CN105703848B - Based on the system for carrying out online aging simultaneously to multi-section radio station with monitoring automatically - Google Patents
Based on the system for carrying out online aging simultaneously to multi-section radio station with monitoring automatically Download PDFInfo
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- CN105703848B CN105703848B CN201510651415.XA CN201510651415A CN105703848B CN 105703848 B CN105703848 B CN 105703848B CN 201510651415 A CN201510651415 A CN 201510651415A CN 105703848 B CN105703848 B CN 105703848B
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Abstract
The present invention is a kind of based on the system for carrying out online aging simultaneously to multi-section radio station with monitoring automatically, it include power control unit (1), Multiple Business Management unit (2), power supply unit (3), rf load unit (4) and clothes closet (5), totally 5 parts, wherein, power control unit (1), Multiple Business Management unit (2), power supply unit (3), rf load unit (4) are successively arranged in from top to down in clothes closet (5), combine and constitute an entirety；Total system is designed as hardware platform based on software design, with unit, centered on Multiple Business Management unit (2), carries out and is designed with the system architecture of unit form；The features such as reasonable with circuit design parameter, integral layout is illustrated, stable and reliable for performance, and easy to operate, work efficiency is high, and maintainability is good, and Electro Magnetic Compatibility is good；Whole system is controlled by microprocessor, can carry out the online aging of complete machine and automatic monitoring to up to 32 radio station simultaneously.
Description
Technical field
The present invention relates to the systems that a kind of pair of radio station carries out aging and monitoring, especially a kind of to be based on to multi-section radio station simultaneously
The system for carrying out online aging and monitoring automatically.
Background technique
With the continuous development of electronic technology, miscellaneous wireless telecom equipment has constructed much information transmission exchange
Platform.In order to improve stability, the reliability of wireless telecom equipment, wireless telecom equipment manufacturing firm need to be in the high/low temperature limit
Energization voltage ageing is carried out under operating temperature to it, acceleration disturbance is presented, and early detection substandard product simultaneously finds out solution, nothing
The voltage ageing control of line communication equipment and detection demand are also growing day by day, and device category is various, covers shortwave, ultrashort wave, microwave
Each frequency range, the voltage ageing time is long in addition, burn-in chamber environment on duty is poor, aging equipment is more, using conventional single channel control timer
Control transmitting-receiving mode carries out the needs that ageing equipment not can meet mass production at all, with manual intervention wireless telecom equipment
It receives also highly difficult with launch time.
To realize Real time aging and automatic monitoring to wireless telecom equipment, quickly and accurately by certain transmitting with connect
The working condition of time scale control wireless telecom equipment is received, and quick to the wireless telecom equipment failure occurred in aging rapidly
Audible and visual alarm is carried out, and cuts off its power supply, to protect failure radio station, is based on to multi-section radio station while carrying out there is an urgent need to develop
Line aging and the system monitored automatically.
Summary of the invention
The object of the invention is to provide one kind based on software, hardware is flat to overcome the shortcomings of prior art
Platform based on the system for carrying out online aging simultaneously to multi-section radio station with automatically monitoring.
In order to achieve the above object, the technical solution adopted by the present invention Shi ﹕
It is a kind of based on the system for carrying out online aging simultaneously to multi-section radio station with automatically monitoring, include power control unit
1, Multiple Business Management unit 2, power supply unit 3, rf load unit 4 and clothes closet 5, totally 5 parts, and power control unit 1,
Multiple Business Management unit 2, power supply unit 3, rf load unit 4 are successively arranged in clothes closet 5 from top to down, combine composition
One entirety, in which:
The power control unit 1, and include the control of the power supply of power control box 12,1 of 1 power control box 11,1
Box 13 and 1 power control box 14, to complete reception/emission current real-time display to 32 radio station in aging, prison
It surveys, and audible and visual alarm is quickly carried out to the radio station failure occurred in aging rapidly, and cut off its power supply, to protect failure radio station.
The power supply unit 3 is the special DC power supply of power control unit 1, to mention for power control unit 1
For high-power, low noise, low fluctuation, the DC power supply with over-voltage and overcurrent protection function.
The rf load unit 4, and include 32 50 Ω radio frequency coaxial loads 401 to radio frequency coaxial load 432, it uses
To complete impedance matching to 32 radio station in aging, make radio station not mismatch and can reliable and stable work, transmission power it is maximum
With reception power stability.
The Multiple Business Management unit 2, and include comprehensively control module 21, cable interface component 22, front panel portion
Part 23, back shroud component 24, frame 25 and shell 26, when completing the transmitting to 32 radio station in aging and receive work
Between, transmitting with reception state instruction control.
The comprehensively control module 21, and include flat transmission cable 211, flat transmission cable assembly 212, input connects
Mouth mold block U1, CPU module U2, output interface module U3, timing control module U4, display control module U5, and it is comprehensive
Instruction letter of the control module 21 to complete to receive automatic control switch group 231 and 1:3/1:9 selection switch 234 on front panel 23
Breath, and the remaining launch time in radio station is supplied to light-emitting diode display 233 and is shown, and at the same time by the transmitting in each radio station
In state to radio station transmitting indicating lamp group 232 and it is output on cable interface component 22.
The cable interface component 22 receives the transmitting from every radio station that comprehensively control module 21 issues to complete
Status information controls the transmitting or reception in every radio station.
The bezel assembly 23, to complete 8 roads of control electricity by each switch in automatic control switch group 231
Platform transmits/receives work, and the transmitting instruction in 32 radio station is indicated by radio station transmitting indicating lamp group 232, passes through light-emitting diode display
233 come show locating emission state radio station remaining launch time, when selecting aging transmitting in radio station by selection switch 234
Between with the ratio between aging receiving time be 1:3 or 1:9, controlled by power switch 235 Multiple Business Management unit 2 whether work
Make, radio station test is carried out to connect with comprehensive tester by radio station socket 237.
The back shroud component 24, to complete the ventilation and thermal conductivity of Multiple Business Management unit 2 by ventilation window 241
Out, the power supply that Multiple Business Management unit 2 is completed by ac input end mouth 242 passes through the completion of radio station socket group 243 and radio station
Connection.
Fundamental design idea of the invention includes that two Fang Mian ﹕ Multiple Business Management element circuit designs and structure process are excellent
Change design.
1, Multiple Business Management element circuit She Ji ﹕ CPU module U2 should handle automatic on front panel 23
The command information of control switch group 231 and 1:3/1:9 selection switch 234, is supplied to LED for the remaining launch time in radio station again
Display 233 is shown, is also indicated the emission state in each radio station onto radio station transmitting indicating lamp 232, the function of completion
Energy is more, data to be treated are complex, so U21 selects model 89S518 CMOS microprocessor, it uses ATMEL high
The manufacture of density nonvolatile storage manufacturing technology, it is mutually compatible with the MCS-51 instruction set and output pin of industrial standard, have very well
Anti-interference has the function of ISP online programming, only need to change software, not destroy hardware structure, easily carries out program upgrading.
2, structure process Youization She Ji ﹕ takes blocking, function modoularization design philosophy, each unit in whole design
It is all made of standalone chassis, is isolated in conjunction with practical experience and process, interference source and vulnerable to interference sections using best shielding, this
Sample each unit is not interfere with each other, and Electro Magnetic Compatibility is more preferable, is extended Geng Fang Bian ﹔ and is selected low-power consumption technical grade device, stringent to screen,
It carries out limit proportion to use, Allowance Design level is improved, to effectively improve the reliability of system.
The Gong of this invention made the Cheng ﹕ present invention when carrying out radio station voltage ageing, and power supply unit 3 is in power control unit 1
4 power control box 11,12,13,14 power, the output of power control box 11,12,13,14 is correspondingly connected to radio station again, complete
The power supply power supply of 32 communication stations in pairs of aging；Again by Multiple Business Management unit 2 give control radio station transmitting with
Receiving time by the ammeter docking on power control box 11,12,13,14 than being transmitted/received and being penetrated the transmitting and reception that control radio station
Electric current carries out real-time display, monitoring, and runs through the communication station event occurred in 11,12,13,14 pairs of agings of power control box
Barrier quickly carries out audible and visual alarm, and cuts off its power supply；The present invention tests radio station indicator when carrying out radio station detection, first
By computer remote control radio station, then by radio station comprehensive tester as needed to before the voltage ageing of radio station, in voltage ageing, voltage ageing
Radio station performance indicator afterwards, such as receiving sensitivity, tranmitting frequency error, transmission power, transmitting modulation sensitivity index carry out
Test.
It is more and more in view of wireless telecom equipment type, manufacturer produce kind it is more and more very much, aging receive with
Launch time requirement is multifarious, while in view of wireless communication technique, control technology and measuring technology are still constantly developing
With improve among, so as to expansible, reusable and be able to achieve improve control detection function, be at present to wireless telecom equipment
Voltage ageing automatically controls the basic demand that detection device proposes.It is therefore expected that being controlled for wireless telecom equipment voltage ageing
The equipment of detection preferably uses modularization framework, can carry out Real time aging, automatic control and prison to multi-section wireless telecom equipment simultaneously
It surveys, provides strong guarantee for the overall performance performance of wireless telecom equipment.
In short, total system of the present invention is designed as hardware platform based on software design, with unit, with general business
Centered on managing unit 2, carries out and designed with the system architecture of unit form；Reasonable with circuit design parameter, integral layout is illustrated,
It is stable and reliable for performance, the features such as easy to operate, work efficiency is high, and maintainability is good, and Electro Magnetic Compatibility is good；Whole system is by micro process
Device control can carry out the online aging of complete machine and automatic monitoring to up to 32 radio station simultaneously.
Detailed description of the invention
Fig. 1 is the whole three-dimensional status architecture schematic diagram of the present invention
Fig. 2 is overall work state principle schematic diagram of the present invention
Fig. 3 is Multiple Business Management unit electricity functional block diagram of the present invention
Fig. 4 is Multiple Business Management cellular construction schematic diagram of the present invention
Fig. 5 is Multiple Business Management unit front-panel structure schematic diagram of the present invention
Fig. 6 is Multiple Business Management unit rear cover plate structure schematic diagram of the present invention
Symbol Shuos Ming ﹕ in figure
1 be power control unit , Qi Zhong ﹕ 11 is the 1st power control box, and 12 be the 2nd power control box, and 13 be the 3rd power supply
Box is controlled, 14 be the 4th power control box.
2 be Qi Zhong ﹕ of Multiple Business Management unit ,
21 be comprehensively control module, and 22 be cable interface component, and 23 be bezel assembly, and 24 be back shroud component, and 25 are
Frame, 26 be shell.
211 be flat transmission cable, and 212 be flat transmission cable assembly, and U1 is input interface module, and U2 is central processing
Device module, U3 are output interface modules, and U4 is timing control module, and U5 is display control module.
221 be flat transmission cable.
231 be automatic control switch group, and 232 be 32 radio station transmitting indicating lamp groups, and 233 be transmitting-receiving time light-emitting diode display,
234 be 1:3/1:9 selection switch, 235 be electricity Yuan Kai Guan ﹔ 236 be 32 manually hair control switches, 237 be 32 7 core radio station insert
Seat group.
241 be ventilation window, and 242 be ac input end mouth, and 243 be 32 7 core radio station socket groups.
3 be power supply unit.
4 be Qi Zhong ﹕ of rf load unit ,
401 be the 1st radio frequency coaxial load, and 402 be the 2nd radio frequency coaxial load ... ..., and 432 be the 32nd radio frequency coaxial load.
5 be Qi Zhong ﹕ of clothes closet ,
51 be shell, and 52 be locating wheel.
Specific embodiment
It please refers to shown in Fig. 1 to Fig. 6, is the specific embodiment of the invention.
In conjunction with Fig. 1 and Fig. 2 Ke with Kan Chu ﹕
The present invention includes power control unit 1, Multiple Business Management unit 2, power supply unit 3,4 and of rf load unit
Clothes closet 5, totally 5 parts, wherein power control unit 1, Multiple Business Management unit 2, power supply unit 3, rf load unit 4
Successively it is arranged in clothes closet 5 from top to down, combines and constitute an entirety, in which:
The power control unit 1, and include power control box 11, power control box 12, power control box 13 and electricity
Source controls box 14, and the direct-flow input end of power control box 11 is connected with the DC output end of power supply unit 3, power control box
11 direct current output 1 is connected with the direct-flow input end in radio station 1 to radio station 8 respectively to direct current output 8, power control box 12 it is straight
Stream input terminal is connected with the DC output end of power supply unit 3, and direct current output 9 to the direct current output 16 of power control box 12 is distinguished
It is connected with the direct-flow input end in radio station 9 to radio station 16, the direct current of the direct-flow input end and power supply unit 3 of power control box 13 is defeated
Outlet is connected, and the direct current output 17 of power control box 13 is inputted with the direct current in radio station 17 to radio station 24 respectively to direct current output 24
End is connected, and the direct-flow input end of power control box 14 is connected with the DC output end of power supply unit 3, power control box 14
Direct current output 25 is connected with the direct-flow input end in radio station 25 to radio station 32 respectively to direct current output 32.
The power supply unit 3 is the special DC power supply of power control unit 1, DC output end while and power supply
The direct-flow input end of power control box 11, power control box 12, power control box 13, power control box 14 in control unit 1
Be connected the rf load unit 4, and includes 32 50 Ω radio frequency coaxial loads 401 to radio frequency coaxial load 432, radio frequency
Coaxial load 401 is to the successively antenna opening with radio station 1 to the radio station 32 in 32 radio station in aging respectively of radio frequency coaxial load 432
It is connected.
From Fig. 4 Ke with Kan Chu ﹕
The Multiple Business Management unit 2, and include comprehensively control module 21, cable interface component 22, front panel portion
Part 23, back shroud component 24, frame 25 and shell 26, and comprehensively control module 21 passes through flat transmission cable 211 and front panel
23 top half automatic control switch group of component, 231,32 radio station transmitting indicating lamp groups 232, transmitting-receiving time light-emitting diode display 233,
1:3/1:9 selection switch 234 is connected, and comprehensively control module 21 passes through flat transmission cable assembly 212 and cable interface component
22 are connected；Cable interface component 22 passes through flat transmission cable 221 and 23 lower half portion radio station socket group 237 of bezel assembly
It is connected with 24 lower half portion radio station socket group 243 of back shroud component, cable interface component 22 is divided into 4 parts, part 1 control
The transmitting and reception in the 1st radio station to the 8th radio station, part 2 control the transmitting in the 9th radio station to the 16th radio station and connect
It receives, third portion controls the transmitting and reception in the 17th radio station to the 24th radio station, and the 4th part controls the 25th radio station to the 32nd
The transmitting and reception in portion radio station.
In conjunction with Fig. 3 and Fig. 4 Ke with Kan Chu ﹕
The comprehensively control module 21, and include flat transmission cable 211, flat transmission cable assembly 212, input connects
Mouth mold block U1, CPU module U2, output interface module U3, timing control module U4, display control module U5, in which:
The input interface module U1, and include S-R latch U11, nor gate U12, and the 3rd of S-R latch U11 the
It is connected respectively with the 1st and the 2nd foot of control 1:3/1:9 mode selection button switch 234 with the 4th foot, S-R latch U11's
Successively the S1 with 4 power selection switch groups 231, S2, S3, the 1st foot of S4 are connected 6th, 7,11,12 foot respectively, and S-R is latched
The 4,3,6,7,12,11,14,15th of device U11 is successively connected with the 39th foot to the 32nd foot of microprocessor U21 respectively；Or it is non-
The 5th foot of door U12 is connected with the 17th foot of microprocessor U21, the 4th foot of nor gate U12 and the 5th foot of S-R latch U11
It is connected.
The CPU module U2, and include microprocessor U21, crystal oscillator U22, and microprocessor U21
The 39th foot to the 32nd foot be successively connected respectively with the 4th, 3,6,7,12,11,14,15 foot of U11, the of microprocessor U21
39 feet to the 32nd foot successively respectively with U31
3,4,7,8,13,14,17,18 feet are connected, the 39th foot to the 32nd foot of microprocessor U21 successively respectively with U41
The 3rd, 4,7,8,13,14,17,18 foot be connected, the 39th foot to the 32nd foot of microprocessor U21 successively respectively with U51
The the 1st and the 2nd foot of 3,4,7,8,13,14,17,18 Xiang Lian Jie ﹔ crystal oscillator U22 respectively with the 18th of microprocessor U21 and
19th foot is connected.
The output interface module U3, and include a latch U31, a driver U32, a relay group
U33, and the 3rd, 4,7,8,13,14,17,18 foot of latch U31 is successively connected with the 39th foot to the 32nd foot of U21 respectively,
The 1st foot to the 8th foot of driver U32 is successively connected with the 2nd, 5,6,9,12,15,16,19 foot of U31 respectively, relay group
U33, and include this 8 relays of relay K1 to relay K8, the 16th foot of relay K1 to relay K8 is successively distinguished
It is connected with the 18th foot to the 11st foot of driver U32, the 8th foot of relay K1 to relay K8 is connected to front panel portion simultaneously
In the radio station socket group 237 of part 23 and the radio station socket group 243 of back shroud component 24, the output pin of each relay connects simultaneously
4 radio station sockets, specific connection type are as follows: the 8th foot of relay K1 the 1st, 9,17, No. 25 with radio station socket group 237 simultaneously
Radio station socket is connected, and the 8th foot of relay K2 is connected with the 2nd, 10,18, No. 26 radio station socket of radio station socket group 237 simultaneously
It connects, the 8th foot of relay K3 is connected with the 3rd, 11,19, No. 27 radio station socket of radio station socket group 237 simultaneously, relay K4
The 8th foot be connected simultaneously with the 4th, 12,20, No. 28 radio station socket of radio station socket group 237, the 8th foot of relay K5 is simultaneously
Be connected with the 5th, 13,21, No. 29 radio station socket of radio station socket group 237, the 8th foot of relay K6 simultaneously with radio station socket group
237 the 6th, 14,22, No. 30 radio station socket is connected, the 8th foot of relay K7 simultaneously with radio station socket group 237 the 7th, 15,
23, No. 31 radio station sockets are connected, the 8th foot of relay K8 while the 8th, 16,24, No. 32 radio station with radio station socket group 237
Socket is connected, and radio station socket is identical with the connection type of radio station socket in radio station socket group 237 in radio station socket group 243.
The timing control module U4, and including a latch U41 and a driver U42, and the of latch U41
3,4,7,8,13,14,17,18 are successively connected with the 39th foot to the 32nd foot of U21 respectively, the 1st foot of driver U42 to the 8th
Foot is successively connected with the 2nd, 5,6,9,12,15,16,19 foot of latch U41 respectively, the 18th foot of latch U42 to the 11st
Foot is successively connected with the 1,4,5,9,11,14,15,19th foot of transmitting-receiving time light-emitting diode display 233 respectively.
The display control module U5, and include a latch U51 and a driver U52, and latch U51
3rd, 4,7,8,13,14,17,18 foot is successively connected with the 39th foot to the 32nd foot of U21 respectively, and the 1st foot of driver U52 is extremely
8th foot is successively connected with the 2nd, 5,6,9,12,15,16,19 foot of U51 respectively, and the 18th foot of driver U52 is straight to the 11st foot
It is connected in 32 radio station transmitting indicating lamp groups 232 in succession, each output pin connects four light emitting diodes, specific connection side simultaneously
Formula are as follows: the 18th foot of driver U52 is connected with the 1st, 9,17, No. 25 light emitting diode simultaneously, and the 17th foot of driver U52 is same
2,10,18, No. 26 light emitting diodes of Shi Yu are connected, and the 16th foot of driver U52 is simultaneously with the
3,11,19, No. 27 light emitting diodes are connected, and the 15th foot of driver U52 is sent out with the 4th, 12,20, No. 28 simultaneously
Optical diode is connected, and the 14th foot of driver U52 is connected with the 5th, 13,21, No. 29 light emitting diode simultaneously, driver
The 13rd foot of U52 is connected with the 6th, 14,22, No. 30 light emitting diode simultaneously, the 12nd foot of driver U52 simultaneously with the 7th,
15,23, No. 31 light emitting diodes are connected, the 11st foot of driver U52 simultaneously with the 8th, 16,24, No. 32 light emitting diode phase
Connection.
From Fig. 4 Ke with Kan Chu ﹕
The cable interface component 22 is directly connected with 21 phase of comprehensively control module through flat transmission cable assembly 212, then
It is guided in radio station socket group 237 through flat transmission cable 221.
From Fig. 5 Ke with Kan Chu ﹕
The bezel assembly 23, and it is divided into top half and lower half portion, in which:
The top half left position is provided with automatic control switch group 231, and middle position is provided with 32 radio station hairs
Indicator lamp groups 232 are penetrated, the right upper position is provided with transmitting-receiving time light-emitting diode display 233, and the right middle position is provided with 1:3/1:
9 selection switches 234, the right lower position are provided with power switch 235.
The lower half portion position is provided with 32 hair 236,32 radio station socket groups 237 of control switch group manually.
From Fig. 6 Ke with Kan Chu ﹕
The back shroud component 24, top half middle position are provided with ventilation window 241, the setting of top half location right
There is ac input end mouth 242, lower half portion is provided with 32 radio station socket groups 243.
In addition, being worth illustrating: S-R latch U11 is 4043, microprocessor U21 model Atme
L89S51, latch U31, latch U41, latch U51 are 74HC373, and driver U32, driver U42, driver U52 are
ULN2803, relay group U33 are DS2Y-S-DC5V, remaining is technical grade device part ﹔ and clothes closet uses the high-quality cold-rolled steel of SPCC
Plate production, mount bar plates blue zinc, remaining degreasing, phosphatization, electrostatic plastic spraying when surface treatment, and top fan exhausting guarantees that ventilation dissipates
Each functional unit case box of the Re ﹔ including Multiple Business Management unit uses high-strength aluminum alloy drawing and forming, surface
Plastic-spraying, upper and lower cover plates is using high-intensitive aluminium sheet pressing and bending molding, surface plastic spraying and is provided with ventilation hole.
Above embodiments, only presently preferred embodiments of the present invention, to illustrate technical characteristic of the invention and can be real
Shi Xing, be not intended to limit the invention apply for a patent right ﹔ simultaneously more than description, for the profession of known the art
Personage can be illustrated and be implemented, therefore, other equivalent changes completed under the premise of without departing from disclosed
Or modification, it should be included within the claim.
Claims (5)
1. it is a kind of based on the system for carrying out online aging simultaneously to multi-section radio station with monitoring automatically, it include power control unit
(1), Multiple Business Management unit (2), power supply unit (3), rf load unit (4) and clothes closet (5) totally 5 parts, and power supply
Control unit (1), Multiple Business Management unit (2), power supply unit (3), rf load unit (4) are successively arranged in from top to down
In clothes closet (5), combines and constitutes an entirety, in which:
A. the power control unit (1), and include the control of the power supply of power control box 12,1 of 1 power control box 11,1
Box 13 and 1 power control box 14, to complete reception/emission current real-time display to 32 radio station in aging, prison
It surveys, and audible and visual alarm is quickly carried out to the radio station failure occurred in aging rapidly, and cut off its power supply, to protect failure radio station,
And the direct-flow input end of power control box 11 is connected with the DC output end of power supply unit (3), the direct current of power control box 11
Output 1 is connected with the direct-flow input end in radio station 1 to radio station 8 respectively to direct current output 8, the direct-flow input end of power control box 12
Be connected with the DC output end of power supply unit (3), the direct current output 9 of power control box 12 to direct current output 16 respectively with radio station
9 direct-flow input end to radio station 16 is connected, the direct-flow input end of power control box 13 and the DC output end of power supply unit (3)
It is connected, the direct current output 17 of power control box 13 to the direct current output 24 direct-flow input end phase with radio station 17 to radio station 24 respectively
Connection, the direct-flow input end of power control box 14 is connected with the DC output end of power supply unit (3), power control box 14 it is straight
Stream output 25 is connected with the direct-flow input end in radio station 25 to radio station 32 respectively to direct current output 32；
B. the power supply unit (3) is the special DC power supply of power control unit (1), to for power control unit
(1) high-power, low noise, low fluctuation, the DC power supply with over-voltage and overcurrent protection function, the direct current of power supply unit (3) are provided
Output end simultaneously with power control box 11, power control box 12, the power control box 13, power supply control in power control unit (1)
The direct-flow input end Xiang Lian Jie ﹔ of box 14 processed
C. the rf load unit (4), and include 32 50 Ω radio frequency coaxial loads 401 to radio frequency coaxial load 432, it uses
To complete impedance matching to 32 radio station in aging, make radio station not mismatch and can reliable and stable work, transmission power it is maximum
With receive power stability, radio frequency coaxial load 401 to the radio frequency coaxial load 432 successively electricity with 32 radio station in aging respectively
Platform 1 to radio station 32 antenna opening Xiang Lian ﹔
Qi Te Zheng Shi ﹕
The Multiple Business Management unit (2), and include comprehensively control module (21), cable interface component (22), front panel
Component (23), back shroud component (24), frame (25) and shell (26), to complete the transmitting to 32 radio station in aging with
Receive the control of working time, transmitting and reception state instruction, and comprehensively control module (21) by flat transmission cable 211 with
Bezel assembly (23) top half automatic control switch group (231), 32 radio station transmitting indicating lamp groups (232), transmitting-receiving time
Light-emitting diode display (233), 1:3/1:9 selection switch (234) are connected, and comprehensively control module (21) passes through the flat complete electricity of transmission
Cable (212) is connected with cable interface component (22)；Cable interface component (22) passes through flat transmission cable 221 and front panel portion
Part (23) lower half portion radio station socket group 237 is connected with back shroud component (24) lower half portion radio station socket group 243, and cable connects
Mouthful component (22) is divided into 4 parts, and part 1 controls the transmitting and reception in the 1st radio station to the 8th radio station, part 2 control the
The transmitting and reception in 9 radio station to the 16th radio station, third portion control the transmitting in the 17th radio station to the 24th radio station and connect
It receives, the 4th part controls the transmitting and reception in the 25th radio station to the 32nd radio station.
2. as described in claim 1 based on the system for carrying out online aging simultaneously to multi-section radio station with monitoring automatically, feature
Shi ﹕
The comprehensively control module (21), and include flat transmission cable 211, flat transmission cable assembly (212), input connects
Mouth mold block U1, CPU module U2, output interface module U3, timing control module U4, display control module U5, and it is comprehensive
Finger of the control module (21) to receive automatic control switch group (231) and 1:3/1:9 selection switch (234) on front panel (23)
Information is enabled, and the remaining launch time in radio station is supplied to light-emitting diode display (233) and is shown, while by the hair in each radio station
It penetrates in state instruction to radio station transmitting indicating lamp group (232) and is output on cable interface component (22), in which:
A. the input interface module U1, and include S-R latch U11, nor gate U12, and the 3rd He of S-R latch U11
4th foot is connected with the 1st and the 2nd foot of control 1:3/1:9 mode selection button switch (234) respectively, S-R latch U11's
Successively the S1 with 4 power selection switch groups (231), S2, S3, the 1st foot of S4 are connected 6th, 7,11,12 foot respectively, S-R lock
The 4,3,6,7,12,11,14,15th foot of storage U11 is successively connected with the 39th foot to the 32nd foot of microprocessor U21 respectively；
The 5th foot of nor gate U12 is connected with the 17th foot of microprocessor U21, and the 4th foot of nor gate U12 is with S-R latch U11's
5th foot Xiang Lian Jie ﹔
B. the CPU module U2, and include microprocessor U21, crystal oscillator U22, and microprocessor U21
39th foot to the 32nd foot is successively connected with the 4th, 3,6,7,12,11,14,15 foot of U11 respectively, and the 39th of microprocessor U21 the
Foot is successively connected with the 3rd, 4,7,8,13,14,17,18 foot of U31 respectively to the 32nd foot, and the 39th foot of microprocessor U21 is extremely
32nd foot is successively connected with the 3rd, 4,7,8,13,14,17,18 foot of U41 respectively, the 39th foot of microprocessor U21 to the 32nd
Foot is successively distinguished with the 1st and the 2nd foot of the 3,4,7,8,13,14,17,18th foot Xiang Lian Jie ﹔ crystal oscillator U22 of U51 respectively
It is connected with the 18th and the 19th foot of microprocessor U21；
C. the output interface module U3, and include latch a U31, driver U32, a relay group U33,
And the 3rd, 4,7,8,13,14,17,18 foot of latch U31 is successively connected with the 39th foot to the 32nd foot of U21 respectively, driving
The 1st foot to the 8th foot of device U32 is successively connected with the 2nd, 5,6,9,12,15,16,19 foot of U31 respectively, relay group U33,
Again include this 8 relays of relay K1 to relay K8, the 16th foot of relay K1 to relay K8 successively respectively with drive
The 18th foot to the 11st foot of dynamic device U32 is connected, and the 8th foot of relay K1 to relay K8 is connected to bezel assembly simultaneously
(23) in the radio station socket group 243 of radio station socket group 237 and back shroud component (24), the output pin of each relay connects simultaneously
Connect 4 radio station sockets, specific connection type are as follows: the 8th foot of relay K1 simultaneously with radio station socket group 237 the 1st, 9,17,25
Number radio station socket is connected, the 8th foot of relay K2 the 2nd, 10,18, No. 26 radio station socket phase with radio station socket group 237 simultaneously
8th foot of connection, relay K3 is connected with the 3rd, 11,19, No. 27 radio station socket of radio station socket group 237 simultaneously, relay
The 8th foot of K4 is connected with the 4th, 12,20, No. 28 radio station socket of radio station socket group 237 simultaneously, and the 8th foot of relay K5 is same
When be connected with the 5th, 13,21, No. 29 radio station socket of radio station socket group 237, the 8th foot of relay K6 simultaneously with radio station socket
6th, 14,22, No. 30 radio station socket of group 237 is connected, the 8th foot of relay K7 simultaneously with radio station socket group 237 the 7th,
15,23, No. 31 radio station sockets are connected, the 8th foot of relay K8 while the 8th, 16,24, No. 32 electricity with radio station socket group 237
Platform socket is connected, the mutually same ﹔ of connection type of radio station socket and radio station socket in radio station socket group 237 in radio station socket group 243
D. the timing control module U4, and including a latch U41 and a driver U42, and the 3rd of latch U41,
4,7,8,13,14,17,18 are successively connected with the 39th foot to the 32nd foot of U21 respectively, the 1st foot to the 8th foot of driver U42
Successively it is connected respectively with the 2nd, 5,6,9,12,15,16,19 foot of latch U41, the 18th foot to the 11st foot of latch U42
Successively respectively with transmitting-receiving time light-emitting diode display (233) the 1,4,5,9,11,14,15,19th foot Xiang Lian Jie ﹔
E. the display control module U5, and include a latch U51 and a driver U52, and the of latch U51
3,4,7,8,13,14,17,18 feet are successively connected with the 39th foot to the 32nd foot of U21 respectively, the 1st foot of driver U52 to
8 feet are successively connected with the 2nd, 5,6,9,12,15,16,19 foot of U51 respectively, and the 18th foot of driver U52 is direct to the 11st foot
It is connected on 32 radio station transmitting indicating lamp groups (232), each output pin connects four light emitting diodes, specific connection side simultaneously
Formula are as follows: the 18th foot of driver U52 is connected with the 1st, 9,17, No. 25 light emitting diode simultaneously, and the 17th foot of driver U52 is same
2,10,18, No. 26 light emitting diodes of Shi Yu are connected, and the 16th foot of driver U52 shines with the 3rd, 11,19, No. 27 simultaneously
Diode is connected, and the 15th foot of driver U52 is connected with the 4th, 12,20, No. 28 light emitting diode simultaneously, driver U52
The 14th foot be connected simultaneously with the 5th, 13,21, No. 29 light emitting diode, the 13rd foot of driver U52 simultaneously with the 6th, 14,
22, No. 30 light emitting diodes are connected, and the 12nd foot of driver U52 is connected with the 7th, 15,23, No. 31 light emitting diode simultaneously
It connects, the 11st foot of driver U52 is connected with the 8th, 16,24, No. 32 light emitting diode simultaneously；
Wherein, S-R latch U11 be 4043, microprocessor U21 model Atme l89S51, latch U31, latch U41,
Latch U51 is 74HC373, and driver U32, driver U42, driver U52 are ULN2803, and relay group U33 is DS2Y-
S-DC5V。
3. as described in claim 1 based on the system for carrying out online aging simultaneously to multi-section radio station with monitoring automatically, feature
Shi ﹕
The cable interface component (22) is directly mutually connected with comprehensively control module (21) through flat transmission cable assembly (212),
It guides in radio station socket group 237 through flat transmission cable 221, receives to complete from comprehensively control module (21) sending again
The emission state information in every radio station, to control the transmitting or reception in every radio station.
4. as described in claim 1 based on the system for carrying out online aging simultaneously to multi-section radio station with monitoring automatically, feature
Shi ﹕
The bezel assembly (23), and it is divided into top half and lower half portion, and bezel assembly (23) is to by automatic
Each switch in control switch group (231) transmits/receives work complete 8 tunnel radio station of control, passes through radio station transmitting indicating lamp group
(232) it is used to refer to the transmitting instruction in 32 radio station, the radio station of locating emission state is shown by light-emitting diode display (233)
Remaining launch time, by selection switch (234) come select the ratio between radio station aging launch time and aging receiving time be 1:3 or
1:9 controls whether working for Multiple Business Management unit (2) by power switch (235), by radio station socket (237) come
It is connect with comprehensive tester and carries out radio station test, in which:
A. the top half left position is provided with automatic control switch group (231), and middle position is provided with 32 radio station hairs
It penetrates indicator lamp groups (232), the right upper position is provided with transmitting-receiving time light-emitting diode display (233), and the right middle position is provided with 1:
3/1:9 selection switch (234), the right lower position are provided with power switch (235) ﹔
B. the lower half portion position is provided with 32 hairs control switch group (236) manually, 32 radio station socket groups 237.
5. as described in claim 1 based on the system for carrying out online aging simultaneously to multi-section radio station with monitoring automatically, feature
Shi ﹕
The back shroud component (24), top half middle position are provided with ventilation window (241), the setting of top half location right
Have ac input end mouth (242), lower half portion is provided with 32 radio station socket groups 243, and back shroud component (24) is to pass through
Ventilation window (241) completes the ventilation of Multiple Business Management unit (2) and thermal conductivity goes out, and is completed by ac input end mouth (242) comprehensive
The power supply for closing Service Processing Unit (2) is completed to connect with radio station by radio station socket group 243.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510651415.XA CN105703848B (en) | 2015-10-09 | 2015-10-09 | Based on the system for carrying out online aging simultaneously to multi-section radio station with monitoring automatically |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510651415.XA CN105703848B (en) | 2015-10-09 | 2015-10-09 | Based on the system for carrying out online aging simultaneously to multi-section radio station with monitoring automatically |
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| CN105703848A CN105703848A (en) | 2016-06-22 |
| CN105703848B true CN105703848B (en) | 2019-03-29 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201510651415.XA Active CN105703848B (en) | 2015-10-09 | 2015-10-09 | Based on the system for carrying out online aging simultaneously to multi-section radio station with monitoring automatically |
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Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106569187B (en) * | 2016-10-21 | 2019-01-29 | 北京无线电测量研究所 | A kind of automatic monitored control system based on agingtable |
| CN115379412B (en) * | 2022-10-24 | 2023-03-24 | 天津七一二移动通信有限公司 | Railway wireless train dispatching vehicle-mounted radio station maintenance terminal and wireless upgrading maintenance method |
Family Cites Families (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6184829B1 (en) * | 1999-01-08 | 2001-02-06 | Trueposition, Inc. | Calibration for wireless location system |
| CN202395782U (en) * | 2012-01-12 | 2012-08-22 | 成都天奥信息科技有限公司 | Automatic test system of radio station |
| CN202471773U (en) * | 2012-03-13 | 2012-10-03 | 安徽云森物联网科技有限公司 | Light current equipment ageing rack |
| CN204347074U (en) * | 2014-12-24 | 2015-05-20 | 北京硕人时代科技股份有限公司 | A kind of ageing rack |
| CN104614622A (en) * | 2015-02-13 | 2015-05-13 | 南京六九零二科技有限公司 | Intelligent aging rack |
| CN205071006U (en) * | 2015-10-09 | 2016-03-02 | 武汉中元通信股份有限公司 | System based on carry out ageing and automatic monitoring on line simultaneously to multi -section radio station |
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