CN203520527U - Touch control remote monitoring terminal apparatus for imposing mining taxes - Google Patents
Touch control remote monitoring terminal apparatus for imposing mining taxes Download PDFInfo
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- CN203520527U CN203520527U CN201320584328.3U CN201320584328U CN203520527U CN 203520527 U CN203520527 U CN 203520527U CN 201320584328 U CN201320584328 U CN 201320584328U CN 203520527 U CN203520527 U CN 203520527U
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Abstract
The utility model discloses a touch control remote monitoring terminal apparatus for imposing mining taxes. The touch control remote monitoring terminal apparatus includes an apparatus body, a mother board, a video server module, a power supply module, an IC card read-write module, an RFID data acquisition module, a display module, a voice intercom module, a communication module, a traffic light control module and an infrared radiation detection module, and also includes a touch control module, an ARM90-I/O interface board and a fill-in light control module; the touch control module is connected to the mother board; the ARM90-I/O interface board is connected to the mother board; the fill-in light control module is connected to the mother board via the ARM90-I/O interface board; and a barrier control module is connected to the mother board via the ARM90-I/O interface board. The touch control remote monitoring terminal apparatus provided by the utility model is capable of improving the speed of a carrier vehicle passing through a ticket checking station and the automation level of the ticket checking station.
Description
Technical field
The utility model belongs to watch-dog, is specifically related to a kind of touch remote monitoring terminal unit for mining tax fee collecting.
Background technology
Traditional mining tax fee collecting, what generally all adopt is that exploitation or mineral products processing enterprise arrive expenses of taxation administration of collection department, buy corresponding tax reciept document, then enterprise is by the acknowledgement of consignment vehicle sale mineral products of weighing that weigh, company manager is according to the weight of mineral products, issue the tax reciept document of the corresponding amount of money of acknowledgement of consignment vehicle, the acknowledgement of consignment of acknowledgement of consignment vehicle is sold.Adopting this manual mode to carry out expenses of taxation collection monitoring easily there is evading the expenses of taxation, back duty expense, is in arrears with the situations such as the expenses of taxation; Thereby make administrative authority's working strength large, inefficiency and enterprise's bill management difficulty are large, turn over the expenses of taxation too loaded down with trivial details, have increased the work difficulty of enterprise.
As " a kind of remote monitoring terminal unit for mining tax fee collecting " that Chinese patent literature is recorded, its publication number is: CN 202049557U, and this patent can overcome the above problems preferably, but has following problem:
(1) adopt push button design, inconvenient operation, in addition, button long term exposure is outside, fragile;
(2) after swiping the card successfully, need the unlatching of manual control banister;
(3), when external light source is not enough, be not easy to operation.
Utility model content
The purpose of this utility model is to provide a kind of touch remote monitoring terminal unit for mining tax fee collecting, can improve acknowledgement of consignment vehicle by the speed at ticket checking station and the automatization level at ticket checking station.
Touch remote monitoring terminal unit for mining tax fee collecting described in the utility model, comprising:
One apparatus body,
One mainboard;
One video server module, described video server module is connected with mainboard, for processing, transmission and storage and the managerial personnel of video image, is connected with the voice dialogue between the staff of Surveillance center;
One power module, described power module is connected with mainboard, for providing operating voltage to mainboard and each functional module;
One IC-card module for reading and writing, described IC-card module for reading and writing is connected with mainboard, for reading the information of IC-card, imports mainboard processing into and the corresponding information of mainboard is write in IC-card;
One RFID data acquisition module, described RFID data acquisition module is connected with mainboard, the vehicle identity information data of passing back in real time for receiving external rfid interrogator;
One display module, described display module is connected with mainboard, for display device duty and the data parameters after mainboard is processed;
One speech talkback module, described voice dialogue module is comprised of microphone and loudspeaker, microphone is connected with video server module by mainboard, for the staff of Surveillance center, to the operating personnel of enterprise, call out, loudspeaker is connected with video server module by mainboard, for mainboard, the operating personnel of enterprise is carried out to voice message;
One communication module, described communication module is connected with mainboard, for communicating between mainboard and other peripherals and Surveillance center;
One traffic lights control module, described traffic lights control module is connected with mainboard, for receiving the control of mainboard and commanding pound on vehicle;
One infrared emission detection module, described infrared emission detection module is connected with mainboard, for pound situation on monitoring vehicle and by upper pound situation, passes to mainboard processing;
Also comprise:
One touch-control module, described touch-control module is connected with mainboard, for the shown flow operations step of mainboard is carried out to function selection;
One ARM90-I/O interface board, described ARM90-I/O interface board is connected with mainboard, for mainboard, the peripherals of access ARM90-I/O control panel is carried out to input and output control;
One light compensating lamp control module, described light compensating lamp control module is connected with mainboard through ARM90-I/O interface board, and the control signal that light compensating lamp control module sends according to mainboard is controlled the ON/OFF of light compensating lamp;
One banister control module, described banister control module is connected with mainboard through ARM90-I/O interface board, and the control signal that banister control module sends according to mainboard is controlled the ON/OFF of banister.
Described traffic lights control module is connected with mainboard by ARM90-I/O interface board respectively with infrared emission detection module.
Also comprise main frame hand-reset key and instrumented data optic electric interface;
Described mainboard comprises CPU, power interface, IC-card interface, touch control display interface, speech talkback interface, I/O control interface, instrumented data interface, reset key interface and network interface;
Described mainboard is connected with power module by power interface;
Described mainboard is connected with IC-card module for reading and writing by IC-card interface;
Described mainboard is connected with touch-control module and display module by touch control display interface;
Described mainboard is connected with speech talkback module and video server module by speech talkback interface;
Described mainboard is connected with communication module by network interface;
Described mainboard is connected with ARM90-I/O interface board by I/O control interface;
Described mainboard is connected with main frame hand-reset key by reset key interface;
Described mainboard is connected with instrumented data optic electric interface by instrumented data interface.
Described power module comprises Surge Protector, AC-DC Switching Power Supply and PPL power supply; Described Surge Protector is connected with AC-DC Switching Power Supply, and AC-DC Switching Power Supply is connected with PPL power supply.
Described touch-control module, display module, IC-card module for reading and writing, microphone, main frame hand-reset key are located at respectively apparatus body front upper;
Described loudspeaker is located at top, apparatus body side;
Described mainboard is located at apparatus body internal upper part;
Described AC-DC Switching Power Supply, external unit binding post are located at bottom in apparatus body;
Described Surge Protector, PPL power supply and ARM90-I/O interface board are arranged on middle part in apparatus body;
Described communication module and video server module are located at bottom in apparatus body by correspondence tray;
Described instrumented data optic electric interface, civil power incoming interface and external equipment entrance hole are located at apparatus body lower backside.
Also comprise accumulator, the voltage of described accumulator output is for providing normal operating voltage to power module for mainboard and other external equipment after civil power power-off, and described accumulator is located at bottom in apparatus body.
Described infrared emission detection module comprises two infrared emissions, is symmetricly set on the both sides of road.
The utlity model has following advantage:
(1) adopt touch design, not only have fabulous outward appearance, touch-control efficiency is higher, also has higher security performance, anti-weather extremes performance and wearing quality;
(2) by ARM90-I/O interface board, peripherals is carried out to input and output control, make the input and output of its data more reliable;
(3) integrated light filling control module, mainboard can be controlled according to the size of external light source intensity the ON/OFF of external light compensating lamp, when external light source is not enough, can automatically opens light compensating lamp and throw light on, and when external light source foot, automatically closes light compensating lamp, saves the energy;
(4) integrated banister control module, after mine truck is swiped the card and deducted fees successfully, banister is opened automatically, after mine truck is current, automatically closes banister, has improved the automatization level at ticket checking station;
(5) each module is carried out to rational layout, make it more convenient to operate, quick;
In sum, the utlity model has main board failure, civil power power down, weighting platform data fault is reported to the police, power supply automatically switches, power supply remote auto is restarted control, enterprise identity judgement, the judgement of acknowledgement of consignment testing vehicle register, the receipts of goods/send out flow process to control, the goods expenses of taxation are taken off in real time, touch-control interactive interface, liquid crystal large-size screen monitors show, select mineral products delivery destination, display reminding, voice message, vehicle weighting platform is located anti-cheating, testing vehicle register identification comparison, weighting platform data photoelectricity isolation Real-time Collection, data are local to be stored, reissue, inquiry, data upload is to the monitoring remote video of Surveillance center and Surveillance center, the functions such as speech talkback, the expenses of taxation that completed enterprise from source are taken off work, and the business of deducting fees swiping the card and video and other relevant information be transferred to the data center server of Surveillance center in the lump, realize remote monitoring function.It has prevented the situations such as expenses of taxation resource loss that in manual bill, human factor causes.Improve the accurate statistics to acceptance of goods expenses of taxation money, goods weight, car number in mining authority operating process, made business datum upload to fast Surveillance center, improved acknowledgement of consignment vehicle by the speed at ticket checking station and the automatization level at ticket checking station.
Accompanying drawing explanation
Fig. 1 is theory diagram of the present utility model;
Fig. 2 is the structural representation of mainboard in the utility model;
Fig. 3 is the front schematic view of apparatus body in the utility model;
Fig. 4 is the side schematic view of apparatus body in the utility model;
Fig. 5 is the wiring diagram of apparatus body.
Embodiment
Below in conjunction with accompanying drawing, the utility model is described in further detail:
The touch remote monitoring terminal unit for mining tax fee collecting as shown in Figures 1 to 5, comprising:
One apparatus body 17.
One mainboard 1.
One video server module 9, described video server module 9 is connected with mainboard 1, for processing, transmission and storage and the managerial personnel of video image, is connected with the voice dialogue between the staff of Surveillance center.
One power module 7, described power module 7 is connected with mainboard 1, for providing operating voltage to mainboard 1 and each functional module.
One IC-card module for reading and writing 12, described IC-card module for reading and writing 12 is connected with mainboard 1, for reading the information of IC-card, imports mainboard 1 processing into and the corresponding information of mainboard 1 is write in IC-card.
One RFID data acquisition module 6, described RFID data acquisition module 6 is connected with mainboard 1, the vehicle identity information data of passing back in real time for receiving external rfid interrogator.
One display module 3, described display module is connected with mainboard 1, for display device duty and the data parameters after mainboard 1 is processed.
One speech talkback module 11, described speech talkback module 11 is comprised of microphone 13 and loudspeaker 14, microphone 13 is connected with video server module 9 by mainboard 1, for the staff of Surveillance center, to the operating personnel of enterprise, call out, loudspeaker 14 is connected with video server module 9 by mainboard 1, and for mainboard, 1 couple of operating personnel of enterprise carries out voice message.
One communication module 10, described communication module 10 is connected with mainboard 1, for communicating between mainboard 1 and other peripherals and Surveillance center.
One traffic lights control module 4, described traffic lights control module 4 is connected with mainboard 1, for receiving the control of mainboard 1 and commanding pound on vehicle.
One infrared emission detection module 5, described infrared emission detection module 5 is connected with mainboard 1, for pound situation on monitoring vehicle and by upper pound situation, passes to mainboard 1 processing.
One touch-control module 2, described touch-control module 2 is connected with mainboard 1, for the shown flow operations step of mainboard 1 is carried out to function selection.
One ARM90-I/O interface board 8, described ARM90-I/O interface board 8 is connected with mainboard 1, for 1 pair of peripherals that accesses ARM90-I/O control panel of mainboard, carries out input and output control.
One light compensating lamp control module 15, described light compensating lamp control module 15 is connected with mainboard 1 through ARM90-I/O interface board 8, and the control signal that light compensating lamp control module 15 sends according to mainboard 1 is controlled the ON/OFF of light compensating lamp.
One banister control module 16, described banister control module 16 is connected with mainboard 1 through ARM90-I/O interface board 8, and the control signal that banister control module 16 sends according to mainboard 1 is controlled the ON/OFF of banister.
Described traffic lights control module 4 is connected with mainboard 1 by ARM90-I/O interface board 8 respectively with infrared emission detection module 5.
Also comprise main frame hand-reset key 29 and instrumented data optic electric interface 30.Described mainboard 1 comprises CPU25, power interface 22, IC-card interface 23, touch control display interface 19, speech talkback interface 20, I/O control interface 21, instrumented data interface 24, reset key interface 26 and network interface 18.Described mainboard 1 is connected with power module 7 by power interface 22; Described mainboard 1 is connected with IC-card module for reading and writing 12 by IC-card interface 23; Described mainboard 1 is connected with touch-control module 2 and display module 3 by touch control display interface 19; Described mainboard 1 is connected with speech talkback module 11 and video server module 9 by speech talkback interface 20; Described mainboard 1 is connected with communication module 10 by network interface 18; Described mainboard 1 is connected with ARM90-I/O interface board 8 by I/O control interface 21; Described mainboard 1 is connected with main frame hand-reset key 29 by reset key interface 26; Described mainboard 1 is connected with instrumented data optic electric interface 30 by instrumented data interface 24.
Described power module 7 comprises Surge Protector 34, AC-DC Switching Power Supply 35 and PPL power supply 36; Described Surge Protector 34 is connected with AC-DC Switching Power Supply 35, and AC-DC Switching Power Supply 35 is connected with PPL power supply 36.
Described touch-control module 2, display module 3, IC-card module for reading and writing 12, microphone 13, main frame hand-reset key 29 are located at respectively apparatus body 17 front upper; Described loudspeaker 14 is located at apparatus body 17 tops, side; Described mainboard 1 is located at apparatus body 17 internal upper parts; Described AC-DC Switching Power Supply 35, external unit binding post are located at the interior bottom of apparatus body 17; Described Surge Protector 34, PPL power supply 36 and ARM90-I/O interface board 8 are arranged on the interior middle part of apparatus body 17; Described communication module 10 and video server module 9 are located at the interior bottom of apparatus body 17 by correspondence tray 33; Described instrumented data optic electric interface 30, civil power incoming interface 32 and external equipment entrance hole are located at apparatus body 17 lower backside.
Also comprise accumulator 31, the voltage of described accumulator 31 outputs is for providing normal operating voltage for mainboard 1 and other external equipment to after civil power power-off power module 7, and described accumulator 31 is located at the interior bottom of apparatus body 17.
Described infrared emission detection module 5 comprises two infrared emissions, is symmetricly set on the both sides of road.
The detection module of infrared emission described in the utility model 5 detects the signal data of external infrared emission sensor Real-Time Monitoring, and monitoring is not gone up while pound weighing completely when mine truck, makes it normally swipe the card and to deduct fees.Described RFID data acquisition module 6 receives the vehicle identity information data that external rfid interrogator is passed back in real time, for when a mine truck upper weight bridge weighing is swiped the card, whether the identity information that checks vehicles conforms to IC-card information, and the legitimacy of vehicle of deducting fees guarantees to swipe the card.Green light control module 4, according to mine truck the situation of deducting fees of swiping the card, sends corresponding Switching Power Supply signal to external traffic lights, makes it show that corresponding state guiding vehicle is current.Described light compensating lamp control module 15, according to the size of ambient light line strength, sends corresponding Switching Power Supply signal to external light compensating lamp, makes it the in the situation that of light source deficiency, supplement light source.Described banister control module 16 receives the control signal of mainboards 1, after mine truck is swiped the card and deducted fees successfully, controls banister unlatching.On 9 pairs of vehicles of described video server module, pound goes out mining area and carries out video monitoring, and video server module 9 is arranged on the interior bottom of apparatus body 17, prevents artificial destruction, thereby avoids device damage.
When touch-control remote monitoring terminal unit energising start, whether meeting automatic checkout equipment state and equipment have fault, if find fault, Hui Zi trend Surveillance center sends corresponding fault, and trouble spot is presented on display module 3.After passing through, could normally use equipment self-inspection.After equipment normal boot-strap, by managerial personnel, brush IC-card, by IC-card module for reading and writing 12, import enterprise identity data into mainboard 1 and process; And then brush acknowledgement of consignment IC-card, import information of vehicles data into mainboard 1 and process; Mainboard 1 is processed the data upload after processing by communication module 10 after processing again to the central database of Surveillance center, Surveillance center passes back to mainboard 1 by corresponding data by communication module 10 and processes, and mainboard 1 carries out next step operation by import respectively IC-card module for reading and writing 12, display module 3, speech talkback module 11 and touch-control module 2 prompting keepers into according to the data that receive.
The course of work of utilizing the utility model equipment to monitor is as follows:
Equipment, by civil power incoming interface 32 access civil powers, is then opened monitor terminal by urban electric power switch, after civil power power-off, by accumulator 31, continues power supply, and assurance equipment can also normally be used 48 hours.On mine truck Liang Dao enterprise weighbridge, weigh, enterprise administrator inserts IC-card card slot by " Enterprise IC Card ", after hearing the operation indicating sound that loudspeaker 14 sends, the acknowledgement of consignment driver of mine truck puts into IC-card card slot by acknowledgement of consignment IC-card, now whether this monitoring terminal equipment is normal by the external infrared emission device of infrared opposite-radiation module 5 detections, as weighting platform on undesired voice message vehicles failed, will not swipe the card; As normally just having allowed it to swipe the card, infrared detection enters next step flow process; By RFID data acquisition module 6 identification testing vehicle registers, judge that whether vehicle IC-card is consistent with testing vehicle register, judgement vehicle legitimacy, judges that the legal vehicle brushing card that allows carries out next step.Display module 3 prompting related mutual information, by touch-control module 2, operate, after hearing the prompt tone that loudspeaker 14 sends, simultaneously display module 3 shows related data after mainboard l processes " this car delivery weight and take off the expenses of taxation amount of money ", by touch-control module 2, determine this Shipping Information again, and by network interface 18, communication module 10 by this data upload the central database to Surveillance center.The staff of Surveillance center can call out from center to the operating personnel of enterprise, and the operating personnel of enterprise carry out voice dialogue by the microphone 13Yu staff of Surveillance center.After swiping the card and deducting fees successfully, the utility model touch-control monitor terminal main frame will send control signals to respectively brake controller 35 by ARM90-I/O interface board 8 and open banisters; Traffic lights 4 control signals become green by arrow, guided vehicle trip.Now, complete vehicle in the expenses of taxation administration of collection process of delivery enterprise.
Claims (7)
1. for a touch remote monitoring terminal unit for mining tax fee collecting, comprising:
One apparatus body (17),
One mainboard (1);
One video server module (9), described video server module (9) is connected with mainboard (1),
One power module (7), described power module (7) is connected with mainboard (1), for providing operating voltage to mainboard (1) and each functional module;
One IC-card module for reading and writing (12), described IC-card module for reading and writing (12) is connected with mainboard (1), for reading the information of IC-card, imports mainboard (1) processing into and the corresponding information of mainboard (1) is write in IC-card;
One RFID data acquisition module (6), described RFID data acquisition module (6) is connected with mainboard (1), the vehicle identity information data of passing back in real time for receiving external rfid interrogator;
One display module (3), described display module is connected with mainboard (1);
One speech talkback module (11), described speech talkback module (11) is comprised of microphone (13) and loudspeaker (14), microphone (13) is connected with video server module (9) by mainboard (1), and loudspeaker (14) is connected with video server module (9) by mainboard (1);
One communication module (10), described communication module (10) is connected with mainboard (1), for communicating between mainboard (1) and other peripherals and Surveillance center;
One traffic lights control module (4), described traffic lights control module (4) is connected with mainboard (1), for receiving the control of mainboard (1) and commanding pound on vehicle;
One infrared emission detection module (5), described infrared emission detection module (5) is connected with mainboard (1), for pound situation on monitoring vehicle and by upper pound situation, passes to mainboard (1) processing;
It is characterized in that: also comprise:
One touch-control module (2), described touch-control module (2) is connected with mainboard (1), for the shown flow operations step of mainboard (1) is carried out to function selection;
One ARM90-I/O interface board (8), described ARM90-I/O interface board (8) is connected with mainboard (1), for mainboard (1), the peripherals of access ARM90-I/O control panel is carried out to input and output control;
One light compensating lamp control module (15), described light compensating lamp control module (15) is connected with mainboard (1) through ARM90-I/O interface board (8), and the control signal that light compensating lamp control module (15) sends according to mainboard (1) is controlled the ON/OFF of light compensating lamp;
One banister control module (16), described banister control module (16) is connected with mainboard (1) through ARM90-I/O interface board (8), and the control signal that banister control module (16) sends according to mainboard (1) is controlled the ON/OFF of banister.
2. the touch remote monitoring terminal unit for mining tax fee collecting according to claim 1, is characterized in that: described traffic lights control module (4) is connected with mainboard (1) by ARM90-I/O interface board (8) respectively with infrared emission detection module (5).
3. the touch remote monitoring terminal unit for mining tax fee collecting according to claim 1 and 2, is characterized in that:
Also comprise main frame hand-reset key (29) and instrumented data optic electric interface (30);
Described mainboard (1) comprises CPU(25), power interface (22), IC-card interface (23), touch control display interface (19), speech talkback interface (20), I/O control interface (21), instrumented data interface (24), reset key interface (26) and network interface (18);
Described mainboard (1) is connected with power module (7) by power interface (22);
Described mainboard (1) is connected with IC-card module for reading and writing (12) by IC-card interface (23);
Described mainboard (1) is connected with touch-control module (2) and display module (3) by touch control display interface (19);
Described mainboard (1) is connected with speech talkback module (11) and video server module (9) by speech talkback interface (20);
Described mainboard (1) is connected with communication module (10) by network interface (18);
Described mainboard (1) is connected with ARM90-I/O interface board (8) by I/O control interface (21);
Described mainboard (1) is connected with main frame hand-reset key (29) by reset key interface (26);
Described mainboard (1) is connected with instrumented data optic electric interface (30) by instrumented data interface (24).
4. the touch remote monitoring terminal unit for mining tax fee collecting according to claim 3, is characterized in that: described power module (7) comprises Surge Protector (34), AC-DC Switching Power Supply (35) and PPL power supply (36); Described Surge Protector (34) is connected with AC-DC Switching Power Supply (35), and AC-DC Switching Power Supply (35) is connected with PPL power supply (36).
5. the touch remote monitoring terminal unit for mining tax fee collecting according to claim 4, is characterized in that: described touch-control module (2), display module (3), IC-card module for reading and writing (12), microphone (13), main frame hand-reset key (29) are located at respectively apparatus body (17) front upper;
Described loudspeaker (14) is located at apparatus body (17) top, side;
Described mainboard (1) is located at apparatus body (17) internal upper part;
Described AC-DC Switching Power Supply (35), external unit binding post are located at the interior bottom of apparatus body (17);
Described Surge Protector (34), PPL power supply (36) and ARM90-I/O interface board (8) are arranged on middle part in apparatus body (17);
Described communication module (10) and video server module (9) are located at the interior bottom of apparatus body (17) by correspondence tray (33);
Described instrumented data optic electric interface (30), civil power incoming interface (32) and external equipment entrance hole are located at apparatus body (17) lower backside.
6. the touch remote monitoring terminal unit for mining tax fee collecting according to claim 1 and 2, it is characterized in that: also comprise accumulator (31), the voltage of described accumulator (31) output is for giving power module (7) for mainboard (1) and other external equipment provide normal operating voltage after civil power power-off, described accumulator (31) is located at the interior bottom of apparatus body (17).
7. the touch remote monitoring terminal unit for mining tax fee collecting according to claim 1 and 2, is characterized in that: described infrared emission detection module (5) comprises two infrared emissions, is symmetricly set on the both sides of road.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320584328.3U CN203520527U (en) | 2013-09-22 | 2013-09-22 | Touch control remote monitoring terminal apparatus for imposing mining taxes |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320584328.3U CN203520527U (en) | 2013-09-22 | 2013-09-22 | Touch control remote monitoring terminal apparatus for imposing mining taxes |
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| Publication Number | Publication Date |
|---|---|
| CN203520527U true CN203520527U (en) | 2014-04-02 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320584328.3U Expired - Lifetime CN203520527U (en) | 2013-09-22 | 2013-09-22 | Touch control remote monitoring terminal apparatus for imposing mining taxes |
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| CN (1) | CN203520527U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104408577A (en) * | 2014-12-09 | 2015-03-11 | 重庆惠泽科技发展有限公司 | Mining supervision command platform |
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2013
- 2013-09-22 CN CN201320584328.3U patent/CN203520527U/en not_active Expired - Lifetime
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104408577A (en) * | 2014-12-09 | 2015-03-11 | 重庆惠泽科技发展有限公司 | Mining supervision command platform |
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Granted publication date: 20140402 |