CN105955793A - Automatic chip code writing and reading equipment and chip code writing and reading method - Google Patents
Automatic chip code writing and reading equipment and chip code writing and reading method Download PDFInfo
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- CN105955793A CN105955793A CN201610502306.6A CN201610502306A CN105955793A CN 105955793 A CN105955793 A CN 105955793A CN 201610502306 A CN201610502306 A CN 201610502306A CN 105955793 A CN105955793 A CN 105955793A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F9/00—Arrangements for program control, e.g. control units
- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
- G06F9/44—Arrangements for executing specific programs
- G06F9/445—Program loading or initiating
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01R—MEASURING ELECTRIC VARIABLES; MEASURING MAGNETIC VARIABLES
- G01R31/00—Arrangements for testing electric properties; Arrangements for locating electric faults; Arrangements for electrical testing characterised by what is being tested not provided for elsewhere
- G01R31/28—Testing of electronic circuits, e.g. by signal tracer
- G01R31/2851—Testing of integrated circuits [IC]
- G01R31/2855—Environmental, reliability or burn-in testing
- G01R31/286—External aspects, e.g. related to chambers, contacting devices or handlers
- G01R31/2865—Holding devices, e.g. chucks; Handlers or transport devices
- G01R31/2867—Handlers or transport devices, e.g. loaders, carriers, trays
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
- Y02D10/00—Energy efficient computing, e.g. low power processors, power management or thermal management
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Abstract
The invention relates to the technical field of printer consumables, and in particular relates to automatic chip code writing and reading equipment and a chip code writing and reading method. The automatic chip code writing and reading equipment comprises a rack assembly, a feeding assembly and a code writing and reading assembly, wherein the feeding assembly comprises a feeding tray which can move in a first direction on the rack assembly; the code writing and reading assembly comprises a code writing and reading head assembly which can move in a second direction on the rack assembly; the code writing and reading head assembly comprises a functional main board comprising a printed circuit board and a main control circuit arranged on the printed circuit board, multiple probes are arranged on the printed circuit board along the second direction and are used for being respectively in contact with code writing and reading touch points of a chip which is about to being subjected to code writing and reading and placed in the feeding tray when the code writing and reading head assembly moves relative to the feeding tray in the second direction; and the main control circuit is provided with a probe interface module which is electrically connected with the probes. The structure of code writing and reading equipment is simplified, and an automatic batch code writing and reading test on chips is realized.
Description
Technical field
The present invention relates to printer material consumption technical field, specifically, relating to a kind of chip automatic write-read decoding apparatus for consumable chip being write code, reading code and test and chip write-read code method.
Background technology
It is currently used for consumable chip to write the equipment of code, reading code and test and mainly have monolithic write-read code instrument, ten write-read code instrument and hand propelled or pneumatic gearing 50 write-read code instruments in flakes in flakes.
50 in flakes write-read code instrument use winding displacement to be connected needle plate and master control borad, needle plate is connected with probe employing winding mode, the separately pattern of layout.The problem that this pattern is mainly brought has: instrument is installed and connection line is complicated, maintenance difficulties is big；The test of write-read code can write code unstable, easily occur that data are wrongly write and test errors disorderly report.Additionally, although although hand propelled or pneumatic gearing 50 write-read code instrument in flakes once can carry out write-read code operation to 50 chips on imposite, but, this time write-read code operation is broken down into five steps, and each step completes the write-read code to wherein ten chips.The encapsulation specification of hand propelled or pneumatic gearing 50 write-read code instrument in flakes and the 50 chips chip imposite on an imposite is consistent, meet the unification of production specification, but its mode using change chip placement locations reaches the write-read code purpose to chips all on chip imposite.Operating process and system structure are the most complicated, and work efficiency is not significantly improved, and positional accuracy is required height, and the position error between each step easily causes accumulation and amplifies.
Summary of the invention
The present invention solves that above-mentioned technical problem provides a kind of chip automatic write-read decoding apparatus, including housing assembly, feeding material component and write-read Code Element；Described feeding material component includes the material feeding tray that can move upward in the first party of described housing assembly, and described write-read Code Element includes the write-read harbour assembly that can move upward in the second party of described housing assembly；It is characterized in that: described write-read harbour assembly includes function mainboard, described function mainboard includes printed circuit board (PCB), arranges main control circuit on the printed circuit board, and multiple probes on the printed circuit board are set in a second direction, for when described write-read harbour assembly relatively moves with described material feeding tray in a second direction, by described probe, write-read code contact with the reading code chip to be written being placed in described material feeding tray carries out write-read code respectively；Described main control circuit arranges probe interface module and electrically connects described probe.
The present invention uses probe interface module to connect described probe and described main control circuit, described probe and described main control circuit is integrated on same printed circuit board (PCB).Eliminate needle plate, thus deducted needle plate and be connected with the port between needle plate with write-read code contact, main control circuit so that clear in structure, stability is greatly improved.Can be good at solving instrumentation installation workload big, the problems such as module is complicated, difficult in maintenance, improve and write a yard stability, reduce error rate.
As preferably, described main control circuit includes main control unit, from control unit and for storing the memory module of write-read code data；Described electrically connecting with described main control unit from control unit, described memory module electrically connects with described main control unit, described is provided with driving module from control unit, and described probe interface module is arranged between described driving module and described probe.Need not change chip imposite and the position of chip, it is only necessary to the write-read code that can be completed the chip to the reading code all to be written on chip imposite by once-through operation is operated.
As preferably, described being provided with test module from control unit, described probe connection module is arranged between described test module and described probe.Tested before and after write-read code operates, on the one hand lower the error rate of write-read code operation, on the other hand can improve and can carry out mistake investigation when write-read code makes a mistake.
As preferably, described memory module includes the SD storage card being connected to described main control unit by SD card slot.Using SD card to there is the data message needing to write chip, modularized design provides convenient for plant maintenance and upgrading, improves upgrading data efficiency and correctness.
As preferably, described feeding material component also includes feeding guide, feeding cylinder, feeding cylinder controller and the first direction position sensor arranged in the first direction；Described material feeding tray is slidably connected with described feeding guide, and the output shaft of described feeding cylinder connects described material feeding tray, and described feeding cylinder controller electrically connects with described feeding cylinder；Described main control unit arranges interface module, and described feeding cylinder controller connects described main control unit by described interface module, and described first direction position sensor connects described master controller by described interface module.Described write-read Code Element also includes write-read code guide rail, write-read code cylinder, write-read code cylinder controller and the second direction position sensor arranged in a second direction；Described write-read harbour component slippage is arranged on described write-read code guide rail, the output shaft of described write-read code cylinder is connected to described write-read harbour assembly, described write-read code cylinder controller electrically connects with described write-read code cylinder, described write-read code cylinder controller connects described main control unit with described interface module, and described second direction position sensor connects described master controller by described interface module.Realize the full-automation of whole chip write-read code process, it is not necessary to manual intervention, substantially increase production efficiency.And, use cylinder can be adjusted as required as driving means, the dynamics that contacts between probe and the write-read code contact of reading code chip to be written, and keep consistent, the too small meeting of the dynamics that avoids contact with causes chip write-read code loose contact, and contact force is spent has damage to chip greatly.
As preferably, described first direction position sensor is photoelectric tube, and described second direction position sensor is photoelectric tube.When position is judged, frame for movement is not damaged, high life.
As preferably, described material feeding tray includes that the chip imposite mounting groove for chip imposite, described write-read harbour assembly include the function mainboard installed part for installing described function mainboard；Described chip imposite mounting groove includes that chip imposite locating part, described function mainboard installed part include function mainboard location division.Need the replaceable function mainboard for different chip imposite according to producing, improve equipment compatibility, reduce production cost.
As preferably, described write-read Code Element includes the repetition measurement button being arranged on described housing assembly, and described repetition measurement button electrically connects with described main control unit, for driving described write-read Code Element to carry out write-read code again by described main control unit.
As preferably, described write-read Code Element includes the touch display screen being arranged on described housing assembly, and described touch display screen connects described main control unit by described interface module.
The present invention also provides for a kind of chip write-read code method, and for chip automatic write-read decoding apparatus, described chip automatic write-read decoding apparatus includes housing assembly, feeding material component and write-read Code Element.It is characterized in that, including step:
A1) described feeding material component drives its material feeding tray to be moved to the second material feeding tray position by the first material feeding tray position on the first direction of described housing assembly
A2) described write-read Code Element drives its write-read harbour assembly to be moved to the second write-read harbour module position by the first write-read harbour module position in the second direction of described housing assembly；
A3) main control unit of described write-read harbour assembly is by respectively treating write-read code chip from control unit carries out write-read code operation；Respectively feed back the write-read code result of each reading code chip to be written from control unit to described main control unit, described main control unit output write-read code result.
Wherein, when described material feeding tray is positioned at described second feeding position and described write-read harbour assembly is positioned at described second write-read harbour module position, the probe on described write-read Code Element realizes electrical contact with the write-read code contact of the reading code chip to be written being placed in described material feeding tray respectively.
Described write-read code result at least includes:
Operation result information, represents write-read code operation the most successfully information；
Error code information, represents the failed operation of write-read code, the error code that the type of error that runs into during write-read code is corresponding.Demonstrate that the write-read code operation of each chip is the most successful, and the type that points out faults makeing mistakes when.
As preferably, the operation of described write-read code includes:
A31) write yard preamble rapid, write yard Function detection and communication check including chip circuit detection, equipment；
A32) code table write step, carries out code table write to chip.
As preferably, the operation of described write-read code includes:
A33) code table read step, detection in step A32) in write code table the most correct.
As preferably, the operation of described write-read code includes:
A34) yard postamble is write rapid, including the detection of chip exterior device function and communication check.
On the one hand aforesaid operations can reduce the error rate of write-read code operation, on the other hand can quick and precisely judge link of makeing mistakes makeing mistakes when.
As preferably, monitor whether described material feeding tray arrives the second material feeding tray position by the first direction position sensor installed in said first direction；Monitor whether described write-read Code Element arrives the second write-read code position by the second direction position sensor installed in this second direction.
As preferably, described write-read code result also includes: error type information, the concrete type of error corresponding with described error code.The specifying information of error code is shown so that more directly perceived when lookup and analysis report an error reason while display code.
As preferably, if step A3) in, at least the write-read code result of a reading code chip to be written represents its write-read code operation failure, then carry out repetition measurement step:
B1) described write-read Code Element drives described write-read harbour assembly to be moved to the first write-read harbour module position by the second write-read harbour module position in the second direction of described housing assembly；
B2) described write-read Code Element drives described write-read harbour assembly to be moved to the second write-read harbour module position by the first write-read harbour module position in the second direction of described housing assembly；
B3) main control unit of described write-read harbour assembly is by respectively treating write-read code chip from control unit carries out write-read code operation；Respectively feed back the write-read code result of each reading code chip to be written from control unit to described main control unit, described main control unit output write-read code result.The efficiency of write-read code operation, and test correctness can be improved.
As preferably, described repetition measurement step also includes:
B4) described write-read Code Element drives described write-read harbour assembly to be moved to the first write-read harbour module position by the second write-read harbour module position in the second direction of described housing assembly；
B5) described feeding material component drives described material feeding tray to be moved to the first material feeding tray position by the second material feeding tray position on the first direction of described housing assembly.
As preferably, if step A3) in, the write-read code result of all reading code chips to be written represents that its write-read code operates successfully, then continue following step:
A4) described write-read Code Element drives described write-read harbour assembly to be moved to the first write-read harbour module position by the second write-read harbour module position in the second direction of described housing assembly；
A5) described feeding material component drives described material feeding tray to be moved to the first material feeding tray position by the second material feeding tray position on the first direction of described housing assembly.
As preferably, described feeding material component drives described material feeding tray to move upward in the first party of described housing assembly by feeding cylinder；Described write-read Code Element is moved upward in the second party of described housing assembly by write-read harbour assembly described in write-read code air cylinder driven.
Accompanying drawing explanation
Fig. 1 chip write-read decoding apparatus structural representation one.
Fig. 2 chip write-read decoding apparatus structural representation two.
Fig. 3 chip write-read decoding apparatus structural representation three.
Fig. 4 function main board system figure.
Fig. 5 write-read code flow chart.
Detailed description of the invention
Below in conjunction with accompanying drawing, embodiments of the present invention are described in detail.Such as Fig. 1-3, a kind of chip automatic write-read decoding apparatus, including housing assembly, feeding material component and write-read Code Element.
Feeding material component includes material feeding tray 11, horizontally disposed feeding guide 12, feeding cylinder 13, feeding cylinder controller and horizontal direction position sensor (for photoelectric tube in the present embodiment).Material feeding tray 11 is slidably connected with feeding guide 12, and the output shaft of feeding cylinder connects material feeding tray, and feeding cylinder controller electrically connects with feeding cylinder.Material feeding tray 11 includes the chip imposite mounting groove 112 for chip imposite 111, and chip imposite mounting groove 112 includes chip imposite locating part.The chip of reading code to be written is installed on chip imposite, chip imposite is installed and in chip imposite mounting groove 112, and is fixed by chip imposite locating part so that material feeding tray 11 can carry chip imposite 111 and move in the horizontal direction of housing assembly.
The touch LCD screen 216 that write-read Code Element includes write-read harbour assembly 21, function mainboard 211, the write-read code guide rail 212 being arranged in vertical, write-read code cylinder 213, write-read code cylinder controller, vertical direction position sensor (for photoelectric tube in the present embodiment) and the repetition measurement button 215 being arranged on housing assembly, is arranged on housing assembly.Write-read harbour assembly 21 is slidably arranged on write-read code guide rail 212, and the output shaft of write-read code cylinder is connected to write-read harbour assembly, and write-read code cylinder controller electrically connects with write-read code cylinder.Write-read harbour assembly 21 includes the function mainboard installed part 214 for installation function mainboard 211.Function mainboard installed part includes function mainboard location division.The function mainboard corresponding with chip imposite can be arranged in the main installed part of function, and congenerous mainboard location division is fixed.Make write-read harbour assembly 21 can carry function mainboard 211 to move upward at the Vertical Square of housing assembly.
Such as Fig. 4, function mainboard includes printed circuit board (PCB), arranges main control circuit on a printed circuit, and the multiple probes 2111 being vertically disposed on printed circuit board (PCB).Probe and the write-read code contact one_to_one corresponding of the chip of all reading codes to be written on chip imposite.In the present embodiment, chip imposite is the chip with 50 reading codes to be written, and the chip of every reading code to be written has 9 write-read code contacts.50*9=450 root probe altogether it is integrated with on function mainboard, corresponding with the write-read code contact of the reading code chip each to be written on this chip imposite respectively.Function mainboard 211 along with write-read harbour assembly 12 in vertical direction towards material feeding tray 11 move time, function mainboard 211 is close towards chip imposite, by probe respectively with the write-read code contact of the reading code chip all to be written being placed in material feeding tray 11.
Main control circuit includes main control unit, from control unit, for storing the probe interface module of the memory module of write-read code data, power module, interface module, network interface module and linking probe:
Main control unit: for core process control, communicate with from control unit, data process etc..
Probe interface module: be arranged on between control unit and probe, for linking probe.It is all that single IO drives that the port of every reading code chip to be written drives, and the i.e. overall parallel drive mode that uses, probe interface encapsulation is consistent with reading code chip to be written.
From control unit: be provided with driving module and test module, probe interface module is arranged between driving module and probe and test module and probe.Totally five electrically connect with main control unit from control unit, main control unit and employing Serial Communication for Multi-computer System between control unit.Five drive ten reading code chips to be written from control unit respectively by driving module and test module, treat write-read code chip and carry out write-read code test.
Power module: receive 15-24V DC supply input, is respectively converted into 5V power supply and the output of 3.3V power supply.5V power supply is mainly supplied to touch LCD screen and uses, and 3.3V power supply powers mainly to main control circuit and other peripheral circuits.
Memory module: use the SD storage card being connected to main control unit by SD card slot, is mainly used in storing code table data required when reading code chip to be written is write yard, code data.
Network interface module: for online with subsequent server, remotely update, it is possible to realize streamline intellectualized operation.
Interface module: including: liquid crystal serial port module, carries out data interaction for being connected driving touch LCD screen with touch LCD screen；Photoswitch interface input module, for the signal that puts in place of photoelectric tube；Complete signal output interface module, carry out corresponding action for writing the switching signal exporting result after code completes to feeding cylinder controller and write-read code cylinder controller, driving cylinder.
Repetition measurement button electrically connects with main control unit, can drive write-read Code Element that the chip on chip imposite is carried out write-read code again by main control unit.
Material feeding tray can be under the driving of feeding cylinder, and the feeding guide arranged in horizontal direction moves between the first material feeding tray position and the second material feeding tray position.Write-read harbour assembly can under the driving of write-read code cylinder, vertically on be arranged on write-read code guide rail and move between the first write-read harbour module position and the second write-read harbour module position.Second material feeding tray position is positioned at the underface of the second write-read harbour module position, and the first write-read harbour module position is positioned at the surface of the second write-read harbour module position, and the first material feeding tray position is in the front of the second material feeding tray position.
Before not actuated equipment, material feeding tray is positioned at the first material feeding tray position, and write-read harbour assembly is positioned at the first write-read harbour module position.The chip imposite being loaded with reading code chip to be written is arranged in material feeding tray, and is fixed by chip imposite locating part.Later on equipment, tests the chip write-read code on chip imposite:
A1) main control unit receives equipment enabling signal, outputing signal to cylinder controller of giving a present, feeding cylinder controller feeding cylinder drives the material feeding tray being loaded with chip imposite to be moved towards the second material feeding tray position by the first material feeding tray position in the horizontal direction；When the photoelectric tube being arranged on feeding guide detects that material feeding tray arrives the second material feeding tray position, output signal to main control unit；Main control unit stops feeding cylinder by feeding cylinder controller, is started the write-read code cylinder of write-read Code Element by write-read code cylinder controller simultaneously.
A2) write-read code air cylinder driven is loaded with the write-read harbour assembly of function mainboard and is moved towards the second write-read harbour module position by the first write-read harbour module position in vertical direction；When the photoelectric tube being arranged on write-read code guide rail detects that write-read harbour assembly arrives the second write-read harbour module position, outputing signal to main control unit, main control unit stops write-read code cylinder by write-read code cylinder controller.Now, the probe on write-read Code Element realizes electrical contact with the write-read code contact of the reading code chip to be written being placed in material feeding tray respectively.
A3) main control unit of write-read harbour assembly controls respectively to treat write-read code chip from control unit by the way of Serial Communication for Multi-computer System and carries out write-read code operation；Respectively feed back the write-read code result of each reading code chip to be written from control unit to main control unit, main control unit output write-read code result.If in write-read code operating process, at least the write-read code result of a reading code chip to be written represents its write-read code operation failure, then carry out repetition measurement step；Otherwise, step A4 is continued).
A4) main control unit starts write-read code cylinder by write-read code cylinder controller, and write-read code air cylinder driven write-read harbour assembly is moved to the first write-read harbour module position by the second write-read harbour module position in vertical direction.
A5) main control unit starts feeding cylinder by feeding cylinder controller, and feeding cylinder drives material feeding tray to be moved to the first material feeding tray position by the second material feeding tray position in the horizontal direction.Now, the chip of the reading code all to be written on chip imposite is successfully completed the test of write-read code, can take out from material feeding tray.
If in write-read code operating process, at least the write-read code result of a reading code chip to be written represents its write-read code operation failure, then carry out repetition measurement step:
B1) main control unit starts write-read code cylinder by write-read code cylinder controller, and write-read code air cylinder driven write-read harbour assembly is moved to the first write-read harbour module position by the second write-read harbour module position in vertical direction.Make probe and the write-read code contact separation of reading code chip to be written on chip imposite of function mainboard.
B2) main control unit starts write-read code cylinder by write-read code cylinder controller, and write-read code air cylinder driven write-read harbour assembly is moved to the second write-read harbour module position by the first write-read harbour module position in vertical direction.The write-read code contact making the probe reading code chip to be written with on chip imposite of function mainboard contacts again.
B3) main control unit of write-read harbour assembly controls respectively to treat write-read code chip from control unit by the way of Serial Communication for Multi-computer System and carries out write-read code operation；Respectively feed back the write-read code result of each reading code chip to be written from control unit to main control unit, main control unit output write-read code result.
B4) main control unit starts write-read code cylinder by write-read code cylinder controller, and write-read code air cylinder driven write-read harbour assembly is moved to the first write-read harbour module position by the second write-read harbour module position in vertical direction.
B5) main control unit starts feeding cylinder by feeding cylinder controller, and feeding cylinder drives material feeding tray to be moved to the first material feeding tray position by the second material feeding tray position in the horizontal direction.Now, if if write-read code result represents the success of all chip operations, then it represents that the chip of the reading code all to be written on chip imposite is successfully completed the test of write-read code, can take out from material feeding tray.If write-read code result still shows the failure of chip write-read code, then it represents that there is bad chip.
Write-read code result specifically includes: chip information, the data message of write chip and operation result information, error code information and error type information.Wherein:
Operation result information, represents write-read code operation the most successfully information.
Error code information, represents the failed operation of write-read code, the error code that the type of error that runs into during write-read code is corresponding.
Error type information, the concrete type of error corresponding with error code.
Above-mentioned write-read code result carries out output display, operating result and error message by touch LCD screen and integrates output display, the most intuitively.
The operation of write-read code includes:
A31) write yard preamble rapid, write a yard Function detection (DEBUG writes fixing code table) and communication check (normal command detection, CP detection) including chip circuit detection (COB detection), equipment；
A32) code table write step, carries out code table write (DEBUG writes code) to chip.
A33) code table read step, detection is in step A32) the middle code table write is the most correctly (DEBUG reading code).
A34) write yard postamble rapid, detect (sensor detection) and communication check (normal command reading code) including chip exterior device function.
Although being described in conjunction with the accompanying embodiments of the present invention, but those of ordinary skill in the art can make various deformation or amendment within the scope of the appended claims.
Claims (19)
1. a chip automatic write-read decoding apparatus, including housing assembly, feeding material component and write-read Code Element；Described feeding material component includes the material feeding tray that can move upward in the first party of described housing assembly, and described write-read Code Element includes the write-read harbour assembly that can move upward in the second party of described housing assembly；It is characterized in that: described write-read harbour assembly includes function mainboard, described function mainboard includes printed circuit board (PCB), arranges main control circuit on the printed circuit board, and multiple probes on the printed circuit board are set in a second direction, for when described write-read harbour assembly moves relative to described material feeding tray in a second direction, by described probe, write-read code contact with the reading code chip to be written being placed in described material feeding tray carries out write-read code respectively；Described main control circuit arranges probe interface module and electrically connects described probe.
A kind of chip automatic write-read decoding apparatus the most according to claim 1, it is characterised in that: described main control circuit includes main control unit, from control unit and for storing the memory module of write-read code data；Described electrically connecting with described main control unit from control unit, described memory module electrically connects with described main control unit, described is provided with driving module from control unit, and described probe interface module is arranged between described driving module and described probe.
A kind of chip automatic write-read decoding apparatus the most according to claim 2, it is characterised in that: described being provided with test module from control unit, described probe interface module is arranged between described test module and described probe.
A kind of chip automatic write-read decoding apparatus the most according to claim 2, it is characterised in that: described memory module includes the SD storage card being connected to described main control unit by SD card slot.
5. according to a kind of chip automatic write-read decoding apparatus described in claim 1 or 2 or 3 or 4, it is characterised in that: described feeding material component also includes feeding guide, feeding cylinder, feeding cylinder controller and the first direction position sensor arranged in the first direction；Described material feeding tray is slidably connected with described feeding guide, and the output shaft of described feeding cylinder connects described material feeding tray, and described feeding cylinder controller electrically connects with described feeding cylinder；Described main control unit arranges interface module, and described feeding cylinder controller connects described main control unit by described interface module, and described first direction position sensor connects described master controller by described interface module；
Described write-read Code Element also includes write-read code guide rail, write-read code cylinder, write-read code cylinder controller and the second direction position sensor arranged in a second direction；Described write-read harbour component slippage is arranged on described write-read code guide rail, the output shaft of described write-read code cylinder is connected to described write-read harbour assembly, described write-read code cylinder controller electrically connects with described write-read code cylinder, described write-read code cylinder controller connects described main control unit by described interface module, and described second direction position sensor connects described master controller by described interface module.
A kind of chip automatic write-read decoding apparatus the most according to claim 5, it is characterised in that: described first direction position sensor is photoelectric tube, and described second direction position sensor is photoelectric tube.
A kind of chip automatic write-read decoding apparatus the most according to claim 5, it is characterized in that: described material feeding tray includes that the chip imposite mounting groove for chip imposite, described write-read harbour assembly include the function mainboard installed part for installing described function mainboard；Described chip imposite mounting groove includes that chip imposite locating part, described function mainboard installed part include function mainboard location division.
A kind of chip automatic write-read decoding apparatus the most according to claim 7, it is characterized in that: described write-read Code Element includes the repetition measurement button being arranged on described housing assembly, described repetition measurement button electrically connects with described main control unit, for driving described write-read Code Element to carry out write-read code again by described main control unit.
A kind of chip automatic write-read decoding apparatus the most according to claim 5, it is characterised in that: described write-read Code Element includes the touch display screen being arranged on described housing assembly, and described touch display screen connects described main control unit by described interface module.
10. a chip write-read code method, for chip automatic write-read decoding apparatus, described chip automatic write-read decoding apparatus includes housing assembly, feeding material component and write-read Code Element；It is characterized in that, including step:
A1) described feeding material component drives its material feeding tray to be moved to the second material feeding tray position by the first material feeding tray position on the first direction of described housing assembly；
A2) described write-read Code Element drives its write-read harbour assembly to be moved to the second write-read harbour module position by the first write-read harbour module position in the second direction of described housing assembly；
A3) main control unit of described write-read harbour assembly is by respectively treating write-read code chip from control unit carries out write-read code operation；Respectively feed back the write-read code result of each reading code chip to be written from control unit to described main control unit, described main control unit output write-read code result；
Wherein,
When described material feeding tray is positioned at described second feeding position and described write-read harbour assembly is positioned at described second write-read harbour module position, the probe on described write-read Code Element realizes electrical contact with the write-read code contact of the reading code chip to be written being placed in described material feeding tray respectively；
Described write-read code result at least includes:
Operation result information, represents write-read code operation the most successfully information；
Error code information, represents the failed operation of write-read code, the error code that the type of error that runs into during write-read code is corresponding.
11. a kind of chip write-read code methods according to claim 10, it is characterised in that: the operation of described write-read code includes:
A31) write yard preamble rapid, write yard Function detection and communication check including chip circuit detection, equipment；
A32) code table write step, carries out code table write to chip.
12. a kind of chip write-read code methods according to claim 11, it is characterised in that: the operation of described write-read code includes:
A33) code table read step, detection in step A32) in write code table the most correct.
13. a kind of chip write-read code methods according to claim 12, it is characterised in that: the operation of described write-read code includes:
A34) yard postamble is write rapid, including the detection of chip exterior device function and communication check.
14. a kind of chip write-read code methods according to claim 10, it is characterised in that: monitor whether described material feeding tray arrives the second material feeding tray position by the first direction position sensor installed in said first direction；Monitor whether described write-read Code Element arrives the second write-read code position by the second direction position sensor installed in this second direction.
15. a kind of chip write-read code methods according to claim 10, it is characterised in that: described write-read code result also includes:
Error type information, the concrete type of error corresponding with described error code.
16. a kind of chip write-read code methods according to claim 10, it is characterised in that:
If step A3) in, at least the write-read code result of a reading code chip to be written represents its write-read code operation failure, then carry out repetition measurement step:
B1) described write-read Code Element drives described write-read harbour assembly to be moved to the first write-read harbour module position by the second write-read harbour module position in the second direction of described housing assembly；
B2) described write-read Code Element drives described write-read harbour assembly to be moved to the second write-read harbour module position by the first write-read harbour module position in the second direction of described housing assembly；
B3) main control unit of described write-read harbour assembly is by respectively treating write-read code chip from control unit carries out write-read code operation；Respectively feed back the write-read code result of each reading code chip to be written from control unit to described main control unit, described main control unit output write-read code result.
17. a kind of chip write-read code methods according to claim 16, it is characterised in that: described repetition measurement step also includes:
B4) described write-read Code Element drives described write-read harbour assembly to be moved to the first write-read harbour module position by the second write-read harbour module position in the second direction of described housing assembly；
B5) described feeding material component drives described material feeding tray to be moved to the first material feeding tray position by the second material feeding tray position on the first direction of described housing assembly.
18. a kind of chip write-read code methods according to claim 10, it is characterised in that:
If step A3) in, the write-read code result of all reading code chips to be written represents that its write-read code operates successfully, then continue following step:
A4) described write-read Code Element drives described write-read harbour assembly to be moved to the first write-read harbour module position by the second write-read harbour module position in the second direction of described housing assembly；
A5) described feeding material component drives described material feeding tray to be moved to the first material feeding tray position by the second material feeding tray position on the first direction of described housing assembly.
19. according to a kind of chip write-read code method described in claim 10 or 11 or 12 or 3 or 14 or 15 or 16 or 17 or 18, it is characterised in that:
Described feeding material component drives described material feeding tray to move upward in the first party of described housing assembly by feeding cylinder；
Described write-read Code Element is moved upward in the second party of described housing assembly by write-read harbour assembly described in write-read code air cylinder driven.
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