CN106346956B - A kind of ink-jet ink information storage identification device and method - Google Patents
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Abstract
本发明公开了一种喷墨墨水信息存储识别装置及方法，所述装置包括墨水余量检测器、射频标签、读写器以及控制器。本发明通过设置射频标签，实现对喷墨墨水参数信息以及余量信息的存储；通过设置墨水余量检测器，实现对桶体中喷墨墨水余量的实时检测，并将余量信息实时更新于对应的射频标签内；通过设置控制器，实现根据射频标签内存储信息以及余量信息对喷墨墨水的兼容性进行识别以及对打印系统的打印使能控制，通过本发明的装置及方法，桶装喷墨墨水更换安装方便，可实现喷墨墨水用量的实时监控，同时识别喷墨墨水的兼容性，防止非兼容性墨水腐蚀喷墨系统器件，导致喷墨系统器件的使用寿命缩短，并且影响喷印质量。
The invention discloses an ink-jet ink information storage and identification device and method. The device includes an ink residual detector, a radio frequency tag, a reader-writer and a controller. The present invention realizes the storage of the inkjet ink parameter information and the residual information by setting the radio frequency tag; by setting the ink residual quantity detector, realizes the real-time detection of the inkjet ink residual quantity in the barrel body, and updates the residual quantity information in real time In the corresponding radio frequency tag; by setting the controller, the compatibility of the inkjet ink can be identified according to the stored information and the remaining information in the radio frequency tag and the printing enable control of the printing system can be realized. Through the device and method of the present invention, The barreled inkjet ink is easy to replace and install, which can realize the real-time monitoring of the inkjet ink consumption, and at the same time identify the compatibility of the inkjet ink, prevent the non-compatible ink from corroding the inkjet system components, resulting in shortened service life of the inkjet system components, and affect the print quality.
Description
技术领域technical field
本发明涉及喷墨印刷领域，更具体涉及一种喷墨墨水信息存储识别装置及方法。The invention relates to the field of inkjet printing, and more particularly relates to an inkjet ink information storage and identification device and method.
背景技术Background technique
在喷墨印刷设备的使用过程中，喷墨墨水作为生产过程中的耗材,与喷墨系统的器件兼容性直接影响到喷墨系统器件的使用寿命,以及影响喷印质量，从而需要对使用的喷墨墨水信息进行识别和存储,保证生产过程中使用的喷墨墨水的兼容性。In the use of inkjet printing equipment, inkjet ink is used as a consumable in the production process, and the compatibility with the components of the inkjet system directly affects the service life of the components of the inkjet system, as well as the quality of printing. Inkjet ink information is identified and stored to ensure the compatibility of inkjet inks used in the production process.
现有技术中，喷墨墨水信息存储识别方法包括通过利用对接式芯片存储电路模块进行识别，但是上述喷墨墨水信息存储识别方法需要将对接式芯片存储电路模块固定到喷墨墨水桶上,放置喷墨墨水桶时对接式芯片存储电路模块接口与打印系统接口进行对接,更换安装操作不方便,对接过程中容易导致接口损坏,且墨盒芯片存储电路模块成本较高。In the prior art, the inkjet ink information storage identification method includes identifying by using the docking chip storage circuit module, but the above inkjet ink information storage identification method needs to fix the docking chip storage circuit module on the inkjet ink bucket, place The docking type chip storage circuit module interface is docked with the printing system interface when the inkjet ink tank is used. It is inconvenient to replace and install. The interface is easily damaged during the docking process, and the cost of the ink cartridge chip storage circuit module is relatively high.
另外，对于喷墨印刷，需要实时监测喷墨墨水的余量信息，以实现根据余量信息检测计算打印系统打印过程中墨水消耗量，并通过墨水消耗量控制打印系统的打印使能。In addition, for inkjet printing, it is necessary to monitor the remaining amount information of inkjet ink in real time, so as to detect and calculate the ink consumption of the printing system during the printing process according to the remaining amount information, and control the printing enable of the printing system through the ink consumption amount.
总之，现有技术中，没有一种装置或方法能够方便的对喷墨墨水的兼容性进行识别，同时实时监控喷墨墨水的余量，从而实现根据喷墨墨水的兼容性以及余量信息对打印系统进行使能控制。In short, in the prior art, there is no device or method that can easily identify the compatibility of the inkjet ink, and monitor the remaining amount of the inkjet ink in real time, so as to realize the adjustment according to the compatibility and the remaining amount of the inkjet ink. The printing system performs enable control.
发明内容Contents of the invention
(一)要解决的技术问题(1) Technical problems to be solved
本发明要解决的技术问题是如何提高对喷墨墨水兼容性识别的效率，同时对喷墨墨水的余量信息进行实时监控，从而提高打印系统的打印质量，延长打印系统的使用寿命。The technical problem to be solved by the present invention is how to improve the efficiency of inkjet ink compatibility recognition, and at the same time monitor the remaining information of inkjet ink in real time, thereby improving the printing quality of the printing system and prolonging the service life of the printing system.
(二)技术方案(2) Technical solution
为了解决上述技术问题，本发明提供了一种喷墨墨水信息存储识别装置，所述装置包括桶体、墨水余量检测器、射频标签、读写器以及控制器；In order to solve the above technical problems, the present invention provides an inkjet ink information storage and identification device, which includes a barrel body, an ink remaining detector, a radio frequency tag, a reader and a controller;
所述桶体，用于盛放喷墨墨水；The barrel is used to hold inkjet ink;
所述墨水余量检测器，用于检测所述桶体盛放的所述喷墨墨水的余量信息，并传送给所述控制器；The ink remaining amount detector is used to detect the remaining amount information of the inkjet ink contained in the barrel and send it to the controller;
所述射频标签，固定于所述桶体上，用于存储所述喷墨墨水的参数信息以及所述余量信息；The radio frequency tag is fixed on the barrel and is used to store the parameter information of the inkjet ink and the remaining amount information;
所述读写器，用于接收所述控制器传送来的余量信息并写入对应的所述射频标签，并用于将所述射频标签中存储的所述参数信息和余量信息读取出来并传送给所述控制器；The reader is used to receive the remaining information sent by the controller and write it into the corresponding radio frequency tag, and is used to read the parameter information and the remaining information stored in the radio frequency tag and sent to said controller;
所述控制器，与所述读写器和墨水余量检测器连接，用于根据所述参数信息进行喷墨墨水兼容性的识别，根据所述余量信息计算打印系统打印过程中墨水消耗量，并通过识别结果以及所述墨水消耗量控制打印系统的打印使能。The controller is connected with the reader-writer and the remaining ink level detector, and is used to identify inkjet ink compatibility according to the parameter information, and calculate the ink consumption in the printing process of the printing system according to the remaining level information , and control the printing enable of the printing system through the identification result and the ink consumption.
优选地，所述喷墨墨水的参数信息包括喷墨墨水的型号、颜色、有效期，用于所述控制器根据所述喷墨墨水的参数信息判断喷墨墨水的兼容性。Preferably, the parameter information of the inkjet ink includes the type, color, and expiration date of the inkjet ink, and is used for the controller to judge the compatibility of the inkjet ink according to the parameter information of the inkjet ink.
优选地，所述桶体放置于所述墨水余量检测器上，所述墨水余量检测器测量所述桶体与喷墨墨水的总重量，作为所述余量信息；所述控制器通过所述余量信息的变化计算打印系统打印过程中墨水消耗量。Preferably, the barrel is placed on the ink remaining detector, and the ink remaining detector measures the total weight of the barrel and the inkjet ink as the remaining information; the controller passes The change of the remaining amount information is used to calculate the ink consumption during the printing process of the printing system.
优选地，所述射频标签安装于所述桶体外表面。Preferably, the radio frequency tag is installed on the outer surface of the barrel.
优选地，所述读写器正对所述射频标签安装，并且与所述射频标签的距离小于10cm。Preferably, the reader is installed facing the radio frequency tag, and the distance from the radio frequency tag is less than 10cm.
优选地，所述读写器固定于所述墨水余量检测器上。Preferably, the reader/writer is fixed on the remaining ink level detector.
优选地，所述读写器包括射频驱动天线，利用所述射频驱动天线对射频信号进行调制解调，实现对所述射频标签的读操作和写操作。Preferably, the reader/writer includes a radio frequency driven antenna, and the radio frequency signal is modulated and demodulated by the radio frequency driven antenna, so as to realize the read operation and write operation of the radio frequency tag.
一种喷墨墨水信息存储识别的方法，所述方法包括：A method for inkjet ink information storage and identification, the method comprising:
S1、将喷墨墨水的参数信息存储入射频标签内，所述射频标签固定于盛放所述喷墨墨水的桶体上；S1. Store the parameter information of the inkjet ink into the radio frequency tag, and the radio frequency tag is fixed on the barrel containing the inkjet ink;
S2、检测所述桶体中喷墨墨水的余量信息，并实时传送给控制器；S2. Detect the remaining amount information of the inkjet ink in the barrel, and send it to the controller in real time;
S3、由所述控制器控制读写器将喷墨墨水的所述余量信息实时写入对应的所述射频标签内；S3. The controller controls the reader to write the remaining amount information of the inkjet ink into the corresponding radio frequency tag in real time;
S4、所述控制器控制所述读写器读取所述射频标签内存储的参数信息和所述余量信息，并上传给所述控制器；S4. The controller controls the reader-writer to read the parameter information and the margin information stored in the radio frequency tag, and upload them to the controller;
S5、由所述控制器根据喷墨墨水的所述参数信息进行喷墨墨水兼容性的识别，根据所述余量信息计算打印系统打印过程中墨水消耗量，并通过识别结果以及所述墨水消耗量控制打印系统的打印使能。S5. The controller identifies the compatibility of the inkjet ink according to the parameter information of the inkjet ink, calculates the ink consumption in the printing process of the printing system according to the remaining information, and uses the identification result and the ink consumption volume controls the print enable of the printing system.
优选地，所述参数信息包括喷墨墨水的型号、颜色、有效期。Preferably, the parameter information includes the type, color and expiry date of the inkjet ink.
优选地，所述墨水余量检测器测量所述桶体与喷墨墨水的总重量，作为所述余量信息；所述控制器通过所述余量信息的变化计算打印系统打印过程中墨水消耗量。Preferably, the ink remaining amount detector measures the total weight of the barrel and the inkjet ink as the remaining amount information; the controller calculates the ink consumption during the printing process of the printing system through the change of the remaining amount information quantity.
(三)有益效果(3) Beneficial effects
本发明提供了一种喷墨墨水信息存储识别装置及方法，本发明通过设置射频标签，实现对喷墨墨水参数信息以及余量信息的存储；通过设置墨水余量检测器，实现对桶体中喷墨墨水余量的实时检测，并将余量信息实时更新于对应的射频标签内；通过设置控制器，实现根据射频标签内存储信息对喷墨墨水的兼容性进行识别以及对打印系统的打印使能的控制，通过本发明的装置及方法，桶装喷墨墨水更换、安装方便，可实现喷墨墨水用量的实时监控，同时识别喷墨墨水的兼容性，防止非兼容性墨水腐蚀喷墨系统器件，导致喷墨系统器件的使用寿命缩短，并且影响喷印质量。The invention provides an inkjet ink information storage and identification device and method. The invention realizes the storage of inkjet ink parameter information and residual information by setting a radio frequency tag; Real-time detection of the remaining inkjet ink, and real-time update of the remaining information in the corresponding radio frequency tag; by setting the controller, the compatibility of the inkjet ink and the printing of the printing system can be realized according to the information stored in the radio frequency label Enabled control, through the device and method of the present invention, the barreled inkjet ink is easy to replace and install, real-time monitoring of the inkjet ink consumption can be realized, and the compatibility of the inkjet ink can be identified at the same time to prevent the incompatible ink from corroding the inkjet ink System components, resulting in shortened service life of inkjet system components and affecting printing quality.
附图说明Description of drawings
图1是本发明的一种喷墨墨水信息存储识别装置的结构示意图；Fig. 1 is a schematic structural view of an inkjet ink information storage and identification device of the present invention;
图2为本发明的一种喷墨墨水信息存储识别方法的流程图；Fig. 2 is a flow chart of an inkjet ink information storage and identification method of the present invention;
图3为本发明的一种喷墨墨水信息存储识别方法中对打印系统进行使能控制的流程图。FIG. 3 is a flow chart of enabling control of the printing system in an inkjet ink information storage and identification method of the present invention.
具体实施方式detailed description
为了更清楚地说明本发明实施例或现有技术中的技术方案，下面将对实施例或现有技术描述中所需要使用的附图作简单地介绍，显而易见地，下面描述中的附图仅仅是本发明的一些实施例，对于本领域普通技术人员来讲，在不付出创造性劳动的前提下，还可以根据这些附图获得其他的附图。In order to more clearly illustrate the technical solutions in the embodiments of the present invention or the prior art, the following will briefly introduce the drawings that need to be used in the description of the embodiments or the prior art. Obviously, the accompanying drawings in the following description are only These are some embodiments of the present invention. Those skilled in the art can also obtain other drawings based on these drawings without creative work.
图1是本发明的一种喷墨墨水信息存储识别装置的结构示意图，所述装置用于检测喷墨墨水的兼容性以及实时监控喷墨墨水桶体1中喷墨墨水的余量，所述装置包括桶体1、墨水余量检测器4、射频标签2、读写器3以及控制器5；所述桶体1，用于盛放喷墨墨水；所述墨水余量检测器4，用于检测所述桶体1的余量信息，并传送给所述控制器5；所述射频标签2，固定于所述桶体1上，用于存储喷墨墨水的参数信息以及所述余量信息；所述读写器3，用于接收所述控制器5传送来的余量信息并写入对应的所述射频标签3，并用于将所述射频标签3中存储的所述参数信息和余量信息读取出来并传送给所述控制器5；所述控制器5，与所述读写器3和墨水余量检测器4连接，用于根据所述读写器3上传的所述参数信息进行喷墨墨水兼容性的识别，根据所述余量信息计算打印系统打印过程中墨水消耗量，并通过识别结果以及所述墨水消耗量控制打印系统的打印使能。Fig. 1 is a schematic structural diagram of an inkjet ink information storage and identification device of the present invention, which is used to detect the compatibility of inkjet ink and monitor the remaining amount of inkjet ink in the inkjet ink barrel 1 in real time. The device includes a barrel body 1, an ink remaining amount detector 4, a radio frequency tag 2, a reader-writer 3 and a controller 5; the barrel body 1 is used to hold inkjet ink; the ink remaining amount detector 4 is used to To detect the residual information of the barrel 1 and send it to the controller 5; the radio frequency tag 2 is fixed on the barrel 1 for storing the parameter information of the inkjet ink and the remaining amount information; the reader 3 is used to receive the margin information transmitted by the controller 5 and write it into the corresponding radio frequency tag 3, and is used to store the parameter information and The residual information is read out and sent to the controller 5; the controller 5 is connected with the reader 3 and the ink remaining detector 4, and is used for uploading the information according to the reader 3. The parameter information identifies the inkjet ink compatibility, calculates the ink consumption in the printing process of the printing system according to the remaining amount information, and controls the printing enable of the printing system through the identification result and the ink consumption.
所述喷墨墨水的参数信息包括喷墨墨水的型号、颜色、生产日期、出厂日期，根据所述型号判断喷墨墨水的兼容性，根据所述生产日期、出厂日期可以判断喷墨墨水的存放时间，是否过期，通过颜色可以直观的进行墨水的选择。The parameter information of the inkjet ink includes the model, color, production date, and delivery date of the inkjet ink. The compatibility of the inkjet ink can be judged according to the model, and the storage of the inkjet ink can be judged according to the production date and the delivery date. Time, whether it is expired or not, the ink can be selected intuitively through the color.
上述墨水余量检测器4用于在喷墨墨水使用过程中或没有使用时检测所述桶体1的余量信息，所述桶体1放置于所述墨水余量检测器4上，所述墨水余量检测器4测量所述桶体1与喷墨墨水的总重量，作为所述余量信息；所述控制器通过所述余量信息的变化计算打印系统打印过程中墨水消耗量。The ink remaining amount detector 4 is used to detect the remaining amount information of the barrel body 1 during the use of the inkjet ink or when not in use, the barrel body 1 is placed on the ink remaining amount detector 4, and the The remaining ink detector 4 measures the total weight of the barrel body 1 and the inkjet ink as the remaining information; the controller calculates the ink consumption during the printing process of the printing system through the change of the remaining information.
所述喷墨墨水的参数信息还包括对应桶体1的净重，所述控制器通过所述余量信息与所述净重之差得到喷墨墨水的所述剩余质量。所述桶体1也可以以不放置于所述墨水余量检测器4上，可采用其他一切可以测量桶体1与喷墨墨水的总重量的方式进行测量。另外打印系统可以通过其他方式测量打印消耗的墨水质量，并传送给所述控制器5，由控制器5根据桶体1中开始时刻的所述余量信息与此时的余量信息作差得到计算消耗量，比较所述计算消耗量与通过其他方式测量的打印消耗的墨水质量，可以判断墨水余量检测器4检测的信息是否准确。上述桶体1中开始时刻的所述余量信息可以存储在对应射频标签内，也可以存放于所述控制器内；其他时刻的余量信息更新于对应的射频标签内，这种处理方式可以实现在获取喷墨墨水参数信息的同时获取余量信息，方便直观，更可以避免由于所述控制器5的损坏而丢失所述桶体中喷墨墨水的相关信息。即使射频标签损坏也可以通过更换射频标签，通过权限管理进行喷墨墨水信息的重置.The parameter information of the inkjet ink also includes the net weight of the corresponding barrel body 1, and the controller obtains the remaining mass of the inkjet ink through the difference between the remaining amount information and the net weight. The barrel body 1 can also be measured without being placed on the remaining ink level detector 4 , and can be measured in any other way that can measure the total weight of the barrel body 1 and the inkjet ink. In addition, the printing system can measure the quality of ink consumed by printing in other ways, and send it to the controller 5, which is obtained by the controller 5 according to the difference between the remaining amount information at the beginning moment in the barrel 1 and the remaining amount information at this time. Calculate the consumption, and compare the calculated consumption with the quality of ink consumed by printing measured by other methods, so as to determine whether the information detected by the remaining ink detector 4 is accurate. The remaining amount information at the starting time in the barrel 1 can be stored in the corresponding radio frequency tag, or can be stored in the controller; the remaining amount information at other times can be updated in the corresponding radio frequency tag, and this processing method can It is convenient and intuitive to obtain the remaining quantity information while obtaining the parameter information of the inkjet ink, and it is also possible to avoid losing the relevant information of the inkjet ink in the barrel due to the damage of the controller 5 . Even if the radio frequency label is damaged, the inkjet ink information can be reset through the authority management by replacing the radio frequency label.
所述控制器5，用于控制所述读写器3对所述射频标签2的读操作和写操作。所述读写器3，与对应的所述射频标签2实现无线通信，进行非接触式读操作和写操作，将所述余量信息实时写入对应的所述射频标签，需要更新时将喷墨墨水的参数信息写入对应的射频标签，同时将所述射频标签中存储的信息读取出来并传动给所述控制器，总之实现实时获取及更新喷墨墨水参数信息及余量信息；The controller 5 is configured to control the read and write operations of the reader 3 on the radio frequency tag 2 . The reader-writer 3 realizes wireless communication with the corresponding radio-frequency tag 2, performs non-contact read and write operations, writes the margin information into the corresponding radio-frequency tag in real time, and sprays The parameter information of the inkjet ink is written into the corresponding radio frequency tag, and the information stored in the radio frequency tag is read out and transmitted to the controller at the same time, in a word, the real-time acquisition and update of the inkjet ink parameter information and the remaining information are realized;
所述读写器3包括射频驱动天线，利用所述射频驱动天线对射频信号进行调制解调，优选地RFID读写器3具有13.56MHz射频驱动天线，通过对射频信号的调制解调实现对射频标签RFID非接触式读写操作。The reader-writer 3 includes a radio-frequency driven antenna, and uses the radio-frequency driven antenna to modulate and demodulate the radio-frequency signal. Preferably, the RFID reader-writer 3 has a 13.56MHz radio-frequency driven antenna, and realizes radio-frequency signal modulation and demodulation through the radio-frequency signal. Tag RFID non-contact read and write operations.
所述射频标签RFID2具有无线存储功能，通过对射频信号的调制解调将墨水相关的信息保存于射频标签RFID的芯片存储器中。The radio frequency tag RFID2 has a wireless storage function, and stores ink-related information in the chip memory of the radio frequency tag RFID through modulation and demodulation of radio frequency signals.
所述射频标签2通过粘贴或其他的方式安装于所述桶体1外表面，优选地粘贴于所述桶体1的底面。所述读写器3正对所述射频标签2安装，固定于所述墨水余量检测器4上或安放于其他合适的位置，并且与所述射频标签2的距离小于10cm，这种安装方式可以实现射频标签2与读写器3的可靠通信，提高通信质量，有效抵抗外界干扰。The radio frequency tag 2 is installed on the outer surface of the barrel body 1 by pasting or other means, preferably pasted on the bottom surface of the barrel body 1 . The reader 3 is installed facing the radio frequency tag 2, fixed on the ink level detector 4 or placed in other suitable positions, and the distance from the radio frequency tag 2 is less than 10cm. The reliable communication between the radio frequency tag 2 and the reader 3 can be realized, the communication quality can be improved, and external interference can be effectively resisted.
一种喷墨墨水信息存储识别的方法，所述方法包括：A method for inkjet ink information storage and identification, the method comprising:
S1、将喷墨墨水的参数信息存储入射频标签内，所述射频标签固定于盛放所述喷墨墨水的桶体上；S1. Store the parameter information of the inkjet ink into the radio frequency tag, and the radio frequency tag is fixed on the barrel containing the inkjet ink;
S2、检测所述桶体中喷墨墨水的余量信息，并实时传送给控制器；S2. Detect the remaining amount information of the inkjet ink in the barrel, and send it to the controller in real time;
S3、由所述控制器控制读写器将喷墨墨水的所述余量信息实时写入对应的所述射频标签内；S3. The controller controls the reader to write the remaining amount information of the inkjet ink into the corresponding radio frequency tag in real time;
S4、所述控制器控制所述读写器读取所述射频标签内存储的参数信息和所述余量信息，并上传给所述控制器；S4. The controller controls the reader-writer to read the parameter information and the margin information stored in the radio frequency tag, and upload them to the controller;
S5、由所述控制器根据喷墨墨水的所述参数信息进行喷墨墨水兼容性的识别，根据所述余量信息计算打印系统打印过程中墨水消耗量，并通过识别结果以及所述墨水消耗量控制打印系统的打印使能。S5. The controller identifies the compatibility of the inkjet ink according to the parameter information of the inkjet ink, calculates the ink consumption in the printing process of the printing system according to the remaining information, and uses the identification result and the ink consumption volume controls the print enable of the printing system.
本发明的方法利用本发明的装置进行操作。所述喷墨墨水的参数信息包括喷墨墨水的型号、颜色、生产日期、出厂日期，根据所述型号判断喷墨墨水的兼容性，根据所述生产日期、出厂日期可以判断喷墨墨水的存放时间，是否过期，通过颜色可以直观的进行墨水的选择。The method of the invention is performed using the device of the invention. The parameter information of the inkjet ink includes the model, color, production date, and delivery date of the inkjet ink. The compatibility of the inkjet ink can be judged according to the model, and the storage of the inkjet ink can be judged according to the production date and the delivery date. Time, whether it is expired or not, the ink can be selected intuitively through the color.
所述墨水余量检测器测量所述桶体与喷墨墨水的总重量，作为所述余量信息；所述控制器通过所述余量信息的变化计算打印系统打印过程中墨水消耗量。The remaining ink detector measures the total weight of the barrel and the inkjet ink as the remaining information; the controller calculates the ink consumption during the printing process of the printing system according to the change of the remaining information.
所述喷墨墨水的参数信息还包括对应桶体的净重，所述控制器通过所述余量信息与所述净重之差得到喷墨墨水的所述剩余质量。另外打印系统可以通过其他方式测量打印消耗的墨水质量，并传送给所述控制器，由控制器根据桶体中开始时刻的所述余量信息与此时的余量信息作差得到计算消耗量，比较所述计算消耗量与通过其他方式测量的打印消耗的墨水质量，可以判断墨水余量检测器检测的信息是否准确。上述桶体中开始时刻的所述余量信息可以存储在对应射频标签内，也可以存放于所述控制器内；其他时刻的余量信息更新于对应的射频标签内，这种处理方式可以实现在获取喷墨墨水参数信息的同时获取余量信息，方便直观，更可以避免由于所述控制器的损坏而丢失所述桶体中喷墨墨水的相关信息，即使射频标签损坏可以通过更换射频标签，通过权限管理进行喷墨墨水信息的重置，即使不能重置也只是都是了一桶喷墨墨水的信息，不至于丢失全部信息.另外其他时刻的余量信息在存储于对应射频标签的同时，也可以存储于控制器中作为备份。The parameter information of the inkjet ink also includes the net weight of the corresponding barrel, and the controller obtains the remaining mass of the inkjet ink according to the difference between the remaining quantity information and the net weight. In addition, the printing system can measure the quality of ink consumed by printing in other ways, and send it to the controller, and the controller calculates the consumption amount based on the difference between the remaining amount information at the beginning moment in the barrel and the remaining amount information at this time Comparing the calculated consumption with the quality of ink consumed by printing measured by other means, it can be judged whether the information detected by the remaining ink detector is accurate. The remaining amount information at the start time in the above-mentioned barrel can be stored in the corresponding radio frequency tag, and can also be stored in the controller; the remaining amount information at other times is updated in the corresponding radio frequency tag, and this processing method can realize It is convenient and intuitive to obtain the remaining information while obtaining the parameter information of the inkjet ink, and can avoid losing the relevant information of the inkjet ink in the barrel due to the damage of the controller. Even if the radio frequency label is damaged, it can be replaced by replacing the radio frequency label , reset the inkjet ink information through rights management, even if it cannot be reset, it is only the information of a bucket of inkjet ink, so that all information will not be lost. In addition, the remaining information at other times is stored in the corresponding radio frequency tag At the same time, it can also be stored in the controller as a backup.
图3为本发明的一种喷墨墨水信息存储识别方法中对打印系统进行使能控制的流程图；对打印系统的使能控制具体为：RFID读写器对RFID电子标签(射频标签)内的存储信息进行读取，由控制器判断墨水的兼容性，若兼容则进行墨水余量检测，存储进对应的所述射频标签，并计算墨水消耗量，之后根据所述墨水消耗量控制打印系统使能。Fig. 3 is a flow chart of enabling control of the printing system in an inkjet ink information storage and identification method of the present invention; the enabling control of the printing system is specifically: The stored information is read, and the controller judges the compatibility of the ink. If it is compatible, it will detect the ink remaining, store it in the corresponding radio frequency tag, and calculate the ink consumption, and then control the printing system according to the ink consumption. Enable.
本发明上述实施例，控制器根据RFID射频标签内存储的墨水信息,判断墨水的兼容性及桶装喷墨墨水的消耗量，控制打印系统工作使能，本发明与相关技术相比，实现桶装喷墨墨水更换安装方便，可实现喷墨墨水用量的实时监控，同时根据墨水信息存储识别喷墨墨水的兼容性，防止非兼容性墨水腐蚀喷墨系统器件导致喷墨系统器件的使用寿命缩短，并且影响喷印质量。In the above embodiments of the present invention, the controller judges the compatibility of the ink and the consumption of the inkjet ink in the barrel according to the ink information stored in the RFID radio frequency tag, and controls the printing system to work. Compared with the related technology, the present invention realizes the It is easy to replace and install inkjet ink, which can realize real-time monitoring of inkjet ink consumption, and at the same time identify the compatibility of inkjet ink according to ink information storage, so as to prevent non-compatible ink from corroding inkjet system components and shorten the service life of inkjet system components , and affect the printing quality.
显然，本领域的技术人员应该明白，上述的本发明的各器件或各步骤可以集中在单个的计算装置上，或者分布在多个计算装置所组成的网络上，可选地，它们可以用计算装置可执行的程序代码来实现，从而，可以将它们存储在存储装置中由计算装置来执行，或者将它们分别制作成各个集成电路模块，或者将它们中的多个模块或步骤制作成单个集成电路模块来实现。这样，本发明不限制于任何特定的硬件和软件结合。Obviously, those skilled in the art should understand that each device or each step of the present invention described above can be concentrated on a single computing device, or distributed on a network formed by multiple computing devices, and optionally, they can be device executable program code, thus, they can be stored in a storage device and executed by a computing device, or they can be made into individual integrated circuit modules, or multiple modules or steps can be made into a single integrated circuit module. circuit modules to achieve. As such, the present invention is not limited to any specific combination of hardware and software.
以上实施方式仅用于说明本发明，而非对本发明的限制。尽管参照实施例对本发明进行了详细说明，本领域的普通技术人员应当理解，对本发明的技术方案进行各种组合、修改或者等同替换，都不脱离本发明技术方案的精神和范围，均应涵盖在本发明的权利要求范围当中。The above embodiments are only used to illustrate the present invention, but not to limit the present invention. Although the present invention has been described in detail with reference to the embodiments, those skilled in the art should understand that various combinations, modifications or equivalent replacements of the technical solutions of the present invention do not depart from the spirit and scope of the technical solutions of the present invention, and all should cover Within the scope of the claims of the present invention.
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