disk is generator again;
Be installed in described disk again on the chamber of generator, and the magnetic tape cassette ROM that electrically links, uses IC-card or magnetic tape cassette ROM with it generator again;
Be installed in the arbitrary indoor of described generator again and can choose the computer-aided control device of a chamber as required.
2, according to the computer control multi-media processing device of claim 1, wherein, the described disk described chamber of generator is again formed by having horse shape neck part and horse shape trunk horse body partly, the disk load maintainer is contained in described neck part, and the described magnetic tape cassette ROM body chamber of generator again is installed in described trunk partly.
3, according to the computer control media processing device of claim 2, wherein, the composition characteristic of described disk load maintainer is:
Can pivotally be supported on the described chamber and be used for the lid of control loaded mouth;
Be used to lock the device of described lid; With
One makes the operating means of described locking device from the locked position to the open position.
4, according to the computer control multi-media processing device of claim 2 or 3, wherein, the feature of described device is:
The described disk described chamber of generator again is to have the horse shape chamber that is divided into bottom compartment and chamber, top; With
Be used for retainer belt have described disk again the generator unitor printed circuit board edge clamp device be placed in Face to face the bottom compartment and the top chamber within.
5, according to claim 2,3 or 4 computer control multi-media processing device, it is characterized in that: described disk again above the described horse shape of the generator trunk part receiving vessel that is used to receive relevant parts, annex is installed.
6, according to claim 2,3 or 4 computer control multi-media processing device, it is characterized in that: described disk again the side of the horse shape trunk of the described chamber of generator the bag that receives relevant parts, annex or analog is arranged.
7, according to the computer control multi-media processing device of claim 1, wherein, the disk feature of the described chamber of generator again is:
The shape of described chamber resembles a box, has the disk load ports of described disk charger thereon;
Supporting lid thereon described chamber rotor;
Described lid is installed on the described load ports, and can be movable to open or close; With
Described magnetic tape cassette ROM generator again is installed in the upper surface of described lid.
8, according to the computer control multi-media processing device of claim 1, wherein, the described disk feature of the described chamber of generator again is:
The shape of described chamber resembles a box, has the disk load ports of described disk charger thereon;
By coupling mechanism, described chamber is supported described lid and is moved up and down abreast;
Described lid is contained on the load ports, and opens or closes under effect; With
The described magnetic tape cassette ROM chamber of generator again is installed on the upper surface of described lid.
9, according to the computer control multi-media processing device of claim 1, the described disk feature of the described chamber of generator again is:
The shape of described chamber resembles a box, has the disk load ports of disk charger on it;
The described magnetic tape cassette ROM said chamber of generator again is so to constitute: it can make described magnetic tape cassette ROM again generator slide opening on the surface of described load ports, to open or close described mouthful.
10, according to the computer control multi-media processing device of claim 1, wherein, the described disk feature of the chamber of generator again is: the described disk described chamber of generator again has a support member described chamber below integrally formed with it; With
When described generator is more approximately horizontally placed, has described magnetic tape cassette ROM generator again above the described support member.
11, according to the computer control multi-media processing device of claim 1, wherein, the described disk feature of the disk charger of generator again is: it approximately horizontally is installed in described magnetic tape cassette ROM one side of generator again.
12, according to the computer control multi-media processing device of claim 10, wherein, the described disk feature of the disk charger of generator again is: it by near normal be installed in the described magnetic tape cassette ROM back of generator again.
13, according to the computer control multi-media processing device of claim 10, wherein, the feature of the disk charger of described disk generator is: it by near normal be installed in described magnetic tape cassette ROM one side of generator again.
Applications Claiming Priority (32)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP11699792 | 1992-04-08 | ||
| JP116997/92 | 1992-04-08 | ||
| JP116996/92 | 1992-04-08 | ||
| JP11699692 | 1992-04-08 | ||
| JP151551/92 | 1992-05-19 | ||
| JP15155192 | 1992-05-19 | ||
| JP152890/92 | 1992-05-20 | ||
| JP15289092 | 1992-05-20 | ||
| JP15445192 | 1992-05-21 | ||
| JP154452/92 | 1992-05-21 | ||
| JP04154452A JP3087795B2 (en) | 1992-05-21 | 1992-05-21 | Locking device for loading part of disc player |
| JP4067592 | 1992-05-21 | ||
| JP4067492 | 1992-05-21 | ||
| JP154451/92 | 1992-05-21 | ||
| JP40674/92 | 1992-05-21 | ||
| JP40675/92 | 1992-05-21 | ||
| JP155729/92 | 1992-05-22 | ||
| JP15572992 | 1992-05-22 | ||
| JP86175/92 | 1992-11-20 | ||
| JP4335142A JP2825191B2 (en) | 1992-04-08 | 1992-11-20 | Electronic device provided with cartridge reproducing unit and disk reproducing unit |
| JP335139/92 | 1992-11-20 | ||
| JP335138/92 | 1992-11-20 | ||
| JP8617592U JPH0611064U (en) | 1992-05-21 | 1992-11-20 | Computer controlled electronics |
| JP4335138A JPH0635569A (en) | 1992-05-21 | 1992-11-20 | Electronic equipment controlled by computer |
| JP4335139A JPH0635570A (en) | 1992-05-19 | 1992-11-20 | Computer control electronic unit |
| JP86174/92 | 1992-11-20 | ||
| JP335140/92 | 1992-11-20 | ||
| JP4335140A JPH0635571A (en) | 1992-05-20 | 1992-11-20 | Computer control electronic unit |
| JP335141/92 | 1992-11-20 | ||
| JP8617492U JPH0611063U (en) | 1992-05-21 | 1992-11-20 | Computer controlled electronics |
| JP4335141A JPH0643969A (en) | 1992-05-22 | 1992-11-20 | Computer controlled electronic equipment |
| JP335142/92 | 1992-11-20 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1078564A true CN1078564A (en) | 1993-11-17 |
Family
ID=27585685
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 93105444 Pending CN1078564A (en) | 1992-04-08 | 1993-04-08 | Computer-controlled multi-media processing device |
Country Status (2)
| Country | Link |
|---|---|
| CN (1) | CN1078564A (en) |
| GB (1) | GB2266000B (en) |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP0501456A3 (en) * | 1991-02-26 | 1992-09-09 | Sony Corporation | Video game computer provided with an optical disc drive |
-
1993
- 1993-04-08 CN CN 93105444 patent/CN1078564A/en active Pending
- 1993-04-08 GB GB9307390A patent/GB2266000B/en not_active Expired - Fee Related
Also Published As
| Publication number | Publication date |
|---|---|
| GB2266000B (en) | 1995-11-15 |
| GB2266000A (en) | 1993-10-13 |
| GB9307390D0 (en) | 1993-06-02 |
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| C10 | Entry into substantive examination | ||
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| C53 | Correction of patent for invention or patent application | ||
| CB02 | Change of applicant information |
Applicant after: Funai Electric Co., Ltd. Applicant after: Sega enterprise Inc Applicant before: Funai Electric Co., Ltd. |
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Free format text: CORRECT: APPLICANT; FROM: FUNAI ELECTRIC CO. TO: FUNAI ELECTRIC CO. CO., LTD. SEGA ENTERPRISES |
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| C02 | Deemed withdrawal of patent application after publication (patent law 2001) | ||
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