CN102441849A

CN102441849A - Glass processing equipment

Info

Publication number: CN102441849A
Application number: CN201010505619XA
Authority: CN
Inventors: 裴绍凯
Original assignee: Hongfujin Precision Industry Shenzhen Co Ltd; Hon Hai Precision Industry Co Ltd
Current assignee: Nantong City Science And Technology Innovation Service Center Co Ltd
Priority date: 2010-10-13
Filing date: 2010-10-13
Publication date: 2012-05-09
Anticipated expiration: 2030-10-13
Also published as: CN102441849B

Abstract

The invention discloses glass processing equipment, which is used for processing a glass substrate into a plurality of glass pieces. In the glass processing equipment, a working chamber is formed. The glass processing equipment comprises a bearing device, a blocking device and a sand blasting device, wherein the bearing device is accommodated in the working chamber; the sand blasting device is covered in the working chamber; the bearing device is used for bearing the glass substrate; the sand blasting device is arranged opposite to the bearing device, and is used for blasting dense sand particles onto the glass substrate at a high speed; the blocking device is positioned between the sand blasting device and the bearing device, and is pressed on the glass substrate in the working process; the blocking device comprises a blocking cover consisting of a plurality of blocking pieces; the blocking cover is made of a hard material; an elastic gasket is arranged on the surface of each blocking piece facing the glass substrate; and a part of the glass substrate which is not blocked by the blocking pieces is cut by the sand particles in the sand blasting process, so that a plurality of glass pieces of the same shapes as the blocking pieces are obtained. The glass processing equipment provided by the invention has a simple processing procedure, and the production efficiency is effectively increased.

Description

Glass processing equipment

Technical field

The present invention relates to glass processing procedure field, relate in particular to a kind of glass processing equipment.

Background technology

At present; When the processed glass eyeglass; Generally need with cutting machine a bulk of glass substrate to be cut into big pieces of glass sheet such as a plurality of grades earlier; Should fit by a plurality of pieces of glass sheets through ultraviolet glue then, the different shape of edge grinding the one-tenths needs of the sheet glass after then will fitting (such as circular, square etc.) with glass edge-grinding machine, the sheet glass after will processing at last carries out the dispergation separation.Because this preparation method flow process more complicated, need to cut, complicated processing procedures such as gluing, edging, dispergation, production efficiency is lower.

Summary of the invention

In view of this, be necessary to provide a kind of glass processing equipment of effectively enhancing productivity.

A kind of glass processing equipment is used for a glass substrate is processed into the polylith sheet glass.Be formed with a working chamber in the said glass processing equipment and comprise a bogey being placed in the said working chamber, and radical occlusion device, and lid be located at a sand blasting unit in the said working chamber.Said bogey is used to carry said glass substrate.Said sand blasting unit and said bogey are oppositely arranged, and are used for intensive sand grains high velocity jet to said glass substrate.Said radical occlusion device is between said bogey and said sand blasting unit, and pressure is located on the said glass substrate in the course of the work.Said radical occlusion device comprises that one blocks cover by what a plurality of catch constituted; The said cover that blocks is processed by hard material; Said catch is towards the flexible packing ring of the mounted on surface of said glass substrate; Said catch is used to block said glass substrate, and the part that is not sheltered from by said catch on the said glass substrate is machined away by sand grains in the process of sandblast, thereby obtains polylith and the identical sheet glass of said catch shape.

Glass processing equipment of the present invention need not can said glass substrate be processed into required shape through the processing procedure of complicacies such as cutting, gluing, edging, dispergation, and processing procedure is simple, can effectively enhance productivity.

Description of drawings

Fig. 1 is the structural representation of the glass processing equipment of preferred embodiments of the present invention;

Fig. 2 is the assembly drawing of the glass processing equipment of Fig. 1;

Fig. 3 be Fig. 2 glass processing equipment dissect stereogram;

Fig. 4 is the stereogram that blocks cover of the glass processing equipment of Fig. 1;

Fig. 5 is the V part enlarged drawing of Fig. 4; And

Fig. 6 is that the VI-VI of Fig. 2 is to cutaway view.

The main element symbol description

Glass processing equipment 100

Glass substrate 200

Working chamber 10

Open 11

Bogey 20

Sand blasting unit 30

Fixed head 310

Sandblast 320

Radical occlusion device 40

Fixed frame 410

Block cover 420

Catch 421

Connecting rod 422

Elastic washer 423

Lowering or hoisting gear 60

Supporting pillar 61

Motor 62

Control device 70

Optical launcher 71

Optical receiver 73

Signal transmission module 74

Controller 75

The specific embodiment

To combine accompanying drawing below, the present invention will be done further detailed description.

See also Fig. 1 and Fig. 3, be a kind of glass processing equipment 100 that embodiment of the present invention provides, be used for a glass substrate 200 is processed into the polylith sheet glass.Said glass processing equipment 100 is formed with a working chamber 10 and includes a bogey being contained in the said working chamber 10 20, radical occlusion device 40, a lid and is located at a sand blasting unit 30 in the said working chamber 10, lowering or hoisting gear 60, an and control device 70 (with reference to figure 6).

Said working chamber 10 tops are formed with an opening 11.

Said bogey 20 is arranged on the bottom of said working chamber 10, is used for fixing said glass substrate 200.In this embodiment, said glass substrate 200 is a rectangle.Be appreciated that said glass substrate 200 also can be other shape, such as circle or irregularly shaped.

See also Fig. 2 and Fig. 3, said sand blasting unit 30 comprises a fixed head 310 and a sand jet outlet 320.The said opening 11 of said fixed head 310 sealings, thereby airtight said working chamber 10.Said sand jet outlet 320 is vertically fixed on the said fixed head 310, and passes said fixed head 310 and stretch in the said working chamber 10.Said sand jet outlet 320 meetings sand grains high velocity jet that density is very high under compressed-air actuated effect arrives the surface of said glass substrate 200, thereby said glass substrate 200 is had the effect of cutting.In this embodiment, said fixed head 310 is a rectangle.Be appreciated that; Said opening 11 also can be formed on other sidewalls of said glass processing equipment 100; But need the position of the said bogey 20 of corresponding adjustment simultaneously; Make said bogey 20 be oppositely arranged, and the sand grains that said sand jet outlet 320 is ejected can high velocity jet get final product on said glass substrate 200 with said sand jet outlet 320.

Said radical occlusion device 40 laterally arranges with said fixed head 310, and between said fixed head 310 and said bogey 20.Said radical occlusion device 40 comprise a fixed frame 410 and be fixed in the said fixed frame 410 one netted block cover 420.The area on the surface that is parallel to said working chamber 10 bottoms of said fixed frame 410 is slightly less than said opening 11, makes said radical occlusion device 40 can snugly pass said opening 11 and is placed in the said working chamber 10.The said cover 420 that blocks is processed such as hard metal such as iron or hard resin material by hard material; Make sand grains that said sand jet outlet 320 ejects to cut and saidly block cover 420, thereby the said in other words cover 420 that blocks consumes under the sandblast effect and minimumly in use can keep shape invariance.Please consult Fig. 4 and Fig. 5 simultaneously; The said cover 420 that blocks comprises a plurality of rounded tabs 421 that matrix form is arranged that are; Rounded tabs 421 is connected with each other through tiny connecting rod 422, and the axial width of rounded tabs 421 is greater than the thickness of connecting rod 422, and connecting rod 422 is connected in the end of rounded tabs 421 near sand jet outlet 320; Rounded tabs 421 is near relative connecting rod 422 protrusions of an end of glass substrate 200; Thereby guarantee to fit in 200 last times of glass substrate when rounded tabs 421, connecting rod 422 can with glass substrate 200 applyings, thereby the part of corresponding connecting rod 422 can be excised on the glass substrate 200.The validity of fitting more closely and blocking for fear of rounded tabs 421 and glass substrate 200 to guarantee; And can be when guarantee fitting owing to the comparatively hard glass substrate 200 that frays of material that blocks cover 420; Be provided with elastic washer 423 in rounded tabs 421 towards a side of glass substrate 200; The profile of elastic washer 423 is consistent with rounded tabs 421, and its size is slightly smaller than the size of rounded tabs 421, and elastic washer 423 is installed on the rounded tabs 421 through the mode of pasting or inlay.In this embodiment, elastic washer 423 presents hollow ring-type, and in other embodiments, it also can be solid plate-like.

Be appreciated that the arrangement mode of said catch 421 and not only be confined to this embodiment, also can adopt other arrangement mode, such as shaped form or rambling mode etc.The shape of said catch also is not limited to this embodiment, can be provided with arbitrarily according to the shape of the required sheet glass of user, such as if the user needs hexagonal sheet glass, just said catch 421 is designed to hexagon.

Please in the lump with reference to figure 6, said lowering or hoisting gear 60 comprises four supporting pillars 61 and four motors 62.Be formed with four first perforates 311 on the fixed head 310, an end of supporting pillar 61 passes first perforate 311 and is fixed on the motor 62, thereby motor 62 can be controlled corresponding supporting pillar 61 and rotate.The other end of supporting pillar 61 is formed with screw thread 611, is formed with four second corresponding perforates 411 on the fixed frame 410.Said second perforate 411 is a screwed hole.Supporting pillar 61 is threaded an end of 611 and cooperates with second perforate 411, thereby fixed frame 410 is fixed on the supporting pillar 61.When 61 rotations of motor 62 control supporting pillars, because threaded engagement, radical occlusion device 40 can be driven to rise or descends.

In other embodiments, lowering or hoisting gear 60 can have various structure.For example, said motor 62 can be linear stepping motor, and supporting pillar 61 1 ends are connected with motor 62, and the other end is fixed on the fixed frame 410.Motor 62 can drive supporting pillar 61 and go up and down, and rises or descends thereby drive radical occlusion device 40.

Said control device 70 includes

sensor

71,73, signal transmission module 74 and controller 75.Whether said

sensor

71,73 is used for sensing radical occlusion device 40 and fits with glass substrate 200.In this embodiment, said

sensor

71,73 is an optical pickocff, and it is installed on the surface of fixed frame 410 towards glass substrate 200, comprises an optical launcher 71 respect to one another and an optical receiver 73.When radical occlusion device 40 was not fitted with glass substrate 200, the optical signal that optical launcher 71 is launched can arrive optical receiver 73; When radical occlusion device 40 is fitted with glass substrate 200; The optical signal of optical launcher 71 emissions is blocked by glass substrate 200; Thereby can not arrive optical receiver 73, this moment, optical receiver 73 sent a sensing signal that shows this fit-state to signal transmission module 74.Signal transmission module 74 is fixed on the fixed frame 410 and is electrically connected with optical receiver 73, is used for receiving and launches this sensing signal to controller 75.Controller 75 is fixed in position suitable on the glass processing equipment 100, is used to control motor 62 motions, and wherein, after receiving this sensing signal, these controller 74 control motors 62 stop motions weigh glass substrate 200 wounded to avoid radical occlusion device 40.

In other embodiments,

sensor

71,73 can adopt other types, for example piezoelectric pressure indicator.This piezoelectric pressure indicator is affixed on one of them catch 421, and when radical occlusion device 40 is fitted with glass substrate 200, thereby sensor is experienced pressure and sent this sensing signal.Sensor also can be connected with controller 75 through lead, thereby omits signal transmission module 74.

Said control device 70 can determine said radical occlusion device 40 decline scope according to the said lowering or hoisting gear 60 of the THICKNESS CONTROL of said glass substrate 200, thereby said glass processing equipment 100 can be processed the different glass substrate 200 of thickness.Be appreciated that if only need the glass substrate of the same thickness of processing, also can omit said control device 70, and said lowering or hoisting gear 60 is replaced to a plurality of fixed legs.In this embodiment, an end of said four supporting pillars 61 is arranged on four drift angle places of said fixed head 310.Be appreciated that said supporting pillar 61 also can be arranged on other positions of said fixed head 310.And the quantity of said supporting pillar 61 is not limited to four, also can be other quantity.

The course of work of said glass processing equipment is following: said glass substrate 200 is fixed on the said bogey 20; Said fixed head 310 is sealed in said opening 11, makes in the said working chamber 10 and form an airtight space; Start said motor 62, the said cover 420 that blocks is descended, said rounded tabs 421 is pressed on the said glass substrate 200 through said elastic washer 423; Said sand jet outlet 320 beginning sandblasts, sand grains constantly cuts the exposed part (part that is not sheltered from by said catch 421) of said glass substrate 200, till the exposed part with said glass substrate 200 all machines away; Start said motor 62, with drawing on the said radical occlusion device 40, the sheet glass after the processing is taken out, clean and get final product.

Be appreciated that; For the recycling once more of sand grains, also can offer a plurality of suction holes in the bottom of said working chamber 10, connect a suction nozzle and a getter device at said suction hole place; Because the particle diameter of the said sand grains of size ratio of the chopped glass that is cut is little a lot; Therefore in said suction nozzle, fold and establish two-layer filter screen, the aperture of upper screen is bigger than the aperture of lower screen, thereby sand grains is collected on the upper screen; Chopped glass is collected on the lower screen.

It is understandable that, for the person of ordinary skill of the art, can make other various corresponding changes and distortion by technical conceive according to the present invention, and all these change the protection domain that all should belong to claim of the present invention with distortion.

Claims

1. a glass processing equipment is used for a glass substrate is processed into a plurality of sheet glass; Said glass processing equipment be formed with a working chamber and comprise a bogey being placed in the said working chamber, sand blasting unit, radical occlusion device, and lid be located at a sand blasting unit in the said working chamber; Said bogey is used to carry said glass substrate; Said sand blasting unit and said bogey are oppositely arranged, and are used for intensive sand grains high velocity jet to said glass substrate; Said radical occlusion device is between said bogey and said sand blasting unit, and pressure is located on the said glass substrate in the course of the work; Said radical occlusion device comprises that one blocks cover by what a plurality of catch constituted; The said cover that blocks is processed by hard material; Said catch is towards the flexible packing ring of the mounted on surface of said glass substrate; Said catch is used to block said glass substrate, and the part that is not sheltered from by said catch on the said glass substrate is machined away by sand grains in the process of sandblast, thereby obtains polylith and the identical sheet glass of said catch shape.

2. glass processing equipment as claimed in claim 1 is characterized in that, said sand blasting unit comprises a fixed head and one and the vertically disposed sand jet outlet of said fixed head; The top of said working chamber is formed with an opening, and said fixed head seals said opening, thus airtight said working chamber.

3. glass processing equipment as claimed in claim 2 is characterized in that said radical occlusion device is movably arranged on the below of said sand blasting unit.

4. glass processing equipment as claimed in claim 3 is characterized in that, said glass processing equipment also comprises a lowering or hoisting gear, and said lowering or hoisting gear is used to order about said radical occlusion device and rises or descend.

5. glass processing equipment as claimed in claim 4; It is characterized in that; Said lowering or hoisting gear comprises at least one supporting pillar and at least one motor, and an end of said supporting pillar is fixed on the said radical occlusion device, and the other end is connected with said at least one motor; Said at least one motor is used to control said at least one supporting pillar motion, rises or descends thereby drive said radical occlusion device.

6. glass processing equipment as claimed in claim 5 is characterized in that, is formed with perforate on the said fixed head, and an end of said supporting pillar passes said perforate and is fixed on the said motor; The other end of said supporting pillar and said radical occlusion device are spirally connected.

7. glass processing equipment as claimed in claim 5 is characterized in that, also comprises a control device, is used to control said lowering or hoisting gear motion.

8. glass processing equipment as claimed in claim 7; It is characterized in that; Said control device includes a plurality of sensors and controller; When said radical occlusion device and the applying of said glass substrate, said sensor sends sensing signal, and said controller stops to descend to avoid radical occlusion device to weigh glass substrate wounded according to sensing signal control lowering or hoisting gear.

9. glass processing equipment as claimed in claim 8 is characterized in that, said a plurality of sensors are optical launcher respect to one another and optical receiver.

10. glass processing equipment as claimed in claim 1 is characterized in that said radical occlusion device also comprises the connecting rod that connects said catch, and the said relatively connecting rod of said catch protrudes to said bogey direction.