CN202171900U - Water feed and drainage monitoring and remote meter reading teaching training device based on LonWorks technology - Google Patents

Water feed and drainage monitoring and remote meter reading teaching training device based on LonWorks technology Download PDF

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CN202171900U
CN202171900U CN 201120308042 CN201120308042U CN202171900U CN 202171900 U CN202171900 U CN 202171900U CN 201120308042 CN201120308042 CN 201120308042 CN 201120308042 U CN201120308042 U CN 201120308042U CN 202171900 U CN202171900 U CN 202171900U
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pump
water
drainage
monitoring
tank
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CN 201120308042
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屠景盛
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江苏跨域信息科技发展有限公司
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Abstract

A water feed and drainage monitoring and remote meter reading teaching training device based on a LonWorks (Local Operation Network) technology is characterized by mainly consisting of liquid level sensors (1), a water-feeding pump (2), a water supplying pump (3), a draining pump (4), intelligent water meters (5), intelligent electric meters (6), a sensing and control module (7), a water and electric meter reading gateway (8), a water feeding and draining local monitoring industrial control computer (9), an iLON router (10), a water feeding and draining remote monitoring industrial control computer (11), a living pool (12), a water supplying pool (13), a draining pool (14), water valves (15), a audible-visual alarm (16), an installing rack (17) and universal wheels (18); wherein the liquid level sensors (1) are respectively arranged in the living pool (12), the water supplying pool (13) and the draining pool (14); an output end of the sensing and control module (7) is respective connected with control ends of the water-feeding pump (2), the water supplying pump (3) and the draining pump (4) and the audible-visual alarm (16); and the intelligent electric meters (6) are respectively accessed to power supply circuits of the water-feeding pump (2), the water supplying pump (3) and the draining pump (4). The water feed and drainage monitoring and remote meter reading teaching training device of the utility model has a simple structure and an easy realization, and is beneficial to improve the quality of teaching.

Description

基于LonWorks技术的给排水监控与远程抄表教学实训装 LonWorks technology-based water supply and drainage equipment monitoring and remote meter reading teaching and training

CP3 CP3

技术领域 FIELD

[0001] 本实用新型涉及一种教学用实训装置,尤其是一种建筑给排水教学实训装置,具体地说是一种基于LonWorks技术的给排水监控与远程抄表教学实训装置。 [0001] The present invention relates to a teaching training device, in particular a water supply and drainage teaching and training device, in particular drainage monitoring and remote meter reading device based on teaching and training LonWorks technology.

背景技术 Background technique

[0002] 众所周知,Lonfforks是由美国Echelon公司在1991年推出的采用神经元芯片技术,在遵循ISO七层协议上实现的网络控制技术,具有开放的网络体系、标准的网络通讯协议、丰富的介质接口模板、支持多种通讯介质之间的通讯等特点。 [0002] As we all know, Lonfforks by the US Echelon Corporation launched in 1991 using Neuron chip technology, implemented in compliance with ISO seven layer protocol network control technology, with an open network architecture, network communication protocol standard, rich media interface module that supports communication between features of a variety of communication media. 神经元芯片和LonTalk协议是LonWorks技术的核心。 Neuron chip and LonTalk protocol is the core of LonWorks technology. 在一个LonWorks网络中,每个相对对立的单元称为一个节点, 节点的智能控制器使用同一个通讯协议与网络中的其他节点通信。 In a LonWorks network, each unit is called a relatively opposing node, the intelligent controller nodes use the same communication protocol to communicate with other nodes in the network. 每个节点都内置神经元芯片来完成协议的监控功能。 Each node is built Neuron chip to complete the monitoring protocol. 一个LonWorks网络可以有3个到30000个或更多的节点,智能节点可以连接传感器(温度、压力等)、执行器(开关、调节阀、变频驱动等)、显示器(显示、 人机界面等)、操作接口等。 A LonWorks network can have from 3 to 30,000 or more nodes, nodes can be connected intelligent sensors (temperature, pressure, etc.), an actuator (switch control valve, variable frequency drive, etc.), a display (display, man-machine interface) the operation interface. 由于不需要像传统控制系统中的中央控制器,LonWorks的分布式控制技术显示出很高的系统独立性和系统响应,并且降低了系统的成本和运行费用。 A central controller is not required as in conventional control systems, LonWorks distributed control system exhibits high independence and system response, and to reduce operating costs and the cost of the system.

[0003] 给排水系统属建筑设备管理自动化系统的一部分。 [0003] water supply and drainage equipment management system is a part of the building automation system. 要求其运行安全可靠,实现水泵最佳运行控制。 Safe and reliable operation required to achieve optimum pump operation control. 给水系统要求水泵M小时不间断恒压供水;排水要求生活污、废水尽快排除,而消防水系统则是建筑灭火的常备专用系统。 Water Supply System Requirements pump M-hour constant pressure water supply; drainage requirements of domestic sewage, wastewater ruled out as quickly as possible, and fire extinguishing system is standing building proprietary systems.

[0004] 楼宇给排水系统有多种方式,随着生活水平的提高和环保意识的不断增强,给排水系统的结构和监控系统将会变得更加复杂,如供水系统更要考虑水质卫生、生活供水又要有专门饮水、水量计量、自动判断有无漏水等,系统的不断复杂,更显出掌握LonWorks控制网络的必要性。 [0004] building water supply and drainage systems have a variety of ways, with the improvement of living standards and environmental awareness is growing, water supply and drainage system construction and monitoring systems will become more complex, such as water supply systems but also to consider the quality of health and life water supply but also have a special drinking water, water measurement, automatically determine the presence or absence of water leakage, increasingly complex systems, it shows the need to master the LonWorks control networks. 在教学活动中,单纯从理论上讲解,学生难以有清晰的认识,而营运中的建筑也不可能为学生提供参观实习的机会,更不能进行任何形式的演示或模拟。 In teaching activities, the simple theory to explain, difficult for students to have a clear understanding, and working in the building and can not provide internship opportunities for students to visit, not to carry out any form of demonstration or simulation.

发明内容 SUMMARY

[0005] 本实用新型的目的是针对现有的建筑给排水系统在采用LonWorks技术的同时, 相关高校专业因缺乏相应的实训系统来共学生进行实际操作并切身感受这一技术所带来的便捷的问题,设计一种可供高校相关专利进行教学实训的基于LonWorks技术的给排水监控与远程抄表教学实训装置。 [0005] The present invention aims for the existing building to the drainage system at the same time using LonWorks technology, related professional college due to lack of appropriate training systems were students practice and personal experience this technology brings convenient question, design an alternative teaching training colleges patents based on LonWorks technology, water supply and drainage monitoring and remote meter reading teaching and training devices.

[0006] 本实用新型的技术方案是: [0006] The technical solution of the present invention are:

[0007] —种基于LonWorks技术的给排水监控与远程抄表教学实训装置,其特征是它主要由液位传感器1、给水泵2、供水泵3、排水泵4、智能水表5、智能电表6、传感与控制模块7、水电表抄表网关8、给排水本地监控工控机9、iLON路由器10、给排水远程监控工控机11、生活水池12、供水池13、排水池14、水阀15、声光报警器16、及安装架17组成,生活水池12、供水池13、排水池14安装在安装架17托板中;智能电表6、传感与控制模块7、水电表抄表网关8及声光报警器16安装于装架17的模块安装孔板中;生活水池12、供水池13和排水池14中均安装有液位传感器1,液位传感器1的输出端与传感与控制模块7对应的输入端相连;传感与控制模块7的输出端与给水泵2、供水泵3和排水泵4的控制端及声光报警器16相连;智能水表5分别接在给水泵2、供水泵3和排水泵4的进水端或出水端;智 [0007] - based on a kind of remote meter reading and monitoring drainage teaching and training apparatus LonWorks technology, characterized in that it mainly consists of the level sensor 1, a pump 2, a supply pump 3, the drain pump 4, 5 a smart meter, smart meter 6, the sensing and control module 7, the gateway 8 meter water table, the local monitoring drainage IPC 9, iLON router 10, remote monitoring drainage IPC 11, living pond 12, supply tank 13, the drainage tank 14, valve 15, sound and light alarm 16, and a mounting bracket 17 composed of living pond 12, supply tank 13, the drain tank 14 is mounted on the pallet mounting bracket 17; smart meter 6, the sensing and control module 7, meter gateway water table 8 and the sound and light alarm module 16 is mounted to a mounting plate pallet 17; living pond 12, the water supply tank 13 and the drain tank 14 are mounted a level sensor sensing the output of the level sensor 1 7 corresponding to the input of the control module is connected; 2, 3 is connected to the water supply pump and the drain pump light and sound alarm control terminal 4 of the output of the sensor 16 and the control module 7 and the feed pump; smart meter 5 are respectively connected to the feed pump 2 , the water supply pump 3 and a drain pump inlet end or the outlet end 4; chi 电表6分别接入给水泵2、供水泵3和排水泵4的供电回路;智能水表5、智能电表6输出端与水电表抄表网关8对应的输入端相连;传感与控制模块7和水电表抄表网关8通过Lonfforks网络与给排水本地监控工控机9双向相连;给排水远程监控工控机11通过因特网和iLON路由器10与给排水本地监控工控机9相连接。 6 meters respectively connected to the pump 2, the water supply pump and the drain pump 3 of the power supply circuit 4; 8 connected to the corresponding input of the smart meter 5, and the output of the smart meter 6 meter water table gateway; sensing and control module 7 and Hydropower table 8 via the gateway Lonfforks meter reading network and local monitoring drainage IPC 9 is connected to a bidirectional; IPC drainage remote monitor 119 is connected to the router 10 through the Internet and iLON drainage and monitoring local IPC.

[0008] 所述的液位传感器1包括安装在生活水池12的用于监测溢流水位、停泵水位、启泵水位和报警水位的液位传感器,安装在供水池13中的用以监测停泵水位和启泵水位的液位传感器以及安装在排水池14中的用以监测停泵水位和启泵水位的液位传感器。 [0008] The level sensor 1 includes a living pond mounted for monitoring the overflow level 12, the water level sensor to stop the pump, start the pump and the water level of the alarm, is mounted in the supply tank 13 to monitor the stop water pump and water pump start level sensor and a level sensor for monitoring the start and stop the pump water pump installed in the water level of the drain tank 14.

[0009] 所述的给水泵2、供水泵3和排水泵4的故障报警电路的输出端均与传感与控制模块7对应的输入端相连。 [0009] are connected to the input terminal 7 corresponding to the sensing and control module for 2, 3 and the alarm circuit of the output terminal of the drain pump of the supply pump 4 pumps.

[0010] 所述的生活水池12、供水池13及排水池14采为透明材质的水池。 [0010] The life of the well 12, the water supply tank 13 and the drain tank 14 of a transparent material mining pool.

[0011] 所述的安装架17连接有设备模块安装孔板18和万向轮19,设备模块安装孔板18 上罩装有透明保护罩20。 According to [0011] 17 mounting bracket mounted device connected to the module plate 18 and the caster 19, the equipment module 18 mounted on the cover plate 20 with a transparent protective cover.

[0012] 本实用新型的有益效果: [0012] The beneficial effects of the present invention:

[0013] 1.本实用新型采用了有机玻璃作为实验装置,可视效果好,不仅可作为教学演示, 同时具有可操作性,能有效促进实验者对给排水系统与LonWorks技术的认识。 [0013] 1. The present invention uses PMMA as an experimental device, visual effects, not only as a teaching demonstration, while operational, the experimenter can effectively promote the understanding of the drainage system and LonWorks technology.

[0014] 2.本实用新型采用自动/手动切换操作,使各系统既可独立运行,也可联动,系统稳定。 [0014] 2. The present invention uses automatic / manual switch operation, the system can each operate independently, may be linked, the system is stable.

[0015] 3.本实用新型灵活性好,扩展性强。 [0015] 3. The utility model good flexibility and scalability. 可与其他平台配合,组成建筑设备系统,不但智能建筑的基本技术框架能直观地展现出来,而且,也为科研开发提供了硬件环境,为智能建筑技术发展的探索性研究创造了条件。 Can be used with other platforms, consisting of building equipment systems, not only the basic framework for intelligent building technology can directly show up, but also provides a hardware environment for scientific research and development, to create the conditions for the exploratory study of intelligent building technology.

[0016] 4.本实用新型利用iLON路由器可与因特网实现无缝连接,可实验基于hternet 的远程控制。 [0016] 4. The present invention may be implemented using a router iLON seamless connection to the Internet, the remote control may be based on the experiment of hternet.

[0017] 5.本实用新型可利用组态软件实现与LON模块的直接控制。 [0017] The present invention can be used to directly control the configuration of software modules and LON.

[0018] 6.本实用新型结构简单,易于实现。 [0018] 6. The structure of the present invention is simple, easy to implement.

附图说明 BRIEF DESCRIPTION

[0019] 图1是本实用新型的系统组成结构示意图。 [0019] FIG. 1 is a schematic system composition of the present invention.

[0020] 图2是本实用新型的安装架17的结构示意图。 [0020] FIG. 2 is a schematic view of the present invention mounting bracket 17.

[0021] 图3是本实用新型的设备模块的结构示意图。 [0021] FIG. 3 is a schematic view of the device according to the present invention the module.

[0022] 图4是本实用新型的水池内部设备安装结构示意图。 [0022] FIG. 4 is a schematic view of the present invention novel tank internal device mounting structure.

[0023] 图5是本实用新型的安装架底部的结构示意图。 [0023] FIG. 5 is a schematic view of the present invention novel bottom mounting bracket.

[0024] 图6是本实用新型的传感与控制模块的组成结构示意图。 [0024] FIG. 6 is a structural diagram of a sensor according to the present invention with the control module.

[0025] 图7是本实用新型的水电表抄表网关的组成结构示意图。 [0025] FIG. 7 is a schematic diagram illustrating a structure of the present invention the water table meter gateway.

具体实施方式 detailed description

[0026] 下面结合附图和实施例对本实用新型作进一步的说明。 Figures and examples further illustrate the present invention for the [0026] following binding. [0027] 如图1-7所示。 [0027] Figure 1-7.

[0028] 一种基于LonWorks技术的给排水监控与远程抄表教学实训装置,它主要由液位传感器1、给水泵2、供水泵3、排水泵4、智能水表5、智能电表6、传感与控制模块7、水电表抄表网关8、给排水本地监控工控机9、iLON路由器10、给排水远程监控工控机11、生活水池12、供水池13、排水池14 (做排水实训时,生活水池12当作排水池14使用)、水阀15、声光报警器16及安装架17组成。 [0028] A remote meter reading and monitoring drainage teaching and training apparatus based on LonWorks technology, which is mainly from the level sensor 1, a pump 2, a supply pump 3, the drain pump 4, the smart meter 5, 6 smart meters, mass sensing and control module 7, the gateway 8 meter water table, the local monitoring drainage IPC 9, iLON router 10, remote monitoring drainage IPC 11, living pond 12, supply tank 13, the drain tank 14 (made drainage training time , living pond 12 used as the drain tank 14), valve 15, and the sound and light alarm 16 composed mount 17. 如图1所示。 As shown in Figure 1.

[0029] 如图2所示,生活水池12、供水池13、排水池14分别架装在安装架17上对应的下托板上,生活水池12、供水池13、排水池14的正面均采用透明有机玻璃材质,并标有刻度, 方便直视水池水位。 [0029] 2, living pond 12, supply tank 13, the drainage tank 14 are mounted on the frame pallet 17 corresponding to the mounting bracket, living pond 12, supply tank 13, a front drain tank 14 are used transparent acrylic material, and marked with a scale for easy look into the pool water level. 安装架17底部4个角分别安装万向轮19,可方便移动,如图5所示。 A bottom mounting bracket 17 are attached to four corners of the caster 19, it can be easily moved, as shown in FIG.

[0030] 如图3所示,智能电表6、传感与控制模块7、水电表抄表网关8及声光报警器16 安装于设备模块安装孔板18上;设备模块安装孔板18上罩装有透明模块保护罩20 ; [0030] As shown, the smart meter 6, the sensing and control module 7, 8 and the water table gateway meter reading sound and light alarm device 16 is mounted on the module 3 is mounted on plate 18; equipment module 18 mounted to the cover plate module with a transparent protective cover 20;

[0031] 如图1、图2、图4所示,液位传感器1分别安装在生活水池12、供水池13和排水池14中,液位传感器1的输出端与传感与控制模块7 (如图6所示)对应的输入端相连;传感与控制模块7的输出端与给水泵2、供水泵3和排水泵4及声光报警器16的控制端相连;智能水表5接在给水泵2、供水泵3和排水泵4的进水端或出水端,分别用于采集给水泵2、供水泵3和排水泵4的用水量;智能电表6接在给水泵2、供水泵3和排水泵4供电回路,分别用于采集给水泵2、供水泵3和排水泵4的用电量;智能水表5、智能电表6的输出端与水电表抄表网关8 (如图7所示)对应的输入端相连;传感与控制模块7和水电表抄表网关8 通过LonWorks网络与给排水本地监控工控机9双向相连;给排水远程监控工控机11通过因特网和iLON路由器10与给排水本地监控工控机9连接。 [0031] As shown in FIG 1, FIG 2, FIG. 4, a liquid level sensor are installed in the living pond 12, supply tank 13 and the drain tank 14, the level sensor output of the sensor 7 and the control module 1 ( As shown) corresponding to the input terminal 6; output terminal of sensing and control module 7 and the feed pump 2, 3 is connected to the water supply pump and the drain pump 4 and the control terminal 16 of the sound and light alarm; 5 connected to a smart meter 2, the water supply pump 3 and a drain pump inlet side or outlet side of the pump 4, respectively, for collecting feed pump 2, for water pump and the drain pump 3 of 4; 6 smart meters connected to the feed pump 2, 3 and the feed water pump drain pump power supply circuit 4, respectively, for collecting feed pump 2, the water supply pump 3 and a drain pump 4 electricity; smart meter 5, and the output terminal of smart meters water table meter reading of the gateway 86 (FIG. 7) corresponding to the input terminal; and a sensing and control module 7 meter water table drainage gateway 8 9 bidirectional local monitoring IPC is connected through the LonWorks network; drainage remote monitor 10 and the IPC 11 via the Internet and local drainage router iLON 9 is connected to monitor IPC.

[0032] 如图2、图4所示,所述的液位传感器1包括安装在生活水池12的用于监测溢流水位、停泵水位、启泵水位和报警水位的液位传感器,安装在供水池13中的用以监测停泵水位和启泵水位的液位传感器以及安装在排水池14中的用以监测停泵水位和启泵水位的液位传感器。 [0032] As shown in FIG 2, FIG. 4, the liquid level sensor 1 includes a monitor installed in the living pond overflow level, the water level to stop the pump, start the pump and the alarm level of water level sensor 12 mounted in the stop the pump level sensor to monitor the water level and water level sensor and start the pump mounted in the drain tank 14 to monitor the start and stop the pump pumps water supply water tank 13. 所述的给水泵2、供水泵3和排水泵4的故障报警电路的输出端均与传感与控制模块7对应的输入端相连。 7 are connected to the corresponding input terminal to the sensing and control module 2, 3 and an output of the alarm circuit of the drain pump of the supply pump 4 pumps.

[0033] 该系统装置可以按照预设定的程序自动完成泵启停、报警及数据采集与转换等操作,实现如下: [0033] The device may automatically complete the system according to a program preset start and stop the pump, alarm and data acquisition and conversion operations, implemented as follows:

[0034] ①生活水池12的4个水位信号溢流水位、停泵水位、启泵水位、报警水位经由液位传感器1探测将信号输出至传感与控制模块7,传感与控制模块7根据液位输入信息控制给水泵2与报警器的启动与关闭。 [0034] ① living pond four-level signal of the overflow level 12, water pump stops, the pump start level, the alarm level via the level sensor outputs a detection signal to the sensing and control module 7, the sensing and control module 7 level control input information to activate and turn off the pump 2 and the alarm. 当生活水池12水位处于启泵状态或报警状态时,给水泵2 开始工作,向生活水池12供水,使生活水池12的水量维持在一定的范围之内;当生活水池12水位处于停泵状态或溢流状态时给水泵2停止工作,停止向生活水池12供水,防止生活水池12因水量过多而溢出。 When life pool 12 water level in the pump activation status or alarm status, feed pump 2 to work, to 12 water life pond, make life pond water 12 is maintained within a certain range; when the life of the pool 12 water level in the pump shut down state or 2 feed pump stopped working when an overflow state, stop the water supply to the pond life 12, 12 to prevent the pond life due to excessive water overflow. 另外,当生活水池12水位处于报警状态时,启动声光报警,同时供水泵2停止工作,防止供水泵3吸空。 Further, when the water level in the living pond 12 alarm, sound and light alarm starts, while the water supply pump 2 is stopped, the water supply pump 3 to prevent the suction air.

[0035] ②供水池13的2个水位信号停泵水位、启泵水位经由液位传感器1将水位信号输出至传感与控制模块7,传感与控制模块7根据供水池水位信号控制供水泵3的启动与关闭状态。 [0035] ② supply tank 2 water level signal to stop the pump 13 and start the pump via the water level sensor outputs a signal to a water level sensing and control module 7, the sensing and control module 7 according to the water supply pump for pool water level control signal start off with 3. 当供水池13水位处于启泵状态,供水泵3开始工作,向供水池13供水,使供水池13 的水量维持在一定的范围之内;当供水池13水位处于停泵状态时,供水泵3停止工作,停止向供水池13供水,防止供水池13因水量过多而溢出。 When the 13 level for the pool in the open pump state, the water supply pump 3 to start working, to 13 water supply tank, the supply water pool 13 is maintained within a certain range; when the water supply tank 13 the water level in the pump shut down state, the water supply pump 3 stop working, stop the water supply tank 13 to the water supply, the water supply tank 13 to prevent excessive water due to overflow. [0036] ③排水池14排水工作原理与供水池13工作原理一致。 [0036] The drain tank 14 ③ consistent drainage works and the water supply tank 13 works. 传感与控制模块7会根据排水池14的2个水位信号停泵水位、启泵水位控制排水泵4的启动与关闭。 Sensing and control module 7. The two-level signal will stop the pump 14 of the water drain tank, start the pump 4 level control drain pump startup and shutdown.

[0037] ④传感与控制模块7实时监测给水泵2、供水泵3、排水泵4故障报警输入信息,检测到某路水泵出现故障,立即启动声光报警器16进行声光报警。 [0037] ④ sensing real-time monitoring and control modules 7 to the pump 2, the water supply pump 3, the drain pump failure alarm 4 input information, detects a road pump fails to start sound and light alarm 16 sound and light alarm immediately.

[0038] ⑤安装于给水、供水及排水系统中的智能水表5及智能电表6将采集到的给水泵2、供水泵3和排水泵4用水量与用电量传输到水电表抄表网关8,水电表抄表网关8将传输上来的信息转换成Lon总线网络信息,供LonWorks网络使用。 [0038] ⑤ attached to the water supply, water supply and drainage systems and smart meter smart meter 5 6 the collected feed pump 2, the water supply pump 3 and a drain pump 4 to the water consumption and the water table transmitting gateway 8 meter reading , the water table the gateway 8 transmits meter reading information into Lon up bus network information for use LonWorks network.

[0039] 如图2,图4所示,安装在给水、供水及排水中的手动阀15,用于手动开启和关闭水管水的流通或控制水的流量的大小。 [0039] As shown in FIG 2, FIG. 4, the manual valve is installed in the water supply, water supply and drainage 15 for manually opening and closing the water circulation pipes or control the size of the flow of water. 当系统软硬件出现故障时,可通过手动方式进行有效控制,避免给水泵、供水泵一直供水使水池水位无法控制的情况发生。 When the system hardware failure, can be effectively controlled manually, to prevent water pump, the water supply pump so that the pool water level has been unable to control the situation occurs.

[0040] 通过LonWorks网络可以将所有输入输出信息汇总到给排水模拟系统本地工控机9上,利用监控软件上位机组态软件实现对水位状态及各运行设备运行状态的监控。 [0040] LonWorks network can be summarized by all input and output information to the local water supply and drainage systems Simulation IPC 9, using PC monitoring software to monitor the water level configuration software running state and each operating state of the device. 给排水模拟系统本地工控机9也可以通过LonWorks网络将控制信息发送到传感与控制模块7直接控制水泵的启停等操作。 Local drainage systems Simulation IPC 9 LonWorks network can also send information to the control sensing and control module 7 directly controls the operations such as start and stop the pump. 对于给排水模拟系统远程工控机11可通过iLON路由器10和以太网络监控各水池中的水位信息及水泵的启停,系统连接如图1所示。 Drainage system for the analog monitor 11 may IPC remote start and stop the pump and water level information in each pool by 10 iLON routers and Ethernet, the system is connected as shown in FIG.

[0041] 传感与控制模块7的组成框图如图6所示,该模块的主要功能是:①液位监视,即对生活水池、供水池、排水池进行液位监视,给系统启停水泵提供依据;②水泵给水泵2、供水泵3、排水泵4故障报警信号采集,为系统系统启停报警器提供依据③水泵的控制,即在液位低于设定的下限或者超过上限时,分别控制水泵的启动与停止。 Block diagram [0041] The sensing and control module 7 shown in FIG. 6, the main function of this module are: ① level monitoring, i.e. to living pond, a water supply tank, the drainage tank for level monitoring, the system to start and stop the pump provide a basis; ② feed pump pumps 2, 3, 4 drainage pump failure alarm signal acquisition supply pump to provide a control system for the pump according to ③ alarm systems on and off, i.e. below the lower limit or exceeds the level set at the upper limit, control the pump start and stop. ④声光报警器的启停控制。 ④ stops the control of sound and light alarm.

[0042] 水电表抄表网关8的组成框图如图7所示,该模块的主要功能是:①采集水表数据,转换成LonWorks网络数据,进行协议转换供系统使用②采集电表数据,转换成Lonfforks网络数据,进行协议转换供系统使用。 Block diagram of [0042] the water table in the gateway 8 meter 7, the main function of this module are: ① collect meter data, converted into LonWorks network data, protocol conversion for meter data collection system ② converted into Lonfforks network data, protocol conversion for system use.

[0043] 本实用新型未涉及部分均与现有技术相同或可采用现有技术加以实现。 [0043] The present invention relates to non-identical parts are prior art or can be be implemented with the prior art.

Claims (5)

1. 一种基于LonWorks技术的给排水监控与远程抄表教学实训装置,其特征是它主要由液位传感器(1)、给水泵(2)、供水泵(3)、排水泵(4)、智能水表(5)、智能电表(6)、传感与控制模块(7 )、水电表抄表网关(8 )、给排水本地监控工控机(9 )、iLON路由器(10 )、给排水远程监控工控机(11)、生活水池(12)、供水池(13)、排水池(14)、水阀(15)、声光报警器(16)、及安装架(17)组成,生活水池(12)、供水池(13)、排水池(14)安装在安装架(17)托板中;智能电表(6)、传感与控制模块(7)、水电表抄表网关(8)及声光报警器(16)安装于装架(17)的模块安装孔板中;生活水池(12)、供水池(13)和排水池(14)中均安装有液位传感器(1 ),液位传感器(1)的输出端与传感与控制模块(7)对应的输入端相连;传感与控制模块(7)的输出端与给水泵(2)、供水泵(3)和排 A remote meter reading and monitoring drainage teaching and training apparatus based on LonWorks technology, characterized in that it mainly consists of the level sensor (1), feed pump (2), the water supply pump (3), a drain pump (4) , smart meter (5), smart meter (6), the sensor and control module (7), the gateway meter water table (8), the local monitoring drainage IPC (9), iLON router (10), a remote supply and drainage IPC monitor (11), living pond (12), supply tank (13), the drainage tank (14), valve (15), sound and light alarm (16), and a mounting bracket (17), living pond ( 12), supply tank (13), the drainage tank (14) is mounted (17) pallet mounting bracket; smart meter (6), the sensor and control module (7), the gateway meter water table (8) and sound light alarm (16) attached to the pallet (17) in the module mounting plate; living pond (12), the supply tank (13) and the drainage tank (14) with a level sensor (1) are mounted, the liquid level sensor (1) and an output terminal connected to the sensing and control module (7) corresponding to the input; sensing and control module (7) to the output end of the pump (2), the water supply pump (3) and a discharge 泵(4)的控制端及声光报警器(16)相连; 智能水表(5)分别接在给水泵(2)、供水泵(3)和排水泵4的进水端或出水端;智能电表(6) 分别接入给水泵(2)、供水泵(3)和排水泵(4)的供电回路;智能水表(5)、智能电表(6)输出端与水电表抄表网关(8)对应的输入端相连;传感与控制模块(7)和水电表抄表网关(8) 通过LonWorks网络与给排水本地监控工控机(9)双向相连;给排水远程监控工控机(11)通过因特网和iLON路由器(10)与给排水本地监控工控机(9)相连接。 Pump (4) of light and sound alarm control terminal (16) is connected; smart meter (5) are respectively connected to the feed pump (2), the water supply pump (3) and a drain pump inlet side or outlet end 4; smart meter smart meter (5), smart meter (6) and the output of the water table Reading gateway (8) correspond; (6) to the pump (2), the water supply pump (3) and the drain pump (4) power supply circuit respectively connected the input terminal; sensing and control module (7) and the water table meter gateway (8) connected via bidirectional LonWorks network and local monitoring drainage IPC (9); IPC drainage remote monitor (11) through the Internet and iLON router (10) and the local monitoring drainage IPC (9) is connected.
2.根据权利要求1所述的教学实训装置,其特征是所述的液位传感器(1)包括安装在生活水池(12)的用于监测溢流水位、停泵水位、启泵水位和报警水位的液位传感器,安装在供水池(13)中的用以监测停泵水位和启泵水位的液位传感器以及安装在排水池(14)中的用以监测停泵水位和启泵水位的液位传感器。 The teaching and training device of claim 1, wherein said level sensor as claimed in claim (1) comprises a mounting in the living pond (12) for monitoring the overflow level, the water level to stop the pump, start the pump and water water level alarm level sensor mounted in the supply tank (13) to stop the pump for monitoring the water level and water level sensor and start the pump mounted in the drain tank (14) for monitoring the start and stop the pump pumps water level the level sensor.
3.根据权利要求1所述的教学实训装置,其特征是所述的给水泵(2)、供水泵(3)和排水泵(4)的故障报警电路的输出端均与传感与控制模块(7)对应的输入端相连。 3. The teaching and training device according to claim 1, characterized in that said feed pump (2), the output of the fault alarm circuit supply pump (3) and the drain pump (4) are the sensing and control connected to (7) corresponding to the input module.
4.根据权利要求1所述的教学实训装置,其特征是所述的生活水池(12)、供水池(13) 及排水池(14)为透明材质的水池。 4. The teaching and training device according to claim 1, characterized in that said living pond (12), supply tank (13) and the drainage tank (14) of a transparent material pool.
5.根据权利要求1所述的教学实训装置,其特征是所述的安装架(17)连接有设备模块安装孔板(18)和万向轮(19),设备模块安装孔板(18)上罩装有透明保护罩(20)。 The teaching and training device according to claim 1, wherein said mounting bracket (17) is connected to the equipment module mounting plate (18) and casters (19), the device module mounting plate (18 ) on the cover with a transparent protective cover (20).
CN 201120308042 2011-08-23 2011-08-23 Water feed and drainage monitoring and remote meter reading teaching training device based on LonWorks technology CN202171900U (en)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102915017A (en) * 2012-11-01 2013-02-06 颜士博 Internet-based distributed type closed-loop control system and method
CN105261186A (en) * 2015-11-12 2016-01-20 刘新中 Four-meter data acquisition simulating display device

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102915017A (en) * 2012-11-01 2013-02-06 颜士博 Internet-based distributed type closed-loop control system and method
CN102915017B (en) * 2012-11-01 2015-08-12 颜士博 A kind of distributed closed loop control system based on internet
CN105261186A (en) * 2015-11-12 2016-01-20 刘新中 Four-meter data acquisition simulating display device

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