CN105730155A - Identification code correction method implemented after tire pressure monitoring devices are installed on vehicle - Google Patents
Identification code correction method implemented after tire pressure monitoring devices are installed on vehicle Download PDFInfo
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- CN105730155A CN105730155A CN201410769023.9A CN201410769023A CN105730155A CN 105730155 A CN105730155 A CN 105730155A CN 201410769023 A CN201410769023 A CN 201410769023A CN 105730155 A CN105730155 A CN 105730155A
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Abstract
The invention provides an identification (ID) code correction method implemented after tire pressure monitoring devices are installed on a vehicle. The method includes an ID code reading step, an ID code comparison step, an ID code group establishment step and an ID code recording step and is mainly characterized in that an ID code setting device is used for reading ID codes of the tire pressure monitoring devices of all tires of the vehicle, the read ID codes are compared through an ID code setting device, after the groups where the read ID codes belong are established and the ID codes are stored in a memory module connected with the ID code setting device, the ID code of one of the tire pressure monitoring devices can be read to obtain other ID codes in the same group, and therefore all tire pressure monitoring systems of the tires can be copied without the learning process of a tire pressure monitoring device receiver, or when the tire pressure monitoring systems of part of the tires cannot read the attached ID codes of the systems, other ID codes in the same group can be read so as to obtain all the ID codes in the same group.
Description
Technical field
Present invention is directed to the identification code modification method after a kind of tire pressure detection device entrucking, the method particularly relating to the tire pressure detection device of a vehicle all tire is carried out identification code correction.
Background technology
Tire pressure detection system (TyrePressureMonitoringSystem, abbreviation TPMS), refer to and be installed on vehicle tyre, in order to estimate pressure of tire value or the time dependent situation of tire pressure when vehicle travels, and can by the monitoring system of relevant information transmission to user side.
As Fig. 1 shows the configuration diagram of existing tire pressure detection system, it is that a tire pressure display device 10 comprises receptor 11 and a display 12, and containing several tire pressure detectors 13 being arranged on inside tires.When tire pressure display device 10 operates, the tire pressure of tire is detected by tire pressure detector 13, and in wireless transmit mode, detecting result is sent to receptor 11 and receives reading, then at display 12 display alarm car owner's abnormal tire pressure, to guarantee traffic safety and to reduce oil consumption.Wherein, one car is minimum is provided with four tires, in order to allow receptor 11 receive the tire pressure of four tires simultaneously, with differentiate each tire pressure belong to that position tire own, each tire pressure detector 13 has exclusive debating to know code (ID), and each tire pressure sent also comprises this ID simultaneously.
But, this debates knowledge code number can't display of tyre position, but after installing tire, trigger one by one by tire location through an exclusive instrument, allow the tire pressure detector being triggered send and debate knowledge code number, this is debated knowledge code number and this tire location and is formed and associate by receptor, and receptor is able to judge that the signal of reception is from individual tire location according to debating knowledge code number accordingly, and this is called receptor learning procedure.
But, because tire reversing of position so that debating and know the relatedness entanglement of code number and original tire location or the running down of battery of tire pressure detector and change tire pressure detector, produce first identification number, now receptor needs the program through relearning.
Receptor learning procedure designed by each depot is each different and complexity is not low, the learning procedure of the tire pressure display receptor of the finishing each factory of tire technician's indigestion of general tire store.
Therefore market occurring, the tire pressure detector spare unit of so-called general-purpose provide change, these spare unit use original the debating of special tool(s) reading to know code number, and according to different labels, the protocol linked up between detector and receptor makes exclusive program, this program is replicated simultaneously be burnt in spare unit with debating knowledge code number, change the tire pressure detector of original power depletion, make reception device keep original state not need to change.
But, the running down of battery of tire pressure detector is serious sometimes, and special tool(s) cannot read this and debate knowledge code number and replicate, and the problem of re-type is not solved yet, so the learning procedure of tire pressure detector receptor remains a unavoidable program.
Summary of the invention
nullThe technical problem to be solved in the present invention is to provide the identification code modification method (following identification code is referred to as ID) after a kind of tire pressure detection device entrucking，The method step includes ID read step、ID comparison step、ID group estblishing step and ID imprinting step，After it mainly uses identification code setting device (ID setting device) to read the tire pressure detection device ID of vehicle all tire，Through this ID being read of ID setting device comparison，After establishing group belonging to this ID being read and being stored in the memory module being connected with this ID setting device，Other ID of same group can be obtained via the ID of one of them tire pressure detection device of reading，Reach the learning procedure without tire pressure detection device receptor，The i.e. tire pressure monitoring system of reproducible all tire，Or，When the tire pressure monitoring system of part tire cannot read its subsidiary ID，The all ID in same group can be obtained by reading other ID with group.
For solving above-mentioned technical problem, the identification code modification method after a kind of tire pressure detection device entrucking provided by the present invention, including ID read step, ID comparison step, ID group estblishing step and ID imprinting step；Wherein:
This ID read step: install the tire pressure detection device of its tire quantity corresponding in a vehicle, respectively have an independent identification code (ID) in this tire pressure detection device, uses the identification code of this tire pressure detection device of ID setting device reading this tire arbitrary；
This ID comparison step: this ID setting device and a memory module and a display module connect, and make whether this ID this identification code of setting device comparison exists in its memory module；If existing, this ID setting device take out from this memory module have this identification code and have to should the file of a group account of identification code, and be shown in this display module, continue and carry out this ID imprinting step；If being absent from, continuing and carrying out this ID group estblishing step；
This ID group estblishing step: use this ID setting device to read all tire pressure detection devices being installed on this vehicle according to tire location, the all identification codes read and tire position data are formed in the file that an ID group is stored in a group account, again by the file of this group account and there is the ID group in file and be stored in this memory module, the corresponding relation of file Yu this ID group to establish this group account；
This ID imprinting step: when tire is relative to after the position adjustment of vehicle or changing, this ID setting device is by the identification code imprinting one by one of the ID group of this group account file to the tire pressure detection device of vehicle.
It is also preferred that the left this group account is a number-plate number.
Preferably, this memory module can be the internal memory or the storage element that are built into this ID setting device, or, can be internal memory or the storage element of the computer being connected with this ID setting device, or, can be internal memory or the storage element of the webserver that high in the clouds concept is connected with this ID setting device.
It is also preferred that the left the file of this group account includes the data message of the identification code of the tire pressure detection device of all tire and corresponding tire location on this vehicle and the set-up time data of this tire pressure detection device.It is also preferred that the left this tire pressure detection device can set a set-up time, this set-up time can be manually entered or start to start at the file being stored in this group account when imprinting new procedures；And this display module can be an internal connecting type display screen being built into this ID setting device, or a circumscribed display screen being connected with this ID setting device；Or, this display module is an intelligent mobile phone.
It is also preferred that the left this ID setting device has an ID in being set an intelligent mobile phone of miniature applications program.
Be related to the present invention for reaching above-mentioned purpose, technology, means and other effects adopted, hereby lift preferably possible embodiments and coordinate graphic detailed description as after.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, the present invention is further detailed explanation with detailed description of the invention:
Fig. 1 is the configuration diagram of existing tire pressure detection system.
Fig. 2 is the inventive method schematic flow sheet.
Fig. 3 A, Fig. 3 B are the configuration diagram of ID setting device of the present invention and vehicle.
The display screen that Fig. 4 is ID setting device of the present invention implements aspect schematic diagram.
Fig. 5 is the enforcement aspect schematic diagram that the present invention passes through intelligent mobile phone or ID setting device.
Description of reference numerals
Vehicle A
Tire pressure display device 10 receptor 11
Display 12 tire pressure detector 13
ID setting device 20 (abbreviation of " identification code setting device 20 ")
Memory module 21 group account 22
Processor 23 wireless module 24
Internal connecting type display screen 25 circumscribed display screen 26
Vehicle 30 tire 31
Tire pressure detection device 32 identification number 33
Intelligent mobile phone 40ID sets miniature applications program 41
ID read step S1
ID comparison step S2
ID group estblishing step S3
ID imprinting step S4
Detailed description of the invention
Please refer to, shown in Fig. 2 to Fig. 5, the detailed description of the invention of the identification code modification method after sending out tire pressure detection device entrucking being described.
As in figure 2 it is shown, the identification code modification method after tire pressure detection device entrucking of the present invention mainly includes ID read step S1, ID comparison step S2, ID group estblishing step S3 and ID imprinting step S4；As shown in Figure 3, the inventive method mainly includes identification code setting device 20 (hereinafter referred to as ID setting device 20) and a vehicle 30, wherein, this ID setting device 20 includes memory module 21, group account 22, processor 23 and a wireless module 24, and this vehicle 30 includes the tire pressure detection device 32 of four or five tires 31, corresponding tire 31 quantity.
As in figure 2 it is shown, the ID read step S1 of the inventive method, ID comparison step S2, ID group estblishing step S3 and ID imprinting step S4 are described:
This ID read step S1, the tire pressure detection device 32 of its tire 31 quantity corresponding is installed in a vehicle 30, respectively have an independent identification code (ID) 33 in this tire pressure detection device 32, use an ID setting device 20 to read the identification code 33 of this tire pressure detection device 32 of this tire 31 arbitrary；
This ID comparison step S2, this ID setting device 20 is connected with a memory module 21 and a display module, makes whether this identification code 33 of this ID setting device 20 comparison exists in its memory module 21；If existing, this ID setting device 20 take out from this memory module 21 have this identification code 33 and have to should the file of a group account 22 of identification code 33, and be shown in this display module, continue and carry out this ID imprinting step S4；If being absent from, continuing and carrying out this ID group estblishing step S3；
For example, as shown in Figure 3A, when the vehicle 30 of the present embodiment is provided with four tires 31 and has four tire pressure detection devices 32, these four tires 31 being denoted as A, B, C, D, its identification code 33 can be set to 33A, 33B, 33C, 33D；In ID read step S1 and the ID comparison step S2 of the present embodiment, after maintainer or technician use this ID setting device 20 to read the independent identification code 33 of tire pressure detection device 32 on arbitrary tire 31 of vehicle 30, namely this identification code 33 is sent in the processor 23 of ID setting device 20, to compare with all sequence identification codes being stored in this memory module 21, if certain identification code that the result of comparison sorts with this memory module 21 is identical, namely this display module can list the file of this group account 22 belonging to identification code 33, and list all identification code 33A in this group account 22, 33B, 33C, 34D tire location corresponding with respectively this identification code, identification is identified for operator.
Wherein, this memory module 21 can be internal memory or the storage element of this ID setting device 20, it is possible to for the internal memory of computer being connected with this ID setting device 20 or storage element, can be more internal memory or the storage element of the webserver accessed by high in the clouds technology.In memory module 21, all of identification code 33 is that layout in order provides quick comparison search, and this ID setting device 20 takes out the file of the corresponding group account 22 of this identification code 33；Wherein, this group account 22 can be a number-plate number, or, the car type of a depot, or, the group account 22 of time correspondence difference can be segmented；Further, the file of this group account 22 comprises the identification code 33 of the tire pressure detection device 32 on this vehicle 30 on all tire 31, and, with the data message of this identification code 33A, tire location that 33B, 33C, 33D are corresponding.After comparison, if this identification code 33 is present in memory module 21, namely enter ID imprinting step S4；If this memory module 21 does not have the identification code of correspondence, namely represent that this ID setting device 20 first time reads the identification code 33 of this tire pressure detection device 32, this identification code 33 is not present in memory module 21, therefore, needed to first carry out ID group estblishing step S3 before ID imprinting step S4, set up relevant information.
This ID group estblishing step S3, this ID setting device 20 is used to read all tire pressure detection devices 32 being installed on this vehicle 30 according to tire 31 position, the all identification codes 33 read are formed in the file that an ID group is stored in a group account 22 with tire position data, again by the file of this group account 22 and there is the ID group in file and be stored in this memory module 21, the corresponding relation of file Yu this ID group to establish this group account 22；
In the ID group estblishing step S3 of the present embodiment, when maintainer or technician use this ID setting device 20 to read the tire pressure detection device 32 being installed on all tire 31 of this vehicle 30 according to tire location, this display module there will be word, advise the tire location according to instruction, read the identification code 33 of tire pressure detection device 32 in all tire 31 of vehicle 30, and tire location corresponding for this identification code 33 is stored in the file of a group account 22, after this group account 22 is stored in file the memory module 21 of this ID setting device 20, enter ID imprinting step S4.
This ID imprinting step S4, is after tire 31 is relative to the position adjustment of vehicle 30 or replacing, in this ID setting device 20 other tire pressure detection devices 32 by identification code 33 imprinting one by one of the ID group of this group account 22 file to vehicle 30.
In the present embodiment, when tire 31 is relative to after the position adjustment of vehicle 30 or changing, refer to tire 31 because of vehicle 30 maintenance pull down after reinstall cause exchange situation, or, the replacing situation that new tire pressure detection device 32 causes installed by tire 31, but it is not limited to this, it is possible to for the tire 31 shift in position situation that other actual capabilities occur；As shown in Figure 3 B, once after this tire 31 shift in position, namely maintainer or technician can pass through the wireless module 24 of this ID setting device 20 according to abovementioned steps, obtain the file of this group account 22, the file of this group account 22 comprises the identification code 33 of the tire pressure detection device 32 on this vehicle 30 on all tire 31, and, with the data message of this identification code 33A, tire location that 33B, 33C, 33D are corresponding.This vehicle 30 is carried out the work of the wireless identification number of imprinting again 33 of the tire pressure detection device 32 on each tire 31 through this ID setting device 20 by the identification code 33 of the ID group of this group account 22 file by maintainer or technician one by one, thereby, no matter how previous tire 31 is exchanged, or the tire pressure detection device 32 more renewed, through the identification code modification method after tire pressure detection device entrucking of the present invention, again after imprinting identification code 33, may insure that the identification code 33A of each tire 31 of vehicle 30, 33B, 33C, 33D and tire location and original setting (Fig. 3 A) coincide, the work relearned need not be done.
When tire pressure detection device 32 fault or the battery electric quantity of certain tire 31 are low to launching, so when cannot read the identification code 33 of this tire pressure detection device 32, identification code modification method through the present invention, as long as at least four tire 31 of this vehicle 30, there is the tire pressure detection device 32 still can emitting identification code 33, it becomes possible to read and obtain all identification codes 33 of this vehicle 30.
Wherein, the file of this group account 22 comprises the identification code 33 of the tire pressure detection device 32 of this vehicle 30 all tire 31 and the data message of tire location and the set-up time data of this tire pressure detection device 32.As shown in Figure 4, this ID setting device 20 more comprises a display module, this display module can be an internal connecting type display screen 25 being built into this ID setting device 20, or a circumscribed display screen 26 being connected with this ID setting device 20, this display module shows the identification code 33 of this tire pressure detection device 32 and the data message of corresponding tire location and the set-up time data of this tire pressure detection device 32.
In the present embodiment, this tire pressure detection device 32 can set a set-up time, and this machine ETL estimated time of loading can be manually entered or start to start at the file being stored in this group account 22 when imprinting new procedures.Generally speaking, about 5 years of the battery life of this tire pressure detection device 32, when the tire 31 of this vehicle 30 weares and teares or exceedes milimeter number or when overtime needs re-type, if this desire changes the tire pressure detection device 32 of the tire 31 of rubber peel already with more than a setting time (such as 4 years), now maintainer or technician can life-spans of only surplus next year according to this time anticipation tire pressure detection device 32, suggestion car owner changes tire pressure detection device 32 together, except improving vehicle 30 safety in utilization, more can the dismounting rubber for tire skin-expenses saved for car owner required for returning factory's maintenance tire pressure detection device 32 in a year once again use and the time.
Further, as it is shown in figure 5, display module in identification code modification method of the present invention, it is also possible to be provided with ID to set the intelligent mobile phone 40 of miniature applications program 41, thereby, maintainer or technician can be easier to use the present invention.Wherein, this ID setting device 20 can pass through LF (lowfreqrenccy) transmission technology and the tire pressure detection device 32 being located at vehicle 30 is linked up, and this intelligent mobile phone 40 can pass through BT (bluetooth) transmission technology and operate this ID setting device 20 and the tire pressure detection device 32 being located at vehicle 30 is linked up.ID setting device 20 in identification code modification method of the present invention can be more be provided with ID to set the intelligent mobile phone 40 of miniature applications program 41, this intelligent mobile phone 40 can be linked up with the tire pressure detection device 32 being located at vehicle 30, thereby, maintainer or technician is allowed can be easier to use the present invention.
The inventive method is that one can thoroughly solve, when removing re-type 31 or tire pressure detection device 32 from, the learning procedure of tire pressure display device receptor, when namely entering factory's re-type 31 or maintenance at vehicle 30, namely use reading instrument that each tire 31 of vehicle is previously read the identification number 33 of tire pressure detection device 32 of each tire according to the relevant position of tire 31, and the identification number 33 integrating all tire forms one group, and give a group account 22 and deposit in a memory module 21.
In sum, the present invention is through the identification code modification method after above-mentioned tire pressure detection device entrucking, really the learning procedure of tire pressure display device receptor when re-type or tire pressure detection device are removed in above-mentioned thorough solution from can be reached, and be conducive to maintainer or technician to carry out relevant operation, for car owner, then it is improved travel safety and reducing and in the short time, repeats all the effects such as inconvenience that inspection and repair shop causes.
Specific embodiment proposed in present invention, only in order to the convenient technology contents that the present invention is described, but not the present invention is narrowly limited to above-described embodiment, when spiritual with the following claim without departing from the present invention, the many variations made is implemented, as changed wisdom mobile phone 40 into the mode such as tablet PC or notebook computer, still fall within the scope of the present invention.
Claims (10)
1. the identification code modification method after tire pressure detection device entrucking, including ID read step, ID comparison step, ID group estblishing step and ID imprinting step；It is characterized in that:
This ID read step: install the tire pressure detection device of its tire quantity corresponding in a vehicle, respectively have an independent identification code in this tire pressure detection device, uses the identification code of this tire pressure detection device of ID setting device reading this tire arbitrary；
This ID comparison step: this ID setting device and a memory module and a display module connect, and make whether this ID this identification code of setting device comparison exists in its memory module；If existing, this ID setting device take out from this memory module have this identification code and have to should the file of a group account of identification code, and be shown in this display module, continue and carry out this ID imprinting step；If being absent from, continuing and carrying out this ID group estblishing step；
This ID group estblishing step: use this ID setting device to read all tire pressure detection devices being installed on this vehicle according to tire location, the all identification codes read and tire position data are formed in the file that an ID group is stored in a group account, again by the file of this group account and there is the ID group in file and be stored in this memory module, the corresponding relation of file Yu this ID group to establish this group account；
This ID imprinting step: when tire is relative to after the position adjustment of vehicle or changing, this ID setting device is by the identification code imprinting one by one of the ID group of this group account file to the tire pressure detection device of vehicle.
2. the identification code modification method after tire pressure detection device entrucking as claimed in claim 1, is characterized in that this group account is a number-plate number.
3. the identification code modification method after tire pressure detection device entrucking as claimed in claim 1, is characterized in that internal memory or storage element that this memory module is this ID setting device.
4. the identification code modification method after tire pressure detection device entrucking as claimed in claim 1, is characterized in that internal memory or storage element that this memory module is a computer.
5. the identification code modification method after tire pressure detection device entrucking as claimed in claim 1, is characterized in that internal memory or storage element that this memory module is a webserver.
6. the identification code modification method after tire pressure detection device entrucking as claimed in claim 1, it is characterized in that the file of this group account includes the data message of the identification code of the tire pressure detection device of all tire and corresponding tire location on this vehicle and the set-up time data of this tire pressure detection device.
7. the identification code modification method after tire pressure detection device entrucking as claimed in claim 1, is characterized in that this tire pressure detection device can set a set-up time, and this set-up time can be manually entered or start to start at the file being stored in this group account when imprinting new procedures.
8. the identification code modification method after tire pressure detection device entrucking as claimed in claim 1, is characterized in that this display module is an internal connecting type display screen being built into this ID setting device, or a circumscribed display screen being connected with this ID setting device.
9. the identification code modification method after tire pressure detection device entrucking as claimed in claim 1, is characterized in that having an ID in this ID setting device is sets one of miniature applications program intelligent mobile phone.
10. the identification code modification method after tire pressure detection device entrucking as claimed in claim 1, is characterized in that this display module is an intelligent mobile phone.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201410769023.9A CN105730155B (en) | 2014-12-12 | 2014-12-12 | Identification code modification method after tire pressure detection device entrucking |
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| CN201410769023.9A CN105730155B (en) | 2014-12-12 | 2014-12-12 | Identification code modification method after tire pressure detection device entrucking |
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| CN105730155A true CN105730155A (en) | 2016-07-06 |
| CN105730155B CN105730155B (en) | 2017-07-11 |
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| CN106827977A (en) * | 2017-01-20 | 2017-06-13 | 奇瑞汽车股份有限公司 | The whole detecting method of tire pressure monitoring system matching |
| CN108237850A (en) * | 2016-12-24 | 2018-07-03 | 宝沃汽车（中国）有限公司 | Tire sensor matching process, device and intelligent terminal |
| CN112959860A (en) * | 2021-03-09 | 2021-06-15 | 深圳市道通科技股份有限公司 | Tire pressure sensor information processing method, device and equipment |
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| CN105730155B (en) | 2017-07-11 |
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