CN207060486U - Fitting machine in bend glass vacuum - Google Patents
Fitting machine in bend glass vacuum Download PDFInfo
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- CN207060486U CN207060486U CN201720754973.3U CN201720754973U CN207060486U CN 207060486 U CN207060486 U CN 207060486U CN 201720754973 U CN201720754973 U CN 201720754973U CN 207060486 U CN207060486 U CN 207060486U
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Abstract
The utility model discloses fitting machine in a kind of bend glass vacuum, including frame, the first vacuum abutted cavity, the second vacuum abutted cavity, closes drive mechanism, upset support body and upset driver.Upset support body is articulated in frame around pivoting centre line；Close drive mechanism to be assembled in one in frame and upset support body and be connected with one in the first vacuum abutted cavity and the second vacuum abutted cavity, another one is assembled in frame and overturn in support body in another one in the first vacuum abutted cavity and the second vacuum abutted cavity；Upset driver is arranged on frame and drives upset support body to do reciprocal overturn so that facing each other between the first vacuum abutted cavity and the second vacuum abutted cavity or stagger；In order to putting for bend glass or inner membrance, and during putting it is effectively shielded from overturning the first or second vacuum abutted cavity on support body and the visual field of operating personnel is stopped, therefore put more convenient operation, and ensures to be bonded quality.
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 machine.
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 abutted cavity of glass, for contain inner membrance and with vacuum abutted cavity under face above and below upper vacuum abutted cavity and
For driving upper vacuum abutted cavity vacuum abutted cavity with to do an elevating mechanism for closing cooperation, the dress of upper vacuum abutted cavity
Enter mouth down arrangement, under vacuum abutted cavity loading port it is upwardly disposed, upper vacuum abutted cavity during the fitting relatively under
During vacuum abutted cavity closure and realizing fits in inner membrance on bend glass.Just because upper vacuum abutted cavity and lower vacuum paste
Close cavity above-below direction face, and upper vacuum abutted cavity can only relatively under vacuum abutted cavity do and close cooperation, therefore upper
Vacuum abutted cavity can cause song during putting bend glass because upper vacuum abutted cavity stops to the visual field of operating personnel
Whether surface glass places the full tactile by both hands to judge in the operation inconvenience on upper vacuum abutted cavity, bend glass；For
Will appreciate that bend glass puts situation in upper vacuum abutted cavity, operating personnel now can only by squat down body and to
On look up at vacuum abutted cavity and just observe, it is further to cause operation inconvenience；At the same time, filled in upper vacuum abutted cavity
During putting bend glass, easily come off under bend glass self-acting from upper vacuum abutted cavity, thus it is upper vacuum abutted
Cavity produces vacuum adsorption force always in bend glass loading procedure, therefore energy consumption is big.
Therefore, need badly and machine is bonded in a kind of bend glass vacuum to overcome the defects of above-mentioned.
Utility model content
The purpose of this utility model is to provide fitting machine in a kind of bend glass vacuum so that bend glass and inner membrance
Put quality easy to operate, and ensuring bend glass pad pasting.
To achieve the above object, fitting machine is applicable inner membrance fitting in curved surface in bend glass vacuum of the present utility model
The inner surface of glass, including frame, the first vacuum abutted cavity, the second vacuum abutted cavity, upset support body, close drive mechanism
And upset driver.The first vacuum abutted cavity is used to contain one in bend glass and inner membrance, the second vacuum patch
Close cavity and the described first vacuum abutted cavity and do and closes cooperations, the second vacuum abutted cavity for contain bend glass and
Another one in inner membrance；The upset support body is articulated in the frame around pivoting centre line, and the upset support body is around the pivot
The relatively described frame of center line is back and forth overturn；Described is closed drive mechanism and is assembled in the frame and upset support body in one,
The described output end for closing drive mechanism is connected with one in the described first vacuum abutted cavity and the second vacuum abutted cavity, institute
State another one in the first vacuum abutted cavity and the second vacuum abutted cavity and be assembled in another one in the frame and upset support body
On, described is closed drive mechanism and drives to do between the described first vacuum abutted cavity and the second vacuum abutted cavity and close cooperation；
The upset driver is arranged on the frame and drives the upset support body to do reciprocal upset, by the upset back and forth overturn
Support body drives facing each other between the first vacuum abutted cavity and the second vacuum abutted cavity or staggered.
It is preferred that fitting machine is also included along parallel to the pivoting centre line in bend glass vacuum of the present utility model
Direction drive in the described first vacuum abutted cavity and the second vacuum abutted cavity that one is slid onto and first vacuum is pasted
Close the transfer device that another one is engaged in cavity and the second vacuum abutted cavity.
It is preferred that the first vacuum abutted cavity is slidedly arranged on the upset along parallel to the pivoting centre line direction
On support body, the transfer device is installed on the upset support body or frame, and the transfer device drives described first vacuum abutted
The relatively described second vacuum abutted cavity of cavity slides and has the described first vacuum abutted cavity and pasted with second vacuum
The aligned position that conjunction cavity aligns and the separate location away from the described second vacuum abutted cavity, described is closed drive mechanism peace
Loaded in the frame.
It is preferred that fitting machine also includes being used to detect being moved away from position positioned at described in bend glass vacuum of the present utility model
The first vacuum abutted cavity upset when putting whether detection components in place, the detection components are arranged in the frame.
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, the first vacuum abutted cavity is 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 the described first vacuum abutted 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 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 the first vacuum abutted cavity is installed on described
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 described is closed drive mechanism and included and closed motor, close drive screw, close driving screw, move
Dynamic seat, hollow installation axle, the first bevel gear on the described output shaft for closing motor and installed in the peace
The second bevel gear on axle is filled, described is closed driving screw and be installed in fixed in the installation axle, and described is closed driving silk
Bar axially across the installation axle and closes driving screw along the installation axle, and described is closed drive screw and also closed with described
Screw engaged transmission is driven, the described output shaft for closing motor closes drive screw interlaced arrangement, the movement with described
Seat is arranged on described and closed in drive screw, and the first vacuum abutted cavity or the second vacuum abutted cavity are arranged on the shifting
On dynamic seat.
Compared with prior art, frame, first true is included due to being bonded machine in bend glass vacuum of the present utility model
Sky fitting cavity, the second vacuum abutted cavity, support body is overturn, opens and closes drive mechanism and upset driver, upset support body is around pivot
Center line is articulated in frame, and upset support body is back and forth overturn with respect to frame around pivoting centre line, is closed drive mechanism and is assembled in machine
In frame and upset support body in one, the output end and the first vacuum abutted cavity and the second vacuum abutted cavity for closing drive mechanism are opened
Middle one connects, and another one is assembled in another in frame and upset support body in the first vacuum abutted cavity and the second vacuum abutted cavity
In one, therefore drive upset support body to do reciprocal switching process in upset driver, the is driven by the upset support body back and forth overturn
It is facing each other or stagger between one vacuum abutted cavity and the second vacuum abutted cavity, it is the loading of the first vacuum abutted cavity
The loading port of mouth and the second vacuum abutted cavity faces or misplaced, therefore true in the loading port of the first vacuum abutted cavity and second
During the loading port sequence of sky fitting cavity, for example, the first vacuum abutted cavity loading port towards user a side (before i.e.
Side) and the loading port of the second vacuum abutted cavity is upward, or the first vacuum abutted cavity and the second vacuum abutted cavity
Loading port is each upward, therefore when being misplaced between the first vacuum abutted cavity and the second vacuum abutted cavity so that upset support body
On the first vacuum abutted cavity or the second vacuum abutted cavity will not stop the visual field of user so that bend glass or interior
Film very facilitates toward the operation of putting in the first vacuum abutted cavity or the second vacuum abutted cavity on upset support body；Together
When, because bend glass or inner membrance are toward putting in the first vacuum abutted cavity or the second vacuum abutted cavity on upset support body
During be to drive phase between the first vacuum abutted cavity and the second vacuum abutted cavity by overturning support body by upset driver
Mutually carried out in the case of dislocation, vacate more spaces between the first vacuum abutted cavity and the second vacuum abutted cavity, more
Beneficial to bend glass or inner membrance in the first vacuum abutted cavity with being put at the second vacuum abutted cavity, it is ensured that in bend glass
The quality of patch.
Brief description of the drawings
Fig. 1 is that fitting machine is flipped on just in the first vacuum abutted cavity in bend glass vacuum of the present utility model
Planar structure schematic diagram when square.
Fig. 2 is that machine is bonded in bend glass vacuum of the present utility model in the case where the first vacuum abutted cavity is flipped to just
Side and the planar structure schematic diagram being staggered with the second vacuum abutted cavity.
Fig. 3 be state shown in Fig. 2 bend glass vacuum in fitting machine the first vacuum abutted cavity be transferred to
Planar structure schematic diagram when second vacuum abutted cavity faces.
Fig. 4 is that machine is bonded in the bend glass vacuum of state shown in Fig. 3 in the first vacuum abutted cavity and the second vacuum
It is bonded planar structure schematic diagram during cavity closure fitting.
Fig. 5 is the dimensional structure diagram of an angle of fitting machine in the bend glass vacuum of state shown in Fig. 4.
Fig. 6 is the dimensional structure diagram of another angle of fitting machine in the bend glass vacuum of state shown in Fig. 4.
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, the interior fitting machine 100 of bend glass vacuum of the present utility model, which is applicable, pastes inner membrance
Pasted together in the inner surface 210 (see Fig. 7) of bend glass 200, including frame 10, the first vacuum abutted cavity 20 and the first vacuum
Cavity 20 is closed to do a second vacuum abutted cavity 30 for closing cooperation, upset support body 40, open and close drive mechanism 50 and upset driver
60.First vacuum abutted cavity 20 is used for curved surface glass and is used to contain inner membrance from 200, second vacuum abutted cavitys 30, certainly, according to
It is actually needed and makes the first vacuum abutted cavity 20 be used to contain inner membrance, and the second vacuum abutted cavity 30 is used to contain curved surface glass
Glass 200, therefore be not limited.For example, as shown in fig. 7, in the present embodiment, bend glass 200 is by square smooth main body
And the bending section composition that the left and right sides of square smooth main body and/or upper and lower two side are extended, so that bend glass 200
Inner surface 210 be inner concave and outer surface 220 is arcuate surface.It will be appreciated that so-called left and right sides or upper and lower both sides
While when referring to the square smooth main body face user of bend glass 200, it is referred to as left side positioned at the left side of user, positioned at making
The right of user be referred to as right side, above user be referred to as upside, below user be referred to as downside, but not with
This is limited.
As shown in Figures 1 to 6, upset support body 40 is articulated in frame 10 around pivoting centre line L1 so that upset support body 40
Back and forth overturn with respect to frame 10 around pivoting centre line L1；Specifically, in the present embodiment, pivoting centre line L1 indulging along frame 10
It is the left and right directions arrangement of frame 10 to arrangement, to cause rollover stand body 40 around pivoting centre line L1 with respect to frame about 10
Upset, the user that is more convenient for put bend glass 200；Certainly, in other embodiments, pivoting centre line L1 can also be along frame 10
Fore-and-aft direction or above-below direction arrangement, therefore be not limited.
As shown in Figures 1 to 4, open and close drive mechanism 50 in the frame 10, close the output end of drive mechanism 50 with
Second vacuum abutted cavity 30 is connected, and second vacuum abutted cavity 30 is supported and driven by closing drive mechanism 50；First is true
Sky fitting cavity 20 is assembled on upset support body 40, and the first vacuum abutted cavity 20 and second true is driven by closing drive mechanism 50
Done between sky fitting cavity 30 and close cooperations, therefore closed drive mechanism 50 by opening and be installed in frame 10 and the first vacuum abutted chamber
Body 20 is assembled on upset support body 40, is effectively reduced upset 40 load capacities of support body, so as to be more conducive to upset support body 40
Flip-flop movement；Certainly, in other embodiments, the output end that the first vacuum abutted cavity 20 can be closed to drive mechanism 50 with opening connects
Connect, accordingly, the second vacuum abutted cavity 30 is assembled on upset support body 40；Equally, drive mechanism 50 can will be closed to install
In on upset support body 40, therefore do not illustrated and be limited with this.For example, as shown in Figures 1 to 4, in the present embodiment, open and close driving
Mechanism 50, which includes, to close motor 51, closes drive screw 52, close driving screw (not shown), be Mobile base 53, hollow
Installation axle 56, the first bevel gear 54 on the output shaft for closing motor 51 and the in installation axle 56
Two bevel gears 55；Open and close driving screw being installed in installation axle 56 in fixation, housed by installation axle 56 and close driving silk with opening
Mother is fixed together；Closing axial direction (frame 10 above-below direction i.e. in figure) of the drive screw 52 along installation axle 56 passes through installation axle
56 and driving screw is closed, close drive screw 52 and also close driving screw engaged transmission with；Open the output for closing motor 51
Axle closes the interlaced arrangement of drive screw 52 with opening, and Mobile base 53 is arranged on to open and closed in drive screw 52, the second vacuum abutted cavity 30
On Mobile base 53, therefore the first vacuum abutted 20 and second vacuum abutted cavity 30 of cavity is driven closing drive mechanism 50
In closing course, go to drive installation axle 56 with respect to machine by first bevel gear 54 and second bevel gear 55 by closing motor 51
Frame 10 rotates；Drive screw to be fixed together with installation axle 56 due to opening to close, installation axle 56 is followed so that opening and closing driving screw
Rotate together；And what is rotated closes driving screw because closing drive screw 52 along peace with being driven closing engaging for drive screw 52
The axial displacement of axle 56 is filled, so as to drive Mobile base 53 to move, thus the second vacuum abutted chamber is driven by mobile Mobile base 53
Body 30 closes with the first vacuum abutted cavity 20.Therefore by closing drive screw 52, close driving screw (not shown), move
Move seat 53, hollow installation axle 56, installed in the first bevel gear 54 opened on the output shaft for closing motor 51 and installed in peace
Fill the cooperation of the second bevel gear 55 on axle 56 so that opened between the second vacuum abutted 30 and first vacuum abutted cavity 20 of cavity
It is more steady and accurate to close cooperation, so that it is guaranteed that the interior patch quality of bend glass 200, but be not limited.
As shown in Figures 1 to 6, driver 60 is overturn to be arranged on frame 10 and drive upset support body 40 to do reciprocal upset, by
The upset support body 40 that back and forth overturns drives the first vacuum abutted cavity 20 and the second vacuum abutted cavity 30 facing each other or staggered.
So-called face refers to that the loading port face face of the loading port and the second vacuum abutted cavity 30 of the first vacuum abutted cavity 20 is opposite
And aligned along the closing direction of the first vacuum abutted cavity 20 and the second vacuum abutted cavity 30, except the situation of face, its
It is to stagger.For example, as shown in figure 1, the loading port of the first vacuum abutted cavity 20 and the second vacuum abutted cavity 30
Loading port it is upwardly disposed, belong to one kind of dislocation；Certainly, in other embodiments, the dress of the first vacuum abutted cavity 20
Entrance is located at the loading port another kind above, and misplacing of front and the second vacuum abutted cavity 30, therefore not with this measure
Example is limited.When whether downwardly turning over for the first vacuum abutted cavity 20 can be automatically detected to position, curved surface glass of the present utility model
Whether fitting machine 100 also includes being used to detect to overturn positioned at the first vacuum abutted cavity 20 when being moved away from position arriving in glass vacuum
The detection components 14 of position, detection components 14 are arranged in frame 10；For example, detection components can be by generating laser and laser
Receiver assembly, therefore be not limited.It is more specifically, as follows：
As shown in Figures 1 to 6, fitting machine 100 is also included along parallel to pivot in bend glass vacuum of the present utility model
The first vacuum abutted cavity 20 is driven to slide onto the transfer being engaged with the second vacuum abutted cavity 30 in the direction for turning center line L1
Device 70, to cause the first vacuum abutted cavity 20 along the direction parallel to pivoting centre line L1 relative the by transfer device 70
Two vacuum abutted cavitys 30 mutually stagger, and are effectively shielded between the first vacuum abutted 20 and second vacuum abutted cavity 30 of cavity
Obstacle caused by each self-supporting other side, thus more conducively bend glass 500 and inner membrance is put；Certainly, in other embodiments, may be used
From transfer device 70 drive the second vacuum abutted cavity 30 slide onto with the position with the first vacuum abutted cavity 20, therefore not with
This is limited.Specifically, in the present embodiment, the first vacuum abutted cavity 20 is turned over along being slidedly arranged on parallel to pivoting centre line L1 directions
On pivoted frame body 40, transfer device 70 is installed in frame 10 and drives the first vacuum abutted cavity 20 with respect to the second vacuum abutted chamber
Body 30 slides so that the first vacuum abutted cavity 20 has the aligned position to be aligned with the second vacuum abutted cavity 30 (see Fig. 3
It is shown) and away from the second vacuum abutted cavity 30 separate location (see shown in Fig. 1 or Fig. 2), to pacify by by transfer device 70
Loaded on the weight of transfer device 70 is carried by frame 10 in frame 10, avoid transfer device 70 because located at upset support body 40 on and
The burden of upset support body 40 is aggravated, therefore is more conducive to overturn the flip-flop movement of support body 40；Certainly, in other embodiments, will can move
Send device 70 to be arranged on upset support body 40 and drive the first vacuum abutted cavity 20 to slide, therefore be not limited.More specifically,
In the present embodiment, overturn support body 40 and include the first rotating disk 41, the second rotating disk 42, the first hollow axle sleeve 43, hollow second
Axle sleeve 44 and carrying support body 45；First rotating disk 41 is parallel with the second rotating disk 42 and is separated by along parallel to pivoting centre line L1 directions
Open, the first axle sleeve 43 is in regularly to be placed through the first rotating disk 41 and in frame 10 so that the first axle sleeve 43 and first turn
The phase of disk 41 is fixed；Second axle sleeve 44 is in regularly to be placed through on the second rotating disk 42 and in frame 10 so that the second axle sleeve
44 fix with the phase of the second rotating disk 42；Carrying support body 45 is supported in the first rotating disk 41 and second along parallel to pivoting centre line L1 directions
Between rotating disk 42 so that the first rotating disk 41, the second rotating disk 42, the first axle sleeve 43, the second axle sleeve 44 and carrying support body 45 are solid one
Rise, manipulated with reducing the upset for overturning the weight of support body 40 and being beneficial to upset support body 40, and the first rotating disk 41 and the second rotating disk 42
Setting in favor of dynamic balancing, entering a ground ensures that overturning support body 40 overturns steady reliability；First vacuum abutted cavity 20, which is slided, to be set
In on carrying support body 45 so that the first vacuum abutted cavity 20 slides along the direction parallel to pivoting centre line L1, is preferably,
Guide rail 80 and sliding block 90 are provided between first vacuum abutted cavity 20 and carrying support body 45, with matching somebody with somebody by guide rail 80 and sliding block 90
Close and improve the steady reliability that the relative carrying support body 45 of the first vacuum abutted cavity 20 slides, but be not limited；First axle
Set 43 is connected with upset driver 60, is driven the first axle sleeve 43 to rotate by upset driver 60, is preferably, overturns driver 60
For electric rotating machine, but it is not limited.Transfer device 70 includes rotary electric machine 71, transfer screw mandrel 72 and transfer screw 73；Transfer
One end of screw mandrel 72 is placed through in the first axle sleeve 43, and the other end of transfer screw mandrel 72 passes through the second axle sleeve 44 and protruding formation
External part 72a, rotary electric machine 71 are arranged on frame 10 and are connected with external part 72a, and transfer screw mandrel 72 is driven by rotary electric machine 71
Rotate, and transferring screw mandrel 72 makes the both ends of the transfer screw mandrel 72 because being placed through in the first axle sleeve 43 and the second axle sleeve 44 by the
The secure support of one axle sleeve 43 and the second axle sleeve 44；The sliding sleeve of screw 73 is transferred also to be arranged in transfer screw mandrel 72, transfer screw 73
On first vacuum abutted cavity 20, therefore under the rotation of transfer screw mandrel 72, axial direction of the transfer screw 73 along transfer screw mandrel 72 is driven
Sliding, so as to drive the relative carrying support body 45 of the first vacuum abutted cavity 20 to slide by the transfer screw 73 slid, improve sliding
Precision；Therefore frame 10 is installed on by rotary electric machine 71, and transfer screw mandrel 72 is placed through the first axle sleeve 43 and the second axle sleeve
44 mode goes to drive the relative carrying displacement of support body 45 of the first vacuum abutted cavity 20, effectively turns the weight of transfer device 70
It is connected at frame 10, is supported by frame 10, thus significantly reduce load-bearing of the upset support body 40 to transfer device 70, more
Manipulated beneficial to the upset to overturning support body 40.For example, in the present embodiment, the output shaft of rotary electric machine 71, the first axle sleeve
43rd, the axial line of the second axle sleeve 44 and transfer screw mandrel 72 4 coincides, and them is located along the same line, so simplifies structure
And ensure that overturning support body 40 overturns reliability；Certainly, the first axle sleeve 43, the second axle sleeve 44 and transfer silk are made according to being actually needed
The axial line of the three of bar 72 coincides, therefore is not illustrated and be limited with this.It will be appreciated that when the upset axle sleeve 44 of driver 60 and second
During connection, one end of transfer screw mandrel 72 now is placed through in the second axle sleeve 44, and the other end of transfer screw mandrel 72 passes through first
Axle sleeve 43 and protruding formation external part 32a, i other words, upset driver 60 is arranged with rotary electric machine 71 in heteropleural.Equally,
When transfer device 70 can be installed on upset support body 40, upset support body 40 now needs to undertake itself weight of transfer device 70
Power, therefore the power demand for driving upset support body 40 to overturn is big, manipulation difficulty is big；When transfer device 70 is installed on upset support body 40
When, transfer screw mandrel 72 now is installed on the carrying support body 45 in upset support body 40, and the transfer sliding sleeve of screw 73 is in transfer screw mandrel
On 72 and it is installed on the first vacuum abutted cavity 20, the carrying support body 45 that rotary electric machine 71 is arranged in upset support body 40 simultaneously drives
Transfer screw mandrel 72 is rotated, accordingly, both the first axle sleeve 43 and the second axle sleeve 44 in support body 40 is overturn and directly makes one
Overall rotating shaft, the first rotating disk 41 is placed through by the rotating shaft and the second rotating disk 42 is installed in frame 10 again, therefore be not exemplified as with this
Limit.
As shown in Figures 1 to 6, frame 10 includes framework 11 and the first support arm 12 stood in framework 11 and second
Brace 13.First axle sleeve 43 is arranged on the first support arm 12, first axle sleeve 43 is supported by the first support arm 12, second
Axle sleeve 44 is arranged on the second support arm 13, and second axle sleeve 44 is supported by the second support arm 13；First rotating disk 41 and
Between the first support arm 12 and the second support arm 13, the first rotating disk 41 is also set two rotating disks 42 with the neighbour of the first support arm 12, is made
Obtain the first support arm 12 and effectively carry the gravity of the first rotating disk 41, the second rotating disk 42 is also set with the neighbour of the second support arm 13 so that the
Two support arms 13 effectively carry the gravity of the second rotating disk 42；Overturn driver 60 to be arranged on the first support arm 12, rotate electricity
Machine 71 is installed on the second support arm 13；Therefore by framework 11 and the first support arm 12 and the second support that stand in framework 11
Arm 13, support body 40, upset driver 60 and transfer device 70 are more conducively overturn in the installation in frame 10, and cause upset support body
40th, driver 60 and transfer device 70 are overturn in the mounting arrangement compact and reasonable in frame 10, but is not limited.
It will be appreciated that in other embodiments, when fitting 100 need of machine in bend glass vacuum of the present utility model
When wanting the first vacuum abutted cavity 20 with respect to the second vacuum abutted 30 turn over function of cavity, i.e., bend glass of the present utility model is true
Fitting machine 100 need not set transfer device 70 in empty, so when upset support body 40 include the first rotating disk 41, the second rotating disk
42nd, rotating shaft and carrying support body 45；First rotating disk 41 is with 42 parallel and edge of the second rotating disk parallel to pivoting centre line L1 directions phase
Separating, rotating shaft through the first rotating disk 41 and the second rotating disk 42 and is arranged in frame 10 along parallel to pivoting centre line L1 directions,
Carrying support body 45 is supported between the first rotating disk 41 and the second rotating disk 42 along parallel to pivoting centre line L1 directions, the first vacuum patch
Close cavity 20 to be installed on carrying support body 45, upset driver 60 drives axis of rotation, to drive the first vacuum abutted cavity 20
The facing each other or dislocation between the second vacuum abutted cavity 30；Accordingly, frame 10 includes framework 11 and stands on framework 11
On the first support arm 12 and the second support arm 13, one end of rotating shaft is arranged on the first support arm 12, the other end peace of rotating shaft
On the second support arm 13, the first rotating disk 41 and the second rotating disk 42 between the first support arm 12 and the second support arm 13,
First rotating disk 41 is also set with the neighbour of the first support arm 12, and the second rotating disk 42 is also set with the neighbour of the second support arm 13, and upset driver 60 is pacified
In one in the first support arm 12 and the second support arm 13, therefore it is not limited.I other words rotating shaft now is worn for one
It is placed in after the first rotating disk 41 and the second rotating disk 42 and its both ends is installed on the major axis in frame 10 again, when curved surface of the present utility model
When glass evacuated interior fitting machine Fan Song mechanisms 100 need to set transfer device 70, pivot design now is into comprising mutual
First axle sleeve 43 and the second axle sleeve 44 spaced apart.
With reference to Fig. 1 to Fig. 6, the operation principle that machine 100 is bonded in bend glass vacuum of the present utility model is said
It is bright：As shown in figure 1, the first vacuum abutted cavity 20 is driven to overturn to surface position by overturning support body 40 by upset driver 60
Put, be staggered with the second vacuum abutted cavity 30, so that bend glass 500 is toward putting in the first vacuum abutted cavity 20,
And inner membrance is in putting in the second vacuum abutted cavity 30；When the first vacuum abutted cavity 20 is equipped with bend glass 500 and the
When two vacuum abutted cavitys 30 are equipped with inner membrance, now the first vacuum abutted chamber is driven by overturning support body 40 by upset driver 60
Body 20 is overturn to position directly below, and state is as shown in Figure 2；Then, rotary electric machine 71 is by transferring screw mandrel 72 and transfer screw 73
Drive the first vacuum abutted displacement to the right of cavity 20 so that the first vacuum abutted cavity 20 moves to the second vacuum abutted cavity 30
At surface, state is as shown in Figure 3；Then, open and close drive mechanism 50 and drive the second vacuum abutted cavity 30 to be raised above so that
Second vacuum abutted cavity 30 closes together with the first vacuum abutted cavity 20, and state as shown in Figure 4, is realized inner membrance being affixed on song
The purpose of the inner surface of surface glass 500.
Compared with prior art, frame 10, the are included due to being bonded machine 100 in bend glass vacuum of the present utility model
One vacuum abutted cavity 20, the second vacuum abutted cavity 30, support body 40 is overturn, opens and closes drive mechanism 50 and upset driver 60,
Upset support body 40 is articulated in frame 10 around pivoting centre line L1, and upset support body 40 is reciprocal with respect to frame 10 around pivoting centre line L1
Upset, close drive mechanism 50 and be assembled in frame 10 and upset support body 40 in one, close the output end of drive mechanism 50 with
One connects in first vacuum abutted 20 and second vacuum abutted cavity 30 of cavity, the first vacuum abutted vacuum of cavity 20 and second
Another one is assembled in frame 10 and upset support body 40 in another one in fitting cavity 30, therefore drives upset in upset driver 60
Support body 40 is done in reciprocal switching process, and the first vacuum abutted vacuum of cavity 20 and second is driven by the upset support body 40 back and forth overturn
It is facing each other or stagger between fitting cavity 30, it is the loading port and the second vacuum abutted cavity of the first vacuum abutted cavity 20
30 loading port faces or misplaced, therefore in the loading port of the first vacuum abutted cavity 20 and the dress of the second vacuum abutted cavity 30
During entrance sequence, for example, the first vacuum abutted cavity 20 loading port towards user a side (i.e. front) and the second vacuum
It is bonded the loading port of cavity 30 upward, or the loading port of the first vacuum abutted 20 and second vacuum abutted cavity 30 of cavity is each
Upward, when therefore being misplaced between the first vacuum abutted 20 and second vacuum abutted cavity 30 of cavity so that on upset support body 40
The first vacuum abutted vacuum abutted cavity 30 of cavity 20 or the second will not stop the visual field of user so that bend glass
200 or inner membrance toward upset support body 40 on the first vacuum abutted vacuum abutted cavity 30 of cavity 20 or the second in put operation ten
The convenience divided；Simultaneously as bend glass 200 or inner membrance are true toward the first vacuum abutted cavity 20 or the second on upset support body 40
Sky fitting cavity 30 in put during be to drive the first vacuum abutted cavity by overturning support body 40 by upset driver 60
20 and second are carried out in the case of mutual dislocation between vacuum abutted cavity 30, are the first vacuum abutted vacuum of cavity 20 and second
More spaces are vacateed between fitting cavity 30, and more conducively bend glass 200 or inner membrance are in the first vacuum abutted cavity 20 and the
Put at two vacuum abutted cavitys 30, it is ensured that the quality of patch in bend glass 200.
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. fitting machine, is applicable the inner surface that inner membrance is fitted in bend glass in a kind of bend glass vacuum, it is characterised in that
Including：
Frame；
First vacuum abutted cavity, for containing one in bend glass and inner membrance；
A second vacuum abutted cavity for closing cooperation is done with the described first vacuum abutted cavity, for containing bend glass and inner membrance
Middle another one；
Support body is overturn, is articulated in around pivoting centre line in the frame, the upset support body is around the pivoting centre line with respect to institute
Frame is stated back and forth to overturn；
Be assembled in the frame and overturn in support body drive mechanism of closing in one, the described output end for closing drive mechanism with
One connects in the first vacuum abutted cavity and the second vacuum abutted cavity, the first vacuum abutted cavity and second true
Another one is assembled in the frame and upset support body in another one in sky fitting cavity, described close drive mechanism drive it is described
Do to open between first vacuum abutted cavity and the second vacuum abutted cavity and close cooperation；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 drives facing each other between the first vacuum abutted cavity and the second vacuum abutted cavity or staggered.
2. fitting machine in bend glass vacuum according to claim 1, it is characterised in that also include along parallel to described
The direction of pivoting centre line drive in the described first vacuum abutted cavity and the second vacuum abutted cavity one slide onto with it is described
The transfer device that another one is engaged in first vacuum abutted cavity and the second vacuum abutted cavity.
3. fitting machine in bend glass vacuum according to claim 2, it is characterised in that the first vacuum abutted chamber
Body is slidedly arranged on the upset support body along parallel to the pivoting centre line direction, and the transfer device is installed on the rollover stand
Body or frame, the transfer device drive the relatively described second vacuum abutted cavity of the described first vacuum abutted cavity to slide and make
The first vacuum abutted cavity has the aligned position to be aligned with the described second vacuum abutted cavity and remote described second
The separate location of vacuum abutted cavity, described is closed drive mechanism and is installed in the frame.
4. fitting machine in bend glass vacuum according to claim 3, it is characterised in that also include being located at for detection
The first vacuum abutted cavity upset during the separate location whether detection components in place, the detection components are arranged on described
In frame.
5. fitting machine in bend glass vacuum according to claim 3, it is characterised in that the upset support body includes the
One rotating disk, the second rotating disk, the first hollow axle sleeve, the second hollow axle sleeve and carrying support body, first rotating disk and second turn
Disk is parallel and along being spaced parallel to the pivoting centre line direction, and first axle sleeve is in regularly to be placed through described first
Rotating disk is simultaneously arranged in the frame, and second axle sleeve is in regularly to be placed through on second rotating disk and be arranged on the machine
On frame, the carrying support body edge is supported between first rotating disk and the second rotating disk parallel to the pivoting centre line direction,
The first vacuum abutted cavity is slidedly arranged on the carrying support body, and one is turned over described in first axle sleeve and the second axle sleeve
Turn driver connection；The transfer device includes rotary electric machine, transfer screw mandrel and transfer screw, and one end of the transfer screw mandrel is worn
Be placed in in upset driver first axle sleeve or the second axle sleeve that be connecteds, the other end of the transfer screw mandrel pass through not with institute
The first axle sleeve or the second axle sleeve and protruding formation external part of upset driver connection are stated, the rotary electric machine is arranged on institute
State frame and be connected with the external part, the transfer screw sliding sleeve is also arranged in the transfer screw mandrel, the transfer screw
On the first vacuum abutted cavity.
6. fitting machine in bend glass vacuum according to claim 5, it is characterised in that first axle sleeve, second
Axle sleeve and the axial line of transfer screw mandrel three coincide.
7. fitting machine in bend glass vacuum according to claim 5, it is characterised in that the frame include framework and
The first support arm and the second support arm stood in the framework, first axle sleeve are arranged on first support arm,
Second axle sleeve be arranged on second support arm on, first rotating disk and the second rotating disk be located at first support arm and
Between second support arm, first rotating disk is also set with the first support arm neighbour, second rotating disk also with described second
Brace neighbour is set, and the upset driver is arranged on first support arm, and the rotary electric machine is installed on second support
On arm.
8. fitting machine in bend glass vacuum according to claim 1, it is characterised in that the upset support body includes the
One rotating disk, the second rotating disk, rotating shaft and carrying support body, first rotating disk are parallel with the second rotating disk and along parallel to the pivot
Centerline direction is spaced, and the rotating shaft passes through first rotating disk and the second rotating disk along parallel to the pivoting centre line direction
And in the frame, the carrying support body along parallel to the pivoting centre line direction be supported in first rotating disk and
Between second rotating disk, the first vacuum abutted cavity is installed on the carrying support body, and the upset driver drives described
Axis of rotation.
9. fitting machine in bend glass vacuum according to claim 8, it is characterised in that the frame include framework and
The first support arm and the second support arm stood in the framework, one end of the rotating shaft are arranged on first support arm
On, 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 described first
Between support arm and the second support arm, first rotating disk is also set with the first support arm neighbour, second rotating disk also with institute
State the second support arm neighbour to set, the upset driver is arranged in first support arm and the second support arm in one.
10. fitting machine in bend glass vacuum according to claim 1, it is characterised in that described is closed drive mechanism
Comprising closing motor, close drive screw, close driving screw, Mobile base, hollow installation axle, close installed in described
First bevel gear on the output shaft of motor and the second bevel gear in the installation axle, described is closed driving silk
Mother is installed in the installation axle in fixed, and described is closed drive screw along the installation axle axially across the installation axle
And open and close driving screw, described is closed drive screw and driving screw engaged transmission is also closed with described, and described is closed motor
Output shaft close drive screw interlaced arrangement with described, the Mobile base is arranged on described and closed in drive screw, described the
One vacuum abutted cavity or the second vacuum abutted cavity are arranged on the Mobile base.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720754973.3U CN207060486U (en) | 2017-06-26 | 2017-06-26 | Fitting machine in bend glass vacuum |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720754973.3U CN207060486U (en) | 2017-06-26 | 2017-06-26 | Fitting machine in bend glass vacuum |
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| Publication Number | Publication Date |
|---|---|
| CN207060486U true CN207060486U (en) | 2018-03-02 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720754973.3U Active CN207060486U (en) | 2017-06-26 | 2017-06-26 | Fitting machine in bend glass vacuum |
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| CN (1) | CN207060486U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107161386A (en) * | 2017-06-26 | 2017-09-15 | 东莞市万丰纳米材料有限公司 | Laminating machine in bend glass vacuum |
-
2017
- 2017-06-26 CN CN201720754973.3U patent/CN207060486U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107161386A (en) * | 2017-06-26 | 2017-09-15 | 东莞市万丰纳米材料有限公司 | Laminating machine in bend glass vacuum |
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Effective date of registration: 20190719 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. |