CN112558992B - Magnetic charging and burning method - Google Patents

Abstract

The invention discloses a magnetic charging and burning method. The method and the device are connected with the Mac Pro through the USB, and the Watch module and the Mac Pro are successfully connected through searching the modem, obtaining a modem path, opening the modem, reading and writing the modem and closing the modem through software. According to the input product ID (namely PID) number, the supplier ID, the production ID, the supplier name, the manufacturer name, the model number and the serial number information are automatically burnt into the Watch product by pressing an enter key. The burning efficiency is greatly improved, and the delivery period of the product is shortened.

Description

Magnetic charging and burning method

Technical Field

The invention relates to the technical field of software program burning, in particular to a magnetic charging burning method.

Background

With the rapid development of Watch technology, various formats of Watch magnetically charged charging products are rapidly developed. In addition, according to Apple's regulations, each magnetic charger module needs to track the flow direction, and must write factory information.

The current Watch burning mode is to burn by manually inputting a command, so that errors are easy to occur, and the delivery time of a product is influenced to a great extent.

Disclosure of Invention

In view of the above-mentioned drawbacks of the prior art, the present invention provides a magnetic recording method to solve the deficiencies of the prior art in the background art.

In order to achieve the purpose, the invention provides a magnetic charging and burning method, which comprises the following steps:

step S101: preparing the Watch to be burned, namely burning information;

step S102: inputting a production ID unique to the product, and then proceeding to step S103;

step S103: judging whether the ID exists, if not, returning to the step S102 to try to input again, if so, entering the step S104;

step S104: displaying detailed burning information;

step S105: judging whether the burning information to be burned is correct or not, if not, ending the burning, and if so, entering the step S106;

step S106: inputting a serial number, and then proceeding to step S107;

step S107: judging whether the input serial number is a 4-digit number, if not, continuing to return to the step S106 to continue inputting; if the condition is satisfied, the step S108 is entered;

step S108: converting the input 4-bit serial number into a numerical value, storing the numerical value, and then entering step S109;

step S109: displaying complete serial number information: date + W + serial number for inspector confirmation, then proceed to step S110;

step S110: starting to search the USBModem list, finding out the USBModems, and then entering the step S111;

step S111: judging whether the USBModem list is found, if not, entering the step S114, and if so, entering the step S112;

step S112: starting to search the USBModem path, and entering the step S113;

step S113: comparing the prefix of the found path with a specific prefix, if the prefix of the found path is satisfied, indicating that the path is found, and if none of the found paths satisfies the prefix requirement, entering step S114, and trying to start finding again;

step S114: the recording product is connected again, and the step S115 is entered after the enter key is pressed;

step S115: if the enter key is input, the list is continuously searched, otherwise, the burning is finished;

step S116: if the route is found in step 113, waiting for the enter key to be input, and entering step S117;

step S117: confirming whether the next operation is carried out, if the enter key is pressed, entering the step S118, otherwise, ending the burning;

step S118: opening the serial port according to the found path, preparing for burning, and entering step S119;

step S119: starting to burn the burning information, and entering step S120;

step S120: if the burning is wrong, the burning is directly ended, and if the burning is correct and finished, the step S121 is entered;

step S121: closing the previously opened serial port, and then proceeding to step S122;

step S122: replacing the product to be burned, waiting for the carriage return to press and continue writing, and then entering step S123;

step S123: after a product to be burned is prepared, the enter key is pressed, and the next step S124 is carried out;

step S124: the conversion value of the 4-bit serial number stored in step S108 is automatically accumulated by 1, and then the next step S125 is performed;

step S125: the serial number value of step S124 is converted into a 4-digit character, replaced with the last 4 digits of the serial number, and then displayed for confirmation by the inspector, followed by returning to step S110.

And further. The burning information comprises supplier ID, production ID, supplier name, manufacturer name, model and serial number information.

The invention has the beneficial effects that:

the method and the device are connected with the Mac Pro through the USB, and the Watch module and the Mac Pro are successfully connected through searching the modem, obtaining a modem path, opening the modem, reading and writing the modem and closing the modem through software. According to the input product ID (namely PID) number, the supplier ID, the production ID, the supplier name, the manufacturer name, the model number and the serial number information are automatically burnt into the Watch product by pressing an enter key. The burning efficiency is greatly improved, and the delivery period of the product is shortened.

The conception, the specific structure and the technical effects of the present invention will be further described with reference to the accompanying drawings to fully understand the objects, the features and the effects of the present invention.

Drawings

FIG. 1 is a flow chart of the method of the present invention.

Detailed Description

As shown in fig. 1, the present invention provides a magnetic charging and burning method, which comprises the following steps:

step S101: preparing the Watch to be burned, namely burning information;

step S102: inputting a production ID unique to the product, and then proceeding to step S103;

step S103: judging whether the ID exists, if not, returning to the step S102 to try to input again, if so, entering the step S104;

step S104: displaying detailed burning information, wherein the burning information comprises supplier ID, production ID, supplier name, manufacturer name, model and serial number information;

step S105: judging whether the burning information to be burned is correct or not, if not, ending the burning, and if so, entering the step S106;

step S106: inputting a serial number, and then proceeding to step S107;

step S107: judging whether the input serial number is a 4-digit number, if not, continuing to return to the step S106 to continue inputting; if the condition is satisfied, the step S108 is entered;

step S108: converting the input 4-bit serial number into a numerical value, storing the numerical value, and then entering step S109;

step S109: displaying complete serial number information: date + W + serial number for inspector confirmation, then proceed to step S110; wherein, W is the acronym of Watch;

step S110: starting to search the USBModem list, finding out the USBModems, and then entering the step S111;

step S111: judging whether the USBModem list is found, if not, entering the step S114, and if so, entering the step S112;

step S112: starting to search the USBModem path, and entering the step S113;

step S113: comparing the prefix of the found path with a specific prefix, if the prefix of the found path is satisfied, indicating that the path is found, and if none of the found paths satisfies the prefix requirement, entering step S114, and trying to start finding again;

step S114: the recording product is connected again, and the step S115 is entered after the enter key is pressed;

step S115: if the enter key is input, the list is continuously searched, otherwise, the burning is finished;

step S116: if the route is found in step 113, waiting for the enter key to be input, and entering step S117;

step S117: confirming whether the next operation is carried out, if the enter key is pressed, entering the step S118, otherwise, ending the burning;

step S118: opening the serial port according to the found path, preparing for burning, and entering step S119;

step S119: starting to burn the burning information, and entering step S120;

step S120: if the burning is wrong, the burning is directly ended, and if the burning is correct and finished, the step S121 is entered;

step S121: closing the previously opened serial port, and then proceeding to step S122;

step S122: replacing the product to be burned, waiting for the carriage return to press and continue writing, and then entering step S123;

step S123: after a product to be burned is prepared, the enter key is pressed, and the next step S124 is carried out;

step S124: the conversion value of the 4-bit serial number stored in step S108 is automatically accumulated by 1, and then the next step S125 is performed;

step S125: the serial number value of step S124 is converted into a 4-digit character, replaced with the last 4 digits of the serial number, and then displayed for confirmation by the inspector, followed by returning to step S110.

The novel Watch magnetic charger factory information burning method is connected with Mac Pro through a USB, and achieves the successful connection of a Watch module and the Mac Pro through searching a modem, obtaining a modem path, opening the modem, reading and writing the modem and closing the modem through software.

According to the input product ID (namely PID) number, the supplier ID, the production ID, the supplier name, the manufacturer name, the model number and the serial number information are automatically burnt into the Watch product by pressing an enter key. The burning efficiency is greatly improved, and the delivery period of the product is shortened.

The foregoing detailed description of the preferred embodiments of the invention has been presented. It should be understood that numerous modifications and variations could be devised by those skilled in the art in light of the present teachings without departing from the inventive concepts. Therefore, the technical solutions available to those skilled in the art through logic analysis, reasoning and limited experiments based on the prior art according to the concept of the present invention should be within the scope of protection defined by the claims.

Claims (2)

1. A magnetic charging and burning method is characterized by comprising the following steps:

step S101: preparing the Watch to be burned, namely burning information;

step S102: inputting a production ID unique to the product, and then proceeding to step S103;

step S103: judging whether the ID exists, if not, returning to the step S102 to try to input again, if so, entering the step S104;

step S104: displaying detailed burning information;

step S105: judging whether the burning information to be burned is correct or not, if not, ending the burning, and if so, entering the step S106;

step S106: inputting a serial number, and then proceeding to step S107;

step S107: judging whether the input serial number is a 4-digit number, if not, continuing to return to the step S106 to continue inputting; if the condition is satisfied, the step S108 is entered;

step S108: converting the input 4-bit serial number into a numerical value, storing the numerical value, and then entering step S109;

step S109: displaying complete serial number information: date + W + serial number for inspector confirmation, then proceed to step S110;

step S110: starting to search the USBModem list, finding out the USBModems, and then entering the step S111;

step S111: judging whether the USBModem list is found, if not, entering the step S114, and if so, entering the step S112;

step S112: starting to search the USBModem path, and entering the step S113;

step S113: comparing the prefix of the found path with a specific prefix, if the prefix of the found path is satisfied, indicating that the path is found, and if none of the found paths satisfies the prefix requirement, entering step S114, and trying to start finding again;

step S114: the recording product is connected again, and the step S115 is entered after the enter key is pressed;

step S115: if the enter key is input, the list is continuously searched, otherwise, the burning is finished;

step S116: if the route is found in step 113, waiting for the enter key to be input, and entering step S117;

step S117: confirming whether the next operation is carried out, if the enter key is pressed, entering the step S118, otherwise, ending the burning;

step S118: opening the serial port according to the found path, preparing for burning, and entering step S119;

step S119: starting to burn the burning information, and entering step S120;

step S120: if the burning is wrong, the burning is directly ended, and if the burning is correct and finished, the step S121 is entered;

step S121: closing the previously opened serial port, and then proceeding to step S122;

step S122: replacing the product to be burned, waiting for the carriage return to press and continue writing, and then entering step S123;

step S123: after a product to be burned is prepared, the enter key is pressed, and the next step S124 is carried out;

step S124: the conversion value of the 4-bit serial number stored in step S108 is automatically accumulated by 1, and then the next step S125 is performed;

step S125: the serial number value of step S124 is converted into a 4-digit character, replaced with the last 4 digits of the serial number, and then displayed for confirmation by the inspector, followed by returning to step S110.

2. The magnetic force charge burning method of claim 1, wherein: the burning information comprises supplier ID, production ID, supplier name, manufacturer name, model and serial number information.

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