CN206345061U - Application of a surface mould - Google Patents
Application of a surface mould Download PDFInfo
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- CN206345061U CN206345061U CN201621256732.8U CN201621256732U CN206345061U CN 206345061 U CN206345061 U CN 206345061U CN 201621256732 U CN201621256732 U CN 201621256732U CN 206345061 U CN206345061 U CN 206345061U
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Abstract
The utility model proposes a kind of application of a surface mould, the mould includes：The first tool for placing glass cover-plate, the second tool and die main body for placing touch control film, the die main body includes folding the lower plate set successively, middle plate and upper plate, the lower plate, the corner of middle plate and upper plate is equipped with guide bearing component, the die main body also includes Silicon moulds, silica gel frame and support offset plate, the Silicon moulds stretch out the side of silica gel frame provided with laminating curved surface, second tool is positioned on die main body by multiple guide bearing components and sticks at touch control film on laminating curved surface, first tool is positioned on die main body by multiple guide bearing components and glass cover-plate is fitted with touch control film.The utility model Anawgy accuracy is high, it is to avoid produce laminating fold, impression, weigh wounded with the defect such as water ripples, bubble, and improve production yield and production efficiency.
Description
Technical field
The utility model is related to touch screen manufacturing technology field, more particularly to a kind of application of a surface mould.
Background technology
Nowadays, electronics（Such as mobile phone）Have become the indispensable instrument of people's daily life, handset touch panel
The performance such as resolution ratio, size, material and shape also improving constantly, such as 3D curved touch screens are attraction consumers instantly
Bright spot.
, it is necessary to by mould of fitting by 3D bend glasses cover plate or screening glass, liquid crystal module in touch screen production process
Close application of a surface is carried out between touch control film or diaphragm.Mould of fitting is that one kind is mainly used in mobile phone liquid crystal screen or flat board
Computer liquid crystal displayer and aid in the attaching process of screen cover plate.At present, existing laminating mould is in production operation, generally
It is manually to be positioned at touch control film in mould by silica gel, then glass cover-plate is put into glass jig plate to be placed in above mould,
Both are fitted by vacuum attaching machine after positioning of the touch control film with glass cover-plate is completed.
However, there is following defect in existing laminating mould：
（1）Position and forbidden between touch control film, glass cover-plate and glass jig plate, and positioned not between glass jig plate and mould
Standard, so as to cause Anawgy accuracy between touch control film and glass cover-plate poor；
（2）It can not be effectively vented when being fitted between touch control film and glass cover-plate, cause to hold between touch control film and glass cover-plate
Easily there is fold, bubble；
（3）Easily there is impression with the surrounding cambered surface of glass cover-plate, weighs wounded and fit loosely in touch control film；
（4）Discrete Deformable and displacement occur for silica gel when vacuum abutted, easily cause and are fitted between touch control film and glass cover-plate
Water ripples defect is produced afterwards；
（5）Mould inside exhaust of fitting is not smooth, causes the pumpdown time long, low production efficiency.
To sum up, existing application of a surface mould Anawgy accuracy is poor, production yield is low, low production efficiency, be also easy to produce laminating pleat
Wrinkle, impression, weigh wounded, the defect such as bubble and water ripples.
Utility model content
The purpose of this utility model is to propose a kind of application of a surface mould, and its Anawgy accuracy is high, can be lifted production yield and
Production efficiency.
To reach above-mentioned purpose, the utility model application of a surface mould, including：First for placing glass cover-plate controls
Tool, the second tool and die main body for placing touch control film, the die main body include successively fold set lower plate, middle plate and
Upper plate, the corner of the lower plate, middle plate and upper plate is equipped with guide bearing component, and the die main body also includes Silicon moulds, silicon
Glue frame and support offset plate, the silica gel frame are fixed on upper plate, and the support offset plate is contained in the middle part of middle plate and by upper plate
Fixed, the Silicon moulds are on support offset plate and are fixed in silica gel frame, and the Silicon moulds stretch out the side of silica gel frame
Provided with laminating curved surface, second tool is positioned on die main body by these guide bearing components and touch control film is sticked at into patch
Close on curved surface, first tool is positioned on die main body by these guide bearing components and by glass cover-plate and touch control film
Laminating.
Further, first tool includes greatly body and in the body, for placing the accommodating of glass cover-plate
Groove, the corner of the body is equipped with the guiding taper hole for coordinating with guide bearing component；Second tool includes body
And the storage tank in the body, for placing touch control film, the corner of the body, which is equipped with, to be used for and guide bearing group
The guiding taper hole that part coordinates.
Further, the quantity of the multiple guide bearing component is four, and each guide bearing component includes positioning
The guide bearing and spring sell, being sheathed on alignment pin, the corner of the middle plate are equipped with for housing the guide bearing group
The guide bearing of part and the first axle bearing bore of alignment pin；The corner of the lower plate be equipped with it is corresponding with first axle bearing bore, for receiving
Hold the first blind hole of the spring of the guide bearing component, the corner of the upper plate is equipped with corresponding with first axle bearing bore first
Through hole, the corner of the silica gel frame is equipped with the first pilot hole corresponding with first through hole.
Further, the laminating curved surface is raised cambered surface and is high smooth surface.
Further, interior square hole is provided with the middle part of the upper plate, the bottom surrounding of the support offset plate offers flange, the interior side
The edge in hole is provided with the step for being used for propping up flange.
Further, interior square hole is provided with the middle part of the silica gel frame, the bottom surrounding of the Silicon moulds offers flange, described
The edge of interior square hole is provided with the step for being used for propping up flange.
Further, the support offset plate is made up of multiple support adhesive tape, and being offered in the middle part of the upper plate is used for and multiple support adhesive tape
Corresponding support adhesive tape groove.
Further, each support adhesive tape bottom surrounding offers flange, and the edge of each support adhesive tape groove is provided with and can propped up
The step of flange.
Further, the application of a surface mould also includes four tool support components, and each tool support component includes support
It is equipped with material pin, the guide bearing and spring that are sheathed on the retainer pin, the close corner of the middle plate for collecting post
The guide bearing of tool support component and the second bearing hole of retainer pin are stated, the lower plate is equipped with and the second axle at corner
Bearing bore is corresponding and for the second blind hole of the spring for housing the tool support component；The upper plate be equipped with corner with
Corresponding second through hole in second bearing hole, the silica gel frame is equipped with corresponding with the second through hole second at corner and is oriented to
Hole.
Further, the application of a surface mould also includes four support glue components, and each support glue component includes support glue pin, is arranged
In the guide bearing and spring of the support glue pin, the collecting trench bottom of the middle plate, which is provided with, to be used to house leading for the support glue component
To the 3rd bearing hole of bearing and support glue pin, it is provided with corresponding with 3rd bearing hole in the middle part of the lower plate and is used to house the support glue
3rd blind hole of the spring of component.
The Anawgy accuracy of the utility model application of a surface mould is high, it is to avoid produces laminating fold, impression, weigh wounded and ripples
The defects such as line, bubble, and improve production yield and production efficiency.
Brief description of the drawings
Fig. 1 is the overall schematic of the first embodiment of the utility model application of a surface mould；
Fig. 2 is the structural representation of the first tool in Fig. 1；
Fig. 3 is the structural representation of the second tool in Fig. 1；
Fig. 4 is the decomposition texture schematic diagram of the first embodiment of the utility model application of a surface mould；
Fig. 5 is the overall schematic of the second embodiment of the utility model application of a surface mould；
Fig. 6 is the decomposition texture schematic diagram of the second embodiment of the utility model application of a surface mould.
Embodiment
Describe preferred embodiment of the present utility model in detail below in conjunction with the accompanying drawings.
Refer to Fig. 1 to Fig. 4, the utility model application of a surface mould, for glass cover-plate 1 to be pasted with touch control film 2
Close, the mould includes：For place the first tool 10 of glass cover-plate 1, the second tool 20 for placing touch control film 2 and
Die main body 30, the die main body 30 includes folding lower plate 31, middle plate 32 and the upper plate 33 set, the lower plate 31, middle plate successively
32 and the corner of upper plate 33 be equipped with guide bearing component 40, the die main body 30 also includes Silicon moulds 34, silica gel frame 35
And support offset plate 36, the silica gel frame 35 is fixed on upper plate 33, described to ask offset plate 36 to be contained in the middle part of middle plate 32 and pass through
Upper plate 33 is fixed, and the Silicon moulds 34 are on support offset plate 36 and are fixed in silica gel frame 35, and the Silicon moulds 34 stretch out
The side of silica gel frame 35 is positioned at mould provided with laminating curved surface 342, second tool 20 by these guide bearing components 40
Sticked in tool main body 30 and by touch control film 2 on laminating curved surface 342, first tool 10 is fixed by these guide bearing components 40
Fitted on die main body 30 and by glass cover-plate 1 with touch control film 2.
Wherein, Fig. 2 and Fig. 4 is referred to, first tool 10 is generally rectangular shaped, and it includes body 101 and located at described
Storage tank 102 in body 101, for placing glass cover-plate 1, one end of the storage tank 102 is provided with positioning boss 103, uses
In the fixed glass cover-plate 1 of positioning, the glass cover-plate 1 is provided with and the corresponding shrinkage pool of the positioning boss 103（Figure is not marked）.Institute
The middle part of storage tank 102 is stated provided with bar-shaped trough 104 and the sticky adhesive tape 105 being contained in the bar-shaped trough 104, passes through sticky adhesive tape
105 can cling glass cover-plate 1, to ensure that the glass cover-plate 1 will not come off when the first tool 10 is overturn.
The corner of the body 101 is equipped with the guiding taper hole 106 for coordinating with guide bearing component 40, by being oriented to
The cooperation of taper hole 106 and guide bearing component 40 so that first tool 10 is positioned on die main body 30.
Fig. 3 and Fig. 4 is referred to, second tool 20 is generally rectangular shaped, and it includes body 201 and located at the body
Storage tank 202 in 201, for placing touch control film 2, one end of the storage tank 202 is provided with positioning boss 203, for positioning
Fixed touch control film 2, the touch control film 2 is provided with and the corresponding shrinkage pool of the positioning boss 203（Figure is not marked）.The storage tank
202 middle parts can be glued provided with bar-shaped trough 204 and the sticky adhesive tape 205 being contained in the bar-shaped trough 204 by sticky adhesive tape 205
Firmly touch control film 2, to ensure that the touch control film 2 will not come off when the second tool 20 is overturn.
The corner of the body 201 is equipped with the guiding taper hole 206 for coordinating with guide bearing component 40, by being oriented to
The cooperation of taper hole 206 and guide bearing component 40 so that second tool 20 is positioned on die main body 30.
The accepting groove 321 for placing support offset plate 36 is offered on the middle plate 32, the upper plate 33 is fixed on middle plate 32
On, and the middle part of the upper plate 33 is provided with interior square hole 332, the bottom of the support offset plate 36 is surrounded by flange 362, the interior square hole
332 edge is provided with the step 334 for being used for propping up flange 362, after the upper plate 33 is fixed on middle plate 32, by described
The step 334 of interior square hole 332 supports flange 362, thus realize support offset plate 36 move up withstood by upper plate 33 it is spacing.
The upper surface of the support offset plate 36 is provided with some air slots 364, in order to discharge silica gel bottom gas, prevents from taking out true
Space-time silica gel produces transverse shifting and deformation, while reducing the pumpdown time.
The silica gel frame 35 is fixedly mounted on upper plate 33, and the shape of the silica gel frame 35 is similar with upper plate 33.
The middle part of silica gel frame 35 is provided with interior square hole 352, and the bottom of the Silicon moulds 34 is surrounded by flange 344, the interior square hole
352 edge is provided with the step 354 for being used for propping up flange 344；The silica gel frame 35 is fixed on after upper plate 33, passes through institute
The step 354 for stating interior square hole 352 supports flange 344, thus realize Silicon moulds 34 move up withstood by silica gel frame 35 it is spacing, with
Prevent Silicon moulds 34 from loosening or coming off from silica gel frame 35.
The Silicon moulds 34 are in the low arcuate structure of middle high surrounding, i.e., the laminating curved surface 342 at the described top of Silicon moulds 34
For raised cambered surface, so it is easy to when glass cover-plate 1 is fitted with touch control film 2, the top of touch control film 2 is first contacted in the middle of glass,
From middle outwards exhaust in order；And the preferable silica gel hardness of Silicon moulds 34, to adapt to effect of fitting.The present embodiment
In, the laminating curved surface 342 is high smooth surface, is easy to adsorb touch control film 2.
The appearance and size for being dimensioned slightly smaller than Silicon moulds 34 of the interior square hole 352 of the silica gel frame 35, so that in Silicon moulds
34 are placed in after silica gel frame 35, and the side of square hole 352 can be pressed in the outside of Silicon moulds 34 in the silica gel frame 35, so that
By the fixation of Silicon moulds 34, prevent the transverse shifting of Silicon moulds 34, loosen.
The medial surface of square hole 332 is the size of square hole 332 in inclined-plane, and the upper plate 33 less than silica gel in the upper plate 33
The appearance and size of mould 34, when glass cover-plate 1 conforms to end with touch control film 2, the inclined-plane jack-up Silicon moulds of the interior square hole 332
34 edge, is conducive to being lifted the laminating quality and laminating adhesive force of the surrounding cambered surface of Silicon moulds 34.
In the present embodiment, the quantity of the multiple guide bearing component 40 is four, respectively symmetrically located at the lower plate 31,
The corner of middle plate 32 and upper plate 33.Each guide bearing component 40 includes alignment pin 401, guide bearing 402 and spring
403, the alignment pin 401 includes top 404, bottom 405 and the limiting section 406 between the top 404, bottom 405,
The guide bearing 402 is sheathed on the top 404 of alignment pin 401, and the spring 403 is sheathed on the bottom of the alignment pin 401
405；By limiting section 406, the maximum downward displacement of restricted guidance bearing 402 and the maximum of limited spring 403 are shifted up respectively.
The corner of the middle plate 32 is equipped with first axle bearing bore 322, the guiding for housing the guide bearing component 40
Bearing 402 and alignment pin 401；The corner of the lower plate 31 is equipped with first blind hole 312 corresponding with first axle bearing bore 322, uses
In the spring 403 for housing the guide bearing component 40, it is easy to the stretching, extension of the extendable room of spring 403 and to lower limit；On described
The corner of plate 33 is equipped with first through hole 336 corresponding with first axle bearing bore 322, the corner of the silica gel frame 35 be equipped with
Corresponding first pilot hole 356 of first through hole 336.In the present embodiment, the first axle bearing bore 322 is precision positioning pin bearing
Hole.
The guide bearing component 40 is directed to be put into after bearing 402 is placed on the top 404 of alignment pin 401 when mounted, first
The first axle bearing bore 322 of middle 32 4 jiaos of plate；Spring 403 is loaded into the bottom 405 of alignment pin 401 again and the first of lower plate 31 is put into
Blind hole 312, the top 404 of alignment pin 401 by first axle bearing bore 322 stretch out after wear the first through hole 336 of upper plate 33 respectively
And the first pilot hole 356 of silica gel frame 35, when the back-off of 10 or second tool of the first tool 20 is pressed into, the alignment pin
The end on 401 tops 404 is aligned with the guiding taper hole 106 of the first tool 10 or the guiding taper hole 206 of the second tool 20, passes through the axis of guide
Hold the guide effect of 402 and alignment pin 401 so that the tool 20 of the first tool 10 or second is positioned at mould with automatic guide
In main body 30, it is ensured that the precise positioning between glass cover-plate 1, touch control film 2 and Silicon moulds 34.
The utility model application of a surface mould also includes multiple tool support components 50, for being held in the palm during guide-localization
Firmly the first tool 10 or the second tool 20, to keep the first tool 10 or the second tool 20 in sustained height, and are controlled when first
When the tool 20 of tool 10 or second stops pushing, by upward jack-up the first tool 10 of tool support component 50 or the second tool 20,
Avoid the first tool 10 or the second tool 20 and alignment pin 401 is stuck, it is convenient to take out the first tool 10 or the second tool 20.
In the present embodiment, the multiple tool support component 50 is four, respectively symmetrically located at the lower plate 31, middle plate 32
And at the close corner of upper plate 33.Each tool support component 50 includes retainer pin 501, guide bearing 502 and spring 503, institute
State retainer pin 501 identical with the shape of alignment pin 401, i.e., described retainer pin 501 includes top（Figure is not marked）, bottom（Figure is not marked）And
Limiting section between the top, bottom（Figure is not marked）, the guide bearing is sheathed on the top of retainer pin 501, described
Spring 503 is sheathed on the bottom of the retainer pin 501；By limiting section distinguish the maximum downward displacement of restricted guidance bearing 502 and
The maximum of limited spring 503 is shifted up, so as to can ensure that the tool 20 of the first tool 10 or second during guide-localization
In sustained height.
Second bearing hole 323 is equipped with the close corner of the middle plate 32, for housing the tool support component 50
Guide bearing 502 and retainer pin 501；The lower plate 31 is equipped with and second bearing hole 323 corresponding second at corner
Blind hole 314, the spring 503 for housing the tool support component 50 is easy to the stretching, extension of the extendable room of spring 503 and to lower limit
Position；The upper plate 33 is equipped with second through hole 338 corresponding with second bearing hole 323, the silica gel frame 35 at corner
It is equipped with and corresponding second pilot hole 358 of the second through hole 338 at corner.In the present embodiment, the second bearing hole 323
For precision positioning bearing pin bearing bore.The installation process of the tool support component 50 and the installation process of the guide bearing component 40
It is similar, just repeat no more herein.
The utility model also includes multiple support glue components 60, for glass cover-plate 1 and touch control film 2 it is vacuum abutted during to
Upper picking-up Silicon moulds 34.In the present embodiment, the multiple support glue component 60 is four, respectively symmetrically located at the lower plate 31, in
The middle part of plate 32 and upper plate 33.Each support glue component 60 includes support glue pin 601, guide bearing 602 and spring 603, the support glue
Pin 601 includes top 604, bottom 605 and the limiting section 606 between the top 604, bottom 605, the guide bearing
602 are sheathed on the top 604 of support glue pin 601, and the spring 603 is sheathed on the bottom 605 of the support glue pin 601；By spacing
The maximum downward displacement of restricted guidance bearing 602 and the maximum of limited spring 603 are shifted up respectively in portion 606.
The bottom of accepting groove 321 of the middle plate 32 is provided with 3rd bearing hole 324, for housing leading for the support glue component 60
To bearing 602 and support glue pin 601；The middle part of lower plate 31 is provided with the 3rd blind hole 316 corresponding with 3rd bearing hole 324, is used for
The spring 603 of the support glue component 60 is housed, is easy to the stretching, extension of the extendable room of spring 603 and to lower limit.In the glass
During cover plate 1 and touch control film 2 are vacuum abutted, by asking glue pin 601 to hold up Silicon moulds 34 upwards so that glass cover-plate 1 is with touching
Control film 2 is fitted more closely, improves the quality of fitting of glass cover-plate 1 and touch control film 2.
The top and bottom of the middle plate 32 are respectively provided with 4 air discharge ducts 325, Quick air-discharge during for vacuumizing.
It should be noted that the lower plate 31, middle plate 32, upper plate 33 and silica gel frame 35 are equipped with mounting hole（Figure is not
Mark）, lower plate 31, middle plate 32, upper plate 33 and silica gel frame 35 can be fixed up by fixture such as screw.
Fig. 4 to Fig. 6 is referred to, Fig. 4 to Fig. 6 is respectively the entirety of the second embodiment of the utility model application of a surface mould
Schematic diagram, the structure chart of the first tool and decomposition texture schematic diagram.Compared to first embodiment, the difference of the present embodiment only exists
In：The support offset plate is made up of multiple support adhesive tape 36a, and the middle part of upper plate 33 is offered for corresponding with multiple support adhesive tape 36a
Support adhesive tape groove 332a, in the present embodiment, the multiple support adhesive tape 36a and support adhesive tape groove 332a quantity are five, described
Five support adhesive tape 36a are positioned in five support adhesive tape groove 332a side by side respectively, and five support adhesive tape 36a are in support adhesive tape groove 332 '
In can be up and down, and it is spacing all around to give five support adhesive tape 36a.
Each support adhesive tape 36a bottoms surrounding offers flange 362a, each support adhesive tape groove 332a edge provided with can
Prop up flange 362a step 334a, flange 362a supported by the step 334a, thus realize support adhesive tape 36a move up by
Upper plate 33 withstands spacing.
In the present embodiment, the quantity of the multiple support glue component 60 is 10, respectively symmetrically located at the lower plate 31, middle plate
32 and the middle part of upper plate 33.Because the support offset plate is made up of multiple support adhesive tape 36a, each support adhesive tape 36a can be up and down,
So during the glass cover-plate 1 and touch control film 2 are vacuum abutted, some can be adjusted as needed or many by support glue component 60
Individual support adhesive tape 36a holds up the height of Silicon moulds 34 upwards, and realization is uniformly fine and closely woven to lift, and is conducive to improving glass cover-plate 1 and touch-control
The laminating quality of film 2.
Fig. 1 to Fig. 6 is referred to, the course of work of the utility model application of a surface mould is as follows：
First, the touch control film 2 is positioned in the second tool 20 after fixing, by the back-off of the second tool 20 in mould
In main body 30 so that the alignment pin 401 of the alignment guide bearing assembly 40 of guiding taper hole 206 of 20 4 jiaos of second tool；Connect
, pushed the opposing mold main body 30 of the second tool 20 by external force, is slipped into by the automatic guiding of alignment pin 401
In the guiding taper hole 206 of two tools 20 so that the laminating curved surface 342 of Silicon moulds 34 clings touch control film 2；Then, described the is stopped
Two tools 20 are pushed, and hold up the second tool 20 upwards by tool support component 50, and take out the second tool 20；Then, by institute
State glass cover-plate 1 to position in the first tool 10 after fixation, by the back-off of the first tool 10 on die main body 30 so that institute
State the alignment pin 401 of the alignment guide bearing assembly 40 of guiding taper hole 106 of 10 4 jiaos of the first tool；Then, by external force by institute
State the opposing mold main body 30 of the first tool 10 to push, the guiding of the first tool 10 is slipped into by the automatic guiding of alignment pin 401
In taper hole 106 so that glass cover-plate 1 is brought into close contact with the touch control film 2 being bonded on Silicon moulds 34；Finally, stop described first to control
Tool 10 is pushed, and holds up the first tool 10 upwards by tool support component 50, and take out the first tool 10.
It should be noted that by tool support component 50 second tool 20 can be held up upwards, to facilitate taking-up first to control
The tool 20 of tool 10 or second.
Compared to prior art, the Anawgy accuracy of the utility model application of a surface mould is high, it is to avoid produce laminating fold,
Impression, weigh wounded with the defect such as water ripples, bubble, and improve production yield and production efficiency.
Here description and application of the present utility model are illustrative, are not wishing to scope of the present utility model being limited in
State in embodiment.The deformation and change of embodiments disclosed herein are possible, for the ordinary skill people of those this areas
Replacing with equivalent various parts for embodiment is known for member.It should be appreciated by the person skilled in the art that not taking off
In the case of spirit or essential characteristics of the present utility model, the utility model can in other forms, structure, arrangement, ratio,
And realized with other components, material and part., can be to this in the case where not departing from the utility model scope and spirit
In disclosed embodiment carry out other deformations and change.
Claims (10)
1. a kind of application of a surface mould, it is characterised in that including：For placing the first tool of glass cover-plate, it is tactile for placing
Control the second tool and die main body of film, the die main body includes folding the lower plate, middle plate and the upper plate that set successively, it is described under
The corner of plate, middle plate and upper plate is equipped with guide bearing component, and the die main body also includes Silicon moulds, silica gel frame and support glue
Plate, the silica gel frame is fixed on upper plate, and the support offset plate is contained in the middle part of middle plate and fixed by upper plate, the silica gel
Mould is on support offset plate and is fixed in silica gel frame, and the Silicon moulds stretch out the side of silica gel frame provided with laminating curved surface,
Second tool is positioned on die main body by these guide bearing components and sticks at touch control film on laminating curved surface, described
First tool is positioned on die main body by these guide bearing components and glass cover-plate is fitted with touch control film.
2. application of a surface mould as claimed in claim 1, it is characterised in that first tool includes body and located at described
Be used to placing the storage tank of glass cover-plate in body, the corner of the body be equipped with for leading that guide bearing component coordinates
To taper hole；Second tool includes body and the storage tank in the body, for placing touch control film, the body
Corner is equipped with the guiding taper hole for coordinating with guide bearing component.
3. application of a surface mould as claimed in claim 2, it is characterised in that the quantity of the multiple guide bearing component is four
Individual, each guide bearing component includes alignment pin, the guide bearing and spring being sheathed on alignment pin, the four of the middle plate
Angle is equipped with for housing the guide bearing of the guide bearing component and the first axle bearing bore of alignment pin；The corner of the lower plate
It is equipped with the first blind hole of spring corresponding with first axle bearing bore, for housing the guide bearing component, the four of the upper plate
Angle is equipped with first through hole corresponding with first axle bearing bore, and the corner of the silica gel frame is equipped with corresponding with first through hole
One pilot hole.
4. application of a surface mould as claimed in claim 1, it is characterised in that the laminating curved surface is raised cambered surface and is bloom
Face.
5. application of a surface mould as claimed in claim 4, it is characterised in that interior square hole, the support are provided with the middle part of the upper plate
The bottom surrounding of offset plate offers flange, and the edge of the interior square hole is provided with the step for being used for propping up flange.
6. application of a surface mould as claimed in claim 4, it is characterised in that interior square hole, institute are provided with the middle part of the silica gel frame
The bottom surrounding for stating Silicon moulds offers flange, and the edge of the interior square hole is provided with the step for being used for propping up flange.
7. application of a surface mould as claimed in claim 1, it is characterised in that the support offset plate is made up of multiple support adhesive tape, institute
State and offered in the middle part of upper plate for support adhesive tape groove corresponding with multiple support adhesive tape.
8. application of a surface mould as claimed in claim 7, it is characterised in that each support adhesive tape bottom surrounding offers flange,
The edge of each support adhesive tape groove, which is provided with, can prop up the step of flange.
9. the application of a surface mould according to claim any one of 1-8, it is characterised in that the application of a surface mould is also wrapped
Include four tool support components, each tool support component include retainer pin, the guide bearing being sheathed on the retainer pin and
The of guide bearing for housing the tool support component and retainer pin is equipped with spring, the close corner of the middle plate
Two bearing holes, the lower plate is equipped with corresponding with second bearing hole at corner and is used to house the tool support component
Second blind hole of spring；The upper plate is equipped with the second through hole corresponding with second bearing hole, the silica gel edge at corner
Frame is equipped with the second pilot hole corresponding with the second through hole at corner.
10. application of a surface mould according to claim 9, it is characterised in that the application of a surface mould also includes four
Glue component is held in the palm, each support glue component includes support glue pin, is sheathed on the guide bearing and spring of the support glue pin, the receipts of the middle plate
Tank bottom, which is provided with, to be used to set in the middle part of the guide bearing for housing the support glue component and the 3rd bearing hole for holding in the palm glue pin, the lower plate
Have it is corresponding with 3rd bearing hole and for house it is described support glue component spring the 3rd blind hole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621256732.8U CN206345061U (en) | 2016-11-18 | 2016-11-18 | Application of a surface mould |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621256732.8U CN206345061U (en) | 2016-11-18 | 2016-11-18 | Application of a surface mould |
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| Publication Number | Publication Date |
|---|---|
| CN206345061U true CN206345061U (en) | 2017-07-21 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621256732.8U Active CN206345061U (en) | 2016-11-18 | 2016-11-18 | Application of a surface mould |
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