CN105703848A - System for carrying out online aging and automatic monitoring on multiple radio stations simultaneously - Google Patents

System for carrying out online aging and automatic monitoring on multiple radio stations simultaneously Download PDF

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Publication number
CN105703848A
CN105703848A CN 201510651415 CN201510651415A CN105703848A CN 105703848 A CN105703848 A CN 105703848A CN 201510651415 CN201510651415 CN 201510651415 CN 201510651415 A CN201510651415 A CN 201510651415A CN 105703848 A CN105703848 A CN 105703848A
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connected
radio
pin
station
unit
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CN 201510651415
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Chinese (zh)
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程涛
邓万顺
张良鹏
李茂娟
雷红
乔明锋
张全胜
肖迪
周勇
唐明强
刘迪
杨燕
李春芳
金锦
熊茵
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武汉中元通信股份有限公司
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Abstract

The invention relates to a system for carrying out online aging and automatic monitoring on multiple radio stations simultaneously. The system comprises five portions including a power supply control unit (1), an integrated service processing unit (2), a power supply unit (3), an RF load unit (4) and a vertical cabinet (5), wherein the power supply control unit (1), the integrated service processing unit (2), the power supply unit (3) and the RF load unit (4) are arranged in the vertical cabinet (5) from top to bottom in sequence, and are combined to form an integrity. The integral system is based on software design, takes unit design as a hardware platform, takes the integrated service processing unit (2) as the center, and develops a system framework design in a unit form; the system has the advantages of reasonable circuit design parameters, clear overall layout, stable and reliable performance, easy operation, high working efficiency, good maintainability, good electromagnetic compatibility and the like; and the whole system is controlled by a microprocessor, and can for carry out complete machine online aging and automatic monitoring on 32 radio stations simultaneously.

Description

基于对多部电台同时进行在线老化与自动监测的系统 Based on multiple radio stations online system and automatic monitoring of aging at the same time

技术领域 FIELD

[0001]本发明涉及一种对电台进行老化与监测的系统,特别是一种基于对多部电台同时进行在线老化与自动监测的系统。 [0001] The present invention relates to a system for monitoring the radio and aging, in particular based on multiple radio online conditioning and automatic monitoring system simultaneously.

背景技术 Background technique

[0002]随着电子技术的不断发展,各式各样的无线通信设备已构建了多种信息传输交换的平台。 [0002] With the continuous development of electronic technology, a variety of wireless communication devices have built a variety of information transmission platform exchange. 为了提高无线通信设备的稳定性、可靠性,无线通信设备制造厂家需在高低温极限工作温度下对其进行通电电老化,加速故障呈现,早期发现不合格产品并找出解决措施,无线通信设备的电老化控制与检测需求也与日倶增,设备种类繁多,涵盖短波、超短波、微波各频段,加之电老化时间长、老化房值守环境差、老化设备多,采用常规单路控制定时器的控制收发方式进行设备老化根本无法满足大批量生产的需要,凭人工干预无线通信设备的接收与发射时间亦很困难。 In order to improve stability of wireless communication devices, reliability, wireless communications equipment manufacturers need to be in high and low temperature limit operating temperature energized electrical aging, accelerated rendering failure, early detection of substandard products and find solutions, wireless communication device aging electrical control and test with the Japanese Ju increasing demand, a wide range of equipment, covering shortwave, FM, microwave the band, coupled with long electrical aging time difference between the duty room environment, multiple aging equipment, conventional single control timer aging equipment for transmitting and receiving mode control can not meet the needs of mass production, with receive and transmit time manual intervention wireless communication device also very difficult.

[0003]为实现对无线通信设备的实时老化与自动监测,迅速和准确地按一定的发射与接收时间比例控制无线通信设备的工作状态,并迅速对老化中出现的无线通信设备故障快速进行声光告警,并切断其供电、以保护故障电台,迫切需要研制基于对多部电台同时进行在线老化与自动监测的系统。 [0003] The real-time aging of the automatic monitoring of the wireless communication device, quickly and accurately according to a certain transmission and reception time proportional control the wireless communication device operation state, and rapidly radio failure aging occurring in the communication device quickly acoustic light alarm, and cut off its power supply, failure to protect the radio station, based on the urgent need to develop multiple online radio system and automatic monitoring of aging at the same time.

发明内容 SUMMARY

[0004]本发明的目的就是为了克服已有技术的不足,提供一种以软件为基础,硬件为平台的基于对多部电台同时进行在线老化与自动监测的系统。 [0004] The present invention is to overcome the disadvantages of the prior art by providing a software-based, hardware-based on-line multiple stations simultaneously aging and automatic monitoring system platform.

[0005]为了达到上述目的,本发明采用的技术方案是: [0005] To achieve the above object, the technical solution adopted by the invention are:

[0006] —种基于对多部电台同时进行在线老化与自动监测的系统,包括有电源控制单元 [0006] - based on a kind of radio system multiple line automatic monitoring and aging simultaneously, the power control unit comprising

1、综合业务处理单元2、电源单元3、射频负载单元4和立柜5,共5个部分,且电源控制单元1、综合业务处理单元2、电源单元3、射频负载单元4依次从上而下设置在立柜5中,相结合构成一个整体,其中: 1, integrated service processing unit 2, power supply unit 3, a radio frequency load unit 4 and the closet 5, a total of five parts, and the power control unit 1, an integrated service processing unit 2, power supply unit 3, a radio frequency load unit 4 sequentially from the top down 5 closet provided, combined to form a whole, wherein:

[0007] 所述电源控制单元I,又包括有I个电源控制盒11,I个电源控制盒12,I个电源控制盒13和I个电源控制盒14,用以完成对老化中的32部电台的接收/发射电流的实时显示、监测,并迅速对老化中出现的电台故障快速进行声光告警,并切断其供电、以保护故障电台。 [0007] I the power control unit, and includes a power control box I 11, I power supply control box 12, I 13 and an I power control box power supply control box 14 to complete the 32 AGING receiving real-time display / radio emission current, monitoring, and rapid aging of radio failure occurring in rapid sound and light alarm, and cutting off power supply, failure to protect the station.

[0008]所述电源单元3为电源控制单元I的专用直流供电电源,用以为电源控制单元I提供大功率、低噪声、低波动、带过压和过流保护功能的直流电源。 [0008] The power supply unit 3 is a power control unit I-DC power supply, a power control unit that I provide high power, low noise, low volatility, with overvoltage and overcurrent protection of the DC power supply.

[0009]所述射频负载单元4,又包括有32个50 Ω射频同轴负载401至射频同轴负载432,用以完成对老化中的32部电台的阻抗匹配,使电台不失配而能稳定可靠工作、发射功率最大与接收功率稳定。 [0009] The RF load unit 4, including 32 and 50 Ω RF coaxial RF coaxial load 401 to a load 432, the impedance matching aging to complete the station 32, so that the station can without mismatching stable and reliable operation, maximum transmit power and receive power stability.

[0010]所述综合业务处理单元2,又包括有综合控制模件21、线缆接口组件22、前面板部件23、后盖板部件24、框架25和壳体26,用以完成对老化中的32部电台的发射与接收工作时间、发射与接收状态指示的控制。 [0010] The process unit 2 integrated services, but also includes integrated control module 21, a cable interface assembly 22, the front panel member 23, rear cover member 24, frame 25 and housing 26 to complete the aging the stations 32 transmit and receive operating time, transmission and reception status indication control.

[0011]所述综合控制模件21,又包括有扁平传输电缆211,扁平传输成套电缆212,输入接口模块Ul,中央处理器模块U2,输出接口模块U3,计时控制模块U4,显示控制模块U5,且综合控制模件21用以完成接收前面板23上自动控制开关组231和1:3/1:9选择开关234的指令信息,并将电台的剩余发射时间提供给LED显示器233进行显示,并且同时将每个电台的发射状态到电台发射指示灯组232上和输出到线缆接口组件22上。 [0011] The integrated control module 21, and comprises a flat transmission cable 211, the flat transmission cable set 212, an input interface Ul module, the central processor module U2, U3 output interface module, the timing control module U4, U5 display control module and an integrated control module 21 to complete the front panel 23 receives the automatic control switch group 231 and 1: 3/1: 9 command information selection switch 234, and provides the remaining transmission time of the station 233 for display to the LED display, and simultaneously transmitting state of each radio station to transmit the indicator on the cable group 232 and output to the interface component 22.

[0012]所述线缆接口组件22,用以完成接收来自综合控制模件21发出的每部电台的发射状态信息,控制每部电台的发射或接收。 [0012] The cable interface assembly 22, to complete receiving the transmitted status information from the integrated radio unit of each control module 21 is issued, the control unit of each transmitting or receiving station.

[0013]所述前面板部件23,用以通过自动控制开关组231中的每个开关来完成控制8路电台的收/发工作,通过电台发射指示灯组232来指示32个电台的发射指示,通过LED显示器233来显示所处发射状态的电台的剩余发射时间,通过选择开关234来选择电台老化发射时间与老化接收时间之比是1:3或1:9,通过电源开关235来控制综合业务处理单元2的是否工作,通过电台插座237来与综合测试仪连接而进行电台测试。 [0013] The front panel member 23 to complete the control to transmit / receive the work station 8 via the radio transmitter 232 to transmit an indication lamp group 32 indicates stations by automatically controlling the switch group 231 in each of the switches , in which the emission state is displayed by the LED display station 233 remaining transmission time, a selection ratio to the aging station transmission time and the reception time of the aging of the selection by the switch 234 is 1: 3 or 1: 9, 235 is controlled by the integrated power switch a service processing unit 2 is operating, a test 237 is performed to the radio connection through the radio tester socket.

[0014]所述后盖板部件24,用以通过排风窗241完成综合业务处理单元2的换气和热导出,通过交流输入端口242完成综合业务处理单元2的供电,通过电台插座组243完成与电台连接。 [0014] The rear plate member 24, 241 to complete the ventilation and heat removal process unit 2 integrated services through the exhaust window, the input port 242 through the AC power supply to complete the integrated service processing unit 2 by the radio outlet group 243 complete with radio connection.

[0015]本发明的基本设计思想包括两个方面:综合业务处理单元电路设计和结构工艺优化设计。 [0015] The basic design concept of the present invention includes two aspects: the service processing unit Optimum Design of Integrated circuit design and construction process.

[0016] 1、综合业务处理单元电路设计:中央处理器模块U2既要处理来自前面板23上自动控制开关组231和1:3/1:9选择开关234的指令信息,又要将电台的剩余发射时间提供给LED显示器233进行显示,还要将每个电台的发射状态指示到电台发射指示灯232上,完成的功能多、需要处理的数据较为复杂,所以U21选用型号89S51 8位CMOS微处理器,它采用ATMEL高密度非易失存储器制造技术制造,与工业标准的MCS-51指令集和输出管脚相兼容,有很好抗干扰性,具有ISP在线编程功能,只需更改软件、不破坏硬件架构,轻松进行程序升级。 [0016] 1, service processing unit integrated circuit design: a central processor module to process both U2 from the front panel 23 and the automatic control switch group 231 1: 3/1: 9 selection instruction information switch 234, but also the station the remaining transmission time to the LED display 233 to display, but also the transmission state of each station to indicate the station transmitting the indicator 232, the complete multi-function, more complex data to be processed, the U21 model selection 89S51 8-bit CMOS micro- a processor, which uses non-volatile memory manufacturing techniques ATMEL high density, is compatible with the industry standard MCS-51 instruction set and output pins, have a good anti-interference, with ISP-line programming, software changes only, It does not destroy the hardware architecture, easily upgrade program.

[0017] 2、结构工艺优化设计:在整体设计上采取了单元化、功能模块化设计思想,各单元均采用独立机箱,结合实践经验和工艺方法,干扰源和易受干扰部分采用最佳屏蔽隔离,这样各单元互不干扰,电磁兼容性更好,扩展起来更方便;选用低功耗工业级器件,严格筛选,进行限额配比使用,提高容差设计水平,从而有效提高系统的可靠性。 [0017] 2. The process of optimization design structure: taken in the overall design of the unit, functional modular design, are independent of each chassis unit, practical experience and process methods, the source of interference and the best part is subject to interference shielding isolation, so that each of the interfering cell, better electromagnetic compatibility, more convenient extension; select low power industrial grade device, strict selection limit for the ratio of use, designed to improve the tolerance level, so as to effectively improve the reliability of the system .

[0018]本发明的工作过程:本发明在进行电台电老化时,电源单元3给电源控制单元I中的4个电源控制盒11、12、13、14供电,电源控制盒11、12、13、14的输出再相应地接至电台,完成对老化中的32部通信电台的电源供电;再由综合业务处理单元2给定的控制电台发射与接收时间比来控制电台的发射与接收,由电源控制盒11、12、13、14上的电流表对接收/发射电流进行实时显示、监测,并迅速通过电源控制盒11、12、13、14对老化中出现的通信电台故障快速进行声光告警,并切断其供电;本发明在进行电台检测时,对电台指标进行测试,先通过计算机遥控电台,再通过电台综合测试仪根据需要对电台电老化前、电老化中、电老化后的电台性能指标,如接收灵敏度、发射频率误差、发射功率、发射调制灵敏度等指标进行测试。 [0018] The operation of the present invention: the present invention, when performing electrical aging station, power supply unit 3 to the power control unit I is 4 power supply control box 11, 12, 11, 12, the power control box the output 14 is then respectively connected to a radio station, to complete the power supply of 32 communication stations aging of; then given control station transmitting by the integrated service processing unit 2 transmitting and receiving station and the reception time ratio is controlled by meter on the power control box 11, 12 of the reception / emission current real-time display, monitor, and quickly through the radio communication control boxes 11, 12, the power failure occurring in rapid aging for sound and light alarm and cutting off power supply; when carrying out the present invention, the detection station, for the radio test indicator, to a remote computer station, and then through the radio station tester according to the performance required for the electric stations before aging, aging electricity, the electrical aging indicators, such as receiver sensitivity, transmitter frequency error, transmit power, transmit modulation sensitivity index test.

[0019]鉴于无线通信设备种类越来越多,生产厂家生产品种越来越多很多,老化接收与发射时间要求千差万别,同时考虑到无线通信技术、控制技术和测试技术仍在不断的发展和完善之中,以便具有可扩展、可复用和能实现完善控制检测功能,是目前对无线通信设备电老化自动控制检测设备提出的基本要求。 [0019] In view of the type of wireless communication device, and more and many manufacturers produce more varieties, aging receive and transmit time requirements vary, taking into account the wireless communication technology, control and testing technology continues to develop and improve among so as to have extensible, reusable and can achieve complete control detection function, the basic requirement is made to aging automatic control wireless communication apparatus detects the electrical device. 因此,人们期待对于无线通信设备电老化控制检测的设备宜采用模块化架构,可同时对多部无线通信设备进行实时老化、自动控制与监测,为无线通信设备的总体性能发挥提供强有力的保障。 Thus, it should be expected for the burn-in control apparatus detects radio communication apparatus electrical modular architecture can simultaneously multiple radio communication devices in real-time aging, automatic control and monitoring, to provide strong protection for the overall performance of the wireless communication device to play .

[0020]总之,本发明整体系统以软件设计为基础,以单元设计为硬件平台,以综合业务处理单元2为中心,开展以单元形式的系统架构设计;具有电路设计参数合理,整体布局明了,性能稳定可靠,操作简便,工作效率高,维护性好,电磁兼容性好等特点;整套系统由微处理器控制,能同时对多达32部电台进行整机在线老化与自动监测。 [0020] In summary, the overall system of the present invention in software design as the basis, unit is designed as hardware platform, an integrated service processing unit 2 as the center, to carry out unit in the form of system architecture; having a circuit design is reasonable parameters, the overall layout clear, stable and reliable performance, easy operation, high efficiency, good maintenance, electromagnetic compatibility and other characteristics; the entire system is microprocessor controlled, can simultaneously perform up to 32 stations with automatic monitoring aging machine online.

附图说明 BRIEF DESCRIPTION

[0021]图1为本发明整体立体状态结构示意图 [0021] Fig 1 a perspective schematic view of the overall status of the present invention.

[0022]图2为本发明整体工作状态原理示意图 [0022] Fig 2 a schematic view of the overall operating state of the principles of the present invention.

[0023]图3为本发明综合业务处理单元电原理框图 [0023] Figure 3 is an electrical block diagram of an integrated service processing unit to the invention

[0024]图4为本发明综合业务处理单元结构示意图 [0024] Fig 4 a schematic view of the integrated structure of the present invention, a service processing unit

[0025]图5为本发明综合业务处理单元前面板结构示意图 [0025] FIG. 5 is a schematic front panel structure integrated service processing unit of the present invention

[0026]图6为本发明综合业务处理单元后盖板结构示意图 After a schematic view of the cover [0026] FIG. 6 of the present invention is an integrated service processing unit

[0027] 图中符号说明: [0027] REFERENCE SIGNS:

[0028] I是电源控制单元,其中: [0028] I is the power control unit, wherein:

[0029] 11是第I电源控制盒,12是第2电源控制盒,13是第3电源控制盒,14是第4电源控制合 [0029] 11 are the I power control box, 12 denotes a second power control box 13 is the third power supply control box 14 is the fourth power supply control engagement

ΙΤΓΤ.0 ΙΤΓΤ.0

[0030] 2是综合业务处理单元,其中: [0030] 2 is an integrated service processing unit, wherein:

[0031 ] 21是综合控制模件,22是线缆接口组件,23是前面板部件,24是后盖板部件,25是框架,26是壳体。 [0031] 21 is integrated control module, a cable interface component 22, 23 is a front panel member, a rear cover member 24, a frame 25, a housing 26.

[0032] 211是扁平传输电缆,212是扁平传输成套电缆,Ul是输入接口模块,U2是中央处理器模块,U3是输出接口模块,U4是计时控制模块,U5是显示控制模块。 [0032] 211 is a flat transmission cable, the transmission cable set 212 is flat, is an input interface module Ul, U2 is the central processor module, U3 is an output interface module, U4 is a timing control module, a display control module U5.

[0033] 221是扁平传输电缆。 [0033] 221 is a flat transmission cable.

[0034] 231是自动控制开关组,232是32个电台发射指示灯组,233是收发时间LED显示器,234是1:3/1:9选择开关,235是电源开关;236是32个手动发控制开关,237是32个7芯电台插座组。 [0034] automatic control switch 231 is set, 232 is a station transmitting lamp group 32, LED display time 233 is a transceiver 234 is 1: 3/1: selecting switch 9, a power switch 235; 236 is manually issued 32 control switch, 237 is a station 32 outlet group 7 of the core.

[0035] 241是排风窗,242是交流输入端口,243是32个7芯电台插座组。 [0035] 241 is a ventilation window, AC input port 242, 243 is a station 32 outlet group 7 of the core.

[0036] 3是电源单元。 [0036] 3 is a power supply unit.

[0037] 4是射频负载单元,其中: [0037] The radio 4 is a load cell, wherein:

[0038] 401是第I射频同轴负载,402是第2射频同轴负载,……,432是第32射频同轴负载。 [0038] I 401 are the RF coaxial load, 402 is a second RF coaxial load, ......, 432 are 32 RF coaxial load.

[0039] 5是立柜,其中: [0039] 5 is a wardrobe, in which:

[0040] 51是壳体,52是定位轮。 [0040] 51 is a housing, 52 is a positioning wheel.

具体实施方式 Detailed ways

[0041 ]请参阅图1至图6所示,为本发明具体实施例。 [0041] Please refer to FIG 1 to FIG. 6, a particular embodiment of the present invention.

[0042] 结合图1和图2可以看出: [0042] FIG. 1 and FIG. 2 shows that:

[0043] 本发明包括有电源控制单元1、综合业务处理单元2、电源单元3、射频负载单元4和立柜5,共5个部分,其中,电源控制单元1、综合业务处理单元2、电源单元3、射频负载单元4依次从上而下设置在立柜5中,相结合构成一个整体,其中: [0043] The present invention comprises a power supply control unit 1, an integrated service processing unit 2, power supply unit 3, a radio frequency load unit 4 and the closet 5, a total of five parts, wherein the power control unit 1, an integrated service processing unit 2, a power unit 3, the radio frequency load unit 4 are sequentially provided from the top down in the closet 5, combine to form a whole, wherein:

[0044] 所述电源控制单元I,又包括有电源控制盒11,电源控制盒12,电源控制盒13和电源控制盒14,且电源控制盒11的直流输入端与电源单元3的直流输出端相连接,电源控制盒11的直流输出I至直流输出8分别与电台I至电台8的直流输入端相连接,电源控制盒12的直流输入端与电源单元3的直流输出端相连接,电源控制盒12的直流输出9至直流输出16分别与电台9至电台16的直流输入端相连接,电源控制盒13的直流输入端与电源单元3的直流输出端相连接,电源控制盒13的直流输出17至直流输出24分别与电台17至电台24的直流输入端相连接,电源控制盒14的直流输入端与电源单元3的直流输出端相连接,电源控制盒14的直流输出25至直流输出32分别与电台25至电台32的直流输入端相连接。 [0044] The power supply control unit I, in turn comprising a power control box 11, the power control box 12, box 13 power control and power control box 14, control box and power supply unit to the DC input terminal 11 of the DC output terminal 3 connected to the DC power control box 11 to the output I DC output station 8, respectively to the station I a DC input terminal 8 is connected to the control box 12 DC power input terminal and output terminal of the DC power supply unit 3 is connected to the power supply control box 12 outputs DC 9 to 16 are connected to the DC output terminal of the DC input station 9 to station 16, the power supply control box 13 of the DC input terminal of the DC power supply unit is connected to the output terminal 3, the DC output power control box 13 17 to 24 are connected to the DC output terminal of the DC input station 17 to station 24, the control box 14 of the DC power input terminal and the output terminal of the DC power supply unit 3 is connected to the DC power source 14 outputs the control box 25 to the DC output 32 are respectively connected to the DC input terminal 25 to the radio station 32.

[0045]所述电源单元3为电源控制单元I的专用直流供电电源,其直流输出端同时与电源控制单元I中的电源控制盒11、电源控制盒12、电源控制盒13、电源控制盒14的直流输入端相连接 [0045] The power supply unit 3 is a power control unit I-DC power supply, which control box supply DC output terminal I while the power supply control unit 11, the power control box 12, the power control box 13, the power control box 14 connected to the input DC

[0046]所述射频负载单元4,又包括有32个50 Ω射频同轴负载401至射频同轴负载432,射频同轴负载401至射频同轴负载432依次分别与老化中的32部电台的电台I至电台32的天线口相连 [0046] The RF load unit 4, including 32 and 50 Ω RF coaxial RF coaxial load 401 to load 432, load 401 to RF coaxial RF coaxial load 432 are sequentially aging the 32 stations with radio station antenna is connected to the I port 32

[0047] 从图4可以看出: [0047] As can be seen from Figure 4:

[0048]所述综合业务处理单元2,又包括有综合控制模件21、线缆接口组件22、前面板部件23、后盖板部件24、框架25和壳体26,且综合控制模件21通过扁平传输电缆211与前面板部件23上半部分自动控制开关组231、32个电台发射指示灯组232、收发时间LED显示器233、1:3/1:9选择开关234相连接,综合控制模件21通过扁平传输成套电缆212与线缆接口组件22相连接;线缆接口组件22通过扁平传输电缆221与前面板部件23下半部分电台插座组237和后盖板部件24下半部分电台插座组243相连接,线缆接口组件22分成4部分,第I部分控制第I部电台至第8部电台的发射与接收,第2部分控制第9部电台至第16部电台的发射与接收,第3部分控制第17部电台至第24部电台的发射与接收,第4部分控制第25部电台至第32部电台的发射与接收。 [0048] The process unit 2 integrated services, but also includes integrated control module 21, a cable interface assembly 22, the front panel member 23, rear cover member 24, frame 25 and housing 26, and an integrated control module 21 lamp emitting group through a flat transmission cable 211 and the upper half of the 23 automatic control switch group 231,32 stations front panel member 232, the transceiver LED display time 233,1: 3/1: 9 selection switch 234 is connected to integrated control module 21 cable set element 212 is connected to the flat cable interface assembly 22 through a transmission; a cable interface assembly 22 through the flat transmission cable 221 and the front panel member 23 the lower half 237 and the outlet station rear cover member 24 the lower half of the receptacle stations group 243 is connected to the cable interface assembly 22 is divided into four parts, part I part I of the control station to transmit and receive the radio unit 8, the second control portion 9 to the radio transmitting and receiving unit 16 of the radio unit, part 3 of the control station 17 to transmit and receive radio section 24, part 4 of the control station 25 to transmit and receive radio section 32.

[0049] 结合图3和图4可以看出: [0049] in conjunction with FIGS. 3 and 4 can be seen:

[0050]所述综合控制模件21,又包括有扁平传输电缆211,扁平传输成套电缆212,输入接口模块Ul,中央处理器模块U2,输出接口模块U3,计时控制模块U4,显示控制模块U5,其中:[0051 ] 所述输入接口模块Ul,又包括有SR锁存器Ul I,或非门U12,且SR锁存器Ul I的第3和第4脚分别与控制1:3/1:9模式选择按键开关234的第I和第2脚相连接,SR锁存器Ul I的第6,7,11,12脚依次分别与4个电源选择开关组231的SI,S2,S3,S4的第I脚相连接,SR锁存器Ul I的第4,3,6,7,12,11,14,15依次分别与微处理器U21的第39脚至第32脚相连接;或非门U12的第5脚与微处理器U21的第17脚相连接,或非门U12的第4脚与SR锁存器Ull的第5脚相连接。 [0050] The integrated control module 21, and comprises a flat transmission cable 211, the flat transmission cable set 212, an input interface Ul module, the central processor module U2, U3 output interface module, the timing control module U4, U5 display control module wherein: [0051] the input interface module Ul, and includes an SR latch Ul I, NOR gate U12, Ul I SR latch and the first pin 3 and 4 respectively control 1: 3/1 : 9 mode selection key switch 234 of I and the second pin is connected to, SR latch pin 6,7,11,12 I Ul of the four sequentially each power switch group 231 is selected SI, S2, S3, S4 is connected to the first pin I, in turn are connected to the first 4,3,6,7,12,11,14,15 SR latch and I Ul 39 feet to 32 feet of the microprocessor U21; or a first NAND gate U12 5 feet and 17 feet of the microprocessor U21 is connected to the NOR gate U12 pin 4 and the SR latch Ull are connected to the fifth pin.

[0052] 所述中央处理器模块U2,又包括有微处理器U21,晶体振荡器U22,且微处理器U21的第39脚至第32脚依次分别与Ul I的第4,3,6,7,12,11,14,15脚相连接,微处理器U21的第39脚至第32脚依次分别与U31的第3,4,7,8,13,14,17,18脚相连接,微处理器U21的第39脚至第32脚依次分别与U41的第3,4,7,8,13,14,17,18脚相连接,微处理器U21的第39脚至第32脚依次分别与U51的第3,4,7,8,13,14,17,18相连接;晶体振荡器U22的第I和第2脚分别与微处理器U21的第18和第19脚相连接。 [0052] The central processor module U2, U21 and includes a microprocessor, a crystal oscillator U22, U21 and the microprocessor 39 first leg to the second leg 32 are first successively 4,3,6 and the Ul I, 7,12,11,14,15 pin connected to the microprocessor U21 of 39 feet to 32 feet in turn are connected to the first 3,4,7,8,13,14,17,18 pin U31, the microprocessor U21 of 39 feet to 32 feet in turn are connected to the first 3,4,7,8,13,14,17,18 U41 pin, the first pin 39 of the microprocessor U21 to turn pin 32 It is connected to the first 3,4,7,8,13,14,17,18 U51; U22 crystal oscillator of I and 2 are connected to the first pin 18 and the pin 19 of the microprocessor U21.

[0053] 所述输出接口模块U3,又包括有一个锁存器U31,一个驱动器U32,一个继电器组1]33,且锁存器1]31的第3,4,7,8,13,14,17,18脚依次分别与1]21的第39脚至第32脚相连接,驱动器U32的第I脚至第8脚依次分别与U31的第2,5,6,9,12,15,16,19脚相连接,继电器组U33,又包含有继电器Kl至继电器K8这8个继电器,继电器Kl至继电器K8的第16脚依次分别与驱动器U32的第18脚至第11脚相连接,继电器Kl至继电器K8的第8脚同时连接到前面板部件23的电台插座组237和后盖板部件24的电台插座组243上,每个继电器的输出脚同时连接4个电台插座,具体连接方式为:继电器Kl的第8脚同时与电台插座组237的第I,9,17,25号电台插座相连接,继电器K2的第8脚同时与电台插座组237的第2,10,18,26号电台插座相连接,继电器K3的第8脚同时与电台插座组237的第3,11,19,27号电台插座相连接,继电 [0053] The output interface module U3, further comprising a latch U31, U32 a drive, a relay group 1] 33, and the first latch 3,4,7,8,13,14 1] 31 , 17, 18 in turn are connected to the foot 39 of the foot 1] is 21 to 32 feet, the driver U32 of feet to 8 feet I turn of 2,5,6,9,12,15 U31, respectively, and 16 and 19 is connected to the foot, the relay unit U33, and comprising relay Kl to K8 eight relays a relay, the relay Kl to K8 pin 16 in turn are connected to drive pin 18 to pin 11 of U32, the relay relay Kl to 8 feet K8 stations simultaneously connected to the outlet group 243 of the front panel 23 of the group member station outlet 237 and the rear cover member 24, while the output pin of each relay stations connecting socket 4, specifically for the connection : relay Kl is 8 feet while the I group and outlet stations 237, No. 9,17,25 station is connected to the socket, the relay K2 is 8 feet while No. 2,10,18,26 and radio outlet group 237 radio socket connected to the relay K3 8 feet simultaneously connected to the radio station outlet group No. 3,11,19,27 socket 237, relay K4的第8脚同时与电台插座组237的第4,12,20,28号电台插座相连接,继电器K5的第8脚同时与电台插座组237的第5,13,21,29号电台插座相连接,继电器K6的第8脚同时与电台插座组237的第6,14,22,30号电台插座相连接,继电器K7的第8脚同时与电台插座组237的第7,15,23,31号电台插座相连接,继电器K8的第8脚同时与电台插座组237的第8,16,24,32号电台插座相连接,电台插座组243上电台插座和电台插座组237上电台插座的连接方式相同。 K4 eighth pin connected to the radio while outlet group socket No. 4,12,20,28 station 237, relay K5 is 8 feet outlet group simultaneously with radio stations No. 5,13,21,29 socket 237 is connected to the relay K6 8 feet simultaneously connected to the radio station outlet group No. 6,14,22,30 socket 237, relays K7 8 feet simultaneously and outlet stations 237 7,15,23 group, outlet 31 is connected to the radio relay 8 feet K8 receptacle stations while the receptacle No. 8,16,24,32 station 237 is connected, the outlet group on the radio station 243 and radio socket 237 socket outlet station the same connection.

[0054] 所述计时控制模块U4,又包括一个锁存器U41和一个驱动器U42,且锁存器U41的第3,4,7,8,13,14,17,18依次分别与1]21的第39脚至第32脚相连接,驱动器1]42的第1脚至第8脚依次分别与锁存器U41的第2,5,6,9,12,15,16,19脚相连接,锁存器U42的第18脚至第11脚依次分别与收发时间LED显示器233的第I,4,5,9,11,14,15,19脚相连接。 [0054] The timing control module U4, further comprising a latch and a driver U41 U42, and the second latch respectively in turn 3,4,7,8,13,14,17,18 U41 1] 21 the first pin 39 is connected to the first pin 32, the drive pin 1 1] 42 to 8 feet in turn are connected to the first latch U41 pin of 2,5,6,9,12,15,16,19 the latch pin 18 to pin 11 of U42 are successively transmitting and receiving time of the LED display of I 233, is connected to the foot 4,5,9,11,14,15,19.

[0055] 所述显示控制模块U5,又包括有一个锁存器U51和一个驱动器U52,且锁存器U51的第3,4,7,8,13,14,17,18脚依次分别与1]21的第39脚至第32脚相连接,驱动器1]52的第1脚至第8脚依次分别与1]51的第2,5,6,9,12,15,16,19脚相连接,驱动器1]52的第18脚至第11脚直接连接到32个电台发射指示灯组232上,每个输出脚同时连接四个发光二极管,具体连接方式为:驱动器U52的第18脚同时与第I,9,17,25号发光二极管相连接,驱动器U52的第17脚同时与第2,10,18,26号发光二极管相连接,驱动器U52的第16脚同时与第3,11,19,27号发光二极管相连接,驱动器U52的第15脚同时与第4,12,20,28号发光二极管相连接,驱动器1]52的第14脚同时与第5,13,21,29号发光二极管相连接,驱动器U52的第13脚同时与第6,14,22,30号发光二极管相连接,驱动器U52的第12脚同时与第7 ,15,23,31号发光 [0055] The display control module U5, further comprising a latch and a driver U51 U52, and U51 latch pin of 3,4,7,8,13,14,17,18 sequentially respectively 1 ] 39 feet to 32 feet 21 is connected to the drive pin 1 1] to 52 respectively are sequentially 8 feet 1] relative to the first legs 51 2,5,6,9,12,15,16,19 connection, the drive pin 18, 1] is 52 to 11 feet is directly connected to the station transmitting the 32 group indicator 232, connected to each output pin while the four light emitting diodes, specifically for the connection: a first drive pin 18 while U52 and Group I, No. 9,17,25-emitting diode is connected to the drive pin 17 is connected to U52 simultaneously No. 2,10,18,26 LED, the drive pin 16 of U52 simultaneously and 3,11, No. 19, 27 is connected to the light emitting diode, the drive pin 15 is connected to U52 simultaneously No. 4,12,20,28 light emitting diode drive 1] 52 to 14 feet while the number of 5,13,21,29 light emitting diode is connected to the drive pin 13 is connected to U52 simultaneously No. 6,14,22,30 light emitting diode drive pin 12 simultaneously emit light and U52, 15,23,31 No. 7 极管相连接,驱动器U52的第11脚同时与第8,16,24,32号发光二极管相连接。 A diode connected to the drive pin 11 is connected to U52 simultaneously No. 8,16,24,32 light emitting diode.

[0056] 从图4可以看出: [0056] As can be seen from Figure 4:

[0057]所述线缆接口组件22,经扁平传输成套电缆212直接与综合控制模件21相衔接,再经扁平传输电缆221引到电台插座组237上。 [0057] The cable interface assembly 22, the flat cable 212 sets the transmission 21 is directly linked with the integrated control module, and then transmitted through the flat cable 221 leads to the outlet station 237.

[0058] 从图5可以看出: [0058] As can be seen from Figure 5:

[0059]所述前面板部件23,又分成上半部分和下半部分,其中: [0059] The front panel member 23, is divided into an upper half and a lower half, wherein:

[0060]所述上半部分左边位置设置有自动控制开关组231,中间位置设置有32个电台发射指示灯组232,右边上面位置设置有收发时间LED显示器233,右边中间位置设置有1:3/1:9选择开关234,右边下面位置设置有电源开关235。 [0060] The upper portion of the left half position is provided with an automatic control switch group 231, an intermediate position is provided with a lamp 32 emitting station set 232, a transceiver provided at a position above the right time of the LED display 233, is provided with a right middle position: 3 / 1: 9 selection switch 234, the right lower position is provided with a power switch 235.

[0061 ] 所述下半部分位置设置有32个手动发控制开关组236,32个电台插座组237。 [0061] The position of the lower half 32 is provided with a manual transmission control switch group 237 236,32 outlet stations.

[0062] 从图6可以看出: [0062] As can be seen from Figure 6:

[0063]所述后盖板部件24,上半部分中间位置设置有排风窗241,上半部分右边位置设置有交流输入端口242,下半部分设置有32个电台插座组243。 [0063] The rear cover member 24, the upper half of an intermediate position is provided with a ventilation window 241, the upper half of the right position is provided with AC input ports 242, the lower half 32 is provided with a radio outlet group 243.

[0064]另外,值得特别说明的是:中央处理器U21型号为Atmel 89S51,S至R锁存器Ull为4043,锁存器U31为74HC373,8位驱动器U32为ULN2803,继电器组U33采用的是DS2Y至S至DC5V,其余均为工业级器件;而立柜采用SPCC优质冷乳钢板制作,表面处理时方孔条镀蓝锌,其余脱脂、磷化、静电喷塑,顶部风扇抽风,保证通风散热;包括综合业务处理单元在内的各功能单元机箱箱体采用高强度铝合金拉伸成型、表面喷塑,上下盖板采用高强度铝板冲压折弯成型、表面喷塑、并开有通风孔。 [0064] Further, worthy of special note are: a central processor U21 model Atmel 89S51, S to R latch 4043 to Ull, U31 latches U32 to 74HC373,8 as ULN2803 driver bit, used is a relay group U33 DS2Y to DC5V to S, the remaining components are industrial grade; and milk quality cold closet using SPCC steel plate, square hole blue zinc plating the surface treatment, the remaining degreasing, phosphating, electrostatic spray, the top of the ventilation fan to ensure ventilation ; including integrated service processing unit of the functional units, including high strength aluminum alloy enclosure body and stretch forming, surface spray, the vertical high-strength aluminum plate bending press forming, surface spray, the opening and ventilation holes.

[0065]以上实施例,仅为本发明的较佳实施例而已,用以说明本发明的技术特征和可实施性,并非用以限定本发明的申请专利权利;同时以上的描述,对于熟知本技术领域的专业人士可明了并加以实施,因此,其他在未脱离本发明所揭示的前提下所完成的等效的改变或修饰,均应包含在所述的申请专利范围之内。 [0065] The above embodiments are merely preferred embodiments of the present invention, only to illustrate features of the invention can be implemented and are not intended to limit the patent claim of the present invention; while the above description, according to well known professionals in the art can understand and implement them, and therefore, without departing from other equivalent alterations or modifications of the disclosed under the premise of the present invention completed, it should be included within the scope of the patent.

Claims (5)

  1. 1.一种基于对多部电台同时进行在线老化与自动监测的系统,包括有电源控制单元(I)、综合业务处理单元(2)、电源单元(3)、射频负载单元(4)和立柜(5)共5个部分,且电源控制单元(1)、综合业务处理单元(2)、电源单元(3)、射频负载单元(4)依次从上而下设置在立柜(5)中,相结合构成一个整体,其中: a.所述电源控制单元(I),又包括有I个电源控制盒(11),1个电源控制盒(12),I个电源控制盒(13)和I个电源控制盒(14),用以完成对老化中的32部电台的接收/发射电流的实时显示、监测,并迅速对老化中出现的电台故障快速进行声光告警,并切断其供电、以保护故障电台,且电源控制盒(11)的直流输入端与电源单元(3)的直流输出端相连接,电源控制盒(II)的直流输出I至直流输出8分别与电台I至电台8的直流输入端相连接,电源控制盒(12)的直流输入端与电源单元(3)的直流输出 1. Based on the multiple simultaneous radio system and automatic online monitoring aging, including a power control unit (the I), Integrated Services processing unit (2), a power unit (3), a radio frequency load unit (4) and wardrobe (5) a total of five parts, and the power control unit (1), integrated services processing unit (2), a power unit (3), a radio frequency load unit (4) sequentially from the top down disposed closet (5), the phase combined to form a whole, in which:. a said power control means (I), and an I power supply comprising a control box (11), a power control box (12 is), the I power control box (13) and the I power control box (14) for receiving real-time display of the completion of the aging station 32 / the emission current, monitoring, and rapid aging of radio failure occurring in rapid sound and light alarm, and cutting off power supply to protect the station failure, and the power control box (11) a DC input power supply unit (3) connected to the output of the DC, the DC power control box (II) is output to the DC output I station 8, respectively 8 and the direct current I to station connected to the input, the power control box (12) a DC input power supply unit (3) of the DC output 端相连接,电源控制盒(12)的直流输出9至直流输出16分别与电台9至电台16的直流输入端相连接,电源控制盒(13)的直流输入端与电源单元(3)的直流输出端相连接,电源控制盒(I 3)的直流输出17至直流输出24分别与电台17至电台24的直流输入端相连接,电源控制盒(14)的直流输入端与电源单元(3)的直流输出端相连接,电源控制盒(14)的直流输出25至直流输出32分别与电台25至电台32的直流输入端相连接; b.所述电源单元(3)为电源控制单元(I)的专用直流供电电源,用以为电源控制单元(I)提供大功率、低噪声、低波动、带过压和过流保护功能的直流电源,电源单元(3)的直流输出端同时与电源控制单元(I)中的电源控制盒(II)、电源控制盒(12)、电源控制盒(13)、电源控制盒(14)的直流输入端相连接; c.所述射频负载单元(4),又包括有32个50 Ω射频同轴负载(401)至射频同轴负载(4 End connection, power control box (12) 9 DC output to a DC output station 16 respectively to the station 9 is connected to the DC input terminal 16, a DC power supply DC control box (13) and the input of the power supply unit (3) connected to the output, the DC power control box (the I 3) to the DC output 17 output 24 are connected to the DC input terminal 17 to the radio station 24, the power control box (14) a DC input power supply unit (3) connected to the output of the DC, the DC power control box (14) to the DC output 25 output 32 are connected to the DC input terminal of station 25 to station 32; b. the power supply unit (3) for the power control unit (I. ) of the AC-DC power supply, a power control unit that (I) provide high power, low noise, low volatility, with overvoltage and overcurrent protection of the DC power supply unit (3) while the DC output ends of the power control power control box unit (II) in (the I), the power control box (12), the power control box (13), the power control box (14) connected to the input DC; C the radio frequency load unit (4). , 32 also includes coaxial RF 50 Ω load (401) to a radio frequency coaxial load (4 32),用以完成对老化中的32部电台的阻抗匹配,使电台不失配而能稳定可靠工作、发射功率最大与接收功率稳定,射频同轴负载(401)至射频同轴负载(432)依次分别与老化中的32部电台的电台I至电台32的天线口相连; 其特征是: 所述综合业务处理单元(2),又包括有综合控制模件(21)、线缆接口组件(22)、前面板部件(23)、后盖板部件(24)、框架(25)和壳体(26),用以完成对老化中的32部电台的发射与接收工作时间、发射与接收状态指示的控制,且综合控制模件(21)通过扁平传输电缆(211)与前面板部件(23)上半部分自动控制开关组(231)、32个电台发射指示灯组(232)、收发时间LED显示器(233)、1:3/1:9选择开关(234)相连接,综合控制模件(21)通过扁平传输成套电缆(212)与线缆接口组件(22)相连接;线缆接口组件(22)通过扁平传输电缆(221)与前面板部件(23)下半部分电台插座组(237)和后盖 32), to complete the aging impedance matching station 32 the radio without mismatching and stable and reliable work, the maximum transmission power and reception power stability, RF coaxial load (401) to a radio frequency coaxial load (432 ) were successively with aging in the 32 radio station I to station antenna 32 connected to the port; characterized in that: said integrated service processing unit (2), in turn comprising an integrated control module (21), a cable interface component (22), the front panel member (23), the rear cover member (24), the frame (25) and the housing (26), to complete the transmitting and receiving operation time of the aging station 32, transmission and reception the control state, and the integrated control module (21) upper part of automatic control switch group (231), 32 station transmitting lamp group (232) through a flat transmission cable (211) and the front panel member (23), a transceiver time LED display (233), 1: 3/1: 9 selector switch (234) is connected, the integrated control module (21) through a flat transmission cable set (212) and the cable interface assembly (22) is connected; a cable interface components (22) lower half radio outlet group (237) and the rear transmission through a flat cable (221) and the front panel member (23) 部件(24)下半部分电台插座组(243)相连接,线缆接口组件(22)分成4部分,第I部分控制第I部电台至第8部电台的发射与接收,第2部分控制第9部电台至第16部电台的发射与接收,第3部分控制第17部电台至第24部电台的发射与接收,第4部分控制第25部电台至第32部电台的发射与接收。 Means (24) the lower half radio outlet group (243) is connected to the cable interface assembly (22) is divided into four parts, Part I, Part I of the control station to transmit and receive radio unit 8, the second part of the control section 9 to the radio transmitting and receiving station in the first 16, third control portion 17 of the transmitting and receiving station to the first station 24, part 4 of the control station 25 to transmit and receive radio section 32.
  2. 2.如权利要求书I所述的基于对多部电台同时进行在线老化与自动监测的系统,其特征是: 所述综合控制模件(21),又包括有扁平传输电缆(211),扁平传输成套电缆(212),输入接口模块Ul,中央处理器模块U2,输出接口模块U3,计时控制模块U4,显示控制模块U5,且综合控制模件(21)用以接收前面板(23)上自动控制开关组(231)和1:3/1:9选择开关(234)的指令信息,并将电台的剩余发射时间提供给LED显示器(233)进行显示,同时将每个电台的发射状态到电台发射指示灯组(232)上和输出到线缆接口组件(22)上,其中: a.所述输入接口模块Ul,又包括有SR锁存器Ul I,或非门U12,且SR锁存器Ul I的第3和第4脚分别与控制1:3/1:9模式选择按键开关(234)的第I和第2脚相连接,SR锁存器Ul I的第6,7,11,12脚依次分别与4个电源选择开关组(231)的SI,S2,S3,S4的第I脚相连接,SR锁存器Ul I的第4,3,6 2. I according to the claims based on multiple-line radio system and automatic monitoring aging simultaneously, characterized in that: said integrated control module (21), in turn comprising a flat transmission cable (211), flat transmission cables (212), an input interface Ul module, the central processor module U2, U3 output interface module, the timing control module U4, U5 display control module, and an integrated control module (21) for receiving the front panel (23) automatic control switch group (231) and 1: 3/1: 9 selector switch (234) of the instruction information, and the radio transmission time remaining to the LED display (233) for display, while the state of each station to transmit radio transmitting lamp group (232) and output to the cable interface assembly (22), wherein: a said input interface Ul module, and includes an SR latch Ul I, NOR gate U12, and SR latch. I register Ul 3 and 4 of the control pin are 1: 3/1: 9 mode selection key switch (234) is I and the second pin is connected to the first I Ul 6,7 SR latch, and SI 11,12 respectively four feet turn the power selection switch group (231), S2, S3, S4 of the second pin I is connected to the first I Ul 4,3,6 SR latch of 7,12,11,14,15依次分别与微处理器U21的第39脚至第32脚相连接;或非门U12的第5脚与微处理器U21的第17脚相连接,或非门U12的第4脚与SR锁存器Ull的第5脚相连接; b.所述中央处理器模块U2,又包括有微处理器U21,晶体振荡器U22,且微处理器U21的第39脚至第32脚依次分别与Ull的第4,3,6,7,12,11,14,15脚相连接,微处理器U21的第39脚至第32脚依次分别与U31的第3,4,7,8,13,14,17,18脚相连接,微处理器U21的第39脚至第32脚依次分别与U41的第3,4,7,8,13,14,17,18脚相连接,微处理器U21的第39脚至第32脚依次分别与U51的第3,4,7,8,13,14,17,18相连接;晶体振荡器U22的第I和第2脚分别与微处理器U21的第18和第19脚相连接; c.所述输出接口模块U3,又包括有一个锁存器U31,一个驱动器U32,一个继电器组U33,且锁存器U31的第3,4,7,8,13,14,17,18脚依次分别与U21的第39脚至第32 7,12,11,14,15 turn are connected to pin 39 to pin 32 of the microprocessor U21; U12 of the NOR gate 17 and the foot pin of the microprocessor U21 5 is connected to the NOR gate U12 pin 4 of the SR latch and a fifth pin Ull are connected; b. at the central processor module U2, further comprising a microprocessor U21, crystal oscillator U22, U21 and the first pin 39 of the microprocessor. the first pin 32 to turn are connected to the first leg 4,3,6,7,12,11,14,15 Ull microprocessor U21 of 39 feet to 32 feet, respectively, the third and fourth turn of the U31 , 7,8,13,14,17,18 pin is connected to the microprocessor U21 of 39 feet to 32 feet, respectively, and the second turn pin U41 of 3,4,7,8,13,14,17,18 connected to the microprocessor U21 of 39 feet to 32 feet in turn are connected to the first 3,4,7,8,13,14,17,18 U51; U22 of the crystal oscillator and the second pin I are respectively connected to the first microprocessor 18 and the pin 19 of U21;. c the output interface module U3, further comprising a latch U31, a driver U32, a relay unit U33, U31 and latch of the 3,4,7,8,13,14,17,18 pin 39 in turn respectively to the pin 32 of U21 相连接,驱动器U32的第I脚至第8脚依次分别与U31的第2,5,6,9,12,15,16,19脚相连接,继电器组U33,又包含有继电器Kl至继电器K8这8个继电器,继电器Kl至继电器K8的第16脚依次分别与驱动器U32的第18脚至第11脚相连接,继电器Kl至继电器K8的第8脚同时连接到前面板部件(23)的电台插座组(237)和后盖板部件(24)的电台插座组(243)上,每个继电器的输出脚同时连接4个电台插座,具体连接方式为:继电器Kl的第8脚同时与电台插座组(237)的第I,9,17,25号电台插座相连接,继电器K2的第8脚同时与电台插座组(237)的第2,10,18,26号电台插座相连接,继电器K3的第8脚同时与电台插座组(237)的第3,11,19,27号电台插座相连接,继电器K4的第8脚同时与电台插座组(237)的第4,12,20,28号电台插座相连接,继电器K5的第8脚同时与电台插座组(237)的第5,13,21,29号电台插座相连接,继电 Connected to drive the first I U32 feet to 8 feet in turn are connected to the first 2,5,6,9,12,15,16,19 pin U31, U33 relay unit, and comprising relay Kl to the relay K8 eight relays, relay Kl to relays K8 the pin 16 in turn are connected to drive 18 feet to 11 feet U32, the relay Kl to the relay pin 8 K8 is simultaneously connected to the front panel member (23) station the outlet group (237) and a rear cover member (24) radio outlet group (243), while the output pin connected to each relay station socket 4, specifically for the connection: the relay Kl 8 feet simultaneously with radio socket group (237) of I, is connected to the receptacle station No. 9,17,25, the first relay K2 is connected to the pin 8 while the radio outlet group (237) No. 2,10,18,26 radio socket, relay K3 pIN 8 No. 3,11,19,27 station simultaneously connected to the radio socket outlet group (237), the relay K4 while the 8 feet of 4,12,20,28 and radio outlet group (237) of station number is connected to the socket, pin 8 of relay K5 is connected to the radio while outlet group (237) No. 5,13,21,29 radio socket, relay 1(6的第8脚同时与电台插座组(237)的第6,14,22,30号电台插座相连接,继电器K7的第8脚同时与电台插座组(237)的第7,15,23,31号电台插座相连接,继电器K8的第8脚同时与电台插座组(237)的第8,16,24,32号电台插座相连接,电台插座组(243)上电台插座和电台插座组(237)上电台插座的连接方式相同; d.所述计时控制模块U4,又包括一个锁存器U41和一个驱动器U42,且锁存器U41的第3,4,7,8,13,14,17,18依次分别与U21的第39脚至第32脚相连接,驱动器U42的第I脚至第8脚依次分别与锁存器1]41的第2,5,6,9,12,15,16,19脚相连接,锁存器1]42的第18脚至第11脚依次分别与收发时间LED显示器(233)的第I,4,5,9,11,14,15,19脚相连接; e.所述显示控制模块U5,又包括有一个锁存器U51和一个驱动器U52,且锁存器U51的第3,4,7,8,13,14,17,18脚依次分别与U21的第39脚至 1 (8 feet 6 stations simultaneously connected to the outlet group (237) of the socket No. 6,14,22,30 radio relay K7 8 feet simultaneously with radio outlet group 7, 15 (237), and No. 23, 31 is connected to the receptacle stations, the relay 8 feet K8 stations simultaneously connected to the outlet group (237) of the socket No. 8,16,24,32 radio, radio outlet group (243) on the radio and radio outlet socket group (237) on the same radio connection socket;. d of the timing control module U4, further comprising a latch U41 and U42 a drive, and the latch of the 3,4,7,8,13 U41, 14,17,18 in turn are connected to the U21 pin 39 through pin 32, the driver U42 of feet to 8 feet I turn the first latch respectively 2,5,6,9,12 1] 41 , 15, 16 is connected to the foot, the latch pin 1 18] 42 to 11 feet, respectively, of sequentially transmitting and receiving time I LED display (233), 4,5,9,11,14,15, pin 19 is connected; E the display control module U5, further comprising a latch and a driver U51 U52, and U51 latch pin of the first 3,4,7,8,13,14,17,18. 39 feet, respectively, and turn to U21 32脚相连接,驱动器U52的第I脚至第8脚依次分别与U51的第2,5,6,9,12,15,16,19脚相连接,驱动器U52的第18脚至第11脚直接连接到32个电台发射指示灯组(232)上,每个输出脚同时连接四个发光二极管,具体连接方式为:驱动器U52的第18脚同时与第I,9,17,25号发光二极管相连接,驱动器U52的第17脚同时与第2,10,18,26号发光二极管相连接,驱动器U52的第16脚同时与第3,11,19,27号发光二极管相连接,驱动器U52的第15脚同时与第4,12,20,28号发光二极管相连接,驱动器1]52的第14脚同时与第5,13,21,29号发光二极管相连接,驱动器U52的第13脚同时与第6,14,22,30号发光二极管相连接,驱动器U52的第12脚同时与第7 ,15,23,31号发光二极管相连接,驱动器U52的第11脚同时与第8,16,24,32号发光二极管相连接。 Pin 32 is connected to the first driver U52 I feet to 8 feet in turn are connected to the first leg 2,5,6,9,12,15,16,19 U51, the drive pin 18 to pin 11 of U52 32 is directly connected to the station transmitting on the group indicator (232), each connected to the output pin while the four light emitting diodes, specifically for the connection: a first drive pin 18 of U52 simultaneously and I, a light emitting diode No. 9,17,25 is connected to the drive pin 17 is connected to U52 simultaneously No. 2,10,18,26 LED, the drive pin 16 is connected to U52 simultaneously No. 3,11,19,27 emitting diode, the driver U52 while pin 15 is connected to No. 4,12,20,28 light emitting diode drive 1] 14 feet 52 simultaneously connected to the LED No. 5,13,21,29, while the drive pin 13 of U52 No. 6,14,22,30 is connected to the light emitting diode, the drive pin 12 of U52 and 7 simultaneously, the light emitting diode is connected to No. 15,23,31, drive pin 11 of U52 simultaneously with 8,16, No. 24, 32 is connected to the light emitting diode.
  3. 3.如权利要求书I所述的基于对多部电台同时进行在线老化与自动监测的系统,其特征是: 所述线缆接口组件(22),经扁平传输成套电缆(212)直接与综合控制模件(21)相衔接,再经扁平传输电缆(221)引到电台插座组(237)上,用以完成接收来自综合控制模件(21)发出的每部电台的发射状态信息,从而控制每部电台的发射或接收。 3. I according to the claims based on multiple stations simultaneously online system and automatic monitoring of aging, characterized in that: said cable interface assembly (22), (212) and integrated directly transmitted through the flat cable set control module (21) are connected, and then the flat transmission cable (221) leads to the outlet station set (237), to complete transmission status information received from the integrated radio unit of each control module (21) issued to a control unit for each transmitting or receiving station.
  4. 4.如权利要求书I所述的基于对多部电台同时进行在线老化与自动监测的系统,其特征是: 所述前面板部件(23),又分成上半部分和下半部分,且前面板部件(23)用以通过自动控制开关组(231)中的每个开关来完成控制8路电台的收/发工作,通过电台发射指示灯组(232)用来指示32个电台的发射指示,通过LED显示器(233)来显示所处发射状态的电台的剩余发射时间,通过选择开关(234)来选择电台老化发射时间与老化接收时间之比是1:3或1:9,通过电源开关(235)来控制综合业务处理单元(2)的是否工作,通过电台插座(237)来与综合测试仪连接而进行电台测试,其中: a.所述上半部分左边位置设置有自动控制开关组(231),中间位置设置有32个电台发射指示灯组(232),右边上面位置设置有收发时间LED显示器(233),右边中间位置设置有1:3/1:9选择开关(234),右边下面位置设置有电源开 4. I according to the claims based on multiple-line radio system and automatic monitoring aging simultaneously, characterized in that: said front panel member (23), is divided into an upper half and a lower half and the front panel member (23) is used to complete the transmit / receive operation of the control station 8 by automatically controlling the switches of each switch group (231) and by transmitting the radio indicator set (232) is used to instruct the transmitter 32 indicating the station , in which the emission state is displayed by an LED display (233) of the remaining transmit time station, to select transmission time than the station with the aging of the aging time received via the selection switch (234) is 1: 3 or 1: 9, by the power switch (235) to control the integrated service processing unit (2) whether the work is carried out to test the radio connection through the radio socket tester (237), wherein:. a left position of the upper half portion is provided with an automatic control switch group (231), an intermediate position is provided with a lamp 32 emitting radio set (232), a transceiver provided at a position above the right time of the LED display (233), is provided with a right middle position 1: 3/1: 9 selector switch (234), the right lower position is provided with a power switch (235); b.所述下半部分位置设置有32个手动发控制开关组(236),32个电台插座组(237)。 (235);. B position of the lower half 32 is provided with a manual transmission control switch group (236), 32 station outlet group (237).
  5. 5.如权利要求书I所述的基于对多部电台同时进行在线老化与自动监测的系统,其特征是: 所述后盖板部件(24),上半部分中间位置设置有排风窗(241),上半部分右边位置设置有交流输入端口(242),下半部分设置有32个电台插座组(243),且后盖板部件(24)用以通过排风窗(241)完成综合业务处理单元(2)的换气和热导出,通过交流输入端口(242)完成综合业务处理单元(2)的供电,通过电台插座组(243)完成与电台连接。 5. I according to the claims based on multiple-line radio system and automatic monitoring aging simultaneously, wherein: the cover member (24) to the rear, the middle portion of the upper half is provided with a ventilation window ( 241), the upper half of the right position is provided with AC input port (242), the lower half 32 is provided with a radio outlet group (243), and the rear cover member (24) to complete the synthesis by ventilation window (241) the service processing unit (2) ventilation and dissipation of heat, to complete the power supply integrated service processing unit (2) through radio outlet group (243) is connected to the station is completed through the AC input port (242).
CN 201510651415 2015-10-09 2015-10-09 System for carrying out online aging and automatic monitoring on multiple radio stations simultaneously CN105703848A (en)

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