CN206938133U - Abutted equipment Fan Song mechanisms in bend glass vacuum - Google Patents
Abutted equipment Fan Song mechanisms in bend glass vacuum Download PDFInfo
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- CN206938133U CN206938133U CN201720754974.8U CN201720754974U CN206938133U CN 206938133 U CN206938133 U CN 206938133U CN 201720754974 U CN201720754974 U CN 201720754974U CN 206938133 U CN206938133 U CN 206938133U
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Abstract
The utility model discloses abutted equipment Fan Song mechanisms in a kind of bend glass vacuum, be applicable by for be loaded with curved surface glass from and inner membrance in one the first vacuum coordinate cavity overturn to for be loaded with curved surface glass from and inner membrance in the second vacuum of another one coordinate cavity face or the position staggered, including upset support body and upset driver.Upset support body is articulated in bend glass vacuum in the frame of abutted equipment around pivoting centre line, and upset support body is back and forth overturn around pivoting centre line with respect to frame, and the first vacuum coordinates cavity to be arranged on upset support body；Upset driver is arranged on frame and drives upset support body to do reciprocal upset, cavity, which is overturn to the second vacuum, with upset support body the first vacuum of drive back and forth overturn coordinates cavity face or the position staggered, put in order to which bend glass or inner membrance coordinate in the first vacuum on cavity, and the first vacuum can be effectively shielded from during putting and has coordinated cavity to stop the visual field of operating personnel, therefore put more convenient operation.
Description
Technical field
It the utility model is related in the field that inner membrance is fitted in bend glass, more particularly to a kind of bend glass vacuum and paste
Close equipment Fan Song mechanisms.
Background technology
With the continuous development of economy and the continuous progress of society, extremely abundant material consumption is provided for the life of people
Product, and electronic product is exactly one kind in numerous material consumption product.
Wherein, with the popularization of the electronic products such as the smart mobile phone, tablet personal computer and wrist-watch for being equipped with touch-screen so that each
Manufacturer falls over each other to release the product with differentiation, to attract the eyeball of consumer.At present, it is exactly to incite somebody to action that a bright spot, which occurs, in the market
The protecgulum and/or bonnet of electronic product are designed to curved surface, i.e. protecgulum and/or bonnet is no longer burnishing surface, but three-dimensional with 3D
Curved surface.Electronic product with curved design can be preferably bonded with the hand of user, and lifting grips and the comfort level of manipulation.
If the protecgulum and/or bonnet of wrist-watch are designed to curved surface, it can also preferably coordinate with wrist, lift the comfortableness of wearing.Work as song
When face design is applied to display, the content shown by it has more third dimension, so as to lift perception effect.
Because glass has more texture so that it is as electronic product (such as smart mobile phone, mobile phone and tablet personal computer etc.)
Protecgulum and/or rear cover material are more favourable.Again due to Glass breadks easily, therefore work as protecgulum and/or bonnet of the glass as electronic product
During material, production firm can be fitted with inner membrance at the inner surface of bend glass, and the benefit so done has：(1) to be fitted with
The anti-rate of bend glass of inner membrance is more preferable, strengthens the anti-rate ability of bend glass；(2) the various patterns of printing can be made on inner membrance, are increased
Add aesthetic feeling, and the wish of Expression product manufacturer；(3) user is made to see the electronics inside electronic product with inner membrance shading
Element.Therefore, the inner surface fitting inner membrance to bend glass is very necessary.
At present, inner membrance is being fitted in the abutted equipment at the inner surface of bend glass, it, which is included, is used to contain curved surface
The upper vacuum of glass coordinate cavity, for contain inner membrance and with upper vacuum coordinate the lower vacuum of face above and below cavity coordinate cavity and
For driving upper vacuum to coordinate cavity to coordinate cavity to do an elevating mechanism for closing cooperation with lower vacuum, upper vacuum coordinates the dress of cavity
Enter mouth down arrangement, lower vacuum coordinates the loading port of cavity upwardly disposed, upper vacuum coordinate cavity during the fitting relatively under
Vacuum coordinates cavity closure and realizes and fit in inner membrance on bend glass.Just because upper vacuum coordinates cavity to match somebody with somebody with lower vacuum
Close cavity above-below direction face, and upper vacuum coordinates cavity descend vacuum to coordinate cavity to do to open and close cooperation relatively, therefore upper
Vacuum coordinates cavity to put the visual field stop that can coordinate cavity to operating personnel because of upper vacuum during bend glass and causes song
Surface glass coordinates the operation inconvenience on cavity in upper vacuum, and whether bend glass places the full tactile by both hands to judge；For
Will appreciate that bend glass puts situation in what upper vacuum coordinated cavity, operating personnel now can only by squat down body and to
On look up at vacuum and coordinate cavity just to observe, it is further make it that operation is inconvenient；At the same time, cavity dress is coordinated in upper vacuum
During putting bend glass, easily coordinate under bend glass self-acting from upper vacuum and come off on cavity, therefore upper vacuum coordinates
Cavity produces vacuum adsorption force always in bend glass loading procedure, therefore energy consumption is big.
Therefore, need abutted equipment in a kind of bend glass vacuum badly and overcome the defects of above-mentioned with Fan Song mechanisms.
Utility model content
The purpose of this utility model is to provide abutted equipment Fan Song mechanisms in a kind of bend glass vacuum so that curved surface
Putting for glass and inner membrance is easy to operate.
To achieve the above object, abutted equipment is applicable with Fan Song mechanisms and will be used in bend glass vacuum of the present utility model
Be loaded with curved surface glass from and inner membrance in one the first vacuum coordinate cavity overturn to for be loaded with curved surface glass from and inner membrance
Second vacuum of middle another one coordinates cavity face or the position staggered, including upset support body and upset driver.The upset
Support body is articulated in bend glass vacuum in the frame of abutted equipment around pivoting centre line, and the upset support body is in the pivot
The relatively described frame of heart line is back and forth overturn, and first vacuum coordinates cavity to be arranged on the upset support body；The upset is driven
Dynamic device is arranged on the frame and drives the upset support body to do reciprocal upset, and institute is driven by the upset support body back and forth overturn
State the first vacuum cooperation cavity and overturn to second vacuum and coordinate cavity face or the position staggered.
It is preferred that abutted equipment is also included along parallel to described with Fan Song mechanisms in bend glass vacuum of the present utility model
The direction of pivoting centre line drive first vacuum coordinate cavity and the second vacuum coordinate in cavity one slide onto with it is described
First vacuum coordinates cavity and the second vacuum to coordinate the transfer device that another one is engaged in cavity.
It is preferred that the transfer device is installed in the upset support body or frame and drives the first vacuum mating cavity
Body is toward polyslip.
It is preferred that the upset support body includes the first rotating disk, the second rotating disk, the first hollow axle sleeve, the second hollow axle
Set and carrying support body, first rotating disk is parallel with the second rotating disk and edge is spaced parallel to the pivoting centre line direction,
First axle sleeve is in being regularly placed through first rotating disk and being arranged in the frame, and second axle sleeve is in regularly
It is placed through on second rotating disk and in the frame, the carrying support body is along parallel to the pivoting centre line direction
It is supported between first rotating disk and the second rotating disk, first vacuum coordinates cavity to be slidedly arranged on the carrying support body, institute
One in the first axle sleeve and the second axle sleeve is stated to be connected with the upset driver；The transfer device includes rotary electric machine, transfer
Screw mandrel and transfer screw, one end of the transfer screw mandrel are placed through the first axle sleeve or the second axle that are connected with the upset driver
In set, the other end of the transfer screw mandrel through not with first axle sleeve that is connected of upset driver or the second axle sleeve and outside
Stretching forms external part, and the rotary electric machine is arranged on the frame and is connected with the external part, the transfer screw sliding sleeve
In the transfer screw mandrel, the transfer screw is also arranged on first vacuum and coordinated on cavity.
It is preferred that the axial line of first axle sleeve, the second axle sleeve and transfer screw mandrel three coincides.
It is preferred that the output shaft of the rotary electric machine, the first axle sleeve, the second axle sleeve and the axial line phase for transferring screw mandrel
Overlap.
It is preferred that the frame includes framework and the first support arm and the second support arm that stand in the framework, institute
The first axle sleeve is stated on first support arm, second axle sleeve is arranged on second support arm, and described first
Between first support arm and the second support arm, first rotating disk also supports with described first for rotating disk and the second rotating disk
Arm neighbour is set, and second rotating disk is also set with the second support arm neighbour, and the upset driver is arranged on first support arm
On, the rotary electric machine is installed on second support arm.
It is preferred that the upset support body includes the first rotating disk, the second rotating disk, rotating shaft and carrying support body, first rotating disk
And edge parallel with the second rotating disk is spaced parallel to the pivoting centre line direction, and the rotating shaft is along parallel in the pivot
Heart line direction is through first rotating disk and the second rotating disk and in the frame, and the carrying support body is along parallel to described
Pivoting centre line direction is supported between first rotating disk and the second rotating disk, and it is described that first vacuum coordinates cavity to be installed on
Carry on support body, the upset driver drives the axis of rotation.
It is preferred that the frame includes framework and the first support arm and the second support arm that stand in the framework, institute
The one end for stating rotating shaft is arranged on first support arm, and the other end of the rotating shaft is arranged on second support arm, institute
The first rotating disk and the second rotating disk are stated between first support arm and the second support arm, first rotating disk is also with described
One support arm neighbour is set, and second rotating disk is also set with the second support arm neighbour, and the upset driver is arranged on described first
In support arm and the second support arm in one.
It is preferred that the upset driver is an electric rotating machine.
Compared with prior art, due in bend glass vacuum of the present utility model abutted equipment with Fan Song mechanisms include turn over
Pivoted frame body and upset driver, upset support body are articulated in bend glass vacuum in the frame of abutted equipment around pivoting centre line,
Upset support body is back and forth overturn around pivoting centre line with respect to frame, and the first vacuum coordinates cavity to be arranged on upset support body, therefore is turning over
Turning driver drives upset support body to do in reciprocal switching process, and the upset support body from back and forth overturning drives cavity with the first vacuum
Upset coordinates cavity face or the position staggered to the second vacuum, therefore, by upset support body and upset driver, toward the
When putting bend glass or inner membrance in one vacuum mating cavity body, by upset driver by driving for support body of upset and the
One vacuum coordinates cavity to overturn to the position for coordinating cavity dislocation with the second vacuum, is the loading port that the first vacuum coordinates cavity
Coordinate the loading port sequence of cavity with the second vacuum, for example, making the first vacuum coordinate the loading port of cavity towards user's
One side (i.e. front), or make the first vacuum coordinate the loading port of cavity to arrange upward so that the first vacuum now coordinates
Cavity and the second vacuum arranged upwards coordinate the loading port sequence of cavity, therefore coordinate cavity to put curved surface glass in the first vacuum
The visual field of user will not be coordinated cavity to be stopped by the first vacuum in glass or membrane processes, so that bend glass or inner membrance
The operation of putting on cavity is coordinated very to facilitate in the first vacuum；Simultaneously as bend glass or inner membrance are matched somebody with somebody in the first vacuum
Close and misplaced during cavity is put with the second vacuum mating cavity body phase, coordinate cavity to vacate more spaces for the second vacuum, more
Cavity is coordinated to put in the second vacuum beneficial to bend glass or inner membrance.
Brief description of the drawings
Fig. 1 is that abutted equipment Fan Song mechanisms coordinate cavity quilt in the first vacuum in bend glass vacuum of the present utility model
Overturn to planar structure schematic diagram during surface.
Fig. 2 is that abutted equipment Fan Song mechanisms coordinate cavity quilt in the first vacuum in bend glass vacuum of the present utility model
The planar structure schematic diagram for overturning to underface and staggering with the second vacuum mating cavity body phase.
Fig. 3 is that abutted equipment Fan Song mechanisms coordinate cavity in the first vacuum in the bend glass vacuum of state shown in Fig. 2
It is transferred to and planar structure schematic diagram during the second vacuum mating cavity body phase face.
Fig. 4 is that abutted equipment Fan Song mechanisms coordinate cavity in the first vacuum in the bend glass vacuum of state shown in Fig. 3
Cavity is coordinated to close planar structure schematic diagram when being bonded with the second vacuum.
Fig. 5 is the stereochemical structure of an angle of abutted equipment Fan Song mechanisms in the bend glass vacuum of state shown in Fig. 4
Schematic diagram.
Fig. 6 is the three-dimensional knot of another angle of abutted equipment Fan Song mechanisms in the bend glass vacuum of state shown in Fig. 4
Structure schematic diagram.
Fig. 7 is internal structure schematic diagram of the bend glass along its length after cutting.
Embodiment
Embodiment of the present utility model described with reference now to accompanying drawing, similar element numbers represent similar member in accompanying drawing
Part.
Fig. 1, Fig. 5 and Fig. 6 are referred to, abutted equipment is suitable with Fan Song mechanisms 100 in bend glass vacuum of the present utility model
With for being loaded with first vacuum of the curved surface glass from 500 cavity 200 being coordinated to overturn to true with second for being loaded with inner membrance
Sky coordinates the face of cavity 300 or the position staggered, and is put in order to which bend glass 500 coordinates in the first vacuum at cavity 200, with
And inner membrance coordinates putting at cavity 300 in the second vacuum；Certainly, the first vacuum is made to coordinate cavity 200 according to being actually needed
For containing inner membrance, and the second vacuum coordinates cavity 300 to be used to contain bend glass 500, therefore is not limited.For example,
As shown in fig. 7, in the present embodiment, bend glass 500 by the left and right sides of square smooth main body and square smooth main body and/
Or the bending section composition that upper and lower two side is extended, so that the inner surface 510 of bend glass 500 is inner concave and outer surface
520 be arcuate surface.It will be appreciated that so-called left and right sides or upper and lower two side refer to the square smooth of bend glass 500
During main body face user, it is referred to as left side positioned at the left side of user, is referred to as right side positioned at the right of user, positioned at making
It is referred to as upside above user, is referred to as downside below user, but be not limited.
Wherein, in bend glass vacuum of the present utility model abutted equipment with Fan Song mechanisms 100 include upset support body 10 and
Overturn driver 20.Upset support body 10 is articulated in the frame 400 of abutted equipment in bend glass vacuum around pivoting centre line L1,
Upset support body 10 is back and forth overturn around pivoting centre line L1 with respect to frame 400；Specifically, in the present embodiment, pivoting centre line L1
It is the left and right directions arrangement of frame 400, to cause rollover stand body 10 around pivoting centre line L1 along being longitudinally arranged for frame 400
Spun upside down with respect to frame 400, the user that is more convenient for coordinates cavity 200 to put bend glass 500 in the first vacuum；Certainly, exist
In other embodiments, pivoting centre line L1 can also arrange along the fore-and-aft direction or above-below direction of frame 400, therefore be not limited.
First vacuum coordinates cavity 200 to be arranged on upset support body 10, and upset driver 20 is arranged on frame 10 and drives upset support body
10 do reciprocal upset, and the upset support body 10 from back and forth overturning drives with the first vacuum cavity 200 to overturn to the second vacuum to match somebody with somebody
Close the face of cavity 300 or the position staggered.So-called face refers to that the first vacuum coordinates the loading port and the second vacuum of cavity 200
Coordinate the closure that the loading port face face of cavity 300 is opposite and coordinates the vacuum of cavity 200 and second to coordinate cavity 300 along the first vacuum
Direction aligns, and except the situation of face, other is to stagger.For example, as shown in figure 1, the first vacuum coordinates cavity 200
Loading port and the second vacuum coordinate cavity 300 loading port it is upwardly disposed, belong to one kind of dislocation；Certainly, in other realities
Apply in example, the loading port of the first vacuum cooperation cavity 200 is located at front and the second vacuum coordinates the loading port of cavity 300 positioned at upper
Side, and the another kind of dislocation, therefore do not illustrated and be limited with this.It is more specifically, as follows：
As shown in Figures 1 to 6, abutted equipment is also included with Fan Song mechanisms 100 in bend glass vacuum of the present utility model
Drive the first vacuum to coordinate cavity 200 to slide onto along the direction parallel to pivoting centre line L1 and coordinate cavity 300 with the second vacuum
The transfer device 30 being engaged, to cause the first vacuum to coordinate cavity 200 along parallel to pivoting centre line by transfer device 30
L1 direction coordinates cavity 300 mutually to stagger with respect to the second vacuum, is effectively shielded from the first vacuum and coordinates cavity 200 and second true
Sky coordinates obstacle caused by each self-supporting other side between cavity 300, thus more conducively bend glass 500 and inner membrance is put；Certainly,
In other embodiments, cavity 300 with the second vacuum can be driven to slide onto and the first vacuum cooperation cavity from transfer device 30
200 positions coordinated, therefore be not limited.Specifically, in the present embodiment, transfer device 30 is installed in frame 400 and driven
The first vacuum is coordinated cavity 200, certainly, transfer device 30 can be located on upset support body 10 and drive the first vacuum toward polyslip
Coordinate cavity 200 toward polyslip, therefore be not limited.More specifically, in the present embodiment, upset support body 10 includes the first rotating disk
11st, the second rotating disk 12, the first hollow axle sleeve 13, the second hollow axle sleeve 14 and carrying support body 15；First rotating disk 11 and second
Rotating disk 12 is parallel and along being spaced parallel to pivoting centre line L1 directions, and the first axle sleeve 13 is in regularly to be placed through the first rotating disk
11 and in the frame 400 so that the first axle sleeve 13 is fixed with the phase of the first rotating disk 11；Second axle sleeve 14 is in regularly to be placed through
On second rotating disk 12 and in frame 400 so that the second axle sleeve 14 is fixed with the phase of the second rotating disk 12；Support body 15 is carried along flat
Row is supported between the first rotating disk 11 and the second rotating disk 12 in pivoting centre line L1 directions so that the first rotating disk 11, the second rotating disk
12nd, the first axle sleeve 13, the second axle sleeve 14 and carrying support body 15 are solid together, and to reduce the weight for overturning support body 10 beneficial to upset
The upset manipulation of support body 10, and the setting of the first rotating disk 11 and the second rotating disk 12, in favor of dynamic balancing, entering a ground ensures rollover stand
Body 10 overturns steady reliability；First vacuum coordinates cavity 200 to be slidedly arranged on carrying support body 15 so that the first vacuum coordinates cavity
200 along parallel to pivoting centre line L1 direction slide, be preferably, the first vacuum coordinate cavity 200 with carrying support body 15 it
Between be provided with guide rail 40 and sliding block 50, improved with the cooperation by guide rail 40 and sliding block 50 first vacuum coordinate cavity 200 it is relative
The steady reliability that support body 15 slides is carried, but is not limited；First axle sleeve 13 is connected with upset driver 20, is driven by upset
Dynamic device 20 drives the first axle sleeve 13 to rotate, and is preferably that upset driver 20 is electric rotating machine, but is not limited.Transfer dress
Put 30 and include rotary electric machine 31, transfer screw mandrel 32 and transfer screw 33；One end of transfer screw mandrel 32 is placed through in the first axle sleeve 13,
The other end of transfer screw mandrel 32 is arranged on frame through the second axle sleeve 14 and protruding formation external part 32a, rotary electric machine 31
400 and it is connected with external part 32a, drives transfer screw mandrel 32 to rotate by rotary electric machine 31, and transfers screw mandrel 32 because being placed through first
Make the both ends of the transfer screw mandrel 32 by the reliable branch of the first axle sleeve 13 and the second axle sleeve 14 in the axle sleeve 14 of axle sleeve 13 and second
Support；The sliding sleeve of screw 33 is transferred in transfer screw mandrel 32, transfer screw 33 is also arranged on the first vacuum and coordinated on cavity 200, therefore is moving
Under the rotation of wire feed bar 32, axial slip of the transfer screw 33 along transfer screw mandrel 32 is driven, so as to by the transfer screw 33 slid
Drive the first vacuum to coordinate the relative carrying support body 15 of cavity 200 to slide, improve the precision of sliding, meanwhile, by rotary electric machine 31
Frame 400 is installed on, and transfer screw mandrel 32 is placed through the first axle sleeve 13 and the mode of the second axle sleeve 14 goes to drive the first vacuum
Coordinate the relative carrying displacement of support body 15 of cavity 200, therefore the weight of transfer device 30 is forwarded at frame 400, entered by frame 400
Row support, therefore significantly reduce load-bearing of the upset support body 10 to transfer device 30.For example, in the present embodiment, rotate
The output shaft of motor 31, the first axle sleeve 13, the second axle sleeve 14 and transfer screw mandrel 32 4 axial line coincide, be located at them
On same straight line, so simplify structure and ensure that overturning support body 10 overturns reliability；Certainly, first axle is made according to being actually needed
The 13, second axle sleeve 14 of set and the axial line of the transfer three of screw mandrel 32 coincide, therefore are not illustrated and be limited with this.It will be appreciated that work as
Upset driver 20 is connected with the second axle sleeve 14, and one end of transfer screw mandrel 32 now is placed through in the second axle sleeve 14, transfer
The other end of screw mandrel 32 passes through the first axle sleeve 13 and protruding formation external part 32a, i other words, upset driver 20 is with rotating
Motor 31 is arranged in heteropleural.Equally, when transfer device 30 can be installed on upset support body 10, upset support body 10 now needs
The self gravitation of transfer device 30 is undertaken, therefore the power demand for driving upset support body 10 to overturn is big, manipulation difficulty is big；When transfer fills
When putting 30 and being installed on upset support body 10, transfer screw mandrel 32 now is installed on the carrying support body 15 in upset support body 10, shifting
For wire feed 33 sliding sleeves of mother in transferring on screw mandrel 32 and being installed on the first vacuum cooperation cavity 200, rotary electric machine 31 is arranged on upset
Carrying support body 15 in support body 10 simultaneously drives transfer screw mandrel 32 to rotate, and accordingly, overturns the first axle sleeve 13 in support body 10 and the
Both two axle sleeves 14 directly make an overall rotating shaft, are placed through the first rotating disk 11 by the rotating shaft and the second rotating disk 12 is installed on again
In frame 400, therefore do not illustrated and be limited with this.
As shown in Figures 1 to 6, frame 400 includes framework 410 and the first support arm 420 for standing in framework 410 and the
Two support arms 430.First axle sleeve 13 is arranged on the first support arm 420, and first axle sleeve 13 is propped up by the first support arm 420
Support, the second axle sleeve 14 are arranged on the second support arm 430, second axle sleeve 14 are supported by the second support arm 430；First turn
The rotating disk 12 of disk 11 and second between the first support arm 420 and the second support arm 430, the first rotating disk 11 also with the first support arm
420 neighbours set so that the first support arm 420 effectively carries the gravity of the first rotating disk 11, the second rotating disk 12 also with the second support arm 430
Neighbour sets so that the second support arm 430 effectively carries the gravity of the second rotating disk 12；Upset driver 20 is arranged on the first support arm
On 420, rotary electric machine 31 is installed on the second support arm 430；Therefore by framework 410 and stand in framework 410 first
The support arm 430 of brace 420 and second, abutted equipment Fan Song mechanisms 100 in bend glass vacuum more conducively of the present utility model
Installation in frame 400, but be not limited.
It will be appreciated that in other embodiments, when abutted equipment is sent with turning in bend glass vacuum of the present utility model
When 100, mechanism needs the first vacuum cooperation cavity 200 with respect to the second vacuum cooperation 300 turn over function of cavity, i.e. this practicality is new
Abutted equipment need not set transfer device 30 with Fan Song mechanisms 100 in the bend glass vacuum of type, so when upset support body
10 include the first rotating disk 11, the second rotating disk 12, rotating shaft and carrying support body 15；First rotating disk 11 and 12 parallel and edge of the second rotating disk
It is spaced parallel to pivoting centre line L1 directions, rotating shaft passes through the first rotating disk 11 and second along parallel to pivoting centre line L1 directions
Rotating disk 12 simultaneously be arranged on frame 400 on, carrying support body 15 along parallel to pivoting centre line L1 directions be supported in the first rotating disk 11 and
Between second rotating disk 12, the first vacuum coordinates cavity 200 to be installed on carrying support body 15, and upset driver 20 drives rotating shaft to turn
It is dynamic, to drive the first vacuum to coordinate cavity 200 to coordinate the face of cavity 300 or dislocation with respect to the second vacuum；Accordingly, frame 400
Comprising framework 410 and the first support arm 420 and the second support arm 430 that stand in framework 410, one end of rotating shaft is arranged on the
On one support arm 420, the other end of rotating shaft is arranged on the second support arm 430, and the first rotating disk 11 and the second rotating disk 12 are positioned at the
Between one support arm 420 and the second support arm 430, the first rotating disk 11 is also set with the neighbour of the first support arm 420, the second rotating disk 12 also with
The neighbour of second support arm 430 is set, and upset driver 20 is arranged in the first support arm 420 and the second support arm 430 in one, therefore not
As limit.I other words rotating shaft now is placed through for one after the first rotating disk 11 and the second rotating disk 12 and its both ends is installed again
Major axis in frame 400, when abutted equipment needs setting to move with Fan Song mechanisms 100 in bend glass vacuum of the present utility model
When sending device 30, pivot design now is into including the spaced axle sleeve 14 of first axle sleeve 13 and second.
With reference to Fig. 1 to Fig. 6, the work to abutted equipment Fan Song mechanisms 100 in bend glass vacuum of the present utility model
Principle illustrates：As shown in figure 1, cavity 200 with the first vacuum is driven to turn over by overturning support body 10 from upset driver 20
Position directly above is gone to, coordinates cavity 300 to be staggered with the second vacuum, so that bend glass 500 is toward the first vacuum mating cavity
Putting in body 200, and inner membrance coordinate putting in cavity 300 in the second vacuum；When the first vacuum coordinates cavity 200 to be equipped with
When the vacuum of bend glass 500 and second cooperation cavity 300 is equipped with inner membrance, now by upset driver 20 by overturning the band of support body 10
Dynamic first vacuum coordinates cavity 200 to overturn to position directly below, and state is as shown in Figure 2；Then, rotary electric machine 31 is by transferring silk
Bar 32 and transfer screw 33 drive the first vacuum to coordinate the displacement to the right of cavity 200 so that the first vacuum coordinates cavity 200 to move to the
Two vacuum coordinate at the surface of cavity 300, and state is as shown in Figure 3；Then, the lifting in bend glass vacuum in abutted equipment
Mechanism drives the second vacuum to coordinate cavity 300 to be raised above so that the second vacuum coordinates the vacuum of cavity 300 and first to coordinate cavity
200 close together, and state as shown in Figure 4, realizes the purpose for the inner surface that inner membrance is affixed on to bend glass 500.
Compared with prior art, due in bend glass vacuum of the present utility model abutted equipment wrapped with Fan Song mechanisms 100
Upset support body 10 and upset driver 20 are included, upset support body 20 is articulated in fitting in bend glass vacuum around pivoting centre line L1 and set
In standby frame 400, upset support body 10 is back and forth overturn around pivoting centre line L1 with respect to frame 400, and the first vacuum coordinates cavity 200
On upset support body 10, therefore in upset driver 20 drives upset support body 10 to do reciprocal switching process, by back and forth overturning
Upset support body 10 drive the first vacuum to coordinate the upset of cavity 200 to coordinate the face of cavity 300 or the position staggered to the second vacuum
Put, therefore, by upset support body 10 and upset driver 20, bend glass 500 is put coordinating toward the first vacuum in cavity 200
Or during inner membrance, from upset driver 20 by upset driving for support body 10 and with the first vacuum cavity 200 overturn to
Coordinate the position of the dislocation of cavity 300 with the second vacuum, be that the first vacuum coordinates the loading port of cavity 200 and the second vacuum to coordinate
The loading port sequence of cavity 300, for example, making the first vacuum coordinate the loading port of cavity 200 towards the side (before i.e. of user
Side), or make the first vacuum coordinate the loading port of cavity 200 to arrange upward so that the first vacuum now coordinates cavity 200
Coordinate the loading port sequence of cavity 300 with the second vacuum arranged upwards, therefore coordinate cavity 200 to put curved surface in the first vacuum
The visual field of user will not be coordinated the stop of cavity 200 by the first vacuum in glass 500 or membrane processes, so that curved surface glass
Glass 500 or inner membrance coordinate the operation of putting on cavity 200 very to facilitate in the first vacuum；Simultaneously as bend glass 500 or
Inner membrance coordinates the sequence of cavity 300 during the first vacuum coordinates cavity 200 to put with the second vacuum, coordinates for the second vacuum
Cavity 300 vacates more spaces, and more conducively bend glass 500 or inner membrance coordinates cavity 300 to put in the second vacuum.
Above disclosed is only preferred embodiment of the present utility model, certainly can not be new to limit this practicality with this
The interest field of type, therefore the equivalent variations made according to present utility model application the scope of the claims, still belong to the utility model and covered
Scope.
Claims (10)
1. abutted equipment Fan Song mechanisms in a kind of bend glass vacuum, be applicable will be used to being loaded with curved surface glass from and inner membrance in one
The first vacuum of person coordinate cavity overturn to for be loaded with curved surface glass from and inner membrance in another one the second vacuum mating cavity
Body face or the position staggered, it is characterised in that including：
Overturn support body, be articulated in around pivoting centre line in bend glass vacuum in the frame of abutted equipment, it is described upset support body around
The relatively described frame of pivoting centre line is back and forth overturn, and first vacuum coordinates cavity to be arranged on the upset support body；
And
Driver is overturn, installed in the frame and drives the upset support body to do reciprocal upset, is turned over as described in back and forth overturning
Pivoted frame body drive first vacuum coordinates cavity to overturn to second vacuum and coordinates cavity face or the position staggered.
2. abutted equipment Fan Song mechanisms in bend glass vacuum according to claim 1, it is characterised in that also including edge
First vacuum is driven to coordinate cavity and the second vacuum to coordinate one in cavity to slide parallel to the direction of the pivoting centre line
Move to and coordinate cavity and the second vacuum to coordinate the transfer device that another one is engaged in cavity with first vacuum.
3. abutted equipment Fan Song mechanisms in bend glass vacuum according to claim 2, it is characterised in that the transfer
Device is installed in the upset support body or frame and drives first vacuum to coordinate cavity back and forth to slide.
4. abutted equipment Fan Song mechanisms in bend glass vacuum according to claim 3, it is characterised in that the upset
Support body includes the first rotating disk, the second rotating disk, the first hollow axle sleeve, the second hollow axle sleeve and carries support body, described first turn
Disk is parallel with the second rotating disk and along being spaced parallel to the pivoting centre line direction, and first axle sleeve is in regularly to place
In first rotating disk and in the frame, second axle sleeve is in regularly to be placed through on second rotating disk and pacify
In the frame, the carrying support body is supported in first rotating disk and second along parallel to the pivoting centre line direction
Between rotating disk, first vacuum coordinates cavity to be slidedly arranged on the carrying support body, one in first axle sleeve and the second axle sleeve
Person is connected with the upset driver；The transfer device includes rotary electric machine, transfer screw mandrel and transfer screw, the transfer silk
One end of bar is placed through in the first axle sleeve or the second axle sleeve being connected with the upset driver, the other end of the transfer screw mandrel
It is described to rotate electricity through the first axle sleeve or the second axle sleeve and protruding formation external part not being connected with the upset driver
Machine is arranged on the frame and is connected with the external part, and the transfer screw sliding sleeve is in the transfer screw mandrel, the transfer silk
It is female to be also arranged on first vacuum cooperation cavity.
5. abutted equipment Fan Song mechanisms in bend glass vacuum according to claim 4, it is characterised in that described first
The axial line of axle sleeve, the second axle sleeve and transfer screw mandrel three coincides.
6. abutted equipment Fan Song mechanisms in bend glass vacuum according to claim 4, it is characterised in that the rotation
The output shaft of motor, the first axle sleeve, the second axle sleeve and transfer screw mandrel axial line coincide.
7. abutted equipment Fan Song mechanisms in bend glass vacuum according to claim 4, it is characterised in that the frame
Comprising framework and the first support arm and the second support arm that stand in the framework, first axle sleeve is arranged on described first
On support arm, second axle sleeve is arranged on second support arm, and first rotating disk and the second rotating disk are positioned at described the
Between one support arm and the second support arm, first rotating disk is also set with the first support arm neighbour, second rotating disk also with
The second support arm neighbour is set, and the upset driver is arranged on first support arm, and the rotary electric machine is installed on institute
State on the second support arm.
8. abutted equipment Fan Song mechanisms in bend glass vacuum according to claim 1, it is characterised in that the upset
It is parallel with the second rotating disk and along parallel that support body includes the first rotating disk, the second rotating disk, rotating shaft and carrying support body, first rotating disk
It is spaced in the pivoting centre line direction, the rotating shaft passes through first rotating disk along parallel to the pivoting centre line direction
And second rotating disk and in the frame, the carrying support body is described along being supported in parallel to the pivoting centre line direction
Between first rotating disk and the second rotating disk, first vacuum coordinates cavity to be installed on the carrying support body, the upset driving
Device drives the axis of rotation.
9. abutted equipment Fan Song mechanisms in bend glass vacuum according to claim 8, it is characterised in that the frame
Comprising framework and the first support arm and the second support arm that stand in the framework, one end of the rotating shaft is arranged on described the
On one support arm, the other end of the rotating shaft is arranged on second support arm, and first rotating disk and the second rotating disk are located at
Between first support arm and the second support arm, first rotating disk is also set with the first support arm neighbour, described second turn
Disk is also set with the second support arm neighbour, and the upset driver is arranged on one in first support arm and the second support arm
On.
10. abutted equipment Fan Song mechanisms in bend glass vacuum according to claim 1, it is characterised in that described to turn over
It is an electric rotating machine to turn driver.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720754974.8U CN206938133U (en) | 2017-06-26 | 2017-06-26 | Abutted equipment Fan Song mechanisms in bend glass vacuum |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720754974.8U CN206938133U (en) | 2017-06-26 | 2017-06-26 | Abutted equipment Fan Song mechanisms in bend glass vacuum |
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| Publication Number | Publication Date |
|---|---|
| CN206938133U true CN206938133U (en) | 2018-01-30 |
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ID=61367208
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720754974.8U Active CN206938133U (en) | 2017-06-26 | 2017-06-26 | Abutted equipment Fan Song mechanisms in bend glass vacuum |
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| Country | Link |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107139567A (en) * | 2017-06-26 | 2017-09-08 | 东莞市万丰纳米材料有限公司 | Abutted equipment Fan Song mechanisms in bend glass vacuum |
-
2017
- 2017-06-26 CN CN201720754974.8U patent/CN206938133U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107139567A (en) * | 2017-06-26 | 2017-09-08 | 东莞市万丰纳米材料有限公司 | Abutted equipment Fan Song mechanisms in bend glass vacuum |
| CN107139567B (en) * | 2017-06-26 | 2023-03-14 | 东莞市万丰纳米材料有限公司 | Turning and conveying mechanism for curved glass vacuum inner laminating equipment |
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Effective date of registration: 20190723 Address after: 518000 Guangdong Province Baoan District Fuyong Street Fuyong Community Samsung Industrial Zone 2 District 4 203 Patentee after: Shenzhen Fengtai Industrial Technology Co., Ltd. Address before: 523000 Hongsheng Industrial Park, 70 Niuling Road, Changlang Avenue, Jinmei Village, Changping Town, Dongguan City, Guangdong Province, 3rd floor Patentee before: Dongguan Wanfeng Nano Material Co., Ltd. |