CN114374765A - Method for realizing mobile phone schedule information reminding of intelligent cabin - Google Patents
Method for realizing mobile phone schedule information reminding of intelligent cabin Download PDFInfo
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04M—TELEPHONIC COMMUNICATION
- H04M1/00—Substation equipment, e.g. for use by subscribers
- H04M1/72—Mobile telephones; Cordless telephones, i.e. devices for establishing wireless links to base stations without route selection
- H04M1/724—User interfaces specially adapted for cordless or mobile telephones
- H04M1/72448—User interfaces specially adapted for cordless or mobile telephones with means for adapting the functionality of the device according to specific conditions
- H04M1/72451—User interfaces specially adapted for cordless or mobile telephones with means for adapting the functionality of the device according to specific conditions according to schedules, e.g. using calendar applications
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/06—Selective distribution of broadcast services, e.g. multimedia broadcast multicast service [MBMS]; Services to user groups; One-way selective calling services
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/30—Services specially adapted for particular environments, situations or purposes
- H04W4/40—Services specially adapted for particular environments, situations or purposes for vehicles, e.g. vehicle-to-pedestrians [V2P]
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W48/00—Access restriction; Network selection; Access point selection
- H04W48/08—Access restriction or access information delivery, e.g. discovery data delivery
- H04W48/10—Access restriction or access information delivery, e.g. discovery data delivery using broadcasted information
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- Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
- Y02D30/00—Reducing energy consumption in communication networks
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Abstract
The invention discloses a method for realizing mobile phone schedule information reminding for an intelligent cabin, which comprises the following steps: s1, the vehicle sends iBeacon broadcast and common broadcast at intervals through the Bluetooth system; s2, the background of the mobile phone system actively awakens the mobile phone APP after scanning the broadcast of S1; s3, establishing connection between the mobile phone APP and the corresponding vehicle, and sending the acquired mobile phone information to the vehicle; and S4, displaying schedule information reminding on the central control screen after the vehicle receives and stores the information. According to the method and the device, the BLE Bluetooth technology and the Bluetooth active awakening technology are utilized to realize the function that the vehicle actively awakens the mobile phone Internet of vehicles APP, and after the Internet of vehicles APP obtains the mobile phone schedule information, the intelligent cabin displays schedule reminding, so that the synchronization of the schedule information can be ensured.
Description
Technical Field
The invention relates to the field of information interaction, in particular to a method for realizing mobile phone schedule information reminding of an intelligent cabin.
Background
With the development of automobile intellectualization and networking, the current networking automobile generally supports an automobile networking APP, and realizes remote control, vehicle information viewing and the like. The automobile internet of vehicles APP realizes the communication of data between people and automobiles. If need realize that vehicle intelligence passenger cabin end obtains information, generally through the car networking APP after acquireing data, through 4G network synchronization to the car, at intelligent passenger cabin large-size screen display content. The mobile phone operating system (including android and iOS) provides an interface for obtaining a system schedule by the APP, and the Internet of vehicles APP can obtain related data on the premise that the APP applies for permission.
The Chinese patent document discloses a vehicle-mounted information interaction method and system, the publication number of which is CN109752011A, the publication date of which is 2019-05-14, and the method comprises the following steps: acquiring user attention information related to a trip in a user terminal; predicting a user trip schedule based on the user attention information; and predicting user travel information based on the vehicle state and the user travel schedule in response to the start of the vehicle terminal to calculate navigation information for the user to select. The invention also provides a vehicle-mounted information interaction system, which comprises: the system comprises an acquisition module, a processing module and a processing module, wherein the acquisition module is used for acquiring user attention information related to a journey in a user terminal; the prediction module is used for predicting a user travel schedule based on the user attention information, responding to the starting of the vehicle terminal, and predicting user travel information based on a vehicle state and the user travel schedule; and the calculation module is used for calculating navigation information based on the user travel information for the user to select.
However, due to the limitation of the mobile phone system, including android and IOS systems, a general mobile phone APP cannot always run in the background, and the operating system terminates the APP process after the APP background runs for a period of time, so as to achieve the purpose of power-saving power management. Therefore, the car networking APP can not guarantee that data are synchronized to the vehicle in time when a vehicle user uses the car (unless the car networking APP is manually opened by the vehicle user), and therefore practicability is low in an actual scene.
Disclosure of Invention
The invention aims to overcome the defects in the prior art. Because the restriction of mobile phone system power management, the problem that car networking APP can't guarantee in time synchronous data to the vehicle when the vehicle user uses the car provides a method that intelligent passenger cabin realizes that cell-phone schedule information reminds, utilizes BLE bluetooth technique and bluetooth initiative to awaken the function that the technique realized that the vehicle initiatively awakens cell-phone car networking APP awaken up, obtains intelligent passenger cabin behind the cell-phone schedule information at car networking APP, shows the schedule and reminds.
In order to achieve the purpose, the invention adopts the following technical scheme:
a method for realizing mobile phone schedule information reminding for an intelligent cabin comprises the following steps:
s1, the vehicle sends iBeacon broadcast and common broadcast at intervals through the Bluetooth system;
s2, the background of the mobile phone system actively awakens the mobile phone APP after scanning the broadcast of S1;
s3, establishing connection between the mobile phone APP and the corresponding vehicle, and sending the acquired mobile phone information to the vehicle;
and S4, displaying schedule information reminding on the central control screen after the vehicle receives and stores the information.
According to the method, a function of acquiring the mobile phone schedule is added to an automobile APP or an Internet of vehicles APP of a vehicle user; when a vehicle user unlocks the automobile, after the intelligent cabin is started, the Internet of vehicles APP on the mobile phone of the owner of the automobile is awakened through a Bluetooth active awakening technology; after the mobile phone end car networking APP is awakened, connection is established through the Bluetooth system and the intelligent cabin, schedule information acquired by the protocol handle machine end is transmitted to the intelligent cabin, and the intelligent cabin is displayed through a screen. Due to the fact that the schedule information is triggered and displayed after the vehicle is unlocked, the real-time performance of the displayed schedule information can be guaranteed.
Preferably, the iBeacon broadcast and the ordinary broadcast both carry specific unique mark information, and the unique mark information corresponds to the vehicles one to one.
In the invention, each vehicle has the unique mark information UUID which is uniquely corresponding to the vehicle, so that the iBeacon broadcast and the common broadcast on the vehicle carry the unique mark information during sending, and the mobile phone of the user corresponding to the vehicle can be found, thereby obtaining the mobile phone schedule information of the vehicle user and avoiding the connection between the vehicle and irrelevant mobile phones.
Preferably, the step S2 includes the following steps:
s21, binding the mobile phone APP with the unique mark information corresponding to the vehicle;
s22, after the Bluetooth is opened, the mobile phone system continuously scans and broadcasts in the background;
and S23, the mobile phone system wakes up the APP of the mobile phone after scanning the broadcast containing the unique mark information in the S21.
According to the invention, the mobile phone APP is bound with the unique mark information of the vehicle, so that the mobile phone APP can be actively awakened only when the mobile phone system scans the broadcast containing the unique mark information, and the mobile phone APP cannot be actively awakened when the broadcast not containing the unique mark information is scanned.
Preferably, the mobile phone APP is awakened and then actively initiates BLE connection to the vehicle sending the broadcast, and after the BLE connection is established, the mobile phone APP sends schedule information acquired at the mobile phone end to the vehicle.
According to the invention, after the mobile phone APP is awakened, the vehicle for sending the broadcast is determined, at the moment, a communication channel is established between the mobile phone end and the vehicle, the connection is carried out through BLE equipment, and after the permission for collecting the mobile phone schedule information is obtained through authorization, the mobile phone APP can send the schedule information collected in real time to the vehicle.
Preferably, the vehicle receives the schedule information sent by the mobile phone APP, compares the schedule information with a local calendar in the vehicle, stores the schedule information, and displays schedule reminding on the central control screen when the date of the schedule time is reached.
According to the invention, the schedule reminding is displayed on the central control screen after the unlocking is started, if the mobile phone APP does not update the mobile phone schedule information, the previously stored schedule information is directly displayed on the central control screen, and if the mobile phone APP updates the mobile phone schedule information, the vehicle updates and displays the original schedule information of the vehicle after receiving the new mobile phone schedule information.
Preferably, for a mobile phone APP in an Android mobile phone system, active awakening is performed through a common broadcast sent by a vehicle, wherein the common broadcast comprises parameters:
the Service UUID is used as the unique mark information of the vehicle and is obtained by carrying out unique encryption processing on the frame number VIN of the vehicle;
charateristicic UUID for parameter settings of bluetooth system equipment on a vehicle.
According to the invention, common broadcast is continuously sent by the Bluetooth equipment of the vehicle, meanwhile, the mobile phone APP registers Bluetooth scanning to the mobile phone system, a filtering condition can be set, the scanning method is called, after the calling is successful, the system can always execute Bluetooth broadcast scanning in the background no matter whether the process of the mobile phone APP is carried out, and when the mobile phone equipment is close to the appointed Bluetooth equipment, the system can start the srevice corresponding to the mobile phone APP to achieve the purpose of awakening the APP.
Preferably, for a mobile phone APP in the iOS mobile phone system, the iBeacon broadcast sent by the vehicle is actively awakened, and the iBeacon broadcast comprises the following parameters:
the UUID is used as the unique mark information of the vehicle and is obtained by carrying out unique encryption processing on the frame number VIN of the vehicle;
the Major is used as a group number, and the iBeacon broadcasting equipment in the same group has the same Major;
minor is used for distinguishing different iBeacon broadcasting equipment in the same group.
According to the invention, the Bluetooth equipment continuously sends the iBeacon broadcast according to a specific protocol, a special UUID is carried as an identifier, and a mobile phone App can register and monitor the iBeacon broadcast containing the UUID to a system. When the mobile phone system monitors the iBeacon broadcast of a specific UUID, the corresponding mobile phone App is awakened, and the mobile phone system selects behaviors such as data pushing and equipment communication. Even if the mobile phone App is closed or the iPhone mobile phone is powered off and restarted, the mobile phone App can be awakened by the system.
The invention has the following beneficial effects: the method comprises the steps that the BLE Bluetooth technology and the Bluetooth active awakening technology are utilized to achieve the function that a vehicle actively awakens a mobile phone Internet of vehicles APP, after the Internet of vehicles APP obtains mobile phone schedule information, an intelligent cabin displays schedule reminding, and synchronization of the schedule information can be guaranteed; the whole process does not need to manually carry out Bluetooth pairing connection between the mobile phone and the vehicle in advance, and does not need to actively open the mobile phone APP at the mobile phone end, so that the operation is convenient.
Drawings
FIG. 1 is a flow chart of a method for implementing schedule reminders in accordance with the present invention;
FIG. 2 is a flowchart of a schedule reminding method for a mobile phone system according to an embodiment of the present invention;
FIG. 3 is a diagram of a central control screen calendar reminder in an embodiment of the present invention.
Detailed Description
The invention is further described with reference to the following detailed description and accompanying drawings.
As shown in fig. 1, a method for realizing mobile phone schedule information reminding for an intelligent cabin includes:
s1, the vehicle sends iBeacon broadcast and common broadcast at intervals through the Bluetooth system; the iBeacon broadcast carries the unique mark information UUID, the common broadcast carries the unique mark information Service UUID, and the unique mark information corresponds to the vehicles one by one.
S2, the mobile phone system actively wakes up the mobile phone APP after scanning the broadcast with the unique mark information in the background; the method specifically comprises the following steps:
s21, binding the mobile phone APP and the unique mark information corresponding to the vehicle;
s22, continuously scanning and broadcasting in a system background after the Bluetooth of the mobile phone system is opened;
and S23, the mobile phone system actively wakes up the APP of the mobile phone after scanning the broadcast containing the unique mark information.
S3, establishing connection between the mobile phone APP and the vehicle for sending the broadcast, and sending the acquired mobile phone schedule information to the vehicle; the method comprises the steps that the mobile phone APP is awakened and then actively initiates BLE connection to a vehicle sending broadcasts, and after the BLE connection is established, schedule information obtained by a mobile phone end is sent to the vehicle by the mobile phone APP.
S4, after the vehicle receives and stores the mobile phone schedule information, displaying schedule information reminding on the central control screen; the vehicle receives the schedule information sent by the mobile phone APP and then compares the schedule information with local schedule information in the vehicle, the schedule information needing to be updated is stored, and schedule reminding is displayed on the central control screen when the date of the schedule time is reached.
Ordinary broadcast that sends through the vehicle is arranged in initiatively awakening the cell-phone APP among the Android cell-phone system, and the parameter that ordinary broadcast contains has: the Service UUID belongs to the unique mark information of the vehicle, and the unique mark information is obtained by uniquely encrypting the frame number VIN of the vehicle; the Characteriodic UUID is used for setting parameters of the Bluetooth system equipment on the vehicle.
The iBeacon broadcast that sends through the vehicle is arranged in initiatively awakening the cell-phone APP in the iOS cell-phone system, and the parameter that the iBeacon broadcast contains has: the UUID belongs to the unique mark information of the vehicle and is obtained by carrying out unique encryption processing on the frame number VIN of the vehicle; major values of the devices are equal to group numbers, and iBeacon broadcasting devices in the same group have the same Major; minor is used for distinguishing different iBeacon broadcasting equipment in the same group.
According to the method, a function of acquiring the mobile phone schedule is added to an automobile APP or an Internet of vehicles APP of a vehicle user; when a vehicle user unlocks the automobile, after the intelligent cabin is started, the Internet of vehicles APP on the mobile phone of the owner of the automobile is awakened through a Bluetooth active awakening technology; after the mobile phone end car networking APP is awakened, connection is established through the Bluetooth system and the intelligent cabin, schedule information acquired by the protocol handle machine end is transmitted to the intelligent cabin, and the intelligent cabin is displayed through a screen. Due to the fact that the schedule information is triggered and displayed after the vehicle is unlocked, the real-time performance of the displayed schedule information can be guaranteed.
In the invention, each vehicle has the unique mark information UUID which is uniquely corresponding to the vehicle, so that the iBeacon broadcast and the common broadcast on the vehicle carry the unique mark information during sending, and the mobile phone of the user corresponding to the vehicle can be found, thereby obtaining the mobile phone schedule information of the vehicle user and avoiding the connection between the vehicle and irrelevant mobile phones.
According to the invention, the mobile phone APP is bound with the unique mark information of the vehicle, so that the mobile phone APP can be actively awakened only when the mobile phone system scans the broadcast containing the unique mark information, and the mobile phone APP cannot be actively awakened when the broadcast not containing the unique mark information is scanned.
According to the invention, after the mobile phone APP is awakened, the vehicle for sending the broadcast is determined, at the moment, a communication channel is established between the mobile phone end and the vehicle, the connection is carried out through BLE equipment, and after the permission for collecting the mobile phone schedule information is obtained through authorization, the mobile phone APP can send the schedule information collected in real time to the vehicle.
According to the invention, the schedule reminding is displayed on the central control screen after the unlocking is started, if the mobile phone APP does not update the mobile phone schedule information, the previously stored schedule information is directly displayed on the central control screen, and if the mobile phone APP updates the mobile phone schedule information, the vehicle updates and displays the original schedule information of the vehicle after receiving the new mobile phone schedule information.
According to the invention, common broadcast is continuously sent by the Bluetooth equipment of the vehicle, meanwhile, the mobile phone APP registers Bluetooth scanning to the mobile phone system, a filtering condition can be set, the scanning method is called, after the calling is successful, the system can always execute Bluetooth broadcast scanning in the background no matter whether the process of the mobile phone APP is carried out, and when the mobile phone equipment is close to the appointed Bluetooth equipment, the system can start the srevice corresponding to the mobile phone APP to achieve the purpose of awakening the APP.
According to the invention, the Bluetooth equipment continuously sends the iBeacon broadcast according to a specific protocol, a special UUID is carried as an identifier, and a mobile phone App can register and monitor the iBeacon broadcast containing the UUID to a system. When the mobile phone system monitors the iBeacon broadcast of a specific UUID, the corresponding mobile phone App is awakened, and the mobile phone system selects behaviors such as data pushing and equipment communication. Even if the mobile phone App is closed or the iPhone mobile phone is powered off and restarted, the mobile phone App can be awakened by the system.
In the first embodiment, the active wake-up technology of the mobile phone APP in the iOS mobile phone system is that BLE bluetooth equipment continuously sends an iBeacon broadcast according to a specific protocol, the broadcast carries a specific UUID as an identifier, and the mobile phone APP can register and monitor the iBeacon broadcast containing the specific UUID to the system. When the mobile phone system monitors the iBeacon broadcast of a specific UUID in the background, the corresponding mobile phone App is awakened, and the mobile phone system selects to execute behaviors such as data pushing, equipment communication and the like. The process of schedule reminding of schedule information of the iOS mobile phone on a vehicle is shown in fig. 2, and first, unique identification information UUID of the vehicle is registered and monitored and bound to a mobile phone system at a mobile phone APP, and meanwhile, Bluetooth of the mobile phone system is opened to scan surrounding Bluetooth broadcast in real time. When a vehicle driver enters a vehicle and starts the vehicle with a mobile phone, the vehicle-mounted low-power-consumption Bluetooth system can send iBeacon broadcast and common broadcast carrying UUID information at intervals; three iBeacon broadcasts are continuously sent every 200ms, and then the ordinary broadcasts are switched and sent. And the iOS mobile phone system actively awakens the corresponding mobile phone APP after scanning the iBeacon broadcast containing the specific UUID. Then, the mobile phone APP actively initiates BLE connection to the vehicle sending the broadcast, and the BLE connection is successfully established with the vehicle. After the connection is completed, the mobile phone APP sends the mobile phone schedule information obtained by the mobile phone to the vehicle through BLE connection and a communication protocol under the permission of obtaining authorization to collect the mobile phone schedule information. The vehicle compares and updates the received schedule information with the local calendar and the original schedule information, and stores the received schedule information, and when the date of the schedule information is reached, the schedule reminder is displayed on the central control screen after the vehicle is started.
In this embodiment, there are four broadcast parameters of iBeacon: the unique identification information UUID is obtained by uniquely encrypting the frame number VIN of the vehicle, for example, the 17-bit VIN is encrypted by MD5 (information digest algorithm), and the first 8 of the final result is selected as the unique identification information. The second is a device principal value Major, which is equivalent to a group number, and iBeacon devices executing the same service during classification all belong to the same group and have the same Major, and the value range is [0, 65535 ]. Then, the device Minor value Minor is equivalent to the number of each iBeacon device, and is used to distinguish different iBeacon devices in the same group, and the value range is [0, 65535 ]. Finally, a signal strength reference value Measured Power is used for representing the reference value of the signal strength when the distance between the sending module and the receiver of the iBeacon broadcast is 1 meter, and the reference value represents the range of the broadcast which can be transmitted and received.
In the embodiment, the communication protocol for the mobile phone APP to send the schedule information to the vehicle includes three parts, the first part is a Head part, the length of the Head part is 2 bytes, and the content description fixed bit BBB1 is provided. The second part is a DataLen part, which has a field length of 2 bytes and is transmitted using int small end, and the content of the DataLen part is used to describe the total length of the entire data block outgoing Head and DataLen parts. The third part is the Calendar Json part, which is the total length of the data block and the Json string length, whose contents include data arrays for each schedule information, such as [ { calendar }, { calendar }, … … ]. The following contents are specifically included in the calendar array information: the identifier is used as a unique identifier of the schedule information; title as the title of the schedule information; starttime as the time of the start of the schedule, expressed in yyyy-MM-dd HH: MM: ss, e.g., 2021-11-0120: 12: 30; endtime as the time of the end of the schedule, also denoted yyyy-MM-dd HH: MM: ss, e.g., 2021-11-0120: 45: 30; the location is used as a schedule position, and the specific content is described by Chinese geographic information; timezone as time zone information, which represents a range from-12 to + 12; allday represents an all-day event item, where 0 is not all-day and 1 is all-day; the alarmclock represents whether alarm clock reminding is needed or not, wherein 0 represents no reminding, and 1 represents reminding; repeat indicates whether repeat reminding is needed, 0 indicates no repeat, and 1 indicates repeat; repeatmode indicates a pattern of repeated reminders, 0 indicates yearly repetition, 1 indicates monthly repetition, 2 indicates daily repetition, 3 indicates weekly repetition, and 4 indicates daily repetition; the repeat value represents the date of repeated reminding, a repeat date array is given according to the mode of repeated reminding, and the repeat of the repeat date array every week and two weeks and three weeks is represented as [1,2,3] by taking weekly reminding as an example; the reapcount represents the number of repetitions of a single reminder. The resulting schedule reminder displayed on the vehicle central control screen is shown in fig. 3.
In a second embodiment, the iOS mobile phone system is changed to the Android mobile phone system based on the first embodiment, and the method is a method for displaying and reminding schedule information in the Android mobile phone in the vehicle. The active Bluetooth awakening technology of the Android mobile phone system is characterized in that an application program interface API for awakening by Bluetooth scanning, namely Bluetooth scanning and others, is used, common broadcast containing UUID is continuously sent through vehicle-mounted Bluetooth equipment, meanwhile, the mobile phone APP registers Bluetooth scanning with the system, filtering conditions can be preset, and the scanning method is called, after the API is successfully called, the mobile phone system always executes Bluetooth broadcast scanning in the background no matter whether the progress of the mobile phone APP is stored or not, if the mobile phone device receives the common broadcast containing the unique identification information UUID near the Bluetooth equipment, the system starts the corresponding srevice of the mobile phone APP to achieve the purpose of awakening the mobile phone APP, and the rest schedule information reminding processes are the same as the embodiment.
In this embodiment, the parameters of the common broadcast are respectively a Service UUID and a probabilistic UUID, where the Service UUID is unique identification information of a Service provided by the BLE device, and is obtained by uniquely encrypting the frame number VIN of the vehicle, and for example, after encrypting the 17-bit VIN, MD5, i.e., information digest algorithm, the first 8 of the final result is selected as the unique identification information. The charateristicic UUID is a Characteristic value bound below a service, is used for setting a parameter of a BLE device of a vehicle, can be read, written, subscribed and the like through a mobile phone, and is represented by a hexadecimal code with four bits, such as FFFE.
The above embodiments are further illustrated and described in order to facilitate understanding of the invention, and no unnecessary limitations are to be understood therefrom, and any modifications, equivalents, and improvements made within the spirit and principle of the invention should be included therein.
Claims (7)
1. A method for realizing mobile phone schedule information reminding for an intelligent cabin is characterized by comprising the following steps:
s1, the vehicle sends iBeacon broadcast and common broadcast at intervals through the Bluetooth system;
s2, the background of the mobile phone system actively awakens the mobile phone APP after scanning the broadcast of S1;
s3, establishing connection between the mobile phone APP and the corresponding vehicle, and sending the acquired mobile phone information to the vehicle;
and S4, displaying schedule information reminding on the central control screen after the vehicle receives and stores the information.
2. The method for realizing mobile phone schedule information reminding for the intelligent cockpit according to claim 1 wherein the iBeacon broadcast and the normal broadcast both carry specific unique flag information, and the unique flag information is in one-to-one correspondence with the vehicle.
3. The method for realizing mobile phone schedule information reminding for the intelligent cabin according to claim 1 or 2, wherein the step of S2 comprises the following steps:
s21, binding the mobile phone APP with the unique mark information corresponding to the vehicle;
s22, after the Bluetooth is opened, the mobile phone system continuously scans and broadcasts in the background;
and S23, the mobile phone system wakes up the APP of the mobile phone after scanning the broadcast containing the unique mark information in the S21.
4. The method according to claim 1, wherein the method for realizing mobile schedule information reminding for the smart cabin is characterized in that a mobile phone APP is awakened and then actively initiates a BLE connection to a vehicle sending broadcasts, and after the BLE connection is established, the mobile phone APP sends schedule information acquired at a mobile phone end to the vehicle.
5. The method for realizing mobile phone schedule information reminding for the intelligent cabin according to claim 1 or 4, wherein the vehicle receives the schedule information sent by the mobile phone APP and then compares the schedule information with a local calendar in the vehicle and stores the schedule information, and when the date of the schedule time is reached, the schedule reminding is displayed on the central control screen.
6. The method for realizing mobile phone schedule information reminding for the intelligent cabin according to claim 3, wherein for the mobile phone APP in the Android mobile phone system, active awakening is performed through a common broadcast sent by a vehicle, wherein the common broadcast comprises parameters:
the Service UUID is used as the unique mark information of the vehicle and is obtained by carrying out unique encryption processing on the frame number VIN of the vehicle;
charateristicic UUID for parameter settings of bluetooth system equipment on a vehicle.
7. The method for realizing mobile phone schedule information reminding for the intelligent cabin according to claim 3, wherein for the mobile phone APP in the iOS mobile phone system, the active wake-up is performed through iBeacon broadcast sent by a vehicle, wherein the iBeacon broadcast includes parameters:
the UUID is used as the unique mark information of the vehicle and is obtained by carrying out unique encryption processing on the frame number VIN of the vehicle;
the Major is used as a group number, and the iBeacon broadcasting equipment in the same group has the same Major;
minor is used for distinguishing different iBeacon broadcasting equipment in the same group.
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