CN103870852B - A method for application of the reader rfid ferry - Google Patents

A method for application of the reader rfid ferry Download PDF

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CN103870852B
CN103870852B CN 201210541055 CN201210541055A CN103870852B CN 103870852 B CN103870852 B CN 103870852B CN 201210541055 CN201210541055 CN 201210541055 CN 201210541055 A CN201210541055 A CN 201210541055A CN 103870852 B CN103870852 B CN 103870852B
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read
tag
electronic tag
display
head
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CN 201210541055
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CN103870852A (en )
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汤清
汤一清
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北京金辉东方科技有限公司
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Abstract

本发明提供了一种RFID摆渡读写器的应用方法,通过拨档开关选择工作模式,能够脱离上位机进行数据读写,在需要时通过有线或无线的方式与上位机交换数据,解决成本高、使用不方便等问题。 The present invention provides the use of a method for ferry RFID reader, allocated by the operating mode selection switch gear, it is possible to read and write data from the host computer when needed via a wired or wireless manner to exchange data with the host computer, the high cost solution inconvenient to use and other issues.

Description

一种RFID摆渡读写器的应用方法 Application Method An RFID reader ferry

技术领域 FIELD

[0001] 本发明涉及读写器技术领域,尤其涉及一种RFID摆渡读写器的应用方法。 [0001] The present invention relates to the technical field of the reader, in particular, the application relates to a method for ferry RFID reader.

背景技术 Background technique

[0002] 现有技术中的RFID手持读写器一般由读写模块和PDA组合而成,应用程序安装在PDA内,并且相对专用,应用在相对单一的环境下。 [0002] The prior art compositions generally RFID handheld reader module and a PDA is made by the reader, the application installed in the PDA, and relatively special applications in a single environment relatively. 当有不同的应用时,需要更换整个PDA或更换读写器模块,因此用户现场往往一个人需要拿多个带读写器的PDA,成本高,另外,手持PDA的屏幕和键盘都比较小,使用也很不方便,操作过程长。 When there are different applications, the need to replace the entire PDA or replace the reader module, so users often spot a person needs to take more PDA with a reader, high cost, in addition, handheld PDA's screen and keyboard are relatively small, also very easy to use, long operation.

发明内容 SUMMARY

[0003] 本发明的目的在于设计一种RFID摆渡读写器的应用方法,能够脱离上位机进行数据读写,在需要时通过有线或无线的方式与上位机交换数据,解决成本高、使用不方便等问题。 [0003] The object of the present invention is to devise a method of application of the RFID reader ferry, able to read and write data from the host computer to exchange data as needed via a wired or wireless manner with the host computer, address the high cost, not convenience and other issues.

[0004] 为了实现上述目的,本发明采用的技术方案如下: [0004] To achieve the above object, the present invention employs the following technical solutions:

[0005] 一种RFID摆渡读写器,包括:RFID读写头、显控系统、电池模块、接口或无线模块, 所述显控系统分别和所述RFID读写头、所述电池模块及所述接口或无线模块连接。 [0005] An RFID reader ferry, comprising: an RFID reader head, display and control system, a battery module, interface or a wireless module, said display control system and the RFID reader head, respectively, the battery module and the said connecting interface or a wireless module.

[0006] 优选的,所述显控系统包括控制电路、拨档开关、IXD显示屏和蜂鸣器,所述控制电路分别和所述拨档开关、所述LCD显示屏和所述蜂鸣器连接。 [0006] Preferably, said display control system includes a control circuit, gear toggle switch, IXD display and a buzzer, and the control circuit respectively to said shift range switch, the buzzer and the LCD display connection.

[0007] 优选的,所述控制电路包括MCU和外围电路。 [0007] Preferably, the control circuit includes an MCU and a peripheral circuit.

[0008] 优选的,所述MCU内设有存储器。 [0008] Preferably, the MCU equipped with memory.

[0009] 优选的,所述接口以有线的方式与上位机连接。 [0009] Preferably, said interface connected to a wired PC.

[0010] 为实现本发明的技术方案,本发明还提供了一种RFID摆渡读写器的应用方法,包括以下步骤: [0010] To achieve the aspect of the present invention, the present invention also provides the use of a method for ferry RFID reader, comprising the steps of:

[0011] S1,拨动所述档位开关设置当前工作模式,当所述工作模式为出库、入库或盘库时,则执行S2,当所述工作模式为点名、读数据或写数据时,则执行S3; [0011] S1, the gear toggle switch current mode of operation, when the operation mode is the library, the library or when storage is performed S2, when the operating mode is named, read data or write data when, S3 is performed;

[0012] S2,所述RFID读写头读取电子标签并通过显控系统对读取到的所述电子标签进行判断,若所述电子标签重复,则读取下一个,若不重复,则将所述电子标签进行标记并存储在所述显控系统的存储单元,执行S4; _ ^ [0012] S2, the RFID tag read by a head and by a significant control system to read the electronic tag determines if the electronic tag is repeated, is read next, if not duplicate, the the electronic tag and labeled in the storage unit of the display and control system, performing S4; _ ^

[0013] S3,上位机向所述显控系统写入电子标签序列号,所述RFID读写头读取电子标签并将读取到的电子标签序列号和上位机写入的电子标签序列号做比较,若相同,则对电子标签进行读或写并将读或写的数据保存在所述显控系统的存储单元,执行S4;若不相同,则读取下一个电子标签。 [0013] S3, the host computer write to the tag serial number display and control system of the RFID tag read by a head to read and write electronic tag serial number and the host computer of the electronic tag serial number data comparison, if the same, then the electronic tag read or write and the read or write is stored in the storage unit of the display and control system, S4 performed; if not the same, then read the next electronic tag.

[0014] S4,将所述存储单元的数据发送到上位机。 [0014] S4, the transmission data storage unit to the host computer.

[0015] 优选的,步骤S2所述RFID读写头读取电子标签并通过显控系统对读取到的所述电子标签进行判断,具体为: [0015] Preferably, the step S2 RFID tag read by a head and determines the electronic tag read by the display and control system, specifically:

[0016] 出库流程,所述RFID读写头读取待出库货物的电子标签,并判断所述RFID读写头读取的待出库货物的电子标签是否重复; 、_、 [0016] The procedure library, the RFID to be read by a head of the electronic tag the shipment, the RFID reader to be determined and an electronic tag shipment whether to repeat the read head;, _,

[0017] 入库流程,所述RFID读写头读取待入库货物的电子标签,并判断所述RFID读写头读取的待入库货物的电子标签是否重复; _ [0017] The storage process, the RFID tag to be read by a head of the goods storage, and determines to be read by a head of the RFID tag storage goods whether to repeat; _

[0018] 盘库流程,所述RFID读写头读取待盘库货物的电子标签,并判断所述RFID读写头读取的待盘库货物的电子标签是否重复。 [0018] stocktaking process the RFID tag read by a head of the goods to be the library, and the library determines whether the electronic tag RFID of the goods to be read by a head whether to repeat.

[0019] 优选的,步骤S3所述上位机向所述显控系统写入数据,所述RFID读写头读取电子标签并将读取到的电子标签数据和上位机写入的数据做比较,具体为: Data [0019] Preferably, the step S3 to write data to the PC display and control system of the RFID tag read head and write the read electronic tag data to the host computer and compared ,Specifically:

[0020] 点名流程,上位机向所述显控系统写入待点名序列号,所述RFID读写头读取电子标签并将读取到的电子标签序列号和所述待点名序列号做比较,若相同,则在所述显控系统的存储单元内标记该序列号,并控制所述蜂鸣器发出响声;若不相同,则读取下一个电子标签; Tag serial number [0020] named the process, the host computer to be written to the named sequence number display and control system of the RFID tag and read by a head to read the serial number and the comparison to be named If identical, the flag in the storage unit of the display and control system according to the serial number, and controls the buzzer sound; if not the same, then read the next electronic tag;

[0021] 读数据流程,上位机向所述显控系统与入待读标签序列号,所述RFID读与头读取电子标签并将读取到的电子标签序列号和所述待读标签序列号做比较,若相同,则读取电子标签数据并保存在所述显控系统的存储单元;若不相同,则读取下一个电子标签; [0021] The data read process, the host computer system to control said display to be read into the serial number of the tag, the RFID reader and the read head reads the electronic tag to the electronic tag serial number to be read and the tag sequence No comparison, if the same, the read electronic tag data stored in the storage unit and said display control system; if not the same, then read the next electronic tag;

[0022] 写数据流程,上位机向所述显控系统写入待写标签序列号及其对应的需写入数据,所述RFID读写头读取电子标签并将读取到的电子标签序列号和所述待写标签序列号做比较。 [0022] The data writing process, the host computer write the tag serial number and the corresponding need to be write data to the display and control system of the RFID tag and read by a head to read electronic tag sequence tag number and the serial number to be written is compared. 若相同,就把存储在所述显控系统的存储单元内的对应数据写入电子标签;若不相同,贝1J读取下一个电子标签。 If the same, put the corresponding data stored in the storage unit of the display and control system of writing the electronic tag; if not identical, shell 1J to read the next electronic tag.

[0023] 从以上技术方案可以看出,本发明的有益效果可以总结如下: [0023] As can be seen from the above technical solutions, advantageous effects of the present invention can be summarized as follows:

[0024] 1、小型化:省去了传统读写器的PDA部分的大部分体积; [0024] 1, the size of: eliminating most of the volume part of a conventional PDA reader;

[0025] 2、低成本:以MCU替代传统方式的PDA,成本大幅降低; [0025] 2. Low Cost: MCU to replace the PDA in a conventional manner, significant cost reduction;

[0026] 3、现场操作简便:把日常操作模式化,录入等操作转移到上位机进行,现场操作只需要通过拨档开关设置工作模式,易学易操作; [0026] 3, simple on-site operation: the routine of the operation mode, the operation proceeds to enter other host computer, only the operation site by dialing speed switch mode, easy to learn and operate;

[0027] 4、通用化:把简单、重复的工作放在读写器上,复杂或灵活性强的工作,转移到上位机,提高了读写器的通用程度。 [0027] 4, generalization: the simple, repetitive tasks on the reader, or strong complex work flexibility, transferred to the host computer, improve the degree of universal reader.

[0028] 5、批量处理:读写器本身带有存储单元,需要时通过有线或无线的方式,与上位机连接,进行数据交换,实现数据摆渡功能。 [0028] 5, a batch process: the reader itself with a storage unit, connected with the host computer via a wired or wireless manner if desired, data exchange, data ferry function.

附图说明 BRIEF DESCRIPTION

[0029] 图1是本发明的RFID摆渡读写器应用方法流程示意图; [0029] FIG. 1 is a ferry RFID reader application process flow schematic of the present invention;

[0030] 图2是本发明的RFID摆渡读写器的系统结构示意图。 [0030] FIG. 2 is a schematic diagram of the system configuration of the RFID reader ferry invention.

具体实施方式 detailed description

[0031] 为了使本发明所解决的技术问题、技术方案及有益效果更加清楚明白,以下结合附图及实施例,对本发明进行进一步详细说明。 [0031] In order to solve the technical problem of the present invention, technical solutions and beneficial effects clearer, the accompanying drawings and the following embodiments, the present invention will be further described in detail.

[0032] 本发明提供了一种RFID摆渡读写器,用于实现电子标签数据读写、与上位机进行数据摆渡等功能。 [0032] The present invention provides a ferry RFID reader, for implementing the electronic tag data read, data with the host computer functions ferry.

[0033] 请参阅图1,本发明实施例中的RFID摆渡读写器包括:RFID读写头、显控系统、电池模块、接口或无线模块,所述显控系统分别和所述RFID读写头、所述电池模块及所述接口或无线模块连接。 [0033] Please refer to FIG. 1, RFID reader ferry embodiment of the present invention in embodiments comprises: first RFID reader, display and control system, a battery module, interface or a wireless module, respectively, said display control system and the RFID reader head, and the battery module is connected to the interface or a wireless module. 所述显控系统包括控制电路、拨档开关、LCD显示屏和蜂鸣器,所述控制电路分别和所述拨档开关、所述LCD显示屏和所述蜂鸣器连接。 Said display control system includes a control circuit, gear toggle switches, LCD display and a buzzer, and the control circuit respectively to said shift range switch, the buzzer and the LCD display is connected. 所述控制电路包括MCU和外围电路。 The MCU comprises a control circuit and a peripheral circuit. 所述MCU内设有存储器。 The MCU equipped with memory. 所述接口以有线的方式与上位机连接。 Said interface connected to a wired PC.

[0034] 其中,拨档开关设置当前工作模式,包括出库、入库、盘库、点名、读取(从电子标签读取数据)、写入数据(向电子标签写入数据)、上传(向上位机传输数据)、下载(从上位机下载数据)等工作模式。 [0034] wherein the current gear toggle switch operating modes, including a library, storage, stocktaking, named read (read data from an electronic tag), the write data (write data to the electronic tag), uploading ( transmitting data to the upper level), download (download data from the host computer) or the like operation mode. M⑶根据工作模式,运行对应程序,通过RFID读写头,分别完成对电子标签序列号的读取、电子标签内部数据的读写,并把有关结果记录在本地存储介质内。 M⑶ depending on the mode, the corresponding operation program, by the RFID reader heads, respectively, to complete the reading of the serial number of the electronic tag, the electronic tag reading and writing internal data, and the results recorded in the local storage medium. LCD 显示读写器当前工作模式、当前标签序列号、有关计数器值等信息,蜂鸣器在需要时发出响声。 LCD displays the current mode of the reader, the tag of the current sequence number, and other information related to the counter value, the buzzer sound when necessary. 电池模块给其他模块供电。 Power battery module to other modules. 接口通过连线与上位机相连,进行数据传输,完成有线方式的数据摆渡。 Is connected to the host computer via an interface connection, data transmission, data is completed in a wired manner ferry. 无线模块作为可选模块,通过无线方式与上位机上连接的无线模块通讯,完成无线方式的数据摆渡。 Wireless module as an optional module, wireless communication via the wireless module connected to the host computer, the completion of data wirelessly ferry.

[0035] 本发明的RFID摆渡读写器的工作原理如下: [0035] The operating principle of the RFID reader ferry present invention is as follows:

[0036] 第一步,通过拨档开关设置当前工作模式,拨档开关的模式包括出库、入库、盘库、 点名、读取(从电子标签读取数据)、写入数据(向电子标签写入数据)、上传(向上位机传输数据)、下载(从上位机下载数据)等模式。 [0036] The first step, by gear toggle switch current operating mode of the mode dial switch gear comprises a library, storage, stocktaking, named read (read data from an electronic tag), the write data (the electronic tag write data), uploading (transmitting data to the upper level), download (download data from a PC) mode and the like.

[0037] 第二步,M⑶根据拨档开关选择的工作模式,运行对应程序,通过RFID读写头,分别完成对电子标签序列号的读取、电子标签内部数据的读写,并把有关结果记录在本地存储介质内。 [0037] The second step, M⑶ depending on the mode selected gear toggle switch, corresponding to the program run by the RFID reader heads, respectively, to complete reading of the serial number of the electronic tag, the electronic tag reading and writing internal data, and the relevant results recorded in the local storage medium.

[0038] 第三步,M⑶将接收到的数据信息在LCD显示屏上进行显示,并通过无线方式或有线接口的方式传输到上位机。 [0038] The third step, M⑶ the received data information displayed on the LCD screen, and transmitted to the host computer via a wired or wireless interface. LCD显示读写器当前工作模式、当前标签序列号、有关计数器值等信息。 LCD display information about current mode of the reader, the tag of the current sequence number, in which the counter value and the like. 接口通过连线与上位机相连,进行数据传输,完成有线方式的数据摆渡。 Is connected to the host computer via an interface connection, data transmission, data is completed in a wired manner ferry. 无线模块作为可选模块,通过无线方式与上位机上的无线模块通讯,完成无线方式的数据摆渡。 Wireless module as an optional module, via the wireless module on the wireless communication with the host computer, the completion of data wirelessly ferry.

[0039] 本发明的RFID摆渡读写器,能够脱离上位机进行数据读写,在需要时通过有线或无线的方式与上位机交换数据,解决成本高、使用不方便等问题。 [0039] RFID reader ferry the present invention, it is possible to read and write data from the host computer to exchange data as needed via a wired or wireless manner with the host computer, address the high cost, inconvenient problems.

[0040] 本发明提供了一种RFID摆渡读写器的应用方法,用于实现电子标签数据读写、与上位机进行数据摆渡等功能。 [0040] The present invention provides the use of a method for ferry RFID reader, for implementing an electronic tag data read, data with the host computer functions ferry.

[0041] 请参阅图2,本发明的RFID摆渡读写器的应用方法,包括以下步骤: [0041] Referring to FIG 2, the application method of the RFID reader ferry present invention, comprising the steps of:

[0042] S1,拨动所述档位开关设置当前工作模式,当所述工作模式为出库、入库或盘库时,则执行S2,当所述工作模式为点名、读数据或写数据时,则执行S3; [0042] S1, the gear toggle switch current mode of operation, when the operation mode is the library, the library or when storage is performed S2, when the operating mode is named, read data or write data when, S3 is performed;

[0043] 本步骤中,拨档开关的工作模式包括出库、入库、盘库、点名、读取数据:从电子标签读取数据、写入数据:向电子标签写入数据、上传:向上位机传输数据、下载:从上位机下载数据等工作模式。 [0043] In this step, the operation mode switching dial gear includes a library, storage, stocktaking, name, read data: data read from the electronic tag, write data: write data to the electronic tag, upload: Up operation mode data downloaded from the host computer: transmitting data to the bit, to download.

[0044] S2,所述RFID读写头读取电子标签并通过显控系统对读取到的所述电子标签进行判断,若所述电子标签重复,则读取下一个,若不重复,则将所述电子标签进行标记并存储在所述显控系统的存储单元,执行S4; [0044] S2, the RFID tag read by a head and by a significant control system to read the electronic tag determines if the electronic tag is repeated, is read next, if not duplicate, the the electronic tag and labeled in the storage unit of the display and control system, the implementation of S4;

[0045] 本步骤中,所述RFID读写头读取电子标签并通过显控系统对读取到的所述电子标签进行判断,具体为: [0045] In this step, the RFID tag read by a head and the judgment of the read electronic tag through the display and control system, specifically:

[0046] 出库流程,所述RFID读写头读取待出库货物的电子标签,并判断所述RFID读写头读取的待出库货物的电子标签是否重复,若所述RFID读写头读取的待出库货物的电子标签重复出现,则读取下一个,若不重复,则将所述RFID读写头读取的待出库货物的电子标签进行标记并存储在所述显控系统的存储单元。 [0046] The outbound flow, the read head to be an RFID tag of the shipment, and determined to be the electronic tag of the RFID shipment whether the read head is repeated, if the RFID reader head reads the electronic tag to be recurring shipment, then reading the next, if not duplicate, the shipment tag will be an RFID read by a head of said labeled and stored in said display the storage unit control system.

[0047] 入库流程,所述RFID读写头读取待入库货物的电子标签,并判断所述RFID读写头读取的待入库货物的电子标签是否重复,若所述RFID读写头读取的待入库货物的电子标签重复出现,则读取下一个,若不重复,则将所述RFID读写头读取的待入库货物的电子标签进行标记并存储在所述显控系统的存储单元。 [0047] The storage process, the RFID tag to be read by a head of the goods storage, and determines to be read by a head of the RFID tag storage goods whether to repeat, if the RFID reader tag storage goods to be repeated read head is read next, if repeated, will be read by a head of the RFID tag storage goods to be labeled and stored in said display the storage unit control system.

[0048] 盘库流程,所述RFID读写头读取待盘库货物的电子标签,并判断所述RFID读写头读取的待盘库货物的电子标签是否重复,若所述RFID读写头读取的待出盘库货物的电子标签重复出现,则读取下一个,若不重复,则将所述RFID读写头读取的待盘库货物的电子标签进行标记并存储在所述显控系统的存储单元。 [0048] stocktaking process the RFID tag read by a head of the goods to be the library, and the library determines whether the electronic tag RFID of the goods to be read by a head whether to repeat, if the RFID reader an electronic tag to be read by the head of the library goods repeated, is read next, if not duplicate, the library electronic tag RFID of the goods will be read by a head were marked and stored in the the storage unit of the display and control system.

[0049] S3,上位机向所述显控系统写入数据,所述RFID读写头读取电子标签并将读取到的电子标签数据和上位机写入的数据做比较,若相同,则根据模式读取电子标签数据并将读取的电子标签保存在所述显控系统的存储单元,或向电子标签写入数据,执行S4;若不相同,贝!J读取下一个电子标签。 Data [0049] S3, the host computer write data to the display and control system of the RFID tag read head and write the read electronic tag data to the host computer and compared, if yes, saving mode and the read electronic tag data read by the electronic tag in the storage unit of the display and control system, or write data to the electronic tag, S4 performed; if not identical, J shellfish read the next electronic tag!.

[0050] 本步骤中,所述上位机向所述显控系统写入数据,所述RFID读写头读取电子标签并将读取到的电子标签数据和上位机写入的数据做比较,具体为: Data [0050] In this step, the host computer write data to the display and control system of the RFID tag read head and write the read electronic tag data to the host computer and compared, Specifically:

[0051] 点名流程,上位机向所述显控系统写入待点名序列号,所述RFID读写头读取电子标签并将读取到的电子标签序列号和所述待点名序列号做比较,若相同,则在所述显控系统的存储单元内标记该序列号,并控制所述蜂鸣器发出响声;若不相同,则读取下一个电子标签; Tag serial number [0051] named the process, the host computer to be written to the named sequence number display and control system of the RFID tag and read by a head to read the serial number and the comparison to be named If identical, the flag in the storage unit of the display and control system according to the serial number, and controls the buzzer sound; if not the same, then read the next electronic tag;

[0052] 读数据流程,上位机向所述显控系统写入待读标签序列号,所述RFID读写头读取电子标签并将读取到的电子标签序列号和所述待读标签序列号做比较,若相同,则读取电子标签数据并保存在所述显控系统的存储单元;若不相同,则读取下一个电子标签; [0052] The data read process, the host computer write the tag serial number to be read to the display and control system of the RFID tag and read by a head to read the serial number and the electronic tag to be read tag sequence No comparison, if the same, the read electronic tag data stored in the storage unit and said display control system; if not the same, then read the next electronic tag;

[0053] 写数据流程,上位机向所述显控系统写入待写标签序列号及其对应的需写入数据,所述RFID读写头读取电子标签并将读取到的电子标签序列号和所述待写标签序列号做比较。 [0053] The data writing process, the host computer write the tag serial number and the corresponding need to be write data to the display and control system of the RFID tag and read by a head to read electronic tag sequence tag number and the serial number to be written is compared. 若相同,就把存储在所述显控系统的存储单元内的对应数据写入电子标签;若不相同,贝!J读取下一个电子标签。 If the same, put the corresponding data stored in the storage unit of the display and control system of writing the electronic tag; if not identical, J shellfish read the next electronic tag!.

[0054] S4,将所述存储单元的数据发送到上位机。 [0054] S4, the transmission data storage unit to the host computer.

[0055] 通过本发明的设计新型的RFID摆渡读写器及其应用方法,能够脱离上位机进行数据读写,在需要时通过有线或无线的方式与上位机交换数据,解决成本高、使用不方便等问题。 [0055] By ferry novel RFID reader and an application method of the present invention is designed, it is possible to read and write data from the host computer, via a wired or wireless manner to exchange data with the host computer when needed, to address the high cost, not convenience and other issues.

[0056] 以上通过具体的和优选的实施例详细的描述了本发明,但本领域技术人员应该明白,本发明并不局限于以上所述实施例,凡在本发明的精神和原则之内,所作的任何修改、 等同替换等,均应包含在本发明的保护范围之内。 [0056] By the above-described specific embodiments and preferred embodiments of the present invention in detail, those skilled in the art will appreciate, the present invention is not limited to the above described embodiments, within the spirit and principles of the present invention, any modifications, equivalent replacements shall fall within the protection scope of the present invention.

Claims (1)

  1. 1. 一种RFID摆渡读写器的应用方法,其特征在于, 所述RFID摆渡读写器包括:RFID读写头、显控系统、电池模块、接口或无线模块,所述显控系统分别和所述RFID读写头、所述电池模块及所述接口或无线模块连接;所述显控系统包括控制电路、拨档开关、LCD显示屏和蜂鸣器,所述控制电路分别和所述拨档开关、所述LCD显示屏和所述蜂鸣器连接;所述控制电路包括MCU和外围电路;所述MCU内设有存储器; 所述接口以有线的方式与上位机连接所述应用方法包括以下步骤: S1,拨动所述拨档开关设置当前工作模式,当所述工作模式为出库、入库或盘库时,则执行S2,当所述工作模式为点名、读数据或写数据时,则执行S3; ^ 一52, 所述RFID读写头读取电子标签并通过显控系统对读取到的所述电子标签进行判断,若所述电子标签重复,则读取下一个;若不重复,则将所述电子 Application Method 1. An RFID reader ferry, wherein the RFID reader ferry comprising: a head RFID, display and control system, a battery module, interface or a wireless module, respectively, and said display control system the RFID reader head, the battery module and the connection interface or a wireless module; said display control system includes a control circuit, gear toggle switch, the LCD display and a buzzer, and the control circuits of said dial shift switch, the buzzer and the LCD display; said MCU comprises a control circuit and a peripheral circuit; MCU equipped with a memory; application of the method of the interfacing wired manner with the host computer comprising the following steps: S1, the toggle gear toggle switch current mode of operation, when the operation mode is the library, the library or when storage is performed S2, when the operating mode is named, read data or write data when executing S3; ^ a 52, the RFID tag read by a head and the judgment of the read electronic tag through the display and control system, the electronic tag if repeated, is read next; if repeated, then the electronic 签进行标记并存储在所述显控系统的存储单元,执行S4; 一53, 上位机向所述显控系统写入电子标签序列号,所述RFID读写头读取电子标签并将读取到的电子标签序列号和上位机写入的电子标签序列号做比较,若相同,则对电子标签进行读或写并将读或写的数据保存在所述显控系统的存储单元,执行S4;若不相同,则读取下一个电子标签; 54, 将所述存储单元的数据发送到上位机; 一步骤S2所述RFID读写头读取电子标签并通过显控系统对读取到的所述电子标签进行判断,具体为: 出库流程,所述RFID读写头读取待出库货物的电子标签,并判断所述RFID读写头读取的待出库货物的电子标签是否重复; 、 入库流程,所述RFID读写头读取待入库货物的电子标签,并判断所述RFID读写头读取的待入库货物的电子标签是否重复; 盘库流程,所述RFID读写头读取待盘库货 Check and labeled in the storage unit of the display and control system, performing S4; 53 a, the host computer write to the tag serial number display and control system of the RFID tag and read by a head to read electronic tag data to the electronic tag serial number and the serial number of the PC writes comparison, if the same, then the electronic tag read or write and the read or write is stored in the storage unit of the display and control system, the implementation of S4 ; if not the same, then read the next electronic tag; 54, the transmission data storage unit to the host computer; a step S2 RFID tag and read by a head control system by substantially the read the electronic label is determined, in particular: a library procedure, the RFID to be read by a head of the electronic tag the shipment, and determined to be an electronic tag RFID of the shipment of whether to repeat the read head ;, storage process, the RFID tag to be read by a head of the goods storage, and determines to be read by a head of the RFID tag storage goods whether to repeat; the library procedure, the RFID the library to be read by a head stock 的电子标签,并判断所述RFID读写头读取的待盘库货物的电子标签是否重复; _ 步骤S3所述上位机向所述显控系统写入数据,所述RFID读写头读取电子标签并将读取到的电子标签数据和上位机写入的数据做比较,具体为: 一点名流程,上位机向所述显控系统写入待点名序列号,所述RFID读与头读取电子标益并将读取到的电子标签序列号和所述待点名序列号做比较,若相同,则在所述显控系统的存储单元内标记该序列号,并控制所述蜂鸣器发出响声;若不相同,则读取下一个电子标签. '读数据流程,上位机向所述显控系统写入待读标签序列号,所述RFID读写头读取电子标签并将读取到的电子标签序列号和所述待读标签序列号做比较,若相同,则读取电子标签数据并保存在所述显控系统的存储单元;若不相同,则读取下一个电子标签; 写数据流程,上位机向 Electronic tag, the electronic tag and the library is determined to be the cargo RFID whether the read head is repeated; _ step S3 the host computer to write data to the display and control system of the RFID reading head the read electronic tag data to the electronic tag and the host computer write data to compare, in particular: a few process name, host computer to be written to the display and control system named sequence number, the RFID reader and the read head take benefit standard electronic tag and the read sequence number and the sequence number to be named comparison, if the same, then mark the serial number in the storage unit of the display and control system, and controls the buzzer beep; if not the same, then read the next electronic tag 'process the read data, the host computer write the tag serial number to be read to the display and control system of the RFID tag and read by a head to read. electronic tag serial number and the serial number to be read tag comparison, if the same, the read electronic tag data stored in the storage unit and said display control system; if not the same, then read the next electronic tag; write data flow to the host computer 所述显控系统写入待写标签序列号及其对应的需写入数据,所述RFID读写头读取电子标签并将读取到的电子标签序列号和所述待写标签序列号做比较, 若相同,就把存储在所述显控系统的存储单元内的对应数据写入电子标签;若不相同,则读取下一个电子标签。 The display and control system to be written to the tag serial number and the write needs to write data corresponding to the RFID tag and read by a head to read electronic tag serial number and the serial number of the label to be written do comparison, if the same, put the corresponding data stored in the storage unit of the display and control system of writing the electronic tag; if not the same, then read the next electronic tag.
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CN102339416A (en) * 2010-07-22 2012-02-01 上海孚恩电子科技有限公司 Radio frequency identification (RFID)-based automatic clothing check-in/out intelligent system and method
CN101976415A (en) * 2010-10-26 2011-02-16 镇江科大船苑计算机网络工程有限公司 Physical distribution management device and management method for on-line purchased commodities
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