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    • 4. 发明公开
    • IMAGING CARTRIDGE MEMORY CHIP PARAMETER SENDING METHOD, MEMORY CHIP, AND IMAGING CARTRIDGE
    • 发送方法的成像盒内存参数,存储芯片及成像盒
    • EP3098077A1
    • 2016-11-30
    • EP14879043.9
    • 2014-03-28
    • Apex Microelectronics Co., Ltd
    • LIU, Weichen
    • B41J2/175
    • G06K15/407G06F21/608G06F21/73G06K15/102G06K15/12G06K15/1868G06K15/1894G06K15/40
    • An imaging cartridge memory chip parameter sending method, memory chip, and imaging cartridge, the method comprising the following steps: receiving an instruction sent by a print imaging device; if said instruction is determined to be a key parameter read instruction, then sending said key parameters to said print imaging device, the key parameters being generated by the memory chip itself. In the present application, the parameters needing to be read by the print imaging device are generated by the memory chip itself; when the print imaging device sends a read instruction, the parameters generated by the memory chip are sent to the print imaging device; the print imaging device cannot directly read the parameters at any time; in this way, the malicious acquisition of certain important parameters from the memory chip is prevented. Additionally, a compatible manufacturer or original equipment manufacturer of memory chips does not need to store specific parameters in their entirety on the memory chip, and can prevent a competitor from directly reading the memory chip and obtaining certain important parameters, thus protecting certain important parameters in the memory chip.
    • 成像盒存储器芯片参数发送方法,存储器芯片,以及成像盒,该方法包括以下步骤:通过一个打印成像装置发送指令的接收; 说,如果指令是确定的开采是一个关键的参数读取指令,则发送所述关键参数来打印所述成像装置,由所述存储器芯片本身产生的关键参数。 在本申请中,参数需要通过由存储器芯片本身被所产生的打印成像装置读取; 当打印成像装置发送读指令,由存储器芯片所产生的参数被发送到打印成像装置; 打印成像装置不能直接读取在任何时间参数; 这样,恶意收购的来自存储芯片的某些重要参数被阻止。 此外,兼容的制造商或内存芯片原始设备制造商并不需要存储特定的参数在他们的记忆芯片对整体的,并且可以防止竞争对手直接读取存储芯片,并获得一些重要的参数,从而保护某些重要参数 内存芯片。
    • 6. 发明公开
    • SHORT-CIRCUIT DETECTION METHOD OF INK CARTRIDGE CHIP, CHIP, INK CARTRIDGE AND RECORDING DEVICE
    • EP3851286A1
    • 2021-07-21
    • EP21160187.7
    • 2014-01-07
    • Apex Microelectronics Co., Ltd.
    • LIU, Weichen
    • B41J2/175
    • The present invention provides a short-circuit detection method of an ink cartridge chip, a chip, an ink cartridge and a recording device. The ink cartridge chip (2) includes a circuit board (201), the circuit board is provided with at least two connecting terminals, a detecting terminal (301) arranged adjacent to and spaced apart from the connecting terminal at a predetermined interval, a short-circuit detection part (302) electrically connected with the detecting terminal and/or the connecting terminal, and a short-circuit control part connected with the short-circuit detection part. The short-circuit detection part judges whether short circuit occurs between the detecting terminal and the connecting terminal according to a change in an electrical signal of the detecting terminal and/or the connecting terminal; the short-circuit control part is used to execute a short-circuit abnormality processing when short circuit is detected. Short circuit can be actively detected at the ink cartridge chip side in early stage after the ink cartridge is mounted to the recording device, and thus a possibility that the electrical component on the ink cartridge has been damaged when a short circuit is detected by the recording device is reduced, and moreover, for a recording device without a short-circuit detection circuit, ink cartridge application safety factor is also increased.
    • 8. 发明公开
    • INKJET CARTRIDGE, CIRCUIT SUBSTRATES, AND INKJET CARTRIDGE ASSEMBLY
    • EP3928990A1
    • 2021-12-29
    • EP20802442.2
    • 2020-03-18
    • Apex Microelectronics Co., Ltd.
    • LIU, Weichen
    • B41J2/175
    • A nozzle ink cartridge, a circuit substrate, and a nozzle ink cartridge assembly are provided. The nozzle ink cartridge includes an ink cartridge main body (11), and a first circuit substrate (12) and a second circuit substrate (15) that are disposed on the ink cartridge main body (11), an accommodation portion, and a replaceable ink container (13) that is contained in the accommodation portion. The first circuit substrate (12) is configured with a nozzle circuit (122) and a first interface circuit (121) that are electrically connected to each other; the second circuit substrate (15) is configured with a second interface circuit (151) and a third interface circuit (152); and the ink container (13) is configured with a first storage circuit (142) and a fourth interface circuit (141) that are electrically connected to each other. The fourth interface circuit (141) is electrically connected to the third interface circuit (152), and the first storage circuit (142) at least stores ink amount information of the ink container. The second circuit substrate (15) is further configured with a switching circuit (154), and the switching circuit (154) is configured to be capable of processing signal transmission between the second interface circuit (151) and the third interface circuit (152). After the ink container is replaced, the ink amount information read by the printer from the nozzle cartridge can reflect ink amount of an ink container after replacement.
    • 10. 发明公开
    • SHORT-CIRCUIT DETECTION METHOD OF INK BOX CHIP, CHIP, INK BOX AND RECORDING DEVICE
    • 澳大利亚新加坡
    • EP3001316A1
    • 2016-03-30
    • EP14800993.9
    • 2014-01-07
    • Apex Microelectronics Co., Ltd
    • LIU, Weichen
    • G06F11/00B41J2/175
    • The present invention provides a short-circuit detection method of an ink cartridge chip, a chip, an ink cartridge and a recording device. The ink cartridge chip (2) includes a circuit board (201), the circuit board is provided with at least two connecting terminals, a detecting terminal (301) arranged adjacent to and spaced apart from the connecting terminal at a predetermined interval, a short-circuit detection part (302) electrically connected with the detecting terminal and/or the connecting terminal, and a short-circuit control part connected with the short-circuit detection part. The short-circuit detection part judges whether short circuit occurs between the detecting terminal and the connecting terminal according to a change in an electrical signal of the detecting terminal and/or the connecting terminal; the short-circuit control part is used to execute a short-circuit abnormality processing when short circuit is detected. Short circuit can be actively detected at the ink cartridge chip side in early stage after the ink cartridge is mounted to the recording device, and thus a possibility that the electrical component on the ink cartridge has been damaged when a short circuit is detected by the recording device is reduced, and moreover, for a recording device without a short-circuit detection circuit, ink cartridge application safety factor is also increased.
    • 本发明提供一种墨盒芯片,芯片,墨盒和记录装置的短路检测方法。 墨盒芯片(2)包括电路板(201),电路板设置有至少两个连接端子,以预定间隔布置成与连接端子相邻并间隔开的检测端子(301),短路 与检测端子和/或连接端子电连接的电路检测部件(302)以及与短路检测部件连接的短路控制部件。 短路检测部根据检测端子和/或连接端子的电信号的变化来判断检测端子和连接端子之间是否发生短路; 当检测到短路时,短路控制部分用于执行短路异常处理。 在将墨盒安装到记录装置之后的早期阶段,可以在墨盒芯片侧主动检测短路,并且因此当通过记录检测到短路时墨盒上的电气部件已被损坏的可能性 装置减少,而且对于没有短路检测电路的记录装置,墨盒应用安全系数也增加。