CN101414274A - Method for rapidly recovering picking machine system - Google Patents

Abstract

The invention relates to a quick recovery method of a chip mounter. The method is realized by the following steps: creating a Ghost system mirror image file, and copying the file to a production program; modifying a registry file *.Reg of a C:\Juki\Env directory if the original mirror image is not matched with a target device model,, and modifying the registry file name and a database name in the registry file according to the device model; double clicking the modified registry file *.reg, and shutting down and restarting after the registry file is imported in a system; recovering a machine data backup which is a compression package in *.cab and is automatically decompressed to directories of C:\Juki\Data and C:\Juki\EXE by the system; perform a device self calibration again to ensure mounting progress of the chip mounter; and the chip mounter can operate normally after the system is reinstalled. The method has the beneficial effects of greatly reducing the system recovery time of the chip mounter, enhancing the security, and minimizing the effects on production.

Description

The method of rapidly recovering picking machine system

Technical field

The present invention relates to a kind of chip mounter, relate in particular to a kind of method of JUKI2000 series rapidly recovering picking machine system.

Background technology

Chip mounter is one of equipment of a kind of employing surface installation technique (Surface Mount Technology is called for short SMT).So-called SMT technology, it is with the Surface Mount Component, subsides, is soldered to the circuit multi pack technology on the assigned position of printed circuit board surface, technology of inserting perforation at the circuit board dress different from the past, because the miniaturization of its electronic devices and components, electronic product with the SMT assembling has the comprehensive advantage that volume is little, performance good, function is complete, price is low, is widely used in industries such as Aeronautics and Astronautics, communication, computing machine, medical electronics, automobile, office automation, household electrical appliance.

Chip mounter is as a kind of production equipment of precision, because the hardware damage that a variety of causes produces or the situation of inefficacy are inevitable, operating system that particularly plays a crucial role and system software, in case damage or loss of data, the time of its recovery and complicacy all are not say and pre-.How can recover picking machine system software as soon as possible, dropping to minimum to the influence of producing it is the problem that is worth research.

Traditional system recovery method is exactly:

1, changes the system disk of damage, hard disk is carried out the subregion setting according to the requirement of system;

2, Windows operating system and JUKI system software are installed on the hard-disk system subregion;

3, Equipment Alignment is done in the backup of restorer data in case of necessity;

4, copy production routine file into backup.

But this way is installed and the JUKI system installs the chronic of cost in the Window system, operates also very complicatedly, does not have one day time just to be difficult to finish at all.To having the greatest impact of producing.Because the appearance of Ghost software, the complexity of system recovery further reduces, and the time of recovery has also shortened greatly.

Common system recovery step:

1,, hard disk is connected on the hard disk line of corresponding model device and makees the subordinate dish according to unit type;

2, with the start of Ghost software startup dish, all data clones on the picking machine system hard disk to new hard disk;

3, the good hard disk of clone is installed on the chip mounter of damage, change original hard disk;

4, Equipment Alignment is done in the backup of restorer data in case of necessity;

5, deletion is copied the production routine file into backup by production routine file useless on the cloned devices.

Although this method is greatly improved than traditional restoration methods, the clone is in the chip mounter shutdown that needs the same model of a correspondence.Particularly meeting this equipment is just having bothered of the unique model of company, but also has the risk of maloperation, and normal system data is override, and loss is just big like this.

Summary of the invention

The technical issues that need to address of the present invention have provided a kind of method of rapidly recovering picking machine system, are intended to solve the above problems.

In order to solve the problems of the technologies described above, the present invention realizes by following steps:

Ghost system image file, and copy into production routine;

If mirror image does not originally match with the target device model, then revise C: Juki the registry file * .Reg of Env catalogue, revise database-name in registry filename and the registry file according to unit type;

Double-click amended registry file * .reg, shutdown is restarted behind the import system;

Recovery machine data backup: the machine data backup be the compressed package of * .Cab, system unzip to automatically C: Juki Daua and C: Juki under the EXE catalogue;

Again the equipment of doing is calibrated (Self Calibration) automatically, and the progress of mounting of chip mounter is guaranteed;

System's refitting finishes, and chip mounter can operate as normal.

Compared with prior art, the invention has the beneficial effects as follows: the time that picking machine system recovers shortens greatly, and security also is improved, being reduced to minimum to the influence of producing.

Embodiment

Below in conjunction with embodiment the present invention is described in further detail:

The present invention realizes by following steps:

Ghost system image file, and copy into production routine;

Ghost system image KE2010, KE2020 and KE2040 are general, and KE2050 and KE2060 are general;

If mirror image does not originally match with the target device model, then revise C: Juki the registry file * .Reg of Env catalogue, revise database-name in registry filename and the registry file according to unit type, specifically with reference to following table:

Unit type	Registry filename	Database-name
			KE2010 series	KE2010.reg	KE2010.mdb
KE2020 series	KE2020.reg	KE2020.mdb
			KE2040 series	KE2040.reg	KE2040.mdb
KE2050 series	KE2050S.reg	KE2050S.mdb
			KE2060 series	KE2060S.reg	KE2060S.mdb

For example, backup originally is the Ghost file of KE2010 system, C: Juki can find this registry file of KE2010.reg under the Env file, if target machine is KE2020, so earlier this file of KE2010.reg is renamed as KE2020.reg, open this file with notepad then, can see following content:

The present invention changes this parameter value of DBName into ＂ C: juki Data KE2020.mdb ＂ according to the corresponding relation of last table, amended file is preserved the registry file that just obtains the KE2020 system.

In this file of C: juki Data, whether this file of KE2020.mdb is arranged, if there is not this device-dependent database file, can arrive in the machine data backup of correspondence and extract, or from other JUKI chip mounter device systems, remove to copy portion and be put in this file just passable;

Double-click amended registry file * .reg, shutdown is restarted behind the import system;

The backup of recovery machine data;

Machine data backup be the compressed package of * .Cab, system unzip to automatically C: Juki Data and C: Juki under the EXE catalogue, file content sees the following form:

Sequence number	Content	KE2010 series	KE2020 series	KE2040 series	KE2050 series	KE2060 series
							1	MS?Parameter	MSP2010.DAT	MSP2020.DAT	MSP2040.DAT	MSP2050S.DAT	MSP2060S.DAT
2	Control	CTL2010.DAT	CTL2020.DAT	CTL2040.DAT	CTL2050S.DAT	CTL2060S.DAT
							3	Designlnfo	DSN2010.DAT	DSN2020.DAT	DSN2040.DAT	DSN2050S.DAT	DSN2060S.DAT
4	MechPos	POS2010.DAT	POS2020.DAT	POS2040.DAT	POS2050S.DAT	POS2060S.DAT
							5	MechPosDesign	MPD2010.DAT	MPD2020.DAT	MPD2040.DAT	MPD2050S.DAT	MPD2060S.DAT
6	Setup	SUP2010.DAT	SUP2020.DAT	SUP2040.DAT	SUP2050S.DAT	SUP2060S.DAT
							7	Option	OPT2010.DAT	OPT2020.DAT	OPT2040.DAT	OPT2050S.DAT	OPT2060S.DAT
8	Machine Database	KE2010.MDB	KE2020.MDB	KE2040.MDB	KE2050S.MDB	KE2060S.MDB
							9		KE2K.MDB	KE2K.MDB	KE2K.MDB	—	—
10		Prof2010.G4P	Prof2020.G4P	Prof2040.G4P	Prof2050.G4P	Prof2060.G4P
							11		Prom2010.G4P	Prom2020.G4P	Prom2040.G4P	Prom2050.G4P	Prom2060.G4P

Again the equipment of doing is calibrated (Self Calibration) automatically, and the progress of mounting of chip mounter is guaranteed;

System's refitting finishes, and chip mounter can operate as normal.

Principle of the present invention is: install since Windows system and JUKI operating system all are same mounting discs, system all is the same certainly so, the difference that operational difference is its configuration file why occurs.Based on above understanding, on any chip mounter, extracted the Ghost of system, and deleted some with the incoherent file of system, make the system recovery backup file of a cleaning, its file volume is dwindled about 790M by original 1.8G.

Claims (1)

1. the method for a rapidly recovering picking machine system, realize by following steps:

Ghost system image file, and copy into production routine;

If mirror image does not originally match with the target device model, then revise C: Juki the registry file * .Reg of Env catalogue, revise database-name in registry filename and the registry file according to unit type;

Double-click amended registry file * .reg, shutdown is restarted behind the import system;

Recovery machine data backup: the machine data backup be the compressed package of * .cab, system unzip to automatically C: Juki Data and C: Juki under the EXE catalogue;

Again the equipment of doing is calibrated (Self Calibration) automatically, and the progress of mounting of chip mounter is guaranteed;

System's refitting finishes, and chip mounter can operate as normal.