CN100373195C

CN100373195C - Binding method and binder for transparent body and light-screening piece

Info

Publication number: CN100373195C
Application number: CNB2005100678148A
Authority: CN
Inventors: 赵圣瑞; 詹益隆; 郭惠娟
Original assignee: Asia Optical Co Inc
Current assignee: Asia Optical Co Inc
Priority date: 2005-04-26
Filing date: 2005-04-26
Publication date: 2008-03-05
Anticipated expiration: 2025-04-26
Also published as: CN1854781A

Abstract

The present invention discloses a binding method and devices for a transparent body and a light-screening piece. The transparent body is sucked by a sucking unit to be placed in a control tool, the control tool moves along a conveying direction, and the transparent body is driven to orderly correspond to a spot gluing unit and a bonding unit. The light-screening piece is bonded and fixed on the corresponding transparent body by the bonding unit, and then, the consistent bonding operation can be achieved. The bonding unit is provided with a base, a supporting component, an ultraviolet device, a joining group which is arranged above the supporting component, and a driving component which is used for driving the joining group. The light-screening piece and the transparent body can be bonded and fixed by using the joining group.

Description

The transparent body and anti-dazzling screen cohere method and device thereof

Technical field

The present invention relates to a kind of optical mirror slip group, what particularly relate to a kind of transparent body and anti-dazzling screen coheres method and device thereof.

Background technology

As shown in Figure 1, the existing eyeglass 1 that is installed in the optical instrument is by ejection formation or model mode, and transparent material is connected design according to optical design and mechanism, finish have the dome shape of being, aspheric surface shape, asymmetric shape ... minute surface.

After above-mentioned eyeglass 1 is made, be to be assembled in a lens barrel 3 inside, and after light enters lens barrel 3, can be through most eyeglasses 1 with light reflection, refraction, diffusion ... etc., to such an extent as to cause light to concentrate, and can't reach the purpose that optical instrument is desired to reach.In order to solve the above problems, but all be at present to utilize the anti-dazzling screen 2 that a shading is set between per two eyeglasses 1, to cover the outer light harmful of effective diameter to optical instrument.

Aforementioned anti-dazzling screen 2 is by the moulding of punch die blanking monolithic, because its external form is little and frivolous, be to utilize fan that blowing to a mesh bag of anti-dazzling screen 2 slices collected after blanking, by the time put shipment again in order and be transported to assembling factory after collecting some, and picking and organizing in this lens barrel 3 by operator's slices.

Some problems when assembling, have been met with at present, for example the management of anti-dazzling screen 2 is not easy, is inconvenient to make an inventory and lose easily, is not easy because its volume is frivolous to draw, group is fashionable easily because static causes the upright difficulty of group ... etc., and can make the vestige of the anti-dazzling screen remained on surface lines of the hand or tool absorption with manual fitting, and cause the deleterious of shading.

Summary of the invention

The object of the present invention is to provide and a kind ofly anti-dazzling screen is done banded design and after cohering, shear, with the method for cohering of the transparent body that reaches the fixed operation of robotization and anti-dazzling screen with the transparent body.

Another purpose of the present invention is to provide a kind of device that coheres that is the transparent body that the banded anti-dazzling screen of arranging coheres with the transparent body that is arranged in the tool in order and anti-dazzling screen that makes.

The transparent body of the present invention and anti-dazzling screen cohere method and device thereof, this coheres method and comprises the following step: (A) be equally spaced on a rotating unit and be provided with most tools, draw this transparent body, and be placed in the tool.(B) make this tool be driven and intermittently rotate, and this rotating unit is subjected to a cam unit effect and drive tool and be upper and lower off and on move between a high point and a low spot towards this throughput direction by this rotating unit.(C) cooperate the start of this tool, drive this transparent body and carry out a glue operation.(D) continuation cooperates the start of this tool, drives the below that this transparent body moves to this anti-dazzling screen.(E) to folded anti-dazzling screen of establishing and transparent body pressurization, anti-dazzling screen is cohered on the pairing transparent body, and form an optical mirror slip group; (F) shift out this optical mirror slip group in this tool certainly.This coheres device is to be most set on the anti-dazzling screen unit of band shape anti-dazzling screens with one to cohere fixing with most transparent bodies in regular turn, and this anti-dazzling screen unit has a band body that extends along a length direction and is attached at anti-dazzling screen on this band body along length direction, and this coheres device and comprises and cohere unit and most tools.This coheres the unit has a pedestal, and is arranged on UV-device that support member, on this pedestal is arranged on this support member one side, and drives this joint group and produce the actuator of displacement with respect to this support member with the group and that engages that this support member is oppositely arranged, and this joint group has a keeper, with this band body compacting location, and to be arranged on this keeper inner and this anti-dazzling screen is compressed on the shearing elements that rolled-up stock on the transparent body and a pair of anti-dazzling screen and band body junction cut off operation.Aforementioned tool is to bear for the transparent body, and is positioned in regular turn on this support member that coheres the unit.

Whereby, utilize this to cohere device and can make the transparent body and anti-dazzling screen cohere into most optical mirror slip groups, and be to adopt automated job, can guarantee that not only stay in grade and prouctiveness are good.

Description of drawings

The present invention is described in detail below in conjunction with drawings and Examples:

Fig. 1 is the plane exploded view that a lens barrel inside is inserted in existing light shield layer and eyeglass collocation;

Fig. 2 is a schematic top plan view of cohering device one preferred embodiment of the present invention;

Fig. 3 is the cross-sectional schematic of being got along the straight line 3-3 among Fig. 2;

Fig. 4 is that above-mentioned preferred embodiment one tumbler of the present invention is the synoptic diagram that intermittently rotates and intermittently move up and down;

Fig. 5 is the cross-sectional schematic of being got along the straight line 5-5 among Fig. 2;

Fig. 6 is the cross-sectional schematic of being got along the straight line 6-6 among Fig. 2;

Fig. 7 is the cross-sectional schematic of being got along the straight line 7-7 among Fig. 2;

Fig. 8 is the local enlarged diagram of above-mentioned preferred embodiment one suction unit of the present invention;

Fig. 9 is the local enlarged diagram that the unit is cohered in the above-mentioned preferred embodiment one of the present invention;

Figure 10 is the floor map of the applied anti-dazzling screen unit of the above-mentioned preferred embodiment of the present invention;

Figure 11 is the process block diagram that the present invention coheres method one preferred embodiment;

Figure 12 is the above-mentioned operational flowchart that coheres the method preferred embodiment of the present invention;

Figure 13 utilizes the above-mentioned made optical mirror slip group sectional view of method that coheres of the present invention.

Embodiment

As Fig. 2, shown in Figure 3, the transparent body of the present invention and anti-dazzling screen cohere the device preferred embodiment, include a board 100, one is installed in the rotating unit 10 on this board 100, one drives the cam unit 20 of this rotating unit 10, one to be arranged on this rotating unit 10 outside and be installed in suction unit 30 on this board 100, one is arranged on this rotating unit 10 outside and some glue unit 40 in these suction unit 30 1 sides, one is arranged on the outside and position of this rotating unit 10 coheres unit 50 in these glue unit 40 1 sides, one is arranged on the outside and position of this rotating unit 10 coheres at this suction unit 30 and this and shifts out unit 60 and most individual tools 70 that are arranged on this rotating unit 10 between unit 50.And the foregoing description cohere device be cooperate as Fig. 9, a banded anti-dazzling screen unit 200 shown in Figure 10 and most individual transparent bodies 300 to carry out consistent equalization, this anti-dazzling screen unit 200 has a band body 210 that extends along a length direction and most and uniformly-spaced is attached at anti-dazzling screen 220 on this band body 210 along length direction, this band body 210 has most and is disposed on the connection rib 240 that pilot hole 230 between the anti-dazzling screen 220 and most and anti-dazzling screen 220 are the point-like binding, and aforementioned anti-dazzling screen 220 is to be the hollow ring round.The transparent body 300 is an optical mirror slip, and is that plastic material is made, and has a surface 310, the transparent body 300 can take in advance be positioned at one take in the dish 400 in.

This rotating unit 10 has a base 11 and a tumbler 12 that is located on this base 11 that is installed in these board 100 inside, this tumbler 12 is to be crosswise and to have four cantilevers 121 that uniformly-spaced are provided with, and towards intermittently rotation of a rotation direction (counterclockwise) generation, just moving 90 degree of revolution will stop the schedule time.

Cooperate and consult Fig. 4, this cam unit 20 is that the tumbler 12 that drives this rotating unit 10 produces intermittently rotation, drive this tumbler 12 simultaneously and between a high some H and a low spot L, be upper and lower off and on mobile, that is to say that this tumbler 12 is to rise lofty perch H by low spot L when desiring to stop.Define 30 of this suction unit at one first workstation I, and have one and be installed in that holder 31, on these board 100 end faces is installed on this holder 31 and first guide rail 32 that extends along a first direction X, is arranged on head 33, on this second guide rail 321 along second guide rail 321, that extends perpendicular to the second direction Y of this first direction X and can drives first dynamical element 34, that this second guide rail 321 moves along this first guide rail 32 and can drive this head 33 and produce second dynamical element 341 that moves along this second guide rail 321.Cooperate and consult Fig. 8, this head 33 has a lift cylinders 331 and and is subjected to this lift cylinders 331 to drive the suction nozzle 333 that the control lever 332 and that can produce oscilaltion is installed in these control lever 332 ends.

Cooperate and consult Fig. 5, define 40 of this glue unit at one second workstation II, and have that a holder 41, is installed on this holder 41 and the 4th guide rail 43, that the 3rd guide rail 42 that extends along this second direction Y, extends along this first direction X is arranged on head 44, on the 4th guide rail 43 and can drives the 3rd dynamical element 45, that the 4th guide rail 43 moves along the 3rd guide rail 42 and can drive this head 44 and produce the 4th dynamical element 46 that moves along the 4th guide rail 43.This head 44 has a lift cylinders 441 and and is subjected to this lift cylinders 441 to drive the Glue dripping head 443 that the control lever 442 and that can produce oscilaltion is installed in these control lever 442 ends.

Cooperate and to consult Fig. 6, Fig. 7, define this and cohere 50 of unit at one the 3rd workstation III.This cohere unit 50 have one be fixed on pedestal 51, two on this board 100 be arranged on this pedestal 51 and with the pressure cylinder be the support member 52, of the example UV-device 53 1 that is arranged on these support member 52 1 sides with this support member 52 be oppositely arranged to engage group 54, be example with the pressure cylinder and can drive this joint group 54 and produce the actuator 55 of displacements, one first rotating shaft 56 and one second rotating shaft 57 that axle is located at these support member 52 both sides with respect to this support member 52.This pedestal 51 has the last suspended block 512 that a following fixed block 511 and that is lower than this tumbler 12 is hung on this time fixed block 511 tops, aforementioned support member 52 is mounted in this time fixed block 511 inside, and has two piston rods 521 and and be attached at piston rod 521 tops and can hold and hold piece 522 in each cantilever 121 bottom of this tumbler 12.This UV-device 53 is to utilize pipeline to pass the piston rod 521 of one of them support member 52 and launch ultraviolet ray towards the direction that is provided with of joint group 54.Cooperate and to consult Fig. 9, this joint group 54 has one at outer shroud and the keeper 541, of the band body 210 compacting location of this anti-dazzling screen unit 200 can be arranged on the inner and rolled-up stock 542 and that this anti-dazzling screen 220 can be compressed on the transparent body 300 of this keeper 541 and be installed between this keeper 541 and this rolled-up stock 542 and the shearing elements 543 that can cut off operation to the connection rib 240 of this anti-dazzling screen unit 200.This keeper 541 has most Zhi Youyi bottom surface and is convexly equipped with and can plugs register pin 541 ' in the pilot hole 230 that is positioned at this anti-dazzling screen unit 200.This first rotating shaft 56 can be for 200 sheathed location, anti-dazzling screen unit in the form of a roll, and this second rotating shaft 57 can furl band body 210.

Define this and shift out 60 of unit at one the 4th workstation IV, and have corresponding structure with this suction unit 30, and have one and be installed in that holder 61, on these board 100 end faces is installed on this holder 61 and the 6th guide rail 63, that the 5th guide rail 62 that extends along this second direction Y, extends along this first direction X is arranged on head 64, on the 6th guide rail 63 and can drives the 5th dynamical element 65, that the 6th guide rail 63 moves along the 5th guide rail 62 and can drive this head 64 and produce the 6th dynamical element 66 that moves along the 6th guide rail 63.Cooperate and consult Fig. 8, this head 64 also has a lift cylinders 641 and and is subjected to this lift cylinders 641 to drive the suction nozzle 643 that the control lever 642 and that can produce oscilaltion is installed in these control lever 642 ends.

Aforementioned tool 70 is to bear the transparent body 300, and is fixed on each cantilever 121 proximal end end face of this tumbler 12, and be subjected to 12 drive meetings of this tumbler in regular turn corresponding to this suction unit 30, this glue unit 40, this coheres unit 50 and this shifts out unit 60.

Utilize the above-mentioned device that coheres, Fig. 2, Fig. 3, shown in Figure 11 for another example, the transparent body of the present invention and this anti-dazzling screen cohere the method preferred embodiment, before cohering operation, on board 100, will be placed with earlier taking in of most the transparent bodies 300 and coil 400 corresponding to this suction unit 30, and on the board 100 that shifts out unit 60 corresponding to this, also be placed with most the empty dishes 400 of taking in, and this coheres method and includes the following step:

Step 1: cooperate and consult Fig. 2, Fig. 3 and Fig. 8, this first workstation I carries out the transparent body 300 load operations, and utilize these first dynamical element, 34 these second guide rails 321 of driving and utilize this second dynamical element 341 to drive these heads 33, just can make the transparent body 300 that the control lever 332 of head 33 is drawn in alignment with the institute desire, this lift cylinders 331 drives this control lever 332 earlier to bottom offset afterwards, utilizes this suction nozzle 333 to draw the transparent body 300 in precalculated position again.Then, this lift cylinders 331 drives this control lever 332 again and rises, and utilize this first and second dynamical element 34,341 to drive, just can make the control lever 332 of this head 33 that this transparent body 300 is sent to corresponding to tool 70, this lift cylinders 331 can drive this control lever 332 again the transparent body 300 is placed in the tool 70 exactly.

Step 2: cooperate and consult Fig. 2 and Fig. 5, drive this tumbler 12 rotate 90 the degree, and this tumbler 12 can drive the tool 70 that takes up the transparent body 300 and be passed to this second workstation II by the first workstation I, and after this tumbler 12 arrives the location, utilize the 3rd dynamical element 45 drivings the 4th guide rail 43 of this glue unit 40 to move, utilize the 4th dynamical element 46 these heads 44 of driving to move, just can on the surface 310 of the transparent body 300, establish the ultraviolet viscose (generally claiming the UV viscose) of most point-like by point along first direction X along second direction Y.And utilize the effect of this cam unit 20, when each tool 70 arrives this first workstation I, the second workstation II and is static, this tumbler 12 is that the position is at the high point of stroke H, and after leaving this first workstation I, descend gradually, and arrival stroke low spot L, when this second workstation of convergence II, just climb gradually again, below lifting action all identical (as shown in Figure 4) between adjacent two workstations.

Step 3: drive again this tumbler 12 rotate 90 the degree, this tumbler 12 drives the tool 70 that takes up the transparent body 300 and is passed to the 3rd workstation III by the second workstation II, and as Fig. 7, shown in Figure 12, this coheres unit 50 after this tool 70 arrives the location, can carry out following action:

70 of (three-1) this tools are below this anti-dazzling screen unit 200, and this support member 52 drives this and holds piece 522 and support and end in these cantilever 121 bottoms, and this actuator 55 drives these joints and organizes 54 integral body to bottom offset.

The keeper 541 of (three-2) this joint group 54 moves down earlier, and makes register pin 541 ' pass the pilot hole 230 of this anti-dazzling screen unit 200, can make this band body 210 obtain the location.

(three-3) this rolled-up stock 542 moves down again, and folded anti-dazzling screen 220, the transparent body of establishing 300 pressurizeed, and anti-dazzling screen 220 is pasted be positioned on the transparent body 300.

(three-4) also activate this UV-device 53 and send ultraviolet ray in this rolled-up stock 542 compacting downwards, and the glutinous agent of ultraviolet ray produces curing immediately, and makes the anti-dazzling screen 220 and the transparent body 300 be combined into an optical mirror slip group 500 (as shown in figure 13).

(three-5) this cut cells 543 moves down immediately, and connection rib 240 is cut off operation, just can make anti-dazzling screen 220 separate with band body 210.

(three-6) this shearing elements 543 is upwards retired in advance.

(three-7) this rolled-up stock 542 and keeper 541 are upwards retired simultaneously.

(three-8) these joint group 54 whole upwards rises are away from this tool 70.

(three-9) cooperate and to consult Fig. 6, and this first and second rotating shaft 56,57 is rotated, and band body 210 can be furled in this second rotating shaft 57, and next anti-dazzling screen 220 is moved to by band and is symmetrical in the working position that this engages group 54.

Step 4: cooperate and consult Fig. 2, Fig. 3 and Fig. 8, drive again this tumbler 12 rotate 90 the degree, these tumbler 12 drives are held the tool 70 that optical mirror slip group 500 is installed and are passed to the 4th workstation IV by the 3rd workstation III, and the 4th workstation IV shifts out operation, and utilize the driving of the 5th, six

dynamical elements

65,66, the control lever 642 that can drive this head 64 arrives outflow location, and this lift cylinders 641 drives this control lever 642 earlier to bottom offset, and utilizes this suction nozzle 643 to pick up optical mirror slip group 500 in tool 70.Then, this lift cylinders 641 drives this control lever 642 again and rises, and utilize the 5th, six

dynamical elements

65,66 to drive this head 64 towards these rotating unit 10 outside moving, up to optical mirror slip group 500 correspond to another be arranged on this board 100 taking in the dish 400 o'clock, this lift cylinders 64 1 can drive again this control lever 642 with optical mirror slip group 500 be placed on exactly this take in the dish 400 in.

Therefore, the method for cohering of the present invention, by the transparent body 300 load, transfer location, some glue, with anti-dazzling screen 220 cohere fixing, shift out, pack into and take in dish 400... etc., always the equalization mode is carried out, and can produce following effect:

One, anti-dazzling screen 220 is to be attached at earlier on this band body 210, and the anti-dazzling screen unit 200 of whole volume can furl in this first rotating shaft 56, thus handling of goods and materials, make an inventory all quite easy.

Two, anti-dazzling screen 220 is to cohere in the unit 50 at this to cohere with this transparent body 300, and utilize this UV-device 53 to send ultraviolet ray in regular turn and the glutinous agent of ultraviolet ray is produced solidify, utilize this shearing elements 543 to cut off connection ribs 240 and separate with this band body 210, so the polarization of anti-dazzling screen 220 is good, do not have yet be not easy to draw, because static causes the upright difficulty of group ... etc. problem, also can solve the vestige that the anti-dazzling screen remained on surface lines of the hand or tool are drawn, and cause the disappearance of the deleterious of shading with manual fitting.

Three, utilize this to cohere device integral body, can make the transparent body 300 load tools 70, rotate transfer, some glue, the transparent body 300 cohere with anti-dazzling screen 220 be fixed into optical mirror slip group 500, optical mirror slip group 500 shifts out and takes in ... wait the operation full automation, can guarantee that not only stay in grade and prouctiveness are good.

Claims

The transparent body and anti-dazzling screen cohere method, it is characterized in that comprising the following step:

(A) be equally spaced on a rotating unit and be provided with most tools, draw this transparent body, and be placed in the tool;

(B) make this tool be driven and intermittently rotate, and this rotating unit is subjected to a cam unit effect and drive tool and be upper and lower off and on move between a high point and a low spot towards this throughput direction by this rotating unit;

(C) cooperate the start of this tool, drive this transparent body and carry out a glue operation;

(D) continuation cooperates the start of this tool, drives the below that this transparent body moves to this anti-dazzling screen; And

(E) to folded anti-dazzling screen of establishing and transparent body pressurization, anti-dazzling screen is cohered on the pairing transparent body, and form an optical mirror slip group;

(F) shift out this optical mirror slip group in this tool certainly.
2. the transparent body as claimed in claim 1 and anti-dazzling screen cohere method, it is characterized in that: this transparent body of this step (A) is to utilize a suction unit to pick up and be placed in one of them tool, and this suction unit ring is located at this rotating unit outside.
3. the transparent body as claimed in claim 2 and anti-dazzling screen cohere method, it is characterized in that: this tool of this step (C) is to drive corresponding some glue of this transparent body unit, this glue unit point on the transparent body is established the glutinous agent of ultraviolet ray, and this glue unit is that the position is located at this rotating unit outside in this suction unit one side and ring.
4. the transparent body as claimed in claim 3 and anti-dazzling screen cohere method, it is characterized in that: this tool of this step (D) is to drive this transparent body correspondence one to cohere the unit, this coheres the unit is that the position is located at this rotating unit outside in this glue unit one side and ring, and step (E) is to utilize this to cohere the unit to folded anti-dazzling screen of establishing and transparent body pressurization, and the glutinous agent of the ultraviolet ray on this transparent body is shone and makes the glutinous agent curing of ultraviolet ray with ultraviolet ray.
5. the transparent body as claimed in claim 4 and anti-dazzling screen cohere method, it is characterized in that this step (E) also has the following step:

(E1) this majority that coheres the unit props up register pin and earlier is banded anti-dazzling screen cell location with one, and this anti-dazzling screen unit has a band body that extends along a length direction and most and is attached at anti-dazzling screen on this band body along length direction, and also has some pilot holes on this band body and pass the location for register pins;

(E2) this rolled-up stock that coheres the unit is compressed on this anti-dazzling screen on this transparent body;

(E3) this UV-device of cohering the unit is sent ultraviolet ray, and the glutinous agent of ultraviolet ray is solidified; And

(E4) this shearing elements that coheres the unit cuts off operation to anti-dazzling screen and band body junction.
6. the transparent body and anti-dazzling screen coheres device, be to be most set on the anti-dazzling screen unit of band shape anti-dazzling screens with one to cohere fixing with most transparent bodies in regular turn, and this anti-dazzling screen unit has a band body that extends along a length direction and is attached at anti-dazzling screen on this band body along length direction, it is characterized in that this coheres device and comprises:

One coheres the unit, have a pedestal, and be arranged on UV-device that support member, on this pedestal is arranged on this support member one side, and drive this joint group and produce the actuator of displacement with respect to this support member with the group and that engages that this support member is oppositely arranged, this joint group has a keeper, with this band body compacting location, and to be arranged on this keeper inner and this anti-dazzling screen is compressed on the shearing elements that rolled-up stock on the transparent body and a pair of anti-dazzling screen and band body junction cut off operation; And

A most tool are to bear for the transparent body, and are positioned in regular turn on this support member that coheres the unit.
7. the transparent body as claimed in claim 6 and anti-dazzling screen cohere device, it is characterized in that: this coheres the unit and also has one first rotating shaft and one second rotating shaft that axle is located at these support member both sides, this first rotating shaft is the sheathed location, anti-dazzling screen unit that supplies in the form of a roll, and this second rotating shaft meeting furls band body.
8. the transparent body as claimed in claim 6 and anti-dazzling screen cohere device, it is characterized in that: also include and be located at the cam unit that this rotating unit that coheres unit one side and drives this rotating unit, this rotating unit has a base and a tumbler that is located on this base, tool is fixed on the nearly peripheral region of this tumbler one end face, the tumbler of this rotating unit is when a throughput direction intermittently rotates, and can be subjected to this cam unit effect and drives tool and be upper and lower off and on move between a high point and a low spot.
9. the transparent body as claimed in claim 8 and anti-dazzling screen cohere device, it is characterized in that: also include and be located at this rotating unit outside and the suction unit of unit one side is cohered at this in the position, this suction unit has a holder, one first guide rail that is installed on this holder and extends along a first direction, one along second guide rail that extends perpendicular to the second direction of this first direction, one is arranged on the head on this second guide rail, one drives first dynamical element that this second guide rail moves along this first guide rail, one drives this head produces second dynamical element that moves along this second guide rail, and this head has a lift cylinders and and is subjected to this lift cylinders to drive the suction nozzle that the control lever and that produces oscilaltion is installed in this control lever end.
10. the transparent body as claimed in claim 9 and anti-dazzling screen cohere device, it is characterized in that: at this tumbler along this throughput direction in this suction unit and cohere and also include the some glue unit of being located at this rotating unit outside between the unit, this glue unit has a holder, one the 3rd guide rail that is installed on this holder and extends along this second direction, one the 4th guide rail along this first direction extension, one is arranged on the head on the 4th guide rail, one drives the 3rd dynamical element that the 4th guide rail moves along the 3rd guide rail, one drives this head produces the 4th dynamical element that moves along the 4th guide rail, and this head has a lift cylinders and and is subjected to this lift cylinders to drive the Glue dripping head that the control lever and that produces oscilaltion is installed in this control lever end.
11. the transparent body as claimed in claim 10 and anti-dazzling screen cohere device, it is characterized in that: after this tumbler is positioned at this to cohere the unit along this throughput direction, also include and shift out the unit, this shifts out the unit and has a holder, one the 5th guide rail that is installed on this holder and extends along second direction, one the 6th guide rail along the first direction extension, one is arranged on the head on the 6th guide rail, one drives the 5th dynamical element that the 6th guide rail moves along the 5th guide rail, one drives this head produces the 6th dynamical element that moves along the 6th guide rail, and this head has a lift cylinders and and is subjected to this lift cylinders to drive the suction nozzle that the control lever and that produces oscilaltion is installed in this control lever end.
12. the transparent body as claimed in claim 8 and anti-dazzling screen cohere device, it is characterized in that: this support member that coheres the unit is one to hold the pressure cylinder in this tumbler bottom surface.