CN102617028A - Processing management system - Google Patents
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- CN102617028A CN102617028A CN2011100375920A CN201110037592A CN102617028A CN 102617028 A CN102617028 A CN 102617028A CN 2011100375920 A CN2011100375920 A CN 2011100375920A CN 201110037592 A CN201110037592 A CN 201110037592A CN 102617028 A CN102617028 A CN 102617028A
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Abstract
The invention provides a processing management system capable of mitigating the operation of users. The processing management system (100) comprises: a cutting machine (200) used for performing a relative movement of a processing head (220) which cuts a cutting line on the surface of the brittleness plate (10) relative to a supporter (210) used for supporting a brittleness plate (10) according to recorded movement path information in a recording medium (240); a breaker (300) used for cutting the brittleness plate (10) along the cutting line (14); an inspection machine (400) used for inspecting the cut brittleness plate (10) to obtain a processing product (20). The inspection machine (400) sends an inspection result to the cutting machine (200), and the cutting machine possesses a control apparatus (250) used for control the relative movement of the processing head (220) to the supporter (210) according to movement path information, after the receiving the inspection result from the inspection machine (400) by the control apparatus (250), the movement path information can be updated base on the received inspection result.
Description
Technical field
The present invention relates to the management processing system.
Background technology
Present known a kind of cutting machine that has in order fragility plates such as sheet glass to be processed into the size shape of regulation, compresses cutter and makes it mobile on the surface of fragility plate, thereby forms groove shape line of cut (groove) (for example, with reference to patent documentation 1)
Rectangular-shaped for the fragility plate is processed into, this cutting machine makes four cutters roughly move simultaneously on the fragility plate, roughly forms four lines of cut simultaneously.Thus, in the line of cut formation time of an amount of processing, can form four lines of cut.
Four cutters constitute and can move along prescribed direction (directions X or Y direction) respectively.For along prescribed direction guiding cutter, be provided with the guide rail of linearity.Guide rail is corresponding with four cutters and be provided with four.Four cutters also constitute respectively the edge and move with the orthogonal direction of travel direction.
This stapling machine has the gear of the track of four cutters of control, and the supplemental information that gear is stored based on external memory is controlled the track of four cutters.Supplemental information comprises the straight line precision of four guide rails, and gear is considered the straight line precision of each guide rail and is linearity with the TRAJECTORY CONTROL of each cutter.
Usually, near cutting machine, be provided with and the fragility plate is applied stress in bending and cut off the breaker (for example, with reference to patent documentation 2) of fragility plate along line of cut.According to the sequentially-fed fragility plate of cutting machine, breaker, and be processed into the size shape of hope.
Patent documentation 1: TOHKEMY 2009-234819 communique
Patent documentation 2: the special fair 6-74153 communique of Japan
But, it is generally acknowledged processing result, raising working accuracy in order in the processing of next fragility plate, to reflect the fragility plate, make the processing result that comprises the fragility plate in the above-mentioned supplemental information.
Yet, the operation of the processing result of inspection fragility plate and reflect that in the processing of next fragility plate the operation of check result undertaken by user's manual working at present, this operation is numerous and diverse.
Summary of the invention
The present invention develops in view of above-mentioned problem, and its purpose is to provide the management processing system of a kind of user's of alleviating operation.
In order to solve above-mentioned problem, the present invention provides a kind of management processing system, has:
Cutting machine according to the mobile route information of in recording medium, being recorded, relatively moves the processing head of establishing line of cut on the surface of said fragility plate quarter with respect to the supporting mass that supports the fragility plate;
Breaker cuts off the fragility plate along the line of cut that is formed by said cutting machine; And
Inspection machine is checked the processed goods that utilizes breaker to cut off the fragility plate and obtain,
Said inspection machine sends to said cutting machine with check result,
The with good grounds said processing head of mobile route information Control that in said recording medium, writes down of said cutting implement is with respect to the gear that relatively moves of said supporting mass; After said gear receives check result from said inspection machine, be updated in the mobile route information that writes down in the said recording medium based on the check result that receives.
According to the present invention, the management processing system of the operation that can alleviate the user can be provided.
Description of drawings
Fig. 1 is the summary pie graph of the management processing system of an embodiment of the present invention, is the plat of cutting a processing head of expression open;
Fig. 2 is the plat of four shooting areas of filming apparatus 420 shootings;
Fig. 3 is in cutting machine 200, the flow process of an example of the processing that gear 250 is carried out when inspection machine 400 receives check result;
Fig. 4 is the summary pie graph of transfer machine.
Label declaration
10 fragility plates
14 lines of cut
100 management processing systems
200 cutting machines
210 worktable
220 processing heads
230 running gears
240 recording mediums
250 gear
300 breakers
400 inspection machines
500 networks
Embodiment
Below, with reference to accompanying drawing the mode that is used for embodiment of the present invention is described.
(management processing system)
Fig. 1 is the summary pie graph of the management processing system of an embodiment of the present invention, is the plat of cutting a processing head of expression open.As shown in Figure 1, management processing system 100 has cutting machine 200, breaker 300, reaches inspection machine 400.Cutting machine 200, breaker 300, and inspection machine 400 by this order along the production line setting.
Management processing system 100 has at the transfer machine 600 (with reference to Fig. 4) along the transfer of carrying out fragility plate 10 between the equipment of production line setting.Transfer machine 600 also can be general formation, and is for example as shown in Figure 4, is made up of framework 610 grades that support fragility plate 10.
Framework 610 has framework main body 612 and is arranged in a plurality of absorption layers 614 of framework main body 612 lower surfaces.Absorption layer 614 has the adsorption plane 616 of absorption fragility plate 10.Adsorption plane 616 is provided with adsorption hole, is connected with source of suction such as vacuum pumps.Under fragility plate 10 and adsorption plane 616 state of contact, make when reducing pressure in source of suction work and the adsorption hole, fragility plate 10 is adsorbed on the adsorption plane 616.From this state source of suction quit work and adsorption hole in when the atmosphere opening, remove absorption.
But framework 610 constitutes along continuous straight runs and above-below direction moves.Drive source as framework 610 along continuous straight runs are moved for example can use servosystem.In order to convert rotatablely moving of servosystem into translational motion and to pass to framework 610, between servosystem and framework 610, be provided with ball-screw, travelling belt or rack-and-pinion etc.On the other hand, can use servosystem and hydraulic cylinder (for example, air air cylinder and hydraulic cylinder) etc. as the drive source that framework 610 above-below directions are moved.
(fragility plate)
Fragility plate 10 also can be sheet glass (comprising cleaved glass), ceramic plate, semiconductor board etc. so long as general plate gets final product.Fragility plate 10 is transported to after cutting machine 200, breaker 300 process with the order of cutting machine 200 and breaker 300, delivers to inspection machine 400 inspections.
Fragility plate 10 is processed to and the corresponding shape of purpose.For example,, sheet glass is processed into the general rectangular shape, makes glass substrate making in the situation of glass substrate towards liquid crystal panel (LCD) and plasma panel (PDP), organic EL panel display panel processing glass sheets such as (OLED).
(cutting machine)
Cutting machine 200 is for example shown in Figure 1, has worktable (being equivalent to supporting mass of the present invention) 210, processing head 220, running gear 230, recording medium 240, reaches gear 250.
Cutting machine 200 relatively moves the processing head 220 of establishing line of cut 14 on the surface of fragility plate 10 quarter according to the mobile route information of record in recording medium 240 with respect to the worktable 210 that supports fragility plate 10.
For example, cutting machine 200 is in order to be processed into rectangular shape with fragility plate 10, at four lines of cut 14 of upper surface formation of fragility plate 10.Each line of cut 14 is a linearity, forms with the mode on the surface of cutting apart fragility plate 10 end to the other end from fragility plate 10.
Worktable 210 has the adsorption plane of absorption fragility plate 10.Adsorption plane also can be the upper surface of worktable 210.In order to prevent the breakage of fragility plate 10, adsorption plane is that the rubber sponge constitutes and gets final product by fluorine.This thickness at fragility plate 10 is effective especially in the situation below the 0.3mm.
The adsorption plane of worktable 210 is provided with a plurality of adsorption holes (not shown), and each adsorption hole is connected with source of suction such as vacuum pumps.When reducing pressure in source of suction work under under the adsorption plane state of contact of fragility plate 10 and worktable 210, by the control of gear 250, each adsorption hole, fragility plate 10 is adsorbed on adsorption plane.From the work of this state source of suction stop and each adsorption hole in when the atmosphere opening, remove absorption.
Processing head 220 is carved on the surface of fragility plate 10 and is established line of cut 14.Processing head 220 standby above worktable 210, along continuous straight runs, above-below direction move as required.Processing head 220 also can be general formation, for example, is made up of anchor clamps 224 of cutter 222, rotatably mounted cutter 222 etc.
Cutter 222 is discoideus, and peripheral part is formed by diamond and supersteel alloy etc.This cutter 222 is when direction moves in peripheral part is pressed on the face of state lower edge fragility plate 10 on surface of fragility plate 10, and rotation also forms line of cut 14.
In addition, the processing head 220 of this embodiment has cutter 222 in order to form line of cut 14, but it is constituted not restriction.For example, in order to form line of cut 14, processing head 220 also can have LASER Light Source.Through the some light from LASER Light Source is scanned, can form line of cut 14 on the surface of fragility plate 10.
Processing head 220 for example is provided with four, roughly side by side relatively moves with respect to worktable 210, roughly forms four lines of cut 14 simultaneously.Thus, can form four lines of cut 14 process period with a line of processing.In addition, processing head 220 also can only be provided with one, forms the line of cut 14 of four linearities successively.
After four processing heads 220 respectively form a line of cut 14, return the starting position coordinate that forms line of cut 14, the processing of preparing Next fragility plate 10.In addition, also can be after four processing heads 220 respectively form a line of cut 14, in the standby of end position coordinate, form line of cut 14 along opposite direction on the surface of next fragility plate 10.Under this situation, owing to do not make processing head 220 return the man-hour of starting position coordinate, so can further shorten the activity duration.
Running gear 230 is devices that processing head 220 is relatively moved with respect to worktable 210.Running gear 230 is arranged on each processing head 220.
Running gear 230 also can be general formation.For example, running gear 230 have the moving body 231 of supporting processing head 220, along the guide rail 232 of prescribed direction (directions X or Y direction) guiding moving body 231, and drive the drive source 233 of moving body 231.
Guide rail 232 is fixing with respect to worktable 210.Guide rail 232 and four processing heads 220 are corresponding and be provided with four.Article four, the length of guide rail 232 both can be identical, also can be different.Article two, guide rail 232 linearity on directions X extend to be provided with, remaining two guide rails 232 with the orthogonal Y direction of directions X on linearity extend and be provided with.
Drive source 233 for example is made up of servosystem.Between drive source 233 and moving body 231, be provided with rotatablely moving of drive source 233 converted into translational motion and pass to ball-screw of moving body 231 etc.Drive source 233 makes moving body 231 move along directions X or Y direction straight line with respect to worktable 210 under the control by gear 250.Thus, form the line of cut 14 of straight wire.
But the length of line of cut 14 is confirmed according to purpose.For example, making under the situation of glass substrate towards the display panel processing glass sheets, the length of line of cut 14 can be set in more than the 1500mm or be set in more than the 2500mm.The length of line of cut 14 is long more, is difficult to guarantee the straight line precision of each guide rail 232, the configuration precision of four guide rails 232 (for example, squareness and parallelism) more.
Therefore, the running gear 230 of this embodiment also has bar 234 that links between processing head 220 and the moving body 231 and the drive source 235 that bar 234 is moved with respect to moving body 231.
Bar 234 edges are bearing on the moving body 231 with travel direction (for example directions X or Y direction) the orthogonal direction (for example Y direction or directions X) of moving body 231 movably.Drive source 235 for example is made up of servosystem.Drive source 235 makes bar 234 for example move along Y direction or directions X straight line with respect to moving body 231 under the control by gear 250.Thus, can improve the straight line precision of line of cut 14.
Like this, in this embodiment, processing head 220 constitutes and can move along prescribed direction with respect to worktable 210, and constitutes and can move with the direction (for example orthogonal direction) that prescribed direction intersects on the edge.Therefore, the straight line precision of each guide rail 232 can be augmented, the configuration precision (for example, squareness and parallelism) of four guide rails 232 can be augmented.The squareness of four guide rails 232 and parallelism exist and depart from, and under the situation that they are augmented, for the line of cut 14 that forms linearity, at least one processing head 220 moves with respect to guide rail 232 obliquely.
In addition, the running gear 230 of this embodiment relatively moves with respect to worktable 210 in order to make processing head 220, makes processing head 220 side shiftings, but also can replace it (or adding) to make worktable 210 side shiftings.
In addition, move in order to make processing head 220, the running gear 230 of this embodiment has servosystem and ball-screw etc., also can substitute them and have travelling belt, band and phonomoter or rack-and-pinion and phonomoter etc. synchronously.
Recording medium 240 is taken in about the information of processing head 220 mobile route relative with respect to worktable 210 (below, be called " mobile route information ").Mobile route information comprises the starting position coordinate that forms line of cut 14 and end position coordinate, form the ID etc. of the processing head 220 of line of cut 14.Correspondingly with four lines of cut 14 in recording medium 240 record four mobile route information.
Recording medium 240 can be general formation, for example, is made up of electronic media such as hard disk and RAM.
Gear 250 through control running gear 230, is controlled processing head 220 relatively moving with respect to worktable 210 according to the mobile route information that in recording medium 240, is write down.Gear 250 for example is made up of computingmachine etc.
(breaker)
300 pairs of fragility plates 10 of breaker apply stress in bending, cut off fragility plate 10 along line of cut 14.For example, breaker 300 is as shown in Figure 1, by the worktable 310 of the part of supporting product side in the both sides of a line of cut 14, constitute at the holder 320 of the part of clamping of thickness of slab direction and product side opposite side etc.At this, so-called " part of product side " is meant the part that in the both sides of line of cut 14, comprises the central authorities of fragility plate 10, and so-called " with the part of product side opposite side " is meant the part of the central authorities that do not comprise fragility plate 10.
Worktable 310 has the adsorption plane of absorption fragility plate 10.Adsorption plane can be the upper surface of worktable 310.In order to prevent the breakage of fragility plate 10, the adsorption plane of worktable 310 is that the rubber sponge constitutes by fluorine.This thickness at fragility plate 10 is effective especially in the situation below the 0.3mm.
The adsorption plane of worktable 310 is provided with a plurality of adsorption holes (not shown), and each adsorption hole is connected with source of suction such as vacuum pumps.When under the adsorption plane state of contact of fragility plate 10 and worktable 310, reducing pressure in source of suction work and each adsorption hole, fragility plate 10 is adsorbed on the adsorption plane.From the work of this state source of suction stop and each adsorption hole in when the atmosphere opening, remove absorption.
This breaker 300 is attached to the product side draught of fragility plate 10 in the mode that with the face that is formed with line of cut 14 is upper surface under the state of upper surface of worktable 310; Rotate holder 320 through downward direction; On fragility plate 10, apply stress in bending, cut off fragility plate 10 along a undercut secant 14.
Fragility plate 10 quilts side conveying downstream by breaker 300 cuts off utilizes other breaker to carry out remaining cutting off.Also can substitute fragility plate 10 is delivered to the downstream side, and on worktable 310 with fragility plate 10 along continuous straight runs half-twists, carry out remaining cutting off with same breaker 300.
Cutting off under the situation of successfully not carrying out, existing the part of " with the part of product side opposite side " that produce fragility plate 10 to remain in " part of product side " this bad phenomenon.In order to prevent that substandard products are transported to following operation; On breaker 300, dispose line sensor; Whether " part of product side " of the fragility plate 10 of detection after cutting off residual " with the part of product side opposite side ", and detecting residually has the situation of " with the part of product side opposite side " also can send warning.
In addition, for the stabilization of the shape of the face that cuts off of realizing fragility plate 10, also can near the end of the contact surface of holder 320 and fragility plate 10 and worktable 310, attach resinous plate.The position that in addition, also can make line of cut 14 with from the end of worktable 310 to the position consistency of holder 320 side 1mm～3mm.
(inspection machine)
Inspection machine 400 inspections are cut off the processed goods 20 that fragility plate 10 obtains with breaker 300.In addition, the circumference of fragility plate 10 is the parts that do not become product, so abandon.
When for example changing processing head 220 at every turn or upgrade the mobile route information that writes down in the recording medium 240 at every turn in cutting machine 200, implements inspection machine 400 inspection.In addition, inspection machine 400 also can exhaustive test processed goods 20.
Inspection machine 400 is for example shown in Figure 1, and the image processing apparatus 430 of image of being taken by filming apparatus 420 by the worktable 410 of supporting processed goods 20, the filming apparatus 420 that the processed goods on the worktable 410 20 is taken, picture processing and the size shape that detects processed goods 20 etc. constitutes.
Worktable 410 has the supporting surface of supporting processed goods 20.Supporting surface also can be the upper surface of worktable 410.In order to prevent the breakage of processed goods 20, supporting surface can be that the rubber sponge constitutes by fluorine also.This thickness at processed goods 20 is that the situation below the 0.3mm is effective especially.
Filming apparatus 420 is for example taken four angles of the processed goods 20 of essentially rectangular shape.Filming apparatus 420 has four photographic cameras 422 of the top of being fixed in worktable 410.Each photographic camera 422 disposes with the surperficial orthogonal mode of its optical axis and processed goods 20.
Any of each 422 pairs of four angle of photographic camera taken.Each photographic camera 422 has the capturing element of CCD and CMOS etc., and the image at each angle of being taken by capturing element is transported to image processing apparatus 430.
Image processing apparatus 430 is made up of computingmachine etc., and the image of being taken by filming apparatus 420 is carried out picture processing, measures the size shape of processed goods 20.Below, based on Fig. 2 the method for the size shape of mensuration processed goods 20 is described.
Fig. 2 is the plat of four shooting areas of filming apparatus 420 shootings.Image processing apparatus 430 carries out picture processing to the image of having taken four shooting area A～D shown in Figure 2 respectively, the position coordinates on the summit 21～24 at the angle of detection in each image and the angle θ 1～θ 4 at the angle in each image.
Below, image processing apparatus 430 detects four limit size L1～L4 of processed goods 20 based on the position coordinates on the summit 21～24 at the angle in each image.In order to carry out this detection, the information that registration in advance needs in image processing apparatus 430.The information of being registered for example comprise distance and actual range in each image ratio, each photographic camera 422 position etc. is set.
In addition, image processing apparatus 430 directly is approximately the angle θ 1～θ 4 at the angle in each image the angle θ 1～θ 4 of actual corners.
Like this, the size shape of inspection machine 400 inspection processed goods 20.Inspection machine 400 is connected with the gear 250 of stapling machine 200 via networks such as Internet and LAN 500 and PLC (Programmable Logic Controller, registered trademark) etc., sends check result to gear 250.
When gear 250 receives check result from inspection machine 400, judge whether need to upgrade mobile route information, be judged as more under the news, upgrade the mobile route information of record in the recording medium 240 based on the check result that receives.For example, in the gear 250, state after in detail, as a result the time, judge whether to need to revise mobile route information based on the check result that receives from inspection machine 400 acceptance inspections.The mobile route information that is write down in the recording medium 240 is revised, upgraded to gear 250 when being judged as the needs correction.
(processing and managing method)
Below, the processing and managing method of the management processing system 100 that uses above-mentioned formation is described.
At first, fragility plate 10 is transported to cutting machine 200, carries to place on the worktable 210.Then, gear 250 makes the vacuum pump action, and fragility plate 10 is adsorbed on the worktable 210.Then, gear 250 is according to the mobile route information that is write down in the recording unit 240, and control running gear 230 makes four processing heads 220 roughly move simultaneously with respect to worktable 210, roughly forms the line of cut 14 of four linearities simultaneously.
Like this, the fragility plate 10 that is formed with the line of cut 14 of four linearities is removed after the absorption of worktable 210, utilizes the transfer machine to be transported to breaker 300 from cutting machine 200, carries to place on the worktable 310 of breaker 300.Like this, breaker 300 applies stress in bending on fragility plate 10, cuts off fragility plate 10 along line of cut 14, obtains rectangle processed goods 20.
Like this, the processed goods 20 that obtains utilizes the transfer machine to be transported to inspection machine 400 from breaker 300, carries on the worktable 410 that places inspection 400.Like this, inspection machine 400 is taken four angles of the processed goods 20 on the worktable 410, handles the image that photographs, the size shape of inspection processed goods 20.For example can enumerate out the angle θ 1～θ 4 etc. at four angles of length L 1～L4, the processed goods 20 on four limits of processed goods 20 as inspection item.Inspection machine 400 sends to stapling machine 200 with these check results.
Fig. 3 be in cutting machine 200 gear 250 the processing of when inspection machine 400 receives check result, carrying out one the example flow process.
In S300 shown in Figure 3, whether be in the predefined scope (for example, 90 ° ± below 0.1 °) respectively based on the angle θ 1～θ 4 at four angles of the check result that receives inspection processed goods 20.
In above-mentioned S300, the angle θ 1～θ 4 at four angles is in the situation (S300 is) in the specialized range respectively, need not tilt correction line of cut 14.Therefore, then, advance to S302, whether the size L1～L4 on four limits of inspection processed goods 20 is in (for example, below target value ± 0.1mm) in the predetermined scope respectively.
In above-mentioned S302, the size L1 on whole limits～L4 is in the situation (S302 is) in the specialized range respectively, there is no need to move abreast line of cut 14.Therefore, there is no need the mobile route information that write down in the amendment record medium 240, so, this processing directly accomplished.
On the other hand, in above-mentioned S302, the size at least one limit is in the outer situation of specialized range, and (S302 not), needs to move abreast at least one line of cut 14.Therefore; Then; Advance to S304, the mode correction that is accommodated in the specialized range with the size that is at least one outer limit of specialized range is contained in starting position coordinate and end position coordinate at least one mobile route information, that form line of cut 14, accomplishes this time and handles.
In addition, in above-mentioned S300, the angle at least one angle is in the outer situation of specialized range, and (S300 not), needs tilt correction at least one line of cut 14.Therefore; Then; Advance to S304, the mode correction that is accommodated in the specialized range with the angle at least one outer angle of specialized range is contained in starting position coordinate or end position coordinate at least one mobile route information, that form line of cut 14, accomplishes processing this time.
In above-mentioned S304, only revise to form the starting position coordinate or the end position coordinate time of a line of cut 14, when promptly only revising in four mobile route information one, during appropriate property that checking is afterwards revised, checking is easy.Revise which line of cut 14 in four lines of cut 14 and how to revise difference or the difference of each limit size L1～L4 and target value separately that this line of cut 14 is based on angle θ 1～θ 4 and the target value (90 °) at each angle and confirm.
When gear 250 forms line of cut 14 on the surface of next fragility plate 10,, processing head 220 is relatively moved with respect to worktable 210 based on the mobile route information that is write down in the recording medium 240.
Like this, according to this embodiment, automatically the processing result (size shape of processed goods 20) with fragility plate 10 is reflected in the processing of next fragility plate 10, owing to can improve high precision, so can alleviate user's operation.In addition, can the early discovery unit exception etc.
More than, an embodiment of the invention are illustrated, the invention is not restricted to above-mentioned embodiment, in not departing from the scope of the present invention, can increase various distortion and conversion in the above-described embodiment.
For example, the photographic camera 422 of above-mentioned embodiment is fixed on the top of worktable 410, but also can support movably with respect to worktable 410.Therefore, can easily tackle the change of the kind of processed goods 20.
In addition, the inspection machine 400 of above-mentioned embodiment directly sends to stapling machine with check result, but also can check result be sent to stapling machine 200 via intelligent terminal.Intelligent terminal is from inspection machine 400 acceptance inspections as a result the time, the check result that pictorial display receives.The user who observes this image judges whether check result is sent to stapling machine 200, and judged result is inputed to intelligent terminal.The transmission to stapling machine 200 is carried out or ended to intelligent terminal according to the judged result of user's input.Thus, can a check result send to stapling machine 200 with needs.
In addition, in the stapling machine 200 of above-mentioned embodiment, four processing heads 220 are roughly relatively moved simultaneously with respect to worktable 210, roughly form four simultaneously and cut off line 14, but the invention is not restricted to this.For example, also can make two processing heads 220 after roughly side by side relatively moving, roughly form simultaneously two cut-out lines 14 on the directions X, make remaining two processing heads 220 roughly relatively move, roughly form simultaneously two simultaneously and cut off lines to the Y direction.Under this situation, two processing heads 220 link via framework with the mode that roughly moves to directions X simultaneously.Equally, two processing heads 200 of residue also link via other framework with the mode that roughly moves to the Y direction simultaneously.Correspondingly with these two frameworks be provided with two guide rails.Article two, guide rail is fixing with respect to worktable 210 respectively, and the guide rail of a side guides the framework of correspondence to directions X, and the guide rail of opposite side guides the framework of correspondence to the Y direction.The squareness of this two guide rail departs from, and augments under this situation about departing from, and at least two processing heads 220 move with respect to guide rail obliquely.
Claims (4)
1. management processing system has:
Cutting machine according to the mobile route information that in recording medium, writes down, relatively moves the processing head of establishing line of cut on the surface of said fragility plate quarter with respect to the supporting mass that supports the fragility plate;
Breaker cuts off the fragility plate along the line of cut that is formed by said cutting machine; And
Inspection machine is checked the processed goods that utilizes breaker to cut off the fragility plate and obtain,
Said inspection machine sends to said cutting machine with check result,
The with good grounds said processing head of mobile route information Control that in said recording medium, writes down of said cutting implement is with respect to the gear that relatively moves of said supporting mass; After said gear receives check result from said inspection machine, be updated in the mobile route information that writes down in the said recording medium based on the check result that receives.
2. management processing as claimed in claim 1 system, wherein,
Said cutting machine forms four lines of cut for the fragility plate is processed into rectangle,
In said recording medium, record four mobile route information accordingly with said four lines of cut,
Said gear only is updated in a mobile route information in four mobile route information that write down in the said recording medium based on the check result of said inspection machine.
3. according to claim 1 or claim 2 management processing system, wherein,
Said processing head constitutes and can relatively move along prescribed direction with respect to said worktable, and constitutes and can relatively move with the direction that said prescribed direction intersects on the edge.
4. like each said management processing system in the claim 1～3, wherein,
Said cutting machine forms four lines of cut for the fragility plate is processed into rectangle,
Said inspection machine is checked angle and the length of four edges at four angles of said processed goods,
When said gear is in the predetermined scope respectively in the length of the angle at four angles of said processed goods and said four edges, be not updated in the mobile route information that writes down in the said recording medium.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011100375920A CN102617028A (en) | 2011-01-31 | 2011-01-31 | Processing management system |
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|---|---|---|---|
| CN2011100375920A CN102617028A (en) | 2011-01-31 | 2011-01-31 | Processing management system |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104416683A (en) * | 2013-08-19 | 2015-03-18 | 郎洪明 | Magnesite roof plate trimming device |
| CN113733369A (en) * | 2021-09-03 | 2021-12-03 | 深圳市旭凡科技有限公司 | Pneumatic device of cutting machine for touch pad |
| CN116727873A (en) * | 2023-08-08 | 2023-09-12 | 盛世嘉华展览(烟台)有限公司 | Laser engraving machine convenient to accomodate |
-
2011
- 2011-01-31 CN CN2011100375920A patent/CN102617028A/en active Pending
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104416683A (en) * | 2013-08-19 | 2015-03-18 | 郎洪明 | Magnesite roof plate trimming device |
| CN113733369A (en) * | 2021-09-03 | 2021-12-03 | 深圳市旭凡科技有限公司 | Pneumatic device of cutting machine for touch pad |
| CN113733369B (en) * | 2021-09-03 | 2023-11-21 | 广东蜀丰科技有限公司 | Pneumatic device of cutting machine for touch pad |
| CN116727873A (en) * | 2023-08-08 | 2023-09-12 | 盛世嘉华展览(烟台)有限公司 | Laser engraving machine convenient to accomodate |
| CN116727873B (en) * | 2023-08-08 | 2023-10-10 | 盛世嘉华展览(烟台)有限公司 | Laser engraving machine convenient to accomodate |
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Application publication date: 20120801 |