CN1194485C - Vehicle-carried real-time information system capable for being used as mobile telephone display screen - Google Patents
Vehicle-carried real-time information system capable for being used as mobile telephone display screen Download PDFInfo
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- CN1194485C CN1194485C CNB001299514A CN00129951A CN1194485C CN 1194485 C CN1194485 C CN 1194485C CN B001299514 A CNB001299514 A CN B001299514A CN 00129951 A CN00129951 A CN 00129951A CN 1194485 C CN1194485 C CN 1194485C
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Abstract
The present invention relates to a real-time information system for effectiveness vehicles, which can be used as a display screen of a mobile telephone. The real-time information system comprises a mobile telephone, a communication device for receiving the information transmitted by a service provider, a microprocessor coupled with the communication device to process the received information, a memorizer coupled with the microprocessor and used for storing information and application software, a display device coupled with the memorizer, a subscriber interface for providing users' input instructions, and a hand-free receiver coupled with the microprocessor through a transmission port so as to transmit mobile telephone information and detect the state, wherein the microprocessor is used for decoding the received information, comparing communication protocols, and reading and judging the received information; the display device visually presents the information provided by the service provider; the mobile telephone is coupled with the hand-free receiver.
Description
Technical field
The relevant a kind of vehicle-carried wireless telecommunication system that is applied to of the present invention, particularly a kind of vehicle-carried real-time information system that can be used as display screen of mobile telephone is by the relevant information of this information system demonstration mobile phone.
Background technology
Along with information and communications market are constantly expanded down, electronic product is under the promotion of compact, multi-functional, fireballing trend.Communication network and the Internet are emerging in recent years industry, the exploitation that communication system also follows mobile phone to integrate science and technology also constantly provides the user to obtain the mode of information more expediently, no matter be that the Internet, mobile communication equipment, personal digital assistant have been full of the space in whole life, and network and communications industry operator also weed out the old and bring forth the new and provide commercial service assist client with its data transmission or obtain, to enlarge the scope of market and service.Therefore when the network market was flourish, ecommerce occurred like rain the back spring bamboo.
Automobile has generally become the main tool that the mankind ride instead of walk, therefore also becomes the space that general people often use.The best mode that obtains information is real-time reception information, and the communication device of integrating can help the user radio communication or voice or data data are obtained in online.If can raise the efficiency directly by obtaining real-time information and literal shape data or chart in the vehicle.Usually, it is very dangerous to receive calls in driving, and decree forbidden calling with hand in driving, to avoid causing danger.Therefore, many vehicle-carried Handless that all are equipped with are beneficial to driver's reception information in driving.And above-mentioned Handless will be integrated with the loudspeaker of vehicle, its function is in the driving, during by loudspeaker playing back music or broadcasting, if having phone information to be moved phone receives, and this reception information will be fed to above-mentioned Handless, the above-mentioned information of Handless reaction will be closed music or the broadcasting in the broadcast, and the speech communication of incoming call is transmitted via loudspeaker, make the driver can with caller's communication.At present existing mobile phone all has and utilizes display screen to inform the function of the information of user of incoming call, and in order to adapt to the compact trend of present mobile phone, the display screen of mobile phone is also done littler and littler.Therefore, in driving, when the user will confirm caller's status, if take up near observing with the display screen of sight line migration mobile phone or with mobile phone, this phenomenon not only caused great danger easily, also offends decree.At present, be the requirement that improves traffic safety and meet decree, so Handless all is installed at present in the car chamber to reduce danger.This mode can significantly reduce the danger of driving, but also makes the user can't read the shortcoming of caller institute information conveyed, and in addition, if the driver is will dialing communication, also very inconvenience and easily accident in driving.
Summary of the invention
Main purpose of the present invention provides a kind of vehicle-carried real-time information system that can be used as display screen of mobile telephone, makes the user read incoming information in driving and is beneficial to the user with touch-control or acoustic control mode dialing communication, is beneficial to traffic safety.
Of the present invention time a purpose provides a kind of vehicle-carried real-time information system that shows the mobile phone incoming information, is beneficial to distinguish caller's identity and reads transmitted breath.
Another purpose of the present invention provides a kind of vehicle-carried wireless information system, be beneficial to the real-time Query Information of user, for example transport information, travel information, detect where the gas station is arranged, the vehicle-carried space of berthing (as the parking lot), steam turbine car repair shop or other subject matter.
The object of the present invention is achieved like this: a kind of vehicle-carried real-time information system that can be used as display screen of mobile telephone, be to utilize the mode of wireless receiving can obtain information at a distance for the user, and can be as the interface of dialing and connecting of mobile phone, this vehicle-carried real-time information system includes: mobile phone; The one-way communication device is used to receive ISP institute information transmitted; Microprocessor is coupled in this one-way communication device and this mobile phone in order to handling received information, in order to should received information decoding, comparison communications protocol, deciphering, judgement this be accepted information; Internal storage location is coupled in this microprocessor and is used for store information and application software; Display unit is coupled in this microprocessor and presents the information that this ISP provided and the information of this mobile phone with visual manner, and described display unit has big display floater; User interface provides the interface of this user input instruction; Handless by transmit port and the coupling of this microprocessor, is beneficial to transmit the information of a mobile phone and detects its state, this mobile phone and the coupling of this Handless.
The above-mentioned transmit port of above-mentioned Handless and this microprocessor of wherein being coupled is RS-232.
The above-mentioned transmit port of above-mentioned Handless and this microprocessor of wherein being coupled is IE488.
The above-mentioned transmit port of above-mentioned Handless and this microprocessor of wherein being coupled comprises the wireless transmission port that is applicable to that Bluetooth technology is performed.
The employed communications protocol of wherein above-mentioned one-way communication device comprises POCSAG or FLEX form.
Wherein more comprise a two-way communication device, the employed communications protocol of this both-way communication device comprises GSM, CDMA, PHS, GPRS or bi-directional call communications protocol.
Wherein above-mentioned internal storage location comprises: mask-type ROM is used to store the data that does not change; Non-volatile internal memory is used for the stocking system function software; And static random access memory, be used to store the information of handling the back gained.
The wherein above-mentioned information that the ISP provided comprises but is not limited to real-time road report, news, financial stock market data, running information, weather information, gas station, the vehicle-carried zone of berthing, hospital, police office and maintenance factory site.
The present invention is a kind of method that can be used as the vehicle-carried real-time information system dialing communication of display screen of mobile telephone, it is characterized in that: this method is carried out dialing communication with touch-control or acoustic control mode, include the following step: set up mobile phone and be connected with the electrical property of Handless, and by transmission port be coupled this Handless and vehicle-carried real-time information system; Set up the online of this mobile phone and this vehicle-carried real-time information system; Utilize the display unit or the user interface input instruction with big display floater of this vehicle-carried real-time information system, the above-mentioned instruction of microprocessor reaction of this vehicle-carried real-time information system, the application program of startup dialing keyboard; Respond the startup of above-mentioned application program, this microprocessor is linked up by this transmit port and this Handless, to know the state of this mobile phone at present; Utilize display unit or the user interface input telephone number and the button Outgoing Call of the big display floater of tool of this vehicle-carried real-time information system; This microprocessor is sent the dialing order to this Handless by this transmit port, and waits for the response of this Handless; And this mobile phone receives the instruction of this Handless, utilizes its two-way transmission receiver module to transmit, and connects the user that will get in touch by system operator.
Wherein after this two-way transmission receiver module transmits, more comprise the following step: utilize this Handless conversation; When treating talk-through, input instruction finishes conversation, and send the finish command to Handless this moment, and wait for the response signal of this Handless; Input " end " instruction finishes conversation on this vehicle-carried real-time information system.
The above-mentioned transmit port of above-mentioned Handless and this microprocessor of wherein being coupled is RS-232.
The above-mentioned transmit port of above-mentioned Handless and this microprocessor of wherein being coupled is IE488.
The above-mentioned transmit port of above-mentioned Handless and this microprocessor of wherein being coupled comprises the wireless transmission port that is applicable to that Bluetooth technology is performed.
The mode of wherein above-mentioned input telephone number is to utilize the record pattern of this vehicle-carried real-time information system.
The mode of wherein above-mentioned input telephone number is that the telephone directory that utilizes retrieval to be embedded in this vehicle-carried real-time information system clicks desired telephone number.
The present invention shows the mobile phone incoming information for a kind of vehicle-carried real-time information system that utilizes, the method that is beneficial to distinguish caller's identity and reads transmitted breath, this method comprises the following step: connect this mobile phone and Handless, by transmission port be coupled this Handless and vehicle-carried real-time information system; Set up online that this mobile phone will be with this vehicle-carried real-time information system; Receive the information of incoming call with this mobile phone, the above-mentioned incoming information of this Handless reaction is sent information and this vehicle-carried real-time information system is given in order by transmit port; And this vehicle-carried real-time information system receives this information and shows the display unit of caller's identity in this vehicle-carried real-time information system, and described display unit has big display floater.
Wherein more comprise after the identity that shows the caller: the microprocessor of this vehicle-carried real-time information system receives input and enters call mode from the display unit of this vehicle-carried real-time information system or the instruction that receives calls of user interface; The instruction that receives calls that the reaction of this Handless is above-mentioned, and reception incoming information and converse by the loudspeaker and the microphone of carrier; And the END instruction that this microprocessor reception is imported from this display unit or user interface enters disconnected words pattern, the end conversation.
The above-mentioned transmit port of above-mentioned Handless and this microprocessor of wherein being coupled is RS-232.
The above-mentioned transmit port of above-mentioned Handless and this microprocessor of wherein being coupled is that wherein the be coupled above-mentioned transmit port of above-mentioned Handless and this microprocessor of IE488. comprises the wireless transmission port that is applicable to that Bluetooth technology is performed.
The present invention utilizes the vehicle-carried real-time information integration system to comprise with the technological means of touch-control or acoustic control mode dialing communication: (1) sets up being connected of mobile phone and Handless, and Handless is by wired or wireless transmission port and vehicle-carried real-time information system coupling.
(2) afterwards, set up the online of mobile phone and vehicle-carried real-time information system.
(3) utilize the display unit or the user interface input instruction of vehicle-carried real-time information system, the microprocessor of vehicle-carried real-time information system starts the application program of dialing keyboard.
(4) startup of the above-mentioned application program of response, microprocessor is by transmit port and Handless communication, to learn the state of present mobile phone.
(5) utilize the display unit of vehicle-carried real-time information system or user interface to import telephone number.
(6) by display unit or user interface button Outgoing Call.
(7) send dialing by the transmission port afterwards and order, and wait for the response of Handless to Handless.
(8) mobile phone receives the instruction of Handless, utilizes its two-way transmission receiver module to transmit.
(9) utilize the Handless conversation afterwards.
When (10) treating talk-through, finish conversation by display unit or user interface input instruction.
The present invention also provides a kind of method of utilizing vehicle-carried real-time information system to show the mobile phone incoming information to comprise: (1) sets up the online of mobile phone and Handless, and above-mentioned Handless is by transmission port and vehicle-carried real-time information system coupling.
(2) afterwards, set up the online of mobile phone and vehicle-carried real-time information system.
(3) next step receives the information of sending a telegram here with mobile phone, gives vehicle-carried real-time information system by transmit port fed information and order.
(4) vehicle-carried real-time information system receives information, delivers to internal memory through microprocessor processes, and demonstration caller's identity is on display unit.
There is following advantage in system provided by the present invention: (1) user can import the telephone number of dialing and connecting with touch-control or acoustic control mode number is transferred on vehicle-carried real-time information system in driving, this vehicle-carried real-time information system 300 is arranged on the position that helps user's operation, and have bigger display device panel, number is transferred to reducing under the misgivings influence traffic safety.In addition, the telephone number of reception can be shown on the big display floater, is beneficial to confirm caller's status, the searching mobile phone of needn't bowing.(2) no matter the user is in where, as long as can inquire about related datas such as transport information, travel information by real time information system, detects where the gas station is arranged, the vehicle-carried zone of berthing, maintenance field or other subject matter.
Description of drawings
Fig. 1 is the functional block diagram that the present invention can show the vehicle-carried real-time information system of mobile phone incoming information.
Fig. 2 is that the present invention utilizes vehicle-carried real-time information system to show the flow chart of mobile phone incoming information.
Fig. 3 is that the present invention utilizes the flow chart of vehicle-carried real-time information integration system with touch-control or acoustic control mode dialing communication.
Fig. 4 is the schematic diagram of dialing keyboard user interface of the present invention.
Embodiment
The present invention is a kind of integration communication control system, the mode of utilizing wireless receiving to send, so that the user can be in vehicle-carried space or when mobile, obtain real-time information or can show the mobile phone incoming information with the integration of mobile phone and by the vehicle-carried real-time information system dialing/receiving calling.Certainly, the present invention does not limit and is applied to vehicle, and this method can be applied to other relevant carrier, as boats and ships or flying instrument.More than or followingly alleged vehicle-carriedly be defined as the personnel of can carrying, be beneficial to the instrument that the mankind ride instead of walk, comprise but be not defined as vehicle, boats and ships or flying instrument, following examples are done a specific description with vehicle.
The detailed description of the invention is as follows, it is non-in order to limit the present invention that an explanation is only done in described preferred embodiment, Figure 1 shows that the functional block diagram of the embodiment of the invention, this integration system comprises a mobile phone 100 and is of coupled connections in a Handless 200, and above-mentioned mobile phone comprises a mobile phone.Above-mentioned mobile phone 100 generally comprises the double-direction radio communication module, and applicable to the agreement of transmitted in both directions, employed communications protocol is forms such as GSM, CDMA, PHS or bi-directional call device communications protocol.In addition, the implantable bluetooth of above-mentioned mobile phone (blue tooth) wireless two-way transport module is to utilize Bluetooth technology as doing the mode that an information is coupled with Handless 200.For reaching above-mentioned purpose, Handless 200 comprises a bluetooth module 210 of implanting, and is beneficial to reach the purpose of short-distance wireless transmission.Handless 200 is coupled in a loudspeaker 220, and which kind of source of sound described Handless 200 can control is broadcasted from loudspeaker 220, for example can switch the broadcast state of different source of sound Source Musics, CD cassette tape playing device 230.In other words, its function is in the driving, during by loudspeaker 220 playing back music or broadcasting, if having phone information to be moved phone receives, and this reception information will be fed to above-mentioned Handless 200, the above-mentioned information of Handless 200 reaction will be closed music or the broadcasting in the broadcast, and with the speech communication of incoming call via loudspeaker 220 transmission, make the driver can with caller's communication.
System of the present invention comprises vehicle-carried real-time information system 300 and intercouples with Handless 200, and above-mentioned vehicle-carried real-time information system 200 can be separated into a hand held control unit and a display unit from this carrier or vehicle.In a preferred embodiment, vehicle-carried real-time information system 300 comprises an one-way communication 330, receives by the information that the ISP provided, and this ISP can provide and transmit all kinds of information, for the reference of user's utilization or driving.Above-mentioned vehicle-carried real-time information system (as automobile-used wireless information system) 300 comprises a microprocessor 340, one user interface 380, with the input that these microprocessor 340 couplings are beneficial to instruct, the mode of its input can be to utilize touch-control or acoustic control phonetic entry.One-way communication device 330 is coupled in above-mentioned microprocessor 340.The signal that one-way communication device 330 is received is via microprocessor 340 and export data, data or the program that is stored in the internal storage location 350, and communications protocol, deciphering and judgement are handled, compared in its decoding.Received information can manifest by display unit 370.Above-mentioned receiver module can be the RF receiver module, and the communications protocol of one-way communication can be used but not be defined as POCSAG or FLEX form.In a further embodiment, can comprise one and optionally be equipped with both-way communication device 320, selecting for use of configuration ought be decided on the demand of user and system.Both-way communication module 320 can be carried out the reception and the transmission of information, and above-mentioned both-way communication module 320 can be for being suitable for the module of transmitted in both directions agreement, for example GSM, CDMA, PHS, GPRS or bi-directional call device communications protocol.
Can utilize transmit port to do electrical property coupling between Handless 200 and the vehicle-carried real-time information system 300, for example can utilize agreements such as RS-232 or IE488 and device that both are integrated.In addition, vehicle-carried real-time information system 300 also can comprise a bluetooth module 360, is beneficial to the exchange of the information of doing with Handless 200.Handless 200 comprises a microphone 240, is beneficial to the user and when driving voice is imported by this microphone 240, links up with the caller by mobile phone 100.
By the network that communication system operator provided, incoming call can be received via mobile phone 100, afterwards with information feed-in Handless 200.Afterwards, utilize transmit port or bluetooth module with institute's information transmitted feed-in microprocessor 340, the signal of its processing of process is stored in internal memory 350, and is shown in display unit 370.So, be stored in caller's identity (as its code or its telephone number) or short message in the mobile phone 100, can be shown in the display unit 370 of vehicle-carried real-time information system 300 by Handless 200 and RS-232 or IE488 or bluetooth module 360, make the user can determine caller's identity or learn content of short message.So can guarantee the safety of driving a vehicle.And the user also can utilize contactor control device on display unit 370 (or user interface 380) panel or the sound-controlled apparatus in the system with the telephone number input dial.In one embodiment, can will be to integrate with display unit 370 and user interface 380.In addition, vehicle-carried real-time information system 300 of the present invention comprises internal storage location 350, can divide into three parts, be respectively mask-type ROM (MASK ROM) 350a, non-volatile internal memory 350b, for example flash memory (FLASH) and three parts of static random access memory (SRAM) 350c.
Figure 2 shows that the present invention utilizes vehicle-carried real-time information system 300 to show the operating process of caller's identity.The operation of solid line that represent traffic carrier real time information system 300, the communication between dotted line that represent traffic carrier real time information system 300 and the Handless.
In step 400, mobile phone 100 is set up being connected of electrical property coupling as mobile phone and Handless 200, Handless 200 is by transmission port and vehicle-carried real-time information system 300 couplings.On user interface, have online image (icon), click online after, mobile phone 100 will be done one onlinely with vehicle-carried real-time information system 300, after the connection, the information area will show the information or the code of " online ".Afterwards, mobile phone 100 enters standby mode, waits for assigning of instruction.Step 410 is depicted as the information of utilizing mobile phone 100 to receive incoming call, afterwards, the information of Handless 200 control incoming calls is sent caution with the music or the tinkle of bells of sending a telegram here by the loudspeaker 220 of carrier, and send order by the transmission port and give vehicle-carried real-time information system 300, step 420.Then, microprocessor 340 receives after the information, caller's identity information is fed to internal memory 350 (step 430), and caller's identity information is shown in the display unit 370 of vehicle-carried real-time information system 300.Next step 440 is signals that input receives calls on the contactor control device on display unit 370 or the user interface 380, microprocessor 340 is after receiving instruction, by transmit port the information of answering is reached Handless 200, be beneficial in step 450, use Handless 200 incoming call answerings.At this moment, will to control the input of source of sound be from mobile phone 100 to Handless 200.Finish after the conversation, then hang up the telephone, step 460, in one embodiment can be on the contactor control device of display unit 370 or user interface 380 signal of end of input conversation, handle through microprocessor 340.In addition, can utilize mobile phone 100 dialing (step 470).Next step 480, Handless send commands to vehicle-carried real-time information system 300.The user item can utilize the Handless conversation connecing down step 450.Finish after the conversation,, handle through microprocessor 340 in the signal of step 460 end of input conversation on the contactor control device of display unit 370 or user interface 380.
Figure 3 shows that the present invention utilizes the operating process of vehicle-carried real-time information system 300 dialing.The operation of solid line that represent traffic carrier real time information system 300, the communication between dotted line that represent traffic carrier real time information system 300 and the Handless.
Step 500 is for setting up being connected of electrical property coupling with mobile phone 100 as mobile phone and Handless 200, and Handless 200 is by transmission port and vehicle-carried real-time information system 300 couplings.On user interface, have online image, click online after, mobile phone 100 will be done one onlinely with vehicle-carried real-time information system 300, after the connection, the information area will show the information or the code of " online ".Mobile phone 100 enters standby mode afterwards.Step 510 is for utilizing the telephone number that input is dialed and connected on the contactor control device of display unit 370 or user interface 380, as clicks the dialing keyboard on the vehicle-carried real-time information system 300, the application program (step 520) that system start-up is relevant.Handle via microprocessor 340, and link up the state of understanding present mobile phone by transmission port and Handless 200, step 530, then, the user can import telephone number.As click dialing or transmit button Outgoing Call (step 540,550).Microprocessor 340 receives the information of dialing instruction reprocessing dialing, and sends dialing by transmit port and order to Handless 200, and waits for the response of Handless 200, step 560.Be conveyed to mobile phone 100 by Handless 200 instruction of will dialling, and start its two-way transmission receiver module and transmit, connect the user that will get in touch by the operator of system.Afterwards, with Handless 200 conversations (step 570).When treating talk-through, the user finishes conversation by the contactor control device input instruction on display unit 370 or the user interface 380, and this moment, microprocessor 340 was sent the finish command to Handless 200, and waits for the response signal of Handless 200, step 580.Next step 590 is to click " end " button on vehicle-carried real-time information system 300, finishes conversation.
In above-mentioned dialing/receiving calling process is to utilize the mode that clicks " dialing keyboard " to import telephone number.If need set aside the object of conversation last time, then can utilize following method.Can be in step 600, click user interface on the vehicle-carried real-time information system 300 or " record " button on the display unit, click record dialing last time, step 610.Down continuous step then repeating step 540 to step 590.In addition, can in step 620, click user interface 380 on the vehicle-carried real-time information system 300 or " phone " button on the display unit 370, enter the telephone directory searching picture again, step 630.The object telephone number that clicks required connection again does 640.Following steps then repeating step 540 to step 590.
Figure 4 shows that the schematic diagram of the dialing keyboard interface of user interface of the present invention.It comprises keyboard digital zone 40, and state of mobile phone information area 42 is in order to show the state of mobile phone.Dialing viewing area 44, attention key 46 are in order to online with mobile phone.Dialing transfer key 48, record 50, catalogue 52, telephone directory 54, end key 56 and leave function keys such as 58.
Above-mentioned internal storage location 350 comprises mask-type ROM (MASK ROM) 350a, non-volatile internal memory 350b, for example flash memory (FLASH) and three parts of static random access memory (SRAM) 350c.The data that does not change generally can be stored among mask-type ROM (MASK ROM) 350a, system operating software or fixing application program generally can be stored among the non-volatile internal memory 350b, and carry out other instruction, can under non-powered state, still can keep its inside information, can repeat when power supply is arranged to read or write.Static random access memory (SRAM) 350c is used for storing through the data of system downloads and the information of gained after handling, user-selected relevant information is outputed in the display unit 370 again, with the state output that shows, with preferred embodiment, display unit 370 can be LCD or plasma display panel.
Supplier or ISP for running information can comprise communication system ISP or out of Memory ISP.Its information that provides can comprise but be not limited to real-time road report, news, financial stock market data, the vehicle-carried zone of berthing, personal digital assistant, weather information and other general information and comprises running information, gas station, hospital, police office and maintenance factory site.
The user is via the needed information of user interface 380 inputs, via communication device 330 or 320 data that receive by system service operator or the wireless transmission of ISP, cooperate appropriate software and operating system to show needed information again by display unit 370.Perhaps, microprocessor 340 has personal assistant applications software, and then the user also can utilize user interface 380 input personal information, and makes the present invention also have the function of personal digital assistant device.And system service person or ISP must provide database to be connected to the data check module in its server.Include a plurality of application data bases and store various different static state or dynamic data respectively, carry out the data check of different application for the user, wherein said static data is meant that data can not change in a special time, for example: sites such as gas station, hospital, and dynamic data refer to because of the time, to some extent the change real time information, comprise real-time road, stock information and weather forecasting or the like.The data content of wherein said database sends in the mode of wireless telecommunications, so that user inquiring or via on-line real-time mode data for updating at any time.The user find out the data that meets user institute desire inquiry target from the data that transmits, and the result that will inquire about is informed by native system in arbitrary reference position that the user is provided according to desire information inquiring and user.
Claims (20)
1, a kind of vehicle-carried real-time information system that can be used as display screen of mobile telephone, be to utilize the mode of wireless receiving can obtain information at a distance for the user, and can be as the interface of dialing and connecting of mobile phone, it is characterized in that: this vehicle-carried real-time information system includes: mobile phone; The one-way communication device is used to receive ISP institute information transmitted; Microprocessor is coupled in this one-way communication device and this mobile phone in order to handling received information, in order to should received information decoding, comparison communications protocol, deciphering, judgement this be accepted information; Internal storage location is coupled in this microprocessor and is used for store information and application software; Display unit is coupled in this microprocessor and presents the information that this ISP provided and the information of this mobile phone with visual manner, and described display unit has big display floater; User interface provides the interface of this user input instruction; Handless by transmit port and the coupling of this microprocessor, is beneficial to transmit the information of this mobile phone and detects its state, this mobile phone and the coupling of this Handless.
2, the vehicle-carried real-time information system that can be used as display screen of mobile telephone as claimed in claim 1 is characterized in that: the above-mentioned transmit port of wherein be coupled above-mentioned Handless and this microprocessor is RS-232.
3, the vehicle-carried real-time information system that can be used as display screen of mobile telephone as claimed in claim 1 is characterized in that: the above-mentioned transmit port of wherein be coupled above-mentioned Handless and this microprocessor is IE488.
4, the vehicle-carried real-time information system that can be used as display screen of mobile telephone as claimed in claim 1 is characterized in that: the above-mentioned transmit port of wherein be coupled above-mentioned Handless and this microprocessor comprises the wireless transmission port that is applicable to that Bluetooth technology is performed.
5, the vehicle-carried real-time information system that can be used as display screen of mobile telephone as claimed in claim 1 is characterized in that: the employed communications protocol of wherein above-mentioned one-way communication device comprises POCSAG or FLEX form.
6, the vehicle-carried real-time information system that can be used as display screen of mobile telephone as claimed in claim 1, it is characterized in that: wherein more comprise a two-way communication device, the employed communications protocol of this both-way communication device comprises GSM, CDMA, PHS, GPRS or bi-directional call communications protocol.
7, the vehicle-carried real-time information system that can be used as display screen of mobile telephone as claimed in claim 1, it is characterized in that: wherein above-mentioned internal storage location comprises: mask-type ROM is used to store the data that does not change; Non-volatile internal memory is used for the stocking system function software; And static random access memory, be used to store the information of handling the back gained.
8, the vehicle-carried real-time information system that can be used as display screen of mobile telephone as claimed in claim 1 is characterized in that: the wherein above-mentioned information that the ISP provided comprises but is not limited to real-time road report, news, financial stock market data, running information, weather information, gas station, the vehicle-carried zone of berthing, hospital, police office and maintenance factory site.
9, a kind of method that can be used as the vehicle-carried real-time information system dialing communication of display screen of mobile telephone, it is characterized in that: this method is carried out dialing communication with touch-control or acoustic control mode, include the following step: set up mobile phone and be connected with the electrical property of Handless, and by transmission port be coupled this Handless and vehicle-carried real-time information system; Set up the online of this mobile phone and this vehicle-carried real-time information system; Utilize the display unit or the user interface input instruction with big display floater of this vehicle-carried real-time information system, the above-mentioned instruction of microprocessor reaction of this vehicle-carried real-time information system, the application program of startup dialing keyboard; Respond the startup of above-mentioned application program, this microprocessor is linked up by this transmit port and this Handless, to know the state of this mobile phone at present; Utilize display unit or the user interface input telephone number and the button Outgoing Call of the big display floater of tool of this vehicle-carried real-time information system; This microprocessor is sent the dialing order to this Handless by this transmit port, and waits for the response of this Handless; And this mobile phone receives the instruction of this Handless, utilizes its two-way transmission receiver module to transmit, and connects the user that will get in touch by system operator.
10, the method that can be used as the vehicle-carried real-time information system dialing communication of display screen of mobile telephone as claimed in claim 9, it is characterized in that: wherein after this two-way transmission receiver module transmits, more comprise the following step: utilize this Handless conversation; When treating talk-through, input instruction finishes conversation, and send the finish command to Handless this moment, and wait for the response signal of this Handless; Input " end " instruction finishes conversation on this vehicle-carried real-time information system.
11, the method that can be used as the vehicle-carried real-time information system dialing communication of display screen of mobile telephone as claimed in claim 9, it is characterized in that: the above-mentioned transmit port of wherein be coupled above-mentioned Handless and this microprocessor is RS-232.
12, the method that can be used as the vehicle-carried real-time information system dialing communication of display screen of mobile telephone as claimed in claim 9, it is characterized in that: the above-mentioned transmit port of wherein be coupled above-mentioned Handless and this microprocessor is IE488.
13, the method that can be used as the vehicle-carried real-time information system dialing communication of display screen of mobile telephone as claimed in claim 9, it is characterized in that: the above-mentioned transmit port of wherein be coupled above-mentioned Handless and this microprocessor comprises the wireless transmission port that is applicable to that Bluetooth technology is performed.
14, the method that can be used as the vehicle-carried real-time information system dialing communication of display screen of mobile telephone as claimed in claim 9 is characterized in that: the mode of wherein above-mentioned input telephone number is to utilize the record pattern of this vehicle-carried real-time information system.
15, the method that can be used as the vehicle-carried real-time information system dialing communication of display screen of mobile telephone as claimed in claim 9 is characterized in that: the mode of wherein above-mentioned input telephone number is that the telephone directory that utilizes retrieval to be embedded in this vehicle-carried real-time information system clicks desired telephone number.
16, a kind of vehicle-carried real-time information system that utilizes shows the method that the mobile phone incoming information is beneficial to distinguish caller's identity and reads transmitted breath, it is characterized in that: this method comprises the following step: connect this mobile phone and Handless, by transmission port be coupled this Handless and vehicle-carried real-time information system; Set up online that this mobile phone will be with this vehicle-carried real-time information system; Receive the information of incoming call with this mobile phone, the above-mentioned incoming information of this Handless reaction is sent information and this vehicle-carried real-time information system is given in order by transmit port; And this vehicle-carried real-time information system receives this information and shows the display unit of caller's identity in this vehicle-carried real-time information system, and described display unit has big display floater.
17, the method for utilizing vehicle-carried real-time information system to show the mobile phone incoming information as claimed in claim 16 is characterized in that: wherein more comprise after the identity that shows the caller: the microprocessor of this vehicle-carried real-time information system receives input and enters call mode from the display unit of this vehicle-carried real-time information system or the instruction that receives calls of user interface; The instruction that receives calls that the reaction of this Handless is above-mentioned, and reception incoming information and converse by the loudspeaker and the microphone of carrier; And the END instruction that this microprocessor reception is imported from this display unit or user interface enters disconnected words pattern, the end conversation.
18, the method for utilizing vehicle-carried real-time information system to show the mobile phone incoming information as claimed in claim 16, it is characterized in that: the above-mentioned transmit port of wherein be coupled above-mentioned Handless and this microprocessor is RS-232.
19, the method for utilizing vehicle-carried real-time information system to show the mobile phone incoming information as claimed in claim 16, it is characterized in that: the above-mentioned transmit port of wherein be coupled above-mentioned Handless and this microprocessor is IE488.
20, the method for utilizing vehicle-carried real-time information system to show the mobile phone incoming information as claimed in claim 16, it is characterized in that: the above-mentioned transmit port of wherein be coupled above-mentioned Handless and this microprocessor comprises the wireless transmission port that is applicable to that Bluetooth technology is performed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB001299514A CN1194485C (en) | 2000-10-19 | 2000-10-19 | Vehicle-carried real-time information system capable for being used as mobile telephone display screen |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB001299514A CN1194485C (en) | 2000-10-19 | 2000-10-19 | Vehicle-carried real-time information system capable for being used as mobile telephone display screen |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1289189A CN1289189A (en) | 2001-03-28 |
| CN1194485C true CN1194485C (en) | 2005-03-23 |
Family
ID=4593859
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB001299514A Expired - Fee Related CN1194485C (en) | 2000-10-19 | 2000-10-19 | Vehicle-carried real-time information system capable for being used as mobile telephone display screen |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1194485C (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102991629A (en) * | 2011-09-14 | 2013-03-27 | 李文嵩 | Operating device for combining intelligent mobile phone with bicycling |
| CN207603930U (en) * | 2017-10-16 | 2018-07-10 | 蔚来汽车有限公司 | For the cell phone incoming call processing unit of driver |
-
2000
- 2000-10-19 CN CNB001299514A patent/CN1194485C/en not_active Expired - Fee Related
Also Published As
| Publication number | Publication date |
|---|---|
| CN1289189A (en) | 2001-03-28 |
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Granted publication date: 20050323 Termination date: 20161019 |