CN105892441B - A kind of test device and test method of mounted remote monitoring system - Google Patents
A kind of test device and test method of mounted remote monitoring system Download PDFInfo
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- CN105892441B CN105892441B CN201510489849.4A CN201510489849A CN105892441B CN 105892441 B CN105892441 B CN 105892441B CN 201510489849 A CN201510489849 A CN 201510489849A CN 105892441 B CN105892441 B CN 105892441B
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B23/00—Testing or monitoring of control systems or parts thereof
- G05B23/02—Electric testing or monitoring
- G05B23/0205—Electric testing or monitoring by means of a monitoring system capable of detecting and responding to faults
- G05B23/0218—Electric testing or monitoring by means of a monitoring system capable of detecting and responding to faults characterised by the fault detection method dealing with either existing or incipient faults
- G05B23/0224—Process history based detection method, e.g. whereby history implies the availability of large amounts of data
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Abstract
Embodiment of the present invention discloses the test device and test method of a kind of mounted remote monitoring system.Mounted remote monitoring system includes built-up circuit.Test device includes: configuration file generation module, for generating configuration file；CAN communication module, for sending configuration file to mounted remote monitoring system, wherein operation of the mounted remote monitoring system based on configuration file control built-up circuit；It is also used to receive built-up circuit operation information from mounted remote monitoring system, and sends display module for built-up circuit operation information；Display module, for showing built-up circuit operation information.
Description
Technical field
The present invention relates to automobile technical field, a kind of test device more particularly, to mounted remote monitoring system and
Test method.
Background technique
Energy shortage, oil crisis and environmental pollution grow in intensity, and bring tremendous influence, direct relation to people's lives
To the sustainable development of national economy and society.Countries in the world are all in active development new energy technology.Electric car is as a kind of
Reduce the new-energy automobile of consumption of petroleum, low pollution, low noise, it is considered to be solve the important way of energy crisis and environmental degradation
Diameter.Hybrid vehicle combines the advantage of pure electric automobile and traditional combustion engine automobile, is meeting vehicle dynamic quality requirement
Under the premise of being required with continual mileage, effectively improve fuel economy, reduce discharge, it is considered to be current energy conservation with subtract
One of active path of row.
Mounted remote monitoring system can realize wireless remote monitering, global positioning system (Global Positioning
System, GPS) it is Orientation on map, the playback of vehicle history driving trace, speech talkback, alarm linkage, remote-recording video storage, long-range
Download the functions such as video recording, vehicle region management, equipment remote upgrade.Have in pure electric automobile and hybrid vehicle extensively
Application.
It is directed to the detection of mounted remote monitoring system at present, most of producer is all the production phase in product using manually
Realize detection manually.
However, artificial detection has the shortcomings that inefficiency and accuracy in detection be not high.
Summary of the invention
The purpose of the present invention is to propose to a kind of test devices of mounted remote monitoring system, to improve the automation of detection
Degree.
Another object of the present invention is to propose a kind of test method of mounted remote monitoring system, to improve detection
The degree of automation.
The one side of embodiment according to the present invention proposes a kind of test device of mounted remote monitoring system, the vehicle
Carrying remote monitoring system includes built-up circuit；The test device includes:
Configuration file generation module, for generating configuration file；
Controller local area network (Controller Area Network, CAN) communication module is used for described vehicle-mounted remote
Range monitoring system sends the configuration file, wherein the mounted remote monitoring system, which is based on the configuration file, controls described group
At the operation of circuit；It is also used to receive built-up circuit operation information from the mounted remote monitoring system, and the composition is electric
Road transport row information is sent to display module；
Display module, for showing the built-up circuit operation information.
Preferably, further includes:
Information remote obtains module, for obtaining built-up circuit operation information by remote mode；
Judgment module, for obtaining mould when the received built-up circuit operation information of CAN communication module and information remote
When the built-up circuit operation information that block obtains is identical, determine that the built-up circuit is normal, and/or, when CAN communication module connects
When the built-up circuit operation information that built-up circuit operation information and information remote the acquisition module of receipts obtain is not identical, described in judgement
Built-up circuit is abnormal, and will determine that result is sent to display module and is shown.
Preferably, the received built-up circuit operation information of CAN communication module includes that the radio communication circuit is held
The presence of the user of load；It is wireless communication module that the information remote, which obtains module,；
Wireless communication module, the mark for the user according to the pre-stored data inquires Cloud Server, described in determination
The presence of user；
Judgment module, for working as included in the received built-up circuit operation information of CAN communication module in threadiness
When state is identical as presence determined by wireless communication module, determine that the radio communication circuit is normal, and/or, when CAN is logical
Believe online determined by presence included in the received built-up circuit operation information of module and wireless communication module
When state is not identical, determine that the built-up circuit is abnormal, and will determine that result is sent to display module and is shown.
Preferably, the built-up circuit is satellite positioning circuitry；The received built-up circuit operation letter of CAN communication module
Breath includes the satellite positioning coordinate of mounted remote monitoring system；It is satellite positioning module that the information remote, which obtains module,；
Satellite positioning module, for obtaining the satellite positioning coordinate of test position；
Judgment module, for working as satellite included in the received built-up circuit operation information of CAN communication module
When position coordinate is identical as satellite positioning coordinate acquired in satellite positioning module, determine that the satellite positioning circuitry is normal, and/
Or, working as satellite positioning coordinate included in the received built-up circuit operation information of CAN communication module and satellite positioning mould
When satellite positioning coordinate acquired in block is not identical, determine that the satellite positioning circuitry is abnormal, and will determine that result is sent to
Display module is shown.
Preferably, the radio communication circuit includes: general packet radio service technology circuit, gsm communication circuit, WLAN
Circuit, interphone circuit, satellite television circuit, bluetooth communication circuit, infrared communication circuit or purple honeybee telecommunication circuit.
Preferably, the satellite positioning circuitry includes: GPS satellite positioning circuit, big-dipper satellite positioning circuit or Ge Luona
This satellite positioning circuitry.
The another aspect of embodiment according to the present invention proposes a kind of test method of mounted remote monitoring system, comprising:
Generate configuration file；
The configuration file is sent to mounted remote monitoring system, mounted remote monitoring system is based on the configuration file control
Make the operation of the built-up circuit of itself；
Built-up circuit operation information is received from mounted remote monitoring system；
Show the built-up circuit operation information.
Preferably, this method further include:
Built-up circuit operation information is obtained by remote mode；
When from the received built-up circuit operation information of mounted remote monitoring system with pass through remote mode obtain institute
State built-up circuit operation information it is identical when, determine that the built-up circuit is normal, and/or, when from mounted remote monitoring system receive
The built-up circuit operation information with by remote mode obtain the built-up circuit operation information it is not identical when, determine institute
It is abnormal to state built-up circuit；
Display determines result.
Preferably, the built-up circuit is radio communication circuit, from the received composition electricity of mounted remote monitoring system
Road transport row information includes the presence for the user that the radio communication circuit is carried；
It is described that the mark that built-up circuit operation information includes: the user according to the pre-stored data is obtained by remote mode
Cloud Server is inquired, with the presence of the determination user；This method comprises:
When the presence included in the received built-up circuit operation information of mounted remote monitoring system with look into
Ask the presence determined by Cloud Server it is identical when, determine that the radio communication circuit is normal, and/or, when from vehicle-mounted
The presence included in the received built-up circuit operation information of remote monitoring system is determined with inquiry Cloud Server
The presence it is not identical when, determine that the radio communication circuit is abnormal.
Preferably, the built-up circuit is satellite positioning circuitry；It is described described group received from mounted remote monitoring system
It include the satellite positioning coordinate of mounted remote monitoring system at circuit operation information；
It is described that obtain built-up circuit operation information by remote mode include: to obtain test position by remote mode defending
Star positions coordinate；This method comprises:
When the satellite positioning coordinate included in the received built-up circuit operation information of mounted remote monitoring system
When identical as the satellite positioning coordinate obtained by remote mode, determine that the satellite positioning circuitry is normal, and/or, when
The satellite positioning coordinate included in the received built-up circuit operation information of mounted remote monitoring system with by long-range
When the satellite positioning coordinate that mode obtains is not identical, determine that the satellite positioning circuitry is abnormal.
It can be seen from the above technical proposal that in embodiments of the present invention, configuration file generation module generates configuration text
Part；CAN communication module sends configuration file to mounted remote monitoring system, and wherein mounted remote monitoring system is based on configuration file
Control the operation of the built-up circuit of itself；CAN communication module also receives built-up circuit operation information from mounted remote monitoring system,
And display module is sent by built-up circuit operation information；Display module, for showing built-up circuit operation information.Thus may be used
See, after the present invention, the operation of the corresponding configuration control built-up circuit based on configuration file, testing staff only needs naked eyes to see
Display module is examined either with or without normal display built-up circuit operation information, that is, can determine whether built-up circuit is working properly, thus real
Whether working properly semi-automatic detection mounted remote monitoring system is showed.
In addition, in embodiments of the present invention, information remote obtains module and obtains built-up circuit operation by remote mode
Information, judgment module compares the received built-up circuit operation information of CAN communication module again and information remote obtains what module obtained
The consistency of built-up circuit operation information, so that whether realize full-automatic detection mounted remote monitoring system working properly,
And improve detection accuracy.
Detailed description of the invention
Only illustratively description and explain the present invention for the following drawings, not delimit the scope of the invention.
Fig. 1 is the structure chart of the test device of mounted remote monitoring system according to the present invention.
Fig. 2 is the structure chart according to the test device of the mounted remote monitoring system of first embodiment of the invention.
Fig. 3 is the structure chart according to the test device of the mounted remote monitoring system of second embodiment of the invention.
Fig. 4 is the structure chart according to the test device of the mounted remote monitoring system of third embodiment of the invention.
Fig. 5 is the test method flow chart of mounted remote monitoring system according to the present invention.
Specific embodiment
In order to which the technical features, objects and effects of invention are more clearly understood, the Detailed description of the invention present invention is now compareed
Specific embodiment, identical label indicates identical part in the various figures.
It is succinct and intuitive in order to what is described, hereafter by describing several representative embodiments come to side of the invention
Case is illustrated.A large amount of details is only used for helping to understand the solution of the present invention in embodiment.However, it will be apparent that of the invention
Technical solution can be not limited to these details when realizing.In order to avoid unnecessarily having obscured the solution of the present invention, Yi Xieshi
It applies mode not described meticulously, but only gives frame.Hereinafter, " comprising " refers to " including but not limited to ", " root
According to ... " refer to " according at least to ..., but be not limited to according only to ... ".Due to the speech habits of Chinese, hereinafter without spy
When not pointing out the quantity of an ingredient, it is meant that the ingredient is either one or more, or can be regarded as at least one.
Fig. 1 is the structure chart of the test device of mounted remote monitoring system according to the present invention.The test device 100 is used for
Test vehicle-mounted remote monitoring system 200.Mounted remote monitoring system 200 includes main control chip 201 and built-up circuit 202.
As shown in Figure 1, the test device 100 includes: configuration file generation module 101, CAN communication module 102 and display
Module 103；Wherein:
Configuration file generation module 101, for generating configuration file；
CAN communication module 102, for sending configuration file to mounted remote monitoring system 200, wherein mounted remote is monitored
System 200 controls the operation of the built-up circuit 202 of itself based on configuration file；CAN communication module 102 is also used to receive vehicle-mounted
The built-up circuit operation information that remote monitoring system 200 returns, and display module 103 is sent by built-up circuit operation information；
Display module 103, for showing built-up circuit operation information.
The configuration file generated of configuration file generation module 101, for specifying the method for operation of built-up circuit 202.Match
Setting file specifically can be implemented as by the control routine of the compiled generation of programming language.Built-up circuit is assigned in configuration file
202 operating parameter.Specifically, the specified operating parameter of configuration file may include: built-up circuit runing time, built-up circuit
Operation order and the enabled order of built-up circuit, etc..
The main control chip 201 of mounted remote monitoring system 200 parses configuration file, to obtain the operation of built-up circuit 202
Parameter, and the operation based on operating parameter control built-up circuit 202.
Preferably, built-up circuit 202 specifically includes: radio communication circuit and/or satellite positioning circuitry, etc..More preferably
Ground, radio communication circuit may include: general packet radio service technology circuit, gsm communication circuit, WLAN circuitry, intercom
Circuit, satellite television circuit, bluetooth communication circuit, infrared communication circuit or purple honeybee telecommunication circuit, etc.；Satellite positioning circuitry can
To include: GPS satellite positioning circuit, big-dipper satellite positioning circuit or GLONASS satellite positioning circuitry, etc..
The specific embodiment of built-up circuit 202 is enumerated in detail above, it will be appreciated by those of skill in the art that this
It describes to be only exemplary, is not used to limit the protection scope of built-up circuit 202.
When CAN communication module 102 can not establish correspondence with mounted remote monitoring system 200, on display module 103
It cannot show information, testing staff can be determined that the CAN function of mounted remote monitoring system 200 breaks down at this time.
When CAN communication module 102 can establish correspondence with mounted remote monitoring system 200, on display module 103
It can show information, testing staff can be determined that the CAN function of mounted remote monitoring system 200 is normal at this time.
When display module 103 can normally be shown from the received built-up circuit operation information of mounted remote monitoring system 200
When, testing staff can be assumed that built-up circuit 202 is working properly.
In this embodiment, testing staff only needs to visually observe display module 103 either with or without normal display composition
Whether working properly circuit operation information can determine built-up circuit 202, to realize semi-automatic detection mounted remote prison
Whether control system is working properly.
In the case of special, built-up circuit 202 can generate built-up circuit operation information, but the generation composition generated
Circuit operation information inaccuracy, built-up circuit 202 still works abnormal at this time.However, testing staff can visually observe it is aobvious
Show module 103 whether normally show built-up circuit operation information, but can not artificial judgment built-up circuit operation information it is whether accurate,
Therefore it is working properly to determine built-up circuit 202 for the possible misidentification of testing staff.
In one embodiment, test device 100 further include:
Information remote obtains module 104, for obtaining built-up circuit operation information by remote mode；
Judgment module 105, for being obtained based on the received built-up circuit operation information of CAN communication module 102 with information remote
The consistency for the built-up circuit operation information that modulus block 104 obtains, judges the functionality of built-up circuit, and judging result is sent
It is shown to display module.Specifically, when the received built-up circuit operation information of CAN communication module 102 is obtained with information remote
Modulus block 104 obtain built-up circuit operation information it is consistent when, judgment module 105 determine built-up circuit functionality be it is normal,
Determine that built-up circuit is normal；When the received built-up circuit operation information of CAN communication module 102 and information remote obtain module
104 obtain built-up circuit operation information it is inconsistent when, judgment module 105 determine built-up circuit functionality be it is abnormal, i.e.,
Determine that built-up circuit is abnormal.As it can be seen that information remote, which obtains module 201, obtains built-up circuit operation information by remote mode,
Judgment module 202 compares the received built-up circuit operation information of CAN communication module 102 again and obtains with information remote acquisition module 104
Whether normal the consistency of the built-up circuit operation information taken can judge automatically built-up circuit 200, to realize a kind of complete
Automatic detection mode improves detection accuracy.
Fig. 2 is the structure chart according to the test device of the mounted remote monitoring system of first embodiment of the invention.In Fig. 2
In, built-up circuit 202 is embodied as radio communication circuit 202.CAN communication module 102 connects from mounted remote monitoring system 200
The built-up circuit operation information of receipts includes the presence for the user that radio communication circuit 202 is carried.Information remote obtains mould
Block 104 is embodied as wireless communication module 104.
The CAN communication module 102 of test device 100 sends configuration file to mounted remote monitoring system 200.Configuration text
The specified operating parameter of part includes the enabled order of radio communication circuit.The main control chip 201 of mounted remote monitoring system 200 is from matching
It sets and parses the enabled order of radio communication circuit in file, and enabled radio communication circuit 202 works, thus radio communication circuit
202 establish correspondence with Cloud Server, recorded in Cloud Server the user that is carried of radio communication circuit 202 in threadiness
State.
The user's that the main control chip 201 of mounted remote monitoring system 200 is carried based on radio communication circuit 202 is online
State constitutes built-up circuit operation information, and sends built-up circuit operation information to the CAN communication module of test device 100
102.CAN communication module 102 receives the built-up circuit operation information that the main control chip 201 of mounted remote monitoring system 200 returns,
The presence for the user that radio communication circuit 202 is carried is parsed from built-up circuit operation information, and will wireless communication
The presence for the user that circuit 202 is carried is sent to display module 103 and is shown.
Moreover, the wireless communication module 104 of test device 100 accesses Cloud Server by remote mode, with from cloud service
Device obtains the presence for the user that radio communication circuit 202 is carried.
Presence of the judgment module 105 based on the received user of CAN communication module 102 is obtained with wireless communication module 104
The consistency of the presence of the user taken judges the functionality of radio communication circuit 202, and sends display for judging result
Module 103 is shown.Specifically, when the presence of the received user of CAN communication module 102 and wireless communication module 104
When the presence of the user of acquisition is consistent, determine that radio communication circuit 202 works normally, and send out in display module 103
The prompt that radio communication circuit works normally out；When the presence and radio communication mold of the received user of CAN communication module 102
When the presence for the user that block 104 obtains is inconsistent, 202 irregular working of radio communication circuit is determined, and in display mould
The prompt of radio communication circuit irregular working is issued in block 103.
Fig. 3 is the structure chart according to the test device of the mounted remote monitoring system of second embodiment of the invention.
In Fig. 3, built-up circuit 202 is embodied as satellite positioning circuitry 202.CAN communication module 102 is from mounted remote
The received built-up circuit operation information of monitoring system 200 includes the satellite positioning coordinate of mounted remote monitoring system 200.Information is remote
Journey obtains module 104 and is embodied as satellite positioning module 104.
The CAN communication module 102 of test device 100 sends configuration file to mounted remote monitoring system 200.Configuration text
The specified operating parameter of part includes the enabled order of satellite positioning circuitry.The main control chip 201 of mounted remote monitoring system 200 is from matching
It sets and parses the enabled order of satellite positioning circuitry in file, and enabled satellite positioning circuitry 202 works, thus satellite positioning circuitry
202 obtain the satellite positioning coordinate of mounted remote monitoring system 200.
The main control chip 201 of mounted remote monitoring system 200 is based on the satellite positioning coordinate of mounted remote monitoring system 200
Built-up circuit operation information is constituted, and sends built-up circuit operation information to the CAN communication module 102 of test device 100.
CAN communication module 102 receives the built-up circuit operation information that the main control chip 201 of mounted remote monitoring system 200 returns, from group
At the satellite positioning coordinate for parsing mounted remote monitoring system 200 in circuit operation information, and by mounted remote monitoring system
200 satellite positioning coordinate is sent to display module 103 and is shown.
Moreover, the satellite positioning module 104 of test device 100 by remote mode access satellite positioning server, with from
The satellite positioning coordinate (i.e. the satellite positioning coordinate of test position) of satellite positioning server acquisition test device 100.Due to surveying
100 very close with 200 geographical location of mounted remote monitoring system, therefore 200 satellite of mounted remote monitoring system is set in trial assembly
Position coordinate is identical as the satellite positioning coordinate of test device 100 or height is close.
Judgment module 105 is based on the received satellite positioning coordinate of CAN communication module 102 and satellite positioning module 104 obtains
Satellite positioning coordinate consistency, judge the functionality of satellite positioning circuitry 202, and send display module for judging result
103 are shown.Specifically, it is obtained when the received satellite positioning coordinate of CAN communication module 102 and satellite positioning module 104
When satellite positioning coordinate is consistent, determine that satellite positioning circuitry 202 works normally, and issue satellite in display module 103
The prompt that position circuit works normally；When the received satellite positioning coordinate of CAN communication module 102 and satellite positioning module 104 obtain
Satellite positioning coordinate it is inconsistent when, determine 202 irregular working of satellite positioning circuitry, and issued in display module 103
The prompt of satellite positioning circuitry irregular working.
The built-up circuit 202 for respectively describing mounted remote monitoring system above is embodied as the exemplary knot of single circuit
Structure.In fact, the built-up circuit 202 of mounted remote monitoring system may be embodied as a variety of circuits, embodiment of the present invention is to this
And it is not limited.
Fig. 4 is the structure chart according to the test device of the mounted remote monitoring system of third embodiment of the invention.In Fig. 4
In, the built-up circuit of mounted remote monitoring system includes: radio communication circuit 2021 and satellite positioning circuitry 2022；Moreover, vehicle
Carrying remote monitoring system includes CAN communication module 203, the CAN communication module 102 of CAN communication module 203 and test device 100
It is connected.Test device 100 includes wireless communication module 1041 and satellite positioning module 1042.
The CAN communication module 102 of test device 100 is sent to the CAN communication module 203 of mounted remote monitoring system 200
Configuration file.The configuration file specifies each built-up circuit (i.e. 2021 He of radio communication circuit in mounted remote monitoring system 200
Satellite positioning circuitry 2022) testing sequence, and respectively specify that the fortune of radio communication circuit 2021 and satellite positioning circuitry 2022
Row parameter.The operating parameter of radio communication circuit 2021 includes the enabled order of radio communication circuit；Satellite positioning circuitry 2022
Operating parameter includes the enabled order of satellite positioning circuitry.
It is assumed that the configuration file nominative testing sequence are as follows: 1, radio communication circuit 2021；2, satellite positioning circuitry 2022.That
, test process specifically includes:
Test is executed for radio communication circuit 2021 firstly, executing.For the test process of radio communication circuit 2021
Include:
The CAN communication module 102 of test device 100 sends configuration file to mounted remote monitoring system 200.Configuration text
The specified operating parameter of part includes the enabled order of radio communication circuit.The main control chip 201 of mounted remote monitoring system 200 is from matching
It sets and parses the enabled order of radio communication circuit in file, and enabled radio communication circuit 2021 works, to wirelessly communicate electricity
Road 2021 and Cloud Server establish correspondence, recorded in Cloud Server the user that radio communication circuit 2021 is carried
Linear state.
The user that the main control chip 201 of mounted remote monitoring system 200 is carried based on radio communication circuit 2021
Linear state constitutes built-up circuit operation information, and sends built-up circuit operation information to the CAN communication module of test device 100
102.CAN communication module 102 receives the built-up circuit operation information that the main control chip 201 of mounted remote monitoring system 200 returns,
The presence for the user that radio communication circuit 2021 is carried is parsed from built-up circuit operation information, and will wireless communication
The presence for the user that circuit 2021 is carried is sent to display module 103 and is shown.
Moreover, the wireless communication module 1041 of test device 100 accesses Cloud Server by remote mode, with from cloud service
Device obtains the presence for the user that radio communication circuit 2021 is carried.
Presence of the judgment module 105 based on the received user of CAN communication module 102 is obtained with wireless communication module 1041
The consistency of the presence of the user taken judges the functionality of radio communication circuit 2021, and sends judging result to aobvious
Show that module 103 is shown.Specifically, when the presence and wireless communication module of the received user of CAN communication module 102
When the presence of 1041 users obtained is consistent, determine that radio communication circuit 2021 works normally, and in display module 103
The middle prompt for issuing radio communication circuit and working normally；When the presence and channel radio of the received user of CAN communication module 102
When believing that the presence for the user that module 1041 obtains is inconsistent, judgement 2021 irregular working of radio communication circuit, and
The prompt of radio communication circuit irregular working is issued in display module 103.
Then, it executes and executes test for satellite positioning circuitry 2022.For the test process of satellite positioning circuitry 2022
Include:
It is specified in the configuration file that the CAN communication module 102 of test device 100 is sent to mounted remote monitoring system 200
Operating parameter include the enabled order of satellite positioning circuitry.The main control chip 201 of mounted remote monitoring system 200 is from configuration file
In parse the enabled order of satellite positioning circuitry, and enabled satellite positioning circuitry 2022 works, thus satellite positioning circuitry 2022
Obtain the satellite positioning coordinate of mounted remote monitoring system 200.
The main control chip 201 of mounted remote monitoring system 200 is based on the satellite positioning coordinate of mounted remote monitoring system 200
Built-up circuit operation information is constituted, and sends built-up circuit operation information to the CAN communication module 102 of test device 100.
CAN communication module 102 receives the built-up circuit operation information that the main control chip 201 of mounted remote monitoring system 200 returns, from group
At the satellite positioning coordinate for parsing mounted remote monitoring system 200 in circuit operation information, and by mounted remote monitoring system
200 satellite positioning coordinate is sent to display module 103 and is shown.
Moreover, the satellite positioning module 1042 of test device 100 by remote mode access satellite positioning server, with from
The satellite positioning coordinate of satellite positioning server acquisition test device 100.Due to test device 100 and mounted remote monitoring system
200 geographical locations are very close, therefore the satellite of mounted remote monitoring system 200 satellite positioning coordinate and test device 100
Position coordinate is identical or height is close.
Judgment module 105 is based on the received satellite positioning coordinate of CAN communication module 102 and satellite positioning module 1042 obtains
Satellite positioning coordinate consistency, judge the functionality of satellite positioning circuitry 2022, and send display mould for judging result
Block 103 is shown.Specifically, when the received satellite positioning coordinate of CAN communication module 102 and satellite positioning module 1042 obtain
Satellite positioning coordinate it is consistent when, determine that satellite positioning circuitry 2022 works normally, and issue satellite in display module 103
Position the prompt that circuit works normally；When the received satellite positioning coordinate of CAN communication module 102 is obtained with satellite positioning module 1042
When the satellite positioning coordinate taken is inconsistent, 2022 irregular working of satellite positioning circuitry is determined, and send out in display module 103
The prompt of satellite positioning circuitry irregular working out.
It, can be in configuration text when expectation changes the testing sequence of each internal circuit in mounted remote monitoring system 200
Change corresponding testing sequence in part.
Based on foregoing detailed description, embodiment of the present invention also proposed a kind of test side of mounted remote monitoring system
Method.
Fig. 5 is the test method flow chart of mounted remote monitoring system according to the present invention.
As shown in figure 5, this method comprises:
Step 501: generating configuration file.
Step 502: sending configuration file to mounted remote monitoring system, mounted remote monitoring system is based on configuration file control
Make the operation of the built-up circuit of itself.
Step 503: receiving built-up circuit operation information from mounted remote monitoring system.
Step 504: display built-up circuit operation information.
In one embodiment, this method further include:
Built-up circuit operation information is obtained by remote mode；It is transported when from the received built-up circuit of mounted remote monitoring system
When row information is identical as the built-up circuit operation information obtained by remote mode, determine built-up circuit it is normal, and/or, when from
The received built-up circuit operation information of mounted remote monitoring system with by remote mode obtain built-up circuit operation information not
When identical, determine that built-up circuit is abnormal；Display determines result.Wherein it is possible to which any time of method flow shown in Fig. 5 holds
Row obtains the step for built-up circuit operation information, and embodiment of the present invention is to this and is not limited.
In one embodiment, built-up circuit is radio communication circuit, from the received composition of mounted remote monitoring system
Circuit operation information includes the presence for the user that radio communication circuit is carried；This method comprises: being supervised when from mounted remote
Presence determined by presence included in the received built-up circuit operation information of control system and inquiry Cloud Server
When identical, determine that radio communication circuit is normal, and/or, when from the received built-up circuit operation information of mounted remote monitoring system
Included in presence determined by presence and inquiry Cloud Server it is not identical when, determining radio communication circuit not just
Often.
In one embodiment, built-up circuit is satellite positioning circuitry；From the received composition of mounted remote monitoring system
Circuit operation information includes the satellite positioning coordinate of mounted remote monitoring system；Built-up circuit operation letter is obtained by remote mode
Breath includes: the satellite positioning coordinate that test position is obtained by remote mode；This method comprises: working as from mounted remote monitoring system
Satellite positioning coordinate included in received built-up circuit operation information and the satellite positioning coordinate obtained by remote mode
When identical, determine that satellite positioning circuitry is normal, and/or, when from the received built-up circuit operation information of mounted remote monitoring system
Included in satellite positioning coordinate with by remote mode obtain satellite positioning coordinate it is not identical when, determine satellite positioning electricity
Road is abnormal.
In conclusion in embodiments of the present invention, configuration file generation module generates configuration file；CAN communication module
Configuration file is sent to mounted remote monitoring system, wherein mounted remote monitoring system controls the composition of itself based on configuration file
The operation of circuit；CAN communication module also receives built-up circuit operation information from mounted remote monitoring system, and built-up circuit is transported
Row information is sent to display module；Display module, for showing built-up circuit operation information.It can be seen that the application present invention
Afterwards, the operation of the corresponding configuration control built-up circuit based on configuration file, testing staff, which only needs to visually observe display module, to be had
Without normally showing built-up circuit operation information, whether working properly mounted remote monitoring system can be detected, to realize
Semi-automatic mode detects mounted remote monitoring system.
In addition, in embodiments of the present invention, information remote obtains module and obtains built-up circuit operation by remote mode
Information, judgment module compares the received built-up circuit operation information of CAN communication module and information remote obtains the group that module obtains
At the consistency of circuit operation information, whether normal built-up circuit is judged automatically, system is monitored to mounted remote to also achieve
The full-automatic detection of system, and improve detection accuracy.
The series of detailed descriptions listed above only for feasible embodiment of the invention specifically
Protection scope that is bright, and being not intended to limit the invention, it is all without departing from equivalent embodiments made by technical spirit of the present invention or
Change, such as the combination, segmentation or repetition of feature, should all be included in the protection scope of the present invention.
Claims (8)
1. a kind of test device of mounted remote monitoring system, the mounted remote monitoring system includes built-up circuit；Its feature
It is, the test device includes:
Configuration file generation module, for generating configuration file；
CAN communication module, for sending the configuration file to the mounted remote monitoring system, wherein the mounted remote is supervised
Control system controls the operation of the built-up circuit based on the configuration file；It is also used to receive from the mounted remote monitoring system
Built-up circuit operation information, and display module is sent by the built-up circuit operation information；
Display module, for showing the built-up circuit operation information；
Further include:
Information remote obtains module, for obtaining built-up circuit operation information by remote mode；
Judgment module, for being obtained when the received built-up circuit operation information of CAN communication module obtains module with information remote
When the built-up circuit operation information taken is identical, determine that the built-up circuit is normal, and/or, when CAN communication module is received
When the built-up circuit operation information that the built-up circuit operation information and information remote acquisition module obtain is not identical, determine
The built-up circuit is abnormal, and will determine that result is sent to display module and is shown.
2. the apparatus according to claim 1, which is characterized in that the built-up circuit is radio communication circuit；CAN communication mould
The received built-up circuit operation information of block includes the presence for the user that the radio communication circuit is carried；The letter
The long-range module that obtains of breath is wireless communication module；
The wireless communication module, the mark for the user according to the pre-stored data inquires Cloud Server, described in determination
The presence of user；
The judgment module, it is described in threadiness included in the received built-up circuit operation information of CAN communication module for working as
When state is identical as the presence determined by wireless communication module, determine that the radio communication circuit is normal, and/or, when
Determined by the presence included in the received built-up circuit operation information of CAN communication module and wireless communication module
When the presence is not identical, determine that the built-up circuit is abnormal, and will determine that result is sent to display module and is shown
Show.
3. the apparatus according to claim 1, which is characterized in that the built-up circuit is satellite positioning circuitry；CAN communication mould
The received built-up circuit operation information of block includes the satellite positioning coordinate of mounted remote monitoring system；The information remote obtains
Modulus block is satellite positioning module；
Satellite positioning module, for obtaining the satellite positioning coordinate of test position；
Judgment module is sat for working as the satellite positioning included in the received built-up circuit operation information of CAN communication module
When marking identical as the satellite positioning coordinate acquired in satellite positioning module, determine that the satellite positioning circuitry is normal, and/
Or, working as the satellite positioning coordinate included in the received built-up circuit operation information of CAN communication module and satellite positioning mould
When the satellite positioning coordinate acquired in block is not identical, determine that the satellite positioning circuitry is abnormal, and will determine result hair
Display module is sent to be shown.
4. the apparatus of claim 2, which is characterized in that the radio communication circuit includes: general grouped wireless clothes
Business technology circuit, gsm communication circuit, WLAN circuitry, interphone circuit, satellite television circuit, bluetooth communication circuit, infrared communication
Circuit or purple honeybee telecommunication circuit.
5. device according to claim 3, which is characterized in that the satellite positioning circuitry includes: GPS satellite positioning electricity
Road, big-dipper satellite positioning circuit or GLONASS satellite positioning circuitry.
6. a kind of test method of mounted remote monitoring system characterized by comprising
Generate configuration file；
The configuration file is sent to mounted remote monitoring system, the mounted remote monitoring system is based on the configuration file control
Make the operation of the built-up circuit of itself；
Built-up circuit operation information is received from the mounted remote monitoring system；
Show the built-up circuit operation information；
This method further include:
Built-up circuit operation information is obtained by remote mode；
When from the received built-up circuit operation information of mounted remote monitoring system with pass through remote mode obtain described group
When identical at circuit operation information, determine that the built-up circuit is normal, and/or, when from the received institute of mounted remote monitoring system
State built-up circuit operation information with by remote mode obtain the built-up circuit operation information it is not identical when, determine described group
It is abnormal at circuit；
Display determines result.
7. according to the method described in claim 6, it is characterized in that, the built-up circuit is radio communication circuit, from vehicle-mounted remote
The received built-up circuit operation information of range monitoring system includes the user that the radio communication circuit is carried in threadiness
State；
It is described that the mark inquiry that built-up circuit operation information includes: the user according to the pre-stored data is obtained by remote mode
Cloud Server, with the presence of the determination user；This method comprises:
When the presence included in the received built-up circuit operation information of mounted remote monitoring system and inquiry cloud
When the presence determined by server is identical, determine that the radio communication circuit is normal, and/or, when from mounted remote
Institute determined by the presence included in the received built-up circuit operation information of monitoring system and inquiry Cloud Server
State presence it is not identical when, determine that the radio communication circuit is abnormal.
8. according to the method described in claim 6, it is characterized in that, the built-up circuit is satellite positioning circuitry；It is described from vehicle
Carry the satellite positioning coordinate that the received built-up circuit operation information of remote monitoring system includes mounted remote monitoring system；Institute
Stating and obtaining built-up circuit operation information by remote mode includes: to be sat by the satellite positioning that remote mode obtains test position
Mark；This method comprises:
When the satellite positioning coordinate included in the received built-up circuit operation information of mounted remote monitoring system and logical
Cross remote mode acquisition the satellite positioning coordinate it is identical when, determine that the satellite positioning circuitry is normal, and/or, when from vehicle
It carries the satellite positioning coordinate included in the received built-up circuit operation information of remote monitoring system and passes through remote mode
When the satellite positioning coordinate obtained is not identical, determine that the satellite positioning circuitry is abnormal.
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| CN201510489849.4A CN105892441B (en) | 2015-08-11 | 2015-08-11 | A kind of test device and test method of mounted remote monitoring system |
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| CN201510489849.4A CN105892441B (en) | 2015-08-11 | 2015-08-11 | A kind of test device and test method of mounted remote monitoring system |
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| CN105892441B true CN105892441B (en) | 2019-02-05 |
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| CN106706335B (en) * | 2016-12-14 | 2019-12-10 | 深圳市元征科技股份有限公司 | Vehicle detection method and device |
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