CN108526505A - A kind of multistation online process equipment and processing method simultaneously - Google Patents
A kind of multistation online process equipment and processing method simultaneously Download PDFInfo
- Publication number
- CN108526505A CN108526505A CN201810505111.6A CN201810505111A CN108526505A CN 108526505 A CN108526505 A CN 108526505A CN 201810505111 A CN201810505111 A CN 201810505111A CN 108526505 A CN108526505 A CN 108526505A
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- China
- Prior art keywords
- plate material
- drill bit
- driving mechanism
- rack
- industrial computer
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23B—TURNING; BORING
- B23B35/00—Methods for boring or drilling, or for working essentially requiring the use of boring or drilling machines; Use of auxiliary equipment in connection with such methods
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23B—TURNING; BORING
- B23B39/00—General-purpose boring or drilling machines or devices; Sets of boring and/or drilling machines
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Perforating, Stamping-Out Or Severing By Means Other Than Cutting (AREA)
Abstract
This application involves a kind of multistation online process equipment and processing methods simultaneously,The online process equipment simultaneously of multistation includes industrial computer,Rack,It is characterized in that being additionally provided with X to transmission device,X is to stop assembly,Y-direction positioning device,Cutting tool assembly,X is to transmission device,X is to stop assembly,Y-direction positioning device,Cutting tool assembly is installed in rack,X is used for X to conveying plate material to transmission device,X is used for positioning of the plate material X to Working position to stop assembly,Y-direction positioning device is used for the positioning of plate material Y-direction,Industrial computer and X are to transmission device,X is to stop assembly,Y-direction positioning device,Cutting tool assembly is all connected with,Control program and control parameter are provided in industrial computer,X is controlled to transmission device,X is to stop assembly,Y-direction positioning device,Cutting tool assembly works according to control program and control parameter.The application is simple for structure, easy to use, at low cost, and effect is good, and various processing, one-machine-multi-function are completed in an equipment.
Description
Technical field
This application involves a kind of multistation online process equipment and processing methods simultaneously, are primarily adapted for use in and are gone with an equipment
It completes the online multistation of a variety of plate materials while processing.
Background technology
Existing plate material perforation processing device category is various, but these equipment are exactly mostly primary there are one common fault
It can once be punched.It needs to put into more equipment if user needs to carry out repeatedly punching to plate material and goes to produce,
A large amount of equipment cost is thus paid, more equipment operators are recruited, more energy consumptions and occupancy mass production are used
Ground.
Invention content
The technical issues of the application solves is to overcome above-mentioned deficiency existing in the prior art, and provide a kind of structure letter
It is clean, easy to use, at low cost, the good multistation of effect online process equipment and processing method simultaneously.This processing method can be with
Equipment purchase cost is substantially reduced, saves energy consumption in the actual production process, reduces operating personnel, saves production site.
Technical solution includes used by the application solves above-mentioned technical problem：Processing is set simultaneously online for a kind of multistation
It is standby, including industrial computer, rack, it is characterized in that being additionally provided with X to transmission device, X to stop assembly, Y-direction positioning device, cutter
Assembly, X are installed in stop assembly, Y-direction positioning device, cutting tool assembly in rack to transmission device, X, and X is used to transmission device
In X to conveying plate material, X is used for positioning of the plate material X to Working position to stop assembly, and Y-direction positioning device is for putting down
The positioning of plate material Y-direction, industrial computer are all connected with to transmission device, X to stop assembly, Y-direction positioning device, cutting tool assembly with X,
It is provided with control program and control parameter in industrial computer, control X is to transmission device, X to stop assembly, Y-direction positioning device, knife
Have assembly to work according to control program and control parameter.
The cutting tool assembly is provided with drill bit device, lower drill bit device, platen device, waste tray device, upper drill bit
Device, lower drill bit device are installed in rack and configuration symmetrical above and below, and upper drill bit device includes upper drill bit, upper drill bit driving machine
Structure, upper drill bit driving mechanism are connect with upper drill bit, and lower drill bit device includes lower drill bit, lower drill bit driving mechanism, lower drill bit driving
Mechanism is connect with lower drill bit, and upper drill bit driving mechanism, lower drill bit driving mechanism are installed in rack and are connect with industrial computer,
Platen device is mounted in rack and for being fixed plate material, and waste tray device is mounted in rack and for accepting
Or the waste material that discharge processing generates.
Herein described platen device is made of upper platen device, pressing disc device, and upper platen device is by upper platen and upper
Platen driving mechanism forms, and the upper upper platen of platen driving mechanism driving moves up and down, and pressing disc device is by pressing disc and pressing disc
Driving mechanism forms, and pressing disc driving mechanism driving pressing disc moves up and down, and upper platen configuration corresponding with pressing disc, upper platen drives
Motivation structure, pressing disc driving mechanism are installed in rack and are connect with industrial computer.
Herein described waste tray device includes waste tray and waste tray drive mechanism, waste tray driving
Mechanism is mounted in rack and is connect with waste tray, and waste tray driving mechanism is connect with industrial computer, drives waste tray
It takes in or stretches out.
Blowning installation is additionally provided in the application rack, blowning installation is connect with industrial computer, for passing through air blowing in time
Device blows out waste material.
The application is additionally provided with into piece detection and detection and localization, is entered piece detection and is mounted in rack and connects with industrial computer
Connect, detection and localization be mounted on X on block, enter piece detection for detect conveying in plate material whether reach need startup Y
The position of Y-direction positioning is carried out to positioning device and control X runs slowly to transmission device, and detection and localization is for detecting in conveying
Plate material whether reach Working position（X is touched to block）.
The X includes X to transmission rubber roller, rubber-roll driving mechanism to transmission device, and rubber-roll driving mechanism and X are to transmission rubber roller
Connection, rubber-roll driving mechanism are connect with industrial computer；The X to stop assembly include X to block driving mechanism, X to block, X
It is mounted in rack to block driving mechanism and is connect to block with X；Industrial computer drives with rubber-roll driving mechanism, X to block
Mechanism is all connected with.
The Y-direction positioning device includes Y-direction positioning roller, Y-direction driving roller, Y-direction driving mechanism, and it is logical that Y-direction positions roller
Roller mounting plate is crossed in rack, Y-direction drives roller to be mounted in Y-direction driving mechanism, and Y-direction driving mechanism is driven by Y-direction
Motivation structure mounting base is mounted in rack.Y-direction driving mechanism can be appropriate to sliding into Y-direction driving mechanism mounting base upper edge X
Position is fixed again.Y-direction positions roller can be under the driving of Y-direction driving mechanism along Y-direction location panel material.
Technical solution further includes used by the application solves above-mentioned technical problem：Processing is set simultaneously online for a kind of multistation
Standby processing method, includes the following steps：
A inputs processing method and machined parameters；B starts the online process equipment simultaneously of multistation and initializes；C industrial computers according to
Processing method and machined parameters select corresponding machining tool from cutting tool assembly, and plate material to be processed is by X to transmission
Device conveys；Y is pushed to by Y-direction positioning device when plate material in D transmission process is delivered to Y-direction positioning device corresponding position
To accurate positioning and continues to proceed to and blocked to stop assembly by X（Precisely initial manufacture position）；Tablets of the E to Working position
The processing that material is set；The plate material that F is processed sends out the online process equipment simultaneously of multistation, at the same under a piece of wait for
The plate material of processing is conveyed by X to transmission device；Turn D if processing is not over and processing method and machined parameters are unchanged
Step turns step C, if process finishing is shut down if processing is not over and processing method or machined parameters change.
Plate material in the transmission process is pushed when being delivered to Y-direction positioning device corresponding position by Y-direction positioning device
To Y-direction accurate positioning and continues to proceed to and step is blocked to stop assembly by X include：Enter piece and detects plate material, work
Industry computer control Y-direction driving roller pushes plate material to position roller, X to Y-direction is adjacent under the promotion of Y-direction driving mechanism along Y-direction
It runs slowly to transmission rubber roller, plate material touches detection and localizations of the X on block, and rubber-roll driving mechanism is out of service.
The procedure of processing that the plate material to Working position is set as punch flow, including：
Plate material is propped up in industrial computer control pressing disc stretching from below, and then upper platen, which moves downward, pushes down plate material；
Industrial computer according to drill bit, lower drill bit in plate material thickness control separately down, move upwards to plate material carry out
Drilling operation, until punching depth reaches program setting depth；
Lower drill bit drops to original state, and then waste tray is stretched out；
Upper drill bit, which continues to be decreased until, punches plate material；
Upper drill bit rises back to initial position, and upper platen rises back to initial position, and pressing disc returns to initial position, waste tray
It returns to initial position or returns initial position after removing the waste material in waste tray, one hole punching of plate material is completed；
If necessary to repeatedly punch then override interrupt flow on same plate material until completing all punchings on the plate material
Work.
The plate material processed sends out the online process equipment step simultaneously of multistation：Machining tool returns to
Initial position, X are retracted to block in the case where X drives to block driving mechanism, and Y-direction drives roller to contract under the driving of Y-direction driving mechanism
Into X is conveyed under rubber-roll driving mechanism driving toward X-direction to transmission rubber roller, and the plate material processed is conveyed out multiplexing
The online process equipment simultaneously in position, at the same next piece of plate material in X to entering multistation online simultaneously under the transmission of transmission rubber roller
Process equipment.
The application compared with prior art, has the following advantages and effect：It is simple for structure, easy to use, at low cost, effect
It is good, various processing are completed in an equipment, one-machine-multi-function.
Description of the drawings
Fig. 1 is the online a part of structural schematic diagram of process equipment simultaneously of the embodiment of the present application multistation.
Fig. 2 is the structural schematic diagram of the online process equipment another part simultaneously of the embodiment of the present application multistation.
Fig. 3-Fig. 5 is the embodiment of the present application pipeline system process schematic diagram.
Fig. 6-Figure 10 is the embodiment of the present application drilling method flow diagram.
Specific implementation mode
Herein described X-direction is the left and right directions of Fig. 3 ~ Fig. 5（It is longitudinal, wherein X-axis forward direction to the right, X-axis reversely to
It is left）, Y direction is the upper and lower directions of Fig. 3 ~ Fig. 5（Laterally, wherein Y-axis the positive to be up Y-axis is oppositely downward）.Described in the present embodiment
Cylinder, support, elevating mechanism, dynamical system（Motor）Etc. being that the prior art is not shown.
13 be industrial computer：User can will need in the figure processed and processing method input industrial computer, industry
Computer controls each action of the present embodiment equipment to complete the processing technology of user's needs.
1 is cutting tool assembly portal frame, for installing cutting tool assembly 2.
2 be cutting tool assembly：Tool needed for various processing technologys can be installed above.Cutting tool assembly 2 passes through shift mechanism
（The prior art）On cutting tool assembly portal frame 1, cutting tool assembly 2 can be parallel by lead screw or belt driving（Y-direction）
It moves back and forth.Cutting tool assembly 2 on cutting tool assembly portal frame 1 can be one, can also be multiple.As a kind of spy
Example, the cutting tool assembly 2 are puncher.
3 be transfer station rack, and X is mounted on by bearing block in transfer station rack 3 to transmission rubber roller.
4 position roller for Y-direction：The present embodiment Y-direction positions roller 4 and realizes baffle plate material Y direction（Abbreviation Y-direction）
Positioning movement.Y-direction positioning roller 4 is fixed on by roller mounting plate 12 in transfer station rack 3.
6 be X to block：The present embodiment with X to block driving mechanism 7, driving block mounting base 5, X to block 6 constitute X to
Stop assembly, baffle plate material are moved in X-direction.X is fixed on transfer station rack 3 to block 6 by block mounting base 5
On, block mounting base 5 is mounted in transfer station rack 3, can move along X-direction is positive and negative, transfer station thus may be implemented
Plate material suitable for various different sizes.
8 drive roller for Y-direction：The present embodiment Y-direction driving mechanism 9（Cylinder）Y-direction driving roller 8 is driven to realize flat-sheet material
Expect Y-direction positioning.Y-direction drives roller 8 to be mounted in Y-direction driving mechanism 9, and Y-direction driving mechanism 9 passes through Y-direction driving mechanism mounting base
10 are mounted in transfer station rack 3.Y-direction driving mechanism 9 can move in Y-direction driving mechanism mounting base 10 along X-direction（It is sliding
It is dynamic）And it positions.
11 for plate material X to transmission rubber roller：The present embodiment utilizes rubber-roll driving mechanism（Servo motor+synchronous belt）Make
Be power source drive X constitute X from plate material to transmission rubber roller 11 to transmission device, realize X-direction（Abbreviation X to）Transmission is flat
Plate material.
The application rack includes cutting tool assembly portal frame 1, transfer station rack 3, and cutting tool assembly portal frame 1 is mounted on transfer station
In rack 3, it can also be arranged as required to.
After needing the technique processed and figure input industrial computer 13, industrial computer 13 controls numerical control device（This reality
Apply example）It starts running.
Such as Fig. 3：Corresponding machining tool is selected from cutting tool assembly 2 according to technique and figure first, while X is to transmission glue
Roller 11 starts to X to conveying.X is to block 6 in X to block driving mechanism 7（Cylinder）Promotion under stretch out.Y-direction driving roller 8 exists
Y-direction driving mechanism 9 pulls lower retraction.The first step：First piece of plate material 14 is conveyed into this implementation by X to transmission rubber roller 11
After example, enter piece detection on numerical control device（It is not shown on figure）Y-direction drives roller 8 in Y after detecting first piece of plate material 14
First piece of plate material 14 is pushed along Y-direction under being pushed to driving mechanism 9, until first piece of plate material 14 is adjacent to Y-direction completely
Roller 4 is positioned, realizes first piece of 14 Primary Location of plate material.
Such as Fig. 4：After first piece of plate material 14 completes Primary Location, X runs slowly to transmission rubber roller 11, is put down when first piece
The forward position of plate material 14 touches the detection and localization on block 6 mounted in X（It is not shown on figure）Afterwards, X stops to transmission rubber roller 11
Operation.First piece of plate material 14 realizes final positioning on numerical control device.Complete the cutter on cutting tool assembly 2 after finally positioning
Corresponding processing is carried out to first piece of plate material 14.
Such as Fig. 5：First piece of plate material 14 of numerical control device pair is completed after processing accordingly, and machining tool exits.X is to block
6 are retracted in the case where X is pulled to block driving mechanism 7, and Y-direction drives roller 8 to be retracted under the pulling of Y-direction driving mechanism 9.X to transmission glue
Roller 11 continues to convey toward X-direction, and first piece of plate material 14 transfers out numerical control device.Second piece of plate material 15 is in X simultaneously
Enter numerical control device under to the transmission of transmission rubber roller 11.The process of Fig. 3-Fig. 5 is repeated, realizes pipeline mode processing.
Processing method of the present invention has punching, edging, cutting etc., and puncher and drilling method is explained in detail below.Cutter is total
Include mounting bracket 102 under mounting bracket 101, cutter on cutter at portal frame 1.
The puncher includes upper drill bit device, lower drill bit device, platen device, waste tray device, upper drill bit device,
Lower drill bit device is installed in rack and configuration symmetrical above and below, and upper drill bit device includes upper drill bit 85, upper drill bit driving mechanism
81, upper drill bit driving mechanism 81 is connect with upper drill bit 85, and lower drill bit device includes lower drill bit 86, lower drill bit driving mechanism 82, under
Drill bit driving mechanism 82 is connect with lower drill bit 86, and upper drill bit driving mechanism 81, lower drill bit driving mechanism 82 are separately mounted to cutter
Under upper mounting bracket 101, cutter on mounting bracket 102, platen device include upper platen 88, upper platen driving mechanism, pressing disc 87, under
Platen driving mechanism, upper platen driving mechanism, pressing disc driving mechanism are separately mounted to pacify under mounting bracket 101, cutter on cutter
It shelves on 102, compressing mechanism is used for being fixed plate material, and waste tray device is mounted under cutter on mounting bracket 102 simultaneously
For accepting or being discharged（It pours out or blows out）Process the waste material generated.Waste tray device includes waste tray 84 and waste tray
Driving mechanism 83, waste tray driving mechanism 83 are mounted under cutter on mounting bracket 102 and waste tray 84 are driven to need to hold
When connecing drilling waste material（Fig. 9）To extension（On the right of to Fig. 6 ~ 8）Go out to catch waste material, having connect under plate material after waste material or
Person is forward extended out by continuing to outside waste tray frame 89（It hangs in waste tray driving mechanism 83）To pour out waste material, or
Person is blown out by blowning installation.
1, drilling technology flow：Equipment original state（Position）：Such as Fig. 6, upper drill bit 85 is in highest（Initially）Position, under
Drill bit 86 is in minimum（Initially）Position, pressing disc 87 are in compressive state and positioned at 86 top of lower drill bit, waste trays 84
In indentation state, upper platen 88 is in extreme higher position.The first step：Such as Fig. 7, pressing disc 87（Upwards）Stretching is propped up flat from below
Plate material 69, then above platen 88 is moved downward until pushing down plate material 69 completely.Second step：Such as Fig. 8, industrial computer 13
According to drill bit 85, lower drill bit 86 in 69 thickness control of plate material separately down, move upwards punching work carried out to plate material 69
Industry, until punching depth reaches program setting depth, there is no punched plate material 69 at this time.Third walks：Such as Fig. 9, lower brill
First 86 fall back to initial position, and then waste tray 84 is stretched out.Upper drill bit 85, which continues to be decreased until, punches plate material 69.The
Four steps：Such as Figure 10, upper drill bit 85 rises back to initial position after punching, and upper platen 88 rises back to initial position, pressing disc 87
Initial position is returned to, waste tray 84 returns to initial position or removes the waste material in waste tray 84（Blowning installation can be passed through
Waste material is blown out into waste tray 84 or waste tray 84 continues extension until its front does not support pours out waste material downwards）Afterwards again
Initial position is returned to, the punching of plate material 69 is completed.First is then repeated if necessary to repeatedly be punched on same plate material
It walks to the 4th step process.
The present invention realizes transmission, positioning and the polytechnic processing of plate material by digital control scheme, has operation
Simply, the advantages that precise control is fine, and manufacturing cost is cheap, function centralization and multioperation are carried out at the same time.
Setup parameter of the present invention has：Plate material thickness, punching figure, hole size, hole site, station selection, transmission speed
Degree etc..The downhole parameter generally use initial set value such as needs to change, can after powering random time in industrial computer
13 working pages are set.
Claims (10)
1. a kind of online process equipment, including industrial computer, rack simultaneously of multistation, fills it is characterized in that being additionally provided with X to transmission
Set, X is to stop assembly, Y-direction positioning device, cutting tool assembly, X is to transmission device, X to stop assembly, Y-direction positioning device, cutter
Assembly is installed in rack, X to transmission device for X to conveying plate material, X to stop assembly for plate material X to
The positioning of Working position, Y-direction positioning device are used for the positioning of plate material Y-direction, and industrial computer and X are to transmission device, X to block
Device, Y-direction positioning device, cutting tool assembly are all connected with, and control program and control parameter are provided in industrial computer, control X to biography
Device, X is sent to work to stop assembly, Y-direction positioning device, cutting tool assembly according to control program and control parameter.
2. the online process equipment simultaneously of multistation according to claim 1, it is characterized in that：The cutting tool assembly is provided with brill
Head device, lower drill bit device, platen device, waste tray device, upper drill bit device, lower drill bit device are installed in rack simultaneously
Configuration symmetrical above and below, upper drill bit device include upper drill bit, upper drill bit driving mechanism, and upper drill bit driving mechanism is connect with upper drill bit,
Lower drill bit device includes lower drill bit, lower drill bit driving mechanism, and lower drill bit driving mechanism is connect with lower drill bit, upper drill bit driving machine
Structure, lower drill bit driving mechanism are installed in rack and are connect with industrial computer, and platen device is mounted in rack and for pressing
Plate material is fastened, waste tray device is mounted in rack and for accepting or being discharged the waste material that processing generates.
3. the online process equipment simultaneously of multistation according to claim 2, it is characterized in that：The platen device is filled by upper platen
It sets, pressing disc device composition, upper platen device is made of upper platen and upper platen driving mechanism, in upper platen driving mechanism driving
Platen moves up and down, and pressing disc device is made of pressing disc and pressing disc driving mechanism, and pressing disc driving mechanism drives pressing disc
It moves up and down, the configuration corresponding with pressing disc of upper platen, upper platen driving mechanism, pressing disc driving mechanism are installed in rack simultaneously
It is connect with industrial computer.
4. the online process equipment simultaneously of multistation according to claim 2, it is characterized in that：The waste tray device includes useless
Material torr disk and waste tray drive mechanism, waste tray driving mechanism are mounted in rack and are connect with waste tray, given up
Material tray drive mechanism is connect with industrial computer.
5. the online process equipment simultaneously of multistation according to claim 2, it is characterized in that：Air blowing dress is additionally provided in rack
It sets, blowning installation is connect with industrial computer.
6. the online process equipment simultaneously of multistation according to claim 1 or claim 2, it is characterized in that：Be additionally provided with into piece detection and
Detection and localization enters piece detection and is mounted in rack and connect with industrial computer, detection and localization mounted on X on block and with industry
Computer connect, enter piece detection for detect conveying in plate material whether reach need start Y-direction positioning device carry out Y-direction determine
The position of position and control X run slowly to transmission device, and whether the plate material that detection and localization is used to detect in conveying reaches
Working position.
7. the online process equipment simultaneously of multistation according to claim 1 or claim 2, it is characterized in that：The Y-direction positioning device includes
Y-direction positions roller, Y-direction driving roller, Y-direction driving mechanism, and Y-direction positions roller and is mounted in rack by roller mounting plate, Y-direction
Roller is driven to be mounted in Y-direction driving mechanism, Y-direction driving mechanism is mounted on by Y-direction driving mechanism mounting base in rack.
8. a kind of processing method of the online process equipment simultaneously of multistation described in claim 1 ~ 7 any claim, feature
It is to include the following steps：
A inputs processing method and machined parameters；B starts the online process equipment simultaneously of multistation and initializes；C industrial computers according to
Processing method and machined parameters select corresponding machining tool from cutting tool assembly, and plate material to be processed is by X to transmission
Device conveys；Y is pushed to by Y-direction positioning device when plate material in D transmission process is delivered to Y-direction positioning device corresponding position
To accurate positioning and continues to proceed to and blocked to stop assembly by X（Precisely initial manufacture position）；Tablets of the E to Working position
The processing that material is set；The plate material that F is processed sends out the online process equipment simultaneously of multistation, at the same under a piece of wait for
The plate material of processing is conveyed by X to transmission device；Turn D if processing is not over and processing method and machined parameters are unchanged
Step turns step C, if process finishing is shut down if processing is not over and processing method or machined parameters change.
9. processing method according to claim 8, it is characterized in that：It is fixed that plate material in the transmission process is delivered to Y-direction
It is pushed to Y-direction accurate positioning by Y-direction positioning device when the device corresponding position of position and is continued to proceed to and step is blocked to stop assembly by X
Suddenly include：Enter piece and detects that plate material, industrial computer control Y-direction driving roller under the promotion of Y-direction driving mechanism along Y-direction
Plate material is pushed to position roller to Y-direction is adjacent to, X runs slowly to transmission rubber roller, and plate material touches X to be determined on block
Position detection, rubber-roll driving mechanism are out of service.
10. processing method according to claim 8, it is characterized in that：What the plate material to Working position was set
Procedure of processing is punching flow, including：
Plate material is propped up in industrial computer control pressing disc stretching from below, and then upper platen, which moves downward, pushes down plate material；
Industrial computer according to drill bit, lower drill bit in plate material thickness control separately down, move upwards to plate material carry out
Drilling operation, until punching depth reaches program setting depth；
Lower drill bit drops to original state, and then waste tray is stretched out；
Upper drill bit, which continues to be decreased until, punches plate material；
Upper drill bit rises back to initial position, and upper platen rises back to initial position, and pressing disc returns to initial position, waste tray
It returns to initial position or returns initial position after removing the waste material in waste tray, one hole punching of plate material is completed；
If necessary to repeatedly punch then override interrupt flow on same plate material until completing all punchings on the plate material
Work.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810505111.6A CN108526505A (en) | 2018-05-24 | 2018-05-24 | A kind of multistation online process equipment and processing method simultaneously |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810505111.6A CN108526505A (en) | 2018-05-24 | 2018-05-24 | A kind of multistation online process equipment and processing method simultaneously |
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| CN108526505A true CN108526505A (en) | 2018-09-14 |
Family
ID=63472600
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810505111.6A Pending CN108526505A (en) | 2018-05-24 | 2018-05-24 | A kind of multistation online process equipment and processing method simultaneously |
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| CN109465933A (en) * | 2018-12-29 | 2019-03-15 | 佛山市顺德区鑫宏天机械制造有限公司 | A kind of drilling digital controlled material cutting machine up and down without turnover panel |
| CN110280799A (en) * | 2019-05-07 | 2019-09-27 | 广东联塑安防科技有限公司 | A kind of fire resistant doorsets glass press frame mounting hole drilling via formations equipment and drilling via formations method |
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