CN105059066B - It is a kind of to drag card and the automatic method and tire pressure background management system to code of headstock - Google Patents
It is a kind of to drag card and the automatic method and tire pressure background management system to code of headstock Download PDFInfo
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- CN105059066B CN105059066B CN201510502618.2A CN201510502618A CN105059066B CN 105059066 B CN105059066 B CN 105059066B CN 201510502618 A CN201510502618 A CN 201510502618A CN 105059066 B CN105059066 B CN 105059066B
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Abstract
The present invention drags card and the automatic tire pressure background management system to code of headstock, including data transmission unit, connected tire pressure monitoring unit, background management unit suitable for fleet's monitoring field there is provided a kind of；Tire pressure monitoring unit includes repeater and the tyre pressure sensor for monitoring tire pressure data and temperature data；Data transmission unit, is installed on headstock, transmits to background management unit being handled and being stored for will receive the positional information of tire pressure data and temperature data together with vehicle；It is additionally operable to complete automatic to code when replacing drags card with headstock.The present invention is transmitted to back-stage management center by the tire pressure data of collection vehicle, temperature data and the positional information of itself to be handled and is stored, user can be conducted interviews by client or web terminal to server, data needed for obtaining, realize the real-time monitoring to vehicle tyre pressure information and vehicle condition；The present invention can also complete changing automatic to code when dragging card, eliminate artificial to the cumbersome of code.
Description
Technical field
The invention belongs to vehicle monitoring field, more particularly to a kind of drag card and the automatic method and tire pressure backstage to code of headstock
Management system.
Background technology
At present, on the market TPMS (Tire Pressure Monitoring System, system for detecting tire pressure) function list
One, most of to only can be used on dolly, applicability is not strong, and the vehicle range applied to is narrow, and for example band drags card
High capacity waggon, limited by many conditions, vehicle distances are oversize, signal is easily lost, often change and drag card often to change once just must
Must again it is artificial to code once, the vehicle of card is dragged for frequently changing, it is very inconvenient that user uses operation.Present logistic car
, high capacity waggon, special car Dou Huiyou fleet managements lack tire pressure monitoring and compare comprehensive system remote monitoring and pipe at present
Reason, not the safe early warning of tire with vehicle management and control it is actual be combined together, domestic vehicle tyre pressure real time remote prison at present
Control technology is in blank stage.
The content of the invention
The technical problems to be solved by the invention be to provide it is a kind of drag card and headstock automatically to the method and tire pressure of code after
Platform management system, it is intended to solve prior art change when dragging card it is inconvenient to code, can not remote real-time monitoring vehicle tyre pressure information
The problem of.
The present invention, which is achieved in that, a kind of drags the automatic tire pressure background management system to code of card and headstock, including data
Transmission unit, the tire pressure monitoring unit being connected with the data transmission unit, background management unit, wherein：
The tire pressure monitoring unit, is installed on and drags on card, including repeater, and some tires being connected with the repeater
Pressure sensor, the tyre pressure sensor is used for respectively the tire pressure data and temperature data of monitoring tire in real time and passes through the relaying
Device is sent after being amplified to the data transmission unit；The repeater, is also connected with the brake lamp line of vehicle, for
After the power on signal for monitoring brake lamp line, the request of generation one is sent to the data transfer to code instruction and together with dragging card to number
Unit；
The data transmission unit, is installed on headstock, for by the amplified tire pressure data and temperature received
Data are transmitted to the background management unit together with the positional information of vehicle and are handled and stored；Be additionally operable to receive it is described
Request to code instruction after, will receive described in drag card numbering with storage number information contrasted, if it is described drag card numbering
It is inconsistent with the number information, then update number information and transmission is updated and stored to the background management unit.
Further, the positioning that the data transmission unit includes processing module, is connected respectively with the processing module
Module, receiving module and communication module, wherein：
The receiving module, for receiving tire pressure data and temperature data after the amplification that the repeater is sent and transmitting
To the processing module；
The locating module, current positional information and is transmitted to the processing module for obtaining；
The processing module, after the tire pressure data, the temperature data and the positional information are handled
Transmit to the background management unit；Be additionally operable to receive it is described request to code instruction after, will receive described in drag card volume
Number with store number information contrasted, if it is described drag card number it is inconsistent with the number information, update number information
And sent by the communication module to the background management unit.
Further, the data transmission unit also includes the monitoring module being connected with the processing module；
The processing module, is shown for the tire pressure data and the temperature data to be transmitted to the monitoring module
Show.
Further, the data transmission unit also includes the alarm module being connected with the processing module；
The processing module, for the tire pressure data and the temperature data to be compared with preset maximum value,
The tire pressure data and the temperature data produce an alarm signal and transmitted to the alarm module when exceeding the maximum
Carry out alarm response.
Further, the background management unit includes server, and connected display module；
The server, for the tire pressure data received and the temperature data to be handled and stored, together
When the tire pressure data and temperature data after processing are sent to display module and shown；It is additionally operable to refer to receiving peripheral operation
When making, the tire pressure data and temperature data of storage are sent in corresponding form.
Further, the server includes Cloud Server and data processing centre.
Further, the tire pressure background management system also includes the mobile terminal being connected with the server, for leading to
Cross server to interact with the data transmission unit, realize the acquisition of related data, be additionally operable to change the server
IP address.
Further, the tire pressure background management system also includes the Web ends being connected with the server, for passing through institute
State server to interact with the data transmission unit, realize the registration and management of vehicle；It is additionally operable to all current reports of display
The state of alert tyre pressure sensor, and when receiving inquiry request, the car of object time is exported in the form of form or chart
Information；It is additionally operable to supply User Defined alert if, when the tire pressure data of monitoring reach alert if, passes through short message
Or mail reminder respective contacts.
Further, the tire pressure background management system also includes the computer client being connected with the server, is used for
Interacted by the server with the data transmission unit, realize tire pressure data and the position of real time inspection corresponding vehicle
Information；It is additionally operable to after corresponding account and password is received, is shown according to the operation of user, while is there is alarm signal
During breath, accordingly pointed out.
Card and the automatic method to code of headstock are dragged present invention also offers a kind of, step includes：
Whether step A, the brake lamp line of detection vehicle produces power on signal；
Step B, if monitoring to produce power on signal, the repeater for dragging card to install produces one and asked to code signal simultaneously
Card coding is dragged to send to the processing module for being installed on the headstock together with itself；
Step C, the processing module of the headstock receives the request to code signal, and card numbering and storage are dragged by described
Number information is compared；If described drag card numbering inconsistent with the number information, update the number information and store；
Step D, the number information after renewal is sent to back-stage management center, the back-stage management center updates clothes accordingly
The storage coding information being engaged in device.
Compared with prior art, beneficial effect is the present invention：Tire pressure data of the present invention by collection vehicle, temperature number
Transmitted according to the positional information with itself to back-stage management center and handled and stored, user can pass through client or web
End conducts interviews to server, the data needed for obtaining, and realizes the real-time monitoring to vehicle tyre pressure information and vehicle condition, together
When, it can also complete changing automatic to code when dragging card by the present invention, eliminate artificial to the cumbersome of code.
Brief description of the drawings
Fig. 1 is a kind of structure for dragging the automatic tire pressure background management system to code of card and headstock provided in an embodiment of the present invention
Schematic diagram.
Fig. 2 is a kind of flow chart for dragging the automatic method to code of card and headstock provided in an embodiment of the present invention.
Embodiment
In order to make the purpose , technical scheme and advantage of the present invention be clearer, it is right below in conjunction with drawings and Examples
The present invention is further elaborated.It should be appreciated that the specific embodiments described herein are merely illustrative of the present invention, and
It is not used in the restriction present invention.
As shown in figure 1, a kind of dragging the automatic tire pressure back-stage management system to code of card and headstock to be provided in an embodiment of the present invention
System, including data transmission unit 2, the tire pressure monitoring unit 1 being connected with data transmission unit 2, background management unit 3, wherein：
Tire pressure monitoring unit 1, is installed on and drags on card, including repeater 12, and some tire pressures being connected with repeater 12
Sensor 11, tyre pressure sensor 11 is used for respectively the tire pressure data and temperature data of monitoring tire in real time and entered by repeater 12
Sent after row amplification to data transmission unit 2；Repeater 12, is also connected with the brake lamp line of vehicle, for monitoring to stop
After the power on signal of car light line, the request of generation one is sent to data transmission unit 2 to code instruction and together with dragging card to number；
Data transmission unit 2, is installed on headstock, for by the amplified tire pressure data and temperature data that receive
Positional information together with vehicle is transmitted to background management unit 3 and is handled and stored；It is additionally operable to receiving the request pair
After code instruction, will receive described in drag card numbering with storage number information contrasted, if it is described drag card number with it is described
Number information is inconsistent, then updates number information and transmission is updated and stored to background management unit 3.
Specifically, data transmission unit 2 includes processing module 22, the locating module 23 being connected with processing module 22, connects
Receive module 21 and communication module 24；
Receiving module 21, for receiving tire pressure data and temperature data after the amplification that repeater 12 is sent and transmitting to place
Manage module 22；
Locating module 23, current positional information and is transmitted to processing module 22 for obtaining.Specifically, locating module is adopted
GPS geo-location system, the latitude and longitude information for obtaining the geographical position where vehicle.
Processing module 22, for being passed after being handled the tire pressure data, the temperature data and the positional information
Transport to background management unit 3；Be additionally operable to receive it is described request to code instruction after, will receive described in drag card number with depositing
The number information of storage is contrasted, if described drag card numbering inconsistent with the number information, is updated number information and is passed through
Communication module 24 is sent to background management unit 3.
Specifically, before dragging card to be installed with headstock, first read one by a hand-held code reader and drag card all the sensors ID codes,
Then card all the sensors ID codes will be dragged to upload to repeater to automatically save, uniquely dragged while each dragging card to be provided with a fixation
Card numbering, this drags card numbering to preserve in the repeaters, in background management unit, and this drags card numbering to that should drag the sensing in card
Device ID codes.Repeater is with dragging card to be the equal of a unseparated entirety.After card is dragged in first time with headstock installation, manually
Docking for the data transmission unit that repeater is installed with headstock is completed, data transmission unit preserves dragging for the repeater of this docking
Card coding, i.e. coding information.
Next time is changed and drags during card or occur braking conditions in vehicle travel process, as long as touching on the brake, repeater is received
The power on signal of brake lamp line, can drag processing module of the card numbered transmission into data transmission unit to enter by what itself was fixed automatically
Row judge, if judge this drag the repeater transmission of card drag card numbering it is consistent with what it is before, processing module be considered as still originally
To drag card not complete automatic to code；If inconsistent, processing module, which is considered as more to renew, drags card, and selection renewal drags card to number, from
It is dynamic to drag card numbering to be updated to the coding information preserved before this new code, complete automatic to code.
Further to ensure that the human pilot of vehicle can real-time monitor the vehicle tyre pressure letter of itself driving vehicle
Breath obtains still further comprising the monitoring module 25 being connected with processing module 22 and report in warning message, the present embodiment with timely
Alert module 26；
Processing module 22, is shown for the tire pressure data and the temperature data to be transmitted to monitoring module 25；
It is additionally operable to the tire pressure data and the temperature data being compared with preset maximum value, in the tire pressure data and the temperature
Degrees of data produces an alarm signal and transmitted to alarm module 26 when exceeding the maximum carries out alarm response.
Background management unit 3 includes server 31, and connected display module 32；
Server 31, for the tire pressure data received and the temperature data to be handled and stored, simultaneously
Tire pressure data and temperature data after processing are sent to display module 32 and shown；It is additionally operable to refer to receiving peripheral operation
When making, the tire pressure data and temperature data of storage are sent in corresponding form, server 31 includes Cloud Server and data
Processing center etc. other possess the mainframe computer of large-scale calculation function.In actual applications, external equipment, such as mobile terminal 5
Or PC 4 can access server by such as WEB terminal and APP clients, obtain the data wanted to know about.
Below, each part involved in the present invention is further elaborated：
Data processing unit, including locating module, receiving module, communication module；
In driver's cabin, inside there are rechargeable lithium ion batteries, 12V -24 powers, vehicle is opened after ACC switches, number
Started working according to transmission unit and battery is charged, if vehicle parking is detained, ACC turns off, internal battery, which starts power supply, to be protected
Demonstrate,prove data transmission unit normal work；
1st, the geographical position latitude and longitude information where being inquired about by locating module, obtains the tire pressure by receiving module and supervises
Survey the tyre temperature data and tire pressure data of unit；
2nd, the geographic location latitude and longitude information of acquisition and the temperature of tire pressure monitoring unit, tire pressure data are passed through into API
(Application Programming Interface, application programming interface) interface can pass through the data collected
Communication module is sent to background management unit using 2G, 3G, 4G network and handled；
3rd, background system server IP address is provided with processing module, by inserting SIM card, can be sent by mobile phone
Server ip address and port that short message is configured to corresponding SIM card, change data processing unit.
One repeater：
1st, it connects the brake lamp line on car, after the power on signal of brake lamp line is monitored, send itself drags card to compile
Number to data transmission unit, complete automatic to code；
2nd, its wireless transmission signal for being used to amplify tyre pressure sensor, reduces the signal attenuation being wirelessly transferred, and strengthens tire pressure
The wireless signal of sensor, extends transmission distance；
3rd, a chargeable lithium cell is internally provided with, as long as being powered to charge the battery, when vehicle stops
Repeater still can continue normal work.
One server, it has the characteristics that：
1st, magnanimity is connected, and the high concurrent for meeting bulk device based on polymorphic type standard API and customization protocol development is quick
Access；
2nd, data storage, server is based on distributed cloud storage, message object structure, abundant data call interface, reality
Existing data high concurrent reading and writing storehouse operation, the safety of effective guarantee data；
3rd, online management, the equipment of access is realized the monitoring management of equipment, on-line debugging by server, controls work(in real time
Energy；
4th, message distribution, server can be forwarded the Various types of data of collection by message, short message is pushed, APP information is pushed
The quick informing service platform of mode, user mobile phone, APP clients, set up effective passage of two-way communication；
5th, atomic service, server will converge the high-quality atoms such as China Mobile's short message, location-based service, public cloud data clothes
Business allows equipment and the quick calling of application there is provided standard api interface, gives intelligent hardware devices broader imagination space；
6th, event alarm, server creative event triggering engine, user can quickly realize that service logic is compiled based on engine
Row, realizes business function；
7th, private network special issue, China Mobile makes specialized network channel based on Internet of Things Intelligent hardware feature, and there is provided industry
The special network card and communications module of level, the service of integration is provided with reference to server.
Specifically, server works for 24 hours, kept in communication in real time with data transmission unit, as long as on data transmission unit
Electricity, SIM card is normal, will start to upload all data messages of data transmission unit.
1st, server receives the data message that data transmission unit is uploaded, real-time storage data and store historical data information
And processing data information, the data message of upload is analyzed；
2nd, the data transmission unit of management access, it is corresponding that the data transmission unit each newly accessed registers the equipment
The information such as Pilot Name, driver's license, affiliated fleet and company；
3rd, event-driven engine, when the data message of upload reaches certain alarming value, immediately treats the event, passes through message
Route, the event Feedback of processing to application layer client or Web ends.
One Web ends, can be achieved following functions：
1st, inquire about：
A) real-time monitoring data transmission unit, sensor states, the tire pressure and temperature of tire pressure monitoring module, and vehicle
Geographical position,；
B) some point of historical query or the information of vehicles of period, check record in the form of form or chart；
C) alarm logging is inquired about, and shows the sensor condition information of all current alerts；
2nd, set：
A) self-defined alert if, and real-time reminding, when alert if value is reached, passes through short message or mail
Mode, is sent to corresponding contact person；
B) set and change alarming value, change sensor and be synchronized to data transmission unit, same data transmission unit
Server sync is automatically uploaded to Web ends after electricity on settable alarming value；
C) selection of Chinese and English display interface and unit of account is selected.
3rd, manage
A) registration is with deleting affiliated company, and addition is with deleting fleet or vehicle；
B) vehicle in self-defined division specific region, the real-time management region, inquires about vehicle condition in the region.
Specifically, WEB terminal goes to control and inquire about associated vehicle information in the way of browser browses webpage, into Web ends
Afterwards it can be seen that four classification, statistics, vehicle monitoring, system administration and customer center
1st, the statistics page is divided into current data, alert data and essential information, and current data is for example：All vehicle numbers
Xx, online vehicle number xx, go offline vehicle number xx, vehicle of alarming；Alert data is for example：Alarmed yesterday xx, and alarmed last week number xx, on
Moon alarm number xx；Essential information is for example：Business Name xx, registration country xx, firm telephone xx, CompanyAddress xx, corporate mailbox
Xx, company fax xx, company postcode xx, contact person xx；
2nd, it is grouped into the vehicle monitoring page：
A, vehicle location, position that can be by the number-plate number or conditional search vehicle location in map, conditional search
Select to search the car of the fleet or all fleets for fleet；
B, position or the position by all vehicles in the regional search region；
C, historical data can check certain with vehicle conventional certain time Vehicle Speed, position and tire-like
Condition；
D, alarm logging can point fleet and region the alarm logging information checked within nearest one week of vehicle；
E, region, which look into car, to check that the alert if specified is checked according to each region, for example：High temperature, high pressure, low pressure,
And all car alarming situations in the condition query specified requirements designated area such as gas leakage, unbalanced shaft；
F, information of vehicles and record can also subregion or fleet's enquiring vehicle situations；
This classification of g, sensor can check that last time and first time uplink time use duration, car plate, installation
Tire location, the present situation, historical record；
3rd, system administration includes Basic Information Management, alarming and managing, account management
A, Basic Information Management, which have, is divided into fleet management, district management, vehicle management, driver management, and addition respectively is deleted
Fleet, zoning, addition vehicle, addition driver information etc.；
B, alarming and managing are divided into alarm setting and alarm communication system record, and alarm fleet and alarm contact method and report are set respectively
Alert contact person；
C, account management, fleet operator editor fleet operator and Regional Admin are for example：Fleet xx, name xx, electricity
Talk about xx, mailbox xx, password xx；
4th, customer center includes message center and account setup, the whole warning messages of message center display, untreated alarm
Message and processed warning message；
Account setup is the password of the change account.
One APP clients：
1st, it shows in the form of a list, intuitively inquires about data transmission unit and sensor and the linking status of client
And monitoring vehicular seat manages position in real time, geographical position needs invocation map software to check；
2nd, the inquiry of historical data, can check conventional vehicle tyre pressure data record；
3rd, the data of Web changes are arranged in time, and the synchronous self-defined alert if of Web is set；
4th, client is the specific affiliated company of each account correspondence one, only shows all vehicles of the said firm；
5th, client can be checked with full frame, window scheme, be minimized icon hiding in taskbar；
6th, when being hidden in taskbar, warning message is ejected with bubble text mode from taskbar icon, and sends alarm
Sound and flash demo；
7th, when vehicle is reached the standard grade, or when having backstage in new vehicle connection, reminder message and flash demo are sent.
Specifically, APP clients are particularly used in：
A, installation mobile terminal client terminal or PC client are mainly backstage succinct checking monitoring tire directly perceived
Press the data of monitoring modular, and GPS module positioning address, and can historical record inquire about the tire pressure of each vehicle time section and go through
The Records of the Historian is recorded and GPS location record；
B, after register account number password, mobile terminal client terminal or PC client are logged in, with fleet's list point
The mode of group checks the Monitoring Data of tire pressure monitoring module described in the registered all vehicles of the account and GPS module positioning
The map address shown afterwards on Google Maps or Baidu map, each fleet divides a group, contains all be somebody's turn to do
The vehicle of fleet；
Each monitoring modular shown by c, backstage is in addition to it can see tire pressure data and temperature, it can be seen that described each
The id number of tire pressure monitoring module, shows that unanimously client only has display function with Web ends, without controlling work energy；
D, keeper can also be checked with the content of full frame viewing client-side under window scheme, or be minimized to computer
Lower right corner icon, no matter with viewing client-side under what pattern, client can all have warning message to be pushed to desktop, with bubble
Text mode Pop-up message at icon, reaches the standard grade in vehicle, for example：Xx fleets xx vehicles are reconnected, or during newly-increased vehicle,
Icon can also be pointed out, for example：Xx logistics company xx fleets increase vehicle newly；
E, when client have alarm vehicle when, lower right corner small icon can send alarm in the form of animation immediately, for example：When
During a certain vehicle high temperature, the small icon of client can eject the vehicle xx fleet xx vehicle xx tires that a whole body is burned with anger immediately
High temperature, the animation of a tire high pressure blast can be ejected when high pressure and xx fleets xx vehicle xx tire high pressures etc. are shown.
Present invention also offers it is as shown in Figure 2 it is a kind of drag card and the automatic method to code of headstock, step includes：
Whether S1, the brake lamp line of detection vehicle produces power on signal.In this step, installed in the repeater dragged on card
The brake lamp line of vehicle is connected to, for detecting whether the brake lamp line of vehicle produces power on signal.
S2, if monitoring to produce power on signal, the repeater for dragging card to install produces a request to code signal and company
Card coding is dragged to send to the processing module for being installed on the headstock with itself；
S3, the processing module of the headstock receives the request to code signal, and card numbering and the volume of storage are dragged by described
Number information is compared；If described drag card numbering inconsistent with the number information, update the number information and store；
S4, the number information after renewal is sent to back-stage management center, the back-stage management center more new demand servicing accordingly
Storage coding information in device.
The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the invention, all essences in the present invention
Any modifications, equivalent substitutions and improvements made within refreshing and principle etc., should be included in the scope of the protection.
Claims (10)
1. a kind of drag card and the automatic tire pressure background management system to code of headstock, it is characterised in that the tire pressure back-stage management system
System includes data transmission unit, the tire pressure monitoring unit being connected with the data transmission unit, background management unit, wherein：
The tire pressure monitoring unit, is installed on and drags on card, including repeater, and some tire pressures being connected with the repeater are passed
Sensor, the tyre pressure sensor is used for respectively the tire pressure data and temperature data of monitoring tire in real time and entered by the repeater
Sent after row amplification to the data transmission unit；The repeater, is also connected with the brake lamp line of vehicle, in monitoring
To after the power on signal of brake lamp line, the request of generation one is sent to the data transfer list to code instruction and together with dragging card to number
Member；
The data transmission unit, is installed on headstock, for by the amplified tire pressure data and temperature data that receive
Positional information together with vehicle is transmitted to the background management unit and is handled and stored；It is additionally operable to receiving the request
After code instruction, will receive described in drag card numbering with storage number information contrasted, if it is described drag card numbering and institute
State number information inconsistent, then update number information and transmission is updated and stored to the background management unit.
2. tire pressure background management system as claimed in claim 1, it is characterised in that the data transmission unit includes processing mould
Block, the locating module being connected respectively with the processing module, receiving module and communication module, wherein：
The receiving module, for receiving tire pressure data and temperature data after the amplification that the repeater is sent and transmitting to institute
State processing module；
The locating module, current positional information and is transmitted to the processing module for obtaining；
The processing module, for being transmitted after being handled the tire pressure data, the temperature data and the positional information
To the background management unit；Be additionally operable to receive it is described request to code instruction after, will receive described in drag card number and
The number information of storage is contrasted, if described drag card numbering inconsistent with the number information, is updated number information and is led to
The communication module is crossed to send to the background management unit.
3. tire pressure background management system as claimed in claim 2, it is characterised in that the data transmission unit also includes and institute
State the monitoring module that processing module is connected；
The processing module, is shown for the tire pressure data and the temperature data to be transmitted to the monitoring module.
4. tire pressure background management system as claimed in claim 2, it is characterised in that the data transmission unit also includes and institute
State the alarm module that processing module is connected；
The processing module, for the tire pressure data and the temperature data to be compared with preset maximum value, described
Tire pressure data and the temperature data produce an alarm signal and transmitted to the alarm module and carry out when exceeding the maximum
Alarm response.
5. tire pressure background management system as claimed in claim 2, it is characterised in that the background management unit includes service
Device, and connected display module；
The server, for the tire pressure data received and the temperature data to be handled and stored, simultaneously will
Tire pressure data and temperature data after processing send to display module and shown；It is additionally operable to receiving peripheral operation instruction
When, the tire pressure data and temperature data of storage are sent in corresponding form.
6. tire pressure background management system as claimed in claim 5, it is characterised in that the server includes Cloud Server sum
According to processing center.
7. tire pressure background management system as claimed in claim 5, it is characterised in that the tire pressure background management system also includes
The mobile terminal being connected with the server, for being interacted by server with the data transmission unit, is realized related
The acquisition of data, is additionally operable to change the IP address of the server.
8. tire pressure background management system as claimed in claim 5, it is characterised in that the tire pressure background management system also includes
The Web ends being connected with the server, for being interacted by the server with the data transmission unit, realize vehicle
Registration and management；It is additionally operable to show the state of the tyre pressure sensor of all current alerts, and when receiving inquiry request, with
The form of form or chart exports the information of vehicles of object time；It is additionally operable to supply User Defined alert if, in the tire of monitoring
When pressure data reach alert if, pass through short message or mail reminder respective contacts.
9. tire pressure background management system as claimed in claim 5, it is characterised in that the tire pressure background management system also includes
The computer client being connected with the server, it is real for being interacted by the server with the data transmission unit
The tire pressure data and positional information of existing real time inspection corresponding vehicle；It is additionally operable to after corresponding account and password is received, according to
The operation of user is shown, while when there is warning message, accordingly being pointed out.
10. a kind of drag card and the automatic method to code of headstock, it is characterised in that methods described step includes：
Whether step A, the brake lamp line of detection vehicle produces power on signal；
Step B, if monitor produce power on signal, it is described drag card install repeater produce one ask to code signal and together with
Itself the card coding is dragged to send to the processing module for being installed on the headstock；
Step C, the processing module of the headstock receives the request to code signal, and card numbering and the numbering of storage are dragged by described
Information is compared；If described drag card numbering inconsistent with the number information, update the number information and store；
Step D, the number information after renewal is sent to back-stage management center, the back-stage management center updates server accordingly
In storage coding information.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510502618.2A CN105059066B (en) | 2015-08-14 | 2015-08-14 | It is a kind of to drag card and the automatic method and tire pressure background management system to code of headstock |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510502618.2A CN105059066B (en) | 2015-08-14 | 2015-08-14 | It is a kind of to drag card and the automatic method and tire pressure background management system to code of headstock |
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| Publication Number | Publication Date |
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| CN105059066A CN105059066A (en) | 2015-11-18 |
| CN105059066B true CN105059066B (en) | 2017-09-22 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| WO2017028039A1 (en) * | 2015-08-14 | 2017-02-23 | 伍宗仁 | Method for automatically matching codes between trailer and tractor, and tire pressure background management system |
| CN106297294A (en) * | 2016-08-29 | 2017-01-04 | 无锡卓信信息科技股份有限公司 | A kind of vehicle running state intelligent monitor system |
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