CN206528097U - Automobile rear view mirror lens are bonded general assembly all-in-one - Google Patents

Abstract

General assembly all-in-one is bonded the utility model discloses a kind of automobile rear view mirror lens, including frame, electric cabinet, plastic back plate feed mechanism, dust electrostatic cleaning machine, heating film feeding and a paper-tear picture mechanism, precision round subsection rotating disk, secondary paper-tear picture mechanism, eyeglass feed mechanism, laminating mechanism, discharging mechanism and the plastic back plate transfer manipulator with sucker, heating film feeding and a paper-tear picture mechanism and discharging mechanism are distributed in the plastic back plate feed mechanism left and right sides, secondary paper-tear picture mechanism, eyeglass feed mechanism, laminating mechanism is distributed on the outside of precision round subsection rotating disk in the direction of the clock；Three feedings, detection, pressing, discharging are focused in an equipment and realize Automated assembly, efficiency of assembling is high, labor strength is low, cost of labor is saved, assembly precision high product yields is high, is detected in assembling process, go wrong timely take out, it is less prone to entirety to scrap, greatlys save raw material, also save production cost.

Description

Automobile rear view mirror lens are bonded general assembly all-in-one

Technical field

The utility model belongs to automation equipment field, and more particularly to a kind of automobile rear view mirror lens are bonded the automatic of assembly All-in-one is matched somebody with somebody in makeup.

Background technology

The eyeglass bonding assembly of automobile rearview mirror includes plastic back plate, heating film, the part of eyeglass three, is needed when using three Person assembles up, and the assembling most started is to use pure manual manual assembly, and this original mode can not substantially meet existing The requirement of foundry industry, had occurred as soon as some automanual assembly equipments later, now tore a facial tissue of heating film off, then with essence Son bonding, it is bonding after tear another facial tissue of heating film off again, tear off after plastic back plate bonding, then by the semi-finished product after bonding It is put into mould and is pressed, heating film is powered again after the completion of pressing and detected, whole assembling is completed, this assembling mode can be with Certain production requirement is met, but there is also larger defect, efficiency of assembling is low, labor strength is big, and cost of labor is high, Artificial performance accuracy is low, and yields is low, and be powered detection again after assembling, once the not all right entirety that is powered is scrapped, waste of raw materials is big, Add production cost.

The technical problems to be solved in the utility model is to provide that a kind of efficiency of assembling is high, hand labor intensity is small, it is artificial into The automobile rear view mirror lens that this low, assembly precision is high, yields is high, raw material are difficult to waste, production cost is low are bonded assembly certainly Dynamic assembling all-in-one.

Utility model content

To solve, above-mentioned prior art efficiency of assembling is low, labor strength is big, cost of labor is high, assembly precision is low, good Product rate is low, easy overall condemned MAT'L wastes the problems such as big, production cost is high, and the utility model is adopted the following technical scheme that：

The utility model provides a kind of automobile rear view mirror lens bonding general assembly all-in-one, including frame, electric cabinet, modeling Expect backboard feed mechanism, dust electrostatic cleaning machine, heating film feeding and paper-tear picture mechanism, it is precision round subsection rotating disk, secondary Paper-tear picture mechanism, eyeglass feed mechanism, laminating mechanism, discharging mechanism and the plastic back plate transfer manipulator with sucker, it is described automatically controlled Case is arranged on below frame, and the heating film feeding and a paper-tear picture mechanism and discharging mechanism are distributed in plastic back plate feed mechanism The left and right sides and it is all disposed within frame, the dust electrostatic cleaning machine is arranged in frame and positioned at plastic back plate feeder Divide equally distribution in front of structure, on the precision round subsection rotating disk to be provided with six assembly fixtures, the secondary paper-tear picture mechanism, eyeglass Material mechanism, laminating mechanism are distributed on the outside of the precision round subsection rotating disk and are all disposed within frame in the direction of the clock, described Plastic back plate transfer manipulator is arranged in frame and positioned between dust electrostatic cleaning machine and precision round subsection rotating disk.

Improved as to of the present utility model, the plastic back plate feed mechanism includes supporting plate, several feedings and had enough to meet the need Case, plastic back plate hold up cylinder, four plastic back plates and stretch slotting cylinder, pusher tool, pusher tool motor, plastic back plate two Secondary picking-up cylinder, four support slippers, the XYZ axis robots with sucker and several plastic back plate tools, the plastic back plate Hold up cylinder to lift bar by lifting plate and four and contact with feeding Turnover Box, four plastic back plates stretch slotting cylinder group two-by-two Conjunction is symmetrically distributed in feeding Turnover Box both sides, and the pusher tool motor driving pusher tool forward pushes away feeding Turnover Box Dynamic, the secondary cylinder that holds up of the plastic back plate drives four support slipper actions, and four support slipper combination of two are symmetrical Set, the XYZ axis robots are arranged on above frame by fixed support, and the XYZ axis robots are back plastic to be assembled Plate is grabbed on plastic back plate tool.

As to further improvement of the utility model, the dust electrostatic cleaning machine include containment vessel, Electric brush of bristles, Two plasma processors and dust discharge pipe, the Electric brush of bristles are located in containment vessel, and described two plasma processors are wrong Open and be distributed in Electric brush of bristles side, the dust discharge pipe is arranged at the top of containment vessel and connected with external total waste discharge system.

As to further improvement of the utility model, the heating film feeding and a paper-tear picture mechanism include two symmetrically The conveyer belt of setting, conveyer belt motor, conveyer belt width adjustor, material splitting cylinder, heating film transfer manipulator, position school Positive workbench, energization detection components, heating film transfer robot arm, paper-tear picture workbench, padded pedestal, paper-tear picture workbench driving electricity Machine, the first grip clamp, the first grip clamp drive cylinder and paper-tear picture horizontal air cylinder, the material splitting cylinder drive electricity with conveyer belt Machine is connected, and the position correction workbench is provided with heating film localization tool, and the energization detection components are located at position correction work Make platform side, the paper-tear picture workbench is located on front side of position correction workbench, and the paper-tear picture workbench is movably arranged on padded base On seat.

As to further improvement of the utility model, the secondary paper-tear picture mechanism include T-shaped support frame, paper-tear picture motor, Move up and down cylinder, the second grip clamp, grip clamp angle adjustment motor and clamping cylinder, the paper-tear picture motor, on move down Cylinder of taking offence is separately positioned on T-shaped support frame.

As to further improvement of the utility model, the eyeglass feed mechanism include eyeglass mounting table, two side by side The lens orientation mould of distribution, some movement registration arms, eyeglass mounting tables move horizontally drive cylinder and the eyeglass with sucker Several loose slots are provided with feeding manipulator, the eyeglass mounting table, the lens orientation mould is movably arranged on eyeglass and put Put on platform, the movement registration arm is located on the outside of lens orientation mould and moved in loose slot.

As to further improvement of the utility model, the discharging mechanism includes the discharging manipulator with sucker and discharging Conveyer belt, the discharging manipulator is located at precision round subsection rotating disk side.

As to further improvement of the utility model, in addition to safety door and several optoelectronic switches, the safety door Be arranged on above frame, several described optoelectronic switches be arranged on safety door and with electric cabinet signal communication.

As to further improvement of the utility model, in addition to touch display screen.

As to further improvement of the utility model, in addition to three color status indicator lamps.

The beneficial effects of the utility model are：Three feedings, detection, pressing, discharging are focused on real in an equipment Existing Automated assembly, efficiency of assembling is high, and labor strength is low, saves cost of labor, and assembly precision high product yields is high, Detected in assembling process, go wrong timely taking-up, is less prone to entirety and scraps, greatlys save raw material, also save life Produce cost.

Brief description of the drawings

Fig. 1 is a kind of structural representation of embodiment of the utility model.

Fig. 2 is plastic back plate feed mechanism and dust electrostatic cleaning machine schematic diagram in the utility model.

Fig. 3 is heating film feeding and paper-tear picture mechanism and secondary paper-tear picture structural scheme of mechanism in the utility model.

Fig. 4 is eyeglass feed mechanism schematic diagram in the utility model.

Fig. 5 is the overall structure diagram with safety door in the utility model.

Embodiment

Describe preferred embodiment of the present utility model in detail below in conjunction with the accompanying drawings.

Referring to Fig. 1, a kind of automobile rear view mirror lens bonding general assembly all-in-one, including frame 1, electric cabinet 2, plastics Backboard feed mechanism 3, dust electrostatic cleaning machine 4, heating film feeding and paper-tear picture mechanism 5, a precision round subsection rotating disk 6, two Secondary paper-tear picture mechanism 7, eyeglass feed mechanism 8, laminating mechanism 9, discharging mechanism 10 and the plastic back plate transfer manipulator 11 with sucker, The electric cabinet 2 is arranged on the lower section of frame 1, and the heating film feeding and a paper-tear picture mechanism 5 and discharging mechanism 10 are distributed in modeling The left and right sides of material backboard feed mechanism 3 and be all disposed within frame 1, the dust electrostatic cleaning machine 4 be arranged in frame 1 and Divide equally distribution positioned at the front of plastic back plate feed mechanism 3, on the precision round subsection rotating disk 6 and be provided with six assembly fixtures 61, Assembly fixture can according to the product of different size different models come detachable, conveniently operate with and equipment it is general Property, the secondary paper-tear picture mechanism 7, eyeglass feed mechanism 8, laminating mechanism 9 are distributed in the precision round subsection in the direction of the clock The outside of rotating disk 6 and it is all disposed within frame 1, the plastic back plate transfer manipulator 11 is arranged in frame and positioned at dust electrostatic Between cleaning machine 4 and precision round subsection rotating disk 6；

As shown in Fig. 2 Fig. 2 is the schematic diagram of plastic back plate feed mechanism and dust electrostatic cleaning machine, wherein, the modeling Expect that backboard feed mechanism 3 includes supporting plate 31, several feeding Turnover Boxes 32, plastic back plate and holds up cylinder 33, four back plastics Plate stretches the secondary picking-up cylinder 37 of slotting cylinder 34, pusher tool 35, pusher tool motor 36, plastic back plate, four support cunnings Two feeding Turnover Boxes are only drawn in block 38, the XYZ axis robots 39 with sucker and several plastic back plate tools 310, Fig. 2, But practical operation has many when assembling, particular number is assembled according to actual production to be needed to determine, Fig. 2 is intended merely to regard Figure needs only to draw two signals, it is necessary to which workman is manually put into plastic back plate in feeding Turnover Box, and a feeding Turnover Box can Six products are put, and feeding Turnover Box is particularly customized die sinking, and design, convenient operation and efficiency are put back with anti-with fool proof Higher, the plastic back plate holds up cylinder 33 and lifts bar by lifting plate and four and contacted with feeding Turnover Box, four modelings Material backboard stretches the slotting combination of two of cylinder 34 and is symmetrically distributed in feeding Turnover Box both sides, and plastic back plate holds up cylinder and is first raised to pre-determined bit Put, that is, second feeding Turnover Box height, four plastic back plates stretch slotting cylinder and stretch out second feeding Turnover Box of insertion Outer, plastic back plate hold up cylinder rise again, first feeding Turnover Box is just separated with other feeding Turnover Boxes, then The driving pusher of pusher tool motor 36 tool 35 forward promotes first feeding Turnover Box and promoted in place, promotes During have automatic detector, after detecting in place, pusher tool motor reversion pusher tool brings back to just Beginning position, then by the pusher of all feeding Turnover Boxes of said process process, the secondary cylinder 37 that holds up of the plastic back plate drives Four support slippers 38 are acted, and four support slippers 38 combination of two is symmetrical arranged, by four support slippers feeding Turnover Box is held up, and the XYZ axis robots 39 are arranged on the top of frame 1, the wherein driving of X-axis and Y-axis by fixed support 311 Servomotor is used for power, and Z axis driving can use both cylinder or motor power, the XYZ axis robots 39 are to be installed Grabbed with plastic back plate on plastic back plate tool 310, once capture one, treat six all capture after the completion of, plastic back plate two Secondary picking-up cylinder drives four support slipper back shrinkages, feeding Turnover Box just under discharged from the discharge pit of hollow out, and then repeat Above-mentioned feeding process；

In addition, the dust electrostatic cleaning machine 4 includes containment vessel 14, Electric brush of bristles 42, two plasma processors 43 With dust discharge pipe 44, the Electric brush of bristles 41 is located in containment vessel 41, and described two plasma processors 43 are in staggered distribution Electric brush of bristles side, the dust discharge pipe 44 is arranged on the top of containment vessel 41 and connected with external total waste discharge system, back plastic Dust itself can be attached with after plate feeding or with electrostatic, it is necessary to remove, dust be brushed off by Electric brush of bristles and by powder Dirt discharge pipe is discharged, and then goes to destatic by two plasma processor after-treatments again；

After being handled through dust electrostatic cleaning machine, plastic back plate grabs high accuracy point by plastic back plate transfer manipulator On the assembly fixture for spending rotating disk, plastic back plate can enter next station under the drive of precision round subsection rotating disk, then Heating film is needed to be adhered on plastic back plate.

As shown in figure 3, the heating film feeding and paper-tear picture mechanism 5 include two symmetrically arranged conveyer belts 51, it is defeated Send band motor 52, conveyer belt width adjustor 53, material splitting cylinder 54, heating film transfer manipulator 55, position correction work Platform 56, energization detection components 57, heating film transfer robot arm 58, paper-tear picture workbench 59, padded pedestal 510, paper-tear picture workbench drive Dynamic motor 511, the first grip clamp 512, the first grip clamp drive cylinder 513 and paper-tear picture horizontal air cylinder 514, heating film passes through Two conveyer belt feedings, automatic detection, material splitting cylinder after detecting can be carried out after first heating film reaches precalculated position It is raised above withstanding second heating film, the material splitting cylinder is connected with conveyer belt motor, conveyer belt is with regard to stop motion, directly Taken away to first heating film, material splitting cylinder can just continue to move to lower conveyer belt, and go round and begin again such work, it is ensured that feeding is just Often, the position correction workbench is provided with heating film localization tool, and heating film transfer manipulator will grab heating film On heating film localization tool, position correction workbench can be vibrating disk or other vibrators, after vibrating in place, heating film Heating film is just grabbed progress energization detection in energization detection components by transfer robot arm, and the energization detection components are located at position Correcting working table side, heating film is just transferred to paper-tear picture workbench work by heating film transfer robot arm after the detection that is powered is out of question Position, heating film transfer robot arm directly works as waste disposal catching if the detection only that is powered, and heating film turns when waste material is caught Move manipulator crawl is that at heating film non-process ear, in order to which paper-tear picture is convenient, heating film is described provided with two technique ears Paper-tear picture workbench is located on front side of position correction workbench, and the paper-tear picture workbench is movably arranged on padded pedestal, and heating film turns Move manipulator to be transferred near the first grip clamp heating film, paper-tear picture workbench is driven simultaneously by paper-tear picture table drive motor The fully wrapped around technique ear of the first grip clamp is driven, the first grip clamp is then driven by the first grip clamp drive cylinder Technique ear clamp, after clamping again by paper-tear picture horizontal air cylinder drive the first grip clamp move horizontally just heating film one Facial tissue is torn, and a facial tissue of heating film tears rear heating film transfer robot arm and heating film is grabbed precision round subsection rotating disk again On assembly fixture, precision round subsection rotating disk just turns to next secondary paper-tear picture station；

Separately have, the secondary paper-tear picture mechanism 7 includes T-shaped support frame 71, paper-tear picture motor 72, moves up and down cylinder 73, second Grip clamp 74, grip clamp angle adjustment motor 75 and clamping cylinder 76, the paper-tear picture motor 72, move up and down 73 points of cylinder It is not arranged on T-shaped support frame 71, moves up and down cylinder and be moved down into precalculated position, first passes through grip clamp adjustment motor handle Second grip clamp is adjusted to the optimum position of technique ear, and clamping cylinder drives the second grip clamp that technique ear is pressed from both sides Tightly, moved horizontally after clamping by paper-tear picture motor and another facial tissue is torn, it is secondary this completes the secondary paper-tear picture of another side Precision round subsection rotating disk turns to next station after the completion of paper-tear picture.

As shown in figure 4, the lens orientation mould that the eyeglass feed mechanism 8 is distributed side by side including eyeglass mounting table 81, two Tool 82, some movement registration arms 83, eyeglass mounting tables move horizontally drive cylinder 84 and the eyeglass feeding manipulator with sucker 85, several loose slots 86 are provided with the eyeglass mounting table 81, the lens orientation mould 82 is movably arranged on eyeglass placement On platform 81, according to the different lens orientation mould of different model replacement of products, the movement registration arm 83 is located at lens orientation mould Move on the outside of tool 82 and in loose slot 86, the eyeglass of such different model product can be positioned, equipment interoperability is strong, behaviour It is more convenient, the assembly fixture of precision round subsection rotating disk eyeglass is grabbed by eyeglass feeding manipulator after lens orientation is good On, after the eyeglass on a jig has been captured, eyeglass mounting table moves horizontally drive cylinder 84 and drives eyeglass mounting table It is mobile, you can to capture the eyeglass on another jig, it is ensured that to occur without stop device idle running, further improve assembling effect Rate, after eyeglass is grabbed on assembly fixture, precision round subsection rotating disk branches to next bonding station；

Wherein, laminating mechanism is can to set the size and setting pressing time of pressure force, so can be according to difference Product distinguishes setting, and equipment interoperability and convenience are strong, precision round subsection rotating disk branches to next discharging work after the completion of pressing Position, the discharging mechanism includes discharging manipulator and discharging conveyor belts with sucker, and the discharging manipulator is located at high accuracy point Rotating disk side is spent, the product assembled is directly flowed out by discharging conveyor belts.

As shown in figure 5, assembling all-in-one also includes safety door 12 and several optoelectronic switches 13, the safety door 12 is set Above frame, all operation assembling actions are closed by safety door, operation is safer, and several described photoelectricity are opened Pass be arranged on safety door and with electric cabinet signal communication, once occur safety door open situation, optoelectronic switch start electric cabinet Power supply be disconnect, equipment downtime, it is ensured that safe operation；

Assembling all-in-one also includes touch display screen and three color status indicator lamps, can carry out parameter by touch display screen and set Fixed and modification, the more convenient more human nature intelligence of operation, can prepare to understand the work shape of equipment in time by three color status indicator lamps State, more facilitates operation.

Above-mentioned assembling process is that first upper plastic back plate pastes heating film finally upper eyeglass again, and this is at last along assembling, assembling one Body machine also can anti-dressing match somebody with somebody, i.e., first upper eyeglass pastes heating film finally upper plastic back plate again, what all mechanisms were just as, simply puts The order for putting distribution is adjusted, does not repeat to repeat herein one by one, and anti-dressing is matched somebody with somebody also in the claimed model of this patent Within enclosing.

By the way that three feedings, detection, pressing, discharging are focused in an equipment and realize Automated assembly, efficiency of assembling Height, labor strength is low, saves cost of labor, and assembly precision high product yields is high, detects, asks in assembling process Topic is taken out in time, is less prone to entirety and scraps, greatlys save raw material, also save production cost.

Above-described embodiment and schema and non-limiting product form of the present utility model and style, any art Appropriate change or modification that those of ordinary skill is done to it, all should be regarded as not departing from patent category of the present utility model.

Claims (10)

1. a kind of automobile rear view mirror lens are bonded general assembly all-in-one, it is characterised in that：Including frame（1）, electric cabinet（2）、 Plastic back plate feed mechanism（3）, dust electrostatic cleaning machine（4）, heating film feeding and a paper-tear picture mechanism（5）, high accuracy point Spend rotating disk（6）, secondary paper-tear picture mechanism（7）, eyeglass feed mechanism（8）, laminating mechanism（9）, discharging mechanism（10）With with sucker Plastic back plate transfer manipulator（11）, the electric cabinet（2）It is arranged on frame（1）Lower section, the heating film feeding and once tears Mechanism of paper（5）And discharging mechanism（10）It is distributed in plastic back plate feed mechanism（3）The left and right sides and it is all disposed within frame（1）On, The dust electrostatic cleaning machine（4）It is arranged on frame（1）Above and positioned at plastic back plate feed mechanism（3）Front, it is described high-precision Spend indexing rotary table（6）Upper respectively distribution is provided with six assembly fixtures（61）, the secondary paper-tear picture mechanism（7）, eyeglass feeder Structure（8）, laminating mechanism（9）The precision round subsection rotating disk is distributed in the direction of the clock（6）Outside and it is all disposed within frame（1） On, the plastic back plate transfer manipulator（11）It is arranged on frame（1）Above and positioned at dust electrostatic cleaning machine（4）With high accuracy Indexing rotary table（6）Between.

2. automobile rear view mirror lens according to claim 1 are bonded general assembly all-in-one, it is characterised in that：The plastics Backboard feed mechanism（3）Including supporting plate（31）, several feeding Turnover Boxes（32）, plastic back plate hold up cylinder（33）, four Plastic back plate stretches slotting cylinder（34）, pusher tool（35）, pusher tool motor（36）, the secondary picking-up cylinder of plastic back plate （37）, four support slippers（38）, the XYZ axis robots with sucker（39）With several plastic back plate tools（310）, the modeling Expect that backboard holds up cylinder（33）Bar and feeding Turnover Box are lifted by lifting plate and four（32）Contact, four plastic back plates Stretch slotting cylinder（34）Combination of two is symmetrically distributed in feeding Turnover Box（32）Both sides, the pusher tool motor（36）Driving Pusher tool（35）Feeding Turnover Box（32）Promote forward, the secondary picking-up cylinder of plastic back plate（37）Four supports of driving Sliding block（38）Action, four support slippers（38）Combination of two is symmetrical arranged, the XYZ axis robots（39）Pass through fixation Support（311）It is arranged on frame（1）Top, the XYZ axis robots（39）Plastic back plate to be assembled is grabbed plastic back plate Tool（310）On.

3. automobile rear view mirror lens according to claim 1 are bonded general assembly all-in-one, it is characterised in that：The dust Electrostatic cleaning machine（4）Including containment vessel（41）, Electric brush of bristles（42）, two plasma processors（43）With dust discharge pipe （44）, the Electric brush of bristles（42）Positioned at containment vessel（41）It is interior, described two plasma processors（43）It is in staggered distribution electronic Hairbrush（42）Side, the dust discharge pipe（44）It is arranged on containment vessel（41）Top and connected with external total waste discharge system.

4. automobile rear view mirror lens according to claim 1 are bonded general assembly all-in-one, it is characterised in that：The heating Film feeding and a paper-tear picture mechanism（5）Including two symmetrically arranged conveyer belts（51）, conveyer belt motor（52）, conveyer belt Width adjustor（53）, material splitting cylinder（54）, heating film transfer manipulator（55）, position correction workbench（56）, be powered detection Component（57）, heating film transfer robot arm（58）, paper-tear picture workbench（59）, padded pedestal（510）, paper-tear picture table drive motor （511）, the first grip clamp（512）, the first grip clamp drive cylinder（513）With paper-tear picture horizontal air cylinder（514）, the sub-material Cylinder（54）With conveyer belt motor（52）Connection, the position correction workbench（56）Heating film localization tool is provided with, The energization detection components（57）Positioned at position correction workbench（56）Side, the paper-tear picture workbench（59）It is located at position correction Workbench（56）Front side, the paper-tear picture workbench（59）It is movably arranged on padded pedestal（510）On.

5. automobile rear view mirror lens according to claim 1 are bonded general assembly all-in-one, it is characterised in that：It is described secondary Paper-tear picture mechanism（7）Including T-shaped support frame（71）, paper-tear picture motor（72）, move up and down cylinder（73）, the second grip clamp（74）、 Grip clamp angle adjustment motor（75）And clamping cylinder（76）, the paper-tear picture motor（72）, move up and down cylinder（73）Respectively It is arranged on T-shaped support frame（71）On.

6. automobile rear view mirror lens according to claim 1 are bonded general assembly all-in-one, it is characterised in that：The eyeglass Feed mechanism（8）Including eyeglass mounting table（81）, two lens orientation moulds being distributed side by side（82）, some movement registration arms （83）, eyeglass mounting table move horizontally drive cylinder（84）With the eyeglass feeding manipulator with sucker（85）, the eyeglass placement Platform（81）On be provided with several loose slots（86）, the lens orientation mould（82）It is movably arranged on eyeglass mounting table（81）On, The movement registration arm（83）Positioned at lens orientation mould（82）Outside and in loose slot（86）Interior movement.

7. automobile rear view mirror lens according to claim 1 are bonded general assembly all-in-one, it is characterised in that：The discharging Mechanism（10）Including the discharging manipulator with sucker（101）And discharging conveyor belts（102）, the discharging manipulator（101）It is located at Precision round subsection rotating disk（6）Side.

8. automobile rear view mirror lens according to claim 1 are bonded general assembly all-in-one, it is characterised in that：Also include peace Air cock（12）With several optoelectronic switches（13）, the safety door（12）It is arranged on frame（1）Top, several described photoelectricity are opened Close（13）It is arranged on safety door（12）Upper and and electric cabinet（2）Signal communication.

9. automobile rear view mirror lens according to claim 1 are bonded general assembly all-in-one, it is characterised in that：Also include touching Touch display screen（14）.

10. automobile rear view mirror lens according to claim 1 are bonded general assembly all-in-one, it is characterised in that：Also include Three color status indicator lamps（15）.