CN104834959A - Quality pre-warning system based on vehicle part life cycle - Google Patents
Quality pre-warning system based on vehicle part life cycle Download PDFInfo
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- CN104834959A CN104834959A CN201410805291.1A CN201410805291A CN104834959A CN 104834959 A CN104834959 A CN 104834959A CN 201410805291 A CN201410805291 A CN 201410805291A CN 104834959 A CN104834959 A CN 104834959A
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Abstract
The invention discloses a quality pre-warning system based on vehicle part life cycle. The quality pre-warning system comprises an external information acquisition unit, a TSP cloud service platform, a pre-warning analyzing unit, and a pre-warning starting unit. The external information acquisition unit, the pre-warning analyzing unit, and the pre-warning starting unit are connected with the TSP cloud service platform, and the pre-warning analyzing unit is also connected with the pre-warning starting unit. The pre-warning analyzing unit is used to acquire the basic information of the vehicle from the external information acquisition unit by the TSP cloud service platform, and the data table of the residual life cycles of the parts of the vehicle can be acquired, and then the data table can be transmitted to the pre-warning starting unit. The pre-warning starting unit can be used for analyzing the data of the data table according to the predetermined pre-warning value of the life cycle of each of the parts, and when the residual life cycles of the parts reach the predetermined pre-warning value, the related information of the quality pre-warning parts can be fed back to the external information acquisition unit by the TSP cloud service platform, and the vehicle owner can be prompted.
Description
Technical field
The present invention relates to a kind of vehicle product quality early warning system, particularly relate to a kind of quality pre-alert system based on auto parts and components life cycle.
Background technology
In today that automobile market is increasingly competitive, each automobile manufacturing enterprise is all seeking the good recipe improving vehicle product quality, and wherein quality pre-alert effectively can improve the total quality of automobile product to a certain extent.
Automobile is made up of several thousand parts, and the quality of these parts also reflects the quality of automobile product entirety simultaneously.Each parts is from entrucking and coming into the market, have oneself specific life cycle to last disabler, and the parts that this life cycle has show with the form of time, and some parts show with the form of access times.But the termination of parts thereof life, does not represent the termination of the Integral automobile life of product, this is also " metabolism " of Integral automobile product in its life process to a certain extent.
This " metabolism " of auto parts and components if the cycle by timely early warning, normally can carry out " metabolism ", then contributes to the extension of the Integral automobile life of product, is conducive to the lifting of Integral automobile product quality.This " metabolism " of auto parts and components if the cycle can not be predicted, then can cause auto parts and components be in operation unexpected life stop, lose function, this is undoubtedly the very big infringement to Integral automobile product quality, is merely able under these circumstances carry out market " fire fighting " to the fault parts losing function.This market " fire fighting " as being the thought having deviated from quality control, the thought of quality control is " prevention ", and is not " fire fighting ".Therefore how auto parts and components being carried out to the early warning of life cycle, is the difficult problem that car mass controls, and is also the key improving automobile product total quality.
Summary of the invention
In view of this, the object of the invention is to, a kind of quality pre-alert system based on auto parts and components life cycle is provided, make it can solve a timely early warning difficult problem for auto parts and components life cycle, auto parts and components are effectively avoided to arrive because of life cycle, and the sudden vehicle failure that disabler causes, provide breakthrough technical scheme for improving vehicle product quality.
To achieve these goals, a kind of quality pre-alert system based on auto parts and components life cycle proposed according to the present invention, it comprises: external information collecting unit, TSP cloud service platform, early warning analysis unit and early warning start unit; Wherein, described external information collecting unit is connected with described TSP cloud service platform, described TSP cloud service platform is connected with described early warning analysis unit, and described early warning analysis unit is connected with described early warning start unit, and described early warning start unit is connected with described TSP cloud service platform; Described early warning analysis unit obtains the essential information of vehicle from described external information collecting unit by described TSP cloud service platform, draw the tables of data of the residue life cycle of all parts of described vehicle, and described tables of data is transferred to described early warning start unit; Described early warning start unit compares analysis according to the early warning value of each parts life cycle set in advance to the data in described tables of data, if described vehicle has the residue life cycle of parts to reach described early warning value, feed back to described external information collecting unit by described TSP cloud service platform for information about then by quality pre-alert parts, car owner is pointed out.
The present invention also can be applied to the following technical measures to achieve further.
The aforesaid quality pre-alert system based on auto parts and components life cycle, wherein said external information collecting unit comprises: automobile TBOX module, vehicle distribution network and vehicle after-sale service system; Described early warning analysis unit obtains the maintenance information of each car from described vehicle after-sale service system by described TSP cloud service platform, obtain all essential informations of having sold vehicle from described vehicle distribution network, obtain the VIN number of described vehicle and the distance travelled of described vehicle from described automobile TBOX module.
The aforesaid quality pre-alert system based on auto parts and components life cycle, wherein said early warning analysis unit comprises: vehicle maintenance maintenance data storehouse, parts life cycle analysis system and parts life cycle data storehouse, the maintenance information that described vehicle maintenance maintenance data storehouse obtains each car by described TSP cloud service platform from described vehicle after-sale service system stores, described parts life cycle data storehouse is estimated according to the result of part reliability and durability Design and test, and the life cycle data forming all parts stores, described parts life cycle analysis system obtains all essential informations of having sold vehicle by described TSP cloud service platform from described vehicle distribution network, obtain the VIN number of described vehicle and the distance travelled of described vehicle from described automobile TBOX module simultaneously, obtain the VIN number of described vehicle, corresponding distance travelled and sales date, maintenance information again according to the described vehicle stored in the life cycle data of all parts stored in described parts life cycle data storehouse and described vehicle maintenance maintenance data storehouse carries out Analysis and Screening, draw the tables of data of the VIN number of all vehicles sold and the residue life cycle of all parts of described vehicle, and the described tables of data of the VIN number of all vehicles and described vehicle is transferred to described early warning start unit.
The aforesaid quality pre-alert system based on auto parts and components life cycle, wherein said early warning start unit comprises: quality pre-alert information issuing system, parts life cycle quality pre-alert system and custom calling services system; Described parts life cycle quality pre-alert system compares analysis according to each parts life cycle early warning value set in advance to the data in described tables of data, if described vehicle has the residue life cycle of parts to reach described early warning value, be then sent to described custom calling services system and described quality pre-alert information issuing system for information about by the VIN number of described vehicle and quality pre-alert parts; Quality pre-alert parts are fed back to described automobile TBOX module by described TSP cloud service platform by described custom calling services system for information about, point out in the form of speech with the car machine by described vehicle to car owner; Quality pre-alert parts are fed back to the mobile phone of car owner or the car machine of described vehicle with the form of text message by described TSP cloud service platform by described quality pre-alert information issuing system for information about, point out car owner.
The aforesaid quality pre-alert system based on auto parts and components life cycle, wherein said maintenance information should at least comprise: the VIN number of vehicle, the parts title being replaced or maintaining and batch number, replacement or maintenance parts time and replace or maintenance parts time vehicle distance travelled.
The aforesaid quality pre-alert system based on auto parts and components life cycle, the life cycle data of all parts that wherein said parts life cycle data storehouse stores is the minimum life cycle data of all part reliabilities of vehicle and permanance two aspects.
The aforesaid quality pre-alert system based on auto parts and components life cycle, wherein the life cycle of parts permanance aspect refers to minimum time parameter or the count parameter of parts permanance.
The aforesaid quality pre-alert system based on auto parts and components life cycle, the essential information of wherein said vehicle at least should comprise: the VIN number of vehicle and the sales date of vehicle.
The aforesaid quality pre-alert system based on auto parts and components life cycle, wherein said parts life cycle analysis system is that time, part reliability, the parts permanance being replaced or maintaining according to sales date of vehicle, distance travelled number, vehicle component is comprehensively analyzed.
The aforesaid quality pre-alert system based on auto parts and components life cycle, wherein said early warning start unit feeds back to described vehicle after-sale service system by described TSP cloud service platform for information about also by the vehicle of quality pre-alert and quality pre-alert parts thereof, carries out Proactive maintenance and maintenance with advertise service unit to the vehicle of quality pre-alert and quality pre-alert parts thereof.
The present invention compared with prior art has obvious advantage and beneficial effect.By technique scheme, the quality pre-alert system based on auto parts and components life cycle of the present invention, at least has following advantages:
One, the quality pre-alert system based on auto parts and components life cycle of the present invention, a timely early warning difficult problem for auto-parts life cycle can be solved, auto parts and components are effectively avoided to arrive because of life cycle, and the sudden vehicle failure that disabler causes, provide breakthrough technical scheme for improving vehicle product quality.
Two, the quality pre-alert system based on auto parts and components life cycle of the present invention, for automobile active after sale service provides accurate location.
Three, the quality pre-alert system based on auto parts and components life cycle of the present invention, contributes to improving client to the satisfaction of product, reduces complaint rate, and contributes to improving vehicle after market to the viscosity of client.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of the preferred embodiment of the quality pre-alert system that the present invention is based on auto parts and components life cycle.
1: external information collecting unit 2:TSP cloud service platform
3: early warning analysis unit 4: early warning start unit
11: automobile TBOX module 12: vehicle distribution network
13: vehicle after-sale service system 31: vehicle maintenance maintenance data storehouse
32: parts life cycle analysis system 33: parts life cycle data storehouse
41: quality pre-alert information issuing system 42: parts life cycle quality pre-alert system
43: custom calling services system
Embodiment
For further setting forth the present invention for the technological means reaching predetermined goal of the invention and take and effect, below in conjunction with accompanying drawing and preferred embodiment, its embodiment of quality pre-alert system based on auto parts and components life cycle proposed according to the present invention, step, structure, feature and effect thereof are described in detail.
Referring to shown in Fig. 1, is the schematic diagram of the preferred embodiment of the quality pre-alert system that the present invention is based on auto parts and components life cycle.
The quality pre-alert system that the present invention is based on auto parts and components life cycle forms primarily of external information collecting unit 1, TSP cloud service platform 2, early warning analysis unit 3 and early warning start unit 4 four part.Wherein external information collecting unit 1 is connected with TSP cloud service platform 2, and TSP cloud service platform 2 is connected with early warning analysis unit 3, and early warning analysis unit 3 is connected with early warning start unit 4, and early warning start unit 4 is connected with TSP cloud service platform 2.Early warning analysis unit 3 obtains the essential information of vehicle from external information collecting unit 1 by TSP cloud service platform 2, draw the tables of data of the residue life cycle of all parts of vehicle, and this tables of data is transferred to early warning start unit 4.Early warning start unit 4 compares analysis according to the early warning value of each parts life cycle set in advance to the data in this tables of data, if vehicle has the residue life cycle of parts to reach early warning value, feed back to external information collecting unit 1 by TSP cloud service platform 2 for information about then by quality pre-alert parts, car owner is pointed out.
As shown in Figure 1, in a preferred embodiment of the present invention, external information collecting unit 1 comprises: automobile TBOX module 11 (automobile and external network carry out the electronic module communicated), vehicle distribution network 12 and vehicle after-sale service system 13.Wherein, early warning analysis unit 3 is the maintenance information being obtained each car by TSP cloud service platform 1 in time from vehicle after-sale service system 13, obtain all essential informations of having sold vehicle from vehicle distribution network 12, obtain the VIN number (body of a motor car mark code) of vehicle and the distance travelled of this vehicle from automobile TBOX module 11.
These maintenance information should at least comprise: the VIN number (body of a motor car mark code) of vehicle, the parts title being replaced or maintaining and batch number, replacement or maintenance parts time and replace or maintenance parts time vehicle distance travelled.
The essential information of these vehicles at least should comprise the VIN number (body of a motor car mark code) of vehicle and the sales date of vehicle.
As shown in Figure 1, in a preferred embodiment of the present invention, early warning analysis unit 3 comprises: vehicle maintenance maintenance data storehouse 31, parts life cycle analysis system 32 and parts life cycle data storehouse 33.Wherein, vehicle maintenance maintenance data storehouse 31 is the maintenance information being obtained each car by TSP cloud service platform in time from vehicle after-sale service system, and stores.Parts life cycle data storehouse 33 estimates according to the result of part reliability and durability Design and test, forms the life cycle data of all parts, and store, to call at any time for parts life cycle analysis system 32.Parts life cycle analysis system 32 obtains all essential informations of having sold vehicle by TSP cloud service platform 2 from vehicle distribution network 12, obtain the VIN number of vehicle and the distance travelled of this vehicle from automobile TBOX module 11 simultaneously, obtain the VIN number (body of a motor car mark code) of vehicle, corresponding distance travelled and sales date, maintenance information again according to the vehicle stored in the life cycle data of all parts stored in parts life cycle data storehouse 33 and vehicle maintenance maintenance data storehouse 31 carries out Analysis and Screening, finally draw the tables of data of the VIN number (body of a motor car mark code) of all vehicles sold and the residue life cycle of all parts of this vehicle, and the VIN number (body of a motor car mark code) of all vehicles and the tables of data of this vehicle are transferred to early warning start unit 4.
Wherein, the life cycle data of all parts that parts life cycle data storehouse 33 stores is the minimum life cycle data of all part reliabilities of vehicle and permanance two aspects, and wherein the life cycle of parts permanance aspect refers to minimum time parameter or the count parameter of parts permanance.
Parts life cycle analysis system 32 is that time, part reliability, the parts permanance being replaced or maintaining according to sales date of vehicle, distance travelled number, vehicle component is comprehensively analyzed.
As shown in Figure 1, in a preferred embodiment of the present invention, early warning start unit 4 comprises: quality pre-alert information issuing system 41, parts life cycle quality pre-alert system 42 and custom calling services system 43.Wherein, parts life cycle quality pre-alert system 42 compares analysis according to each parts life cycle early warning value set in advance to the data in tables of data, if vehicle has the residue life cycle of parts to reach early warning value, then by the VIN number (body of a motor car mark code) of vehicle and the custom calling services system 43 that is sent to for information about of quality pre-alert parts and quality pre-alert information issuing system 41.Custom calling services system 43 by TSP cloud service platform 2 quality pre-alert parts is fed back to automobile TBOX module 11 for information about, points out in the form of speech with the car machine by vehicle to car owner.Quality pre-alert information issuing system 41 by TSP cloud service platform 2 quality pre-alert parts is fed back to the mobile phone of car owner or the car machine of vehicle with the form of text message for information about, points out car owner.
In the meantime, early warning start unit 4 feeds back to vehicle after-sale service system 13 by TSP cloud service platform 2, so that advertise service unit carries out Proactive maintenance and maintenance to the vehicle of quality pre-alert and quality pre-alert parts thereof for information about also by the vehicle of quality pre-alert and quality pre-alert parts thereof.
Be described by the course of work of a specific embodiment to the quality pre-alert system that the present invention is based on auto parts and components life cycle below.
Shown in Fig. 1, after enforcement the present invention, if there is vehicle A to be sold, parts life cycle analysis system 32 of the present invention will proceed as follows: the sales date being obtained vehicle A by TSP cloud service platform 2 from vehicle distribution network 12, be designated as T1; By the distance travelled of TSP cloud service platform 2 from the automobile TBOX module 11 Real-time Obtaining vehicle A of vehicle A inside, be designated as S1; Enquiring vehicle maintenance database 31, judge whether vehicle A was maintained, if vehicle A did not maintain, then parts life cycle analysis system 32 inquires about the life cycle data of all parts from parts life cycle data storehouse 33, and compare analysis with the sales date T1 of vehicle A and distance travelled number S1, draw the residue life cycle data table of all parts of vehicle A, and this residue life cycle data table will be transferred to parts life cycle quality pre-alert system 42 carry out early warning judgement.
Wherein the computing method of this residue life cycle data table are as follows: set the life cycle of a certain parts P of vehicle A as S (if the life cycle of these parts is for Vehicle-Miles of Travel number S for the data reduction of its permanance), then the residue life cycle of parts P is S-S1=S2.
If enquiring vehicle maintenance database 31, judge that maintenance occurred vehicle A, and changed parts P, and when changing, the distance travelled of vehicle A is S1, the real time running mileage of vehicle A is S4, then in vehicle A, the residue life cycle of parts P should be S-(S4-S1)=S2.
The operation of parts life cycle quality pre-alert system 42 is as follows: be that (each parts have specifically S3 by the life cycle quality pre-alert value of the parts P of vehicle A, pre-set life cycle quality pre-alert value) compare with the residue life cycle S2 of parts P, if S3 >=S2, then parts life cycle quality pre-alert system 42 is by trigger quality early warning information issuing system 41 and custom calling services system 43, sends parts P for information about respectively with the form of text message and voice to the mobile phone of the car owner of vehicle A and the car machine of vehicle A; In the meantime, quality pre-alert information issuing system 41 also just feeds back to vehicle after-sale service system 13 by TSP cloud service platform 2, so that service unit carries out Proactive maintenance and maintenance to vehicle A and accurately locates the problem of parts P for information about also by the vehicle A of quality pre-alert and quality pre-alert parts P thereof.
Although the present invention discloses as above with preferred embodiment, so and be not used to limit scope of the invention process, the simple equivalence change done according to claims of the present invention and description with modify, still belong in the scope of technical solution of the present invention.
Claims (10)
1. based on a quality pre-alert system for auto parts and components life cycle, it is characterized in that it comprises: external information collecting unit, TSP cloud service platform, early warning analysis unit and early warning start unit; Wherein, described external information collecting unit is connected with described TSP cloud service platform, described TSP cloud service platform is connected with described early warning analysis unit, and described early warning analysis unit is connected with described early warning start unit, and described early warning start unit is connected with described TSP cloud service platform; Described early warning analysis unit obtains the essential information of vehicle from described external information collecting unit by described TSP cloud service platform, draw the tables of data of the residue life cycle of all parts of described vehicle, and described tables of data is transferred to described early warning start unit; Described early warning start unit compares analysis according to the early warning value of each parts life cycle set in advance to the data in described tables of data, if described vehicle has the residue life cycle of parts to reach described early warning value, feed back to described external information collecting unit by described TSP cloud service platform for information about then by quality pre-alert parts, car owner is pointed out.
2. the quality pre-alert system based on auto parts and components life cycle according to claim 1, is characterized in that wherein said external information collecting unit comprises: automobile TBOX module, vehicle distribution network and vehicle after-sale service system; Described early warning analysis unit obtains the maintenance information of each car from described vehicle after-sale service system by described TSP cloud service platform, obtain all essential informations of having sold vehicle from described vehicle distribution network, obtain No. IN, the V of described vehicle and the distance travelled of described vehicle from described automobile TBOX module.
3. the quality pre-alert system based on auto parts and components life cycle according to claim 2, is characterized in that wherein said early warning analysis unit comprises: vehicle maintenance maintenance data storehouse, parts life cycle analysis system and parts life cycle data storehouse, the maintenance information that described vehicle maintenance maintenance data storehouse obtains each car by described TSP cloud service platform from described vehicle after-sale service system stores, described parts life cycle data storehouse is estimated according to the result of part reliability and durability Design and test, and the life cycle data forming all parts stores, described parts life cycle analysis system obtains all essential informations of having sold vehicle by described TSP cloud service platform from described vehicle distribution network, obtain the VIN number of described vehicle and the distance travelled of described vehicle from described automobile TBOX module simultaneously, obtain the VIN number of described vehicle, corresponding distance travelled and sales date, maintenance information again according to the described vehicle stored in the life cycle data of all parts stored in described parts life cycle data storehouse and described vehicle maintenance maintenance data storehouse carries out Analysis and Screening, draw the tables of data of the VIN number of all vehicles sold and the residue life cycle of all parts of described vehicle, and the described tables of data of the VIN number of all vehicles and described vehicle is transferred to described early warning start unit.
4. the quality pre-alert system based on auto parts and components life cycle according to claim 3, is characterized in that wherein said early warning start unit comprises: quality pre-alert information issuing system, parts life cycle quality pre-alert system and custom calling services system; Described parts life cycle quality pre-alert system compares analysis according to each parts life cycle early warning value set in advance to the data in described tables of data, if described vehicle has the residue life cycle of parts to reach described early warning value, be then sent to described custom calling services system and described quality pre-alert information issuing system for information about by the VIN number of described vehicle and quality pre-alert parts; Quality pre-alert parts are fed back to described automobile TBOX module by described TSP cloud service platform by described custom calling services system for information about, point out in the form of speech with the car machine by described vehicle to car owner; Quality pre-alert parts are fed back to the mobile phone of car owner or the car machine of described vehicle with the form of text message by described TSP cloud service platform by described quality pre-alert information issuing system for information about, point out car owner.
5. the quality pre-alert system based on auto parts and components life cycle according to claim 4, is characterized in that wherein said maintenance information should at least comprise: the VIN number of vehicle, the parts title being replaced or maintaining and batch number, replacement or maintenance parts time and replace or maintenance parts time vehicle distance travelled.
6. the quality pre-alert system based on auto parts and components life cycle according to claim 4, is characterized in that the life cycle data of all parts that wherein said parts life cycle data storehouse stores is the minimum life cycle data of all part reliabilities of vehicle and permanance two aspects.
7. the quality pre-alert system based on auto parts and components life cycle according to claim 6, is characterized in that the life cycle of wherein parts permanance aspect refers to minimum time parameter or the count parameter of parts permanance.
8. the quality pre-alert system based on auto parts and components life cycle according to claim 4, is characterized in that the essential information of wherein said vehicle at least should comprise: the VIN number of vehicle and the sales date of vehicle.
9. the quality pre-alert system based on auto parts and components life cycle according to claim 4, is characterized in that wherein said parts life cycle analysis system is that time, part reliability, the parts permanance being replaced or maintaining according to sales date of vehicle, distance travelled number, vehicle component is comprehensively analyzed.
10. the quality pre-alert system based on auto parts and components life cycle according to claim 4, it is characterized in that wherein said early warning start unit feeds back to described vehicle after-sale service system by described TSP cloud service platform for information about also by the vehicle of quality pre-alert and quality pre-alert parts thereof, carries out Proactive maintenance and maintenance with advertise service unit to the vehicle of quality pre-alert and quality pre-alert parts thereof.
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| CN201410805291.1A CN104834959A (en) | 2014-12-19 | 2014-12-19 | Quality pre-warning system based on vehicle part life cycle |
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