CN102801805A - Field data acquisition system and method based on mobile internet technology - Google Patents

Field data acquisition system and method based on mobile internet technology Download PDF

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CN102801805A
CN102801805A CN 201210285512 CN201210285512A CN102801805A CN 102801805 A CN102801805 A CN 102801805A CN 201210285512 CN201210285512 CN 201210285512 CN 201210285512 A CN201210285512 A CN 201210285512A CN 102801805 A CN102801805 A CN 102801805A
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field
data
module
acquisition
system
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CN 201210285512
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Chinese (zh)
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李成
马昭
谢卫
张炜
左哲清
富立友
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上海电机学院
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Abstract

The invention discloses a field data acquisition system and method based on a mobile internet technology. The field data acquisition system comprises a handheld intelligent terminal and a background computer system; the handheld intelligent terminal comprises an acquisition task receiving module, a field data identification module and a transmission module, wherein the acquisition task receiving module is used for receiving a field acquisition task, the field data identification module is used for receiving the field acquisition task and acquiring field data of a field target by using a rapid identification function, and the transmission module is used for transmitting the acquired field data to the background computer system through internet; and the background computer system comprises a management module, a communication module and a data analysis module, wherein the management module is used for managing related information of the field acquisition task, the communication module is used for communicating with the handheld intelligent terminal through the internet, and the data analysis module is used for processing the received field data. According to the field data acquisition system and method, the field data can be acquired interactively in real time and can be mastered more timely and accurately.

Description

基于移动互联网技术的现场数据采集系统及方法 Field data acquisition system and method of mobile Internet technology based on

技术领域 FIELD

[0001] 本发明涉及一种基于移动互联网技术的数据采集系统及方法,特别是涉及一种基于移动互联网技术的现场数据采集系统及方法。 [0001] The present invention relates to a data acquisition system and method based on a mobile Internet technology, particularly to a field data acquisition system and method of mobile Internet-based technologies.

背景技术 Background technique

[0002] 在工业生产、交通运输、公用事业等行业中存在着大量的、自动化测控系统无法采集的现场数据,例如车间现场质量检验信息、现场安装调试、物流仓储信息、交通运输信息、设备巡检信息、抄表信息等。 [0002] there are a lot of field data automation and control system can not be captured in industrial production, transportation, public utilities and other industries, such as shop floor quality control information, on-site installation and commissioning, logistics, warehousing information, transportation information, equipment Tour checking information, meter reading information. 举例说明如下: Examples are as follows:

[0003] (I)车间现场质量检验:常规的作法是质量检验人员拿着相关的质量记录卡到车间现场检验并记录检验数据,回到办公室后再录入计算机系统,如此管理方法不仅效率低下,缺乏实时性,会导致二次录入差错;而且现场数据采集工作得不到详细的设计和生产信息支持以及操作指令,容易导致过程失控。 [0003] (I) on the shop floor quality inspection: routine practice to quality inspection personnel holding the relevant quality record card to shop on-site inspection and record test data back to the office and then into the computer system, so management is not only inefficient, the lack of real-time, the second entry will lead to error; and field data collection work is not detailed design and manufacturing information and supported operating instructions, easily lead to loss of process control.

[0004] (2)产品的安装调试:大型或专业的机器设备的安装调试是极其重要的,产品安装的重要性甚至毫不亚于产品制造。 [0004] (2) installation and commissioning of products: large or professional installation and commissioning of machinery and equipment is extremely important, and even the importance of product installation cents less than manufacturing. 在各个使用现场的安装调试中,需要测量、记录、保存大量的安装技术指标数据,也需要得到详细的产品技术信息或安装指令,现行的产品安装管理办法无法做到实时、交互的安装过程管理,导致很多仪器设备的使用因不合格的安装调试而大受影响。 In each use site installation and commissioning, the need to measure, record and save a lot of installation technical indicators data, also need to be detailed technical information or installation instructions, installation management approach existing product installation can not be done in real-time process management, interactive , resulting in a lot of use because of defective equipment installation and commissioning greatly affected.

[0005] (3)设备巡检、抄表等:在很多工业生产,特别是流程工业的生产中,安全生产是企业关注的首要问题。 [0005] (3) equipment inspection, meter reading: In many industrial production, especially the production of process industry, production safety is the primary concern of business problems. 为了避免事故的发生,企业除了采用DCS集散控制系统实时监测各种现场仪表和工况之外,还要建立人工定时巡检制度,对重要的、关键的或者自动化仪表难以监测的生产环节、生产现场、生产设备的状况进行人工巡检和记录,作为事故防范的重要手段,以便确保及时掌握现场情况,防止各种意外情况的发生。 To avoid accidents, the enterprise in addition to using DCS distributed control system outside the real-time monitoring of various field instruments and working conditions, but also to establish an artificial regular inspection system, the important, critical or automated instruments difficult to monitor production processes, production live, production equipment and manual inspection records, as an important means of accident prevention in order to ensure timely grasp the scene to prevent the occurrence of unforeseen circumstances. 但在实际的工作中,设备巡检记录难以信息化并与计算机系统实现实时交互和集成,成为信息孤岛,甚至出现很多不去现场巡检,假造现场数据的现象,从而导致了一些本来可以避免的事故时有发生。 But in the actual work, equipment inspection records and information is difficult to achieve real-time interaction with computer systems and integration, to become information silos, not even a lot of site inspection, the phenomenon of fake field data, leading to some could have been avoided accidents have occurred.

[0006] 对于企业信息化而言,现场数据采集就是所谓的“最后I公里”问题,即企业可能花费巨资建立了PDM\CAPP\ERP等管理信息系统,希望实现生产与管理的高效。 [0006] For enterprise information, the field data collection is called "the last kilometer I" problem, that is, companies may spend heavily to establish a PDM \ CAPP \ ERP and other management information systems, hope to achieve efficient production and management. 但由于这些信息系统缺乏实时采集各种现场数据的方法与能力,就像从高速公路网下来以后,距离最终目的地虽然只有I公里路程,但由于道路不好,反而需要耗费大量时间,降低了整个企业的信息化效果和水平。 However, since these methods and information systems lack the ability to collect a variety of real-time field data, like from the future highway network down from the final destination, although I only kilometers away, but the road is not good, but it takes a lot of time and reduce the and the effect of the level of information across the enterprise.

发明内容 SUMMARY

[0007] 为克服上述现有技术存在的不足,本发明之目的在于提供一种基于移动互联网技术的现场数据采集系统及方法,其通过基于移动互联网技术的现场数据采集,可以实现企业信息化中“最后I公里”的现场数据采集的实时、交互的信息化管理,从基础层面保证企业信息化的效率;并且还可以从技术层面杜绝不去现场巡检,假造数据的现象,确保相关人员必须真正走到工业现场才能获得相应的现场数据。 [0007] In order to overcome the above disadvantages of the prior art, an object of the present invention is to provide a system and method for on-site data collection based on a mobile Internet technology, which is based on field data collected by mobile Internet technology, information can be implemented in the enterprise "I last kilometer" field data collection, real-time, interactive information management, from basic level to ensure the efficiency of enterprise information; and can not eliminate on-site inspection from the technical level, the phenomenon of fake data, ensure that relevant personnel must really come industrial site to obtain the corresponding field data. [0008] 为达上述及其它目的,本发明提供一种基于移动互联网技术的现场数据采集系统,至少包括: [0008] To achieve the above and other objects, the present invention provides a field data acquisition system based on mobile Internet technology, comprising at least:

[0009] 手持式智能终端,包括采集任务接收模组、识别现场数据模组以及传输模组,该采集任务接收模组用于接收现场采集任务,识别现场数据模组以于接收到现场采集任务后利用该手持式智能终端具有的快速识别功能对现场对象采集现场数据,该传输模组将采集到的现场数据通过互联网传输给后台计算机系统;以及 [0009] smart handheld terminal including acquisition task receiving module, the identification module and field data transfer module, the acquisition task receiving module for receiving the field acquisition task, module to identify the field data collected in the field in the received task after using the handheld smart terminal having a fast recognition of objects field data collection site, the transport module will be collected to the background field data transmission through the Internet computer system; and

[0010] 后台计算机系统,包括管理模组、通信模组以及数据分析模组,该管理模组用于管理现场采集任务的相关信息,该通信模组用于与该手持式智能终端通过互联网进行通信,该数据分析模组对接收到的现场数据进行分析处理。 [0010] background computer system, comprising a management module, a communication module and a data analysis module, the module management information for managing field acquisition task, the communication module for the smart handheld terminal via the Internet communication, the data analysis of field data module received analysis and processing.

[0011] 进一步地,该手持式智能终端支持通过一维二维条码、RFID、GPS快速识别该现场 [0011] Further, the handheld intelligent terminal supports one-dimensional two-dimensional bar code, RFID, GPS quick identification of the site

对象。 Object.

[0012] 进一步地,该现场采集任务存储于该后台计算机系统。 [0012] Further, the field data stored in the background task the computer system.

[0013] 进一步地,该管理模组包括人员管理、权限管理、现场对象管理以及采集任务管理。 [0013] Further, the management module, including personnel management, rights management, object management and site acquisition task management.

[0014] 进一步地,该现场对象按照规则进行编码,并将此编码作为识别该现场对象的唯一标识,然后利用相应的快速识别技术对其进行标识。 [0014] Furthermore, the object is encoded in accordance with the rules of the scene, and encodes this as a unique identifier field identifying the object, and then use the corresponding technique to quickly identify its identification.

[0015] 为达到上述及其他目的,本发明还提供一种现场数据采集方法,包括如下步骤: [0015] To achieve the foregoing and other objects, the present invention also provides a method of data collection site, comprising the steps of:

[0016] 建立业务管理系统,并针对有关的现场对象建立其数据库; [0016] establishing business management systems, and to establish its database for site-related objects;

[0017] 手持式智能终端接收现场采集任务; [0017] The handheld terminal receives the smart field collection task;

[0018] 利用快速识别技术识别现场对象,采集获得现场数据; [0018] With the rapid recognition technology field objects, obtaining the field data gathering;

[0019] 将获得的现场数据通过互联网传送至后台计算机系统;以及 [0019] The field data obtained via the Internet is transmitted back to the computer system; and

[0020] 该后台计算机系统对接收到的现场数据进行分析处理。 [0020] The field data received back-end computer systems analysis and processing.

[0021] 进一步地,该现场对象按照规则进行编码,并将此编码作为识别该现场对象的唯一标识,然后利用相应的快速识别技术对其进行标识。 [0021] Furthermore, the object is encoded in accordance with the rules of the scene, and encodes this as a unique identifier field identifying the object, and then use the corresponding technique to quickly identify its identification.

[0022] 进一步地,该手持式智能终端支持通过一维二维条码、RFID、GPS快速识别该现场对象。 [0022] Further, the handheld intelligent terminal supports one-dimensional two-dimensional bar code, RFID, GPS quick identification of the target site.

[0023] 进一步地,该业务管理系统包括人员管理、权限管理、现场对象管理以及采集任务管理。 [0023] Further, the service management system, including personnel management, rights management, object management and site acquisition task management.

[0024] 进一步地,该手持式智能终端为智能手机或平板电脑。 [0024] Further, the smart handheld terminal is a smart phone or tablet.

[0025] 与现有技术相比,本发明一种现场数据采集系统及方法,其通过支持支持一维二维条码、RFID、GPS等技术的手持式终端快速识别现场对象,传输给后台系统,获得现场对象的详细信息及操作指令,按要求采集记录相关的信息,并实时回传给后台系统,实现了企业信息化中“最后I公里”的现场数据采集的实时、交互的信息化管理,从基础层面保证企业信息化的效率;并且还可以从技术层面杜绝不去现场巡检,假造数据的现象,确保相关人员必须真正走到工业现场才能获得相应的现场数据。 [0025] Compared with the prior art, a field data acquisition system and method of the present invention, by a one-dimensional two-dimensional bar support support, RFID, GPS and other handheld terminal technology to quickly identify the object field, is transmitted to the background system, get more information field objects and operating instructions, as required to record information related to the acquisition, and real-time back to back office systems, and information management of enterprise information in the "last kilometer I," the real-time field data collection, interactive, from the basic level to ensure the efficiency of enterprise information; and may also eliminate the technical level not spot inspection, the phenomenon of fake data, to ensure that the relevant industrial field must really come to obtain the corresponding field data.

附图说明 BRIEF DESCRIPTION

[0026] 图I为本发明一种基于移动互联网技术的现场数据采集系统之系统架构图; [0026] Figure I of the present invention is one kind of field data collection systems System Architecture FIG mobile Internet-based technologies;

[0027] 图2为本发明一种基于移动互联网技术的现场数据采集系统之原理框图;[0028] 图3为本发明中手持端软件的功能结构图; [0027] Figure 2 a block diagram of one kind of the principle of field-based data acquisition system of the present invention, mobile Internet technology; [0028] FIG functional configuration diagram of the client software 3 of the present invention, hand-held;

[0029] 图4为本发明中后台计算机系统的功能结构图; [0029] FIG. 4 is a functional block diagram of a computer system of the background of the invention;

[0030] 图5为本发明一种基于移动互联网技术的现场数据采集方法之步骤流程图; [0030] Step 5 one kind of field data collection method of mobile Internet-based technology of the present invention, a flow chart;

[0031] 图6为本发明基于移动互联网技术的现场数据采集过程流程图。 [0031] FIG. 6 field data acquisition process flow diagram of mobile Internet-based technology of the present disclosure.

具体实施方式 detailed description

[0032] 以下通过特定的具体实例并结合附图说明本发明的实施方式,本领域技术人员可由本说明书所揭示的内容轻易地了解本发明的其它优点与功效。 [0032] The following description of embodiments and drawings of the present invention, by binding certain specific examples, those skilled in the art may be disclosed in the present specification easily understand other advantages and effects of the present invention. 本发明亦可通过其它不同的具体实例加以施行或应用,本说明书中的各项细节亦可基于不同观点与应用,在不背离本发明的精神下进行各种修饰与变更。 The present invention can also be practiced or applied by other different specific examples, the details of the specification may also, that various changes and modifications without departing from the spirit of the invention based on various concepts and applications.

[0033] 图I为本发明一种基于移动互联网技术的现场数据采集系统之系统架构图。 [0033] Figure I of the present invention is one kind of field data acquisition system based on a system architecture diagram of the mobile Internet technology. 如图I所示,本发明一种基于移动互联网技术的现场数据采集系统,至少包括:手持式智能终端10以及后台计算机系统11。 As shown in FIG. I, the present invention is based on field data acquisition system for mobile Internet technology, comprising at least: a smart handheld terminal 10 and back office computer system 11.

[0034] 其中手持式智能终端10包括采集任务接收模组101、识别现场数据模组102以及传输模组103,采集任务接收模组101用于接收现场采集任务,该现场采集任务一般存储于后台计算机系统中,手持式智能终端10通过移动互联网获得该现场采集任务;识别现场数据模组102通过利用手持式智能终端具有的快速识别功能,采集现场数据,在本发明中,手持式智能终端10具有快速识别功能,即支持通过一维二维条码、RFID、GPS等技术方式快速识别现场对象;传输模组103用于将采集到的现场数据通过移动互联网传输给后台计算机系统11。 [0034] wherein the handheld terminal 10 includes a intelligent acquisition task receiving module 101, identification module 102 and the field data transfer module 103, acquisition task receiving module 101 for receiving the field acquisition task, the task typically stored field data in the background a computer system, a handheld smart terminal 10 of the field is obtained by the acquisition task mobile Internet; data field identification module 102 by using a handheld terminal having the intelligent recognition fast, field data collection, in the present invention, the handheld smart terminal 10 fast recognition, i.e. through technical support for one-dimensional two-dimensional bar code, RFID, GPS and other objects quickly identify the site; module 103 for transmitting the collected field data transmission through the Internet to the mobile computer system 11 back.

[0035] 后台计算机系统11包括管理模组110、通信模组111以及数据分析模组112,其中管理模组110用于管理采集任务的相关信息,如人员管理、权限管理、现场对象(如基本信息、编码、标识等)管理以及采集任务(如任务计划、采集要求、操作指令及信息支持等)管理;通信模组111用于与手持式智能终端10通过移动互联网进行通信,如接收手持式智能终端采集到的现场数据,发送采集任务等;数据分析模组112用于对接收到的现场数据进行分析处理。 [0035] The computer system 11 includes a back-end management module 110, communication module 111 and a data analysis module 112, wherein the management module 110 for managing the information collection tasks, such as personnel management, rights management, target site (such as basic information, coding, identification, etc.) management and acquisition task (e.g., task planning, collection requirements, operation instruction information and support, etc.) management; 111 a communication module 10 for communicating with the handheld receiver handheld mobile intelligent terminal via the Internet intelligent terminal collected field data acquisition tasks transmission; for field data analysis module 112 to analyze the received data process.

[0036] 图2为本发明一种基于移动互联网技术的现场数据采集系统之原理框图。 [0036] FIG 2 one kind of field data collection systems principle block diagram of mobile Internet-based technology of the present disclosure. 如图2所示,本发明之基于移动互联网技术的现场数据采集系统包括前台应用系统(即手持式智能终端10)及后台计算机系统11,手持式智能终端10的硬件载体是以智能手机、平板电脑等为代表的移动设备,其核心则是专门开发的现场数据采集应用软件,其功能结构如图3所示。 2, the present invention is the field data acquisition system based on a mobile Internet technology foreground application system (i.e., handheld intelligent terminal 10) and a background computer system 11, a handheld intelligent terminal hardware carrier 10 is a smart phone, a tablet computers, mobile devices represented by, the core is specifically developed field data acquisition application software which the functional configuration shown in Fig. 该软件可以利用智能感知技术实现对现场对象的快速识别,利用移动互联网技术实现对现场数据的实时、交互式采集与传输。 The software can use IntelliSense technology for rapid identification of the target site, the use of mobile Internet technology for real-time, interactive collection and transmission of field data. 即支持通过一维二维条码、RFID、GPS等技术方式快速识别现场对象,传输给后台系统,获得设备的详细信息及操作指令,按要求采集记录相关的信息,并实时回传给后台计算机系统。 I.e. by rapid identification technology supports one-dimensional QR code, RFID, GPS and other target site, transmitted to the background system, and details of the operation instruction apparatus, according to collect and record information relating to the requirements, and back to the real-time computer systems background . 后台计算机系统11则是基于企业现有的信息系统,例如集成质量系统IQS/企业资源计划ERP/供应链管理SCM等系统,开发其现场数据采集的接口软件;或在全新开发的业务管理软件中配套开发相应的现场数据采集的接口软件,其功能结构如图4所示,用于实现PC端的业务管理系统与现场智能终端的实时、交互式的集成,并为现场数据采集提供必要的信息支持。 Background computer system 11 is based on the company's existing information systems, such as Integrated Quality System IQS / Enterprise Resource Planning ERP / SCM supply chain management systems, software development interface of its field data collection; or in a newly developed business management software supporting the development of corresponding field data acquisition interface software functional configuration shown in Figure 4, for real-time, interactive and on-site management system integrated business intelligent terminal PC side, and provide the necessary support for the information field data acquisition .

[0037] 图5为本发明一种基于移动互联网技术的现场数据采集方法的步骤流程图,该方法包括如下步骤: [0037] FIG. 5 is a field-based data collection method of mobile Internet technology step of the flowchart of the present invention, the method comprising the steps of:

[0038] 步骤501,建立业务管理系统,并针对有关的现场对象建立其数据库; [0038] Step 501, to establish business management system, and to establish its database for site-related objects;

[0039] 步骤502,手持式智能终端10接收现场采集任务; [0039] Step 502, the handheld terminal 10 receives the smart field collection task;

[0040] 步骤503,利用快速识别技术识别现场对象,采集获得现场数据; [0040] Step 503, using fast scene recognition technology objects, obtaining the field data gathering;

[0041] 步骤504,将获得的现场数据通过互联网传送至后台计算机系统11 ;以及 [0041] Step 504, the scene data obtained via the Internet is transmitted back to the computer system 11; and

[0042] 步骤505,后台计算机系统11对接收到的现场数据进行分析处理。 [0042] Step 505, the computer system 11 back field data the received analysis process.

[0043] 以下将通过一具体实施例来进一步说明本发明之基于移动互联网技术的现场数据米集系统。 [0043] Here it will be further described based on field data collection meter mobile Internet technology system of the present invention by a particular embodiment.

[0044] I)首先,面向相关的业务建立基于PC互联网的业务管理系统,针对有关的现场对象建立其数据库,并根据其相应的业务逻辑开发业务管理软件。 [0044] I) First, establish related business-oriented PC-based Internet business management system, establish its database for site-related objects, and in accordance with their respective business logic development of business management software.

[0045] 2)其次,为了方便现场数据采集,在本发明中引入快速识别和智能感知技术。 [0045] 2) Next, in order to facilitate on-site data collection, identification and rapid introduction of intelligent sensing technology in the present invention. 即将现场对象按照一定规则进行编码,并将此编码作为识别该现场对象的唯一标识,然后利用适宜的快速识别技术对其进行标识,例如为现场对象提供基于一维二维条码、基于RFID技术的电子标签、基于GPS信号码等形式的标识信息。 Upcoming scene object is encoded according to certain rules, and this coded as a unique identifier field identifying the object, and then use a suitable quick recognition techniques to identify it, for example, to provide site-dimensional object based on a two-dimensional bar code, RFID technology based on an electronic tag, the identification information based on the GPS signals in the form of numbers or the like.

[0046] 3)根据特定的应用,针对性的开发手持智能终端的现场数据采集应用软件,支持实时的、交互式的现场数据采集。 [0046] 3) Depending on the particular application, targeted to develop smart handheld terminal field data collection application software that supports real-time, interactive, on-site data collection. 同时,提供以下主要的功能:①同时支持在线和离线的现场数据采集,所谓在线采集,即智能终端无数据库,而是通过移动互联网实时连通后台系统的网络数据库;所谓离线采集,则是考虑到存在某些网络不通的特殊场合,在智能终端上建立临时数据库,恢复联网时再上传有关数据现场对象的数据采集软件的开发中充分应用知识发现、机器学习等技术,使手持端软件的操作具有自学习等特点,可以学习操作者的使用习惯,以最大程度的简化操作;③进入采集状态时,为确保采集信息的准确性,与现场数据采集相对应的时间信息以网络时间或后台系统时间为准,杜绝人为修改等现象。 At the same time, it provides the following major functions: ① to support both on-site data collection online and offline, so-called online collection, that no intelligent terminal database, but the database back-end network connectivity system in real time via the mobile Internet; so-called off-line collection, it is taken into account There are some special occasions, the network does not make sense to build temporary database in the smart terminal, and then upload the data related to the object field data collection software development in the full application of knowledge discovery, machine learning technique when back online, the operation of the handheld client software has self-learning, etc., the operator can learn the habits, to simplify the maximum operation; ③ when enter capture state, to ensure the accuracy of the information collected, the time information corresponding to the field data acquisition system or background network time to time whichever eliminate human modification and so on.

[0047] 4)首次使用时,现场人员需要利用手持智能终端连通指定网址,下载、安装手持端应用软件。 [0047] 4) on first use, field personnel need to use smart handheld terminal connectivity specified URL, download, install hand-held terminal application software.

[0048] 5)最后,本发明现场数据采集过程如图6所示。 [0048] 5) Finally, field data acquisition process of the present invention as shown in FIG. 现场人员运行手持端应用软件,可以自动连接到系统,登录后可以通过查询个人现场采集工作任务,或快速识别现场对象,或输入现场对象编码等多种途径获得相关的现场数据采集界面,例如现场对象的基本信息、需要现场人员确认或采集的现场数据等,之后按照系统要求,实时、交互式的采集并传输现场数据。 On-site personnel to run handheld terminal application software, can automatically connect to the system, logging personal collection site by querying tasks, or quickly identify the scene objects, or a variety of ways to get input field coding and other objects related to the field data collection interface, such as live basic information of an object, or require field personnel to confirm the acquired field data, then according to the system requirements, real-time, interactive data collection and transmission site.

[0049] 综上所述,本发明一种基于移动互联网技术的现场数据采集系统及方法,通过利用移动互联网技术,开发前后台应用软件,构建广域的管理信息网络,不仅可以实现对现场数据的实时、交互式的采集,更及时、更准确的掌控现场数据,拓展企业信息化管理范围,提高信息化管理水平,实现企业内部各个环节的全面信息化;同时,也可以给现场人员提供更及时、更充分的信息支持或操作指令,实现现场数据采集过程中的实时的、交互的信息共享,更好的监督、保证、提高工作效率及产品水平。 [0049] In summary, the present invention is a field-based data acquisition system and method of mobile Internet technology, through the use of mobile Internet technology, application software development stage before and after, to build the wide area network management information, not only data for onsite real-time, interactive collection, more timely, more accurate control of field data, expanding the range of enterprise information management, improve the level of information management, to achieve all aspects of enterprise-wide information; the same time, can also provide more personnel to the site timely and adequate information to support or operating instructions, to achieve real-time, interactive information sharing field data collection process, and better monitoring to ensure, improve efficiency and product level.

[0050] 上述实施例仅例示性说明本发明的原理及其功效,而非用于限制本发明。 [0050] The above-described embodiments are only illustrative of the principles and effect of the present invention, the present invention is not intended to be limiting. 任何本领域技术人员均可在不违背本发明的精神及范畴下,对上述实施例进行修饰与改变。 Anyone skilled in the art may be made without departing from the spirit and scope of the present invention, the above-described embodiments can be modified and changed. 因此,本发明的权利保护范围,应如权利要求书所列。 Accordingly, the scope of rights of the present invention, as listed in a claim should book.

Claims (10)

  1. 1. 一种基于移动互联网技术的现场数据采集系统,至少包括: 手持式智能终端,包括采集任务接收模组、识别现场数据模组以及传输模组,该采集任务接收模组用于接收现场采集任务,识别现场数据模组以于接收到现场采集任务后利用该手持式智能终端具有的快速识别功能对现场对象采集现场数据,该传输模组将采集到的现场数据通过互联网传输给后台计算机系统;以及后台计算机系统,包括管理模组、通信模组以及数据分析模组,该管理模组用于管理现场采集任务的相关信息,该通信模组用于与该手持式智能终端通过互联网进行通信,该数据分析模组对接收到的现场数据进行分析处理。 A field data acquisition system based on mobile Internet technology, comprising at least: a smart handheld terminal including acquisition task receiving module, the identification module and field data transfer module, the acquisition task receiving module configured to receive field data task module to identify the field data acquisition task in the field after receiving the handheld using intelligent terminal having a quick recognition of an object field data collection site, the transport module will be collected field data transmission through the Internet to a computer systems background ; and a background computer system, comprising a management module, a communication module and a data analysis module, the module management information for managing field acquisition task, the communication module for the smart handheld terminals communicate via the Internet the data analysis of field data module received analysis and processing.
  2. 2.如权利要求I所述的基于移动互联网技术的现场数据采集系统,其特征在于:该手持式智能终端支持通过一维二维条码、RFID、GPS快速识别该现场对象。 2. The field data acquisition system based on mobile Internet technology according to claim I, wherein: the handheld smart terminal supports one-dimensional QR code, RFID, GPS quick identification of the target site.
  3. 3.如权利要求2所述的基于移动互联网技术的现场数据采集系统,其特征在于:该现场采集任务存储于该后台计算机系统。 Field data acquisition system based on the mobile Internet technology as claimed in claim 2, wherein: the field data stored in the background task the computer system.
  4. 4.如权利要求3所述的基于移动互联网技术的现场数据采集系统,其特征在于:该管理模组包括人员管理、权限管理、现场对象管理以及采集任务管理。 4. The field data acquisition system based on the mobile Internet technology as claimed in claim 3, wherein: the management module comprises a personnel management, rights management, object management and collection site management tasks.
  5. 5.如权利要求4所述的基于移动互联网技术的现场数据采集系统,其特征在于:该现场对象按照规则进行编码,并将此编码作为识别该现场对象的唯一标识,然后利用相应的快速识别技术对其进行标识。 5. The field data acquisition system based on mobile Internet technology as claimed in claim 4, wherein: the object is encoded in accordance with the rules of the scene, and encodes this as a unique identifier field identifying the object, and then use the corresponding quickly identify technical identify it.
  6. 6. 一种基于移动互联网技术的现场数据采集方法,包括如下步骤: 建立业务管理系统,并针对有关的现场对象建立其数据库; 手持式智能终接收现场米集任务; 利用快速识别技术识别现场对象,采集获得现场数据; 将获得的现场数据通过互联网传送至后台计算机系统;以及该后台计算机系统对接收到的现场数据进行分析处理。 6. Based on field data collection method for a mobile Internet technology, comprising the steps of: establishing a service management system, and to establish its associated on-site database for the object; smart handheld meter field current task receiving end; using fast scene recognition technology objects , obtaining the field data collection; field data obtained is transmitted to the computer system back through the Internet; and a data field of the received background computer system analyzes and processes.
  7. 7.如权利要求6所述的基于移动互联网技术的现场数据采集方法,其特征在于:该现场对象按照规则进行编码,并将此编码作为识别该现场对象的唯一标识,然后利用相应的快速识别技术对其进行标识。 7. The field data acquisition based on the mobile Internet technology as claimed in claim 6, wherein: the object is encoded in accordance with the rules of the scene, and encodes this as a unique identifier field identifying the object, and then use the corresponding quickly identify technical identify it.
  8. 8.如权利要求7所述的基于移动互联网技术的现场数据采集方法,其特征在于:该手持式智能终端支持通过一维二维条码、RFID、GPS快速识别该现场对象。 Based on field data acquisition mobile Internet technology as claimed in claim 7, wherein: the handheld smart terminal supports one-dimensional QR code, RFID, GPS quick identification of the target site.
  9. 9.如权利要求8所述的基于移动互联网技术的现场数据采集方法,其特征在于:该业务管理系统包括人员管理、权限管理、现场对象管理以及采集任务管理。 9. The field data acquisition based on the mobile Internet technology as claimed in claim 8, wherein: the service management system includes a personnel management, rights management, object management and collection site management tasks.
  10. 10.如权利要求9所述的基于移动互联网技术的现场数据采集方法,其特征在于:该手持式智能终端为智能手机或平板电脑。 10. The field data acquisition based on the mobile Internet technology as claimed in claim 9, wherein: the handheld terminal is a smart phone or intelligent tablet.
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