CN107776575A - Vehicle-mounted function module flameout awakening method and system - Google Patents
Vehicle-mounted function module flameout awakening method and system Download PDFInfo
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- CN107776575A CN107776575A CN201710952531.4A CN201710952531A CN107776575A CN 107776575 A CN107776575 A CN 107776575A CN 201710952531 A CN201710952531 A CN 201710952531A CN 107776575 A CN107776575 A CN 107776575A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60W—CONJOINT CONTROL OF VEHICLE SUB-UNITS OF DIFFERENT TYPE OR DIFFERENT FUNCTION; CONTROL SYSTEMS SPECIALLY ADAPTED FOR HYBRID VEHICLES; ROAD VEHICLE DRIVE CONTROL SYSTEMS FOR PURPOSES NOT RELATED TO THE CONTROL OF A PARTICULAR SUB-UNIT
- B60W50/00—Details of control systems for road vehicle drive control not related to the control of a particular sub-unit, e.g. process diagnostic or vehicle driver interfaces
- B60W50/08—Interaction between the driver and the control system
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F8/00—Arrangements for software engineering
- G06F8/60—Software deployment
- G06F8/65—Updates
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F9/00—Arrangements for program control, e.g. control units
- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
- G06F9/44—Arrangements for executing specific programs
- G06F9/4401—Bootstrapping
- G06F9/4418—Suspend and resume; Hibernate and awake
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60W—CONJOINT CONTROL OF VEHICLE SUB-UNITS OF DIFFERENT TYPE OR DIFFERENT FUNCTION; CONTROL SYSTEMS SPECIALLY ADAPTED FOR HYBRID VEHICLES; ROAD VEHICLE DRIVE CONTROL SYSTEMS FOR PURPOSES NOT RELATED TO THE CONTROL OF A PARTICULAR SUB-UNIT
- B60W2556/00—Input parameters relating to data
- B60W2556/45—External transmission of data to or from the vehicle
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- Automation & Control Theory (AREA)
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Abstract
The invention discloses a flameout awakening method and a flameout awakening system for a vehicle-mounted function module, wherein the method comprises the following steps that a vehicle-mounted communication module working under the condition of flameout and power supply maintenance receives an awakening request from a client to the vehicle-mounted function module when a vehicle is flameout; the vehicle-mounted communication module sends a wake-up signal to the vehicle-mounted function module which is in a dormant state after flameout; the vehicle-mounted function module responds to the awakening signal to be awakened, executes the operation to obtain corresponding result information, and returns the result information to the vehicle-mounted communication module; and the vehicle-mounted communication module returns the result information to the client. According to the invention, the vehicle-mounted function module is awakened by the communication module which works under the condition of keeping the power supply off, so that the vehicle-mounted function module can be started without the need of ACC or IGN, and the problem of communication between the vehicle-mounted modules under the condition of using an asynchronous power supply is solved.
Description
Technical field
The present invention relates to automobile correlative technology field, the flame-out awakening method of particularly a kind of vehicle-mounted functional module and system.
Background technology
Electronic component species on vehicle is more and more, and the function of electronic component is also gradually enriched, the work(of each electronic component
Can be increasing with the overlay region of technical specification, the feelings of function homogeneity certainly will occur in the chip of electronic component in this case
Condition, such case cause the waste of cost for automobile, and installing space is also more difficult.The automotive field electricity of in the market
The typically classification of the working power of device includes storage battery power supply (Battery), auxiliary equipment power supply (Accessory, ACC), engine
Power (IGN).Therefore, at the electrical equipment component to be worked under Battery Power Supplies Conditions and the electrical equipment component under IGN Power Supplies Conditions
In a kind of asynchronous electrical supplies state, both have no idea direct communication under Battery Power Supplies Conditions, hinder communication and shared
Realize.For example vehicle mounted guidance, because navigation feature has GPS location demand, vehicle-carrying communication module also has the need for being remotely located vehicle
Ask, but vehicle-carrying communication module is Battery Power Supplies Conditions, vehicle mounted guidance is ACC conditions of work, in vehicle stall, due to
Vehicle mounted guidance is in stop working state, thus be between the two can not direct communication, lead to not realize that gps data is shared.
Therefore be each integrated with the vehicle mounted guidance of prior art and the design of vehicle-carrying communication module GPS module and
Gps antenna, resource is caused to repeat.
And other prior art, such as Chinese patent CN 203299391U, it is independent by GPS module and communication module
Setting, the not integrated GPS module of its vehicle-carrying communication module and antenna, vehicle-carrying communication module transfer gps signal from main system of audio, with
Avoid resource repetition and waste.However, in order that outside letter can be received in switch-off by obtaining the Anneta module of GPS module
Number, prior art needs, by by the Power Supplies Condition of GPS module, Battery Power Supplies Conditions to be adjusted to from ACC Power Supplies Conditions.So
Setting, GPS module and its Anneta module 1 can be caused to be in working condition in switch-off, cause serious power supply wave
Take, influence the service life of battery.Meanwhile it is set as the module that is worked under Battery Power Supplies Conditions, GPS compared to other
Module at work, in order to ensure the accuracy of position, can constantly carry out positioning action, when by GPS module from ACC power strips
After part is adjusted to Battery conditions, GPS module can a large amount of battery consumption power supplys, cause accumulator electric-quantity consumption it is too fast, influence
Vehicle uses.Therefore, by the Power Supplies Condition of GPS module, the mode of Battery Power Supplies Conditions is adjusted to from ACC Power Supplies Conditions,
Effect is poor during actual use, can not really solve the technical problem that communication is realized under the module of different electrical power condition.
The content of the invention
Based on this, it is necessary to, can not be in different electrical power condition for prior art due to the otherness of vehicle power condition
Module under realize the technical problem of communication, there is provided a kind of vehicle-mounted functional module is stopped working awakening method and system.
The present invention provides a kind of vehicle-mounted functional module flame-out awakening method, including:
Received when the flame-out vehicle-carrying communication module for keeping working under Power Supplies Condition is in vehicle stall from client pair
The wake request of vehicle-mounted functional module；
Vehicle-carrying communication module sends wake-up signal to the vehicle-mounted functional module after flame-out in a dormant state；
The vehicle-mounted functional module responds the wake-up signal and is waken up, and performs operation and obtains corresponding object information, will
The object information returns to the vehicle-carrying communication module.
Further, the vehicle-mounted functional module responds the wake-up signal and is waken up, and performs operation and is tied accordingly
Fruit information, the object information is returned into the vehicle-carrying communication module, specifically included：
The vehicle-mounted functional module responds the wake-up signal and is waken up, and the vehicle-mounted functional module nationality is by Vehicular accumulator cell
The electric power of offer, perform operation and obtain corresponding object information, the object information is returned into the vehicle-carrying communication module, institute
Vehicle-carrying communication module is stated to stop sending the wake-up signal, after the vehicle-mounted functional module recognizes the wake-up signal stopping,
The electric power of Vehicular accumulator cell is stopped using, recovers dormancy.
Further, the vehicle-mounted functional module is the navigation module with the vehicle-carrying communication module independence, described to call out
Request of waking up obtains request for geographical position, and the object information is geographical location information；
The vehicle-mounted functional module responds the wake-up signal and is waken up, and performs operation and obtains corresponding object information, will
The object information returns to the vehicle-carrying communication module, specifically includes：
The navigation module responds the wake-up signal and is waken up, and performs geographical position acquisition operation and obtains corresponding geography
Positional information, the geographical location information is returned into the vehicle-carrying communication module, the vehicle-carrying communication module stops sending institute
Wake-up signal is stated, after the navigation module recognizes the wake-up signal stopping, the electric power of Vehicular accumulator cell is stopped using, recovers
Dormancy；
The geographical location information is returned to the client by the vehicle-carrying communication module.
Further, the vehicle-mounted functional module is Climate Control Module, and the wake request is air-conditioning silence upgrade request,
The object information completes information for upgrading；
The vehicle-mounted functional module responds the wake-up signal and is waken up, and performs operation and obtains corresponding object information, will
The object information returns to the vehicle-carrying communication module, specifically includes：
The Climate Control Module responds the wake-up signal and is waken up, and obtains upgrade file by vehicle-carrying communication module, uses
After the upgrade file performs air-conditioner controller updating operation, information is completed into upgrading and returns to the vehicle-carrying communication module, institute
State vehicle-carrying communication module to stop sending the wake-up signal, after the Climate Control Module recognizes the wake-up signal stopping, stopping
Using the electric power of Vehicular accumulator cell, recover dormancy.
Further, the vehicle-mounted functional module is air-conditioning draught fan module, and the wake request is asked for starting of air conditioner,
The object information is start completion information；
The vehicle-mounted functional module responds the wake-up signal and is waken up, and performs operation and obtains corresponding object information, will
The object information returns to the vehicle-carrying communication module, specifically includes：
The air-conditioning draught fan module responds the wake-up signal and is waken up, after performing starting of air conditioner operation, by start completion
Information returns to the vehicle-carrying communication module.
The present invention provides a kind of vehicle-mounted functional module flame-out wake-up system, including:
The vehicle-carrying communication module to be worked under flame-out holding Power Supplies Condition, for being received in vehicle stall from client
The wake request to vehicle-mounted functional module is held, wake-up signal is sent to the vehicle-mounted functional module after flame-out in a dormant state；
Vehicle-mounted functional module after flame-out in a dormant state, is waken up for responding the wake-up signal, performs behaviour
Corresponding object information is obtained, the object information is returned into the vehicle-carrying communication module.
Further：
The vehicle-carrying communication module, is specifically used for：Received in vehicle stall from client to vehicle-mounted functional module
Wake request, send wake-up signal to the vehicle-mounted functional module after flame-out in a dormant state, and receiving result letter
Stop sending the wake-up signal after breath
The vehicle-mounted functional module, is specifically used for：The wake-up signal is responded to be waken up, the vehicle-mounted functional module nationality by
The electric power that Vehicular accumulator cell provides, perform operation and obtain corresponding object information, the object information is returned to described vehicle-mounted
Communication module, after the wake-up signal stopping is recognized, the electric power of Vehicular accumulator cell is stopped using, recovers dormancy.
Further, the vehicle-mounted functional module is the navigation module with the vehicle-carrying communication module independence, described to call out
Request of waking up obtains request for geographical position, and the object information is geographical location information；
The vehicle-carrying communication module, is specifically used for：Received in vehicle stall from client to vehicle-mounted functional module
Wake request, send wake-up signal to the vehicle-mounted functional module after flame-out in a dormant state, and receiving geographical position
Stop sending the wake-up signal after confidence breath, and the geographical location information is returned into the client；
The vehicle-mounted functional module, is specifically used for：The navigation module responds the wake-up signal and is waken up, and performs geography
Position acquisition is operated to obtain corresponding geographical location information, and the geographical location information is returned into the vehicle-carrying communication module,
After the wake-up signal stopping is recognized, the electric power of Vehicular accumulator cell is stopped using, recovers dormancy.
Further, the vehicle-mounted functional module is Climate Control Module, and the wake request is air-conditioning silence upgrade request, institute
State object information and complete information for upgrading；
The vehicle-carrying communication module, is specifically used for：Received in vehicle stall from client to vehicle-mounted functional module
Wake request, send wake-up signal to the vehicle-mounted functional module after flame-out in a dormant state, and upgraded receiving
Stop sending the wake-up signal after into information
The vehicle-mounted functional module, is specifically used for：
The Climate Control Module responds the wake-up signal and is waken up, and obtains upgrade file by vehicle-carrying communication module, uses
After the upgrade file performs air-conditioner controller updating operation, information is completed into upgrading and returns to the vehicle-carrying communication module, when
After recognizing the wake-up signal stopping, the electric power of Vehicular accumulator cell is stopped using, recovers dormancy.
Further, the vehicle-mounted functional module is air-conditioning draught fan module, and the wake request is asked for starting of air conditioner, institute
It is start completion information to state object information；
The vehicle-mounted functional module, is specifically used for：
The air-conditioning draught fan module responds the wake-up signal and is waken up, after performing starting of air conditioner operation, by start completion
Information returns to the vehicle-carrying communication module.
The present invention wakes up vehicle-mounted functional module by the flame-out communication module for keeping working under Power Supplies Condition so that vehicle-mounted
Functional module under the conditions of ACC or IGN without could starting, so as to solve between the vehicle module for using asynchronous electrical supplies condition
Communication issue.Meanwhile after communication is completed, due to vehicle-mounted work(can be made by controlling the closing of the wake-up signal
Energy module enters dormancy.Therefore work is kept for a long time when flame-out without vehicle-mounted functional module, can save electricity.
Brief description of the drawings
Fig. 1 is a kind of workflow diagram of the flame-out awakening method of vehicle-mounted functional module of the present invention；
Fig. 2 is a kind of circuit connection diagram of the flame-out wake-up system of vehicle-mounted functional module of the present invention；
Fig. 3 is a kind of system module figure of the flame-out wake-up system of vehicle-mounted functional module of the present invention.
Embodiment
The present invention will be further described in detail with specific embodiment below in conjunction with the accompanying drawings.
It is as shown in Figure 1 a kind of workflow diagram of the flame-out awakening method of vehicle-mounted functional module of the present invention, including:
Step S101, receive and come from when the flame-out vehicle-carrying communication module for keeping working under Power Supplies Condition is in vehicle stall
Wake request of the client to vehicle-mounted functional module；
Step S102, vehicle-carrying communication module send to the vehicle-mounted functional module after flame-out in a dormant state and wake up letter
Number；
Step S103, the vehicle-mounted functional module respond the wake-up signal and are waken up, and perform operation and are tied accordingly
Fruit information, the object information is returned into the vehicle-carrying communication module.
Specifically, the circuit connecting mode of the present embodiment is as shown in Fig. 2 wherein, vehicle-carrying communication module 1, vehicle-mounted function
Module 2 electrically connects with battery 3, is powered by battery 3.
Wherein, stopping working keeps Power Supplies Condition to refer to Battery Power Supplies Conditions, the module to be worked under the Power Supplies Condition,
Such as vehicle-carrying communication module 1, when vehicle stops, working condition still can be kept, it is therefore, when the vehicle is stopped, vehicle-mounted
Communication module 1 remains able to receive from client 3 by communication base station 4 using such as：Fourth generation mobile communication technology (4G),
The wake request that general packet radio service technology (General Packet Radio Service, GPRS) etc. is sent, triggering
Step S101.
In step S102, vehicle-carrying communication module 1 sends wake-up signal to vehicle-mounted functional module 2, especially by Fig. 2 signal
Line 11 is sent.Flame-out dormancy Power Supplies Condition refers to ACC Power Supplies Conditions or IGN Power Supplies Conditions.Worked under ACC Power Supplies Conditions
Module, only driver start to the ACC functions of vehicle or start car engine when could work.In IGN Power Supplies Conditions
It could be worked during the module, only driver actuation's engine of lower work.And step S102, by vehicle-carrying communication module 1 to
Vehicle-mounted functional module 2 sends wake-up signal so that after flame-out in a dormant state vehicle-mounted functional module 2 in step S103
In be waken up, and perform operation, obtain corresponding object information, pass through Fig. 2 data line 21, such as UART Serial Port Transmissions
Line, return to vehicle-carrying communication module.
The present invention wakes up vehicle-mounted functional module by the flame-out communication module for keeping working under Power Supplies Condition so that vehicle-mounted
Functional module under the conditions of ACC or IGN without could starting, so as to solve between the vehicle module for using asynchronous electrical supplies condition
Communication issue.Meanwhile after communication is completed, due to vehicle-mounted work(can be made by controlling the closing of the wake-up signal
Energy module enters dormancy.Therefore work is kept for a long time when flame-out without vehicle-mounted functional module, can save electricity.
In one of the embodiments, the vehicle-mounted functional module responds the wake-up signal and is waken up, and execution operates
To corresponding object information, the object information is returned into the vehicle-carrying communication module, specifically included：
The vehicle-mounted functional module responds the wake-up signal and is waken up, and the vehicle-mounted functional module nationality is by Vehicular accumulator cell
The electric power of offer, perform operation and obtain corresponding object information, the object information is returned into the vehicle-carrying communication module, institute
Vehicle-carrying communication module is stated to stop sending the wake-up signal, after the vehicle-mounted functional module recognizes the wake-up signal stopping,
The electric power of Vehicular accumulator cell is stopped using, recovers dormancy.
The wake-up signal, is specifically used for：The vehicle-mounted functional module responds the wake-up signal and is waken up, and is called out when described
After signal of waking up stops, the vehicle-mounted functional module stops using the electric power of Vehicular accumulator cell, recovers dormancy.It should be understood that described call out
Signal of waking up includes but is not limited to conventional low and high level signal, rising edge or trailing edge level change signal, pulse signal.
The present embodiment, after vehicle-mounted functional module has performed operation, recover dormancy again, avoid vehicle-mounted functional module from continuing
Work, waste electricity.
In one of the embodiments, the vehicle-mounted functional module is the navigation mould with the vehicle-carrying communication module independence
Block, the wake request are that geographical position obtains request, and the object information is geographical location information；
The vehicle-mounted functional module responds the wake-up signal and is waken up, and performs operation and obtains corresponding object information, will
The object information returns to the vehicle-carrying communication module, specifically includes：
The navigation module responds the wake-up signal and is waken up, and performs geographical position acquisition operation and obtains corresponding geography
Positional information, the geographical location information is returned into the vehicle-carrying communication module, the vehicle-carrying communication module stops sending institute
Wake-up signal is stated, after the navigation module recognizes the wake-up signal stopping, the electric power of Vehicular accumulator cell is stopped using, recovers
Dormancy；
The geographical location information is returned to the client by the vehicle-carrying communication module
The present embodiment realizes long-range acquisition vehicle geographical location information function, and in vehicle stall state, user is carried out
Remote inquiry vehicle location action will wake up vehicle-carrying communication module, from vehicle-carrying communication module to navigation module send
Wake-up signal under BATTERY Power Supplies Conditions, navigation module are waken up, into low-power consumption mode；At the end of position enquiring, call out
Awake signal can be arranged to OPEN, and navigation module reenters park mode.Simultaneously as navigation module can be by vehicle-carrying communication
Data bits, therefore the vehicle-carrying communication module of the present embodiment and navigation feature need not be integrated, so as to reduce technological process, also keep away
Exempt from resource repetition and waste.
In one of the embodiments, the vehicle-mounted functional module is Climate Control Module, and the wake request is that air-conditioning is silent
Upgrade request, the object information complete information for upgrading；
The vehicle-mounted functional module responds the wake-up signal and is waken up, and performs operation and obtains corresponding object information, will
The object information returns to the vehicle-carrying communication module, specifically includes：
The Climate Control Module responds the wake-up signal and is waken up, and obtains upgrade file by vehicle-carrying communication module, uses
After the upgrade file performs air-conditioner controller updating operation, information is completed into upgrading and returns to the vehicle-carrying communication module, institute
State vehicle-carrying communication module to stop sending the wake-up signal, after the Climate Control Module recognizes the wake-up signal stopping, stopping
Using the electric power of Vehicular accumulator cell, recover dormancy.
The present embodiment realizes the silent upgrading of air-conditioning software, and in vehicle stall state, the air-conditioning that user is carried out is long-range
The action of upgrading will wake up vehicle-carrying communication module, be sent from vehicle-carrying communication module to Climate Control Module under BATTERY Power Supplies Conditions
Wake-up signal, Climate Control Module are waken up, into low-power consumption mode, then by data line, by vehicle-carrying communication module from
Server obtains upgrade file, and after air-conditioner controller updating operation is performed using the upgrade file, upgrading is completed into information
The vehicle-carrying communication module is returned to, wake-up signal can be arranged to OPEN, and Climate Control Module reenters park mode.
In one of the embodiments, the vehicle-mounted functional module is air-conditioning draught fan module, and the wake request is air-conditioning
Start request, the object information is start completion information；
The vehicle-mounted functional module responds the wake-up signal and is waken up, and performs operation and obtains corresponding object information, will
The object information returns to the vehicle-carrying communication module, specifically includes：
The air-conditioning draught fan module responds the wake-up signal and is waken up, after performing starting of air conditioner operation, by start completion
Information returns to the vehicle-carrying communication module.
The present embodiment realizes the long-range startup of air-conditioning, and in vehicle stall state, the air-conditioning that user is carried out remotely starts
Action will wake up vehicle-carrying communication module, from vehicle-carrying communication module to Climate Control Module send BATTERY Power Supplies Conditions under wake-up
Signal, air-conditioning draught fan module are waken up, and perform air-conditioning draught fan start-up operation, then return to start completion letter to vehicle-carrying communication module
Breath.Because air-conditioning draught fan module performs starting of air conditioner operation, therefore, Climate Control Module will remain on, without dormancy, due to
Family enters before vehicle, and air-conditioning begins to work, therefore when user enters vehicle, in-car temperature has been able to reach suitable
Temperature, so as to improve user satisfaction.
A kind of system module figure of the flame-out wake-up system of vehicle-mounted functional module of the present invention is illustrated in figure 3, including:
In the flame-out vehicle-carrying communication module 301 for keeping working under Power Supplies Condition, come from for being received in vehicle stall
Client sends to the vehicle-mounted functional module after flame-out in a dormant state to the wake request of vehicle-mounted functional module and wakes up letter
Number；
Vehicle-mounted functional module 302 after flame-out in a dormant state, is waken up for responding the wake-up signal, performs
Operation obtains corresponding object information, and the object information is returned into the vehicle-carrying communication module.
In one of the embodiments：
The vehicle-carrying communication module, is specifically used for：Received in vehicle stall from client to vehicle-mounted functional module
Wake request, send wake-up signal to the vehicle-mounted functional module after flame-out in a dormant state, and receiving result letter
Stop sending the wake-up signal after breath
The vehicle-mounted functional module, is specifically used for：
Respond the wake-up signal to be waken up, the electric power that the vehicle-mounted functional module nationality is provided by Vehicular accumulator cell, perform
Operation obtains corresponding object information, and the object information is returned into the vehicle-carrying communication module, when recognizing the wake-up
After signal stops, the electric power of Vehicular accumulator cell is stopped using, recovers dormancy.
In one of the embodiments, the vehicle-mounted functional module is the navigation mould with the vehicle-carrying communication module independence
Block, the wake request are that geographical position obtains request, and the object information is geographical location information；
The vehicle-carrying communication module, is specifically used for：Received in vehicle stall from client to vehicle-mounted functional module
Wake request, send wake-up signal to the vehicle-mounted functional module after flame-out in a dormant state, and receiving geographical position
Stop sending the wake-up signal after confidence breath, and the geographical location information is returned into the client；
The vehicle-mounted functional module, is specifically used for：The navigation module responds the wake-up signal and is waken up, and performs geography
Position acquisition is operated to obtain corresponding geographical location information, and the geographical location information is returned into the vehicle-carrying communication module,
After the wake-up signal stopping is recognized, the electric power of Vehicular accumulator cell is stopped using, recovers dormancy.
In one of the embodiments, the vehicle-mounted functional module is Climate Control Module, and the wake request is that air-conditioning is silent
Upgrade request, the object information complete information for upgrading；
The vehicle-carrying communication module, is specifically used for：Received in vehicle stall from client to vehicle-mounted functional module
Wake request, send wake-up signal to the vehicle-mounted functional module after flame-out in a dormant state, and upgraded receiving
Stop sending the wake-up signal after into information；
The vehicle-mounted functional module, is specifically used for：
The Climate Control Module responds the wake-up signal and is waken up, and obtains upgrade file by vehicle-carrying communication module, uses
After the upgrade file performs air-conditioner controller updating operation, information is completed into upgrading and returns to the vehicle-carrying communication module, when
After recognizing the wake-up signal stopping, the electric power of Vehicular accumulator cell is stopped using, recovers dormancy.
In one of the embodiments, the vehicle-mounted functional module is air-conditioning draught fan module, and the wake request is air-conditioning
Start request, the object information is start completion information；
The vehicle-mounted functional module, is specifically used for：
The air-conditioning draught fan module responds the wake-up signal and is waken up, after performing starting of air conditioner operation, by start completion
Information returns to the vehicle-carrying communication module.
Embodiment described above only expresses the several embodiments of the present invention, and its description is more specific and detailed, but simultaneously
Therefore the limitation to the scope of the claims of the present invention can not be interpreted as.It should be pointed out that for one of ordinary skill in the art
For, without departing from the inventive concept of the premise, various modifications and improvements can be made, these belong to the guarantor of the present invention
Protect scope.Therefore, the protection domain of patent of the present invention should be determined by the appended claims.
Claims (10)
- The awakening method 1. a kind of vehicle-mounted functional module is stopped working, it is characterised in that including:Received when the flame-out vehicle-carrying communication module for keeping working under Power Supplies Condition is in vehicle stall from client to vehicle-mounted The wake request of functional module；Vehicle-carrying communication module sends wake-up signal to the vehicle-mounted functional module after flame-out in a dormant state；The vehicle-mounted functional module responds the wake-up signal and is waken up, and performs operation and obtains corresponding object information, by described in Object information returns to the vehicle-carrying communication module.
- The awakening method 2. vehicle-mounted functional module according to claim 1 is stopped working, it is characterised in that the vehicle-mounted functional module Respond the wake-up signal to be waken up, perform operation and obtain corresponding object information, the object information is returned into the car Communication module is carried, is specifically included：The vehicle-mounted functional module responds the wake-up signal and is waken up, and the vehicle-mounted functional module nationality is provided by Vehicular accumulator cell Electric power, perform operation obtain corresponding object information, the object information is returned into the vehicle-carrying communication module, the car Carry communication module to stop sending the wake-up signal, after the vehicle-mounted functional module recognizes the wake-up signal stopping, stopping Using the electric power of Vehicular accumulator cell, recover dormancy.
- The awakening method 3. vehicle-mounted functional module according to claim 1 or 2 is stopped working, it is characterised in that the vehicle-mounted function Module is the navigation module with the vehicle-carrying communication module independence, and the wake request is that geographical position obtains request, the knot Fruit information is geographical location information；The vehicle-mounted functional module responds the wake-up signal and is waken up, and performs operation and obtains corresponding object information, by described in Object information returns to the vehicle-carrying communication module, specifically includes：The navigation module responds the wake-up signal and is waken up, and performs geographical position acquisition operation and obtains corresponding geographical position Information, the geographical location information is returned into the vehicle-carrying communication module, the vehicle-carrying communication module stops calling out described in transmission Awake signal, after the navigation module recognizes the wake-up signal stopping, the electric power of Vehicular accumulator cell is stopped using, recovers to stop Sleep；The geographical location information is returned to the client by the vehicle-carrying communication module.
- The awakening method 4. vehicle-mounted functional module according to claim 1 or 2 is stopped working, it is characterised in that the vehicle-mounted function Module is Climate Control Module, and the wake request is air-conditioning silence upgrade request, and the object information completes information for upgrading；The vehicle-mounted functional module responds the wake-up signal and is waken up, and performs operation and obtains corresponding object information, by described in Object information returns to the vehicle-carrying communication module, specifically includes：The Climate Control Module responds the wake-up signal and is waken up, and upgrade file is obtained by vehicle-carrying communication module, using described After upgrade file performs air-conditioner controller updating operation, information is completed into upgrading and returns to the vehicle-carrying communication module, the car Carry communication module to stop sending the wake-up signal, after the Climate Control Module recognizes the wake-up signal stopping, stopping using The electric power of Vehicular accumulator cell, recover dormancy.
- The awakening method 5. vehicle-mounted functional module according to claim 1 is stopped working, it is characterised in that the vehicle-mounted functional module For air-conditioning draught fan module, the wake request is that air-conditioning draught fan starts request, and the object information is start completion information；The vehicle-mounted functional module responds the wake-up signal and is waken up, and performs operation and obtains corresponding object information, by described in Object information returns to the vehicle-carrying communication module, specifically includes：The Climate Control Module responds the wake-up signal and is waken up, and after performing starting of air conditioner operation, start completion information is returned To the vehicle-carrying communication module.
- The wake-up system 6. a kind of vehicle-mounted functional module is stopped working, it is characterised in that including:The vehicle-carrying communication module to be worked under flame-out holding Power Supplies Condition, for being received in vehicle stall from client pair The wake request of vehicle-mounted functional module, wake-up signal is sent to the vehicle-mounted functional module after flame-out in a dormant state；Vehicle-mounted functional module after flame-out in a dormant state, is waken up for responding the wake-up signal, and execution operates To corresponding object information, the object information is returned into the vehicle-carrying communication module.
- The wake-up system 7. vehicle-mounted functional module according to claim 6 is stopped working, it is characterised in that：The vehicle-carrying communication module, is specifically used for：Receive in vehicle stall and vehicle-mounted functional module is called out from client Wake up and ask, vehicle-mounted functional module sends wake-up signal in a dormant state, and stop after object information is received to after flame-out Only send the wake-up signalThe vehicle-mounted functional module, is specifically used for：Respond the wake-up signal to be waken up, the electric power that the vehicle-mounted functional module nationality is provided by Vehicular accumulator cell, perform operation Corresponding object information is obtained, the object information is returned into the vehicle-carrying communication module, when recognizing the wake-up signal After stopping, the electric power of Vehicular accumulator cell is stopped using, recovers dormancy.
- The wake-up system 8. the vehicle-mounted functional module according to claim 6 or 7 is stopped working, it is characterised in that the vehicle-mounted function Module is the navigation module with the vehicle-carrying communication module independence, and the wake request is that geographical position obtains request, the knot Fruit information is geographical location information；The vehicle-carrying communication module, is specifically used for：Receive in vehicle stall and vehicle-mounted functional module is called out from client Wake up and ask, vehicle-mounted functional module sends wake-up signal in a dormant state, and receiving geographical location information to after flame-out Stop sending the wake-up signal afterwards, and the geographical location information is returned into the client；The vehicle-mounted functional module, is specifically used for：The navigation module responds the wake-up signal and is waken up, and performs geographical position Obtain operation and obtain corresponding geographical location information, the geographical location information is returned into the vehicle-carrying communication module, works as knowledge After being clipped to the wake-up signal stopping, the electric power of Vehicular accumulator cell is stopped using, recovers dormancy.
- The wake-up system 9. the vehicle-mounted functional module according to claim 6 or 7 is stopped working, it is characterised in that the vehicle-mounted function Module is Climate Control Module, and the wake request is air-conditioning silence upgrade request, and the object information completes information for upgrading；The vehicle-carrying communication module, is specifically used for：Receive in vehicle stall and vehicle-mounted functional module is called out from client Wake up and ask, to vehicle-mounted functional module sends wake-up signal in a dormant state after flame-out, and information is completed receiving upgrading Stop sending the wake-up signal afterwardsThe vehicle-mounted functional module, is specifically used for：The Climate Control Module responds the wake-up signal and is waken up, and upgrade file is obtained by vehicle-carrying communication module, using described After upgrade file performs air-conditioner controller updating operation, information is completed into upgrading and returns to the vehicle-carrying communication module, works as identification After stopping to the wake-up signal, the electric power of Vehicular accumulator cell is stopped using, recovers dormancy.
- The wake-up system 10. vehicle-mounted functional module according to claim 6 is stopped working, it is characterised in that the vehicle-mounted function mould Block is air-conditioning draught fan module, and the wake request is that air-conditioning draught fan starts request, and the object information is start completion information；The vehicle-mounted functional module, is specifically used for：The Climate Control Module responds the wake-up signal and is waken up, and after performing starting of air conditioner operation, start completion information is returned To the vehicle-carrying communication module.
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| CN201710952531.4A CN107776575A (en) | 2017-10-13 | 2017-10-13 | Vehicle-mounted function module flameout awakening method and system |
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| CN201710952531.4A CN107776575A (en) | 2017-10-13 | 2017-10-13 | Vehicle-mounted function module flameout awakening method and system |
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