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    • 4. 发明申请
    • CONTINUOUS DATA RETRIEVING DEVICE
    • 连续数据检测设备
    • WO2004059558A1
    • 2004-07-15
    • PCT/US2002/038979
    • 2002-12-23
    • ZEROPLUS TECHNOLOGY CO., LTDCHEN, Chung-ChinCHENG, Chiu-HaoCHENG, Ming-GwoHUANG, Tsung-ChihTZU, Chun-Feng
    • CHENG, Chiu-HaoCHENG, Ming-GwoHUANG, Tsung-ChihTZU, Chun-Feng
    • G06F19/00
    • G01R31/31935G01R31/3177
    • A continuous data retrieving device (20) includes a data control circuit (21) adapted to receive test data from a test sample (27), a plurality of memory devices (24, 25) adapted to store test data obtained from the test sample, memory selector circuit controlled by the data control circuit to switch data storage path between the data control circuit and the memory devices for enabling received test data to be stored in a memory devices in sequence and for enabling storage test data to be retrieved from the memory devices in subsequent order, and transmitted to a communication control circuit (22) where the communication control circuit (22) is controlled by the data control circuit to transmit storage test data from the memory devices to a computer connected to the analyzer for purposes of outputting the desired data signal.
    • 连续数据检索装置(20)包括适于从测试样本(27)接收测试数据的数据控制电路(21),适于存储从测试样本获得的测试数据的多个存储器件(24,25) 存储器选择器电路,由数据控制电路控制,以切换数据控制电路和存储器件之间的数据存储路径,以使接收到的测试数据依次存储在存储器件中,并使存储测试数据能够从存储器件中检索 并且发送到通信控制电路(22),其中通信控制电路(22)由数据控制电路控制,以将存储测试数据从存储器件传送到连接到分析仪的计算机,以便输出 所需数据信号。
    • 5. 发明申请
    • PROGRAMMABLE LOGIC ANALYZER DATA ANALYZING METHOD
    • 可编程逻辑分析仪数据分析方法
    • WO2004059334A1
    • 2004-07-15
    • PCT/US2002/038991
    • 2002-12-31
    • ZEROPLUS TECHNOLOGY CO., LTDCHEN, Chung-ChinCHENG, Chiu-HaoCHENG, Ming-GwoTZU, Chun-Feng
    • CHEN, Chung-ChinCHENG, Chiu-HaoCHENG, Ming-GwoTZU, Chun-Feng
    • G01R31/28
    • G01R31/3177G06F11/25
    • A programmable logic analyzer data analyzing method includes the step of controlling a control circuit (11) to fetch waveform data from the test sample (14) and to store fetched waveform data in a memory (13), the step of controlling the control circuit (11) to transmit the waveform data from the memory (13) to a computer through a transmission interface (19) when the memory space of the memory (13) is used up (fully occupied), the step of driving the computer to write the received waveform data in a buffer (18) thereof, and the step of running a test sample test signal auxiliary analyzing procedure for enabling the user to use the display screen (17) of the computer for making debugging data analysis, comparison data analysis and search data analysis, to store the analyzed data in the form of a file, or to print out the analyzed data through a printer.
    • 一种可编程逻辑分析仪数据分析方法,包括控制电路(11)从测试样本(14)取出波形数据并将获取的波形数据存储在存储器(13)中的步骤,控制电路( 11)当存储器(13)的存储空间用尽(完全占用)时,通过传输接口(19)将波形数据从存储器(13)发送到计算机,驱动计算机写入 在其缓冲器(18)中接收波形数据,以及运行测试样本测试信号辅助分析程序以使用户能够使用计算机的显示屏幕(17)进行调试数据分析,比较数据分析和搜索的步骤 数据分析,以文件的形式存储分析的数据,或通过打印机打印分析的数据。
    • 7. 发明申请
    • LOGIC ANALYZER AND METHOD OF ANALYZING WAVEFORM DATA USING THE SAME
    • 逻辑分析仪及使用其分析波形数据的方法
    • WO2005121814A1
    • 2005-12-22
    • PCT/US2004/015583
    • 2004-06-07
    • ZEROPLUS TECHNOLOGY CO., LTD.CHEN, Chung-chinCHENG, Ming-KuoCHENG, Chiu-HaoTSENG, Chun-FengCHANG, Hung-Ye
    • CHEN, Chung-chinCHENG, Ming-KuoCHENG, Chiu-HaoTSENG, Chun-FengCHANG, Hung-Ye
    • G01R13/00
    • G01R31/3177
    • A method of analyzing waveform data using a logic analyzer (10) is provided. The logic analyzer comprises a control circuit (11) and a memory (12). A waveform data is retrieved from a test object (40) and stored into the memory (12) of the logic analyzer (10). Next, the waveform data stored in the memomy (12) is transmitted to a computer (30) and then filled into a buffer (14) of the logic analyzer (10). Next, the waveform data stored in the buffer (14) is transmitted to a display device (13) so that a user can select a display channel in a channel display area (53) in a main waveform display area (51) in a control window (50) of the logic analyzer (10) to select a waveform display mode (102) or a waveform observation mode (103) to display a sector of the waveform data in different display modes and different angles according to different timings in the display device (13).
    • 提供了使用逻辑分析器(10)分析波形数据的方法。 逻辑分析仪包括控制电路(11)和存储器(12)。 从测试对象(40)检索波形数据并存储到逻辑分析器(10)的存储器(12)中。 接下来,存储在记忆体(12)中的波形数据被发送到计算机(30),然后填充到逻辑分析器(10)的缓冲器(14)中。 接下来,存储在缓冲器(14)中的波形数据被发送到显示装置(13),使得用户可以在控制中的主波形显示区域(51)中的频道显示区域(53)中选择显示频道, 窗口(50),以选择波形显示模式(102)或波形观察模式(103),以根据显示器中的不同定时在不同的显示模式和不同的角度显示波形数据的扇区 装置(13)。
    • 9. 发明申请
    • INDICATING ACCESSORY USED ON INTELLIGENT MOBILE DEVICES
    • 表示使用智能移动设备的附件
    • WO2015110830A1
    • 2015-07-30
    • PCT/GB2015/050159
    • 2015-01-23
    • DATEL DESIGN AND DEVELOPMENT LTDZEROPLUS TECHNOLOGY CO., LTD
    • CHENG, Chiu-Hao
    • G06F3/039G06F3/0488
    • G06F3/039G06F3/04886G06F2203/04809
    • In some aspects, it is described a preferably transparent indicating accessory used on intelligent mobile devices with touch screen and at least one application software. The transparent indicating accessory includes at least one indicating unit, which can connect with the function of the touch screen. When application software runs on the intelligent mobile device, the operational area and the non- operational area are shown on the screen. The indicating unit should be attached at the corresponding position of the operational area while the application software is running on the intelligent mobile device. The indicating unit builds height differences between the operational area and the non-operational area showing on the touch screen, thus the operational area can be clearly known by users, and operation mistakes such as touching the incorrect position will also be decreased.
    • 在一些方面,描述了在具有触摸屏和至少一个应用软件的智能移动设备上使用的优选透明的指示附件。 透明指示附件包括至少一个可与触摸屏功能连接的指示单元。 当应用软件在智能移动设备上运行时,操作区域和非操作区域显示在屏幕上。 应用软件在智能移动设备上运行时,指示单元应安装在操作区域的相应位置。 指示单元在触摸屏上显示的操作区域和非操作区域之间建立高度差,因此用户可以清楚地知道操作区域,并且还将减少诸如触摸不正确位置的操作错误。