CN106431008A - Filming form mechanism with both front and rear blockage devices - Google Patents

Abstract

The invention discloses a filming form mechanism with both front and rear blockage devices. The mechanism comprises a swing arm, a first form, a rotation mechanism, a front blockage device, a glass base plate slide seat and a rear blockage device. A pair of symmetrical column lugs are fixed on the front and rear side walls of the first form. The column lugs are provided on a pair of machine frame seat. The first end surface of the first form is provided with a long slide hole. A slide hinge connection bar on the swing arm is located in the long slide hole. The rotation mechanism comprises a machine frame, a drive device, a telescopic device and a quantifying rotation device. The glass base plate slide seat is mounted slidably on the left side of a pair of machine frame seat. The front blockage device and the rear blockage device are placed at the front side of the first form respectively. The rotation mechanism of the form has both the functions of rotation and retraction of the firm form. The rotation and retraction of the first form achieve the function of blocking two different non-filming areas. The coupling between the front and rear blockage devices and the rotation mechanism can position the glass base plate slide seat precisely, and thus guarantee the filming quality.

Description

A kind of plated film template mechanism with front and back's retention device

Technical field

The present invention relates to field of photoelectric technology, and in particular to a kind of plated film template mechanism with front and back's retention device.

Background technology

Coated glass (Coated glass) is also referred to as reflecting glass.Coated glass be glass surface coating one or more layers Metal, alloy or metal compound film, to change the optical property of glass, meet certain particular requirement.Coated glass is by product The different qualities of product, can be divided into following a few classes：Heat-reflecting glass, low emissivity glass (Low-E), electropane etc..

For meeting specific requirement, one piece of glass substrate, need on same surface to plate two kinds of different films, two kinds of different films It is disposed adjacent, every kind of film is in paliform on the glass substrate.

By above-mentioned requirements, when the first film is plated, staff need to block the region of second film of preplating with template；In plating During second film, staff need to block the region for plating the first film with template.

Content of the invention

The present invention is directed to above-mentioned technical problem, provides a kind of effectively switching and blocks template and be accurately positioned glass substrate Mechanism.

For reaching above-mentioned purpose, the invention provides a kind of plated film template mechanism with front and back's retention device, including pendulum Arm, the first template, rotating mechanism, front retention device, glass substrate slide and rear retention device；On the front-rear side walls of the first template It is fixed with a pair symmetrical straight pin；It is plugged in before and after straight pin a pair on the frame bearing being fixed on the frame plate of lower section；The Offer on one template rear end face and slide elongated hole；Slide hinged post in swing arm is plugged in and slides in elongated hole；Swing arm is resisted against On one template rear end face；Rocking arm is fixed on rotating mechanism；Rotating mechanism includes frame, driving means, orders about the first template pendulum The dynamic quantitative rotary apparatuss retractor device movable with the first template is ordered about；

The front end face of the straight pin of the front side of the first template be respectively and fixedly provided with, on the rear end face of the straight pin of rear side, the company of association Connect post；The cunning of fore-and-aft direction setting is respectively and fixedly provided with the front end face of frame bearing of front side and the rear end face of the frame bearing of rear side Row guide frame；Swivelling chute is offered on the external cylindrical surface of the front portion of associated connection post；

Front retention device slides connecting portion, front rotary connector and front blocking unit before including；Before slide connecting portion and include Before involve portion and before slide work department；Before the portion of involving include in the swivelling chute for be set in associated connection post before involve ring and fixation In front involve ring upper end L-shaped before involve link；Before slide and before work department includes, slide working plate and front work tooth bar； Front work tooth bar is slided before being fixed on the right side of working plate；Before involve the right side for sliding working plate before link is vertically fixed on End face and sliding in front and back is arranged in the guide-track groove for sliding guide frame；Front rotary connector be rotatably connected before including axle, first Worm screw and front working gear；Front working gear and the first worm screw are rotatably connected on axle before being fixed on from top to bottom；Before be rotatably connected Below axle pivot joint on frame plate；Front working gear can be with front work tooth bar；Front blocking unit stop before including Pivot axle, the One worm gear and front barrier plate；Front stop Pivot axle is articulated in the stop support of the front side of frame bearing；Front stop Plate and the first worm gear stop in Pivot axle before being fixed on from front to back；First worm gear and the first worm engaging；

Connecting portion, rear rotary connector and rear blocking unit is slided after retention device includes afterwards；After slide connecting portion and include After involve portion and after slide work department；The portion of involving involves ring and fixation after including in the swivelling chute for be set in associated connection post afterwards In after involve ring upper end L-shaped after involve link；After slide and after work department includes, slide working plate and rear work tooth bar； Worked on the right side for sliding working plate after tooth bar is fixed on afterwards；The right side of link be vertically fixed on after sliding working plate is involved afterwards End face and sliding in front and back is arranged in the guide-track groove for sliding guide frame；Be rotatably connected after rotary connector includes afterwards axle, second Worm screw and rear working gear；Working gear and the second worm screw are rotatably connected on axle after being fixed on from top to bottom afterwards；After be rotatably connected Below axle pivot joint on frame plate；Working gear can be with rear work tooth bar afterwards；Stop after blocking unit includes afterwards Pivot axle, the Two worm gears and rear barrier plate；Stop that Pivot axle is articulated in the stop support of the rear side of frame bearing afterwards；After stop Plate and the second worm gear stop in Pivot axle after being fixed on from back to front；Second worm gear and the second worm engaging；

Glass substrate slide is slidably arranged on the frame plate of lower section and left side positioned at a pair of frame bearing；Glass substrate The mounting groove for installing glass substrate is offered on the upper surface of slide；

Barrier plate and front barrier plate angle are in 135 degree afterwards.

Used as the preferred of technique scheme, frame includes pedestal, support base and some support bars；If pedestal passes through the Heavenly Stems and Earthly Branches Strut and support base are connected；Driving means include drive gear and drive annulus；

Drive gear is articulated on pedestal by drive shaft；Annulus is driven to be articulated on pedestal；Drive annulus external cylindrical surface On form driven gear ring, form the first sliding tooth section and the second sliding tooth section on inner cylinder face；

Quantitative rotary apparatuss include rotating cylindrical, the first ratchet and the second ratchet and reverse gear；Rotating cylindrical is articulated in On support base；First ratchet and the second ratchet are separately positioned on front side and the rear side that rotating cylindrical is located at support base；Rotating cylindrical Rear end be fixed with rotation gear ring；First ratchet and the second ratchet in opposite direction；Reverse gear is by reverse central shaft pivot joint On pedestal；The reverse gear of first sliding tooth Duan Keyu and rotation gear ring engagement；Reverse gear and rotation gear ring；

Retractor device includes to stretch gear, flexible threaded rod and slides drive rod；Slide on the external cylindrical surface of drive rod certainly Forward direction aftershaping has fromer rail and rear rail；Slide on the rear end face of drive rod and offer flexible screwed hole；Rotating cylindrical is opened up Have and pre-and post perforative slide hole；The rear and front end for sliding hole forms the guide groove corresponding with fromer rail and rear rail；Slide drive Lever is slidably arranged in and slides in the hole；Flexible threaded rod front end is screwed onto slides the flexible screw thread in the hole of drive rod, rear end and fixes There is flexible gear；Flexible gear can be engaged with the second sliding tooth section；

Tripper includes guide-rail plate and unlocking unit；Guide-rail plate is to form the annulus post for protruding guide block on front end face； Guide-rail plate is fixed on the front end face for driving annulus；Unlocking unit slide anteroposterior is arranged on support base；Unlocking unit is located at and supports The front side of seat is provided with the first ratchet, rear side and is provided with the second ratchet；First ratchet and the first ratchet are to cooperation；Second ratchet with Second ratchet is to cooperation；Unlocking unit rear end is provided with lead；The rear end of lead is inlaid with steel ball；The steel ball of lead is supported Lean against on the front end face of guide-rail plate；The protrusion guide block of guide-rail plate is in the dead ahead of the first sliding tooth section.

Used as the preferred of technique scheme, unlocking unit includes the first ratchet, the second ratchet, connecting shaft, is oriented to square And lead；It is oriented to the middle part that square is fixed on connecting shaft；Unlocking unit is arranged on support base by being oriented to square slide anteroposterior Horizontal slide slot in；The front connecting plate for being fixedly arranged at the front end with elongated hole-shape of connecting shaft, rear end are fixed with the rear connecting plate of elongated hole-shape； The left circle central axis of front connecting plate are conllinear with the Pivot axle of connecting shaft；The rotation of the right circle central axis of connecting plate and connecting shaft afterwards Turn central shaft conllinear；Front rotary shaft is fixed with the front end face of front connecting plate；Rotate after being fixed with the rear end face of connecting plate afterwards Axle；The right circle central axis of front connecting plate are conllinear with the Pivot axle of front rotary shaft；The left circle central axis of connecting plate and rear rotation afterwards The Pivot axle of rotating shaft is conllinear；First ratchet is articulated in front rotary shaft；Second ratchet is articulated in rear rotary shaft；Front rotation Front torsion spring is arranged with axle；Front one end is fixed on the rear end face of the first ratchet, the other end is fixed on the rear end of support base On face；Front torsion spring is arranged with rotary shaft afterwards；One end is fixed on the front end face of the second ratchet afterwards, the other end is fixed on and props up On the rear end face of support seat；Connecting shaft is located at two parts in front and back of guiding square and is arranged with front compression spring and rear compression spring respectively；Front compression spring One end is resisted against on the front side wall of the horizontal slide slot of support base, one end is resisted against on the front end face for being oriented to square；Rear compression spring One end is resisted against on the rear side wall of the horizontal slide slot of support base, one end is resisted against on the rear end face for being oriented to square；Lead It is fixed on the rear end face of rear connecting plate.

As the preferred of technique scheme, the ratchet thickness of the thickness more than the first ratchet of guide block is protruded；First ratchet Ratchet thickness and the second ratchet ratchet thickness identical.

Used as the preferred of technique scheme, the symmetrical centre face of the first sliding tooth section and the second sliding tooth section is rectangular.

As the preferred of technique scheme, the diameter of the slide hinged post in swing arm and the first template slide elongated hole Diameter is identical.

The beneficial effects of the present invention is：The rotating mechanism has rotation concurrently and the function of the first template of stretching, the first mould The function of blocking two different non-coating film area is realized in plate rotation with stretching, and retention device is linked with rotating mechanism in front and back, Glass substrate slide can be accurately positioned, it is ensured that the quality of plated film.

Description of the drawings

Fig. 1 is the structural representation of the present invention；

Fig. 2 is the structural representation of the rotating mechanism 30 of the present invention；

Fig. 3 is the structural representation of the rotating mechanism 30 of the present invention；

Fig. 4 is the structural representation of inventive drive means 31；

Fig. 5 is the structural representation of the assembling for sliding drive rod 333 and rotating cylindrical 320 of the present invention；

Fig. 6 is the structural representation of the blast for sliding drive rod 333 of the present invention；

Fig. 7 is the structural representation of the rotating cylindrical 320 of the present invention；

Fig. 8 is the structural representation of the tripper 34 of the present invention；

Fig. 9 is the retention device 40 of the present invention and the structural representation of glass substrate slide 50；

Figure 10 is the structural representation of the swing arm 100 of the present invention；

Figure 11 is the structural representation of first template 11 of the present invention；

Figure 12 is for sliding the structural representation of connecting portion 61 after the present invention；

Figure 13 is the rear rotary connector 62 of the present invention and the structural representation of rear blocking unit 63；

Figure 14 is for sliding the structural representation of connecting portion 41 before the present invention；

Figure 15 is the front rotary connector 42 of the present invention and the structural representation of front blocking unit 43；

In figure, 100, swing arm；101st, mounting groove；102nd, slide hinged post；11st, the first template；110th, elongated hole is slided；111、 Straight pin；112nd, associated connection post；12nd, frame bearing；120th, escape groove；121st, stop support；122nd, guide frame is slided；30、 Rotating mechanism；300th, pedestal；301st, support base；302nd, support bar；31st, driving means；311st, drive gear；312nd, circle is driven Ring；3121st, driven gear ring；3122nd, the first sliding tooth section；3123rd, the second sliding tooth section；32nd, quantitative rotary apparatuss；320th, rotate Cylinder；3200th, guide groove；3201st, chute；3202nd, gathering sill；3203rd, hole is slided；321st, the first ratchet；322nd, the second ratchet； 323rd, reverse gear；324th, gear ring is rotated；33rd, retractor device；331st, stretch gear；332nd, stretch threaded rod；333rd, drive is slided Lever；3330th, stretch screwed hole；3331st, rear rail；3332nd, fromer rail；34th, tripper；341st, guide-rail plate；3410th, protrude Guide block；342nd, unlocking unit；3421st, the first ratchet；34210th, front torsion spring；3422nd, the second ratchet；34220th, rear torsion spring；3423、 Connecting shaft；34231st, front connecting plate；34232nd, rear connecting plate；34233rd, front compression spring；34234th, rear compression spring；3424th, square is oriented to； 3425th, lead；40th, front retention device；41st, front connecting portion is slided；411st, front portion is involved；4111st, front ring is involved；4112nd, front Involve link；412nd, front work department is slided；4121st, front working plate is slided；4122nd, front work tooth bar；42nd, front it is rotatably connected Portion；421st, the front axle that is rotatably connected；422nd, the first worm screw；423rd, front working gear；43rd, front blocking unit；431st, front center of rotation Axle；432nd, the first worm gear；433rd, front barrier plate；50th, glass substrate slide；501st, mounting groove；60th, rear retention device；61st, rear sliding Row connecting portion；611st, portion is involved after；6111st, ring is involved after；6112nd, link is involved after；612nd, work department is slided after；6121、 After slide working plate；6122nd, work tooth bar afterwards；62nd, rear rotary connector；621st, be rotatably connected after axle；622nd, the second worm screw； 623rd, rear working gear；63rd, rear blocking unit；631st, rear Pivot axle；632nd, the second worm gear；633rd, rear barrier plate.

Specific embodiment

As shown in Fig. 1, Fig. 9～Figure 11, a kind of plated film template mechanism with front and back's retention device, including swing arm 100, One template 11, rotating mechanism 30, front retention device 40, glass substrate slide 50 and rear retention device 60；Before first template 11 A pair symmetrical straight pin 111 is fixed with rear wall；It is plugged in a pair before and after straight pin 111 and is fixed on the frame plate of lower section On frame bearing 12；Offer on first template, 11 rear end face and slide elongated hole 110；Slide hinged post 102 in swing arm 100 is plugged In elongated hole is slided；Swing arm 100 is resisted against on 11 rear end face of the first template；Rocking arm 100 is fixed on rotating mechanism 30；Whirler Before structure 30 includes frame, driving means 31, the quantitative rotary apparatuss 32 for ordering about the swing of the first template 11 and orders about the first template 11 The retractor device 33 for moving afterwards；

As shown in figure 11, the rear end of the straight pin 111 of the front end face of the straight pin 111 of the front side of the first template 11 and rear side Associated connection post 112 is respectively and fixedly provided with face；The front end face of frame bearing 12 of front side and the rear end face of the frame bearing 12 of rear side On be respectively and fixedly provided with fore-and-aft direction setting slide guide frame 122；Rotation is offered on the external cylindrical surface of the front portion of associated connection post 112 Turn trough；

As shown in Fig. 9, Figure 14, Figure 15, front retention device 40 slides connecting portion 41, front rotary connector 42 and front before including Blocking unit 43；Before slide involve before connecting portion 41 includes portion 411 and before slide work department 412；Before involve portion 411 include sheathed Involve ring 4111 before in the swivelling chute of associated connection post 112 and involve before being fixed on 4111 upper end of ring L-shaped before lead Pull link 4112；Before slide and before work department 412 includes, slide working plate 4121 and front work tooth bar 4122；Front work tooth bar 4122 be fixed on before slide on the right side of working plate 4121；Before involve before link 4112 is vertically fixed on and slide working plate 4121 right side and sliding in front and back is arranged in the guide-track groove for sliding guide frame 122；Front rotary connector 42 includes front rotation Turn connecting shaft 421, the first worm screw 422 and front working gear 423；Front working gear 423 and the first worm screw 422 are fixed from top to bottom Front it is being rotatably connected on axle 421；Before be rotatably connected below 421 pivot joint of axle on frame plate；Front working gear 423 can be with front work tooth Bar 4122；Front blocking unit 43 stops Pivot axle 431, the first worm gear 432 and front barrier plate 433 before including；Front stop rotation Turn central shaft 431 to be articulated in the stop support 121 of the front side of frame bearing 12；Front barrier plate 433 and the first worm gear 432 Stop in Pivot axle 431 before being fixed on from front to back；First worm gear 432 is engaged with the first worm screw 423；

As shown in Fig. 9, Figure 12, Figure 13, rear retention device 60 slide after including connecting portion 61, rear rotary connector 62 and after Blocking unit 63；After slide involve after connecting portion 61 includes portion 611 and after slide work department 612；After involve portion 611 include sheathed Involve ring 6111 after in the swivelling chute of associated connection post 112 and involve after being fixed on 6111 upper end of ring L-shaped after lead Pull link 6112；After slide and after work department 612 includes, slide working plate 6121 and rear work tooth bar 6122；After work tooth bar 6122 be fixed on after slide on the right side of working plate 6121；After involve after link 6112 is vertically fixed on and slide working plate 6121 right side and sliding in front and back is arranged in the guide-track groove for sliding guide frame 122；Revolve after rotary connector 62 includes afterwards Turn connecting shaft 621, the second worm screw 622 and rear working gear 623；Working gear 623 and the second worm screw 622 are fixed from top to bottom afterwards After be rotatably connected on axle 621；After be rotatably connected below 621 pivot joint of axle on frame plate；Working gear 623 can be with rear work tooth afterwards Bar 6122；Stop Pivot axle 631, the second worm gear 632 and rear barrier plate 633 after blocking unit 63 includes afterwards；Stop rotation afterwards Turn central shaft 631 to be articulated in the stop support 121 of the rear side of frame bearing 12；Barrier plate 633 and the second worm gear 632 afterwards Stop in Pivot axle 631 after being fixed on from back to front；Second worm gear 632 is engaged with the second worm screw 623；

As shown in figure 1, glass substrate slide 50 is slidably arranged on the frame plate of lower section and is located at a pair of frame bearing 12 Left side；The mounting groove 501 for installing glass substrate is offered on the upper surface of glass substrate slide 50；

As shown in Figure 13, Figure 15, rear barrier plate 633 and 433 angle of front barrier plate are in 135 degree.

As shown in Figure 1 and Figure 2, frame includes pedestal 300, support base 301 and some support bars 302；If pedestal 300 passes through Heavenly Stems and Earthly Branches strut 302 and support base 301 are connected；Driving means 31 include drive gear 311 and drive annulus 312；

As shown in Figure 2 and Figure 3, drive gear 311 is articulated on pedestal 300 by drive shaft；Annulus 312 is driven to be articulated in On pedestal 300；Drive to form on 312 external cylindrical surface of annulus and in driven gear ring 3121, inner cylinder face, form the first sliding tooth Section 3122 and the second sliding tooth section 3123；

As shown in Fig. 2～Fig. 6, quantitative rotary apparatuss 32 include rotating cylindrical 320, the first ratchet 321 and the second ratchet 322；Rotating cylindrical 320 is articulated on support base 301；First ratchet 321 and the second ratchet 322 are separately positioned on rotating cylindrical 320 front sides for being located at support base 301 and rear side；The rear end of rotating cylindrical 320 is fixed with rotation gear ring 324；First ratchet, 321 He Second ratchet 322 in opposite direction；Reverse gear 323 is articulated on pedestal 300 by reverse central shaft；First sliding tooth section 3122 can be engaged with reverse gear 323 and rotation gear ring 324；Reverse gear 323 and rotation gear ring 324；

As shown in Fig. 2～Fig. 6, retractor device 33 includes to stretch gear 331, flexible threaded rod 332 and slides drive rod 333；Slide on the external cylindrical surface of drive rod 333 and form fromer rail 3332 and rear rail 3331 from front to back；Slide drive rod Flexible screwed hole 3330 is offered on 333 rear end face；Rotating cylindrical 320 is offered and pre-and post perforative slides hole 3203；Slide The rear and front end in hole 3203 forms the guide groove 3200 corresponding with fromer rail 3334 and rear rail 3331；Slide drive rod 333 It is slidably arranged in and slides in hole 3203；332 front end of flexible threaded rod is screwed onto the flexible screwed hole 3330 for sliding drive rod 333 Interior, rear end is fixed with flexible gear 331；Flexible gear 331 can be engaged with the second sliding tooth section 3123；

As shown in Fig. 2, Fig. 7, tripper 34 includes guide-rail plate 341 and unlocking unit 342；Guide-rail plate 341 is front end face On form protrude guide block 3410 annulus post；Guide-rail plate 341 is fixed on the front end face for driving annulus 312；Unlocking unit 342 Slide anteroposterior is arranged on support base 301；Unlocking unit 342 is located at the front side of support base 301 and is provided with the first ratchet 3421, rear side It is provided with the second ratchet 3422；First ratchet 3421 and the first ratchet 321 are to cooperation；Second ratchet 3422 and the second ratchet 322 To cooperation；342 rear end of unlocking unit is provided with lead 3425；The rear end of lead 3425 is inlaid with steel ball；Lead 3425 Steel ball be resisted against on the front end face of guide-rail plate 341；The protrusion guide block 3410 of guide-rail plate 341 is in the first sliding tooth section 3122 just Front.

As shown in Fig. 2, Fig. 7, unlocking unit 342 includes the first ratchet 3421, the second ratchet 3422, connecting shaft 3423, leads To square 3424 and lead 3425；It is oriented to the middle part that square 3424 is fixed on connecting shaft 3423；Unlocking unit 342 is by being oriented to 3424 slide anteroposterior of square is arranged in the horizontal slide slot of support base 301；Connecting shaft 3423 be fixedly arranged at the front end with elongated hole-shape Front connecting plate 34231, rear end is fixed with the rear connecting plate 34232 of elongated hole-shape；The left circle central axis of front connecting plate 34231 be connected The Pivot axle of axle 3423 is conllinear；The right circle central axis of connecting plate 34232 are conllinear with the Pivot axle of connecting shaft 3423 afterwards； Front rotary shaft is fixed with the front end face of front connecting plate 34231；On the rear end face of connecting plate 34232, rear rotary shaft is fixed with afterwards； The right circle central axis of front connecting plate 34231 are conllinear with the Pivot axle of front rotary shaft；Left circle central axis of connecting plate 34232 afterwards Conllinear with the Pivot axle of rear rotary shaft；First ratchet 3421 is articulated in front rotary shaft；After second ratchet 3422 is articulated in In rotary shaft；Front torsion spring 34210 is arranged with front rotary shaft；34210 one end of front torsion spring is fixed on the rear end of the first ratchet 3421 On face, the other end is fixed on the rear end face of support base 301；Front torsion spring 34220 is arranged with rotary shaft afterwards；Torsion spring 34220 afterwards One end is fixed on the front end face of the second ratchet 3422, the other end is fixed on the rear end face of support base 301；Connecting shaft 3423 Front compression spring 34233 and rear compression spring 34234 are arranged with respectively in the two parts in front and back for being oriented to square 3424；34233 one end of front compression spring On the front side wall of the horizontal slide slot for being resisted against support base 301, one end be resisted against be oriented to square 3424 front end face on；After press 34234 one end of spring is resisted against on the rear side wall of the horizontal slide slot of support base 301, one end is resisted against after being oriented to square 3424 On end face；Lead 3425 is fixed on the rear end face of rear connecting plate 34232.

As shown in fig. 7, protruding the ratchet thickness of the thickness more than the first ratchet 321 of guide block 3410；The spine of the first ratchet 321 The ratchet thickness of transverse tooth thickness degree and the second ratchet 322 is identical.

As shown in figure 3, the symmetrical centre face of the first sliding tooth section 3122 and the second sliding tooth section 3123 is rectangular.

As shown in Figure 10, Figure 11, the diameter of the slide hinged post 102 in swing arm 100 and the first template 11 slide elongated hole 110 diameter is identical.

The operation principle of rotating mechanism 30 is as follows：

Original state, the first ratchet 321 and the second ratchet 322 are limited, the equal quilt clockwise and anticlockwise of rotating cylindrical 320 Limit；First template 11 is in vertical state；

Artificial or can be manually rotated drive gear 311, drive gear 311 orders about driving annulus 312 and rotates, and protrudes guide block 3410 drive 3425 forward slip of lead, the first ratchet 321 and the second ratchet 322 to be in free state, i.e. rotating cylindrical 320 In free state；Then the first sliding tooth section 3122 is engaged with rotation gear ring 324 first, and rotation gear ring 324 is by sliding drive Lever 333, swing arm 100 drive the first template 11 to become inclined state from vertical state, and now glass substrate enters working position, leads Slide backward to post 3425, the first ratchet 321 and the second ratchet 322 are in locking state, i.e. rotating cylindrical 320 in locking shape State；

Then the first sliding tooth section 3122 is departed from rotation gear ring 324, and the second sliding tooth section 3123 is nibbled with flexible gear 331 Close, flexible gear 331 rotarily drives flexible threaded rod 332 and rotates, and flexible threaded rod 332 is ordered about and slides drive rod 333 to extension Go out i.e. to drive 11 forward slip of the first template；

Then protrude guide block 3410 to be driven at 3425 forward slip of lead, the first ratchet 321 and the second ratchet 322 again Free state is in free state, i.e. rotating cylindrical 320；Second sliding tooth section 3123 is departed from flexible gear 331, and first drives Dynamic tooth section 3122 is engaged with reverse gear 323, and it is inverse that the first sliding tooth section 3122 is rotated gear ring 324 by reverse gear 323 To rotation, that is, slide drive rod 333, swing arm 100 and drive the first template 11 to become vertical state from heeling condition, now with first Template 11 is fitted with glass substrate, carries out first time plated film；

After completing first time plated film, counter-rotating drive gear 311；First template 11 becomes inclined shape from vertical state State, then become vertical state from heeling condition, when the first template 11 is in heeling condition, 331 counter-rotating band of flexible gear Dynamic 332 counter-rotating of threaded rod of stretching, flexible threaded rod 332 is ordered about to slide drive rod 333 and reclaim backward and drives the first template 11 slide backward, and this completes the switching for blocking position；First template 11 in last vertical state when carry out the Secondary film coating；

This completes the operation of two kinds of adjacent different films of plating.

40 operation principle of retention device is as follows：

In the first template 11 after inclining for the first time, the first template 11 travels forward, work 4122 He of tooth bar before driving After the tooth bar 6122 that works travel forward, front work tooth bar 4122 is revolved by the axle 421 that is rotatably connected before the drive of front working gear 423 Turn, the front axle 421 that is rotatably connected drives front barrier plate 433 by the first worm screw 422, the first worm gear 432 and front Pivot axle 431 Rotate on 50 progress path of glass substrate slide；After work tooth bar 6122 by rear working gear 623 drive after be rotatably connected Axle 621 rotates, after be rotatably connected after axle 621 is driven by the second worm screw 622, the second worm gear 632 and rear Pivot axle 631 and hinder Baffle plate 633 is rotated away from 50 progress path of glass substrate slide；This is that glass substrate slide 50 is front with glass substrate advance Barrier plate 433 is blocked；The position of so glass substrate is fixed, and can accurately carry out first time plated film；At the first template 11 After inclining in second, the first template 11 is moved backward, and front barrier plate 433 is rotated away from 50 progress path of glass substrate slide, Then barrier plate 633 rotates to 50 progress path of glass substrate slide, and such glass substrate is affected from follow-up glass substrate, Second plated film can accurately be carried out；After inclining first time of first template 11 in second leg, the first template 11 is forward Before motion, glass substrate leaves plated film case.

Above content is only the better embodiment of the present invention, for one of ordinary skill in the art, according to the present invention Thought, all will change in specific embodiments and applications, this specification content is should not be construed as to this Bright restriction.

Claims (6)

1. a kind of plated film template mechanism with front and back's retention device, including swing arm (100), the first template (11), rotating mechanism (30), front retention device (40), glass substrate slide (50) and rear retention device (60)；It is characterized in that：First template (11) Front-rear side walls on be fixed with a pair symmetrical straight pin (111)；It is plugged in a pair before and after straight pin (111) and is fixed on lower section machine On frame bearing (12) on frame plate；Offer on first template (11) rear end face and slide elongated hole (110)；In swing arm (100) Slide hinged post (102) are plugged in and slide in elongated hole；Swing arm (100) is resisted against on the first template (11) rear end face；Rocking arm (100) It is fixed on rotating mechanism (30)；Rotating mechanism (30) includes frame, driving means (31), orders about what the first template (11) swung Quantitative rotary apparatuss (32) and order about the movable retractor device (33) of the first template (11)；

All solid on the rear end face of the straight pin (111) of the front end face of the straight pin (111) of the front side of the first template (11) and rear side Fixed relevant connecting post (112)；On the front end face of frame bearing (12) and the rear end face of the frame bearing (12) of rear side of front side Be respectively and fixedly provided with fore-and-aft direction setting slides guide frame (122)；Offer on the external cylindrical surface of the front portion of associated connection post (112) Swivelling chute；

Front retention device (40) include front to slide connecting portion (41), front rotary connector (42) and front blocking unit (43)；Advancing slip Row connecting portion (41) include front involve portion (411) and before slide work department (412)；Before involve portion (411) include be set in association Involve ring (4111) before in the swivelling chute of connecting post (112) and involve before being fixed on ring (4111) upper end L-shaped before lead Pull link (4112)；Before slide work department (412) include front slide working plate (4121) and front work tooth bar (4122)；Front work On the right side for making slide before tooth bar (4122) is fixed on working plate (4121)；Before involve before link (4112) is vertically fixed on Slide the right side of working plate (4121) and slide in front and back and be arranged in the guide-track groove for sliding guide frame (122)；Front rotation is even Socket part (42) includes front be rotatably connected axle (421), the first worm screw (422) and front working gear (423)；Front working gear (423) It is rotatably connected before being fixed on the first worm screw (422) from top to bottom on axle (421)；Before be rotatably connected machine below axle (421) pivot joint On frame plate；Front working gear (423) can be with front work tooth bar (4122)；Front blocking unit (43) include front stop Pivot axle (431), the first worm gear (432) and front barrier plate (433)；Front stop Pivot axle (431) is articulated in positioned at frame bearing (12) in the stop support (121) of front side；Front barrier plate (433) and the first worm gear (432) are fixed on front stop from front to back In Pivot axle (431)；First worm gear (432) is engaged with the first worm screw (423)；

Retention device (60) slides connecting portion (61), rear rotary connector (62) and rear blocking unit (63) after including afterwards；After slide Row connecting portion (61) involve after including portion (611) and after slide work department (612)；After involve portion (611) include be set in association Involve ring (6111) after in the swivelling chute of connecting post (112) and involve after being fixed on ring (6111) upper end L-shaped after lead Pull link (6112)；After slide and after work department (612) includes, slide working plate (6121) and rear work tooth bar (6122)；Work afterwards On the right side for making slide after tooth bar (6122) is fixed on working plate (6121)；After involve after link (6112) is vertically fixed on Slide the right side of working plate (6121) and slide in front and back and be arranged in the guide-track groove for sliding guide frame (122)；Rotation connects afterwards Socket part (62) is rotatably connected after including axle (621), the second worm screw (622) and rear working gear (623)；Working gear (623) afterwards It is rotatably connected after being fixed on the second worm screw (622) from top to bottom on axle (621)；After be rotatably connected machine below axle (621) pivot joint On frame plate；Working gear (623) can be with rear work tooth bar (6122) afterwards；Blocking unit (63) includes rear stop Pivot axle afterwards (631), the second worm gear (632) and rear barrier plate (633)；Stop that Pivot axle (631) is articulated in positioned at frame bearing afterwards (12) in the stop support (121) of rear side；Stop after barrier plate (633) and the second worm gear (632) are fixed on from back to front afterwards In Pivot axle (631)；Second worm gear (632) is engaged with the second worm screw (623)；

Glass substrate slide (50) is slidably arranged on the frame plate of lower section and is located at the left side of a pair of frame bearing (12)；Glass The mounting groove (501) for installing glass substrate is offered on the upper surface of substrate slide (50)；

Barrier plate (633) and front barrier plate (433) angle are in 135 degree afterwards.

2. a kind of plated film template mechanism with front and back's retention device according to claim 1, it is characterised in that：Frame bag Include pedestal (300), support base (301) and some support bars (302)；Pedestal (300) passes through some support bar (302) and support base (301) it is connected；Driving means (31) include drive gear (311) and drive annulus (312)；

Drive gear (311) is articulated on pedestal (300) by drive shaft；Annulus (312) is driven to be articulated on pedestal (300)； Driving on annulus (312) external cylindrical surface and form driven gear ring (3121), the first sliding tooth section is formed on inner cylinder face (3122) and the second sliding tooth section (3123)；

Quantitative rotary apparatuss (32) include rotating cylindrical (320), the first ratchet (321), the second ratchet (322) and reverse gear (323)；Rotating cylindrical (320) is articulated on support base (301)；First ratchet (321) and the second ratchet (322) are separately positioned on Rotating cylindrical (320) is located at the front side of support base (301) and rear side；The rear end of rotating cylindrical (320) is fixed with rotation gear ring (324)；First ratchet (321) and the second ratchet (322) in opposite direction；Reverse gear (323) is by reverse central shaft pivot joint On pedestal (300)；First sliding tooth section (3122) can be engaged with reverse gear (323) and rotation gear ring (324)；Reverse gear (323) with rotation gear ring (324)；

Retractor device (33) includes to stretch gear (331), flexible threaded rod (332) and slides drive rod (333)；Slide drive rod (333) fromer rail (3332) and rear rail (3331) are formed on external cylindrical surface from front to back；After sliding drive rod (333) Flexible screwed hole (3330) is offered on end face；Rotating cylindrical (320) is offered and pre-and post perforative slides hole (3203)；Slide hole (3203) rear and front end forms the guide groove (3200) corresponding with fromer rail (3334) and rear rail (3331)；Slide driving Bar (333) is slidably arranged in and slides in hole (3203)；Flexible threaded rod (332) front end is screwed onto slides stretching for drive rod (333) Contracting screwed hole (3330) is interior, rear end is fixed with flexible gear (331)；Flexible gear (331) can be with the second sliding tooth section (3123) Engagement；

Tripper (34) includes guide-rail plate (341) and unlocking unit (342)；Guide-rail plate (341) is convex for forming on front end face Go out the annulus post of guide block (3410)；Guide-rail plate (341) is fixed on the front end face for driving annulus (312)；Before unlocking unit (342) After be slidably arranged in support base (301)；Unlocking unit (342) is located at the front side of support base (301) and is provided with the first ratchet (3421), rear side is provided with the second ratchet (3422)；First ratchet (3421) is with the first ratchet (321) to cooperation；Second ratchet (3422) with the second ratchet (322) to cooperation；Unlocking unit (342) rear end is provided with lead (3425)；Lead (3425) Rear end be inlaid with steel ball；The steel ball of lead (3425) is resisted against on the front end face of guide-rail plate (341)；Guide-rail plate (341) Protrude dead ahead of the guide block (3410) in the first sliding tooth section (3122).

3. a kind of plated film template mechanism with front and back's retention device according to claim 2, it is characterised in that：Unblock is single First (342) include the first ratchet (3421), the second ratchet (3422), connecting shaft (3423), are oriented to square (3424) and lead (3425)；It is oriented to the middle part that square (3424) is fixed on connecting shaft (3423)；Unlocking unit (342) is by being oriented to square (3424) Slide anteroposterior is arranged in the horizontal slide slot of support base (301)；Connecting shaft (3423) be fixedly arranged at the front end with elongated hole-shape before connect Fishplate bar (34231), rear end are fixed with the rear connecting plate (34232) of elongated hole-shape；The left circle central axis of front connecting plate (34231) and company The Pivot axle of spindle (3423) is conllinear；Afterwards in the right circle central axis of connecting plate (34232) and the rotation of connecting shaft (3423) Heart axle is conllinear；Front rotary shaft is fixed with the front end face of front connecting plate (34231)；Solid on the rear end face of connecting plate (34232) afterwards Surely there is rear rotary shaft；The right circle central axis of front connecting plate (34231) are conllinear with the Pivot axle of front rotary shaft；Connecting plate afterwards (34232) left circle central axis are conllinear with the Pivot axle of rear rotary shaft；First ratchet (3421) is articulated in front rotary shaft； Second ratchet (3422) is articulated in rear rotary shaft；Front torsion spring (34210) is arranged with front rotary shaft；Front torsion spring (34210) one End is fixed on the rear end face of the first ratchet (3421), the other end is fixed on the rear end face of support base (301)；Afterwards in rotary shaft It is arranged with front torsion spring (34220)；Afterwards torsion spring (34220) one end be fixed on the front end face of the second ratchet (3422), the other end solid It is scheduled on the rear end face of support base (301)；The difference of two parts in front and back that connecting shaft (3423) is located at guiding square (3424) is sheathed There are front compression spring (34233) and rear compression spring (34234)；Front compression spring (34233) one end is resisted against the horizontal slide slot of support base (301) Front side wall on, one end be resisted against be oriented to square (3424) front end face on；Rear compression spring (34234) one end is resisted against support base (301) on the rear side wall of horizontal slide slot, one end be resisted against be oriented to square (3424) rear end face on；Lead (3425) It is fixed on the rear end face of rear connecting plate (34232).

4. a kind of plated film template mechanism with front and back's retention device according to claim 2, it is characterised in that：Protrusion is led The thickness of block (3410) is more than the ratchet thickness of the first ratchet (321)；The ratchet thickness of the first ratchet (321) and the second ratchet (322) ratchet thickness is identical.

5. a kind of plated film template mechanism with front and back's retention device according to claim 2, it is characterised in that：First drives The symmetrical centre face of dynamic tooth section (3122) and the second sliding tooth section (3123) is rectangular.

6. a kind of plated film template mechanism with front and back's retention device according to claim 1, it is characterised in that：Swing arm (100) diameter of the slide hinged post (102) on is identical with the diameter for sliding elongated hole (110) of the first template (11).