CN101221786B - Disk device - Google Patents
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- CN101221786B CN101221786B CN2008100020921A CN200810002092A CN101221786B CN 101221786 B CN101221786 B CN 101221786B CN 2008100020921 A CN2008100020921 A CN 2008100020921A CN 200810002092 A CN200810002092 A CN 200810002092A CN 101221786 B CN101221786 B CN 101221786B
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- disc
- diameter disc
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Abstract
The invention relates to a slot-in disc device which can be loaded automatically and drive anyone of two disc sheets with different diameters, to realize thinning tendency. The upper part of a light picker for executing information recording or information rearrangement to disc sheet has libration, to ensure the front end of the arm responsible for removing disc sheet avoid damaging the light picker to improve the reliability of mechanism. Through the wobbly arm, the inserted disc sheet is removed to the inside of the device or the disc sheet accepted in the device is removed to the disc device out of the device, which are supported by at least three points and transmits the outer edge of two disc sheets of different diameters. Besides, the loading component conveying the driving force to at least one of the plurality of arms is provided with a guiding groove for driving and controlling the arm responsible for removing the disc sheet with large diameter and a guiding groove for driving and controlling the arm responsible for removing the disc sheet with small diameter.
Description
The application's name that to be TEAC company submit on January 26th, 2006 is called the dividing an application of application for a patent for invention that " optical disc apparatus ", application number are 200610006085.X.
Technical field
The present invention is used as the optical disc apparatus of the CD (for example, CD-R/RW, DVD-R/-RW/RAM/+R/+RW etc.) that uses in order to the recording medium of record bulk information about information machines such as various computer systems in order to driving.
Background technology
Generally speaking, the built-in optical disc apparatus of personal computer etc. has the disk tray in order to the filling disc usually, on the formation of this disk tray, but forward-reverse.Secondly, the disc that fills in disk tray is driven in the optical disc apparatus main body and carries out recording of information or playback.
On the other hand, the optical disc apparatus of the mode of not using disk tray of many employings such as so-called suction-type is arranged also, very favourable to the slimming and the miniaturization of personal computer.This slot-in-type disk device is because move into (loading)/shift out and do not use disk tray in (discharge) at the disc of apparatus main body, the operator only needs the insertion notch over half with disc, after, the loader mechanism of apparatus main body promptly can move and automatically perform immigration.
Figure 44 and Figure 45 are the formation and the action forms of the loader mechanism of traditional slot-in-type disk device.During formation shown in this figure, after the operator inserts disc D, disc D is subjected to the situation of regulation in short transverse and position, the left and right sides, that is, the pin 100a of the front end that is subjected to the 1st pendular body 100 and about guide body 101.102 and the way in begin to be subjected to arrive position shown in Figure 44 under the regulation of pin 103a of front end of the 2nd pendular body 103.
At this moment, the 1st pendular body 100 disc D to the pushing of the pin 100a of front end under and towards arrow 100A direction rotation, in addition, the 2nd pendular body 103 also disc D to the pushing of the pin 103a of front end under and rotate towards arrow 103A direction.Secondly, switch lever 104 rotates towards arrow 104A direction under the pushing of the end of the 2nd pendular body 103, and start detection switch 105.
After aforementioned detector switch 105 drove, driving means 106 promptly began action, and 107 beginnings of the 1st sliding component are moved towards arrow 107A direction.Because the front end utilization slip coupling member 109 of the 1st sliding component 107 and the 2nd sliding component 108 links, and should prop up in pin 110 can swing the mode axle by slip coupling member 109, so the 2nd sliding component 108 can advance towards arrow 108A direction synchronously along with retreating of the 1st sliding component 107.
So, when the 1st sliding component 107 begins to retreat, obtain the 1st pendular body 1 00 of these sliding component 107 supports because obtain the guiding of the cam ditch 107a of the 1st sliding component 1 07 from untie-sell 1 00b with one-sided hold mode, so pendular body 100 is center and rotating towards arrow 100B direction with fulcrum 100c, whereby, till the pin 111a.111b of the pin 100a butt disc align member 111 of the front end of the 1st pendular body 100, disc D is transferred towards arrow 107A direction.
At this moment, because the pin 103a of the 2nd pendular body 103 rotates towards arrow 103A direction, the pin 103a of the 2nd pendular body 103 is under the situation of supporting disc D, and move towards arrow 103A direction synchronously with the pin 100a of the front end of the 1st pendular body 100, behind the pin 111a.111b of disc D butt disc align member 111, be further rotated to a little position of distance disc D.
More than, be the action form of the loader mechanism when disc D is moved into device inside, the loader mechanism when disc D is moved to the device outside is and aforementioned opposite action form.That is, as shown in figure 45, when disc D is positioned device inside, according to the indication of shifting out, after driving means 106 starts towards reverse direction, 107 beginnings of the 1st sliding component are advanced towards arrow 107B direction, and the 2nd sliding component 108 beginnings that are linked to slip coupling member 109 retreat towards arrow 108B direction synchronously.Whereby, because the 1st pendular body 100 rotates towards arrow 103B direction towards the rotation of arrow 100A direction, the 2nd pendular body 103, utilize the pin 100a.103a of each front end to support disc D and it is moved to the device outside.
In addition, the disc D that moves into device inside is held on the clamping head 112 that moves up and down on the location.This clamping head 112 is that the universal stage 113 with the driving shaft that is fixed on rotating shaft motor 114 is one, and in addition, aforementioned rotating shaft motor 114 is equipped on frame member (omitting diagram), and this frame member 115 can utilize elevating mechanism to move up and down (for example, patent documentation 1).
[patent documentation 1] TOHKEMY 2002-117604 communique
Summary of the invention
The problem that the invention desire solves
The optical disc apparatus of this kind formation is carried out action in order to make the 1st pendular body 100 and the 2nd pendular body 103 with interaction mode, so make it can carry out forward-reverse synchronously with slip coupling member 109 binding the 1st sliding components 107 and the 2nd sliding component 108.Therefore, the pin 100a.103a of each front end of the 1st pendular body 1 00 and the 2nd pendular body 103 must be with the outer rim of the disc of special diameter as benchmark in the position of transferring process.
Yet, being called as 12cm disc and 8cm disc with the disc of the employed specification defined of optical disc apparatus as previously described, 12cm is the versatility soprano.When the optical disc apparatus of disk tray mode drives the disc of this kind different-diameter, as long as the corresponding ditch that is formed at disk tray loads disc, yet, during the optical disc apparatus of the mechanism shown in patent documentation 1, design because the hunting range of the 1st pendular body 100 and the 2nd pendular body 103 is handovers of corresponding 12cm disc, can't drive so can't transfer the 8cm disc fully.
The present invention provides the slot-in-type disk device of 2 kinds of discs that can drive different-diameter in view of above-mentioned traditional problem.In addition, the front end of being responsible for the arm of handover disc can not damage the execution information record of disc or the light picker of information playback.
The method of dealing with problems
The present invention utilizes each means of the following stated to solve above-mentioned problem.That is, the present invention be utilize swing arm with the disc that inserts move into device inside, the disc that maybe will be contained in device inside is moved to the device outside, it is characterized by to comprise: can prop up a plurality of arms that the outer rim of 2 kinds of discs that are held in different-diameter is transferred; In order to wherein at least one arm of these a plurality of arms is passed on the single loading slider of driving force, this loading slider have fix in order to the outer rim of drive controlling butt major diameter disc this major diameter disc to the guiding ditch of this arm of location, and support the outer rim of minor diameter disc and this minor diameter disc be directed into the guiding ditch of this arm of location in order to drive controlling, wherein, when beginning to transfer the major diameter disc, by make this major diameter disc be fixed to this guiding ditch of location in order to drive controlling, make this arm swing and do not contact with the outer rim of major diameter disc.
In the present invention, a plurality of arms are at least 3 places of the outer rim of 2 kinds of discs that are held in different-diameter.
In the present invention, a plurality of arms are to carry out drive controlling with the mode of the forward-reverse interlock of single loading slider.
In the present invention, the mode of avoiding from the handover path of major diameter disc with the arm of being responsible for handover minor diameter disc realizes the handover of major diameter disc.
In the present invention, arm that be responsible for to transfer the minor diameter disc is equipped on the position that is setting in order to beyond the top of the elevating bracket of the universal stage of supporting the rotation disc.
In the present invention, begin to carry out the automatic loading of minor diameter disc, begin to carry out the automatic loading of major diameter disc according to the secondary action of this detector switch according to once action in order to the detector switch of the operating state of judging the disc supporting arm.
In the present invention, in order to the arm at least wherein in the middle of aforementioned a plurality of arms is passed on the loading member of driving force, have in order to drive controlling be responsible for transferring the arm of aforementioned major diameter disc the guiding ditch, and be responsible for transferring the guiding ditch of the arm of aforementioned minor diameter disc in order to drive controlling.
In the present invention, utilize in order to drive controlling be responsible for transferring the arm of aforementioned major diameter disc aforementioned guiding ditch, and the guiding ditch wherein of aforementioned guiding ditch of being responsible for transferring the arm of aforementioned minor diameter disc in order to drive controlling guide shared arm.
In the present invention, be subjected in order to drive controlling be responsible for transferring the arm of aforementioned major diameter disc the guiding ditch, and be responsible for transferring in order to drive controlling aforementioned minor diameter disc arm the guiding of guiding ditch arm be guiding ditch from untie-sell in normal condition in the face of the arm of being responsible for transferring aforementioned minor diameter disc in order to drive controlling, when inserting aforementioned major diameter disc, aforementioned from the aforementioned guiding ditch of untie-sell in the face of the arm of being responsible for transferring aforementioned major diameter disc in order to drive controlling.
In the present invention, in order to the arm at least wherein in the middle of aforementioned a plurality of arms is passed on the loading member of driving force have with so that aforementioned wherein an arm is carried out the guiding ditch of the action when transferring the major diameter disc, and with so that aforementioned wherein an arm is carried out the guiding ditch of the action when transferring the minor diameter disc.
In the present invention, crane has fixed disc and carries out the universal stage that rotation drives, and is setting the decline regulation member of aforementioned arm by the front end of the arm above the round light picker that moves in aforementioned crane.
In the present invention, the pin member is being fixed as decline regulation member in the rear portion of support member of disc that is fixed on the front end of arm.
In the present invention, the support member of disc and decline regulation member are formed as one and are fixed on the front end of aforementioned arm.
The effect of invention
According to the present invention, can realize wherein any slot-in-type disk device that all can load automatically and drive of 2 kinds of discs of different-diameter.In addition, because be the drive controlling of a plurality of arms, so the thickness of device integral body can not become greatly and requirement that can corresponding slimming.In addition, utilize in order to swing above to the light picker of disc execution information record or information playback, the front end of being responsible for transferring the arm of disc can not injure this light picker, and the slot-in-type disk device that can improve mechanism's reliability is provided.
Description of drawings
Fig. 1 is in order to implement the stereographic map of slot-in-type disk device of the present invention.
Fig. 2 is the stereographic map that the inside of the optical disc apparatus of Fig. 1 constitutes.
Fig. 3 is the stereographic map of formation of driving mechanism of the optical disc apparatus of Fig. 1.
Fig. 4 is the exploded perspective view of the formation of loading slider.
Fig. 5 is the exploded perspective view of the formation of loading slider and guide plate.
Fig. 6 is the exploded perspective view that power is passed on the formation of mechanism.
Fig. 7 is the exploded perspective view of the formation of toothed disc.
Fig. 8 is the stereographic map of the formation of rack slide.
Fig. 9 is the 1st trip map in order to the handover state of explanation major diameter disc.
Figure 10 is the 2nd trip map in order to the handover state of explanation major diameter disc.
Figure 11 is the 3rd trip map in order to the handover state of explanation major diameter disc.
Figure 12 is the 4th trip map in order to the handover state of explanation major diameter disc.
Figure 13 is the 5th trip map in order to the handover state of explanation major diameter disc.
Figure 14 is the 6th trip map in order to the handover state of explanation major diameter disc.
Figure 15 is the 7th trip map in order to the handover state of explanation major diameter disc.
Figure 16 is the 1st trip map in order to the handover state of explanation major diameter disc.
Figure 17 is the 2nd trip map in order to the handover state of explanation major diameter disc.
Figure 18 is the 3rd trip map in order to the handover state of explanation major diameter disc.
Figure 19 is the 4th trip map in order to the handover state of explanation major diameter disc.
Figure 20 is the 5th trip map in order to the handover state of explanation major diameter disc.
Figure 21 is the 6th trip map in order to the handover state of explanation major diameter disc.
Figure 22 is the 7th trip map in order to the handover state of explanation major diameter disc.
Figure 23 is the 1st trip map in order to the handover state of explanation minor diameter disc.
Figure 24 is the 2nd trip map in order to the handover state of explanation minor diameter disc.
Figure 25 is the 3rd trip map in order to the handover state of explanation minor diameter disc.
Figure 26 is the 4th trip map in order to the handover state of explanation minor diameter disc.
Figure 27 is the 5th trip map in order to the handover state of explanation minor diameter disc.
Figure 28 is the 6th trip map in order to the handover state of explanation minor diameter disc.
Figure 29 is the 7th trip map in order to the handover state of explanation minor diameter disc.
Figure 30 is the 1st trip map in order to the handover state of explanation minor diameter disc.
Figure 31 is the 2nd trip map in order to the handover state of explanation minor diameter disc.
Figure 32 is the 3rd trip map in order to the handover state of explanation minor diameter disc.
Figure 33 is the 4th trip map in order to the handover state of explanation minor diameter disc.
Figure 34 is the 5th trip map in order to the handover state of explanation minor diameter disc.
Figure 35 is the 6th trip map in order to the handover state of explanation minor diameter disc.
Figure 36 is the 7th trip map in order to the handover state of explanation minor diameter disc.
Figure 37 (A)～(E) is the trip map in order to the upward stroke of explanation crane.
Figure 38 (A)～(E) is the trip map in order to the descending stroke of explanation crane.
Figure 39 (A)～(C) is the key diagram of the action form of toothed disc.
Figure 40 (A)～(D) is the trip map of the action form of the arm when transferring the major diameter disc in order to explanation.
Figure 41 (A)～(D) is the trip map in order to the action form of explanation loading arm.
Figure 42 (A)～(F) reaches from the trip map of the action form of untie-sell in order to the explanation loading slider.
Figure 43 (A), (B) are the trip maps of the state of locking bar performance function.
Figure 44 is the planimetric map of traditional optical disc apparatus.
Figure 45 is the planimetric map of traditional optical disc apparatus.
Figure 46 implements the key diagram that part of the present invention constitutes.
Figure 47 (A), (B) are the break down key diagrams of state of the formation of Figure 46.
Figure 48 is the key diagram of enforcement state of the present invention.
Figure 49 (A), (B) are the key diagrams of function of the present invention.
Figure 50 (A), (B) are the stereographic maps of other formation example of decline regulation member.
The primary clustering symbol description
1 optical disc apparatus
2 box caskets
The 2a opening
The 2b protuberance
3 panels
The 3a notch
3b, 3c through hole
4 buttons
5 indicators
6 bottom panels
The 6a perforated wall
7 cranes
7a, 7b untie-sell
8 bufferings are supported structure
9 clamping heads
The 9a gripper jaw
10 universal stages
11 rotating shaft motors
12 light pickers
12a lens holder
The 12b object lens
The 12c suspension wire
13 load piece
14,15 guidance axis
16 coarse adjustment actuators
17 gear trains
18 screw shafts by
19 disc supporting arms
The 19a rotary plate
The 19b through hole
The 19c center pit
The 19d hooking sheet
20 rivet pins
21 holders
The 21a chase
22 loading arms
22a loads roller
23 backing pins
24 connecting rods
The 24a untie-sell
25 guid arms
The 25a support member
25b decline regulation member
26 backing pins
27 guid arms
The 27a support member
27b axle backing pin
28 rivet pins
29 guid arms
The 29a support member
The 29b tongue piece
29c guides ditch
The 29d untie-sell
The 29e line of rabbet joint
30 rivet pins
31 draft helical springs
32 rivet pins
33 connecting rods
33a effect pin
35 guid arms
The 35a support member
The 35b untie-sell
36 rivet pins
37 locking bars
The 37a grab
38 rivet pins
39 wire springs
40 retainers
41 lead-in wires
41a card not-go-end portion
42 lever arms
The 42a card ends tongue piece
The 42b spring leaf
The 42c roller
43 loading slider
The 43a rack pinion
43b guides ditch
43b-1 upper end horizontal part
43b-2 lower end horizontal part
The 43b-3 vertical component effect
43c-1,43c-2 guide ditch
43d induces ditch
43e cam ditch
43e-1 low level portion
The 43e-2 rake
43e-3 high position portion
44 rivet pins
45 the 1st oscillating structural members
The 45a untie-sell
The 45b through hole
46 rivet pins
47 the 2nd oscillating structural members
The 47a untie-sell
47b effect pin
48 movable sliders
48a, 48b end through hole
48c cam ditch
48c-1 low level portion
The 48c-2 rake
48c-3 high position portion
48d effect sheet
49 guide plates
49a guides the line of rabbet joint
50 rivet pins
51 the 3rd oscillating structural members
51a effect pin
52 link metal wire
52a, 52b end
53 draft helical springs
54 armites
54a the 1st armite
54b the 2nd armite
The 54b-1 through hole
55 coupling members
56 draft helical springs
57 pivot shotpins
59 toothed discs
The 59a through hole
The 59b center pit
The 59c card ends window
The 59d gear
Switch activated section portion of 59e, 59f
60 limit switches
The 60a switching knob
61 rivet pins
62 roller support plates
63 draft helical springs
64 pairs of rollers
The 64a large-diameter portion
The 64b minor diameter
65 rack slides
The 65a rack pinion
65b low level fairlead
The high-order fairlead of 65c
66 loading motors
67 worm gears
68,69,70 bidentates wheel
Pin is removed in 71 clampings
100 the 1st pendular bodies
The 100a pin
The 100b untie-sell
The 100c fulcrum
101,102 guide body
103 the 2nd pendular bodies
The 103a pin
104 switch levers
105 switches
106 driving means
107 the 1st sliding components
107a cam ditch
108 the 2nd sliding components
109 slip coupling members
110 pins
111 disc align members
111a, 111b pin
112 clamping heads
113 universal stages
114 rotating shaft motors
115 frame members
The A driver element
The B head unit
The D disc
D1 major diameter disc
D2 minor diameter disc
D1a, D2a center pit
F1a, F1b component
F2 makes a concerted effort
Embodiment
Below, with reference to drawing, be elaborated at example of the present invention.In addition, in order to be more readily understood the present invention, also comprise in the explanation main idea of the present invention relevant be formed in.
Fig. 1 is the outside drawing that utilizes slot-in-type disk device 1 of the present invention, and the center of top of the box casket 2 of sealing state forms opening 2a, and the circumference of this opening 2a forms the protuberance 2b outstanding towards inside.The front end of aforementioned box casket 2 is being fixed panel 3, and this panel 3 forms and uses the notch 3a that inserts for 12cm disc (hereinafter referred to as the major diameter disc) D1 and 8cm disc (hereinafter referred to as the minor diameter disc) D2, and is the through hole 3b.3c of purpose with the emergency unchaining.In addition, panel 3 have the button 4 that is moved to the device outside in order to the major diameter disc D1 that will accommodate or minor diameter disc D2, and in order to the indicator 5 of the operating state of expression optical disc apparatus 1.
Fig. 2 is the stereographic map of state of removing the top portion of aforementioned box casket 2, is setting bottom panel 6 in this box casket 2, with the configuration status from the oblique below of central authorities, is setting the driver element A of major diameter disc D1 and minor diameter disc D2.This driver element A's is purpose and be that the rearward end that is positioned at device central authorities of fulcrum can utilize the known buffering support structure 8 of many places to link bottom panels 6 at the crane 7 of above-below direction swing with front panel 3 sides the center pit D1a.D2a of major diameter disc D1 and minor diameter disc D2 formed clamp position or to remove clamp position.
The position configuration corresponding to the center of major diameter disc D1 that moves into and stop or minor diameter disc D2 of the front end of aforementioned crane 7 clamping head 9.This clamping head 9 constitutes for one with universal stage 10, be fixed on the driving shaft of the rotating shaft motor 11 under being provided in, utilize the major diameter disc D1 or the minor diameter disc D2 of the gripper jaw 9a clamping of 11 pairs of clamping heads 9 of this rotating shaft motor to carry out the rotation driving, so can carry out recording of information or playback.
Symbol B is the head unit that acquisition crane 7 is supported, uses so that light picker 12 is fixed on the support of the guidance axis 14.15 of crane 7 in the two ends acquisition of the round loading piece 13 that moves of diametric(al) of major diameter disc D1 and minor diameter disc D2.Secondly, aforementioned loading piece 13 is to utilize from gear train 17 to be conveyed to the driving force of coarse adjustment actuator 16 of screw shaft 18 and forward-reverse (with reference to Fig. 3).
Secondly, being responsible for major diameter disc D1 and the immigration of minor diameter disc D2 and a plurality of arms that shift out is to be equipped on the plane of bottom panel 6 with the state around aforementioned crane 7, on it constitutes, is to utilize the driving mechanism that is equipped on bottom panel 6 back sides to drive.Be disc supporting arm 19 in order to the immigration of performance disc and the maincenter machine able one who shifts out in the middle of these a plurality of arms, rivet pin 20 is at a spot wobble and supporting major diameter disc D1 and the rear end side of minor diameter disc D2, and correctly keeps the height and position of handover process.Therefore, front end has holder 21, utilizes the chase 21a of this holder 21 to keep the rear end side of major diameter disc D1 and minor diameter disc D2.
In addition, the organize factor aspect of exposing from the plane of bottom panel 6, symbol 42a is that the card of lever arm 42 (with reference to Fig. 2 and Fig. 3) ends tongue piece, the function of the position control of performance guid arm 27, its action form back can be elaborated.In addition, symbol 71 is to be the clamping releasing pin of purpose with the state of removing clamping head 9 clamping major diameter disc D1 and minor diameter disc D2.
Below, describe at the organize factor that is formed in the back side of this bottom panel 6 in order to make execution such as each guid arm action on the plane that is formed in bottom panel 6 as shown above.On the formation of optical disc apparatus 1 of the present invention, be utilize the sidepiece of representing with dotted line among Fig. 3 that is equipped on device inside fore-and-aft direction loading slider 43 forward-reverse finish in order to transfer whole actions controls of major diameter disc D1 and minor diameter disc D2, now at describing as the formation of the loading slider 43 of the maincenter of organize factor and each organize factor that utilizes this loading slider 43 to carry out action control.
Fig. 4 is the state when bottom panel 6 is looked down at the back side, and as shown in the drawing, loading slider 43 is to form in the column mode, and its front end partly forms rack pinion 43a.One side, the rear end partly forms the guiding ditch 43b in order to be communicated with upper end horizontal part 43b-1, lower end horizontal part 43b-2 and to be positioned at the vertical component effect 43b-3 of the middle section of having difference.
Aforementioned upper end horizontal part 43b-1 installing the 1st oscillating structural member 45 swung as fulcrum with rivet pin 44 from untie-sell 45a, vertical component effect 43b-3 installing the 2nd oscillating structural member 47 swung as fulcrum with rivet pin 46 from untie-sell 47a.Secondly, the effect pin 47b of the 2nd oscillating structural member 47 is installed in the end through hole 48a of driven sliding block 48.
The both sides of the meta portion of loading slider 43 form guiding ditch 43c-1 and guiding ditch 43c-2.The rearward end of aforementioned guiding ditch 43c-1 forms the dip plane, and the front and back end of guiding ditch 43c-2 is also inclined.Secondly, aforementioned guid arm 29 from untie-sell 29d when loading slider 43 advances to the state of forefront, can be positioned at aforementioned guiding ditch 43c-2 the rear end rake opening partly.
In addition, loading slider 43 in the face of the sidepiece of crane 7 form so that be responsible for this crane 7 lifting from untie-sell 7a at the cam ditch 43e that moves up and down to purpose.This cam ditch 43e forms in a continuous manner with crane 7 rises so that crane 7 remains in the 43e-1 of low level portion, usefulness of lower position or the rake 43e-2 of decline and with so that crane 7 remains in the high-order 43e-3 of portion of high position.
Fig. 6 is the exploded perspective view that the power of looking down the rear portion that is formed in device inside from the back side is passed on the state of mechanism, and driven sliding block 48 forms with so that be responsible for the cam ditch 48c that is moving up and down from untie-sell 7b of the lifting of crane 7.This cam ditch 48c forms in a continuous manner with crane 7 rises so that crane 7 remains in the 48c-1 of low level portion, usefulness of lower position or the rake 48c-2 of decline and with so that crane 7 remains in the high-order 48c-3 of portion of high position.
The end through hole 48b of aforementioned driven sliding block 48 is installing the effect pin 51a of the 3rd oscillating structural member of swinging as fulcrum with rivet pin 50 51.Secondly, aforementioned effect pin 51a is installing the end 52a that links metal wire 52, and the opposing party's end 52b then is limited to the through hole 45b of the 1st oscillating structural member 45.The anticlockwise bullet thrust of utilizing 53 pairs of aforementioned the 3rd oscillating structural members 51 of draft helical spring to produce towards this figure, however the action of effect pin 51a is restricted because link metal wire 52, so device is in the state of being failure to actuate and is still in the location.In addition, the formation of the sidepiece of aforesaid end through hole 48b is the effect sheet 48d of purpose with actuated lever arm 42.
Secondly, be linked on the formation of the armite 54 between the 1st oscillating structural member 45 and toothed disc described later, utilization is linked to the 1st armite 54a of the 1st oscillating structural member 45 with coupling member 55 and is subjected to the combination of the 2nd armite 54b that draft helical spring 56 bullets push away and can stretches the mechanism's safety when guaranteeing to transfer major diameter disc D1 and minor diameter disc D2.
Fig. 7 is the stereographic map of formation of looking down the end of aforementioned the 2nd armite 54b from the device back side, and the through hole 19b of the through hole 54b-1 of the 2nd armite 54b, the rotary plate 19a of disc supporting arm 19 and the through hole 59a of toothed disc 59 are simultaneously with rotating mode axle Zhi Yushu shotpin 57.On the other hand, the center pit 19c of disc supporting arm 19 and the center pit 59b of toothed disc 59 axle Zhi Yuyi end simultaneously are fixed on the rivet pin 20 of bottom panel 6, and the hooking sheet 19d of aforementioned rotary plate 19a ends window 59c in the face of the card of toothed disc 59 and is integral.
The a part of formative gear 59d of the outer rim of the side of facing box casket 2 of aforesaid gears dish 59, the outer rim relative with it then forms the switch activated section 59e.59f of portion.The limit switch 60 that utilizes the aforementioned switches startup section 59e.59f of portion to connect is the wiring substrates (indicating on the figure) that are installed on the bottom surface that is provided in box casket 2, utilizes aforementioned switches to start the section 59e.59f of portion and drives its switching knob 60a.
Secondly, at so that the mechanism that guid arm 25 is swung to purpose describe.The axle backing pin 26 of the cardinal extremity of the swing fulcrum of this guid arm 25 is the back side that is equipped on bottom panel 6, and roller support plate 62 is being fixed in its end.Because this roller support plate 62 is being installed draft helical spring shown in Figure 3 63, produce the clockwise bullet thrust of this figure, whereby, guid arm 25 can be toppled over towards heart direction.Be equipped on the formation of 62 pairs of rollers 64 of aforementioned roller support plate, as shown in Figure 8, large-diameter portion 64a and minor diameter 64b are coaxial.
Among this figure, the rack slide 65 that sets along the side wall inner surface of box casket 2 has the rack pinion 65a of meshing gear 59d in toothed disc 59, along with forward-reverse is carried out in the rotation of toothed disc 59 synchronously.The downside of the pars intermedia of rack slide 65 forms low level fairlead 65b, and upside then forms high-order fairlead 65c, the large-diameter portion 64a of aforementioned pair of roller 64 of low level fairlead 65b guiding, and high-order fairlead 65c then guides minor diameter 64b.
The organize factor of this kind formation is to utilize the forward-reverse of loading slider 43 to carry out action, and as shown in Figure 3, this driving mechanism is equipped on the bight at the device back side.Secondly, the revolving force of the worm gear 67 of the output shaft of the loading motor 66 of the power source of driving mechanism is to utilize by the bidentate wheel gear train that 68.69.70 constituted, and under the situation of slowing down, conveys to gear wheel in large diameter from small diameter gear in regular turn.Secondly, the small diameter gear of the bidentate of the rack pinion 43a from meshing in loading slider 43 wheel 70 is passed on driving force and is made loading slider 43 forward-reverses.
Secondly, the action form at the optical disc apparatus of the present invention 1 with formation as above describes.On the formation of above-mentioned optical disc apparatus of the present invention 1, can transfer major diameter disc D1 and minor diameter disc D2, at first, with reference to Fig. 9 to Figure 22, handover form at major diameter disc D1 describes, and with reference to Figure 23 to Figure 36, describes at the handover form of minor diameter disc D2.
Fig. 9 to Figure 15 is the planimetric map at main position that indicates the formation on the surface be exposed to bottom panel 6 with solid line, and the main position of the formation at the back side of bottom panel 6 is represented by dotted lines.In addition, Figure 16 to Figure 22 is the ground plan at main position that indicates the formation at the back side be exposed to bottom panel 6 with solid line, and the formation on the surface of bottom panel 6 is represented by dotted lines.In addition, among Fig. 9 to Figure 15, cam ditch 43e.43c reaches and should be presented in the figure from untie-sell 7a.7b is former, yet, for convenience of description, illustrate in order to understanding.
Fig. 9 and Fig. 16 wait the holding state that major diameter disc D1 inserts from the notch 3a of panel 3, and each arm is in original state and static.At this moment, guid arm 25 is at the back side of bottom panel 6, the large-diameter portion 64a of roller 64 that is fixed on the roller support plate 62 of aforementioned axis backing pin 26 is the low level fairlead 65b that are connected to Fig. 8 and rack slide 65 shown in Figure 16, and guid arm 25 stops at the position of the full swing position of centripetal direction towards centrifugal direction swing specified quantitative.
If the insertion of disc is waited in the full swing position that guid arm 25 stops at centripetal direction on the formation, when then minor diameter disc D2 being inserted near the device left side, minor diameter disc D2 can enter the left side of support member 25a and can't transfer minor diameter disc D2, in order to prevent said circumstances, so the insertion of disc is waited in the full swing position that makes guid arm 25 stop at centripetal direction towards the position of centrifugal direction swing specified quantitative.
Secondly, guid arm 27 pushes away because its base end part is subjected to the bullet of draft helical spring 53, hold the support member 27a that acts on front end towards trying hard to keep of heart direction swing, yet, be still in the location because be linked to the 3rd oscillating structural member 51 of a backing pin 27b, because of this guid arm 27 keeps the static state shown in Figure 9 that is in.Because be installed in the function of the binding metal wire 52 performance retainers between the effect pin 51a of the 1st oscillating structural member 45 of stationary state and the 3rd oscillating structural member 51, so can stop the swing of the 3rd oscillating structural member 51.
Same, pass on disc supporting arm 19, guid arm 29, guid arm 35 and the loading arm 22 of power to keep static and be in state shown in Figure 9 along with moving of loading slider 43.In addition, under the guiding of the cam ditch 43e of loading slider 43, crane 7 be positioned at the 43e-1 of low level portion of this cam ditch 43e from untie-sell 7a, on the other hand, under the guiding of the cam ditch 48c of driven sliding block 48, crane 7 be positioned at the 48c-1 of low level portion of this cam ditch 48c from untie-sell 7b, so crane 7 is in the minimum state that drops to shown in Figure 37 (A).
Figure 10 and Figure 17 front that to be the operator insert major diameter disc D1 and this major diameter disc D1 from the notch 3a of panel 3 is connected to the state of the support member 29a of the holder 21 of disc supporting arm 19 and guid arm 29.At this moment, the support member 25a of the front end of major diameter disc D1 pushing guid arm 25, and swing towards centrifugal direction from the position shown in the dotted line of Figure 10.At this moment, the sidepiece of major diameter disc D1 pushes the card not-go-end 41a of portion of lead-in wire 41 and slides towards direction shown in the arrow of this figure.Whereby, locking bar 37 is under the traction of lead-in wire 41, and the grab 37a of its front end is towards the swing of direction shown in the arrow of this figure, and the scope that breaks away from the tongue piece 29b of the front end that is limited to guid arm 29.
Figure 11 and Figure 18 are the states that the operator further inserts major diameter disc D1 under above-mentioned state, and under the pushing of major diameter disc D1, disc supporting arm 19, guid arm 25 and guid arm 29 are swung towards centrifugal direction.Therefore, the base portion of disc supporting arm 19 as fulcrum, rotates to the position of Figure 39 (B) from the position of Figure 39 (A) with rivet pin 20, and utilizes the switch activated section 59e of portion of toothed disc 59 to start limit switch 60.In addition, this moment, meshing 65 of rack slides in toothed disc 59 can advance a little.
According to the signal from the limit switch 60 that utilizes the aforementioned switches startup section 59e of portion to be started, the electric current that has low level voltage at this moment flows through loading motor 66.Whereby, loading slider 43 retreats and traction link 24, makes loading arm 22 be rocked to the position of the dotted line of this figure, and the sidepiece of the loading roller 22a butt major diameter disc D1 of front end also stops.
Herein, the current potential of the electric current of aforementioned electronegative potential is that benchmark is set with the necessary current potential of transferring aftermentioned minor diameter disc D2, this time point may cause transfer mechanism to break down if the big moment that flows through to produce the necessity that moves into major diameter disc D1 is the electric current of the noble potential of purpose.That is, among Figure 11, because load roller 22a the component F1a that pushing produced, and the component F1b that pushing produced of the support member 25a of guid arm 25 center that roughly is positioned at major diameter disc D1 pay closely, so it is made a concerted effort minimum and can not produce the power towards the propelling of immigration direction with major diameter disc D1.And state shown in Figure 11 is that the front end of guid arm 29 is pushed away towards heart direction bullet and is in the state of the rear lateral portion of support member 29a pushing major diameter disc D1.
Under this situation, make the electric current of transferring the necessary noble potential of major diameter disc D1 flow through loading motor 66, then loading arm 22 keeps stopping under the state of clamping major diameter disc D1, and stops to move into action.If continue this state, the danger that may cause that the gear train breakage of transfer mechanism for example or loading motor 66 burn etc.For fear of above-mentioned danger, this time point makes the electric current of transferring the necessary electronegative potential of minor diameter disc D2 flow through loading motor 66.
In addition, electric current at electronegative potential flows through under the aforesaid state of loading motor 66, when having only the driving force of loading motor 66, can't rotate loading arm 22 because of the load of major diameter disc D1, so can not carry out the transfer movement of major diameter disc D1, when the operator pushed major diameter disc D1, the driving force of loading motor 66 added operator's insertion force, just carries out the transfer movement of major diameter disc D1.
Figure 12 and Figure 19 are the states that the operator further inserts major diameter disc D1 under above-mentioned state, and the toothed disc 59 of the base portion of disc supporting arm 19 further is rotated.Whereby, armite 54 is drawn, and the 1st oscillating structural member 45 is swung as fulcrum with rivet pin 44 and made from untie-sell 45a and retreat because flow through electronegative potential electric current loading motor 66 driving force and be in the loading slider 43 that is played push mode and also retreat.
When arriving this action, guid arm 29 is removed the support of support member 29a to major diameter disc D1 towards the centrifugal direction swing.Because under the state of Figure 11, what be positioned at guid arm 29 on the dip plane of rearward end of guiding ditch 43c-1 of loading slider 43 affords the effect of aforementioned dip plane from untie-sell 29d along with retreating of loading slider 43.
Along with the swing of the 1st oscillating structural member 45 as the aforementioned, make the 3rd oscillating structural member 51 that swing is subjected to regulation under the effect of draft helical spring 53 because of linking metal wire 52, swing as fulcrum with rivet pin 50.Whereby, guid arm 27 is towards the swing of heart direction, and the support member 27a of its front end is supporting the rear lateral portion of major diameter disc D1.At this moment, connecting rod 24 is drawn because of retreating of loading slider 43, and loading arm 22 is towards the swing of heart direction, and the loading roller 22a butt of front end is also supported the front side portion of major diameter disc D1.In addition, because crane 7 is the laterally mobile state of the 43e-1 of low level portion that is in cam ditch 43e from untie-sell 7a, so this crane 7 stops at the position of Figure 37 (A).
On the other hand, the toothed disc 59 of the base portion of disc supporting arm 19 rotates to the position shown in Figure 39 (C), and the switch activated section 59f of portion oppositely starts the switching knob 60a of limit switch 60.The current switching that the signal of foundation limit switch 60 at this moment will flow through loading motor 66 becomes noble potential, produces to move into the necessary moment of major diameter disc D1.Secondly because load roller 22a the component F1a that pushing produced, and the component F1b that pushing produced of the support member 25a of guid arm 25 become big, generation can be towards moving into the F2 that makes a concerted effort that direction advances, and utilize loading motor 66 to begin to carry out automatic loading.
Figure 13 and Figure 20 utilize loading motor 66 to begin to carry out automatic loading and the state that moves into major diameter disc D1.Loading slider 43 further retreats from the state of Figure 12, and then 43 the rake from untie-sell 29d from loading slider of guid arm 29 enters guiding ditch 43c-1.Whereby, further towards the centrifugal direction swing, the support member 29a of front end is in the state of the sidepiece that does not contact major diameter disc D1 to guid arm 29.In addition, Figure 40 (A)～(D) is the continuous action form of guid arm 29.
In addition, connecting rod 24 is drawn because of retreating of loading slider 43, and loading arm 22 beginnings are swung towards heart direction.Figure 41 (A)～(D) is the continuous swing state of loading arm 22, and the state of loading arm 22 shown in Figure 12 is the states that are equivalent to enter from the original state of Figure 41 (A) Figure 41 (B).
Be responsible for the connecting rod 24 of the swing of aforementioned loading arm 22, as previously described, because be fixed on connecting rod 24 front end be the guiding line of rabbet joint 49a that induces ditch 43d and guide plate 49 that is inserted in loading slider 43 from untie-sell 24a, loading slider 43 is if retreat, then can be in the state of the sidewall clamping of the dip plane of the rear end of being induced ditch 43d and guiding line of rabbet joint 49a from untie-sell 24a, can retreat along with retreating of loading slider 43 from untie-sell 24a, and connecting rod 24 is drawn and make loading arm 22 swing.
Along with loading slider 43 retreats to position shown in Figure 13, upper end horizontal part 43b-1 upwards the pushing away of guiding ditch 43b with the 1st oscillating structural member 45 from untie-sell 45a, and the 1st oscillating structural member 45 is swung as fulcrum with rivet pin 44, and toothed disc 59 is rotated via armite 54.Whereby, disc supporting arm 19 is swung towards centrifugal direction, that is, supporting the holder 21 of the rearward end of major diameter disc D1 to retreat synchronously with the immigration of major diameter disc D1.In addition, this time point, because the 2nd oscillating structural member 47 is the state that is in the vertical component effect slip of guiding ditch 43b from untie-sell 47a, the 2nd oscillating structural member 47 is in static state, driven sliding block 48 also is in static state.
The stroke of the state that enters Figure 13 from Figure 12, be subjected to the guid arm 27 that the bullet of draft helical spring 53 pushes away, the support member 27a of its front end as shown in figure 13, be pushed back along with the immigration of major diameter disc D1, and the card that is connected to lever arm 42 ends tongue piece 42a and stops.At this moment, because 51 of the 3rd oscillating structural members are swung a little, its effect pin 51a then moves towards heart direction in the through hole 48b of the end of static driven sliding block 48, so link 52 states that are in a little distortion of metal wire.
On the other hand, the support member 25a of guid arm 25 is supporting the front side portion of major diameter disc D1, and the high-order fairlead 65c of the rack slide 65 that advances because of the rotation of aforesaid gears dish 59 is in the state of the minor diameter 64b that leaves two rollers 64.In addition, the crane 7 of this moment be in the state that the 43e-1 of low level portion of cam ditch 43e laterally moves from untie-sell 7a because driven sliding block 48 keeps static, so crane 7 still stops at the position of Figure 37 (A).
To be loading slider 43 further retreat and traction link 24 from the state of Figure 13 and Figure 20 for Figure 14 and Figure 21, and 22 of loading arms are rocked to the position shown in Figure 41 (C) and make the center of center pit D1a of major diameter disc D1 of immigration and the center of clamping head 9 become consistent state.On the other hand because guid arm 29 be in the state that the guiding ditch 43c-1 of loading slider 43 directly advances from untie-sell 29d, guid arm 29 and guid arm 35 are still in position shown in Figure 14.At this moment, the outer rim of support member 29a and support member 35a butt major diameter disc D1 also positions, and makes the center pit D1a of major diameter disc D1 and the position of clamping head 9 can correctly become unanimity.
The 1st oscillating structural member 45 upwards pushed away and enter vertical component effect 43b-3 along with retreating of loading slider 43 by upper end horizontal part 43b-1 from untie-sell 45a, so the 1st oscillating structural member 45 is rocked to the position shown in the figure, toothed disc 59 is along with armite 54 is rotated, and disc supporting arm 19 is also swung towards centrifugal direction.The rotation of aforesaid gears dish 59 is advanced further rack slide 65, and the minor diameter 64b of two rollers 64 is positioned on the high-order fairlead 65c, so guid arm 25 is significantly swung towards centrifugal direction, and removes the state that its support member 25a props up the outer rim that is held in major diameter disc D1.Whereby, guid arm 25 is avoided the state that is in the top that is not present in crane 7 to the side of crane 7, so the anxiety that crane 7 that rises and guid arm 25 do not have conflict.
At this moment, the support member 27a of major diameter disc D1 pushing guid arm 27, yet, the card that this support member 27a is connected to lever arm 42 ends tongue piece 42a and guarantees to be positioned at stop position, therefore, this time point can become unanimity with respect to the center of the horizontal direction of the clamping head 9 of major diameter disc D1.On the other hand, can determine because of the loading roller 22a of the holder 21 of the static disc supporting arm 19 of the state shown in Fig. 14 and loading arm 22 with respect to the center of the vertical direction of the clamping head 9 of major diameter disc D1.
As mentioned above, according to optical disc apparatus of the present invention, till the state that is loaded into Fig. 14 automatically of beginning major diameter disc D1, at least 3 places of the outer rim of this major diameter disc D1 obtain the support of aforementioned a plurality of arms and be moved into to device inner, but and be still in the position of the center pit D1a of clamping head 9 clampings.
In addition, enter the stroke of Figure 14 from Figure 13, the cam ditch 43e of loading slider 43 retreats the state that makes the entering rake 43e-2 from untie-sell 7a from the 43e-1 of low level portion of crane 7 and be in rising.On the other hand, the 2nd oscillating structural member 47 then arrive lower end horizontal part 43b-2 from untie-sell 47a from the vertical component effect 43b-3 of loading slider 43, and make the 2nd oscillating structural member 47 towards the centrifugal direction swing, along with effect pin 47b moves horizontally driven sliding block 48, cam ditch 48c also moves horizontally.Whereby, the entering rake 48c-2 of crane 7 and be in the state of rising from untie-sell 7b from the 48c-1 of low level portion, crane 7 begins to rise shown in Figure 37 (B).
Fig. 15 and Figure 22 are that clamping head 9 clampings the center pit D1a of major diameter disc D1 and are in the final state that can drive major diameter disc D1.Before arriving this state, must make disc supporting arm 19, loading arm 22 and the guid arm 27 of supporting major diameter disc D1 swing a little and remove the support of disc towards centrifugal direction, just can not hinder the rotation of major diameter disc D1.
That is, loading slider 43 from the state of Fig. 14 further retreat and the position that stops on, because the eccentric traverse furrow that partly is pushed into the rear end of guiding line of rabbet joint 49a from the vertical direction at the rear portion of inducing ditch 43d of untie-sell 24a of connecting rod 24, shown in Figure 41 (D), connecting rod 24 is return a little towards the direction opposite with lead, and make loading arm 22 swing a little, and then finish the support of this loading roller 22a to the outer rim of major diameter disc D1 towards centrifugal direction.
In addition, with its simultaneously, the 1st oscillating structural member 45 carry out little play from untie-sell 45a at the rake of the meta of the vertical component effect 43b-3 that is formed at guiding ditch 43b, this swing meeting is conveyed to toothed disc 59 via armite 54.Whereby, disc supporting arm 19 is swung a little towards centrifugal direction, and finishes the support of the outer rim of 19 pairs of major diameter discs of this disc supporting arm D1.
On the other hand, lower end horizontal part 43b-2 significantly upwards the pushing away of the guiding ditch 43b of loading slider 43 by the 2nd oscillating structural member 47 from untie-sell 47a.Whereby, effect pin 47b swings towards centrifugal direction, and driven sliding block 48 moves horizontally and utilizes end through hole 48b to draw the effect pin 51a of the 3rd oscillating structural member 51, so, except the 3rd oscillating structural member 51 carried out little play, simultaneously, effect sheet 48d upwards pushed away the roller 42c of lever arm 42.Whereby, retreat because the card of the lever arm 42 of the support member 27a of guid arm 27 institute butt ends tongue piece 42a, guid arm 27 is swung a little towards centrifugal direction, and finishes the support of the outer rim of 27 pairs of major diameter discs of this guid arm D1.
At this moment, the ends urged guid arm 29 of the guiding ditch 43c-1 of loading slider 43 from untie-sell 29d, and make guid arm 29 carry out little play.Whereby, the support member 29a of guid arm 29 is towards the location of the outer rim of centrifugal direction swing and end major diameter disc D1.In addition, utilization is carried out little play from the guid arm 35 that untie-sell 35b is linked to the guiding ditch 29c of guid arm 29, and the location that makes support member 35a also finish the outer rim of major diameter disc D1 towards the centrifugal direction swing.
In addition, enter the stroke of Figure 15 from Figure 14, driven sliding block 48 moves horizontally with retreating synchronously of loading slider 43, yet, the rake 43e-2 of 43 cam ditch 43e from untie-sell 7a from loading slider of crane 7 enters the high-order 43e-3 of portion, then enters the high-order 48c-3 of portion from the rake 48c-2 of the cam ditch 48c of driven sliding block 48 from untie-sell 7b.
The movement aspect of the crane 7 in this trip, rise because of rake 43e-2.48c-2 from untie-sell 7a.7b, crane 7 also rises thereupon, shown in Figure 37 (C), the gripper jaw 9a of clamping head 9 is connected to the center pit D1a of major diameter disc D1 and this major diameter disc D1 is upwards pushed away, and the periphery of center pit D1a is connected to the protuberance 2b of box casket 2.
Behind the top of arrival rake 43e-2.48c-2, shown in Figure 37 (D), clamping head 9 embeds the center pit D1a of major diameter disc D1, finishes the clamping of gripper jaw 9a from untie-sell 7a.7b from aforesaid state, and major diameter disc D1 is fixed on the universal stage 10.Secondly, enter the high-order 43e-3.48c-3 of portion from untie-sell 7a.7b, crane 7 drops to the position shown in Figure 37 (E), and can carry out the driving of major diameter disc D1.
More than, be that the action form of each mechanism when moving into major diameter disc D1 at optical disc apparatus of the present invention 1 describes, when shifting out, the action form of opposite order when being each mechanism along with the preceding and then execution of loading slider 43 with above-mentioned immigration.That is, begin to carry out shifting out of major diameter disc D1 and loading slider 43 when beginning to advance, shown in Figure 38 (A)～(E), crane 7 rises earlier and drops to initial position again.Therebetween, shown in Figure 38 (C), clamping is removed pin 71 major diameter disc D1 is upwards pushed away, and removes the clamping of clamping head 9.
As mentioned above, in the stroke till the clamping of removing major diameter disc D1, disc supporting arm 19, loading arm 22 and guid arm 27 beginnings are moved towards heart direction, and become the state shown in Figure 14 of the outer rim that is supported in major diameter disc D1, thereafter, utilize disc supporting arm 19 to shift out major diameter disc D1, and its leading section is exposed just from the notch 3a of panel 3 stop towards the power of heart direction swing.
In addition, Figure 42 (A)～(F) is the continuous action form from untie-sell 24a.29d.45a.47a that produces because of retreating of loading slider 43.
Secondly, with reference to the planimetric map of Figure 23 to Figure 29, and corresponding aforesaid Figure 30 to ground plan shown in Figure 36, the action form when transferring minor diameter disc D2 at optical disc apparatus of the present invention describes.In addition, among Figure 23 to Figure 29, cam ditch 43e.48c reaches and should be presented in the figure from untie-sell 7a.7b is former, yet, for convenience of description, illustrate in order to understanding.
Figure 23 and Figure 30 wait the holding state that minor diameter disc D2 inserts from the notch 3a of panel 3, and each arm is in original state and static.At this moment, guid arm 25 is at the back side of bottom panel 6, the large-diameter portion 64a of roller 64 that is fixed on the roller support plate 62 of aforementioned axis backing pin 26 is the low level fairlead 65b that are connected to Fig. 8 and rack slide shown in Figure 30 65, and guid arm 25 stops at the position of the full swing position of centripetal direction towards centrifugal direction swing specified quantitative.
If the insertion of disc is waited in the full swing position that guid arm 25 stops at centripetal direction on the formation, when then minor diameter disc D2 being inserted near the device left side, minor diameter disc D2 can enter the left side of support member 25a and can't transfer minor diameter disc D2, in order to prevent said circumstances, so the insertion of disc is waited in the full swing position that makes guid arm 25 stop at centripetal direction towards the position of centrifugal direction swing specified quantitative.In addition, the holding state of Figure 23 and minor diameter disc D2 shown in Figure 30 is consistent with the holding state of Fig. 9 and major diameter disc D1 shown in Figure 16.
Secondly, guid arm 27 pushes away because its base end part is subjected to the bullet of draft helical spring 53, hold the support member 27a that acts on front end towards trying hard to keep of heart direction swing, yet, be still in the location because be linked to the 3rd oscillating structural member 51 of a backing pin 27b, because of this guid arm 27 keeps the static state shown in Figure 23 that is in.Because be installed in the function of the binding metal wire 52 performance retainers between the effect pin 51a of the 1st oscillating structural member 45 of stationary state and the 3rd oscillating structural member 51, so can stop the swing of the 3rd oscillating structural member 51.
Same, pass on disc supporting arm 19, guid arm 29, guid arm 35 and the loading arm 22 of power to keep static and be in state shown in Figure 23 along with moving of loading slider 43.In addition, under the guiding of the cam ditch 43e of loading slider 43, crane 7 be positioned at the 43e-1 of low level portion of this cam ditch 43e from untie-sell 7a, on the other hand, under the guiding of the cam ditch 48c of driven sliding block 48, crane 7 be positioned at the 48c-1 of low level portion of this cam ditch 48c from untie-sell 7b, so crane 7 is in the minimum state that drops to shown in Figure 37 (A).
Figure 24 and Figure 31 front that to be the operator insert minor diameter disc D2 and this minor diameter disc D2 from the notch 3a of panel 3 is connected to the state of the holder 21 of disc supporting arm 19.This time point insert minor diameter disc D2 and during the left of minor diameter disc D2 deflection Figure 24 from notch 3a, because the front end left side of minor diameter disc D2 can contact the support member 25a of guid arm 25 and be pushed back, can prevent that minor diameter disc D2 from coming off from transferring the path.
In addition, when the insertion of minor diameter disc D2 is operated, shown in Figure 43 (A), the support member 29a of the front end right side of minor diameter disc D2 pushing guid arm 29 and when centrifugal direction is swung, the grab 37a card of the locking bar that is still in the location 37 that the tongue piece 29b shown in the same figure (B) is not swung ends, at this moment, also can prevent that minor diameter disc D2 from coming off from transferring the path.That is, utilize the support member 25a of guid arm 25 and the support member 29a of guid arm 29 that minor diameter disc D2 is directed to device central authorities.
Figure 25 and Figure 32 are the states that the operator further inserts minor diameter disc D2 under above-mentioned state, under the pushing of minor diameter disc D2, disc supporting arm 19 is swung towards centrifugal direction, simultaneously, contact the sidepiece of minor diameter disc D2 with the support member 29a of the support member 25a of the guid arm 25 of the swing interlock of this disc supporting arm 19 and guid arm 29.Whereby, minor diameter disc D2 is in the state of 3 support of the holder 21 that obtains aforementioned support member 25a.29a and disc supporting arm 19.
In addition, the base portion of disc supporting arm 19 as fulcrum, rotates to the position of Figure 39 (B) from the position of Figure 39 (A) with rivet pin 20, and utilizes the switch activated section 59e of portion of toothed disc 59 to start limit switch 60.According to the signal from the limit switch 60 that utilizes the aforementioned switches startup section 59e of portion to be started, the electric current of low level voltage flows through loading motor 66.At this moment, the component F1a that the pushing of the support member 29a of guid arm 29 produced, and the effect that utilizes draft helical spring 63 of the support member 25a of guid arm 25 to push the component F1b that is produced big and be in active state, generation advances minor diameter disc D2 towards the immigration direction the F2 that makes a concerted effort, and utilize this loading motor 66 to begin to carry out automatic loading.
Figure 26 and Figure 33 utilize loading motor 66 to begin to carry out automatic loading and the state that moves into minor diameter disc D2.Loading slider 43 further retreats from the state of Figure 25, and then guid arm 29 enters the guiding ditch 43c-2 of loading slider 43 from untie-sell 29d.At this moment, utilize the rake guiding support member 29d of guiding ditch 43c-2 and move it this slant distance, continue to move into minor diameter disc D2 and support member 29a is rocked to the position shown in the figure.At this moment, guid arm 25 continues to move into minor diameter disc D2 and is rocked to the position shown in the figure also under the effect of draft helical spring 63.
Loading slider 43 retreats to position shown in Figure 26, simultaneously, the upper end horizontal part 43b-1 of guiding ditch 43b upwards pushes away from untie-sell 45a the 1st oscillating structural member 45, and the 1st oscillating structural member 45 is swung as fulcrum with rivet pin 44, and via armite 54 toothed disc 59 is rotated.Whereby, disc supporting arm 19 is swung towards centrifugal direction, that is, supporting the holder 21 of the rearward end of minor diameter disc D2 to retreat synchronously with the immigration of minor diameter disc D2.In addition, this time point, because the 2nd oscillating structural member 47 is to be in the state that the vertical component effect of guiding ditch 43b slides from untie-sell 47, the 2nd oscillating structural member 47 is in static state, driven sliding block 48 also is in static state.
Therefore, along with the swing of the 1st oscillating structural member 45, the 3rd swing arm 51 is also swung under the effect of draft helical spring 53, so guid arm 27 is swung as fulcrum with rivet pin 28 and made its support member 27a be connected to minor diameter disc D2.In addition, the 43e-1 of low level portion that is in cam ditch 43e from untie-sell 7a of the crane 7 of this moment carries out the state that laterally moves, because driven sliding block 48 keeps static, so crane 7 still stops at the position of Figure 37 (A).
To be loading slider 43 further retreat and continue to move into the state of minor diameter disc D2 from the state of Figure 26 and Figure 33 for Figure 27 and Figure 34, guid arm 29 stops swinging, yet, the amount of movement of corresponding loading slider 43, disc supporting arm 19 makes minor diameter disc D2 obtain to support towards centrifugal direction swing, guid arm 25.27 towards the swing of heart direction.
Figure 28 and Fig. 35 are loading slider 43 from the state of Figure 27 and Figure 34 further retreat and at the center of the center pit D2a of minor diameter disc D2, and the center of clamping head 9 become the state that stops under the consistent situation.In reaching the process of this state, along with retreating of loading slider 43, disc supporting arm 19 is significantly swung towards centrifugal direction, finishes the support of the outer rim of minor diameter disc D2, and simultaneously, in the effect of this swing, toothed disc 59 advances rack slide 65.Whereby, the minor diameter 64a of two rollers 64 is positioned on the high-order fairlead 65c of rack slide 65, so guid arm 25 is significantly swung towards centrifugal direction, and finishes the support of the outer rim of minor diameter disc D2.Whereby, guid arm 25 is avoided to the side of crane 7 and is in the state of the top that is not present in crane 7.
Under the aforesaid state, 3 outer rims of supporting minor diameter disc D2 of the support member 35a of the support member 29a of the support member 27a of guid arm 27, guid arm 29 and guid arm 35, yet, in the process till reaching this state, the pushing force that effect produced of utilizing draft helical spring 53 of the support member 27a of guid arm 27 plays a role, and continues to carry out the immigration of minor diameter disc D2.
In addition, enter the stroke of Figure 28 from Figure 27, the cam ditch 43e of loading slider 43 retreats the state that makes the entering rake 43e-2 from untie-sell 7a from the 43e-1 of low level portion of crane 7 and be in rising.On the other hand, the 2nd oscillating structural member 47 then arrive lower end horizontal part 43b-2 from untie-sell 47a from the vertical component effect 43b-3 of loading slider 43, and make the 2nd oscillating structural member 47 towards the centrifugal direction swing, along with effect pin 47b moves horizontally driven sliding block 48, cam ditch 48c also moves horizontally.Whereby, the entering rake 48c-2 of crane 7 and be in the state of rising from untie-sell 7b from the 48c-1 of low level portion, crane 7 begins to rise shown in Figure 37 (B).
Figure 29 and Figure 35 are that clamping head 9 clampings the center pit D2a of minor diameter disc D2 and are in the final state that can drive minor diameter disc D2.Before this state of arrival, guid arm 27.29.35 is swung and the support of end minor diameter disc D2, just can not hinder the rotation of minor diameter disc D2.
That is, loading slider 43 from the state of Figure 28 further retreat and the position that stops on, upwards pushed away by lower end horizontal part 43b-2 and the 2nd oscillating structural member 47 swung towards centrifugal direction from untie-sell 47a.Whereby, the effect pin 51a that is linked to the end through hole 48b of driven sliding block 48 is drawn and makes the 3rd oscillating structural member 51 towards the swing of heart direction, and whereby, guid arm 27 finishes the support of minor diameter disc D2 towards the centrifugal direction swing.
On the other hand, guid arm 29 is because its rake from the terminal of the guiding ditch 43c-2 of untie-sell 29d arrival loading slider 43 so swing a little towards centrifugal direction, finishes the support of support member 29a to minor diameter disc D2.In addition, the swing of this guid arm 29 act on be linked to this guiding ditch 29c from untie-sell 35b, make guid arm 35 swing a little and finish the support of minor diameter disc D2 towards centrifugal direction.
In addition, enter the stroke of Figure 29 from Figure 28, driven sliding block 48 moves horizontally with retreating synchronously of loading slider 43, yet, the rake 43e-2 of 43 cam ditch 43e from untie-sell 7a from loading slider of crane 7 enters the high-order 43e-3 of portion, then enters the high-order 48c-3 of portion from the rake 48c-2 of the cam ditch 48c of driven sliding block 48 from untie-sell 7b.
The movement aspect of the crane 7 of this trip, rise because of rake 43e-2.48c-2 from untie-sell 7a.7b, crane 7 also rises thereupon, shown in Figure 37 (C), the gripper jaw 9a of clamping head 9 is connected to the center pit D2a of minor diameter disc D2 and this minor diameter disc D2 is upwards pushed away, and the periphery of center pit D2a is connected to the protuberance 2b of box casket 2.
Behind the top of arrival rake 43e-2.48c-2, shown in Figure 37 (D), clamping head 9 embeds the center pit D2a of minor diameter disc D2, finishes the clamping of gripper jaw 9a from untie-sell 7a.7b from aforesaid state, and minor diameter disc D2 is fixed on the universal stage 10.Secondly, enter the high-order 43e-3.48c-3 of portion from untie-sell 7a.7b, crane 7 drops to the position shown in Figure 37 (E), and can carry out the driving of minor diameter disc D2.
More than, be that the action form of each mechanism when moving into minor diameter disc D2 at optical disc apparatus of the present invention 1 describes, when shifting out, the action form of opposite order when being each mechanism along with the preceding and then execution of loading slider 43 with above-mentioned immigration.That is, begin to carry out shifting out of minor diameter disc D2 and loading slider 43 when beginning to advance, shown in Figure 38 (A)～(E), crane 7 rises earlier and drops to initial position again.Therebetween, shown in Figure 38 (C), clamping is removed pin 71 minor diameter disc D2 is upwards pushed away, and removes the clamping of clamping head 9.
As mentioned above, in the stroke till the clamping of removing minor diameter disc D2, guid arm 25.27.29 becomes the state of supporting in Figure 28 of the outer rim of minor diameter disc D2 towards heart direction swing, then, following the counteragent of Figure 27～Figure 24, utilize disc supporting arm 19 to shift out minor diameter disc D2, and its leading section is exposed just from the notch 3a of panel 3 stop towards the power of heart direction swing.
Secondly, the front end at the arm of being responsible for the handover disc can be to not being specifically described in order to the hurtful formation of light picker to disc execution information record or information playback.The planimetric map that part when Figure 46 is guid arm 25 swing of above-mentioned formation is amplified, among this figure, the guid arm 25 shown in the solid line is to be in to wait the holding state that major diameter disc D1 and minor diameter disc D2 insert from the notch 3a of panel 3.
At this moment, the light picker 12 that come and go to move in crane 7 is the positions that are still near the panel farthest 3 of the centrifugal direction of universal stage 10.Because the thickness of light picker 12 is bigger, if make it be still in position near universal stage 10, then because crane 7 be with panel 3 sides as the swing fulcrum, when the front end of this crane 7 partly declines to a great extent, can the conflict base plate of box casket 2 of the bottom surface of light picker 12.
For fear of the problems referred to above, the front end that can enlarge crane 7 partly the back side and the gap of the base plate of box casket 2 come corresponding, yet the thickness of optical disc apparatus integral body can become greatly, and requirement that can't corresponding slimming.Therefore, the front end of crane 7 is partly reduced to minimum original state if light picker 12 is still near because the slippage that swing caused of crane 7 is the position of the swing fulcrum of minimum, can realize slimming.
Therefore, when light picker 12 was in stationary state shown in Figure 46, its object lens 12b was positioned under the track L1 of support member 25a swing of guid arm 25.Yet, problem may take place in the stroke of the Figure 25 to Figure 26 that transfers minor diameter disc D2.
That is guid arm 25 begins to transfer minor diameter disc D2, and support member 25a shown in Figure 47 (A), forms the state of the open end of support member 25a in the face of the object lens 12b of light picker 12 towards the swing of heart direction.As shown in the drawing, the relative distance of the open end of support member 25a and object lens 12b is minimum, the danger that may come in contact.
Yet because guid arm 25 is in the one-sided hold mode of base end part as the swing fulcrum, as long as a little vibration or impact promptly can make the support member 25a of leading section significantly move up and down, and shown in Figure 47 (B), 12b impacts to object lens.In addition, because the track L1 of support member 25a swing also is overlapped on the lens holder 12a,, then may cause producing distortion in order to the suspension wire 12c that supports this lens holder 12a if support member 25a impacts to lens holder 12a.
Figure 48 is the pie graph of the formation that adopted to address the above problem of the present invention, the front end of guid arm 25 is setting the decline regulation member 25b of this arm, during example shown in this figure, be used as pin member that decline regulation member 25b uses and be utilize riveted and fixed etc. suitably means be fixed on the rear portion of the support member 25a of disc.In addition, shown in Figure 50 (B), this decline regulation member 25b and support member 25a utilize resin material etc. integrally formed, also can block the state shown in Figure 50 (A) that ends or be adhered to the front end of guid arm 25.
Utilize this kind formation, during guid arm 25 swings, the track L2 of aforementioned decline regulation member 25b is towards the state that loads piece 13 from the crane 7, so under the state shown in Figure 49 (A) of the hunting range of this guid arm 25, because vibration, impact moving up and down of being caused and when the front end of guid arm 25 is descended, shown in Figure 49 (B), decline regulation member 25b meeting butt crane 7 or loading piece 13, and the decline that makes the front end of guid arm 25 is subjected to regulation, and prevents support member 25a contact object lens 12b or lens holder 12a.
As mentioned above, on the formation of slot-in-type disk device 1 of the present invention, be to utilize with a plurality of arms that advance and retreat synchronization action of loading slider 43 supporting the outer rim of major diameter disc D1 or minor diameter disc D2, and make the load mode of utilizing arm swing realize the automatic loading of the disc of different-diameter for the first time with at least 3 places.In addition,,, can not cause the device thickness thickening in device, so requirement that can corresponding slimming because whole arms of swinging are swung all in the plane according to the present invention.In addition, according to the present invention, in order to swing above to the light picker of disc execution information record or information playback, the front end of being responsible for transferring the arm of disc can not damage this light picker, so can improve the reliability of mechanism.
Claims (2)
1. optical disc apparatus, utilize swing arm with the disc that inserts move into device inside, the disc that maybe will be contained in device inside is moved to the device outside, it is characterized by to comprise:
Can prop up a plurality of arms that the outer rim of 2 kinds of discs that are held in different-diameter is transferred; And
In order to wherein at least one arm of these a plurality of arms is passed on the single loading slider of driving force, this loading slider have fix in order to the outer rim of drive controlling butt major diameter disc this major diameter disc to the guiding ditch of this arm of location, and support the outer rim of minor diameter disc and this minor diameter disc be directed into the guiding ditch of this arm of location in order to drive controlling, wherein
When beginning to transfer the major diameter disc, be fixed to this guiding ditch of location by make this major diameter disc in order to drive controlling, make this arm swing and do not contact with the outer rim of major diameter disc.
2. optical disc apparatus according to claim 1, wherein,
This single loading slider has more:
In order to drive controlling support the outer rim of this major diameter disc and this major diameter disc is directed into the location arm induce ditch.
Applications Claiming Priority (6)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2005026935A JP4325564B2 (en) | 2005-02-02 | 2005-02-02 | Disk unit |
| JP026935/05 | 2005-02-02 | ||
| JP2005027720A JP4259474B2 (en) | 2005-02-03 | 2005-02-03 | Disk unit |
| JP027720/05 | 2005-02-03 | ||
| JP2005039141A JP4315108B2 (en) | 2005-02-16 | 2005-02-16 | Disk unit |
| JP039141/05 | 2005-02-16 |
Related Parent Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200610006085 Division CN1815598B (en) | 2005-02-02 | 2006-01-26 | Disk unit |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101221786A CN101221786A (en) | 2008-07-16 |
| CN101221786B true CN101221786B (en) | 2010-07-21 |
Family
ID=36907742
Family Applications (3)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2008100020921A Expired - Fee Related CN101221786B (en) | 2005-02-02 | 2006-01-26 | Disk device |
| CN 200610006085 Expired - Fee Related CN1815598B (en) | 2005-02-02 | 2006-01-26 | Disk unit |
| CN2008100020917A Expired - Fee Related CN101221785B (en) | 2005-02-02 | 2006-01-26 | Disk device |
Family Applications After (2)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200610006085 Expired - Fee Related CN1815598B (en) | 2005-02-02 | 2006-01-26 | Disk unit |
| CN2008100020917A Expired - Fee Related CN101221785B (en) | 2005-02-02 | 2006-01-26 | Disk device |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP4325564B2 (en) |
| CN (3) | CN101221786B (en) |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| IL162449A (en) | 2004-06-10 | 2010-05-17 | Bromine Compounds Ltd | Fire retardant formulations and styrene polymer compositions containing them |
| JP5163880B2 (en) * | 2008-05-01 | 2013-03-13 | ティアック株式会社 | Disk unit |
| JP5527507B2 (en) * | 2009-08-03 | 2014-06-18 | ティアック株式会社 | Disk unit |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5022023A (en) * | 1987-06-23 | 1991-06-04 | Sony Corporation | Disc drive arrangement for CD player and the like capable of loading different size discs |
| CN1435831A (en) * | 2002-01-30 | 2003-08-13 | 阿尔派株式会社 | Disk device |
Family Cites Families (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| NL8903114A (en) * | 1989-12-20 | 1991-07-16 | Philips Nv | RECORD PLAYER AND DETECTION UNIT FOR USE IN THE RECORD PLAYER. |
| CN1129131C (en) * | 1997-04-24 | 2003-11-26 | 阿尔派株式会社 | Magnetic-disk device |
| US6469971B1 (en) * | 1998-12-28 | 2002-10-22 | Pioneer Corporation | Device for reproducing optical discs |
| CN2395365Y (en) * | 1999-10-26 | 2000-09-06 | 四川鼎天微电有限公司 | Laser head buffer mechanism of optic disc machine |
| JP2001134954A (en) * | 1999-11-02 | 2001-05-18 | Sony Corp | Optical disk device and cartridge |
| US6839898B2 (en) * | 2001-04-27 | 2005-01-04 | Matsushita Electric Industrial Co., Ltd. | Disk drive |
-
2005
- 2005-02-02 JP JP2005026935A patent/JP4325564B2/en not_active Expired - Fee Related
-
2006
- 2006-01-26 CN CN2008100020921A patent/CN101221786B/en not_active Expired - Fee Related
- 2006-01-26 CN CN 200610006085 patent/CN1815598B/en not_active Expired - Fee Related
- 2006-01-26 CN CN2008100020917A patent/CN101221785B/en not_active Expired - Fee Related
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5022023A (en) * | 1987-06-23 | 1991-06-04 | Sony Corporation | Disc drive arrangement for CD player and the like capable of loading different size discs |
| CN1435831A (en) * | 2002-01-30 | 2003-08-13 | 阿尔派株式会社 | Disk device |
Non-Patent Citations (1)
| Title |
|---|
| JP特开2001-134954A 2001.05.18 |
Also Published As
| Publication number | Publication date |
|---|---|
| CN1815598B (en) | 2010-05-12 |
| CN101221785B (en) | 2010-09-15 |
| JP4325564B2 (en) | 2009-09-02 |
| CN101221786A (en) | 2008-07-16 |
| CN101221785A (en) | 2008-07-16 |
| CN1815598A (en) | 2006-08-09 |
| JP2006216143A (en) | 2006-08-17 |
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