CN105546689B - Automatic room monitoring one kind of evaporative cooling ventilators - Google Patents

Automatic room monitoring one kind of evaporative cooling ventilators Download PDF

Info

Publication number
CN105546689B
CN105546689B CN 201510922995 CN201510922995A CN105546689B CN 105546689 B CN105546689 B CN 105546689B CN 201510922995 CN201510922995 CN 201510922995 CN 201510922995 A CN201510922995 A CN 201510922995A CN 105546689 B CN105546689 B CN 105546689B
Authority
CN
Grant status
Grant
Patent type
Application number
CN 201510922995
Other languages
Chinese (zh)
Other versions
CN105546689A (en )
Inventor
章新江
肖裕荣
樊柏顺
Original Assignee
诸暨市兴阳机电设备有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Grant date

Links

Abstract

本发明公开了一种监房全自动蒸发式降温换气机,包括蒸发式降温换气机和控制蒸发式降温换气机的控制系统,本发明能够降低逆变器输出电流的谐波成分及电机的谐波损耗,降低脉动转矩和噪音,提高电机效率,提高电源利用率,能够通过WIFI网络与远程PC端实现通讯,实现一个工程中所有蒸发式降温换气机的集中控制,也可实现在远距离异地,通过对控制端PC机的连接登陆,完成对冷气机系统的远程控制,修改参数,故障查看,软件升级等应用,还能够快速方便的扩展整个控制网络距离和范围,价格低,方便移动安装,使用方便简单,并且底盘清洗效果好,当雨水侵入时,多余部分的水能够自动溢出排水管,也便于断电状态下的底盘清污和断电后的维修保养。 The present invention discloses an automatic room monitoring evaporative cooling ventilators, ventilator comprising evaporative cooling and evaporative cooling control system for controlling the ventilator, the present invention can reduce the harmonic components of the inverter output current, and motor harmonic losses, reduce noise and ripple torque, motor efficiency, improve power utilization can be achieved through communication with a remote PC WIFI network side to achieve a centralized control of all project evaporative cooling ventilation machine may be implemented in remote places by connecting the PC to the control terminal landing, complete remote control of the air conditioner system, modify the parameters, see the fault, software upgrades and other applications, but also to quickly and easily extend network distance and the entire control range, price low, easy to install mobile, simple and easy to use, cleaning effect and the chassis, when the intrusion of rain water, the excess water overflows the drain part can be automatically, but also easy to purge the chassis and maintenance of the power-off state after power off.

Description

一种监房全自动蒸发式降温换气机【 Automatic room monitoring one kind of evaporative cooling ventilators [

技术领域 FIELD

]

[0001] 本发明涉及蒸发式降温换气机的技术领域,特别是一种监房全自动蒸发式降温换气机的技术领域。 Technical Field The invention relates to evaporative cooling ventilator [0001] This, in particular, the technical field of automatic monitoring room evaporative cooling ventilator. 【背景技术】 【Background technique】

[0002] 监房是犯罪获得新生还是走向深渊的分水岭。 [0002] new life in jail is a crime or towards the abyss of the watershed. 监房环境的好坏直接影响监所的安全管理,影响着公安机关、司法部门乃至政府的声誉和形象,国家的人权状况在这里更是见微知著。 The quality of jail environment directly affects the safety management of prisons, affecting the reputation and image of the public security organs, the judiciary and the government, the human rights situation in the country is around corners here.

[0003] 为创建良好的监管环境,促进羁押人员、服刑人员的身心健康,预防流行性病毒的集中传播、解决夏季监房内浑浊难闻的厕所尿便味和汗臭味无法排放、遏止高温季节身体虚弱者中暑甚至非正常死亡等重大事件的发生。 [0003] to create a favorable regulatory environment, the promotion of detainees, prison health staff, focused on the prevention of the spread of a pandemic virus, to solve the summer monitoring room toilet urine will be cloudy unpleasant taste and smell of sweat can not be discharged, to curb high temperature season frail heat stroke and even major events such as the occurrence of unnatural death. 采用冷气机蒸发降温技术对看守所监房实施通风降温。 Evaporative cooling techniques using the air conditioner for cooling ventilation detention jail embodiment.

[0004] 蒸发式冷风机是利用水蒸发制冷,送风距离远、风量大,能使封闭式的场所温度分布均匀,兼具过滤功能。 [0004] The evaporative air cooler evaporative cooling using water, air distance, air volume, can place the temperature distribution closed, both the filtering function. 令室内环境舒适,含氧量高,空气清新。 So indoor comfort, high oxygen content, fresh air.

[0005] 公告号为CN201827985U的中国实用新型专利公开了通信机房蒸发式冷气机,广泛适用于通信机房蒸发式冷气机领域,并不适用于监房,并且单台蒸发式降温换气机的控制系统通常由一块主控板通过一条通讯线连接一个面板组成,然而在某些应用场合(如:监房),需要由PC端对一个工程中所有蒸发式降温换气机进行集中(群机)控制,实现集中控制的方式分为有线和无线方式。 Control [0005] Publication No. CN201827985U as the Chinese utility model patent discloses a communications room evaporative air-conditioners, room widely used in communication art evaporative air-conditioners, are not applicable to monitoring the room, and a single evaporative cooling ventilators the system typically consists of a control board through a communication line composed of a panel, however, in some applications (eg: jail), the need for a project all evaporative cooling ventilators centralized (group unit) of the PC control, centralized control mode is divided into wired and wireless. 无线方式具有工程布线方便,节省工程时间成本等优点,是集中控制系统优先考虑的方式,无线方式中,又具有多种技术形态,当前某些冷气机集中控制系统,采用的是基于433M或315M频率的无线技术,这种技术历来已久,它有几个较为突出的缺点,一是数据传输速率低,通常不会超过9600的波特率,数据传输可靠性低。 Having wireless engineering wiring convenience, time-saving construction cost and the like, is centralized control system priority mode, wireless mode, and forms a variety of techniques, some of the current air conditioner central control system used is based 433M or 315M radio frequency technology, this technology has always been a long time, it has several more prominent drawbacks, first low data transmission rate, usually less than 9600 baud, the low reliability of data transmission. 二是这类无线模块节点,组网不方便,在远距离大范围时,难以扩展节点范围。 Second, such wireless node module, network inconvenient when long-distance range, it is difficult to extend the range of the node. 三是难以适应当前广泛应用的互联网应用和发展趋势。 Third, difficult to adapt to current trends in the development of Internet applications and widely used.

[0006] WIFI技术是当前最为广泛热门应用的无线技术之一,具有传输速率高,带加密性, 传输可靠的特点,尤其是在最近几年的物联网运用大潮中,WIFI作为技术主流得到了最为广泛的应用,相关技术和设备,得到了快速发展,价格也进一步降低,为基于WIFI的集中控制系统的方案实施提供了非常有利的条件。 [0006] WIFI technology is currently one of the most widely popular wireless technology applications, has a high transmission rate, with encryption of reliable transmission characteristics, especially in the use of the tide of things in recent years, WIFI has been a mainstream technology the most widely used, related technology and equipment, has been rapid development, but also further reduce the price, based on the centralized control system of the WIFI program provides very favorable conditions for the implementation. 其中,虽然WIFI本身属于近距离传输技术,但是,却可以借用无线AP作为中继连接和组网,从而快速方便的扩展整个控制网络距离和范围,并且可以快速接入互联网实施远程控制。 Wherein, although the transmission WIFI technology itself is close, but it can borrow wireless AP network as a relay connector and thereby quickly and easily extended from the control network and the entire range, and can quickly access the Internet remotely controlled.

[0007] 再者,由于最近两年开始流行小尺寸的廉价WIN系统触屏平板电脑,这种电脑价格不到500元,已经内置WIFI模块,如果将之用来作为集中控制端,又具有价格低,方便移动, 安装的优点。 [0007] Furthermore, due to the small size of the last two years become popular cheap WIN system touch-screen tablet computer which cost less than $ 500, has built-in WIFI module, if it is used as a central control terminal, but also has price low, easy to move, install advantages. 而如果采用其他无线协议,如433M,普通电脑里没有内置433M相关模块,意味着必须在PC端,通常以USB形式,连接另一专用的数据转化模块,费事费力。 If using other wireless protocols, such as the 433M, 433M ordinary computer has no built-related module, the PC side must means, usually in the form of USB, a dedicated connection to another data conversion module, protracted and painstaking.

[0008] 基于以上考虑,本技术方案中采用了WIFI作为无线传输的方式。 [0008] Based on the above considerations, the technical solution adopted in a manner as WIFI wireless transmission.

[0009] 对于冷气机控制领域而言,在PC端对整个工程中的所有设备进行集中控制,是一个非常实用的标准要求,而当前某些集中控制系统,无论其采用有线方式还是无线方式,虽然能完成在PC端对所有机器实现控制,但依然需要操作人员经常对PC进行操作,而本方案不仅极限于集中控制这一技术层次,而是基于集中控制这一系统构架,做到了全自动化,智能化,无人值守的标准,在通常情况下,可以连续几个月都无需人员操作和设置,为了达成这一标准,需要对冷气机,从硬件,软件,从单机到系统,进行合理的功能分配和协调,才能得以完成。 [0009] For the air conditioner control field, for all the devices on the PC side in the centralized control of the whole project, it is a very practical standard, while some of the current centralized control system, whether wired or wireless manner, Although able to complete the implementation of all the machines in the PC control, but still requires the operator often PC to operate, and this program not only limit to the level of centralized control of this technology, but on centralized control of the system architecture, so that the full automation intelligent, unattended standards, under normal circumstances, can have no personnel to operate for months and set up, in order to achieve this standard, the need for air conditioners, hardware, software, from stand-alone to the system, a reasonable the distribution function and coordination, in order to be completed.

[0010] 集中控制系统基本框架是,单机使用变频调速机器,以便根据实际需要,结合温度,时间等因素对风机速度进行自动调节。 Basic framework [0010] The central control system is a stand-alone machine using frequency control, according to actual needs in order to, in conjunction with temperature and time on the fan speed is automatically adjusted. 每台机器内部使用一块变频控制主板,除了控制电机启停和转速之外,同时控制水栗,风摆,排水阀,进水阀,实时检测电机电流和水位信息,同时,每台机器将配有一块WIFI转换器,与主板相连,此WIFI转换器是智能数据收发模块,起到中间桥梁的作用,负责与每台冷气机控制主板通讯的同时,通过控制搭载的WIFI模块,接入WIFI网络,与远程PC端实现通讯,除了以上两路通讯之外,还负责温湿度采集,各种参数设置,接收普通红外遥控器信号,手动按键输入等,因此,该WIFI转换器也是一块完整的控制面板,既可以方便接入集中控制系统,也可以单独对单台冷气机实现正常控制,因此,即便集中控制系统中,出现诸如路由损坏,PC端故障等系统性故障时,所有机器可以脱离集中控制而独立运行,保障了冷气机运行的可靠性。 Each machine uses an internal frequency control board, in addition to start and stop the motor speed control, the same time to control the water chestnut, Fengbai, drain valve, inlet valve, and the motor current real-time detection level information, at the same time, with each machine will WIFI has a converter, connected to the motherboard, this is an intelligent data converter WIFI transceivers, acts as an intermediate bridge, each responsible for communication conditioner control board while the control by the WIFI module is mounted, the access network WIFI complete control, communications with the remote PC side implementation, in addition to the above two-way communication, is also responsible for the acquisition of temperature and humidity, set various parameters, receiving general infrared remote control signal, manual key input or the like, therefore, the converter is a WIFI panel, easy access to both centralized control system, the normal control may be implemented separately to a single air conditioner, and therefore, even if the central control system, such as routing damage occurs when the PC failure systematic faults, all the machines can be detached concentrated control and operate independently to ensure the reliability of the air conditioner running.

[0011] 现有技术中的,蒸发式冷风机的排污水装置,一般采用电动的排水阀,当蒸发式冷气机遇雨水侵入时,多余部分的水不能自动溢出排水管;当蒸发式冷气机在断电的状态下不能彻底排净底盘污水,不便于底盘清污和断电后的维修保养。 [0011] the prior art, the waste water evaporative air cooler means, generally use electric drain valve, when the evaporative air opportunity water intrusion, the excess water overflows the drain portion is not automatic; when the evaporative air-conditioners in It can not be completely drained off state of the chassis sewage, after the maintenance is not easy to clean-up and power-down chassis.

[0012] 由于底盘清污时,是通过进水阀排出的水的冲力冲洗底盘,底盘内的污物随着冲洗的水从排水阀排出,而进水阀排出的水的冲力在流动的过程中会逐渐变小,导致污物不能完全从排水阀排出,从而底盘清洗效果差。 Process [0012] Since the chassis when the purge is discharged through the water inlet valve momentum rinsing chassis, the chassis as dirt flushing water discharged from the drain valve and inlet valve in the discharge water flow momentum will gradually become smaller, resulting in dirt can not be completely discharged from the drain valve, whereby the cleaning effect is poor chassis. 【发明内容】 [SUMMARY]

[0013] 本发明的目的就是解决现有技术中的问题,提出一种监房全自动蒸发式降温换气机,能够通过WIFI网络与远程PC端实现通讯,实现一个工程中所有蒸发式降温换气机的集中控制,也可实现在远距离异地,通过对控制端PC机的连接登陆,完成对冷气机系统的远程控制,修改参数,故障查看,软件升级等应用,也可脱离集中控制,单独运行,并且能够快速方便的扩展整个控制网络距离和范围,价格低,方便移动安装,使用方便简单,并且底盘清洗效果好,当雨水侵入时,多余部分的水能够自动溢出排水管,也便于断电状态下的底盘清污和断电后的维修保养。 [0013] The object of the present invention is to solve the problems of the prior art, to provide a monitoring room evaporative cooling ventilation automatic machine, can be achieved through communication with a remote PC client WIFI network, a project achieve evaporative cooling all transducer centralized control air machine, may also be implemented in remote places by connecting the control terminal of the PC login, remote control of the air conditioner to complete the system, modify the parameters, see failure, software upgrades and other applications, can also be controlled from the centralized, run separately, and can be quickly and easily extended from the control network and the entire range, low cost, easy to install mobile, simple and easy to use, the chassis and good cleaning effect, when water intrusion, the excess water overflows the drain part can be automatically, but also easy to chassis clean-up under the power-off state after the maintenance and power outages.

[0014] 为实现上述目的,本发明提出了一种监房全自动蒸发式降温换气机,包括蒸发式降温换气机和控制蒸发式降温换气机的控制系统,所述蒸发式降温换气机包括底盘、顶盖、 若干蒸发湿帘网、两个第一百叶窗、第二百叶窗、若干过滤网、电机、电机支架、风叶、出风口变径头、电动风口、喷淋布水管、反冲槽、侧出风筒、第一水栗、液位传感器、电磁进水阀和溢水排污装置,所述两个第一百叶窗、第二百叶窗和侧出风筒分别设在底盘的四个边缘上,所述两个第一百叶窗、第二百叶窗和侧出风筒上安装有顶盖,所述侧出风筒内通过电机支架安装有电机,所述电机的转轴上设有风叶,所述侧出风筒的外端设有出风口变径头,所述出风口变径头的外端设有电动风口,所述第一百叶窗和第二百叶窗的内侧均设有蒸发湿帘网,所述蒸发湿帘网与第一百叶 [0014] To achieve the above object, the present invention proposes a jail evaporative cooling ventilation automatic machine comprising evaporative cooling ventilators and control system for controlling evaporative cooling ventilators, evaporative cooling of the transducer air dryer includes a chassis, a cap, a plurality of evaporation wet curtain net, two first louver, the second louver, a plurality of filters, motors, motor mounts, fan, the outlet head adjustable, electric outlet, spray leaching water distributor, the recoil groove, the side duct, the first water chestnut, liquid level sensor, an electromagnetic inlet valve and overflow discharge means of the first two shutters, blinds and a second side of the wind cylinder four edges are provided on the chassis, the first two shutters, blinds and second cover mounted on the side of the duct, the side of the motor through a motor mounted within the duct bracket provided on a rotating shaft of the fan motor, an outer end side of the outlet duct is provided with adjustable head, said outlet reducer cone outer end is provided with an electric outlet, the first louver and a second inner window shutter curtain wet web has evaporated, the evaporation of the wet web and the first curtain louvers 和第二百叶窗之间均设有过滤网,所述顶盖的底部设有与蒸发湿帘网相对应的反冲槽,所述反冲槽内安装有喷淋布水管,所述底盘上设有第一水栗、液位传感器、电磁进水阀和溢水排污装置,所述第一水栗的输出端与喷淋布水管连接, 所述电磁进水阀上连接有进水管,所述溢水排污装置包括溢水筒、密封垫、螺纹底、橡胶圈、 螺母和第二水栗,所述螺纹底穿设在底盘上,所述螺纹底通过螺母固定安装在底盘上,所述螺纹底与底盘之间通过橡胶圈密封,所述螺纹底的上端设有螺纹连接的溢水筒,所述溢水筒与螺纹底之间通过密封垫密封,所述第二水栗设在底盘上,所述第二水栗的输出端设在溢水筒内,所述控制系统包括监控室PC端、蒸发式降温换气机智能变频控制主板、WIFI智能转换器和局域网,所述监控室PC端通过局域网与WIFI智能转换器连接,所 Between the shutters and the second filter are equipped with evaporation wet curtain net recoil corresponding groove of the bottom cover, the water distributor recoil spray tank is mounted, the chassis Li provided with a first water level sensor, an electromagnetic inlet valve and overflow discharge means, the output of the first water chestnut water distributor is connected to the shower, the inlet valve is connected with the electromagnetic water inlet pipe, the said overflow means including overflow discharge tube, a gasket, the screw bottom, rubber ring, water chestnut and second nuts, said threaded bored in the bottom on the chassis, the bottom thread is fixed by a nut mounted on the chassis, the bottom thread between the chassis and a rubber seal ring, the upper end of the overflow tube is provided with a bottom thread threaded connection between the overflow tube and the bottom of the thread through the sealing gasket, the second water chestnut disposed on the chassis, the water chestnut output of the second cylinder provided in the overflow, said control system comprising a control room PC side, evaporative cooling ventilators intelligent inverter control board, WIFI and LAN intelligent switch, the control room and the PC through the LAN WIFI smart converter is connected, the WIFI智能转换器与蒸发式降温换气机智能变频控制主板连接,所述蒸发式降温换气机智能变频控制主板包括CPU控制单元、大功率集成控制模块、继电器组、第二通讯模块和电机电流检测电路,所述大功率集成控制模块、继电器组、液位传感器、电机电流检测电路和第二通讯模块均与CPU控制单元连接,所述大功率集成控制模块分别与电机和电机电流检测电路连接,所述继电器组中的继电器分别与第一水栗、电磁进水阀、电动风口和第二水栗一一对应连接,所述WIFI智能转换器包括第一单片机、显示屏、WIFI集成模块、温湿度传感器、红外遥控接收头、 按键单元和第一通讯模块,所述显示屏、WIFI集成模块、温湿度传感器、红外遥控接收头、按键单元和第一通讯模块均与第一单片机连接,所述第一通讯模块通过通讯线与第二通讯模块连接,所述大功率集成 WIFI smart converter and evaporative cooling ventilators intelligent inverter control board is connected to the evaporative cooling ventilator control board intelligent inverter control unit includes a CPU, integrated power control module, the relay group, the second communication module and the motor current detection circuit, said power integrated control module, the relay group, the level sensor, the motor current detection circuit and the second communication module control unit are connected to the CPU, the integrated power control module is connected to the motor and the motor current detecting circuit the relays in the relay unit are connected to a first water chestnut, an electromagnetic inlet valve, and a second electrical outlet water chestnut-one correspondence, said converter comprising a first WIFI smart microcontroller, display, WIFI integration module, temperature and humidity sensors, an infrared remote control receiver, a first communication module and a key unit, the display screen, WIFI module integration, temperature and humidity sensors, an infrared remote control receiver, a first communication module and the key unit are connected to the first microcontroller, the said first communication module is connected via the communication line and a second communication module, said power integrated 控制模块包括电阻R1、R2、R3、R4、R5、R6、R7、R8、R9、R10、R11、R12、 R13、R14、R15、R16、R17、R18、%WC1、C2、C3、C4、C5、C6、C7、C8、C9、C10、C11、C12、C13、C14、 (:15、(:16、(:17、(:18、(:19、020、二极管01、02、03、04、05、06和1?]\1模块,所述电阻1?1和电容(:1的一端均与正极电源El连接,所述电容Cl的另一端接地,所述电阻R1的另一端与二极管D1的阳极连接,所述二极管D1的阴极分别与电容C2的正极、电容C3的一端和IPM模块的引脚19连接,所述电容C2的负极和电容C3的另一端与IPM模块的引脚20连接,所述电阻R3的一端与IPM模块的引脚20连接,所述电阻R3的另一端分别与IPM模块的引脚26和电机的W端连接,所述电阻R4和电容C5的一端均与正极电源E1连接,所述电容C5的另一端接地,所述电阻R4的另一端与二极管D2的阳极连接,所述二极管D2的阴极分别与电容C6的正极、电容C7的一 The control module includes resistors R1, R2, R3, R4, R5, R6, R7, R8, R9, R10, R11, R12, R13, R14, R15, R16, R17, R18,% WC1, C2, C3, C4, C5 , C6, C7, C8, C9, C10, C11, C12, C13, C14, (: 15, (: 16, (: 17, (: 18, (: 19,020, diodes 01,02,03,04, ? 1 and 05,06] \ module 1, the resistor 11 and capacitor (:? 1 at one end are connected to the positive power source El, the other end of the capacitor Cl, the other end of the resistor R1 and diode D1 pin connected to the anode, the cathode of diode D1 and capacitor C2 are positive, one end of the capacitor C3 and the IPM module 19 is connected to the negative pin of the capacitor C2 and capacitor C3 and the other end of module 20 is connected to IPM pin 20 is connected to one end of the resistor R3 and the IPM module, the other end of the resistor R3 are connected to terminal pins 26 and W of the motor module IPM, and one end of the resistor R4 and capacitor C5 are positive power source E1 is connected, the other end of the capacitor C5, the other end of the resistor R4 is connected to the anode of the diode D2, the cathode of diode D2 and the capacitor C6, the positive electrode, respectively, of a capacitor C7 和IPM模块的引脚15连接,所述电容C6的负极和电容C7的另一端与IPM模块的引脚16连接, 所述电阻R6的一端与IPM模块的引脚16连接,所述电阻R6的另一端分别与IPM模块的引脚25 和电机的V端连接,所述电阻R7和电容C9的一端均与正极电源E1连接,所述电容C9的另一端接地,所述电阻R7的另一端与二极管D3的阳极连接,所述二极管D2的阴极分别与电容C10的正极、电容Cl 1的一端和IPM模块的引脚11连接,所述电容C10的负极和电容Cl 1的另一端与IPM模块的引脚12连接,所述电阻R10的一端与IPM模块的引脚12连接,所述电阻R10的另一端分别与IPM模块的引脚24和电机的U端连接,所述CPU控制单元的引脚1与电阻R2的一端连接,所述电阻R2的另一端分别与电容C4的一端和IPM模块的引脚17连接,所述电容C4的另一端接地,所述CPU控制单元的引脚2与电阻R5的一端连接,所述电阻R5的另一端分别 IPM module and pin 15 is connected to the negative electrode of the capacitor C6 and capacitor C7 the other end of the pin 16 is connected to IPM module, the resistor R6 is connected to one end of the pin 16 and the IPM module, the resistor R6 the other end is connected to the terminal pin 25 and V IPM motor module, one end of the resistor R7 and capacitor C9 are connected to the positive power source E1, the other terminal of the capacitor C9, the other end of the resistor R7 and connected to the anode of the diode D3, the cathode of the diode D2 and the cathode of the capacitor C10, one end of the pin 11 and the IPM module capacitor Cl 1 is connected to the negative electrode of the capacitor C10 and the other terminal of the capacitor Cl and the IPM module 1 pin 12 is connected, the resistor R10 is connected to one end 12 and the IPM module pin, the other end of the resistor R10 are connected to the U terminal pin 24 and an IPM motor module, the control unit CPU pin 1 connected to one end of the resistor R2, the other end of the resistor R2 are respectively connected to one end of the capacitor C4 and the pin IPM module 17, the other end of the pin of the capacitor C4, the CPU control unit 2 and the resistor R5 is connected at one end, the other end of the resistor R5, respectively, 与电容C8的一端和IPM模块的引脚13连接,所述电容C8的另一端接地,所述CPU控制单元的引脚3与电阻R8的一端连接,所述电阻R8的另一端分别与电容C12的一端和IPM模块的引脚9连接,所述电容C12的另一端接地,所述CPU控制单元的引脚4与电阻R16的一端连接,所述电阻R16的另一端分别与电容C18的一端和IPM模块的引脚5连接,所述电容C18的另一端接地,所述CPU控制单元的引脚5与电阻R17的一端连接,所述电阻R17的另一端分别与电容C17的一端和IPM模块的引脚4连接,所述电容C17的另一端接地,所述CPU控制单元的引脚6与电阻R18的一端连接,所述电阻R18的另一端分别与电容C16的一端和IPM模块的引脚3连接,所述电容C16的另一端接地,所述IPM模块的引脚2和引脚1之间并联有电容C19和电容C20,所述电容C20的正极分别与IPM模块的引脚1和正极电源E1连接,所述IPM模块的引脚2接地,所 One end of the capacitor C8 and the IPM module 13 is connected to the pin, the other end of the capacitor C8, the CPU of the control unit 3 is connected to the pin end of the resistor R8, the other end of the resistor R8 and capacitor C12, respectively, One end of pin 9 and the IPM module connector, pin 4 with one end of the resistor R16 the other end of the capacitor C12, the CPU of the control unit is connected, the other end of resistor R16 and capacitor C18, respectively, and one end of IPM module is connected to pin 5, the other end of the capacitor C18, the CPU of the control unit 5 is connected to one end of the pin of the resistor R17, the other end of resistor R17 and capacitor C17, respectively, and one end of the IPM module pin 4 is connected to the other end of the pin of the capacitor C17, the CPU of the control unit 6 connected to one end of resistor R18, the other end of resistor R18 and capacitor C16, respectively, and one end of pin 3 IPM module in parallel between pin 1 and pin 2 is connected to the other end of the capacitor C16, the IPM module has a capacitor C19 and a capacitor C20, the positive electrode of the capacitor C20, respectively IPM module 1 and the positive power supply pin E1 connections, pin 2 grounded IPM module, the 述IPM 模块的引脚23分别与电阻R9的一端和二极管D4的阳极连接,所述电阻R9的另一端接地,所述二极管D4的阴极分别与电阻R11的一端和电流放大回路连接,所述电流放大回路与CPU控制单元的引脚8连接,所述电阻R11的另一端分别与电阻R12和电阻R14的一端连接,所述电阻R12的另一端分别与电容C14的一端和IPM模块的引脚8连接,所述电阻R14的另一端与电容C14的另一端、电容C13的一端、电容C15的一端连接并接地,所述电容C13的另一端与IPM 模块的引脚7连接,所述电容C15的另一端分别与IPM模块的引脚6和CPU控制单元的引脚7连接,所述IPM模块的引脚22分别与电阻R13的一端和二极管D5的阳极连接,所述电阻R13的另一端接地,所述二极管D5的阴极分别与电阻R11的一端和电流放大回路连接,所述IPM模块的引脚21分别与电阻R15的一端和二极管D6的阳极连接,所述电阻R15的另一端 Pin 23 connected to the anode of said module IPM respectively one end of the resistor R9 and the diode D4, the other end of the resistor R9, the cathode of the diode D4 and to one end of the current amplifying circuit connected to the resistor R11, the current CPU amplifier circuit and the control unit 8 is connected to the pin, the other end of the resistor R11 are connected to one end of resistor R12 and resistor R14, the other end of resistor R12 and capacitor C14, respectively, the pin end and the IPM module 8 connecting the other ends of the resistor R14 and the capacitor C14, one end of the capacitor C13, the capacitor C15 is connected to one end and grounded, pin 7 is connected to the other end of the capacitor C13 is IPM module, the capacitor C15 is the other terminal connected to pin 7 and pin 6 of the control unit CPU IPM module, the IPM module pin 22 to one end of the resistor R13 are connected to the anode of the diode D5 and the other end of the resistor R13 is, the cathode of diode D5 and one end of each current amplification circuit connected to the resistor R11, the IPM module pins 21 are connected to the anode end of the diode D6 and resistor R15, the other end of the resistor R15, 地,所述二极管D6的阴极分别与电阻R11的一端和电流放大回路连接,所述IPM模块的引脚10、14和18均与正极电源E1连接,所述IPM模块的引脚27连接300V的正极电源。 , The cathode of the diode D6 and to one end of a current amplification circuit connected to the resistor R11, pin 10, 14 and the IPM module 18 are connected to the positive power source E1, the IPM module pin 27 is connected to 300V a positive power supply. [〇〇15]作为优选,还包括互联网和售后维护中心,所述售后维护中心通过互联网与局域网连接。 [〇〇15] Advantageously, and further including the Internet and maintenance center, a connection to a LAN and maintenance center via the Internet.

[0016] 作为优选,所述显示屏为点阵式12864IXD显示屏,所述显示屏的第1〜5脚依次分别与第一单片机的引脚?〇3、? [0016] Advantageously, the dot matrix display is 12864IXD a display screen of ~ 5 feet are successively a first pin microcontroller? 〇3 ,? 04、? 04 ,? 05、?60和?61连接;所述红外遥控接收头为三脚式红外遥控接收头,所述红外遥控接收头的第3脚与第一单片机的引脚PA3连接;所述温湿度传感器为三线式温湿度传感器,所述温湿度传感器的第2线与第一单片机的引脚TO4连接。 ?? 05, 60 and 61 is connected; said infrared remote control receiver is a tripod infrared remote control receiver, the infrared remote control receiver of the first pin 3 pin PA3 of the microcontroller; said temperature and humidity sensor three-wire temperature and humidity sensors, the second line of the temperature and humidity sensor and the first microcontroller TO4 pin connector. [〇〇17]作为优选,还包括蜂鸣器,所述蜂鸣器与第一单片机的引脚PE3连接。 [〇〇17] Advantageously, further comprising a buzzer, and the buzzer connected to the first microcontroller pin PE3. [〇〇18]作为优选,还包括三个LED灯,所述三个LED灯的正极通过电阻分别与第一单片机的引脚PE 1、PC1和PE6连接,所述LED灯的负极接地。 [〇〇18] Advantageously, further comprising three LED lights, the three LED lamp connected to the positive, negative ground through a resistor of the LED lamp with the first pin microcontroller PE 1, PC1 and PE6. [〇〇19]作为优选,所述监控室PC端为小尺寸的WIN系统触屏平板电脑。 [〇〇19] Advantageously, the control room end of a small-sized PC WIN system touchscreen tablet. [〇〇2〇]作为优选,所述所述WIFI集成模块的UTXD和URXD端口分别与第一单片机的引脚PD6和PD5连接;所述按键单元包括进入按键、退出按键、左移按键、右移按键、+按键和-按键,所述进入按键、退出按键、左移按键、右移按键、+按键和-按键分别与第一单片机的引脚PB1、PD3、PD0、PB0、PE0 和PE7 连接。 [〇〇2〇] Advantageously, the integrated module UTXD WIFI and URXD ports are connected to a first pin PD5 and PD6 MCU; the enter key comprises a key unit, exit key, the left key, the right shift keys, buttons, and + - key, the enter key, exit key, left key, right key, and the key + - buttons are respectively connected to the first microcontroller pin PB1, PD3, PD0, PB0, PE0 and PE7 . [0021 ]作为优选,所述第一通讯模块的引脚RX1和TX1分别与第一单片机的引脚PA4和PA5连接。 [0021] Advantageously, the first communication module pins RX1 and TX1 are respectively connected to the first pin PA4 PA5 and the microcontroller.

[0022]作为优选,所述螺纹底由本体和设在本体上端的连接部构成,所述连接部内设有密封垫,所述连接部的内壁设有内螺纹,所述溢水筒的下端设有连接体,所述连接体上设有与内螺纹相配合的外螺纹,所述连接部的下端设有板体。 [0022] Advantageously, the threaded body composed of a bottom and a connection portion provided at an upper end of the body, the connecting portion equipped with the gasket, the inner wall of the connecting portion is provided with an internal thread, the lower end of the overflow tube is provided a connecting member, the connecting body is provided with an external thread cooperating with the internal thread, the lower end portion of the connecting plate is provided. [〇〇23]本发明的有益效果:1、工程中无需布线,以无线方式传输。 [〇〇23] Advantageous effects of the present invention: 1, no wiring works to wireless transmission. 而且WIFI模块价格低廉,已经做到了15元左右的水平。 WIFI module and inexpensive, has done about $ 15 level. 2、工程组网中所需的无线AP,为通用型,可直接从市场上购买,选型,而且型号众多,采购方便。 2, the project will require networking, wireless AP, it is universal and can be purchased directly from the market, selection, and model number, easy to purchase. 3、各个无线AP间,可以实现多种方式的连接组网,AP 间可以无线方式,也可有线方式,实现中继,在实际应用中,通常只需要几个无线AP,就可以覆盖控制100台左右的冷气机。 3, between the respective wireless AP, network connection may be implemented in a variety of ways, inter-AP may be wireless, may be wired, of a relay, in practical applications, usually only a few wireless AP, can cover 100 control right and left of air-conditioners. 4、使用WIN系统平板触屏电脑,由于电脑本身内置WIFI,无需外接任何数据转换模块,而且作为小尺寸平板,价格低廉,方便安装和移动和调试。 4, using the touch-screen tablet PC WIN system, since the computer itself is built WIFI, without any external data conversion module, and a small size tablet, low cost, easy installation and removal and debugging. 5、在WIFI组网通讯的基础上,结合在PC端安装控制软件,可以实现对同一工程中所有冷气机的集中控制,实现智能化,全自动化,和精细化的控制标准。 5, on the basis of WIFI network communication, combined with the control software installed on the PC side, you can achieve centralized control of all project the same air-conditioners, intelligent, fully automated, and fine control standards. 系统根据温湿度数据,并结合时间等参数,实时对冷气机的风速,模式等进行调节,执行全自动的定时开机,关机,模式切换等,并且实时记录许多运行参数并保存。 The system in accordance with temperature and humidity data, combined time and other parameters, real-time air-conditioner wind speed, adjustment mode, timing of performing automatic startup, shutdown, mode switching, etc., and a number of real-time recording and save the operating parameters. 6、以WIFI方式组建的局域网,既可以独立于工程现场中其他网络,互不干扰和发生联系。 6, WIFI way to set up a local area network, either independent of the other networks in the project site, without disturbing each other and have contact. 但另一方面,由于采用的是WIFI及通用AP,可以很方便地将之作为一个子网,与现场中本已存在的互联网,进行级联串接,从而让控制端PC机, 一方面执行集中控制功能,同时也接入外网,实现在远距离异地,通过对控制端PC机的连接登陆,完成对冷气机系统的远程控制,修改参数,故障查看,软件升级等应用。 On the other hand, thanks to a WIFI and general AP, it can easily be used as a sub-network, and the Internet site of the already existing, cascaded in series, so that the control terminal of the PC, on the one hand execution centralized control function, but also access to external networks, implemented in a remote off-site, by connecting the control terminal of the PC login, remote control of the air conditioner to complete the system, modify the parameters, see failure, software upgrades and other applications. 7、通过SVPWM 的技术应用,能明显减小逆变器输出电流的谐波成分及电机的谐波损耗,降低脉动转矩和噪音,提高电机效率,并且其电源利用率,比SPWM提高约15%,8、将螺纹底穿设在蒸发式冷气机底盘上,螺纹底的上端设有螺纹连接的溢水筒,当蒸发式冷气机遇雨水侵入时,多余部分的水可通过溢水筒的上端口自动溢出,并通过螺纹底的通孔进入到排水管,当蒸发式冷气机需要断电维修或底盘清污时,可直接把溢水筒从螺纹底上拧开,蒸发式冷气机底盘内的水通过螺纹底的通孔彻底排净。 7, by the application of SVPWM technique, can significantly decrease the output of the inverter and the motor harmonic losses harmonic component of the current to reduce torque ripple and noise, motor efficiency and power utilization thereof, increased by about 15 to SPWM %, 8, through the end of the thread provided on the chassis evaporative air conditioner, the upper end of the overflow tube is provided with a threaded end of a screw connection, when the evaporative air opportunity water intrusion, the water can be automatically excess portion by the overflow cylinder port overflow into the drain and into the bottom of the thread through the through hole, when the evaporative air-conditioner needs repair or chassis purge off, and overflow may be used directly from the cylinder bottom to unscrew the screw, the water in the evaporative air conditioner through the chassis bottom of the thread through hole completely drained.

[0024] 本发明的特征及优点将通过实施例结合附图进行详细说明。 [0024] The features and advantages of the invention will be described in detail by way of example in conjunction with the accompanying drawings. 【附图说明】 BRIEF DESCRIPTION

[0025] 图1是本发明一种监房全自动蒸发式降温换气机的示意框图; [0025] FIG. 1 is a schematic block diagram of the present invention, one kind of evaporative cooling ventilation automatic machine jail;

[0026] 图2是蒸发式降温换气机智能变频控制主板的示意框图;[〇〇27]图3是WIFI智能转换器的示意框图; [0026] FIG. 2 is evaporative cooling ventilation Intelligent schematic block frequency control board; [〇〇27] FIG. 3 is a schematic block diagram of a smart WIFI converter;

[0028] 图4是大功率集成控制模块的电路图; [0028] FIG. 4 is a circuit diagram of a power integrated control module;

[0029] 图5是蒸发式降温换气机的结构示意图; [0029] FIG. 5 is a schematic view of the evaporative cooling ventilators;

[0030] 图6是安装在底盘上的部件的示意图;[〇〇31]图7是图6中A的放大图。 [0030] FIG. 6 is a schematic view of components mounted on the chassis; [〇〇31] FIG. 7 is an enlarged view of A in FIG 6. [〇〇32]图中:1_蒸发式降温换气机、2-控制系统、11-底盘、12-顶盖、13-蒸发湿帘网、14-第一百叶窗、15-第二百叶窗、16-过滤网、17-电机、18-电机支架、19-风叶、110-出风口变径头、111-电动风口、112-喷淋布水管、113-反冲槽、114-侧出风筒、115-第一水栗、116-液位传感器、117-电磁进水阀、118-溢水排污装置、119-进水管、1181-溢水筒、1182-密封垫、 1183-螺纹底、1184-橡胶圈、1185-螺母、11811-连接体、11831-本体、11832-连接部、11833-板体、21-监控室PC端、22-蒸发式降温换气机智能变频控制主板、23-WIFI智能转换器、24-局域网、25-售后维护中心、26-互联网、221-CPU控制单元、222-大功率集成控制模块、223-继电器组、225-第二通讯模块、226-电机电流检测电路、2222-1PM模块、231-第一单片机、 232-显示屏、233-WIFI集成模块、234-温湿度传感器、235-红外遥控接收头、236-按键单元、 237 [〇〇32] FIG: 1_ evaporative cooling ventilators, 2 control system, chassis 11-, 12 cover, 13 mesh wet screens evaporated, 14- first louvers, 15 second blinds, 16 filter, 17 a motor, the motor bracket 18, 19 blades, adjustable head outlet 110-, 111- electric outlet, the spray water distributor 112-, 113- recoil groove, 114 - side of the duct, the first water chestnut 115-, 116- level sensor, an electromagnetic inlet valve 117-, 118- overflow discharge means, 119- inlet, overflow tube 1181-, 1182- gasket, 1183- thread bottom, 1184- rubber ring, nut 1185-, 11811- linker, 11831- body, 11832- connecting portion, 11833- plate, the PC control room 21, 22- evaporative cooling ventilators intelligent inverter control board, 23-WIFI intelligent switch, LAN 24-, 25- and maintenance center, Internet 26-, 221-CPU control unit, integrated power control module 222-, 223- relay group, the second communication module 225-, 226- motor a current detection circuit, 2222-1PM module, a first microcontroller 231-, 232- display, 233-WIFI integration module, 234- temperature and humidity sensors, an infrared remote control receiver 235-, 236- key unit, 237 -第一通讯模块、238-蜂鸣器、239-LED灯、2310-电阻、2361-进入按键、2362-退出按键、 2363-左移按键、2364-右移按键、2365-+按键、2366—按键。 - a first communication module, a buzzer 238-, 239-LED lamp, resistance 2310-, 2361- enter key, button exit 2362-, 2363- left button, right button 2364-, 2365- + button, 2366- button. 【具体实施方式】 【detailed description】

[0033]参阅图1、图2、图3、图4、图5、图6和图7,本发明一种监房全自动蒸发式降温换气机的结构示意图,包括蒸发式降温换气机1和控制蒸发式降温换气机1的控制系统2,所述蒸发式降温换气机1包括底盘11、顶盖12、若干蒸发湿帘网13、两个第一百叶窗14、第二百叶窗15、若干过滤网16、电机17、电机支架18、风叶19、出风口变径头110、电动风口111、喷淋布水管112、反冲槽113、侧出风筒114、第一水栗115、液位传感器116、电磁进水阀117和溢水排污装置118,所述两个第一百叶窗14、第二百叶窗15和侧出风筒114分别设在底盘11的四个边缘上,所述两个第一百叶窗14、第二百叶窗15和侧出风筒114上安装有顶盖12,所述侧出风筒114内通过电机支架18安装有电机17,所述电机17的转轴上设有风叶19,所述侧出风筒114的外端设有出风口变径头110,所述出风口变径头110的外端设有电动风口111 Structural diagram [0033] Referring to FIG. 1, 2, 3, 4, 5, 6 and 7, the present invention provides a monitoring room evaporative cooling ventilation automatic machine of FIG, including evaporative cooling ventilators and a control system for controlling an evaporative cooling ventilator 12, the evaporative cooling ventilation unit 1 includes a chassis 11, a cap 12, a plurality of evaporation wet curtain network 13, two first louvers 14, second shutters 15, a plurality of filters 16, a motor 17, a motor bracket 18, a fan 19, the outlet head 110 adjustable, electrical outlet 111, the shower water distributor 112, recoil groove 113, the side duct 114, the first a water chestnut 115, liquid level sensor 116, an electromagnetic inlet valve 117 and overflow discharge means 118, the two first louvers 14, second louvers 15 and the side duct 114 are provided on the chassis 11 four edges of the two first louvers 14, second louvers 15 and the side cover 12 is mounted on the duct 114, the inner side of the duct 114 is attached to a motor 18 through a motor bracket 17, the rotating shaft of the motor 17 is provided with blades 19, the outer side end of the outlet duct 114 is provided with adjustable head 110, an outer end of the outlet head 110 is provided with an electric adjustable tuyere 111 所述第一百叶窗14和第二百叶窗15的内侧均设有蒸发湿帘网13,所述蒸发湿帘网13与第一百叶窗14和第二百叶窗15之间均设有过滤网16,所述顶盖12的底部设有与蒸发湿帘网13相对应的反冲槽113,所述反冲槽113内安装有喷淋布水管112,所述底盘11上设有第一水栗115、液位传感器116、电磁进水阀117和溢水排污装置118,所述第一水栗115的输出端与喷淋布水管112连接,所述电磁进水阀117上连接有进水管119,所述溢水排污装置118包括溢水筒1181、 密封垫1182、螺纹底1183、橡胶圈1184、螺母1185和第二水栗1186,所述螺纹底1183穿设在底盘11上,所述螺纹底1183通过螺母1185固定安装在底盘11上,所述螺纹底1183与底盘11 之间通过橡胶圈1184密封,所述螺纹底1183的上端设有螺纹连接的溢水筒1181,所述溢水筒1181与螺纹底1183之间通过密封垫1182密封,所述第二水栗1186设在底盘11上,所 The first inner shutters 14 and 15 are provided with second louvers evaporated mesh wet screens 13, the evaporator 13 mesh wet screens between each of the first and second shutters 14 shutters 15 filter 16 is provided, the cover is provided with the evaporator 13 mesh wet screens corresponding to the groove 113 at the bottom 12 of the recoil, the recoil groove 113 is mounted shower water distributor 112, is provided on the chassis 11 a first water chestnut 115, liquid level sensor 116, an electromagnetic inlet valve 118, the first output terminal 115 of the water chestnut the shower water distribution pipes 117 and 112 connected to the overflow discharge means connected to the inlet of the solenoid valve 117 intake pipe 119, the apparatus 118 includes a spillway overflow discharge tube 1181, seal 1182, bottom 1183 threads, rubber rings 1184, 1185 and a second water chestnut nut 1186, 1183 through the end of the thread provided on the chassis 11, the said threaded end of 1183 by a nut 1185 is fixedly mounted on the chassis 11, the chassis 1183 between the thread bottom 11 is sealed by a rubber ring 1184, the upper end of the threaded end of the cartridge 1183 is provided with overflow threaded connection 1181, the overflow tube between 1181 and 1183 threaded through the bottom sealing gasket 1182, and the second water chestnut 1186 provided on the chassis 11, the 第二水栗1186的输出端设在溢水筒1181内,所述控制系统2包括监控室PC端21、蒸发式降温换气机智能变频控制主板22、WIFI智能转换器23和局域网24,所述监控室PC端21通过局域网24与WIFI智能转换器23连接,所述WIFI智能转换器23与蒸发式降温换气机智能变频控制主板24连接,所述蒸发式降温换气机智能变频控制主板22包括CPU控制单元221、大功率集成控制模块222、继电器组223、第二通讯模块225和电机电流检测电路226,所述大功率集成控制模块222、继电器组223、液位传感器116、电机电流检测电路226和第二通讯模块225均与CPU控制单元221连接,所述大功率集成控制模块222分别与电机17和电机电流检测电路226 连接,所述继电器组223中的继电器分别与第一水栗115、电磁进水阀117、电动风口111和第二水栗1186——对应连接,所述WIFI智能转换器23包括第一单片机231、显示屏232、WIF Water chestnut second output terminal 1186 provided in the overflow tube 1181, the control system 2 comprises a PC monitor chamber 21 side, evaporative cooling ventilators intelligent inverter control board 22, WIFI intelligent switch 23 and the LAN 24, the control room PC terminal 21, the smart WIFI converter 23 is connected to the evaporative cooling ventilators intelligent inverter control board 24 is connected to the LAN 2423 through WIFI intelligent switch, the evaporative cooling ventilators intelligent inverter control board 22 control unit 221 includes a CPU, an integrated power control module 222, the relay unit 223, second communication module 225 and the motor current detection circuit 226, the integrated power control module 222, the relay unit 223, liquid level sensor 116, a motor current detection circuit 226 and the second communication module 225 are connected to the CPU control unit 221, the integrated power control module 222 are connected to the motor 226 and the motor current detecting circuit 17, the relay unit 223 relays to the first water chestnut 115, an electromagnetic inlet valve 117, outlet 111 and the second electric water chestnut 1186-- corresponding connector, the WIFI smart converter 23 includes a first microcontroller 231, a display 232, WIF I集成模块233、温湿度传感器234、红外遥控接收头235、按键单元236和第一通讯模块237,所述显示屏232、WIFI集成模块233、温湿度传感器234、红外遥控接收头235、按键单元236和第一通讯模块237均与第一单片机231连接,所述第一通讯模块237通过通讯线与第二通讯模块225连接,所述大功率集成控制模块222包括电阻R1、R2、R3、R4、R5、R6、R7、R8、R9、R10、R11、 R12、R13、R14、R15、R16、R17、R18、%WC1、C2、C3、C4、C5、C6、C7、C8、C9、C10、C11、C12、C13、 (:14、(:15、(:16、(:17、(:18、(:19、〇20、二极管01、02、03、04、05、06和1?]\1模块2222,所述电阻1?1和电容Cl的一端均与正极电源E1连接,所述电容C1的另一端接地,所述电阻R1的另一端与二极管D1的阳极连接,所述二极管D1的阴极分别与电容C2的正极、电容C3的一端和IPM模块2222的引脚19连接,所述电容C2的负极和电容C3的另一端与IPM模 I integration module 233, the temperature and humidity sensor 234, IR remote control receiver 235, key unit 236 and the first communication module 237, the display screen 232, WIFI integration module 233, the temperature and humidity sensor 234, IR remote control receiver 235, key unit a first communication module 236 and 237 are connected to the first microcontroller 231, the first communication module 237 is connected via the communication line and a second communication module 225, the integrated power control module 222 includes resistors R1, R2, R3, R4 , R5, R6, R7, R8, R9, R10, R11, R12, R13, R14, R15, R16, R17, R18,% WC1, C2, C3, C4, C5, C6, C7, C8, C9, C10, C11, C12, C13, (: 14, (: 15, (: 16, (: 17, (: 18, (:? 19, 〇20, and a diode 01,02,03,04,05,06] \ a module 2222, a resistor 1? 1 and one end of capacitor Cl are connected to the positive power source E1, the other terminal of the capacitor C1, the other end of the resistor R1 is connected to an anode of the diode D1, the diode D1 the positive electrode and the cathode respectively capacitor C2, capacitor C3 and one end of the pin 19 IPM module 2222, and the other end of the negative electrode of the capacitor C2 and capacitor C3 and IPM mold 块2222的引脚20连接,所述电阻R3的一端与IPM模块2222的引脚20连接,所述电阻R3的另一端分别与IPM模块2222的引脚26和电机17的W端连接,所述电阻R4和电容C5的一端均与正极电源E1连接,所述电容C5 的另一端接地,所述电阻R4的另一端与二极管D2的阳极连接,所述二极管D2的阴极分别与电容C6的正极、电容C7的一端和IPM模块2222的引脚15连接,所述电容C6的负极和电容C7的另一端与IPM模块2222的引脚16连接,所述电阻R6的一端与IPM模块2222的引脚16连接,所述电阻R6的另一端分别与IPM模块2222的引脚25和电机17的V端连接,所述电阻R7和电容C9 的一端均与正极电源E1连接,所述电容C9的另一端接地,所述电阻R7的另一端与二极管D3 的阳极连接,所述二极管D2的阴极分别与电容C10的正极、电容Cl 1的一端和IPM模块2222的引脚11连接,所述电容C10的负极和电容Cl 1的另一端与IPM模块2222 Pin 20 is connected to the block 2222, one end of the resistor R3 and pin 20 is connected to IPM module 2222, and the other end of the resistor R3 are connected to the terminal W pin 26 and motor 17 IPM module 2222, the One end of resistor R4 and capacitor C5 are connected to the positive power source E1, the other terminal of the capacitor C5, the other end of the resistor R4 is connected to the anode of the diode D2, the cathode of diode D2 and the capacitor C6, the positive electrode, respectively, One end of capacitor C7 and the IPM module 2222 is connected to the pin 15, the capacitor C6 and the capacitor negative electrode and the other end of the pin 16 C7 IPM module 2222 is connected to one end of the resistor R6 IPM 2222 module pins 16 connecting the other end of the resistor R6 are connected to the terminal V of the pin 25 and the motor 17 IPM module 2222, one end of the resistor R7 and capacitor C9 are connected to the positive power source E1, the other terminal of the capacitor C9 the resistor R7 is connected to the other end of the anode of the diode D3, the cathode of diode D2 and the capacitor C10 are respectively a positive electrode, one end of the capacitor Cl and the IPM module 1 is connected to pins 112,222, and the negative electrode of the capacitor C10 the other end of capacitor Cl 1 2222 and the IPM module 引脚12连接,所述电阻R10的一端与IPM模块2222的引脚12连接,所述电阻R10的另一端分别与IPM模块2222的引脚24和电机17的U端连接,所述CPU控制单元221的引脚1与电阻R2的一端连接,所述电阻R2 的另一端分别与电容C4的一端和IPM模块2222的引脚17连接,所述电容C4的另一端接地,所述CPU控制单元221的引脚2与电阻R5的一端连接,所述电阻R5的另一端分别与电容C8的一端和IPM模块2222的引脚13连接,所述电容C8的另一端接地,所述CPU控制单元221的引脚3 与电阻R8的一端连接,所述电阻R8的另一端分别与电容C12的一端和IPM模块2222的引脚9 连接,所述电容C12的另一端接地,所述CPU控制单元221的引脚4与电阻R16的一端连接,所述电阻R16的另一端分别与电容C18的一端和IPM模块2222的引脚5连接,所述电容C18的另一端接地,所述CHJ控制单元221的引脚5与电阻R17的一端连接,所述电阻R17的 Pin 12 is connected, at one end of the resistor R10 and the IPM module 2222 connected to the pin 12, the other end of the resistor R10 are connected to the U terminal pin 24 and motor 17 IPM module 2222, the CPU control unit a pin 221 connected to one end of the resistor R2, the other end of the resistor R2 are connected to one end of the capacitor C4 and the IPM module pins 172,222 and the other end of the capacitor C4, the control unit 221 CPU One end of the pin 2 and the resistor R5 is connected to the other end of the resistor R5 is connected to the pin 13 and one end of capacitor C8 IPM module 2222 respectively, the other end of the capacitor C8, the CPU 221 of the control unit pin 3 is connected to one end of the resistor R8, the other end of the resistor R8 are connected to one end of the capacitor C12 and the IPM module 2222 pin 9, the other end of the lead of capacitor C12, the CPU 221 of the control unit pin 4 is connected to one end of resistor R16, the other end of the resistor R16 are connected to one end of the capacitor C18 and the IPM module 2222 pin 5, pin the other end of the capacitor C18, the control unit 221 of the CHJ 5 connected to one end of resistor R17, the resistor R17 is 一端分别与电容C17的一端和IPM模块2222的引脚4连接,所述电容C17的另一端接地,所述CPU控制单元221的引脚6与电阻R18的一端连接,所述电阻R18的另一端分别与电容C16的一端和IPM模块2222的引脚3连接,所述电容C16的另一端接地,所述IPM模块2222的引脚2和引脚1之间并联有电容C19和电容C20,所述电容C20的正极分别与IPM模块2222的引脚1和正极电源E1连接,所述IPM模块2222的引脚2接地,所述IPM模块2222的引脚23分别与电阻R9的一端和二极管D4的阳极连接,所述电阻R9的另一端接地,所述二极管D4的阴极分别与电阻R11的一端和电流放大回路连接,所述电流放大回路与CPU控制单元221的引脚8连接,所述电阻R11的另一端分别与电阻R12和电阻R14的一端连接,所述电阻R12的另一端分别与电容C14的一端和IPM模块2222的引脚8连接,所述电阻R14的另一端与电容C14的另一端、电容C13的一端、 One end of the capacitor C17 are connected to one end of the pin and the IPM module 42222 and the other end of the capacitor C17, the CPU control unit 6 is connected to pin 221 to one end of resistor R18, the resistor R18 the other end 2222, respectively, with pin 3 connected to one end of the capacitor C16 and the IPM module, connected in parallel between pin 1 and pin 2 of the other end of the capacitor C16, the IPM module 2222 has a capacitance of capacitors C19 and C20, the the positive electrode of the capacitor C20 are connected to pins 1 and IPM module 2222 of the positive power supply E1, the IPM module 2222 of the second ground pin, the IPM module 2222 and the anode pins 23 are respectively an end of the resistor R9 and the diode D4 connecting the other end of the resistor R9 and the cathode of the diode D4 and to one end of the current amplifying circuit connected to the resistor R11, the current amplification circuit and the control unit 221 of the CPU 8 is connected to the pin, the resistor R11 the other end connected to one end of resistor R12 and resistor R14, the other end of resistor R12 and capacitor C14 are connected to one end of the pin 2222 and the IPM module 8, and the other end of said resistor and the other end of the capacitor C14 and R14, one end of the capacitor C13, 容C15的一端连接并接地,所述电容C13的另一端与IPM模块2222的引脚7连接,所述电容C15 的另一端分别与IPM模块2222的引脚6和CPU控制单元221的引脚7连接,所述IPM模块2222的引脚22分别与电阻R13的一端和二极管D5的阳极连接,所述电阻R13的另一端接地,所述二极管D5的阴极分别与电阻R11的一端和电流放大回路连接,所述IPM模块2222的引脚21分别与电阻R15的一端和二极管D6的阳极连接,所述电阻R15的另一端接地,所述二极管D6的阴极分别与电阻R11的一端和电流放大回路连接,所述IPM模块2222的引脚10、14和18均与正极电源E1连接,所述IPM模块2222的引脚27连接300V的正极电源,还包括互联网26和售后维护中心25,所述售后维护中心25通过互联网26与局域网24连接,所述显示屏232为点阵式12864IXD显示屏,所述显示屏232的第1〜5脚依次分别与第一单片机231的引脚PC3、PC4、 PC5、PGO和P Receiving one end of C15 is connected to ground and the other end of the capacitor C13 to pin 7 IPM module 2222 is connected to the other end of the capacitor C15, respectively, and pins 6 and IPM module CPU control unit 2222 of the pin 7221 connection, the IPM module 2222 pins 22 are respectively connected to the anode end of the resistor R13 and the diode D5, the other end of the resistor R13 and the cathode of the diode D5 and one end of the current amplifying circuit connected to the resistor R11 the IPM module 2222 pins 21 are respectively connected to the anode end of the resistor R15 and the diode D6, the other end of the resistor R15 and the cathode of the diode D6 and to one end of a current amplification circuit connected to the resistor R11, the IPM 2222 module pins 10, 14 and 18 are connected to the positive power source E1, the IPM module 2222 is connected to the positive power supply pin 27 to 300V, and further comprising the Internet 26 and maintenance center 25, the center and maintenance 2526 through an Internet connection to the LAN 24, the display 232 is a dot matrix 12864IXD a display screen of ~ 5 feet 232 respectively turn the first pin microcontroller 231 PC3, PC4, PC5, PGO and P G1连接;所述红外遥控接收头235为三脚式红外遥控接收头,所述红外遥控接收头235的第3脚与第一单片机231的引脚PA3连接;所述温湿度传感器234为三线式温湿度传感器,所述温湿度传感器234的第2线与第一单片机231的引脚TO4连接,还包括蜂鸣器238, 所述蜂鸣器238与第一单片机231的引脚PE3连接,还包括三个LED灯239,所述三个LED灯239 的正极通过电阻2 310分别与第一单片机2 31的引脚PE 1、PC 1和PE6连接,所述LED灯2 39的负极接地,所述监控室PC端21为小尺寸的WIN系统触屏平板电脑,所述所述WIFI集成模块233的UTXD和URXD端口分别与第一单片机231的引脚TO6和TO5连接;所述按键单元236包括进入按键2361、退出按键2362、左移按键2363、右移按键2364、+按键2365和-按键2366,所述进入按键2361、退出按键2362、左移按键2363、右移按键2364、+按键2365和-按键2366分别与第一单片机231的引脚洲1 G1 is connected; said infrared remote control receiver 235 is a tripod infrared remote control receiver, the infrared remote control receiver 235 of the third pin to the first microcontroller is connected to pin PA3 231; the temperature and humidity sensor 234 is a three-line type temperature a humidity sensor, the temperature and humidity sensor 234 and the second line of the first pin TO4 microcontroller 231 is connected, further comprising a buzzer 238, a buzzer 238 is connected to the first pin PE3 microcontroller 231, further comprising three LED lights 239, the positive electrode of the three LED lamp 239 are connected via a resistor 2310 to the microcontroller pins and the first PE 2 31 to 1, PC 1 and of PE6, the LED lamp 239 is negative ground, the PC 21 ends the control room of a small size tablet, touchscreen WIN system, the integrated module UTXD WIFI URXD port 233 and first microcontroller pins are TO6 231 and connected to TO5; the key unit 236 includes an entry button 2361, exit key 2362, the left button 2363, right button 2364, button 2365, and + - buttons 2366, buttons 2361 to enter the exit button 2362, the left button 2363, right button 2364, buttons 2365 and + - button 2366 with the first microcontroller 231, a pin Chau ^)3、1^0、1^0、? ^) ^ 3,1 ^ 0,1 0 ,? £0和?£7连接,所述第一通讯模块237的引脚1«1和TX1分别与第一单片机231的引脚PA4和PA5连接,所述螺纹底1183由本体11831和设在本体11831上端的连接部11832构成,所述连接部11832内设有密封垫1182,所述连接部11832的内壁设有内螺纹,所述溢水筒1181的下端设有连接体11811,所述连接体11811上设有与内螺纹相配合的外螺纹,所述连接部11832的下端设有板体11833。 £ 0 and? £. 7 is connected to pin 1 of the first communication module «1 and 237 are respectively connected to the first microcontroller TX1 pin PA4 PA5 231 and of the threaded end of a main body 1183 provided in the main body 11831 and 11831 connecting the upper end portion configured 11832, 11832 of the connecting portion 1182 equipped with a gasket, an inner wall of the connecting portion is provided with internal threads 11 832, the lower end of the overflow tube is provided with a connector 1181 11811, said connecting member 11811 provided with an outer thread cooperating with the internal thread, the lower end portion of the connecting plate 11832 is provided 11833. [〇〇34] 本发明工作过程: [〇〇34] working process of the present invention:

[0035] 本发明一种监房全自动蒸发式降温换气机在工作过程中, [0035] The present invention is one kind of automatic monitoring room evaporative cooling ventilation during operation of the machine,

[0036] WIFI智能转换器23: [0036] WIFI Smart Converter 23:

[0037] 1、与蒸发式降温换气机内部智能变频控制主板2进行串行通讯,完成一些作为冷气机本身固有的控制功能。 [0037] 1, serial communication with the evaporative cooling ventilation inside Intelligent frequency control board 2, the completion of some inherent control functions as air-conditioners. 接收来自蒸发式降温换气机智能变频控制主板(22)检测的水位信息,电机电流信息,并向蒸发式降温换气机智能变频控制主板(22)发送风机风速指令,和对第一水栗(115)、电磁进水阀(117)、电动风口( 111)和第二水栗(1186)的开关控制指令。 Received level information, information from the motor current evaporative cooling ventilators intelligent inverter control board (22) is detected, and evaporative cooling ventilators intelligent inverter control board (22) sending fan speed command, and the first water chestnut (115), an electromagnetic inlet valve (117), electric outlet (111) and a second water chestnut (1186) a switching control command. [〇〇38] 2、搭载一便携式WIFI集成模块233,WIFI集成模块233与第一单片机231直接相连,使用UART串行口实现命令传输与控制,及数据返回。 [〇〇38] 2, equipped with a portable integrated WIFI module 233, 233,231 WIFI integrated module directly connected to the first microcontroller, serial port UART implemented using a command transmission and control, and data is returned. [〇〇39] 3、有选择的是否搭载温湿度传感器234。 [〇〇39] 3, whether the selected temperature and humidity sensor 234 is mounted. 由于整个系统是集成的,单个温湿度数据最终将传至监控室PC端21,因此,在一个工程中,可根据实际需要,选择在某些位置,或单一位置上安装温湿度传感器234检测点,而未必需要每个WIFI智能转换器23均搭载温湿度传感器,从而节省成本。 Since the whole system is an integrated, single temperature and humidity data will eventually be transferred to the PC monitor chamber 21, and therefore, in a project, according to actual needs, choose to install the temperature and humidity sensor 234 detects the position of certain points, or a single position while not necessarily required for each smart WIFI converter 23 are mounted temperature and humidity sensors, thereby saving costs.

[0040] 4、在WIFI网络具体应用中,需要对每台机器设置对应的ID号,还有可能需要选择登陆不同的无线网络SSID号,除此之外,作为蒸发式降温换气机控制系统本身,也存在许多需要根据现场应用而设置的参数,因此WIFI智能转换器23上还采用了点阵式12864IXD显示屏,并以菜单方式显示,结合6个按键,即可实现各种复杂多样化的操作,而且随时可以根据实际需要实现功能扩充。 [0040] 4, WIFI network in a particular application, it is necessary to set the ID number corresponding to each machine, there may need to select a different number of landing wireless network SSID, in addition, as the evaporative cooling ventilation control system itself, there are many parameters need to be set according to the application site, thus WIFI smart converter 23 also uses 12864IXD dot matrix display, and a menu display mode, six keys in combination, can achieve a variety of diverse complex operation, and at any time according to actual needs to achieve functional expansion. 6个按键的功能分别是,ENTER/进入,ESC/退出,—左移,—右移,+ 加,减一。 6 key functions are, ENTER / enter, ESC / exit, - left - right + plus, minus one. [0041 ] 5、还负责温湿度采集,各种参数设置,接收普通红外遥控器信号,手动按键输入等,因此,该WIFI转换器也是一块完整的控制面板,既可以方便接入集中控制系统,也可以单独对单台冷气机实现正常控制,因此,即便集中控制系统中,出现诸如路由损坏,PC端故障等系统性故障时,所有机器可以脱离集中控制而独立运行,保障了冷气机运行的可靠性。 [0041] 5, is also responsible for the acquisition of temperature and humidity, set various parameters, receiving general infrared remote control signal, manual key input or the like, and therefore, the WIFI converter is a full control panel for easy access to both centralized control system, also be individually controlled to achieve a normal single air conditioner, and therefore, even if the central control system, such as routing damage occurs when the PC failure systematic faults, all machines can be run independently from the centralized control to protect the air conditioner operation reliability.

[0042]蒸发式降温换气机智能变频主控板:[〇〇43] 变频主控板中主要通过CPU控制单元221,直接控制IPM模块2222,对电机实现调速控制,CPU控制单元221内部采用先进的SVPWM算法,根据系统给出的风机速度指令,输出3路SVPWM电压信号,驱动IPM模块2222。 [0042] evaporative cooling ventilators smart inverter control board: [〇〇43] MPU frequency mainly by the CPU control unit 221, the control directly IPM module 2222, to implement the motor speed control, the internal CPU 221 control unit SVPWM uses advanced algorithms, the fan speed according to the instruction given, the output voltage signal SVPWM 3-way drive IPM module 2222. 这个风速指令,是通过监控室PC端21以WIFI发送至每台冷气机的WIFI智能转换器23后,再通过通讯线传输给蒸发式降温换气机智能变频主控板的。 This wind speed command, by the control room to the PC 21 transmits to each of air conditioners WIFI WIFI the intelligent switch 23, and then transmitted through the communication line evaporative cooling ventilators to the control board intelligent frequency.

[0044]蒸发式降温换气机智能变频主板除了控制IPM模块2222和电机6之外,还通过电机电流检测电路229检测电机17电流,并将之传输给WIFI智能转换器,再上报给监控室PC端21,而在监控室PC端21,则将实时监控电流值。 [0044] evaporative cooling ventilators Board except intelligent inverter control IPM module 2222 and outside the motor 6 through a motor current detecting circuit 229 detects current of the motor 17 and transmitted to the smart WIFI converter, and then reported to the control room PC end 21, and 21 in the control room PC side, then the current value of real-time monitoring. [〇〇45] 如图4所示,采用3个低阻值采样电阻,1?9,1?13,1?15,采样电机三相电流,得出一个小幅值的电压信号Isen后,一路通过R12和C14之后,进入IPM模块2222第8引脚,IPM模块2222内部集成有精密的监测回路,当Isen超过一定的幅值后,将以第6脚输出一个标准电平信号,代表电机过流信号给CPU控制单元221专用的Fault检测口,CPU控制单元221将立即终止SVPWM发生器的波形输出,从而以最快速度及时保护IPM模块2222,起到过流保护的作用。 [〇〇45] 4, using three low-value sampling resistor, the 1? 9,1? 13, 1? 15, the voltage signal sampled motor phase current Isen, draw a small value, after all the way through R12 and C14, IPM module 2222 into the pin 8, IPM module 2222 internal integrated sophisticated monitoring circuit, when more than a certain magnitude Isen, will be 6 feet a standard level output signal representative of the motor overcurrent signal to the CPU control unit 221 dedicated Fault detection port, the CPU 221 terminates the control unit immediately SVPWM waveform of the output of the generator, so that the fastest speed IPM module 2222 timely protection, overcurrent protection functions.

[0046] 除了过流保护机制外,另外,Isen信号还通过电流放大回路,进入CPU控制单元221 的AD采样端口,以实时检测电机电流值,这个电流值还将通过蒸发式降温换气机智能变频控制主板22的第二通讯模块225传输给WIFI智能转换器23, WIFI智能转换器23通过局域网24传输给监控室PC端21,而监控室PC端21除了能实时显示电流值外,还能对保护值参数进行设置,当电机电流持续超过某个值时,将采取降低转速或停止电机等措施,从而起到保护电机,防止过载的作用。 [0046] In addition to the over-current protection mechanism, in addition, also Isen signal amplifier circuit by a current, the control unit CPU enters the AD sampling port 221, a motor current value detected in real time, the current value will be through evaporative cooling ventilation Intelligent frequency control board 22 of the second communication module 225 to transmit WIFI smart converter 23, WIFI smart converter 23 to monitor the transmission chamber 24 through the LAN side PC 21, the PC 21 and the control room in addition to real-time display the current value, but also can protection of the values ​​of the parameters are set, when the motor current continuously exceeds a certain value, reducing the speed or stop the motor take measures to protect the motor, preventing overload of excessive action.

[0047] 此外,蒸发式降温换气机智能变频控制主板22还将通过继电器组223控制冷气机中的要件之第一水栗(115)、电磁进水阀(117)、电动风口(111)和第二水栗(1186),实时检测水位信息,将之回传给WIFI智能转换器23,并接受WIFI智能转换器23的控制指令。 [0047] In addition, evaporative cooling ventilators intelligent inverter control board 22 will set the relay 223 is controlled by a first water chestnut requirements of the air conditioner (115), an electromagnetic inlet valve (117), electric outlet (111) and a second water chestnut (1186), real-time detection level information, back to the smart WIFI converter 23, and receives a control command WIFI smart converter 23. [〇〇48] 无线AP及组网: [〇〇48] networking and wireless AP:

[0049] 为了让监控室PC端21和所有WIFI智能转换器23进行数据通讯,必须将它们组建到同一个局域网24中,由于单个WIFI智能转换器23和监控室PC端21的无线收发功率及距离有限,也没有组网的能力,因此必须借用无线AP来实现。 [0049] In order to control room PC end 21 and all WIFI intelligent converter 23 for data communication, they must be set up to the same local area network 24, since a single WIFI intelligent switch 23 and the control room PC end wireless transceiver power 21 and limited distance, there is no networking capabilities, wireless AP borrow must be implemented.

[0050] 使用的AP为通用无线AP,根据不同的蒸发式降温换气机数量,分布距离,和现场环境情况,来决定AP的选型,数量,和组网方式。 [0050] Use of a universal wireless AP AP, the number of ventilators different evaporation cooling type, the distance distribution, and the environment of the scene, the AP determines the selection, quantity, and networking.

[0051] 采用TCP/IP协议进行通讯,非常安全可靠。 [0051] using TCP / IP protocol to communicate, very safe and reliable. [〇〇52] 使用动态IP方式,每个WIFI智能转换器23自动登录预先设置号的无线WIFI的SSID 和密码,完成自动登录,或者超时后再登录的功能。 [〇〇52] dynamic IP embodiment, each of converters 23 WIFI automatic logon smart preset number of wireless WIFI SSID and password, automatic login is completed, or after a timeout function log. [〇〇53]每个WIFI智能转换器23中将设置冷气机编号对应的ID号。 [〇〇53] 23 will be provided for each converter WIFI smart air conditioners corresponding number ID. [〇〇54]而在监控室PC端21,需要识别不同的机器的ID号和对应的IP,其基本方法是,采用一定的时间间隔,轮流向局域网22中已经建立TCP连接的机器发送数据包,而接到数据包的机器,在返回的数据中自动包含有自身的ID号,从而让监控室PC端21软件可以识别所有连接的机器身份。 [〇〇54] of the PC 21 in the control room, the machine requires a different identification ID number corresponding to the IP and, the basic method is the use of a certain time interval, the machine turns to the TCP connection transmitting data in a local area network 22 has been established packets, and data packets to the machine, the data is automatically returned with its own ID number, so that the PC 21 control room software can recognize the identity of all machines connected. [〇〇55] 监控室PC端21软件: [〇〇55] control room PC client software 21:

[0056]采用WIN系统及相关编程平台进行编程,所有操作无需鼠标和键盘就可以实现,以方便在小尺寸触屏平板上使用。 [0056] The system and related WIN programming platform program, all without the keyboard and mouse can be achieved, in order to facilitate the use of small-size touchscreen tablet. [〇〇57]涉及到网络控制的部分,是通过WIN系统自带的WINS0CK模块来实现的,除了应用该模块自带的各种方法,命令之外,还需要编写完善的运行机制,以判断监控室PC端21和各WIFI智能转换器23之间是否建立有效TCP连接,发送数据是否成功,返回数据是否超时,是否需要重新连接等。 [〇〇57] relates to the part of the network control is accomplished by carrying WINS0CK WIN system modules, in addition to the various methods of application with the module, to the command, but also improve the operating mechanism need to write, to determine whether to set up control room PC end between 21 and 23 each WIFI intelligent converter valid TCP connection, whether to send data successfully, the data is returned if the timeout, the need to reconnect and so on. [〇〇58]控制功能及相关实施有如下几方面: [〇〇58] and control functions related embodiment the following aspects:

[0059] 1、实现群控,一键全体开机,全体关机,或者手动全体调速,修改模式等。 [0059] 1, group control, all a power key, all off, or all the manual speed control, modify mode. 也可单独对每一台机器进行各种操作。 It may also be separately for each machine to perform various operations.

[0060] 2、实施采集温湿度数据,并以图表显示,还可保存相关数据。 [0060] 2, temperature and humidity data collecting embodiment, and graphed, the relevant data can also be saved. 根据温度的变化,实时调节风速,根据湿度变化改变运行模式。 To changes in temperature, wind speed adjusted in real time, changing the operating mode according to changes in humidity. WIFI智能转换器23上搭载有温湿度传感器234, 将采集到的温度和湿度两种数据,定时通过WIFI,传输至监控室PC端21,而在监控室PC端21,程序已经设置好了在不同的温度条件下,对应的风速,并且及时根据温度的变化,把对应的风机速度指令,回传给所有的WIFI智能转换器23,然后通过WIFI智能转换器,再经第一通讯模块237和通讯线,发送给机器内部的蒸发式降温换气机智能变频主控板22,从而及时调节电机17转速,由此实现智能温控调速。 WIFI intelligent switch is mounted on 23 and 234, the collected two types of data of temperature and humidity sensor temperature and humidity, through the timing of WIFI, the PC is transmitted to the control room 21, and the PC terminal 21 in the control room, the program has been set up in the at different temperatures, corresponding to the wind speed, and in time to changes in temperature, the fan speed corresponding to the command, back to all smart WIFI converter 23, and then through WIFI intelligent switch, then through the first communication module 237 and communication lines, the machine transmits to the internal evaporative cooling ventilators smart inverter control board 22, so that the speed and regulating the motor 17, whereby the intelligent speed control for. 除了温度控制之外,系统也对湿度进行控制,当湿度超过设定值时,系统将暂停第一水栗(115)的运行,当湿度低到另一设定值时,又将重新允许第一水栗(115)运行,以免第一水栗(115)停止时间过长影响制冷效果。 In addition to temperature control, humidity control systems, when the humidity exceeds the set value, the system pauses operation of the first water chestnut (115), when the humidity is low to another set value, re-enables the first turn a water chestnut (115) running, to avoid the first water chestnut (115) is stopped for too long affect the cooling effect.

[0061] 3、实现定时开关机,修改模式等。 [0061] 3, to realize time switch, edit mode. [〇〇62]由于使用了监控室PC端21作为控制端,内部已经包含了精准的实时时钟,因此,监控室PC端21软件可根据设定值,执行多组定时规则,每天在设定的时刻,自动执行对风机的启停和模式转换,无需人员的操作。 [〇〇62] since a PC monitor side chamber 21 as a control terminal, internal already contains accurate real-time clock, thus the control room software, the PC 21 according to the set value, the plurality of sets of timing rules, the set day time, it performed automatically start and stop the fan mode switching, without operator personnel. [〇〇63] 通过以上2点和3点的自动调速,湿度控制,和定时控制,系统就已基本实现全自动,无人值守的标准 [〇〇63] Automatic Speed ​​Control by two or more points and the 3-point, humidity control, and a timing control system had substantially fully automatic, unattended standard

[0064] 4、运行时的一些重要数据,包括故障记录,将作为记录保存在PC机内,方便以后查看分析。 [0064] 4, some important runtime data, including fault recording, as record-keeping in the PC view to facilitate future analysis. 必要时还可直接把故障信息连同运行记录通过互联网发送给预先指令的维护中心的邮箱。 Fault information may be directly transmitted to the recording operation, along with the mailbox maintenance center through the Internet in advance command if necessary.

[0065] 以上各种功能中,需要大量的数据传输,尤其是当机器数量达到一定规模时,之所以能实现这样的数据传输,是得益于WIFI技术本身在数据传输高速率方面的巨大优势。 [0065] various functions above, you need to transfer large amounts of data, especially when the number of machines reaches a certain size, it has been able to achieve such data transfer, thanks to WIFI technology itself is a huge advantage in high-speed data transfer rates of . [〇〇66] 远程控制方面:[〇〇67]如果工程现场本身已经有能接入外网的网络,可以很方便的将该系统所组建的局域网24,与外网相连,以方便远程控制。 [〇〇66] Remote control: [〇〇67] If the construction site itself can have access to a network outside the network, the system can easily set up the LAN 24, and is connected to the external network, to facilitate remote control . 基本方法是,将能接入外网的一根网线,接入冷气机局域网24的一个AP中的WAN 口,并按照路由器级联的技术要求设置即可。 The basic approach is, the line will be able to access a network outside the network, the WAN port LAN access air conditioner in a AP 24, and is provided to the router according to the technical requirements of the cascade. [〇〇68]当局域网24与外网实现互通后,监控室PC端21虽然登陆的是原先设置的蒸发式降温换气机专用WIFI网络,但已经可以登陆外网,并且在该监控室PC端21上预先按装通用远程控制软件如向日葵,teamview等软件,即可在远程异地,实现对该监控室PC端21的远程全方位的控制,从而实现对整个冷气机集中控制系统的完全意义的远程控制。 [〇〇68] When the LAN 24 and external network to achieve interoperability, the PC control room 21 is landed though evaporative cooling ventilators original private WIFI network settings, but has landed outside the network, the PC and the control room 21 pre-installed by the end universal remote control software such as sunflower, teamview software, can be in remote places, a full range of remote control 21 of the control room PC end, in order to achieve the full sense of the centralized control system for the entire air-conditioners remote control. [〇〇69] 如图4所示,采用3个低阻值采样电阻,1?9,1?13,1?15,采样电机三相电流,得出一个小幅值的电压信号Isen后,一路通过R12和C14之后进入IPM模块2222第8引脚,IPM模块2222 内部集成有精密的监测回路,当Isen超过一定的幅值后,将以第6脚输出一个标准电平信号,代表电机过流信号给M⑶专用的Fault检测口,M⑶将立即终止PWM发生器的波形输出,从而以最快速度及时保护IPM模块,起到过流保护的作用。 [〇〇69] 4, using three low-value sampling resistor, the 1? 9,1? 13, 1? 15, the voltage signal sampled motor phase current Isen, draw a small value, after all the way through R12 and C14 IPM module 2222 into the pin 8, 2222 IPM module integrated inside sophisticated monitoring circuit, when more than a certain magnitude Isen, will be 6 feet through a standard level output signal representative of the motor M⑶ stream signal to the dedicated Fault detection port, M⑶ will immediately terminate the output PWM waveform generator, so that the fastest speed timely protection module IPM, overcurrent protection functions.

[0070] 除了过流保护机制外,另外,Isen信号还通过电流放大回路,进入M⑶的AD采样端口,以实时检测电机过流值,这个电流值还将通过第二通讯模块225传输给WIFI智能转换器23,WIFI智能转换器23通过局域网24传输给监控室PC端21,而监控室PC端21除了能实时显示电流值外,还能对保护值参数进行设置,当电机电流持续超过某个值时,将采取降低转速或停止电机等措施,从而起到保护电机,防止过载的作用。 [0070] In addition to the over-current protection mechanism, in addition, also Isen signal by a current amplifier circuit, an AD sampling port into the M⑶, real-time detection of overcurrent to the motor, the current value is also transmitted to the second communication WIFI intelligent module 225 converter 23, the WIFI smart converter 2324 through the LAN transport chamber to the monitoring PC 21 side, the PC 21 and the control room in addition to real-time display the current value, but also can be set to protect the value of the parameter, when the motor current exceeds a certain duration value will be taken to reduce speed or stop the motor and other measures to protect the motor, preventing overload of excessive action.

[0071] 此外,蒸发式降温换气机智能变频控制主板22还将通过继电器组223控制冷气机中的要件之第一水栗(115)、电磁进水阀(117)、电动风口(111)和第二水栗(1186),实时检测水位信息,将之回传给WIFI智能转换器3,并接受WIFI智能转换器23的控制指令。 [0071] In addition, evaporative cooling ventilators intelligent inverter control board 22 will set the relay 223 is controlled by a first water chestnut requirements of the air conditioner (115), an electromagnetic inlet valve (117), electric outlet (111) and a second water chestnut (1186), real-time detection level information, back to the smart WIFI converter 3, and receives a control command WIFI smart converter 23. [〇〇72]当蒸发式冷气机遇雨水侵入时,多余部分的水可通过溢水筒1181的上端口自动溢出,并通过螺纹底1183的通孔进入到排水管,当蒸发式冷气机需要断电维修或底盘清污时, 可直接把溢水筒1181从螺纹底1183上拧开,底盘6内的水通过螺纹底1183的通孔彻底排净, 清洗操作时,打开电磁进水阀117,电磁进水阀117排出的水冲洗底盘,底盘内的污物随着冲洗的水流向第二水栗1186,第二水栗1186将冲洗的水和污物一同打入溢水排污装置118并排出,通过第二水栗1186的吸力与磁进水阀117排出的水的冲力相配合,从而底盘清洗效果好。 [〇〇72] When evaporative air opportunity water intrusion, the excess water through the overflow portion of the overflow tube may be automatically port 1181, and into the drain through the threaded end of the through hole 1183, when the machine needs evaporative air off purge or repair the chassis, the overflow tube 1181 directly unscrewed from the threaded end of 1183, the water in the chassis 6 by a threaded bottom completely drained through hole 1183, when the washing operation, an electromagnetic inlet valve opening 117, into the electromagnetic the flushing water discharge valve 117 chassis, the chassis as dirt flushing water flow 1186, 1186 Li second water rinse with water and dirt into the overflow discharge means 118 to the second water chestnut and discharged through the first Li 1186 dihydrate suction inlet valve 117 and the magnetic momentum of water discharged cooperating to chassis good cleaning effect.

[0073]上述实施例是对本发明的说明,不是对本发明的限定,任何对本发明简单变换后的方案均属于本发明的保护范围。 [0073] The above-described embodiments are illustrative of embodiments of the present invention, not a limitation of the present invention, any of the present invention after a simple transform scheme belong to the scope of the present invention.

Claims (9)

  1. 1.一种监房全自动蒸发式降温换气机,其特征在于:包括蒸发式降温换气机(1)和控制蒸发式降温换气机(1)的控制系统(2),所述蒸发式降温换气机(1)包括底盘(11)、顶盖(12)、若干蒸发湿帘网(13)、两个第一百叶窗(14)、第二百叶窗(15)、若干过滤网(16)、电机(17)、电机支架(18)、风叶(19)、出风口变径头(110)、电动风口(111)、喷淋布水管(112)、反冲槽(113 )、侧出风筒(114 )、第一水栗(115 )、液位传感器(116 )、电磁进水阀(117)和溢水排污装置(118),所述两个第一百叶窗(14)、第二百叶窗(15)和侧出风筒(114)分别设在底盘(11)的四个边缘上,所述两个第一百叶窗(14)、第二百叶窗(15)和侧出风筒(114)上安装有顶盖(12),所述侧出风筒(114)内通过电机支架(18)安装有电机(17),所述电机(17)的转轴上设有风叶(19),所述侧出风筒(114)的外端设有出风口变径头(110),所述出风口变径头(110)的外 A jail evaporative cooling ventilation automatic machine, characterized by: comprising evaporative cooling ventilators (1) and the control evaporative cooling ventilation unit (1) control system (2), the evaporator cooling ventilation unit (1) comprises a chassis (11), a cap (12), a plurality of evaporation wet curtain network (13), two first louvers (14), the second louvers (15), a plurality of the filter (16), the motor (17), the motor bracket (18), fan (19), an adjustable head outlet (110), electric outlet (111), the spray water distributor (112), the recoil groove ( 113), the side duct (114), a first water chestnut (115), a level sensor (116), an electromagnetic inlet valve (117) and overflow discharge means (118), the first two shutters (14), a second louver (15) and the side duct (114) are provided on the chassis (11) of the four edges, two of said first louvers (14), a second louver mounted on the window (15) and the side duct (114) with a cover (12), the inner side of the duct (114) is attached to the motor (17) by a motor bracket (18), said motor (17) blades provided on the rotary shaft (19), the outer end of the side duct (114) is provided with adjustable outlet head (110), said outlet reducer cone (110) of the outer 设有电动风口(111),所述第一百叶窗(14)和第二百叶窗(15)的内侧均设有蒸发湿帘网(13),所述蒸发湿帘网(13)与第一百叶窗(14)和第二百叶窗(15)之间均设有过滤网(16),所述顶盖(12)的底部设有与蒸发湿帘网(13)相对应的反冲槽(113),所述反冲槽(113)内安装有喷淋布水管(112),所述底盘(11)上设有第一水栗(115)、液位传感器(116)、 电磁进水阀(117)和溢水排污装置(118),所述第一水栗(115)的输出端与喷淋布水管(112) 连接,所述电磁进水阀(117)上连接有进水管(119 ),所述溢水排污装置(118)包括溢水筒(1181)、密封垫(1182)、螺纹底(1183)、橡胶圈(1184)、螺母(1185)和第二水栗(1186),所述螺纹底(1183)穿设在底盘(11)上,所述螺纹底(1183)通过螺母(1185)固定安装在底盘(11) 上,所述螺纹底(1183)与底盘(11)之间通过橡胶圈(1184)密封,所述螺纹底(1183)的上端设有螺纹连接的溢水筒(1181),所述 With electric outlet (111), said first louvers (14) and the inner second louvers (15) are provided with evaporation wet curtain network (13), the evaporator wet curtain network (13) and between the first louver (14) and second louvers (15) have a filter (16), said bottom cover (12) is provided with net evaporation wet curtain (13) corresponding to recoil groove (113), said recoil groove (113) is attached to the spray water distributor (112), the chassis is provided with a first water chestnut (115), a level sensor (116) (11), electromagnetic inlet valve (117) and overflow discharge means (118), said first water chestnut (115) output terminal of the shower water distributor (112) connection, the electromagnetic water inlet valve (117) connected to an intake water pipe (119), said overflow discharge means (118) comprises a tubular overflow (1181), the gasket (1182), the screw bottom (1183), a rubber ring (1184), a nut (1185) and a second water chestnut (1186) the thread bottom (1183) bored in the chassis (11), said thread bottom (1183) by a nut (1185) fixedly mounted on the chassis (11), said thread bottom (1183) and the chassis (11) between a rubber ring (1184) sealing the upper end of the bottom thread (1183) provided with overflow tube (1181) of the threaded connection, the 水筒(1181)与螺纹底(1183)之间通过密封垫(1182) 密封,所述第二水栗(1186)设在底盘(11)上,所述第二水栗(1186)的输出端设在溢水筒(1181)内,所述控制系统(2)包括监控室PC端(21)、蒸发式降温换气机智能变频控制主板(22)、WIFI智能转换器(23)和局域网(24),所述监控室PC端(21)通过局域网(24)与WIFI智能转换器(23)连接,所述WIFI智能转换器(23)与蒸发式降温换气机智能变频控制主板(24) 连接,所述蒸发式降温换气机智能变频控制主板(22)包括CPU控制单元(221)、大功率集成控制模块(222)、继电器组(223)、第二通讯模块(225)和电机电流检测电路(226),所述大功率集成控制模块(222 )、继电器组(223 )、液位传感器(116 )、电机电流检测电路(226)和第二通讯模块(225)均与CPU控制单元(221)连接,所述大功率集成控制模块(222)分别与电机(17)和电机电流检测电路(226)连接,所述继电器组(223)中的 Between the water tub (1181) and the screw bottom (1183) sealing the second water chestnut (1186) is provided by a gasket (1182) on the chassis (11), the second water chestnut (1186) provided an output terminal in the overflow tube (1181), said control system (2) comprises a monitoring PC side chamber (21), evaporative cooling ventilators intelligent inverter control board (22), WIFI smart converter (23) and a local area network (24) the monitoring PC side chamber (21) connected to the smart WIFI converter (23) via a local area network (24), said smart WIFI converter (23) and the evaporative cooling ventilators intelligent inverter control board (24) is connected, the evaporative cooling ventilators intelligent inverter control board (22) comprises a control unit CPU (221), the integrated power control module (222), the relay unit (223), a second communication module (225) and the motor current detecting circuit (226), the integrated power control module (222), the relay unit (223), a level sensor (116), the motor current detection circuit (226) and a second communication module (225) were associated with a control unit CPU (221 ) connected to a high-power integrated control module (222) are respectively connected to the motor (17) and the motor current detection circuit (226), said relay set (223) of 电器分别与第一水栗(115)、电磁进水阀(117)、电动风口( 111)和第二水栗(1186)——对应连接,所述WIFI智能转换器(23)包括第一单片机(231)、显示屏(232)、WIFI集成模块(233)、温湿度传感器(234)、红外遥控接收头(235)、按键单元(236)和第一通讯模块(237),所述显示屏(232)、 WIFI集成模块(233)、温湿度传感器(234)、红外遥控接收头(235)、按键单元(236)和第一通讯模块(237)均与第一单片机(231)连接,所述第一通讯模块(237)通过通讯线与第二通讯模块(225)连接,所述大功率集成控制模块(222)包括电阻(Rl、R2、R3、R4、R5、R6、R7、R8、R9、 R10、R11、R12、R13、R14、R15、R16、R17、R18)、%W(C1、C2、C3、C4、C5、C6、C7、C8、C9、C10、C11、 (:12、(:13、(:14、(:15、(:16、(:17、(:18、(:19、〇20)、二极管(01、02、03、04、05、06)和1?]\1模块(2222),所述电阻(R1)和电容(C1)的一端均与正极电源E1连接,所述电容( Electric water chestnut with the first (115), an electromagnetic inlet valve (117), electric outlet (111) and a second water chestnut (1186) - the corresponding connector, the WIFI smart converter (23) comprises a first microcontroller (231), the display (232), WIFI integration module (233), temperature and humidity sensor (234), infrared remote control receiver (235), key means (236) and a first communication module (237), the display screen (232), WIFI integration module (233), temperature and humidity sensor (234), infrared remote control receiver (235), key means (236) and a first communication module (237) are connected to the first microcontroller (231), the said first communication module (237) is connected via the communication line and a second communication module (225), the integrated power control module (222) comprises a resistor (Rl, R2, R3, R4, R5, R6, R7, R8, R9, R10, R11, R12, R13, R14, R15, R16, R17, R18),% W (C1, C2, C3, C4, C5, C6, C7, C8, C9, C10, C11, (: 12, (: 13, (: 14, (: 15, (: 16, (: 17, (: 18, (: 19, 〇20), a diode (01,02,03,04,05,06) and 1]? \ module 1 (2222), the resistor (R1) and one end of the capacitor (C1) are connected to the positive power source E1, the capacitor ( C1)的另一端接地,所述电阻(R1)的另一端与二极管(D1)的阳极连接,所述二极管(D1)的阴极分别与电容(C2)的正极、电容(C3)的一端和IPM模块(2222)的引脚19连接,所述电容(C2)的负极和电容(C3)的另一端与IPM模块(2222)的引脚20连接,所述电阻(R3)的一端与IPM模块(2222)的引脚20连接,所述电阻(R3)的另一端分别与IPM模块(2222)的引脚26和电机(17)的W端连接, 所述电阻(R4)和电容(C5)的一端均与正极电源E1连接,所述电容(C5)的另一端接地,所述电阻(R4)的另一端与二极管(D2)的阳极连接,所述二极管(D2)的阴极分别与电容(C6)的正极、电容(C7)的一端和IPM模块(2222)的引脚15连接,所述电容(C6)的负极和电容(C7)的另一端与IPM模块(2222)的引脚16连接,所述电阻(R6)的一端与IPM模块(2222)的引脚16连接,所述电阻(R6)的另一端分别与IPM模块(2222)的引脚25和电机(17)的V端连接,所述电阻(R7)和电容(C9) The other end of C1) is, the resistor (R1) and the other end of the diode (D1) connected to the anode of the diode (D1) and the cathode of the positive electrode capacitor (C2), respectively, the capacitor (C3) and an end of IPM module (2222) connected to the pin 19, the other end of said capacitor (C2) and a negative electrode capacitor (C3) and the IPM module (2222) connected to the pin 20, the resistor (R3) and an end module IPM ( 2222) pin 20 is connected, W of the end of the other end of the resistor (R3) and the IPM module (2222) of the pin 26 and the motor (17) are connected, the resistor (R4) and capacitor (C5) of One end of each connected to the positive power source E1, the other end of the capacitor (C5) to ground, said resistor (R4) and the other end of the diode (D2) connected to the anode of the diode (D2) and the cathode of the capacitor (C6 ) positive electrode, the capacitor (C7) and an end of IPM module (2222) connected to the pin 15, the other end of the capacitor (C6) and a negative electrode capacitor (C7) and the IPM module (2222) connected to the pin 16, said resistor (R6) one end of IPM module (2222) connected to the pin 16, the other end of the resistor (R6), respectively, and the IPM module (2222) of the pin 25 and the motor (17) is connected to terminal V, said resistor (R7) and capacitor (C9) 的一端均与正极电源E1连接,所述电容(C9)的另一端接地,所述电阻(R7)的另一端与二极管(D3)的阳极连接,所述二极管(D2)的阴极分别与电容(C10)的正极、 电容(C11)的一端和IPM模块(2222)的引脚11连接,所述电容(C10)的负极和电容(C11)的另一端与IPM模块(2222)的引脚12连接,所述电阻(R10)的一端与IPM模块(2222)的引脚12连接,所述电阻(R10)的另一端分别与IPM模块(2222)的引脚24和电机(17)的U端连接,所述CHJ控制单元(221)的引脚1与电阻(R2)的一端连接,所述电阻(R2)的另一端分别与电容(C4)的一端和IPM模块(2222)的引脚17连接,所述电容(C4)的另一端接地,所述CPU控制单元(221)的引脚2与电阻(R5)的一端连接,所述电阻(R5)的另一端分别与电容(C8)的一端和IPM模块(2222)的引脚13连接,所述电容(C8)的另一端接地,所述CPU控制单元(221)的引脚3与电阻(R 8)的一端连接,所述电阻(R 8)的另一端分 End are connected to the positive power source E1, the other end of the capacitor (C9) is, the resistor (R7) and the other end of the diode (D3) is connected to the anode of the diode (D2) and the cathode of the capacitance ( the positive electrode C10), a capacitor (C11) and the IPM module end (2222) of the connecting pin 11, the other end of said capacitor (C10) and the negative electrode capacitor (C11) and the IPM module (2222) is connected to pin 12 said resistor (R10) one end of IPM module (2222) is connected to the pin 12, the other end of the resistor (R10), respectively IPM module (2222) of the pin 24 and the motor (17) connected to an end of the U , CHJ end of the control unit (221) of the pin 1 and the resistor (R2) is connected to the other end of the resistor (R2), respectively, the capacitor (C4) and the IPM module end (2222) of the connecting pin 17 one end of the other end of the capacitor (C4) is, the CPU control unit (221) of the pin 2 and the resistor (R5) is connected to the other end of the resistor (R5), respectively, one end of the capacitor (C8) of and the IPM module (2222) is connected to pin 13, pin the other end of the capacitor (C8) is, the CPU control unit (221) connected to one end of the resistor 3 (R 8), said resistance (R another 8) of the end points 与电容(C12)的一端和IP M模块(2222)的引脚9连接,所述电容(C12)的另一端接地,所述CPU控制单元(221)的引脚4与电阻(R16)的一端连接,所述电阻(R16)的另一端分别与电容(C18)的一端和IPM模块(2222)的引脚5连接,所述电容(C18)的另一端接地,所述CPU控制单元(221)的引脚5与电阻(R17)的一端连接,所述电阻(R17)的另一端分别与电容(C17)的一端和IPM模块(2 2 2 2)的引脚4连接, 所述电容(C17)的另一端接地,所述CPU控制单元(221)的引脚6与电阻(R18)的一端连接,所述电阻(R18)的另一端分别与电容(C16)的一端和IPM模块(2222)的引脚3连接,所述电容(C16)的另一端接地,所述IPM模块(2222)的引脚2和引脚1之间并联有电容(C19)和电容(C20),所述电容(C20)的正极分别与IPM模块(2222)的引脚1和正极电源E1连接,所述IPM模块(2222)的引脚2接地,所述IPM模块(2222)的引脚23分别与电阻(R9)的一端和二极管(D4) 的 And a capacitor (C12) and an end module IP M (2222) of the pin 9 is connected, the capacitor (C12) of the other end, the CPU control unit (221) of the pin 4 and the resistor (R16) one end , and the other end of the resistor (R16) are connected to the capacitor (C18) and the IPM module end (2222) of the pin 5, the capacitor (C18) of the other end, the CPU control unit (221) One end of pin 5 and a resistor (R17 are) connected to the other end of the resistor (R17 are), respectively (2222) pin 4 connected to the capacitor (C17) and an end module IPM, said capacitance (C17 ) at one end of the other end, the CPU control unit (221) and pin 6 of the resistor (R18) is connected to the other end of the resistor (R18), respectively, and the capacitance (C16) and an end of IPM module (2222) pin 3 is connected in parallel with a capacitor (C19) and a capacitance (C20) between the other end of said capacitor (C16) is, the IPM module (2222) of the pins 2 and 1, the capacitor ( C20) respectively positive IPM module (2222) and the positive power supply pin 1 E1 connections, the IPM module (2222) of the pin 2 is grounded, the IPM module (2222) and the resistance of the pin 23, respectively (R9 ) at one end and a diode (D4) of 极连接,所述电阻(R9)的另一端接地,所述二极管(D4)的阴极分别与电阻(R11)的一端和电流放大回路连接,所述电流放大回路与CHJ控制单元(221)的引脚8连接,所述电阻(R11)的另一端分别与电阻(R12)和电阻(R14)的一端连接,所述电阻(R12)的另一端分别与电容(C14)的一端和IPM模块(2222)的引脚8连接,所述电阻(R14)的另一端与电容(C14)的另一端、电容(C13)的一端、电容(C15)的一端连接并接地,所述电容(C13)的另一端与IPM模块(2222)的引脚7连接,所述电容(C15)的另一端分别与IPM模块(2222)的引脚6和CPU控制单元(221)的引脚7连接,所述IPM模块(2222)的引脚22分别与电阻(R13)的一端和二极管(D5)的阳极连接,所述电阻(R13)的另一端接地,所述二极管(D5)的阴极分别与电阻(R11) 的一端和电流放大回路连接,所述IPM模块(2222)的引脚21分别与电阻(R15)的一端和二极管(D6)的阳极连接,所述电阻(R1 Is connected, the other end of said resistor (R9) is, the diode (D4) cathode amplify the resistor (R11) connected to one end of a current loop, and the loop current amplification primers CHJ control unit (221) pin 8 is connected, the other end of the resistor (R11) are connected to one end of a resistor (R12) and a resistor (R14) and the other end of the resistor (R12), respectively, and the capacitance (C14) and an end of IPM module (2222 ) pin 8, and the other end of the resistor (R14) and the other end of the capacitor (C14) to one end of the capacitor (C13), a capacitor (C15) connected to one end and grounded, said capacitor (C13) of the other One end of the IPM module (2222) of the pin 7 is connected, the capacitor (C15) and the other end of the pin IPM module (2222) and pin 6 of the control unit CPU (221) connected respectively 7, the IPM module (2222) connected to the anode pin 22 and the resistor (R13) at one end and a diode (D5), respectively, the other end of said resistor (R13) is, the diode (D5) cathode, respectively, and a resistor (R11) of and a current amplifying circuit connected to one end of the IPM module (2222) are respectively connected to the anode pin 21 and the resistor (R15) at one end and a diode (D6), said resistor (R1 5)的另一端接地,所述二极管(D6)的阴极分别与电阻(R11)的一端和电流放大回路连接,所述IPM模块(2222)的引脚10、14和18均与正极电源E1 连接,所述IPM模块(2222)的引脚27连接300V的正极电源。 5) the other end of the diode (D6) cathode amplifying circuit are connected to the resistance (R11) one end of a current, the IPM module (2222) 10, 14 and pins 18 are connected to a positive power supply E1 the IPM module (2222) connected to the positive power supply pin 27 is 300V.
  2. 2.如权利要求1所述的一种监房全自动蒸发式降温换气机,其特征在于:还包括互联网(26)和售后维护中心(25),所述售后维护中心(25)通过互联网(26)与局域网(24)连接。 2. An automatic room monitoring evaporative cooling ventilation machine according to claim 1, characterized in further comprising: the Internet (26), and after-sale service center (25), said after-sale service center (25) via the Internet (26) is connected to a local area network (24).
  3. 3.如权利要求1所述的一种监房全自动蒸发式降温换气机,其特征在于:所述显示屏(232)为点阵式12864LCD显示屏,所述显示屏(232)的第1〜5脚依次分别与第一单片机(231)的引脚?03、? The display section (232) of the display screen (232) is a dot matrix display 12864LCD,: 3. The one gaol evaporative cooling ventilation automatic machine according to claim 1, characterized in that 1 ~ 5 feet respectively in turn lead to the first microcontroller (231) of? 03 ,? 04、? 04 ,? 05、?60和?61连接;所述红外遥控接收头(235)为三脚式红外遥控接收头,所述红外遥控接收头(235)的第3脚与第一单片机(231)的引脚PA3连接;所述温湿度传感器(234)为三线式温湿度传感器,所述温湿度传感器(234)的第2线与第一单片机(231) 的引脚TO4连接。 ?? 05, 60 and 61 is connected; said infrared remote control receiver (235) is a tripod infrared remote control receiver, the infrared remote control receiver (235) to the third leg and the first microcontroller (231) of the pin PA3 ; said humidity sensor (234) is a three-wire sensor temperature and humidity, the temperature and humidity sensor (234) in the second line and the first microcontroller (231) is connected to pin TO4.
  4. 4.如权利要求1所述的一种监房全自动蒸发式降温换气机,其特征在于:还包括蜂鸣器(238),所述蜂鸣器(238)与第一单片机(231)的引脚PE3连接。 4. An automatic room monitoring evaporative cooling ventilation machine according to claim 1, characterized in that: further comprising a buzzer (238), the buzzer (238) and the first microcontroller (231) PE3 pin connection.
  5. 5.如权利要求1所述的一种监房全自动蒸发式降温换气机,其特征在于:还包括三个LED灯(239 ),所述三个LED灯(239)的正极通过电阻(2310)分别与第一单片机(231)的引脚PE1、PC1和PE6连接,所述LED灯(239)的负极接地。 5. An automatic room monitoring evaporative cooling ventilation machine according to claim 1, characterized in that: further comprising three LED lamp (239), the positive electrode of the three LED lamp (239) through a resistor ( 2310) are respectively connected to the first microcontroller (231) of the pin PE1, PC1 and PE6, the LED lamp (239) a negative ground.
  6. 6.如权利要求1所述的一种监房全自动蒸发式降温换气机,其特征在于:所述监控室PC 端(21)为小尺寸的WIN系统触屏平板电脑。 Automatic room monitoring one kind of evaporative cooling of the ventilator according to claim 1, wherein: the monitoring PC side chamber (21) of a small size tablet, touchscreen WIN system.
  7. 7.如权利要求1所述的一种监房全自动蒸发式降温换气机,其特征在于:所述所述WIFI 集成模块(233)的UTXD和URXD端口分别与第一单片机(231)的引脚TO6和TO5连接;所述按键单元(236)包括进入按键(2361)、退出按键(2362)、左移按键(2363)、右移按键(2364)、+按键(2365)和-按键(2366),所述进入按键(2361)、退出按键(2362)、左移按键(2363)、右移按键(2364)、+按键(2365)和-按键(2366)分别与第一单片机(231)的引脚PBl、ro3、ro〇、ro〇、 PEO和PE7连接。 7. An automatic room monitoring evaporative cooling ventilation machine according to claim 1, wherein: UTXD WIFI the integrated module (233) and with the first port URXD microcontroller (231) TO5 and pin TO6; said key means (236) includes an entry button (2361), exit key (2362), left shift key (2363), right button (2364), + button (2365), and - keys ( 2366), the access key (2361), exit key (2362), left shift key (2363), right button (2364), + button (2365), and - keys (2366) by the first microcontroller (231) pin PBl, ro3, ​​ro〇, ro〇, connected to the PEO and PE7.
  8. 8.如权利要求1所述的一种监房全自动蒸发式降温换气机,其特征在于:所述第一通讯模块(237)的引脚RX1和TX1分别与第一单片机(231)的引脚PA4和PA5连接。 8. An gaol evaporative cooling ventilation automatic machine according to claim 1, wherein: said first communication module (237) pins RX1 and TX1 are first microcontroller (231) PA4 and PA5 pin connection.
  9. 9.如权利要求1至8中任一项所述的一种监房全自动蒸发式降温换气机,其特征在于: 所述螺纹底(1183)由本体(11831)和设在本体(11831)上端的连接部(11832)构成,所述连接部(11832)内设有密封垫(1182),所述连接部(11832)的内壁设有内螺纹,所述溢水筒(1181)的下端设有连接体(11811 ),所述连接体(11811)上设有与内螺纹相配合的外螺纹, 所述连接部(11832)的下端设有板体(11833)。 9. 1-8 jail one kind of evaporative cooling ventilation automatic machine according to any one of the preceding claims, characterized in that: the bottom of the thread (1183) by the body (11,831) and disposed in the body (11,831 ) connected to the upper end portion (11,832) constituting the connecting portion (11,832) is provided with a gasket (1182), an inner wall of the connecting portion (11,832) is provided with an internal thread, the lower end of the overflow tube (1181) provided a connecting member (11,811), the connector body is provided with an external thread cooperating with the internal threads (11,811), the lower end of the connecting portion (11,832) is provided with a plate (11,833).
CN 201510922995 2015-12-11 2015-12-11 Automatic room monitoring one kind of evaporative cooling ventilators CN105546689B (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN 201510922995 CN105546689B (en) 2015-12-11 2015-12-11 Automatic room monitoring one kind of evaporative cooling ventilators

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN 201510922995 CN105546689B (en) 2015-12-11 2015-12-11 Automatic room monitoring one kind of evaporative cooling ventilators

Publications (2)

Publication Number Publication Date
CN105546689A true CN105546689A (en) 2016-05-04
CN105546689B true CN105546689B (en) 2017-03-22

Family

ID=55826069

Family Applications (1)

Application Number Title Priority Date Filing Date
CN 201510922995 CN105546689B (en) 2015-12-11 2015-12-11 Automatic room monitoring one kind of evaporative cooling ventilators

Country Status (1)

Country Link
CN (1) CN105546689B (en)

Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN203757933U (en) * 2014-03-27 2014-08-06 西安工程大学 Hot and cold partition and evaporative cooling and precision air conditioning linkage type unit machine room air conditioning
CN104791932A (en) * 2015-04-03 2015-07-22 西安工程大学 Evaporative cooling-mechanical refrigeration combination air conditioning unit provided with automatic control system
CN204593692U (en) * 2015-03-24 2015-08-26 西安工程大学 Evaporation cooling -refrigerant compound energy-conserving air conditioning system that directly expands
WO2015171051A2 (en) * 2014-05-05 2015-11-12 Smartvent Sverige Ab A system and method for ventilating at least one room in a building

Family Cites Families (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN2864447Y (en) * 2006-01-10 2007-01-31 东莞市科达机电设备有限公司 Ventilation machine
US8199005B2 (en) * 2007-11-06 2012-06-12 Honeywell International Inc. System and methods for using a wireless sensor in conjunction with a host controller
CN201531974U (en) * 2009-05-20 2010-07-21 林国达 Industrial environment-friendly air-conditioning control system
KR20120084846A (en) * 2011-01-21 2012-07-31 엘지전자 주식회사 Air conditioning network system and control method of air conditioning apparatus
US20150316282A1 (en) * 2014-05-05 2015-11-05 Board Of Regents, The University Of Texas System Strategy for efficiently utilizing a heat-pump based hvac system with an auxiliary heating system
CN204438430U (en) * 2015-01-27 2015-07-01 福建洁利来智能厨卫股份有限公司 WIFI (wireless fidelity) control type full heat fresh air exchange machine

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN203757933U (en) * 2014-03-27 2014-08-06 西安工程大学 Hot and cold partition and evaporative cooling and precision air conditioning linkage type unit machine room air conditioning
WO2015171051A2 (en) * 2014-05-05 2015-11-12 Smartvent Sverige Ab A system and method for ventilating at least one room in a building
CN204593692U (en) * 2015-03-24 2015-08-26 西安工程大学 Evaporation cooling -refrigerant compound energy-conserving air conditioning system that directly expands
CN104791932A (en) * 2015-04-03 2015-07-22 西安工程大学 Evaporative cooling-mechanical refrigeration combination air conditioning unit provided with automatic control system

Also Published As

Publication number Publication date Type
CN105546689A (en) 2016-05-04 application

Similar Documents

Publication Publication Date Title
CN102261721A (en) One kind of air conditioning apparatus and method of monitoring and control sub-network
CN101498468A (en) Intelligent monitoring system for boiler and heat exchange station
CN2703223Y (en) Central air conditioner energy-saving controlling device
CN2811828Y (en) Intelligent controller for air conditioner
CN101393451A (en) Construction energy-conserving control method and system
CN201121959Y (en) Intelligent energy-saving ventilating system of machine room
CN1561676A (en) Intelligent controller for room temperature environment and control method
CN2781251Y (en) Remote monitoring optimization energy-saving controller of central air-condition system
CN201464935U (en) Intelligent energy-saving house temperature wireless monitoring system
CN101216207A (en) 26 degree central air-conditioning intelligent energy-saving management system
CN201138442Y (en) Intelligent monitoring system for energy conservation of indoor electric appliance
CN201819337U (en) New solar fan
CN201803430U (en) Air-conditioning energy-saving controller in subway station
CN103676795A (en) Intelligent monitoring system based on wireless sensor network technology
CN202166121U (en) Heating system network intelligence control device
CN201953288U (en) Intelligent blind window
CN102487789A (en) Remote variable frequency irrigation monitoring system based on ZigBee and general packet radio service (GPRS)
CN202600467U (en) Stored grain condition monitoring system based on cloud
CN201413460Y (en) Base station operating environment energy-saving control system
CN203480299U (en) Intelligent building energy-saving system
CN202771239U (en) Intelligent monitoring system based on wireless sensing network technology
CN101896057A (en) Bidirectional automatic dust removal and intelligent ventilation system and bidirectional dust removing method
CN202032705U (en) Novel intelligent ground source heat pump control system
CN201314632Y (en) Energy-saving and emission reduction heat supply combination control device combined with meteorological information
CN202488007U (en) Intelligent ventilation system for main transformer room

Legal Events

Date Code Title Description
C06 Publication
C10 Entry into substantive examination
C14 Grant of patent or utility model