CN102759767B - Aerodynamic heat ironing glass head removing machine - Google Patents
Aerodynamic heat ironing glass head removing machine Download PDFInfo
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- CN102759767B CN102759767B CN201210216158.3A CN201210216158A CN102759767B CN 102759767 B CN102759767 B CN 102759767B CN 201210216158 A CN201210216158 A CN 201210216158A CN 102759767 B CN102759767 B CN 102759767B
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Abstract
The invention discloses an aerodynamic heat ironing glass head removing machine, and aims to solve the defect that the conventional mode for manually removing optical filter post glass heads is difficult to operate, and a plurality of optical filters and the removed glass heads are easy to be mixed together. The adopted technical scheme is that the aerodynamic heat ironing glass head removing machine comprises a base, a heating head and a die with a plurality of cavities, wherein the plurality of cavities are used for placing optical filter posts. The aerodynamic heat ironing glass head removing machine is characterized in that the die for placing the optical filter posts is placed below a heating head, and the heating head is pressed downwards and is in contact with the die for heating; the die is of a separated-type structure, and comprises a body and a metal moving head which are overlapped together; after the optical filter posts are placed in the die, the glass heads at the end part of the optical filter posts are positioned in the moving head, and the moving head is used for being in contact with the heating head.
Description
Technical field
The present invention relates to optical filter machining processor structure, relate in particular to a kind of after optical filter post cylindrical processing for the pneumatic blanching of removing optical filter column end glass head except glass head machine.
Background technology
Most imaging apparatus camera lens optical filters are circular, for adapting to this requirement, need to carry out Excircle machining to the shape of optical filter.Add man-hour in the shape to optical filter, for increasing work efficiency, and the convenience of processing, be generally to bond together stacked multiple optical filters, and form optical filter post, by the processing of optical filter post entirety cylindrical is realized to the processing to optical filter shape.Because optical filter post need to be arranged on Excircle machining machinery, all need to arrange glass head in optical filter column end position.After Excircle machining, optical filter post need to be placed on and disperse in pond, and optical filter is separated by slices.Before in optical filter post is placed on dispersion pond, the glass head of optical filter column end need to be removed.Existing method of removing glass head is utilized manual carrying out, and the glass head of single optical filter column end is contacted with blanching device, after the adhesive linkage between glass head and outermost optical filter melts, then removes glass head.The method troublesome poeration of glass head is removed in this craft, and operating efficiency is low, relies on often operative employee's experience to determine whether the adhesive linkage between glass head and optical filter column end melts out.If the adhesive linkage between them does not melt out, be difficult for removing glass head, bonding agent melts excessively, easily makes the more outermost optical filters of optical filter post follow together and comes off.In actual operation, often there will be the outermost several tablet filters of optical filter post to follow together and come off in the time removing glass head, and the optical filter that these come off is difficult for by follow-up collection.
Summary of the invention
For overcoming above-mentioned defect, the technical issues that need to address of the present invention are: provide a kind of pneumatic blanching except glass head machine, its have operating speed fast, can conveniently remove the glass head of optical filter column end.
For solveing the technical problem, the technical measures that the present invention takes: a kind of pneumatic blanching is except glass head machine, comprise base, heating head and there is the mould of some die cavities, these die cavities are used for containing optical filter post, it is characterized in that, the mould that contains optical filter post is placed on behind the below of heating head, and heating head presses down the heating that contacts with mould; Described mould is split-type structural, comprises the body that stacks together and the movable head of metal material, and after optical filter post is contained in mould, the glass head of optical filter column end is positioned at movable head, movable head for and heating head contact.After pressing down, heating head contacts with movable head, heating head heating power, movable head is heated, according to the characteristic of the bonding agent of bonding optical filter, can preset heating-up temperature and the heat time of heating head, after the bonding agent between glass head and optical filter melts, make heating head increase and be separated with movable head, take out mould and movable head, can be to first removal of all glass of optical filter post one end.The material of body is generally nonmetallic materials as plastics.
As preferably, on base, be provided with support, described heating head is connected with the vertical cylinder of being located on support.Support is generally " Jiong " shape, and it is fixed on base, thereby provides good supporting role for vertical cylinder and heating head.
As preferably, between described support and base, be vertically fixed with guide rod, on guide rod, be socketed with gap guide bracket, guide bracket is fixed on the end with the joining cross bar of heating head.Guide rod and guide bracket are generally two, the slip by guide bracket on guide rod, thereby for the slip of heating head in the vertical direction provides guide effect, to improve the stability in heating head course of action.
As preferably, base is provided with the pushing mechanism for driven mold horizontal balance.This has improved this automaticity except glass head machine.
As preferably, described pushing mechanism comprises horizontal cylinder, and the outer end of horizontal cylinder piston is fixed with frame draw ring, and described mould can be placed in draw ring.Mould can be placed in frame draw ring, and horizontal cylinder slides on base by drawing clitellum moving mold, simple in structure, reliable operation.
As preferably, described base is provided with the sensor for perception draw ring position, and sensor is between horizontal cylinder and heating head, and sensor is connected with the solenoid valve of controlling horizontal cylinder and/or vertical cylinder action.This sensor is by determining the relative position of mould and heating head to the induction of draw ring position, be convenient to mould by draw ring be pulled to be positioned at heating head under, also can make accordingly vertical cylinder drive heating head to press down.
As preferably, on described base, be fixed with support plate, horizontal cylinder is fixed on support plate, and on support plate, along continuous straight runs is fixed with gag lever post, and the outer end of gag lever post is for limiting the position of draw ring.Lean and restriction to draw ring position on base by gag lever post outer end and draw ring, further improved the positional accuracy of mould on base.
As preferably, be provided with push rod in the outside of heating head, push rod can move by along continuous straight runs, and the position of push rod is corresponding at the height of base with described body.Complete in heating head heating, take out after movable head, by push rod, first all glass is pushed open, improve the efficiency while removing glass head.The motion-promotion force of push rod can be manually, can be also that pneumatic lifting supplies.
As preferably, described push rod is "T"-shaped.On base, can be provided with pedestal, push rod runs through pedestal, and push rod is corresponding towards the lateral dimension of mould ends and the lateral dimension of mould, and promoting push rod can all remove the glass head that exposes body outside, simple in structure, easy to operate.
As preferably, the heating-up temperature of described heating head and heat time can regulate setting.Can make like this this pneumatic blanching remove the removal requirement that glass head machine can adapt to multiple optical filter post glass head, effectively expand the scope of application of this pneumatic blanching except glass head machine.
The present invention has following effect: the glass head of optical filter column end is arranged in the movable head of mould, heating head only heats movable head, preset by the heating-up temperature to heating head and heat time, can make the bonding agent between glass head and optical filter column end just melt, can control the melting state of the bonding agent between glass head and optical filter, in the process of removal glass head, optical filter is difficult for coming off with first of glass.The mould removing in glass head machine due to the pneumatic blanching of the present invention once can contain multiple optical filter posts, removing in the operation process of glass head, can once remove these glass heads, and the operating efficiency that the pneumatic blanching of the present invention removes glass head machine is high.
Accompanying drawing explanation
Fig. 1 is the front view of the pneumatic blanching of the present invention except glass head machine.
Fig. 2 is the right view of the pneumatic blanching of the present invention except glass head machine.
Fig. 3 is the structural representation of mould.
Fig. 4 is the vertical view of body.
Embodiment
The structure that the pneumatic blanching of the present invention removes glass head machine comprises base 1, heating head 6 and mould 5.Mould 5 is made into columniform optical filter post for containing, and the two ends of optical filter post are respectively with glass head, and heating head 6 is by reaching the object of melting adhesive linkage between glass head and outermost layer optical filter to the heating of mould 5.
The structure of mould 5 comprises the movable head 16, body 17 and the base plate 19 that stack together, and movable head 16 is generally aluminum alloy material, and body 17 is generally made of plastics, and is conventionally also provided with silicone rubber pad 18 between body 17 and base plate 19.Have some penetrating die cavities 20 along its short transverse operated by rotary motion body 17 is interior, in each die cavity 20 for containing an optical filter post.In movable head 16, be provided with number and position blind hole or the through hole corresponding with the interior die cavity 20 of body 17, optical filter post be contained in die cavity 20 interior after, the glass head of optical filter post outer end is positioned at movable head 16, and the adhesive linkage between glass head and outermost optical filter is positioned at the position that movable head 16 combines with body 17.For optical filter being provided to certain protective effect, between body 17 and base plate 19, also arrange and there is certain thickness silicone rubber pad 18.On movable head 16 and body 17 both end faces in opposite directions, be respectively equipped with pilot pin and guide hole, be plugged on gap in guide hole by pilot pin, positional accuracy and assembling speed when guaranteeing that movable head 16 and body 17 assemble.
The support 7 that is provided with " Jiong " shape on base 1 is fixed with vertical cylinder 8 on support 7, and described heating head 6 is fixed on the bottom of vertical cylinder 8 pistons.The mould 5 that contains optical filter post be positioned at heating head 6 under after, under the drive of vertical cylinder 8, heating head 6 press down with mould 5 in movable head 16 lean, in heating head 6, be provided with heating wire, heating head 6 generates heat for movable head 16 is heated after energising, to the adhesive linkage between glass head and outermost optical filter is melted.Be provided with the cross bar 15 that connects both being vertically provided with between support 7 and base 1 to be socketed with slidably respectively on 13, two guide rods 13 of two guide rods between 14, two guide brackets 14 of a guide bracket, vertical cylinder 8 pistons are fixedly connected with cross bar 15.
For improving the automaticity of this pneumatic blanching except glass head machine, on base 1, be provided with pushing mechanism, this pushing mechanism can make the mould 5 that contains optical filter post slide to heating head 6 on base 1, or slides into outside from the position under heating head 6.The structure of pushing mechanism comprises horizontal cylinder 12 and shaped as frame draw ring 4, is fixed with support plate 11 on base 1, and horizontal cylinder 12 is fixed on support plate 11, and draw ring 4 is fixed on the outer end of horizontal cylinder 12 pistons.Draw ring 4 is suspended in the top of base 1 upper surface, and the upper surface of close base 1, and under the drive of horizontal cylinder 12, draw ring 4 can move by along continuous straight runs.Mould 5 is positioned at draw ring 4, and is shelved on the upper surface of base 1.Under the drive of draw ring 4, mould 5 slides on the upper surface of base 1.
Positional accuracy while moving for assurance draw ring 4 driven molds 5 is provided with the sensor 9 for perception draw ring 4 shift positions on base 1.Sensor 9 is between heating head 6 and horizontal cylinder 12, and sensor 9 is connected with the solenoid valve of controlling horizontal cylinder 12, and in the time that draw ring 4 moves to the position of sensor 9, sensor 9 impels horizontal cylinder 12 to stop action by described solenoid valve.For further improving the accuracy of mould 5 positions, on described support plate 11, be fixed with two gag lever posts 10, gag lever post 10 along continuous straight runs stretch to draw ring 4, and the outer end of gag lever post 10, by contacting with draw ring 4, can effectively stop draw ring 4 further to move to the direction of horizontal cylinder 12.
A relative side in horizontal cylinder 12 on base 1 is fixed with pedestal 2, is penetrated with slidably push rod 3 on pedestal 2, and push rod 3 is "T"-shaped, push rod 3 with body 17 in mould 5 height on base 1 corresponding.Push rod 3 can move by along continuous straight runs, and push rod 3 is for pushing the glass head that has been melted out adhesive linkage open.
For expanding the scope of application of this pneumatic blanching except glass head machine, the heat time of heating head 6 and heating-up temperature can regulate setting.Be that heating head 6 is connected with temperature control equipment, the solenoid valve of controlling vertical cylinder 8 and horizontal cylinder 12 is connected with time adjustment device respectively.
This pneumatic blanching, except glass head machine is in the time working, first, containing in mould 5 with the optical filter post of glass head, is then shelved on mould 5 on base 1 upper surface, and mould 5 is positioned at draw ring 4 simultaneously.Press starting switch, horizontal cylinder 12 slides mould 5 by draw ring 4 on base 1, and after draw ring 4 motions put in place, sensor 9 makes horizontal cylinder 12 stop moving by solenoid valve, and draw ring 4 contacts with the outer end of gag lever post 10.Meanwhile, vertical cylinder 8 impels heating head 6 to press down, and heating head 6 contacts with the movable head 16 in mould 5.Heating head 6 with the temperature set to the time of movable head 16 heating setpoints after, vertical cylinder 8 drives heating head 6 to rise, horizontal cylinder 12 by draw ring 4 driven molds 5 towards push rod 3 directions motions.After mould 5 motions put in place, take out movable head 16, by push rod 3, the glass that exposes body 17 outsides on all optical filter posts in mould 5 is pushed open for the first time.The optical filter post of having removed one end glass head can oppositely contain in another body 17 with corresponding height, after being shelved on silicone rubber pad 18 with this body 17 of optical filter post, glass head on the optical filter post other end is the outer outside that is exposed at this body 17 of entirety just, on body 17, install after movable head 16, can further remove the operation of glass head.
Claims (10)
1. a pneumatic blanching is except glass head machine, comprise base, heating head and have the mould of some die cavities, these die cavities are used for containing optical filter post, it is characterized in that, the mould that contains optical filter post is placed on behind the below of heating head, and heating head presses down the heating that contacts with mould; Described mould is split-type structural, comprises the body that stacks together and the movable head of metal material, and after optical filter post is contained in mould, the glass head of optical filter column end is positioned at movable head, movable head for and heating head contact.
2. pneumatic blanching according to claim 1, except glass head machine, is characterized in that, is provided with support on base, and described heating head is connected with the vertical cylinder of being located on support.
3. pneumatic blanching according to claim 2, except glass head machine, is characterized in that, is vertically fixed with guide rod between described support and base, is socketed with gap guide bracket on guide rod, and guide bracket is fixed on the end with the joining cross bar of heating head.
4. pneumatic blanching according to claim 1, except glass head machine, is characterized in that, base is provided with the pushing mechanism for driven mold horizontal balance.
5. pneumatic blanching according to claim 4, except glass head machine, is characterized in that, described pushing mechanism comprises horizontal cylinder, and the outer end of horizontal cylinder piston is fixed with frame draw ring, and described mould can be placed in draw ring.
6. pneumatic blanching according to claim 5 is except glass head machine, it is characterized in that, described base is provided with the sensor for perception draw ring position, and sensor is between horizontal cylinder and heating head, and sensor is connected with the solenoid valve of controlling horizontal cylinder and/or vertical cylinder action.
7. pneumatic blanching according to claim 6, except glass head machine, is characterized in that, on described base, be fixed with support plate, horizontal cylinder is fixed on support plate, and on support plate, along continuous straight runs is fixed with gag lever post, and the outer end of gag lever post is for limiting the position of draw ring.
8. pneumatic blanching according to claim 1, except glass head machine, is characterized in that, is provided with push rod in the outside of heating head, and push rod can move by along continuous straight runs, and the position of push rod is corresponding with the height of described body on base.
9. pneumatic blanching according to claim 8, except glass head machine, is characterized in that, described push rod is "T"-shaped.
10. pneumatic blanching according to claim 1, except glass head machine, is characterized in that, the heating-up temperature of described heating head and heat time can regulate setting.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210216158.3A CN102759767B (en) | 2012-06-28 | 2012-06-28 | Aerodynamic heat ironing glass head removing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210216158.3A CN102759767B (en) | 2012-06-28 | 2012-06-28 | Aerodynamic heat ironing glass head removing machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102759767A CN102759767A (en) | 2012-10-31 |
| CN102759767B true CN102759767B (en) | 2014-06-04 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201210216158.3A Active CN102759767B (en) | 2012-06-28 | 2012-06-28 | Aerodynamic heat ironing glass head removing machine |
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Family Cites Families (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201406603Y (en) * | 2009-05-12 | 2010-02-17 | 刘照林 | Novel pneumatic pressing machine |
| CN101950040B (en) * | 2010-04-23 | 2011-09-14 | 浙江水晶光电科技股份有限公司 | Optical filter separator |
| CN101957468A (en) * | 2010-08-27 | 2011-01-26 | 苏州五方光电科技有限公司 | Production process method of infrared cut-off filters |
| CN102014532A (en) * | 2010-10-12 | 2011-04-13 | 路海洋 | Heating plate of steel rear-penetrating pipe of pneumatic pressing machine |
| CN202072613U (en) * | 2011-05-19 | 2011-12-14 | 杭州临安景亮照明电器有限公司 | Solid glass rod cutting machine positioning mechanism |
| CN202241397U (en) * | 2011-08-16 | 2012-05-30 | 江阴市文明体育塑胶有限公司 | Lace cutting tool for production of plastic mat |
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2012
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