CN106444398A - Cloud server remote electric appliance control system and control method thereof - Google Patents

Cloud server remote electric appliance control system and control method thereof Download PDF

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Publication number
CN106444398A
CN106444398A CN201610789887.6A CN201610789887A CN106444398A CN 106444398 A CN106444398 A CN 106444398A CN 201610789887 A CN201610789887 A CN 201610789887A CN 106444398 A CN106444398 A CN 106444398A
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user
information
control
device
instruction
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CN201610789887.6A
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Chinese (zh)
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张瑞村
高海敏
张素花
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浙江爱德利科技股份有限公司
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Priority to CN201610789887.6A priority Critical patent/CN106444398A/en
Publication of CN106444398A publication Critical patent/CN106444398A/en

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    • GPHYSICS
    • G05CONTROLLING; REGULATING
    • G05BCONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
    • G05B15/00Systems controlled by a computer
    • G05B15/02Systems controlled by a computer electric
    • GPHYSICS
    • G05CONTROLLING; REGULATING
    • G05BCONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
    • G05B19/00Programme-control systems
    • G05B19/02Programme-control systems electric
    • G05B19/418Total factory control, i.e. centrally controlling a plurality of machines, e.g. direct or distributed numerical control [DNC], flexible manufacturing systems [FMS], integrated manufacturing systems [IMS], computer integrated manufacturing [CIM]
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04LTRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L67/00Network-specific arrangements or communication protocols supporting networked applications
    • H04L67/12Network-specific arrangements or communication protocols supporting networked applications adapted for proprietary or special purpose networking environments, e.g. medical networks, sensor networks, networks in a car or remote metering networks
    • H04L67/125Network-specific arrangements or communication protocols supporting networked applications adapted for proprietary or special purpose networking environments, e.g. medical networks, sensor networks, networks in a car or remote metering networks involving the control of end-device applications over a network
    • GPHYSICS
    • G05CONTROLLING; REGULATING
    • G05BCONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
    • G05B2219/00Program-control systems
    • G05B2219/20Pc systems
    • G05B2219/26Pc applications
    • G05B2219/2642Domotique, domestic, home control, automation, smart house

Abstract

The invention provides a cloud server remote electric appliance control system and a control method thereof. The cloud server remote electric appliance control system comprises a cloud and an equipment control terminal, the cloud can store controlled equipment information acquired by the equipment control terminal and sends a corresponding instruction, the cloud also can send power consumption information to a portable electronic apparatus, and the portable electronic apparatus performs real-time operation on received sensing signals in order to generate at least one piece of graphic representation data so that the data can be displayed on the portable electronic apparatus. According to the system, users can visually obtain the power consumption information in real time, and analysis and adjustment for the users are facilitated.

Description

云服务器远程电器控制系统及其控制方法 Cloud Server Remote electrical control system and control method

技术领域 FIELD

[0001] 本发明涉及智能家居、物联网、低压电器电工等技术领域,具体地,涉及云服务器远程电器控制系统及其控制方法。 [0001] The present invention relates to intelligent home, networking, electrical and other low-voltage electrical technology, and in particular, to a cloud server remote electrical control system and control method.

[0002] [0002]

背景技术 Background technique

[0003] 随着信息社会的发展,物联网络和智能家具、低压电器等硬件已越来越多地出现在人们的生活之中。 [0003] With the development of information society, Internet of Things and smart furnishings, low-voltage electrical and other hardware has increasingly come into people's lives. 但是,硬件之间的高效互联互通是智能家居、物联网、低压电器电工等技术领域亟需解决的问题。 However, efficient interoperability between hardware smart home, networking, low-voltage electrical appliances and other technical fields need to solve the problem.

[0004] 传统的控制技术多不能满足用户的实时需求以及自动化节能需求,用户不能在远程自行及时调整设备参数以及查看到设备运行状态,且不能借助大数据对特定设备的维护周期给出建议和提醒。 [0004] The traditional multi-control technology can not meet the real needs of users and automated energy efficiency requirements, users can not adjust themselves in time and view device parameters in the remote device to run the state, and can not give advice to the aid of large data maintenance cycle and specific equipment remind. 另外,用户即使能够获知,要么信息的获知比较滞后,要么信息的显示方式不直观,用户无法做出有效的分析和调整。 In addition, even if the user can know or learn information lags behind, or not intuitive way information is displayed, the user can not make an effective analysis and adjustment.

[0005] 此外,传统的设备本地系统包括本地服务器。 [0005] Further, the conventional system includes a local server the local device. 本地服务器接收控制器发送的信息,通过本地服务器内预设控制程序及参数得到的运行方案,控制器根据本地服务器得到的运行方案控制换热站系统运行,即设备系统的运行只能按照本地服务器内预设的控制程序及参数得到的运行方案运行。 The local server receives the information sent by the controller, a predetermined control program, and the program operation parameters obtained by the local server, the controller controls the heat transfer station according to the running operating system to obtain the local server program, i.e., the operation of the device only in accordance with the local server system within a preset control program and parameters obtained by running the program run. 然而,系统现场状况复杂多变,当本地服务器得到的运行方案无法满足现场状况的需求时,需要维护人员抵达现场更新本地服务器的控制程序及参数,以便本地服务器得到满足现场状况的运行方案,无法灵活地调整本地服务器内的控制程序及参数。 However, the system complex site conditions, when the local server to get the running program can not meet the needs of site conditions require maintenance personnel arrived at the scene to update the control program and the parameters of the local server, server to local site conditions to be met to run the program, you can not flexibility to adjust the control program and parameters within the local server. 因此整体操作以及维护均不方便。 Therefore, the overall operation and maintenance are not convenient.

[0006] CN105321121A公开了一种基于电力云平台的用电信息采集系统,所述系统包括:采集终端,用于采集用户用电信息,并将所述采集的用户用电信息发送给电力云平台;电力云平台,用于完成所述用户用电信息的存储、计算和安全管理;所述电力云平台包括:前置服务器,采用分布式部署,用于分发和控制传输所述采集终端采集的用户用电信息,并将所述用户用电信息发送给密码机;密码机,用于对所述用户用电信息进行加密,并将加密后的用户用电信息发送给数据库服务器;数据库服务器,用于存储和处理所述密码机发送的加密后的用户用电信息;应用服务器,用于运行后台应用服务程序,提供应用服务;存储器,用于为数据库服务器提供备份操作;交换机,用于为前置服务器、数据库服务器和应用服务器提供网络交互接口。 [0006] CN105321121A discloses a power cloud platform information collection system, the system is based comprises: collection terminal for collecting electricity user information, and transmits the collected user information to the electric power cloud platform ; power cloud platform for the user to complete the electricity storing information, computing and security management; the power cloud platform comprising: a pre-server, distributed deployment, for distributing and controlling the collection terminal transmitting the collected electricity user information and the user information to the cipher electricity; cipher for encrypting information to the user of electricity, the electricity user and transmits the encrypted information to the database server; database server, for users of electricity storage and processing encrypted transmits the cryptographic information; application server for running background application service program that provides application services; a memory for providing a backup database server; switches, used to pre-servers, database servers and application servers provide network interactive interface.

[0007] CN102790805A公开了一种基于云服务的电力用户用电信息采集系统,包括同时通过无线方式和有线方式连接的云服务器和云终端,该云终端通过与电网管理主站系统连接从而与主站系统通信;其中无线方式是采用GPRS/CDMA无线网络方式,有线方式是采用电力线载波通信方式,或者通过网线、光缆直接连接。 [0007] CN102790805A discloses a user based on the power information collection system cloud services, including simultaneously connected by wireless and wired cloud and the cloud server terminal connected to the terminal through the cloud such that the main master system and network management communication station system; wherein a wireless manner is to use GPRS / CDMA wireless network mode, a wired communication system using power line carrier, or through a network cable, fiber optic cable is directly connected.

[0008] CN 102164175A公开了一种基于云存储的用电信息采集方法,包括:获取各个电表终端的用电信息;将所述用电信息进行云存储;确定进行用电信息的处理时,确定处理所需的用电信息,对处理所需的用电信息进行相应的处理;将处理结果向用户进行展现。 [0008] CN 102164175A discloses an information collection method of cloud-based storage, comprising: obtaining information of each electricity meter terminals; the electricity storage cloud information; determining processing power information, determining information required processing power, electricity required for processing the information corresponding processing; processing result presentation to the user.

[0009] CN105279919A公开了一种用电信息采集系统,该系统包括将常见的不同故障形成不同的故障码,并将这些故障码做成故障数据库;a)用电终端进行自检,查询用电终端是否出现故障,如有故障则根据故障数据库判定是何种故障,得到故障类型;b)根据得到的故障类型得到故障码并形成事件记录,再将故障码保存记录;c)通过故障码形成一个故障异常编码组再形成二维码;d)通过用电终端设备的显示屏将二维码发送到到云端服务器;e)通过二维码扫描登录云端服务器得到该故障的详细信息和维修策略。 [0009] CN105279919A discloses an information collection system, the system comprising a different fault common form different fault code, the fault database and made these fault codes; A) electrical terminal self-test, the query electricity if the terminal fails, the failure is determined if the fault database according to what kind of fault, the fault type obtained; b) obtained in accordance with the type of failure and fault code obtained form an event record, then the fault codes stored records; c) is formed by a fault code a fault exception code group and then a two-dimensional code; D) to be transmitted to the terminal device via the display a two-dimensional code power cloud server; E) log server cloud obtained by scanning the two-dimensional code, and details of the failure repair strategies .

[0010] CN102882556A公开了一种用电信息的采集方法,包括:用电信息采集装置采用电力线窄带载波通信方式,通过电力线从用户电表获取用户用电数据;所述用电信息采集装置采用电力线宽带载波通信方式,通过电力线将所述用户用电数据上传至集中器。 [0010] CN102882556A discloses a method for collecting electrical information, comprising: information collection means using the narrow band power line carrier communication, acquires user data from the user electricity meter via the power line; said information collection means using broadband over power lines carrier communication scheme, a power line by power of the user data is uploaded to the concentrator.

[0011] “基于LabVIEW和智能负荷控制器的智能用电实验系统”,阮德团等,上海电力学院学报,第31卷第2期,2015年4月,公开了一种基于LabVIEW虚拟仪器开发工具的智能负荷控制器,并设计了一种适用于家庭的智能用电系统。 [0011] "based on LabVIEW and intelligent load controller, intelligent power experimental system," Nguyen Duc groups, etc., Shanghai University of Electric Power, Volume 31, No. 2, April 2015, discloses a virtual instrument based on LabVIEW development tools intelligent load controller, and design a suitable home smart power system.

[0012] 本申请人的在先申请CN201510680343.1公开了一种基于云平台的远程电路控制系统和方法,包括云端和设备控制终端;云端生成远程控制指令;设备控制终端根据来自云端的所述远程控制指令生成设备控制指令,并向被控设备发送所述设备控制指令;设备控制终端采集被控设备信息,云端存储来自设备控制终端的所述被控设备信息,并根据所述被控设备信息生成用电信息。 [0012] Applicant's prior application CN201510680343.1 discloses a system and method for remotely controlling circuit cloud platform, comprising a terminal and device control based on the cloud; controlling apparatus according to the terminal from the cloud; remote control instruction generation Drive remote control instruction generation device control instruction apparatus transmits the control command to the controlled device; a terminal device control information of the controlled device controlled device collecting information from the cloud storage device control terminal and a controlled device according to the information generating electricity information. 然而,该系统存在与用户沟通互动比较差的缺陷,用户无法参与到用电信息的获知与用电方案的选择中。 However, the system suffers from communication and user interaction relatively poor defect, the user can not choose to participate in the program learn the power of electricity information. 另外,尚未意识到用电设备使用过程中温度变化,对设备的安全隐患缺乏关注。 In addition, not yet aware of the use of electrical equipment during temperature changes, lack of attention to safety hazards the equipment.

[0013] [0013]

发明内容 SUMMARY

[0014] 针对现有技术中的上述缺陷,本发明在在先申请CN201510680343.1的基础上,经过进一步的深入研究和联合开发,提供一种云服务器远程电器控制系统及其控制方法。 [0014] For the above drawbacks of the prior art, the present invention is based on the prior application CN201510680343.1, after further research and development of the joint, there is provided a cloud server remote electrical control system and control method.

[0015] 根据本发明提供的一种云服务器远程电器控制系统,包括云端,设备控制终端,和可携带式电子装置; [0015] According to one cloud server remote electrical control system of the present invention is provided, comprising a cloud, control terminal equipment and portable electronic device;

云端根据用户信息和/或用电信息生成远程控制指令;设备控制终端根据来自云端的所述远程控制指令生成设备控制指令,并向被控设备发送所述设备控制指令; Drive information is generated according to the user and / or remote power control instruction information; a terminal device control apparatus generates a control command according to the remote control instruction from the cloud, and the controlled device transmitting the device control instruction;

设备控制终端采集被控设备信息,云端存储来自设备控制终端的所述被控设备信息,并根据所述被控设备信息生成用电信息; Equipment control terminal controlled device information acquisition, the cloud storage device from the control terminal of the controlled device information and device information from the information generating electricity charged;

所述云端具有无线通信模块,该无线通信模块将所述用电信息转换成可感测信号;可携带电子装置与所述无线通信模块无线连接,接收该所述可感测信号,该可携带式电子装置对所接收的可感测信号实时地运算从而产生至少一个图形表示数据,以在该可携式电子装置上显示。 The cloud has a wireless communication module, the wireless communication module the information is converted into electrical sensing signal; portable electronic device connected to the wireless module for wireless communication, which receives said sensing signal, which may carry electronic device the received sensing signal may be operational to generate at least one real-time graphical representation of the data to be displayed on the portable electronic device.

[0016] 优选地,用户信息和/或用电信息生成远程控制指令优选来自所述可携带电子装置。 [0016] Preferably, the user information and / or information generating electricity from a remote control instruction is preferably the portable electronic device. 更优选地,用户通过可携带电子装置发布所述控制指令。 More preferably, the portable electronic device by the user to issue the control command.

[0017] 在本发明中,用户可以通过所述图形表示数据信息直观地观察到用电情况,例如各个设备的用电多少、各个时段的用电情况等等,从而发现不合理用电情况,有针对性做出调整,从而实现合理用电,实现节能用电、安全用电等目标。 [0017] In the present invention, the user can visually observe the information data representing the electricity consumption, for example, how much power the respective device, each period of power usage, etc., to discover unreasonable electricity consumption by said pattern, targeted to make adjustments in order to achieve rational use of electricity, energy-saving electricity, security, electricity and other targets. 举例而言,对于一栋写字楼,可以清楚地显示出各个楼层或单位的用电情况、各个时间段的用电情况,从而可以有针对性地配以供电设备。 For example, for an office building, we can clearly show the electricity consumption of individual units or floor, electricity consumption of each time period, which can be coupled with a targeted power supply apparatus. 对于家庭用户而言,可以容易地发现不良用电习惯,予以及时纠正。 For home users, you can easily find the bad habits of electricity, to be promptly corrected.

[0018] 优选地,所述设备控制终端具有无线通信模块,该无线通信模块直接或间接地将被控设备信息以无线传输方式发送至云端。 [0018] Preferably, the control terminal apparatus having a wireless communication module, the wireless communication module transmits information to the controlled device directly or indirectly in the cloud wireless transmission.

[0019] 在一个优选实施方式中,所述该可携带式电子装置搭载有计算机程序产品。 [0019] In a preferred embodiment, the portable electronic device which can be mounted on a computer program product.

[0020] 在一个优选实时方式中,所述可携带式电子装置能够经由云端向被控设备发送设备控制指令。 [0020] In a preferred real embodiment, the portable electronic device capable of transmitting to the controlled device via a device control instruction cloud.

[0021]可携带电子装置可以是便携式计算机、手机、PDA或其它类似可携式移动终端。 [0021] The portable electronic device may be a portable computer, a cell phone, PDA or other similar portable mobile terminals.

[0022] 优选地,所述云端包括如下模块: [0022] Preferably, the cloud comprising the following modules:

大数据获取模块,用于获取用户群中各个用户对应的被控设备信息,其中,所述被控设备信息包括设备用电功率和设备运行时间,所述用户群由具有相同用户属性的多个用户构成; Large data acquisition module, configured to obtain information of the user controlled device corresponding to each user group, wherein the device comprises a controlled device information and electrical power equipment operation time, a user group by a plurality of users with the same user attributes constitution;

大数据存储模块,用于根据各个用户对应的设备用电功率和设备运行时间得到用户群的用电信息,并存储所述用电信息;其中,所述用电信息包括用户群对应的用电量、用电时长; Large data storage module is configured to obtain electrical power apparatus and equipment operation time of each corresponding electric user group information of the user, and storing the electric information; wherein the power information comprises user group corresponding to the electricity when electric length;

用电统计模块,用于根据所述用电信息统计得到用户群的用电统计数据;其中,所述用电统计数据包括用电量阈值和/或用电时长阈值; Power calculating module, for obtaining statistics of electricity to the electric user base according to the statistical information; wherein the statistical data comprises electrical power consumption threshold and / or power consumption when the length threshold;

用户归属模块,用于从一用户的用户信息中提取出用户属性,根据该用户属性将该用户归入具有相同用户属性的用户群中,并获得该用户群对应的用电量阈值和/或用电时长阈值; Home user module configured to extract user information from a user in the user attribute, the user according to the user attribute with the same user attributes included in a user group, and user group to obtain the corresponding electricity consumption threshold and / or length threshold power;

节电判断模块,用于在该用户的当前用电量超过用该用户群对应的电量阈值和/或当前用电时长超过该用户群对应的用电时长阈值的情况下,生成所述远程控制指令,其中,所述远程控制指令包括设备节能控制指令;和/或 Saving determination module configured to the user's current consumption than the case of using the user group corresponding to the threshold power and / or current duration threshold time duration exceeds the user group corresponding electric power consumption when generating the remote control instruction, wherein said device comprises a remote control instruction saving control command; and / or

节电方案生成模块,用于根据所述用电统计模块统计得到用户群的用电统计数据,生成优化的节电方案,该方案可以推荐给用户,供用户参考或选择。 Saving program generating module, for obtaining power statistics based on the user group statistics module power statistics, generating optimized power saving scheme that may be recommended to the user, for the user to select or reference.

[0023] 优选地,所述云端还包括用户身份识别模块。 [0023] Preferably, the cloud further comprises a subscriber identity module. 用户可以根据用户名和密码访问云端并获得相应ig息。 Users can access cloud based on user name and password and get the appropriate ig interest.

[0024] 优选地,所述设备控制终端包括如下装置: [0024] Preferably, the apparatus comprises a control terminal apparatus:

设备节能控制装置,用于从所述设备节能控制指令中提取出被控设备ID,生成该被控设备ID的关闭指令、关闭提不; Device saving control means for extracting the device ID from the controlled device in the power saving control command is generated to close the command ID of the controlled device, not to mention the closing;

节能指令发送装置,用于将关闭指令发送给与被控设备ID对应的被控设备; Saving instruction transmitting means for closing command is sent to a controlled device ID corresponding to the controlled device;

节能提示发送装置,用于将关闭提示发送给该用户的用户终端。 Saving Tips transmitting means for closing prompt the user terminal is sent to the user.

[0025] 在一个优选实施方式中,所述设备控制终端包括温度传感装置,该温度传感装置包括至少一个温度传感器,该温度传感器用于检测被控设备的温度。 [0025] In a preferred embodiment, the apparatus comprises a temperature sensing terminal control means, the temperature sensing means comprises at least one temperature sensor, a temperature sensor for detecting the temperature of the controlled device.

[0026] 在用电安全中,设备过热是最主要的安全隐患,很大一部分火灾事故都是由用电设备过热引发的,并且经常发生在无人值守的时段例如晚上。 [0026] In the electrical safety, overheating is the most important safety problems, a large part of the fire is caused by electrical overheating, and often occurs in the period, for example, at night unattended. 通常需要加强现场工作人员的实时监测能力,及时排除设备运行中的异常情况,保障用电设备的安全运行。 Usually we need to strengthen the ability of real-time monitoring of field staff, equipment operation and remove anomalies to ensure the safe operation of electrical equipment. 因此如何有效地、实时地检测设备使用过程中的温度,对于有效降低火灾隐患非常重要。 Therefore, how to effectively, the temperature detected in real time during use of the apparatus, very important to reduce the fire hazard. 然而,目前对用电设备的温度监控能缺乏有效手段。 However, for temperature monitoring of electrical equipment can be the lack of effective means. 本发明人发现,将温度传感装置集成到设备控制终端可以有效解决该问题。 The present inventors have found that the temperature sensing means is integrated into the control terminal apparatus can effectively solve the problem.

[0027]当温度传感器测得的温度超过设定阈值时,降低被控设备功率或者关闭被控设备。 [0027] When the temperature measured by the sensor exceeds a set temperature threshold value, the controlled device to reduce or turn off the power controlled device.

[0028] 所述温度传感器为长条薄膜式温度传感器。 [0028] The temperature sensor is of elongated thin-film temperature sensor.

[0029] 本发明人发现,在已售用电设备中,都没有设置温度检测装置的置放位置,如果在另外置入温度检测装置,则容易对设备造成干扰和破坏。 [0029] The present inventors have found that, in the electrical equipment sold, the placement location are not provided temperature detecting means, if the temperature detecting means additionally placed, is likely to cause interference and damage to the equipment. 通过使用上述长条薄膜式温度传感器可以非常好地解决上述问题。 It may very well solve the problem of the long film by using the temperature sensor.

[0030] 长条薄膜式传感器具有体积小、热容量低、频率响应快、精度高及灵敏度高等特点,非侵入式测量可以适应微小的间隙和空间,对被控设备的干扰和破坏小,并且容易安装,测温准确。 [0030] The elongated film sensor has a small size, low heat capacity, frequency response, high precision and high sensitivity, non-invasive measurement can be adapted to a small gap and the space, the small of the controlled device interference and damage, and easily installation, accurate temperature measurement. 长条薄膜式传感器可以安装在形状复杂的物体上,是普通温度传感器无法胜任的。 Elongated film sensors may be mounted on a complex shape of the object, the temperature sensor is normal can not be qualified.

[0031] 在远程电器控制中使用长条薄膜式温度传感器上述首次报导。 [0031] The elongated film using the above-described first reported temperature sensor in the remote control appliance.

[0032] 优选地,所述长条薄膜式温度传感器包括:柔性基材,和依次位于所述柔性基材表面上的热电极层和绝缘保护层,所述热电极层位于柔性基材表面和绝缘保护层之间。 [0032] Preferably, the elongated film temperature sensor comprising: a flexible substrate, and the electrode layer are sequentially positioned and thermally insulating protective layer on the surface of the flexible substrate, the heat at the surface of the flexible substrate electrode layer, and between the insulating protective layer.

[0033] 更优选地,所述柔性基材为聚酰亚胺薄膜。 [0033] More preferably, the flexible substrate is a polyimide film. 进一步优选地,该聚酰亚胺薄膜为经过表面改性的聚酰亚胺薄膜。 Further preferably, the polyimide film is a polyimide film having been surface modified. 所述改性处理优选为等离子体处理,该处理方法为:使用异丙醇清洗聚酰亚胺薄膜,自然晾干后放入等离子体处理反应室中,将其置于辉光放电装置下,逐步抽真空,当气压为2.0 X 10—2-3.0 X 10—2 Torr时,向反应室通入氧气,等阳离子体处理持续时间为2s -10s。 The modification treatment is preferably plasma treatment, the treatment method: a polyimide film cleaning with isopropyl alcohol, air dry into the plasma processing reaction chamber, which was placed under a glow discharge apparatus, gradual evacuation, when the air pressure is 2.0 X 10-2-3.0 X 10-2 Torr, oxygen gas into the reaction chamber, and other cationic vivo treatment duration 2s -10s. 研究发现,经过所述表面处理后,聚酰亚胺薄膜表面的接触角由50-55°降为30-35°,该角度适合后续热电极层的施加,30-35°的接触角、特别是32°的接触角,是适合后续施加Ni3Al热电极层的最佳接触角。 Found, after the surface treatment, the contact angle of the polyimide film surface is reduced by a 50-55 ° 30-35 °, the angle of the electrode layer for applying a subsequent thermal contact angle of 30-35 °, especially is a contact angle of 32 ° is optimum contact angle for the subsequent application of heat Ni3Al electrode layer. 推测其原因,是薄膜表面随氧引入了极性集团例如羟基、羧基等,改善了薄膜表面的微结构,适合热电极层的附着,提高了附着力。 Presumed reason, oxygen is introduced into the film surface with polar groups such as hydroxyl, carboxyl and the like, to improve the microstructure of the surface of the film, the thermal adhesion electrode layer for improved adhesion.

[0034] 更优选地,所述绝缘保护层为氧化铝制成的绝缘保护层。 [0034] More preferably, the insulating protective layer is an insulating protective layer made of alumina. 所述氧化铝层通过溅射法沉积在热电极层上。 The alumina layer is deposited on the hot electrode layer by a sputtering method. 可以采用Al靶材,通过常规的有氧条件下薄膜沉积实现。 Al target can be used to achieve aerobic conditions by conventional thin film deposition.

[0035] 更优选地,所述热电极层由N1、Al合金制成,其组成优选为Ni3Al。 [0035] More preferably, the hot electrode layer made of N1 Al alloy consisting preferably of Ni3Al. 该合金通过溅射法沉积在基材上。 The alloy is deposited on a substrate by sputtering. 溅射工艺优选如下:在溅射过程中,对Ni靶和Al靶进行直流磁控共溅射,通过基底自转,混合生成均匀致密的合金薄膜,其中本底真空小于1.0 X 10—3 Pa,基材温度为30-40°(:,祖的溅射功率约为50-5001,时间为5-301^11,41的溅射功率约为20-2501,时间为2-20min,自转约为20-30 r/min。 A sputtering process is preferably as follows: During sputtering, the target of Ni and Al targets DC magnetron co-sputtering, spin through the substrate, a dense mixed to form a uniform alloy thin film, wherein the base pressure of less than 1.0 X 10-3 Pa, a substrate temperature of 30-40 ° (:, progenitor sputtering power of about 50-5001, 5-301 ^ time of sputtering power of about 11, 41 20-2501, time 2-20min, rotation about 20-30 r / min.

[0036] 所述Ni3Al为电阻式温度计。 [0036] The Ni3Al is a resistive thermometer. 在本发明中,采用双靶直流磁控溅射技术将单质靶Ni和Al混合生成合金薄膜,制备出合金Ni3Al温度敏感功能膜。 In the present invention, a dual target DC magnetron sputtering technique elemental Ni and Al mixture target generation alloy thin film, temperature sensitive Ni3Al alloy prepared functional film. 根据TCR测试结果,Ni3Al合金薄膜具有非常良好的测温稳定性和重复性,测温范围广,TCR可达2.0 X 10—3/K。 The test results TCR, on Ni3Al alloy films have very good temperature stability and repeatability, wide temperature range, TCR up to 2.0 X 10-3 / K.

[0037]另外,所述长条薄膜式温度传感器使得可以将温度传感器经由用电设备的狭小缝隙设置在发热部件附近,从而实现温度的实时检测和预警。 [0037] Further, the elongated film temperature sensor makes it possible to narrow the gap through the temperature sensor of electrical equipment disposed near the heat generating member, enabling real-time detection and warning temperature.

[0038] 优选地,设备控制终端通过本地内网向被控设备发送所述设备控制指令; [0038] Preferably, the control terminal apparatus transmits the control command to the controlled device via the local network device;

设备控制终端通过无线网络接入互联网,并经互联网与云端进行通信; A terminal apparatus control access to the Internet through a wireless network, and communicates with the cloud via the Internet;

所述设备控制指令,包括电路开关的漏电保护指令、零火线接反保护指令、零线断开保护指令、自动重合闸指令、分路跳合闸指令、紧急断开总闸指令、分路负载电流可调指令、过欠压保护指令中的任一种或任多种控制指令; 所述用电信息包括被控设备参数、用电量、用电时间、故障诊断中的任一种或任多种信息; The device control instruction, including instruction leakage protection circuit breaker, a live wire reversal protection instruction, instruction zero line disconnection protection, automatic reclosing command, shunt tripping command, emergency disconnect total opening command, the load shunt adjustable current command, any over voltage protection instruction or control instruction any more; the controlled apparatus comprises electric parameter information, power consumption, power of time, any one or any of fault diagnosis a variety of information;

所述用户信息包括用户设备信息、用户指令信息; The user information includes a user device information, user instruction information;

所述用户设备信息包括用户ID、与用户ID对应的被控设备ID、用户属性; The user device information includes user ID, the user ID corresponding to the controlled device ID, a user attribute;

所述用户指令信息包括生成自用户终端的用户指令信息,其中,云端根据用户指令信息生成远程控制指令。 The user information includes a user instruction generating instruction information from the user terminal, wherein the remote control instruction information generating Drive according to a user instruction.

[0039] 优选地,所述被控设备信息包括故障发生时间; [0039] Preferably, the controlled device comprises a failure time information;

所述云端包括如下装置: The Drive means comprises:

故障记录装置,用于记录同一型号的各个被控设备的故障发生时间作为该型号被控设备的故障历史数据; Fault recording means for recording the respective fault model of the controlled device in the same time as the fault occurrence history data of the model of the controlled device;

故障统计装置,用于根据故障历史数据,统计出该型号被控设备的相邻两次故障之间的时间作为维保周期; Fault statistics means for fault history data, the statistics of the time between two adjacent controlled failure of the device as a model maintenance period;

维保提醒装置,用于在该型号被控设备的维保周期到期前向用户发送维保提醒信息。 Maintenance reminder means for transmitting information to a maintenance alert the user before the controlled device model maintenance period expires.

[0040] 根据本发明提供的一种基于云服务器远程电器控制系统的控制方法,包括如下步骤: [0040] According to one method of the present invention, the cloud server provides a remote control system based on electrical control, comprising the steps of:

设置云端和设备控制终端; Drive and control terminal apparatus is provided;

云端根据用户信息和/或用电信息生成远程控制指令;设备控制终端根据来自云端的所述远程控制指令生成设备控制指令,并向被控设备发送所述设备控制指令; Drive information is generated according to the user and / or remote power control instruction information; a terminal device control apparatus generates a control command according to the remote control instruction from the cloud, and the controlled device transmitting the device control instruction;

设备控制终端采集被控设备信息,云端存储来自设备控制终端的所述被控设备信息,并根据所述被控设备信息生成用电信息。 Equipment control terminal controlled device information acquisition, the cloud storage device from the control terminal of the controlled device information and device information from the information generating electricity charged.

[0041] 优选地,包括在云端执行的如下步骤: [0041] Preferably, the cloud comprising the step of executing:

获取用户群中各个用户对应的被控设备信息,其中,所述被控设备信息包括设备用电功率和设备运行时间,所述用户群由具有相同用户属性的多个用户构成; Obtaining a controlled device information of each user group corresponding to the user, wherein the device comprises a controlled device information equipment and electrical power running time, the user group composed of a plurality of users with the same user attributes;

根据各个用户对应的设备用电功率和设备运行时间得到用户群的用电信息,并存储所述用电信息;其中,所述用电信息包括用户群对应的用电量、用电时长; Each user equipment corresponding to electrical power and electrical equipment operating time information obtained in accordance with the user group, and storing the electric information; wherein the electric power information comprises user group corresponding to the duration of electricity;

根据所述用电信息统计得到用户群的用电统计数据;其中,所述用电统计数据包括用电量阈值和/或用电时长阈值; Electricity users to obtain statistical data information based on the statistical power; wherein said statistics include electricity consumption threshold and / or power consumption when the length threshold;

从一用户的用户信息中提取出用户属性,根据该用户属性将该用户归入具有相同用户属性的用户群中,并获得该用户群对应的用电量阈值和/或用电时长阈值; Extracted from a user's user attribute information of the user, the user according to the user attribute with the same user attributes included in a user group, and user group obtaining the threshold value corresponding to consumption and / or power consumption when the length threshold;

在该用户的当前用电量超过用该用户群对应的电量阈值和/或当前用电时长超过该用户群对应的用电时长阈值的情况下,生成所述远程控制指令,其中,所述远程控制指令包括设备节能控制指令。 The user's current consumption than the case of using the user group corresponding to the threshold power and / or current duration threshold time duration exceeds the user group corresponding electric power consumption when generating the remote control instruction, wherein said remote the control device comprises a power saving control instruction command.

[0042] 优选地,包括在设备控制终端执行的如下步骤: [0042] Preferably, comprising the steps performed in the terminal control apparatus:

从所述设备节能控制指令中提取出被控设备ID,生成该被控设备ID的关闭指令、关闭提不; Extracting energy from the device that controls the controlled device ID command, generates the closing command to the controlled device ID, not to mention the closing;

将关闭指令发送给与被控设备ID对应的被控设备; The closing command is sent to a controlled device ID corresponding to the controlled device;

节能提示发送装置,用于将关闭提示发送给该用户的用户终端。 Saving Tips transmitting means for closing prompt the user terminal is sent to the user.

[0043] 优选地,设备控制终端通过本地内网向被控设备发送所述设备控制指令; [0043] Preferably, the control terminal apparatus transmits the control command to the controlled device via the local network device;

设备控制终端通过无线网络接入互联网,并经互联网与云端进行通信; 所述设备控制指令,包括电路开关的漏电保护指令、零火线接反保护指令、零线断开保护指令、自动重合闸指令、分路跳合闸指令、紧急断开总闸指令、分路负载电流可调指令、过欠压保护指令中的任一种或任多种控制指令; A terminal apparatus control access to the Internet through a wireless network, via the Internet and communicate with the cloud; the device control instruction, including instruction leakage protection circuit breaker, a live wire reversal protection instruction, instruction zero line disconnection protection, automatic reclosing command , shunt tripping command, emergency disconnect total opening command, the load current is adjustable shunt command, any over voltage protection according to any one or a plurality of control instructions in the instruction;

所述用电信息包括被控设备参数、用电量、用电时间、故障诊断中的任一种或任多种信息; The electrical parameters of the controlled device comprises information, consumption, electricity time, fault diagnosis of any one or any of a variety of information;

所述用户信息包括用户设备信息、用户指令信息; The user information includes a user device information, user instruction information;

所述用户设备信息包括用户ID、与用户ID对应的被控设备ID、用户属性; The user device information includes user ID, the user ID corresponding to the controlled device ID, a user attribute;

所述用户指令信息包括生成自用户终端的用户指令信息,其中,云端根据用户指令信息生成远程控制指令。 The user information includes a user instruction generating instruction information from the user terminal, wherein the remote control instruction information generating Drive according to a user instruction.

[0044] 所述云端具有无线通信模块,该无线通信模块将所述用电信息转换成可感测信号,可携带电子装置与所述无线通信模块无线连接,接收该所述可感测信号,该可携带式电子装置对所接收的可感测信号实时地运算从而产生至少一个图形表示数据,以在该可携式电子装置上显示。 [0044] The wireless communication module having a cloud, the wireless communication module to convert the information into electrical sensing signals, portable electronic device with a wireless connection to the wireless communication module, said receiving the sensing signal, the portable electronic device according to the received sensing signal may be operational to generate at least one real-time graphical representation of the data to be displayed on the portable electronic device.

[0045] 优选地,所述被控设备信息包括故障发生时间; [0045] Preferably, the controlled device comprises a failure time information;

所述基于云服务器远程电器控制系统的控制方法包括在云端执行的如下步骤: Comprising the steps of the control method executed in the cloud server cloud remote electrical control system based on:

用于记录同一型号的各个被控设备的故障发生时间作为该型号被控设备的故障历史数据; Each controlled apparatus for recording the same model fault occurrence time as failure history data of the model of the controlled device;

用于根据故障历史数据,统计出该型号被控设备的相邻两次故障之间的时间作为维保周期; According to the historical failure data, the statistics of the time between two adjacent controlled failure of the device as a model maintenance period;

在该型号被控设备的维保周期到期前向用户发送维保提醒信息。 Before the model of the controlled device transmits maintenance period expires maintenance reminder information to the user.

[0046]与现有技术相比,本发明具有如下的有益效果: [0046] Compared with the prior art, the present invention has the following advantages:

(I)本发明将物联网、云服务、用户终端相有机结合,通过云端开放适用于用户及被控设备自身的智能硬件的服务,通过使用户能够形象、直观地看到用电信息,增强了系统与用户沟通互动性。 (I) of the present invention will be things, cloud service, the user terminal combined organic phases, is open for users through the cloud and an intelligent hardware device itself controlled service by enabling users to image, visually see the power information, enhanced a system of communication and interaction with the user.

[0047] (2)本发明能够完善智能家具服务,使得智能家居让用户有更方便的手段来管理家庭设备,并且通过自动化卷节能手段,使得智能家居内的各种设备相互间可以通过云端通讯,云端通过收集多个被控设备的运行状态信息,得出节能方案,从而给用户带来最大程度的高效、便利、舒适与安全。 [0047] (2) The present invention can improve the intelligence services of furniture, making the smart home allows users to have a more convenient means to manage the household equipment, and automated volume by means of energy-saving, makes a variety of devices in the smart home communication with each other through the clouds the cloud by collecting more information on the operating state of the controlled device, obtain energy-saving programs, leading to the greatest degree of efficiency, convenience, comfort and safety to the user.

[0048] (3)本发明应用于低压电器领域,能够实现远程电流电压量采集计算,并且信号稳定,通过被控设备中的继电器实现大电流控制,并具有对被控设备中抗电磁干扰和雷击浪涌的保护电路的控制。 [0048] (3) of the present invention is applied to low-voltage electrical field, the amount of current and voltage can be collected remote computing, and signal stability and achieve a large current controlled by the relay control device and a controlled device having electromagnetic interference and anti control of the lightning surge protection circuit. 此外,本发明在设备控制终端中集成了温度传感器,并且长条薄膜式温度传感器的使用可以实现对用电设备发热部件的实时监控和预警。 Further, the present invention incorporates a temperature sensor in the device control terminal, and using the elongated film temperature sensor may be real-time monitoring and early warning of the electrical equipment of the heat generating member.

[0049] (4)可携带式电子装置将所述用电信息实时地运算从而产生至少一个图形表示数据并在该可携带式电子装置上显示,有助于用户熟悉用电特性与习惯,以及供用户进行分析与调整。 [0049] (4) The portable electronic device may be the operational power information in real time to generate a graphical representation of the data and the at least on the portable electronic device display helps users familiar electricity characteristics and habits, and for users to analyze and adjust.

[0050] [0050]

附图说明 BRIEF DESCRIPTION

[0051] 通过阅读参照以下附图对非限制性实施例所作的详细描述,本发明的其它特征、目的和优点将会变得更明显: [0051] By reading the following detailed description of non-limiting embodiments given with reference to the following figures, other features of the present invention, objects and advantages will become more apparent:

图1为本发明的网络结构图。 FIG 1 is a network configuration diagram of the present invention.

[0052]图2为本发明的系统结构图。 [0052] FIG. 2 is a system configuration diagram of the present invention.

[0053]图3为本发明的系统结构图。 [0053] Figure 3 is a system configuration diagram of the invention.

[0054] 图4为本发明的方法流程图,图中:I一用户终端,2—云端,3—设备控制终端,4一被控设备。 Method [0054] FIG 4 is a flowchart of the invention, FIG Where: I a user terminal, the cloud 2-, 3- device control terminal, a controlled device 4.

[0055]图5为本发明的系统所针对的某工业园区3个不同用电单位的24小时用电实时负荷率图,该图显示在可携带式电子装置上,其中a、b和c代表三个不同用电单位。 [0055] 24 hour electricity rate map of a real-time load Industrial Park three different power units of the system of Figure 5 for the present invention, which shows on a portable electronic device, wherein a, b and c represents a three different power units.

[0056] [0056]

具体实施方式 Detailed ways

[0057]下面结合具体实施例对本发明进行详细说明。 Specific embodiments of the present invention will be described in detail [0057] below in conjunction. 以下实施例将有助于本领域的技术人员进一步理解本发明,但不以任何形式限制本发明。 The following examples will assist those skilled in the art a further understanding of the invention, but do not limit the present invention in any way. 应当指出的是,对本领域的普通技术人员来说,在不脱离本发明构思的前提下,还可以做出若干变化和改进。 It should be noted that one of ordinary skill in the art, without departing from the spirit of the present invention, can make various changes and modifications. 这些都属于本发明的保护范围。 All these fall within the scope of the present invention.

[0058]首先对本发明提供的系统进行说明。 [0058] First, the present invention provides a system will be described.

[0059] 根据本发明提供的一种云服务器远程电器控制系统,包括云端和设备控制终端; 云端根据用户信息和/或用电信息生成远程控制指令;设备控制终端根据来自云端的所述远程控制指令生成设备控制指令,并向被控设备发送所述设备控制指令; [0059] According to one cloud server remote electrical control system of the present invention is provided, including cloud and device control terminal; cloud generating remote control instruction based on the user information and / or power information; terminal control apparatus according to the remote control from the cloud command generation device control instruction, and the controlled device transmitting the device control instruction;

设备控制终端采集被控设备信息,云端存储来自设备控制终端的所述被控设备信息,并根据所述被控设备信息生成用电信息。 Equipment control terminal controlled device information acquisition, the cloud storage device from the control terminal of the controlled device information and device information from the information generating electricity charged.

[0060] 在优选例中,所述云端包括如下装置: [0060] In a preferred embodiment, the cloud comprising means:

大数据获取装置,用于获取用户群中各个用户对应的被控设备信息,其中,所述被控设备信息包括设备用电功率和设备运行时间,所述用户群由具有相同用户属性的多个用户构成; Large data acquisition means for acquiring information of the controlled device in the user group corresponding to each user, wherein the device comprises a controlled device information and electrical power equipment operation time, a user group by a plurality of users with the same user attributes constitution;

大数据存储装置,用于根据各个用户对应的设备用电功率和设备运行时间得到用户群的用电信息,并存储所述用电信息;其中,所述用电信息包括用户群对应的用电量、用电时长; Large data storage means for obtaining the apparatus and electrical power to each user device runtime information corresponding electric user base, and storing the electric information; wherein the power information comprises user group corresponding to the electricity when electric length;

用电统计装置,用于根据所述用电信息统计得到用户群的用电统计数据;其中,所述用电统计数据包括用电量阈值和/或用电时长阈值; Statistical electric means for obtaining power statistics based on the user group information statistics power; wherein said statistics include electricity consumption threshold and / or power consumption when the length threshold;

用户归属装置,用于从一用户的用户信息中提取出用户属性,根据该用户属性将该用户归入具有相同用户属性的用户群中,并获得该用户群对应的用电量阈值和/或用电时长阈值; User home means for extracting user information from a user in the user attribute, the user according to the user attribute with the same user attributes included in a user group, and user group to obtain the corresponding electricity consumption threshold and / or length threshold power;

节电判断装置,用于在该用户的当前用电量超过用该用户群对应的电量阈值和/或当前用电时长超过该用户群对应的用电时长阈值的情况下,生成所述远程控制指令,其中,所述远程控制指令包括设备节能控制指令。 Saving determination means for the user's current consumption than the case of using the user group corresponding to the threshold power and / or current duration threshold time duration exceeds the user group corresponding electric power consumption when generating the remote control instruction, wherein the instruction comprises a remote control device the power saving control command.

[0061] 在优选例中,所述设备控制终端包括如下装置: [0061] In a preferred embodiment, the apparatus comprises a control terminal apparatus:

设备节能控制装置,用于从所述设备节能控制指令中提取出被控设备ID,生成该被控设备ID的关闭指令、关闭提不; 节能指令发送装置,用于将关闭指令发送给与被控设备ID对应的被控设备; Saving device control apparatus, said apparatus for extracting energy from the controlled device in the control instruction ID, generates the closing command to the controlled device ID, not to mention the closing; energy transmission instruction means for closing command is sent to a control device ID corresponding to the controlled device;

节能提示发送装置,用于将关闭提示发送给该用户的用户终端。 Saving Tips transmitting means for closing prompt the user terminal is sent to the user.

[0062] 在优选例中,设备控制终端通过本地内网向被控设备发送所述设备控制指令; [0062] In a preferred embodiment, the device control terminal apparatus transmits the control command to the controlled device through the local network;

设备控制终端通过无线网络接入互联网,并经互联网与云端进行通信; A terminal apparatus control access to the Internet through a wireless network, and communicates with the cloud via the Internet;

所述设备控制指令,包括电路开关的漏电保护指令、零火线接反保护指令、零线断开保护指令、自动重合闸指令、分路跳合闸指令、紧急断开总闸指令、分路负载电流可调指令、过欠压保护指令中的任一种或任多种控制指令; The device control instruction, including instruction leakage protection circuit breaker, a live wire reversal protection instruction, instruction zero line disconnection protection, automatic reclosing command, shunt tripping command, emergency disconnect total opening command, the load shunt adjustable current command, over voltage protection either instructions or any of a variety of control commands;

所述用电信息包括被控设备参数、用电量、用电时间、故障诊断中的任一种或任多种信息; The electrical parameters of the controlled device comprises information, consumption, electricity time, fault diagnosis of any one or any of a variety of information;

所述用户信息包括用户设备信息、用户指令信息; The user information includes a user device information, user instruction information;

所述用户设备信息包括用户ID、与用户ID对应的被控设备ID、用户属性; The user device information includes user ID, the user ID corresponding to the controlled device ID, a user attribute;

所述用户指令信息包括生成自用户终端的用户指令信息,其中,云端根据用户指令信息生成远程控制指令。 The user information includes a user instruction generating instruction information from the user terminal, wherein the remote control instruction information generating Drive according to a user instruction.

[0063] 在优选例中,所述被控设备信息包括故障发生时间; [0063] In a preferred embodiment, the controlled device comprises a fault occurrence time information;

所述云端包括如下装置: The Drive means comprises:

故障记录装置,用于记录同一型号的各个被控设备的故障发生时间作为该型号被控设备的故障历史数据; Fault recording means for recording the respective fault model of the controlled device in the same time as the fault occurrence history data of the model of the controlled device;

故障统计装置,用于根据故障历史数据,统计出该型号被控设备的相邻两次故障之间的时间作为维保周期; Fault statistics means for fault history data, the statistics of the time between two adjacent controlled failure of the device as a model maintenance period;

维保提醒装置,用于在该型号被控设备的维保周期到期前向用户发送维保提醒信息。 Maintenance reminder means for transmitting information to a maintenance alert the user before the controlled device model maintenance period expires.

[0064] 本发明提供的云服务器远程电器控制系统可以通过一种基于云服务器远程电器控制系统的控制方法中的步骤流程进行实现,本领域技术人员可以将所述基于云服务器远程电器控制系统的控制方法理解为所述云服务器远程电器控制系统的实施例。 [0064] The cloud server remote electrical control system of the present invention provides can be controlled by a remote server based on a cloud system electrical step flow control method is implemented, the person skilled in the cloud server can remotely control electrical system based on the the control method of Example understood that the cloud server remote electrical control system.

[0065] 接下来对本发明提供的方法进行说明。 [0065] Next, the present invention provides a method will be described.

[0066] 根据本发明提供的一种基于云服务器远程电器控制系统的控制方法,包括如下步骤: [0066] According to one method of the present invention, the cloud server provides a remote control system based on electrical control, comprising the steps of:

设置云端和设备控制终端; Drive and control terminal apparatus is provided;

云端根据用户信息和/或用电信息生成远程控制指令;设备控制终端根据来自云端的所述远程控制指令生成设备控制指令,并向被控设备发送所述设备控制指令; Drive information is generated according to the user and / or remote power control instruction information; a terminal device control apparatus generates a control command according to the remote control instruction from the cloud, and the controlled device transmitting the device control instruction;

设备控制终端采集被控设备信息,云端存储来自设备控制终端的所述被控设备信息,并根据所述被控设备信息生成用电信息。 Equipment control terminal controlled device information acquisition, the cloud storage device from the control terminal of the controlled device information and device information from the information generating electricity charged. 其中,被控设备信息可以包括被控设备的配置参数、运行参数,例如电压、电流等。 Wherein the controlled device comprises a controlled device information may be configuration parameters, operating parameters, such as voltage, current and the like.

[0067] 其中,被控设备可以是家居设备、物联网终端,还可以是继电器、传感器等器件。 [0067] wherein, the controlled device may be a home device, things terminal may also be a relay, sensors and other devices.

[0068] 云端包括云服务器,云服务器用于注册用户信息,并通过网络指令设备控制终端,设置并保持被控设备配置,同时云服务器还与手机等用户终端应用进行网络通信,方便用户通过手机控制被控设备;设备控制终端用于向所述云服务器进行网络通信,并控制被控设备中的具体电路回路。 [0068] Drive include cloud server, cloud server for registering user information, and a terminal device control command via the network, and holding the controlled device configuration settings, but also a network cloud server in communication with mobile phones and other user terminal applications, user-friendly mobile phone controlling the controlled device; a control device for a terminal to the network communication cloud server, and controlling a controlled device specific circuit loop. 具体地,在优选例中,设备控制终端可以包含控制单元、电压电流数据采集模块、继电器、gprs模块、gps模块、wifi模块等;手机端应用,可以与后台云服务器相连,并实现用户登录,发送远程指令到后台,并由后台发送到用户终端,用户终端响应对应指令实现不同功能。 Specifically, in a preferred embodiment, the device control terminal may comprise a control unit, voltage and current data acquisition module, relays, gprs module, gps module, wifi module; mobile client application, may be connected to the background cloud server, and implement user login, sent back to the remote command by sending back to the user terminal, a user terminal in response to an instruction corresponding to different functions. 更为具体地,通过云端可以实现的主要功能包括用户登录、用户信息收集、终端异常情况统计、电表费用统计、发送远程控制命令、接收手机应用指令等;手机应用主要功包括时间设定、电流读取、电压读取、用电量统计、异常报警提示、与云服务器通信、装置终端信息采集等。 More specifically, the main function of the cloud may be achieved by including user login, the user information collecting terminal abnormal statistics, the meter cost statistics, transmit remote control commands, instructions or the like receiving mobile applications; mobile applications mainly including time setting work, the current read, the read voltage, power consumption statistics, the abnormality alarm, the communication with the cloud server, the terminal information collection apparatus and the like.

[0069] 在优选例中,基于云服务器远程电器控制系统的控制方法包括在云端执行的如下步骤: [0069] In a preferred embodiment, the control method of the cloud server-based remote electrical control system comprises the steps of execution in the cloud:

获取用户群中各个用户对应的被控设备信息,其中,所述被控设备信息包括设备用电功率和设备运行时间,所述用户群由具有相同用户属性的多个用户构成;例如,用户属性可以是年龄段,从而将用户属性为年轻人的多个用户归入年轻人用户群,该用户群的特点是入睡时间较晚,因此可以令智能家居电器在晚上11点后才进行休眠状态,又例如,对应老年人的用户群,可以令智能家居电器在晚上9点前即进入休眠状态。 Obtaining a controlled device information of each user group corresponding to the user, wherein the device comprises a controlled device information equipment and electrical power running time, the user group composed of a plurality of users with the same user attributes; e.g., user attributes can It is age, so that the user properties classified as young user base of young people for multiple users, the characteristics of the user base is to sleep late, so you can make smart home appliances were dormant until after 11 pm, and For example, correspond to the elderly user base, you can make intelligent home appliances at 21:00 ie before going to sleep.

[0070] 根据各个用户对应的设备用电功率和设备运行时间得到用户群的用电信息,并存储所述用电信息;其中,所述用电信息包括用户群对应的用电量、用电时长; [0070] The obtained electrical power equipment and equipment operation time of each corresponding electric user group information of the user, and storing the electric information; wherein the power information comprises user group corresponding to the consumption, long time electricity ;

根据所述用电信息统计得到用户群的用电统计数据;其中,所述用电统计数据包括用电量阈值和/或用电时长阈值;用电量阈值可以是用户群对应的用电量除以该用户群用户数的商值,即该用户群中用户的平均用电量,用电时长阈值可以是用户群对应的用电时长除以该用户群用户数的商值,即该用户群中用户的平均用电时长。 Electricity users to obtain statistical data information based on the statistical power; wherein said statistics include electricity consumption threshold and / or power consumption when the length threshold; consumption threshold may be user group corresponding to the electricity divided by the value of the number of users of the user group, i.e. the user of the user group average consumption, power consumption when the threshold value may be a long length divided by the number of users of the user group of the user groups corresponding to the quotient of electricity, i.e., the user the average duration of the electricity group of users.

[0071] 从一用户的用户信息中提取出用户属性,根据该用户属性将该用户归入具有相同用户属性的用户群中,并获得该用户群对应的用电量阈值和/或用电时长阈值; When the [0071] extracted from a user's user attribute information of the user, the user according to the user attribute with the same user attributes included in a user group, and user group obtaining the threshold value corresponding to consumption and / or electricity long threshold;

在该用户的当前用电量超过用该用户群对应的电量阈值和/或当前用电时长超过该用户群对应的用电时长阈值的情况下,生成所述远程控制指令,其中,所述远程控制指令包括设备节能控制指令。 The user's current consumption than the case of using the user group corresponding to the threshold power and / or current duration threshold time duration exceeds the user group corresponding electric power consumption when generating the remote control instruction, wherein said remote the control device comprises a power saving control instruction command. 例如一用户群的空调的平均用电时长是一天10小时,则用户的空调在一天内的开启时间大于10小时,则认为超过了用电时长阈值。 Such as long average 10 hours a day in a conditioned power users, the user is greater than 10 hours in the open air conditioning time of day, that exceeds the length threshold power.

[0072] 在优选例中,基于云服务器远程电器控制系统的控制方法包括在设备控制终端执行的如下步骤: [0072] In a preferred embodiment, the control method of the cloud server-based remote electrical control system comprises the following steps executed in the terminal control apparatus:

从所述设备节能控制指令中提取出被控设备ID,生成该被控设备ID的关闭指令、关闭提不; Extracting energy from the device that controls the controlled device ID command, generates the closing command to the controlled device ID, not to mention the closing;

将关闭指令发送给与被控设备ID对应的被控设备; The closing command is sent to a controlled device ID corresponding to the controlled device;

节能提示发送装置,用于将关闭提示发送给该用户的用户终端。 Saving Tips transmitting means for closing prompt the user terminal is sent to the user.

[0073] 在优选例中,设备控制终端通过本地内网向被控设备发送所述设备控制指令; [0073] In a preferred embodiment, the device control terminal apparatus transmits the control command to the controlled device through the local network;

设备控制终端通过无线网络接入互联网,并经互联网与云端进行通信; A terminal apparatus control access to the Internet through a wireless network, and communicates with the cloud via the Internet;

所述设备控制指令,包括电路开关的漏电保护指令、零火线接反保护指令、零线断开保护指令、自动重合闸指令、分路跳合闸指令、紧急断开总闸指令、分路负载电流可调指令、过欠压保护指令中的任一种或任多种控制指令;根据更多的实际需要,所述设备控制指令还可以有更多种。 The device control instruction, including instruction leakage protection circuit breaker, a live wire reversal protection instruction, instruction zero line disconnection protection, automatic reclosing command, shunt tripping command, emergency disconnect total opening command, the load shunt adjustable command current, over voltage protection instruction in any one or more of any of the control instruction; more according to the actual needs, the device control instructions may also be more.

[0074] 所述用电信息包括被控设备参数、用电量、用电时间、故障诊断中的任一种或任多种信息;所述用户信息包括用户设备信息、用户指令信息;所述用户设备信息包括用户ID、与用户ID对应的被控设备ID、用户属性;所述用户指令信息包括生成自用户终端的用户指令信息,其中,云端根据用户指令信息生成远程控制指令。 [0074] The electrical parameters of the controlled device comprises information, power consumption, power of time, any one or any of a variety of information of the fault diagnosis; the user information includes a user device information, user instruction information; the the user information includes a user device ID, user ID corresponding to the controlled device ID, a user attribute; the user instruction information includes generating a user command information from the user terminal, wherein the remote control instruction information generating Drive according to a user instruction.

[0075] 所述可携带式电子装置将所述用电信息实时地运算从而产生至少一个图形表示数据并在该可携带式电子装置上显示,有助于用户熟悉用电特性与习惯,以及供用户进行分析与调整。 [0075] The portable electronic device to the electricity operation information in real time to generate a graphical representation of the data and the at least on the portable electronic device display helps users familiar electricity characteristics and habits, and for user analysis and adjustment.

[0076] 在优选例中,所述被控设备信息包括故障发生时间; [0076] In a preferred embodiment, the controlled device comprises a fault occurrence time information;

所述基于云服务器远程电器控制系统的控制方法包括在云端执行的如下步骤: Comprising the steps of the control method executed in the cloud server cloud remote electrical control system based on:

用于记录同一型号的各个被控设备的故障发生时间作为该型号被控设备的故障历史数据; Each controlled apparatus for recording the same model fault occurrence time as failure history data of the model of the controlled device;

用于根据故障历史数据,统计出该型号被控设备的相邻两次故障之间的时间作为维保周期; According to the historical failure data, the statistics of the time between two adjacent controlled failure of the device as a model maintenance period;

在该型号被控设备的维保周期到期前向用户发送维保提醒信息。 Before the model of the controlled device transmits maintenance period expires maintenance reminder information to the user.

[0077] 本领域技术人员知道,除了以纯计算机可读程序代码方式实现本发明提供的系统及其各个装置以外,完全可以通过将方法步骤进行逻辑编程来使得本发明提供的系统及其各个装置以逻辑门、开关、专用集成电路、可编程逻辑控制器以及嵌入式微控制器等的形式来实现相同功能。 [0077] Those skilled in the art that, in addition to pure computer readable program code to implement the system and its various embodiment of the present invention provides apparatus, can be programmed by the logic so that the system and method steps of the present invention provides various means to in the form of logic gates, switches, an application specific integrated circuit, a programmable logic controller, and an embedded microcontroller or the like to achieve the same functionality. 所以,本发明提供的系统及其各项装置可以被认为是一种硬件部件,而对其内包括的用于实现各种功能的装置也可以视为硬件部件内的结构;也可以将用于实现各种功能的装置视为既可以是实现方法的软件模块又可以是硬件部件内的结构。 Therefore, the system and apparatus provided by the present invention may be considered to be a hardware component, and comprising means for implementing within their various functions may be considered as the structure of the hardware components; may be used apparatus realizing various functions may be considered to be implemented as software modules and a method may be a structural member within the hardware.

[0078] 本书面描述使用实例来公开本发明,包括最佳模式,且还使本领域技术人员能够制造和使用本发明。 [0078] This written description uses examples to disclose the invention, including the best mode, and also to enable those skilled in the art to make and use the invention. 本发明的可授予专利的范围由权利要求书限定,且可以包括本领域技术人员想到的其它实例。 The present invention may be patentable scope is defined by the claims, and may include other examples that occur to those skilled in the art. 如果这种其它实例具有不异于权利要求书的字面语言的结构元素,或者如果这种其它实例包括与权利要求书的字面语言无实质性差异的等效结构元素,则这种其它实例意图处于权利要求书的范围之内。 If this book other examples have structural elements that do not differ from the literal language of the claims, or if such other examples include equivalent structural elements with the literal language of the claims insubstantial differences, then such other examples are intended within the scope of the appended claims. 在不会造成不一致的程度下,通过参考将本文中参考的所有引用之处并入本文中。 In extent without causing inconsistency, by reference to all of the references are incorporated herein by reference herein.

Claims (10)

1.一种云服务器远程电器控制系统,其特征在于,包括云端,设备控制终端,和可携带式电子装置; 云端根据用户信息和/或用电信息生成远程控制指令;设备控制终端根据来自云端的所述远程控制指令生成设备控制指令,并向被控设备发送所述设备控制指令; 设备控制终端采集被控设备信息,云端存储来自设备控制终端的所述被控设备信息,并根据所述被控设备信息生成用电信息; 所述云端具有无线通信模块,该无线通信模块将所述用电信息转换成可感测信号; 可携带电子装置与所述无线通信模块无线连接,接收该所述可感测信号,该可携带式电子装置对所接收的可感测信号实时地运算从而产生至少一个图形表示数据,以在该可携式电子装置上显示。 A cloud server remote electrical control system, characterized by comprising the cloud, control terminal equipment, and a portable electronic device; Drive generates a remote control instruction based on the user information and / or power information; cloud from the apparatus according to the control terminal the remote control instruction generation device control instruction apparatus transmits the control command to the controlled apparatus; the control apparatus controlled device information acquisition terminal, the cloud storage device from the control terminal of the controlled device information, and according to the generating electrical information of a controlled device information; cloud having a wireless communication module, the wireless communication module to convert the information into electrical sensing signal; portable electronic device connected to the wireless module for wireless communication, the receiver of the said sensing signal may be, the portable electronic device may be the received signal in real-time sensing at least one operation to produce graphical representations of data to be displayed on the portable electronic device.
2.根据权利要求1所述的云服务器远程电器控制系统,其特征在于,所述云端包括如下装置: 大数据获取装置,用于获取用户群中各个用户对应的被控设备信息,其中,所述被控设备信息包括设备用电功率和设备运行时间,所述用户群由具有相同用户属性的多个用户构成; 大数据存储装置,用于根据各个用户对应的设备用电功率和设备运行时间得到用户群的用电信息,并存储所述用电信息;其中,所述用电信息包括用户群对应的用电量、用电时长; 用电统计装置,用于根据所述用电信息统计得到用户群的用电统计数据;其中,所述用电统计数据包括用电量阈值和/或用电时长阈值; 用户归属装置,用于从一用户的用户信息中提取出用户属性,根据该用户属性将该用户归入具有相同用户属性的用户群中,并获得该用户群对应的用电量阈值和/或用电时长 The cloud server remote electrical control system according to claim 1, wherein said cloud comprising the means: a large data acquisition means for acquiring information of the user controlled device corresponding to each user group, wherein the said apparatus comprises a controlled device information equipment and electrical power running time, the user group composed of a plurality of users with the same user attributes; large data storage means for obtaining a user equipment apparatus and electrical power corresponding to each user runtime electric information groups, and storing the electric information; wherein the power information comprises user group corresponding to the consumption, long-time electricity; electric statistical means for obtaining user information statistics according to the electricity electricity statistics group; wherein the statistical data comprises electrical length threshold consumption threshold and / or electricity; user home means for extracting a user attribute from the user's user information, according to the user attribute when the users into user attribute with the same group, and get the user group corresponding to electricity consumption threshold and / or the electrical length 值; 节电判断装置,用于在该用户的当前用电量超过用该用户群对应的电量阈值和/或当前用电时长超过该用户群对应的用电时长阈值的情况下,生成所述远程控制指令,其中,所述远程控制指令包括设备节能控制指令。 Value; saving determining means, for the user's current consumption than the case of using the user group corresponding to the threshold power and / or current duration threshold time duration exceeds the user group corresponding electric power consumption when generating the remote control instruction, wherein said device comprises a remote control instruction saving control instruction.
3.根据权利要求2所述的云服务器远程电器控制系统,其特征在于,所述设备控制终端包括如下装置: 设备节能控制装置,用于从所述设备节能控制指令中提取出被控设备ID,生成该被控设备ID的关闭指令、关闭提不; 节能指令发送装置,用于将关闭指令发送给与被控设备ID对应的被控设备; 节能提示发送装置,用于将关闭提示发送给该用户的用户终端。 3. The cloud server remote electrical control system according to claim 2, wherein said terminal apparatus comprises control means: saving apparatus control means for extracting the device ID from the controlled device in the power saving control command , generates the closing command to the controlled device ID, not to mention the closing; energy transmission instruction means for closing command is sent to a controlled device ID corresponding to the controlled device; energy saving tips transmitting means for transmitting to the closing prompt the user terminal user.
4.根据权利要求1所述的云服务器远程电器控制系统,其特征在于, 设备控制终端通过本地内网向被控设备发送所述设备控制指令; 设备控制终端通过无线网络接入互联网,并经互联网与云端进行通信; 所述设备控制指令,包括电路开关的漏电保护指令、零火线接反保护指令、零线断开保护指令、自动重合闸指令、分路跳合闸指令、紧急断开总闸指令、分路负载电流可调指令、过欠压保护指令中的任一种或任多种控制指令; 所述用电信息包括被控设备参数、用电量、用电时间、故障诊断中的任一种或任多种信息; 所述用户信息包括用户设备信息、用户指令信息; 所述用户设备信息包括用户ID、与用户ID对应的被控设备ID、用户属性; 所述用户指令信息包括生成自用户终端的用户指令信息,其中,云端根据用户指令信息生成远程控制指令。 The cloud server remote electrical control system according to claim 1, wherein the control device via the terminal device within a local network to the controlled apparatus transmits the control command; terminal control apparatus connected to the Internet through a wireless network, and by Internet communication with the cloud; the device control instruction, including instruction leakage protection circuit breaker, a live wire reversal protection instruction, instruction zero line disconnection protection, automatic reclosing command, shunt tripping command, emergency disconnect total opening command, the shunt current is adjustable load command, any over voltage protection instruction or control instruction any more; the controlled apparatus comprises electric parameter information, consumption, electricity time, fault diagnosis any one or any of a variety of information; the user information includes a user device information, user instruction information; the user information includes a user device ID, the controlled device ID, user ID corresponding to the user attribute; instruction information to the user the user terminal includes generating the instruction information from a user, wherein the remote control instruction information generating Drive according to a user instruction.
5.根据权利要求1所述的云服务器远程电器控制系统,其特征在于,所述被控设备信息包括故障发生时间; 所述云端包括如下装置: 故障记录装置,用于记录同一型号的各个被控设备的故障发生时间作为该型号被控设备的故障历史数据; 故障统计装置,用于根据故障历史数据,统计出该型号被控设备的相邻两次故障之间的时间作为维保周期; 维保提醒装置,用于在该型号被控设备的维保周期到期前向用户发送维保提醒信息。 The cloud server remote electrical control system according to claim 1, wherein the controlled device comprises a fault occurrence time information; Cloud said apparatus comprising: fault recording means for recording each of the same type control equipment failure as the failure occurrence time history data of the model of the controlled device; fault statistics means for fault history data, the statistics of the time between two adjacent controlled failure of the device as a model maintenance period; maintenance reminder means for transmitting information to a maintenance alert the user before the controlled device model maintenance period expires.
6.—种基于云服务器远程电器控制系统的控制方法,其特征在于,包括如下步骤: 设置云端和设备控制终端; 云端根据用户信息和/或用电信息生成远程控制指令;设备控制终端根据来自云端的所述远程控制指令生成设备控制指令,并向被控设备发送所述设备控制指令; 设备控制终端采集被控设备信息,云端存储来自设备控制终端的所述被控设备信息,并根据所述被控设备信息生成用电信息; 所述云端具有无线通信模块,该无线通信模块将所述用电信息转换成可感测信号; 可携带电子装置与所述无线通信模块无线连接,接收该所述可感测信号,该可携带式电子装置对所接收的可感测信号实时地运算从而产生至少一个图形表示数据,以在该可携式电子装置上显示。 6.- cloud server control methods based on the remote electrical control system, characterized by comprising the steps of: providing a terminal equipment control and the cloud; Drive generates a remote control instruction based on the user information and / or power information; apparatus in accordance with a control from the terminal Drive the remote control instruction generation device control instruction, and the controlled device transmitting the device control instruction; control terminal device information collecting device controlled device controlled information from the cloud storage device control terminal and in accordance with the said controlled device information generating electric information; cloud having a wireless communication module, the wireless communication module the information is converted into electrical sensing signal; portable radio communication module connected to the wireless electronic apparatus receives the said sensing signal, the portable electronic device the received sensing signal may be operational to generate at least one real-time graphical representation of the data to be displayed on the portable electronic device.
7.根据权利要求1所述的基于云服务器远程电器控制系统的控制方法,其特征在于,包括在云端执行的如下步骤: 获取用户群中各个用户对应的被控设备信息,其中,所述被控设备信息包括设备用电功率和设备运行时间,所述用户群由具有相同用户属性的多个用户构成; 根据各个用户对应的设备用电功率和设备运行时间得到用户群的用电信息,并存储所述用电信息;其中,所述用电信息包括用户群对应的用电量、用电时长; 根据所述用电信息统计得到用户群的用电统计数据;其中,所述用电统计数据包括用电量阈值和/或用电时长阈值; 从一用户的用户信息中提取出用户属性,根据该用户属性将该用户归入具有相同用户属性的用户群中,并获得该用户群对应的用电量阈值和/或用电时长阈值; 在该用户的当前用电量超过用该用户群对应的电量阈值和/或 The control method of the cloud server-based remote electrical control system, characterized in that said 1, comprising the steps performed in the cloud claim: obtaining a controlled device information of each user group corresponding to the user, wherein is the control device information includes device electrical power equipment and operating time, the user group composed of a plurality of users with the same user attributes; subscriber group information obtained electrical apparatus and electrical power equipment operating time corresponding to each user, and stores said power consumption information; wherein the power information comprises user group corresponding to the consumption, long-time electricity; electricity obtained statistics based on the user group information statistics power; wherein said power statistics comprises consumption threshold and / or duration threshold power; extracting user information from a user in the user attribute, the user according to the user attribute included in the same user attribute group, and obtains the corresponding user group with power threshold and / or power threshold length; the user's current consumption than with the user group corresponds to the threshold power and / or 前用电时长超过该用户群对应的用电时长阈值的情况下,生成所述远程控制指令,其中,所述远程控制指令包括设备节能控制指令。 Case of a long time duration exceeds the threshold value of the user group corresponding to the time before the electric power generating the remote control instruction, wherein said device comprises a remote control instruction saving control instruction.
8.根据权利要求7所述的基于云服务器远程电器控制系统的控制方法,其特征在于,包括在设备控制终端执行的如下步骤: 从所述设备节能控制指令中提取出被控设备ID,生成该被控设备ID的关闭指令、关闭提不; 将关闭指令发送给与被控设备ID对应的被控设备; 节能提示发送装置,用于将关闭提示发送给该用户的用户终端。 8. The control method of the cloud server-based remote electrical control system, characterized in that said 7, comprising the steps performed in the terminal control apparatus as claimed in claim: extracting the device ID from the controlled device in the power saving control command, generated the controlled closing command device ID, not to mention off; the closing command is sent to a controlled device ID corresponding to the controlled device; energy saving tips transmitting means for closing prompt the user terminal is sent to the user.
9.根据权利要求6所述的基于云服务器远程电器控制系统的控制方法,其特征在于, 设备控制终端通过本地内网向被控设备发送所述设备控制指令; 设备控制终端通过无线网络接入互联网,并经互联网与云端进行通信; 所述设备控制指令,包括电路开关的漏电保护指令、零火线接反保护指令、零线断开保护指令、自动重合闸指令、分路跳合闸指令、紧急断开总闸指令、分路负载电流可调指令、过欠压保护指令中的任一种或任多种控制指令; 所述用电信息包括被控设备参数、用电量、用电时间、故障诊断中的任一种或任多种信息; 所述用户信息包括用户设备信息、用户指令信息; 所述用户设备信息包括用户ID、与用户ID对应的被控设备ID、用户属性; 所述用户指令信息包括生成自用户终端的用户指令信息,其中,云端根据用户指令信息生成远程控制 9. The control method of claim 6 cloud server-based remote electrical control system, wherein the control device via the terminal device within a local network to the controlled apparatus transmits the control instruction; control terminal apparatus via a wireless network access the Internet, and communicate via the Internet with the cloud; the device control instruction, including instruction leakage protection circuit breaker, a live wire reversal protection instruction, instruction zero line disconnection protection, automatic reclosing command, shunt tripping command, emergency disconnect total opening command, the load current is adjustable shunt command, any over voltage protection instruction or control instruction any more; the controlled apparatus comprises electric parameter information, consumption, electricity time fault diagnosis of any one or any of a variety of information; the user information includes a user device information, user instruction information; the user information includes a user device ID, user ID corresponding to the controlled device ID, a user attribute; the said user generates a user instruction information includes the instruction information from the user terminal, wherein the remote control information generating Drive according to user instructions 令。 Order.
10.根据权利要求6所述的基于云服务器远程电器控制系统的控制方法,其特征在于,所述被控设备信息包括故障发生时间; 所述基于云服务器远程电器控制系统的控制方法包括在云端执行的如下步骤: 用于记录同一型号的各个被控设备的故障发生时间作为该型号被控设备的故障历史数据; 用于根据故障历史数据,统计出该型号被控设备的相邻两次故障之间的时间作为维保周期; 在该型号被控设备的维保周期到期前向用户发送维保提醒信息。 10. The method of claim 6, the remote control method of the cloud server based electrical control system, wherein the controlled device comprises a failure time information; cloud server control method of the remote electrical control system based on a cloud performing the following steps: recording for each controlled device failure occurrence time of the same model as failure history data of the model of the controlled device; two adjacent fault according to fault history data, the statistics of the model of the controlled device as the time between maintenance cycles; maintenance alert transmitting information to a user in front of the controlled device model maintenance period expires.
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