CN103092100B - Control and display device with synchronous acquisition of data and multi-picture display achievable - Google Patents

Control and display device with synchronous acquisition of data and multi-picture display achievable Download PDF

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CN103092100B
CN103092100B CN 201310009258 CN201310009258A CN103092100B CN 103092100 B CN103092100 B CN 103092100B CN 201310009258 CN201310009258 CN 201310009258 CN 201310009258 A CN201310009258 A CN 201310009258A CN 103092100 B CN103092100 B CN 103092100B
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control
data acquisition
multi
display
system
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CN103092100A (en
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杨丽
王俊俊
周益春
蔡灿英
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湘潭大学
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Abstract

一种同步采集数据和多画面显示的控制与显示装置,属于热障涂层试验模拟装置的同步控制与显示领域。 And display control means for synchronizing data acquisition and multi-screen display, the display area belonging to synchronous control with the test simulates the thermal barrier coating apparatus. 该装置包括仪器存放区、实验控制与数据采集模块以及多画面显示模块,实验控制与数据采集模块控制着仪器存放区内各检测设备的开启、数据采集等状态,并将结果同步显示在多画面显示模块中。 The apparatus includes a storage area means, experimental control and data acquisition module and multi-screen display module, the control and the experimental data acquisition module controls the opening of each detecting device equipment repositories, data acquisition status, and the results are displayed on a multi-screen synchronized display module. 本发明可以对各种具有不同操作系统和控制软件的硬件设备实现运行状态的同步控制,并对各个设备所采集的数据进行并行的多画面显示,而各设备并行工作,互不影响,并可卸下单独使用,操作方便,为实现各种无损检测设备在热障涂层试验模拟装置中的集成提供了有效的控制平台,操作简单、安全,应用性强。 The present invention can be implemented synchronous control the operating state of various hardware devices with different operating systems and control software, and the respective data acquisition device is parallel multi-screen display, and the devices work in parallel, independently of each other, and Remove alone, easy to operate, to achieve a variety of non-destructive testing equipment integration provides a thermal barrier coating in an effective test simulator control platform, simple, safe, strong application.

Description

一种同步采集数据和多画面显示的控制与显示装置 A synchronous data acquisition and control and display means of the multi-screen display

技术领域 FIELD

[0001] 本发明涉及一种同步采集数据和多画面显示的控制与显示装置,特别涉及的是实现自制热障涂层试验模拟装置中对其他无损检测装置的同步控制与多画面显示装置,属于热障涂层试验模拟装置的控制与显示技术领域。 [0001] The present invention relates to a synchronous data acquisition and control and display means multi-screen display, and more particularly to a thermal barrier coating is self test simulator to realize display control of the synchronization detecting means with the other non-destructive multi-screen apparatus belonging to control and display field test simulates the thermal barrier coating apparatus.

背景技术 Background technique

[0002] 随着薄膜涂层表面加工技术、材料复合技术、纳米技术等先进材料的设计与制备技术的发展,越来越多的经过特殊设计的高性能材料被广泛应用到高温、腐蚀、高载荷等特殊服役环境中,不仅极大的提升了现代工业技术的发展,同时也为材料性能测试及其优化设计的方法带来极大的挑战。 [0002] With the design and preparation of the film coating surface art processing techniques, composite materials technology, nano technology and other advanced material, more specially designed through high-performance materials has been widely applied to a high temperature, corrosion, high special service environment loads, etc., not only greatly enhance the development of modern industrial technology, but also bring great challenges for material and performance testing method for optimal design. 以高性能热障涂层技术为例,热障涂层技术的应用使得航空发动机涡轮叶片的燃气进口温度提升了100-300 ° C,提高了发动机的热效率。 High performance thermal barrier coating technology, for example, application of a thermal barrier coating technology is such that a gas inlet temperature of the turbine blade aeroengine improved 100-300 ° C, to improve the thermal efficiency of the engine. 但同时,其结构复杂、几何形状复杂、服役环境特别复杂也为热障涂层破坏机理的正确理解带来了很大的挑战。 But at the same time, its structure is complicated, complex geometry, particularly complex service environment is also a big challenge for the correct understanding of the failure mechanism of thermal barrier coatings. 研究工作者们对热障涂层进行了几十年来的探索,但其破坏机理的不理解、安全寿命的难以预测仍然是热障涂层优化设计以及安全应用的瓶颈。 Researchers have for thermal barrier coatings were explored for decades, but the failure mechanism is not understood, the safety of life is still difficult to predict the thermal barrier coating to optimize the design and application of security bottleneck. 其中,最大的原因在于我们无法再利用常规的力学实验,如拉伸、压缩、热疲劳,等单一载荷方式来模拟热障涂层的服役环境。 Wherein biggest reason is that we can not use a conventional mechanical tests, such as tensile, compression, thermal fatigue, and other ways to simulate the load of a single service environment of the thermal barrier coating. 因此,随着这些高性能材料技术的发展,研制特殊服役环境下材料的模拟装置并结合一些先进的实时、原位监测技术是现代材料性能研究的重要研究方法和必然发展趋势。 Therefore, with the development of these high-performance materials and technology, Analog Devices developed under special service environment combined with some materials and advanced real-time, in-situ monitoring technology is an important research methods of modern materials performance and inevitable trend. 这就需要将各种检测不同参数的仪器集成到同一台实验测试平台上,并实现对这些不同操作系统不同检测功能的设备的同步控制与多画面显示,以保证实时检测结果的准确性。 This requires the detection of a variety of different parameters of the instrument integrated onto the same experimental test platform, and multi-screen synchronization and control devices for these different detection function display different operating systems, real-time to ensure the accuracy of test results.

[0003]目前,市场上的控制技术多是通过远程控制技术来实现的,通过硬件连接或者分别在主控、被控计算机上安装相应的软件的方法,我们可以在主控计算机上远程控制并操作多台被控计算机,能够实现批量分发文件、重启关机、发送文字广播之类,以及分别操作每台被控电脑等功能。 [0003] At present, control technology on the market are mostly realized by remote control, or respectively connected to the master, the controlled method install the appropriate software on the computer hardware, and we can remotely control the host computer charged with operating multiple computers, you can achieve mass distribution file, restart shutdown, send text broadcasts, and were each charged with operating a computer and other functions. 然而无论是硬件方式还是软件方式,目前所有的远程控制技术都无法实现对多台设备的同步操作,因此无法满足我们要对各种不同操作系统的实验设备进行集成的实验需求。 But both the hardware or software, all current remote control technology can not achieve synchronous operation of multiple devices, so we should not meet to laboratory equipment a variety of different operating systems to integrate the needs of the experiment.

[0004] 此外,多画面显示功能是通过画面分割器、远程控制等技术来实现,采用数字化处理和图像压缩的方法,把几个画面按相同的比例压缩在一个显示器的屏幕上,或者按照需要选择显示某个画面。 [0004] In addition, the multi-screen display is realized by Quad, remote control technology, digital image processing and compression method, the number of pictures in the same compression ratio on a screen of the display, or as needed select a screensaver. 有的画面分割器内置有顺序切换器的功能,可将输入的多个全屏画面按照顺序和间隔时间轮流输出显示在同一个显示器上,如同切换主机轮流切换画面一样,其间隔时间一般是可调的。 Some Quad built sequential switcher function, a plurality of full screen can be entered in order of time intervals and output alternately displayed on the same display screen as the switching switch turns as the host, which is generally adjustable time interval of. 然而这些技术所实现的两种多画面显示功能均含有各自的缺陷,对于多个画面按比例压缩在同一显示器上的方式,我们无法清晰的观察每个画面上的数据、曲线、图表等信息,而多个全屏画面切换显示的方式,又无法实现同时观察不同显示画面上的信息,两种方式均无法满足我们需要同时清晰的观看各不同显示画面上的信息的需求,不适用于精细实验。 However, these two technologies to realize the multi-screen display comprising a respective functions are defects for a plurality of pictures on the same display manner of the compression ratio, we can not clearly observed on each screen of the information data, curves and charts, and more than a full screen display mode switching, but also can not be achieved while observing the different display information on the screen, either way we need to clearly unable to meet the viewing needs information on the various display screens, not for fine experiments.

[0005] 宫声凯等人设计并研制了一套热障涂层服役环境的模拟装置中(专利公开号:CN1699994),借用了声发射设备、交流阻抗谱测试设备等无损测量装置对热障涂层的微观结构进行实时检测。 [0005] Gong et al., Sheng-kai simulation apparatus was designed and developed a thermal barrier coating in the service environment (Patent Publication No.: CN1699994), borrowed acoustic emission device, AC impedance measuring device lossless thermal barrier means coating microstructure real-time detection. 此外,我们曾研制出一套用于模拟和实时测试高温部件热疲劳失效的试验装置(专利公开号:201010000151),也采用了声发射设备、交流复阻抗设备、非接触式三维变形测试系统、温度测试采集系统。 In addition, we have developed a means for testing (Patent Publication number: 201010000151), and real-time simulation testing thermal fatigue failure of the high temperature part, the device also uses acoustic emission, AC impedance device, non-contact three-dimensional deformation test system, temperature testing of collecting systems. 然而,这些装置还未能实现对无损检测设备的控制,即实验过程和检测过程是独立的操作过程,也没有实现对各种无损检测参数的同步显示。 However, these devices also failed to achieve control of the nondestructive testing apparatus, i.e., the detection process of the experiment and are independent of the operation, there is no synchronization displaying various nondestructive testing parameters. 因此,在自制的热障涂层试验模拟装置中实现对各种无损检测装置的集成与同步显示尤为重要。 Thus, integration with synchronous display is particularly important in a variety of non-destructive testing means test the thermal barrier coating made of the simulation device.

发明内容 SUMMARY

[0006] 为解决上述问题,本发明提供了一种同步采集数据和多画面显示的控制与显示装置,用于在自制的热障涂层试验模拟装置中实现对其他无损检测装置的集成,即同步控制与显示。 [0006] In order to solve the above problems, the present invention provides a control device for synchronizing with the display data acquisition and multi-screen display, the other for realizing the integration of the nondestructive testing apparatus in the self-test simulates thermal barrier coating apparatus, i.e., synchronous control and display. 操作方便,简单,操作界面友好,应用性强。 Easy to operate, simple, user friendly, strong application.

[0007] 本发明采用的技术方案为:所述同步采集数据和多画面显示的控制与显示装置包括多画面显示模块、实验控制与数据采集模块、仪器存放区,用以在自制的热障涂层试验模拟装置中,实现对其他无损检测设备包括声发射仪、复阻抗谱仪、三维变形测量系统等的集成,实现四台具有不同操作系统及操作软件的设备间的同步控制与显示。 [0007] aspect of the present invention is used are: the synchronization acquisition apparatus with the display control data and the multi-screen display comprising a multi-screen display module, the control and the experimental data acquisition module, instrument storage areas for thermal barrier coated homemade layer test simulation apparatus, to achieve integration of other nondestructive testing apparatus includes an acoustic emission device, a complex impedance spectroscopy, a three-dimensional deformation measurement systems, synchronization control between four devices with different operating systems and software and display operations.

[0008] PC1-2声发射无损检测系统、1260+1296型材料电性能交流阻抗谱测试系统、ARAMIS非接触式三维变形测试系统、自制热障涂层试验模拟装置的控制系统等设备以及同步数据采集模组均放置于该装置所设置的仪器存放区中,同步数据采集模组的4个输出接口分别与各设备相接,且各设备为并行连接,相对独立,可卸下单独使用。 [0008] PC1-2 nondestructive testing acoustic emission system, material type 1260 + 1296 AC impedance electrical properties of the system, non-contact three-dimensional deformation ARAMIS test system, control system, and a thermal barrier coating made Simulator test data and a synchronization device acquisition modules are placed in the region of the storage device provided in the apparatus, simultaneous data acquisition module 4 are in contact with each of the output interface devices, and each device is connected in parallel, relatively independent, it can be removed separately. 实验控制与数据采集模块的命令输入按钮用于控制自制的热障涂层试验模拟装置以及各无损检测设备运行状态的开启与停止,并由工作状态指示灯显示其运行状态。 Experimental command control and data acquisition module is an analog input thermal barrier coating test button means for controlling the self-running and turning states of the non-destructive testing equipment and stop working status indicator displayed by the operating state thereof. 实验控制与数据采集模块发出命令后,仪器存放区内的各无损检测设备以及自制的热障涂层试验模拟装置的控制系统同时接收并执行命令,再将命令执行的结果同步显示在多画面显示模块中。 Experimental control and data acquisition module after issuing the command, the control system of each non-destructive testing equipment repositories and a thermal barrier coating made of the test apparatus while the analog receive and execute the command, then the command execution result of synchronization in a multi-screen display module. 多画面显示模块为安装有4台LCD液晶显示器,分别连接各个被实验控制与数据采集模块控制的设备,包括热障涂层试验模拟装备以及各无损检测设备。 Multi-screen display module 4 is attached to a liquid crystal display LCD, are connected to respective devices to be controlled experimental control and data acquisition module, comprising a test simulates the thermal barrier coating as well as non-destructive testing equipment device.

[0009] 所述同步数据采集模组为一个输入信号同时同步控制四台设备的设备模组,该设备模组有一路输入信号由命令按钮来控制,4路输出信号分别接入对应的被控设备。 [0009] The data acquisition module is a synchronous input signal while the synchronization control device module four devices, the device module has one input signal is controlled by a command button, four output signals corresponding to the controlled access device. 通过命令按钮发出信号,4台被控设备同时接收信号,实现4台设备的同步运行。 Signaled by a command button, the controlled device 4 receiving signals, synchronized operation of four devices.

[0010] 所述自制热障涂层试验模拟装置的控制系统、PC1-2声发射无损检测系统、1260+1296型材料电性能交流阻抗谱测试系统、ARAMIS非接触式三维变形测试系统等无损检测装置,均有自己独立的操作系统与软件控制系统,用以实现对实验参数的控制与调节、实验状态参数的采集与存储。 [0010] The control system of the self-test simulates the thermal barrier coating apparatus, PC1-2 nondestructive testing acoustic emission system, material type 1260 + 1296 AC impedance electrical properties of the system, non-contact three-dimensional deformation ARAMIS test systems NDT device has its own independent operating system and the software control system to achieve control of the experimental parameters and regulation, data collection and storage experiment status parameters. 本发明对各个设备的同步控制并不改变各个设备原有的控制系统与操作软件。 Synchronous control of each apparatus of the present invention does not alter the original equipment of each control system and operating software.

[0011] 所述对各个设备的同步控制只是对设备运行状态的开启与停止进行同步控制,其开启与停止分别由实验控制与数据采集模块的命令输入按钮来实现。 [0011] The synchronization control device of the respective operating state of the device just stop the synchronization control opening and which are open to the stop command inputted by the button control and the experimental data acquisition module implemented.

[0012] 所述多画面显示模块为一安装有4台IXD液晶显示器的显示柜,4台显示器分别连接各个被实验控制与数据采集模块控制的设备。 [0012] The multi-screen display module is a display mounted four counters IXD liquid crystal display device 4 are connected to respective monitors are controlled experimental control and data acquisition module. 同时,显示柜上布置有实验控制与数据采集模块的命令输入按钮。 Meanwhile, the display cabinet is arranged with the control command experimental data acquisition module input buttons.

[0013] 本发明的有益效果为:可以对自主研制的热障涂层试验模拟装置的控制系统及三种无损检测设备实现数据采集的同步控制和多画面的同步显示,且各设备并行工作,互不影响,并可卸下单独使用,操作方便,为实现各种无损检测设备在热障涂层试验模拟装置中的集成提供了有效的控制平台,操作简单、安全,应用性强。 [0013] Advantageous effects of the present invention are: synchronization of data acquisition can be implemented to control the display and multi-screen synchronized control system of a thermal barrier coating on the simulation test device and three types of self-developed non-destructive testing equipment, and the devices in parallel, independently of each other, and can be used alone or remove, convenient operation, to achieve a variety of non-destructive testing equipment integration provides a thermal barrier coating in an effective test simulator control platform, simple, safe, strong application.

附图说明 BRIEF DESCRIPTION

[0014] 图1是所述试验装置的原理示意图; [0014] FIG. 1 is a schematic view of the principle of the assay device;

[0015] 图2是所述试验装置的结构示意图; [0015] FIG. 2 is a schematic diagram of the test apparatus;

[0016] 图中标号:10-仪器存放区;101- PC1-2声发射无损检测系统;102-1260+1296型材料电性能交流阻抗谱测试系统;103- ARAMIS非接触式三维变形测试系统;104_热障涂层试验模拟装置的控制系统;20_实验控制与数据采集模块;201_同步数据采集模组;202-开启按钮;203_停止按钮;204_工作状态指示灯;30_多画面显示模块。 [0016] FIG numeral: 10- Instrument repository; 101- PC1-2 nondestructive testing acoustic emission system; 102-1260 1296 + type material electrical properties of the AC impedance spectroscopy system; 103- ARAMIS non-contact three-dimensional deformation test system; 104_ thermal barrier coating device test simulation control system; 20_ experimental control and data acquisition module; 201_ synchronous data acquisition module; 202- opening button; 203_ stop button; 204_ operation indicator; multi 30_ a screen display module.

具体实施方式 Detailed ways

[0017] 本发明提供了一种同步采集数据和多画面显示的控制与显示装置,下面将结合本发明实施例中的附图,对本发明实施例中的技术方案进行描述。 [0017] The present invention provides a control device for synchronizing with the display data acquisition and multi-screen display, the present invention in conjunction with the accompanying drawings in the following embodiments, the technical solutions in the embodiments of the present invention will be described.

[0018] 如图1所示,为本发明的原理示意图,用以说明该装置同步采集数据和多画面显示功能的工作原理:启动热障涂层试验模拟装置的电源,并通过自己的控制系统(104)调节好实验参数,启动各无损检测设备一PC1-2声发射无损检测系统(101)、1260+1296型材料电性能交流阻抗谱测试系统(102)、ARAMIS非接触式三维变形测试系统(103),按下实验控制与数据采集模块(20)中的开启按钮(202),将采集数据的命令发送给同步数据采集模组(201),同步数据采集模组(201)接收到此命令后,同时同步将采集数据的指令输送给4台设备(101-104),4台设备(101-104)同时接收采集数据的指令,开始同步运行,并将采集的数据信号,分别在多画面显示模块(30)中的LCD液晶显示器上显示。 [0018] FIG. 1, a schematic view of the principles of the present invention, for explaining the working principle of the device and the multi-screen synchronized capture data display function: Start test simulates the thermal barrier coating supply means, and through their own control system (104) regulate experimental parameters, a start of each non-destructive testing equipment PC1-2 acoustic emission destructive detection system (101), 1260 + 1296 type material properties of AC impedance electrical system (102), ARAMIS non-contact system three-dimensional deformation test (103), opening button (202) press experimental control and data acquisition module (20), the data acquisition order is transmitted to the synchronous data acquisition module (201), simultaneous data acquisition module (201) receiving the command, command data collected while simultaneously delivered to four devices (101-104), four devices (101-104) while receiving instruction data collection, synchronous operation starts, the data signal acquisition, respectively, in a multi- screen is displayed on the display module (30) in the LCD monitor.

[0019] 如图2所示,该装置的结构包括仪器存放区(101)、实验控制与数据采集模块 [0019] 2, the structure of the apparatus includes an instrument storage area (101), the control and the experimental data acquisition module

[20]、多画面显示模块(30)三部分;多画面显示模块(30)用来存放4台LCD液晶显示器,分别显示4台设备(101-104)所采集到的信号;实验控制与数据采集模块(20)的命令输入按钮(202-203)用于控制热障涂层试验模拟装置的控制系统(104)以及各无损检测设备(101-103)运行状态的开启与停止,并由工作状态指示灯(204)显示其运行状态是否良好。 [20], multi-screen display module (30) in three parts; multi-screen display module (30) used to store the LCD monitor 4, 4 devices (101-104) are acquired to display signals; control and the experimental data acquisition module (20) of the command input buttons (202-203) a control system (104) controls the thermal barrier coating as well as the test simulation apparatus nondestructive testing device (101-103) opening and stopped state, by working status indicator (204) shows whether they are running in good condition. 各个设备运行命令启动后的情况由各自独立的操作系统和软件来进行控制,我们只需要通过触动命令按钮发出指令来控制实验过程即可;仪器存放区(10)用来放置所有的实验设备,包括4台设备(101-104)、同步数据采集模组(201)等,其中自制的热障涂层试验模拟装置的控制系统(104),除具有上述控制实验过程的功能外,还包括自己编程实现对试样温度的实时测试与采集。 Where each device after the command to start operation is performed by a separate operating system and software control, we only need to issue an instruction by touching command buttons to control the experiment; instrument storage area (10) to place all of the test devices, 4 comprises a device (101-104), synchronous data acquisition module (201) or the like, wherein the control system (104) test simulates the thermal barrier coating apparatus made of, in addition to having the above-described control functions of the experiment, their further comprising collecting real-time programming and testing of the sample temperature.

[0020] 本发明可以对各种具有不同操作系统和控制软件的硬件设备实现运行状态的同步控制,并对各个设备所采集的数据进行并行的多画面显示,而各设备并行工作,互不影响,并可卸下单独使用,操作方便,为实现各种无损检测设备在热障涂层试验模拟装置中的集成提供了有效的控制平台,操作简单、安全,应用性强。 [0020] The present invention may be implemented on a variety of hardware devices with different operating systems and software control of the synchronization control operation is performed, and the respective data acquisition device is parallel multi-screen display, and the devices work in parallel, independently of each other , used alone can remove, convenient operation, to achieve a variety of non-destructive testing equipment integration provides a thermal barrier coating in an effective test simulator control platform, simple, safe, strong application.

Claims (5)

1.一种同步采集数据和多画面显示的控制与显示装置,其特征在于,该装置包括多画面显示模块、实验控制与数据采集模块、仪器存放区,用以在自制的热障涂层试验模拟装置中实现对各种实时检测设备包括PC1-2声发射无损检测系统、1260+1296型材料电性能交流阻抗谱测试系统、ARAMIS非接触式三维变形测试系统的集成; PC1-2声发射无损检测系统(101)、1260+1296型材料电性能交流阻抗谱测试系统(102)、ARAMIS非接触式三维变形测试系统(103)、自制热障涂层试验模拟装置的控制系统(104)设备以及同步数据采集模组(201)均放置于热障涂层试验模拟装置所设置的仪器存放区(10)中,同步数据采集模组(201)的4个输出接口分别与无损检测设备(101-103)以及自制的热障涂层试验模拟装置的控制系统(104)相接,且各设备为并行连接,相对独立,可卸下单独使用;实验控制与数据采 1. A synchronous data acquisition and control and display multi-screen display device, characterized in that the device comprises a multi-screen display module, the control and the experimental data acquisition module, instrument storage area for the self-test of the thermal barrier coating simulation apparatus to achieve various real-time detection apparatus comprising acoustic emission NDT systems PC1-2, 1260 + 1296 type material electrical properties of AC impedance systems, non-contact three-dimensional deformation ARAMIS system integration test; nondestructive acoustic emission PC1-2 detection system (101), the control system 1260 + 1296 type material properties of AC impedance electrical system (102), ARAMIS non-contact three-dimensional deformation testing system (103), a thermal barrier coating made test simulation device (104) and the device simultaneous data acquisition module (201) are placed in the instrument storage area (10) a thermal barrier coating provided test simulation apparatus, simultaneous data acquisition module (201) and four output interfaces are non-destructive testing equipment (101 103) and a control system (104) test simulates the thermal barrier coating apparatus made in contact, and each device is connected in parallel, independent, alone can be removed; experimental control and data acquisition 模块(20)的命令输入按钮(202-203)用于控制自制的热障涂层试验模拟装置控制系统(104)以及各无损检测设备(101-103)运行状态的开启与停止,并由工作状态指示灯(204)显示其运行状态;实验控制与数据采集模块发出命令后,仪器存放区内的各无损检测设备(101-103)和自制的热障涂层试验模拟装置的控制系统(104)同时接收并执行命令,再将命令执行的结果同步显示在多画面显示模块(30)中;多画面显示模块(30)为安装有4台IXD液晶显示器,分别连接各个被实验控制与数据采集模块(20)控制的设备,包括热障涂层试验模拟装置的控制系统(104)以及各无损检测设备(101-103); 所述装置的工作方式为:启动热障涂层试验模拟装置的电源,并通过自己的控制系统(104)调节好实验参数,启动各无损检测设备一PC1-2声发射无损检测系统(101)、1260+1296型材料电性能交流阻抗谱测试系统(10 Module (20) of the command input buttons (202-203) for controlling the thermal barrier coating self test simulator control system (104) as well as non-destructive testing equipment (101-103) opening and stopped state, by working status indicator (204) which displays the operating state; experimental control and data acquisition module after issuing the command, the control system (104 for each non-destructive testing equipment (101-103) and the instrument repositories test simulates the thermal barrier coating apparatus homemade ) simultaneously receive and execute the command, then the command execution result display synchronization module (30) displayed in the multi-screen; multi-screen display module (30) is attached to a liquid crystal display 4 IXD, are respectively connected to respective test control and data acquisition module (20) control apparatus, a control system comprising a thermal barrier coating test simulation device (104) as well as non-destructive testing equipment (101-103); mode of operation of the apparatus is as follows: start test simulates the thermal barrier coating apparatus power, and regulate the experimental parameters own control system (104), each of the non-destructive testing equipment to start a nondestructive testing PC1-2 acoustic emission system (101), 1260 + 1296 type electrical properties of the material system of AC impedance (10 2)、ARAMIS非接触式三维变形测试系统(103),按下实验控制与数据采集模块(20)中的开启按钮(202),将采集数据的命令发送给同步数据采集模组(201),同步数据采集模组(201)接收到此命令后,同时同步将采集数据的指令输送给4台设备(101-104),4台设备(101-104)同时接收采集数据的指令,开始同步运行,并将采集的数据信号,分别在多画面显示模块(30)中的IXD液晶显示器上显示。 2), ARAMIS non-contact three-dimensional deformation testing system (103), press the test control and data acquisition module (opening button (202) 20), the data acquisition order is transmitted to the synchronous data acquisition module (201), after simultaneous data acquisition module (201) receives this command, command data collected while simultaneously delivered to four devices (101-104), four devices (101-104) while receiving instruction data acquisition, start synchronous operation on the display, and the data signal acquisition modules are shown in a multi-screen (30) in the liquid crystal display IXD.
2.根据权利要求1所述的一种同步采集数据和多画面显示的控制与显示装置,其特征在于,所述同步数据采集模组(201)为一个输入信号同时同步控制四台计算机的设备模组,该设备模组有一路输入信号由命令按钮来控制,4路输出信号分别接入对应的被控计算机;通过命令按钮发出信号,4台被控计算机同时接收信号,实现4台设备的同步运行。 According to one of the claim 1 and a synchronous data acquisition control and display multi-screen display device, wherein the synchronization data acquisition module (201) apparatus for a four computers simultaneously synchronization control signal input module, the device module has one input signal is controlled by a command button, four output signals corresponding to the controlled access to a computer; button command signals, four signals received simultaneously controlled computer, piece of equipment to achieve 4 synchronous operation.
3.根据权利要求1所述的一种同步采集数据和多画面显示的控制与显示装置,其特征在于,所述PC1-2声发射无损检测系统(101)、1260+1296型材料电性能交流阻抗谱测试系统(102)、ARAMIS非接触式三维变形测试系统(103)、自制热障涂层试验模拟装置的控制系统(104)设备,均有自己独立的操作系统与软件,用以实现对实验参数的控制与调节、实验状态参数的采集与存储;本发明对各个设备的同步控制并不改变各个设备原有的控制系统与操作软件。 According to one of the claims 1 to synchronize data acquisition and control and display means of the multi-screen display, wherein said acoustic emission PC1-2 destructive detection system (101), the electrical properties of 1260 + 1296 AC-type material impedance spectroscopy system (102), ARAMIS non-contact three-dimensional deformation testing system (103), the control system self-test simulates the thermal barrier coating apparatus (104) apparatus, has its own independent operating system and software to achieve control and regulation of experimental parameters, acquisition and storage experiment status parameter; synchronous control of each apparatus of the present invention does not alter the original equipment of each control system and operating software.
4.根据权利要求1所述的一种同步采集数据和多画面显示的控制与显示装置,其特征在于,所述对各个设备的同步控制只是对设备运行状态的开启与停止进行同步控制,其开启与停止分别由实验控制与数据采集模块(20)的命令输入按钮(202-203)来实现。 According to one of the claims 1 to synchronize data acquisition and control and display multi-screen display device, wherein said synchronous control of the synchronization control opening and each device only stops the operating state of the device, which opening and stop commands, respectively, from the experimental acquisition module and the control data (20) input buttons (202-203) is achieved.
5.根据权利要求1所述的一种同步采集数据和多画面显示的控制与显示装置,其特征在于,所述多画面显示模块(30)为一安装有4台LCD液晶显示器的显示柜,4台显示器分别连接各个被实验控制与数据采集模块(20)控制的设备;同时,显示柜上布置有实验控制与数据采集模块(20)的命令输入按钮(202-203)。 The synchronized data capture control and display device according to one multi-screen display according to claim 1, wherein said multi-screen display module (30) is attached to a four LCD monitor display cabinet, 4 are connected to respective monitors are experimental control and data acquisition module (20) controlling the device; simultaneously, display cabinet disposed experimental control and data acquisition module (20) of the command input buttons (202-203).
CN 201310009258 2013-01-10 2013-01-10 Control and display device with synchronous acquisition of data and multi-picture display achievable CN103092100B (en)

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