CN103786641A - Warning communication system - Google Patents
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- CN103786641A CN103786641A CN201210480298.1A CN201210480298A CN103786641A CN 103786641 A CN103786641 A CN 103786641A CN 201210480298 A CN201210480298 A CN 201210480298A CN 103786641 A CN103786641 A CN 103786641A
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Abstract
The invention discloses a warning communication system, which comprises a first communication device and a second communication device, wherein the first communication device is arranged in a first mobile carrier, and a first positioning module of the first communication device is used for providing a first positioning coordinate signal of the first mobile carrier; the first carrier detection module is used for detecting a signal that the first mobile carrier is in a state change event; the first wireless communication module is used for combining the first positioning coordinate signal and the state change event signal to define an event influence range and sending out the event influence range by using a warning signal. The second communication device is arranged in the second mobile carrier, and a second positioning module of the second communication device is used for providing a second positioning coordinate signal of the second mobile carrier; the second wireless communication module is used for receiving the warning signal and the second positioning coordinate signal of the first wireless communication module; the second display interface actively displays the warning signal when the second mobile carrier is located within the event influence range.
Description
Technical field
The present invention relates to a kind of warning communication system, particularly a kind of one first mobile carrier, can the extremely warning communication system of the second mobile carrier within the scope of this events affecting of active transmission telltale signal in the time of Status Change event.
Background technology
Due to the lifting of living standard, automobile is no longer luxury, and in Taiwan, general family nearly all has an automobile.And under the growing of science and technology and auto-industry and progress, the lifting of comfort and the human oriented design of control loop when vehicle ride, travel people and often select to drive voluntarily.But, also because the distribution density of vehicle rises, indirectly improve the incidence of traffic accident, according to the statistical figure of alert political affairs administration of the Ministry of Internal Affairs, the incidence of road traffic accident has the trend rising year by year in recent years, with the Taiwan road traffic accident event in 2011 Christian eras, road traffic accident is in respect of 235, 776, compared to 2010 219, 184 of 651 and 2009, 749, numeral, can obviously recognize that road traffic accident has the situation of increase really, and 2011 because road traffic accident death toll is in respect of 2117 people, more allow the think deeply occurrence cause of road traffic accident of people.
In general, in the occurrence cause of some road traffic accidents, for example have because the car door of front truck do not close appropriate and between advancing, throw open car door and make rear car brake not as good as knocking, driver dozes off and causes lane shift and do not beat indicator and the various reasons such as side swipe while turning with adjacent car collision and left and right vehicle wheel in the time of Vehicle Driving Cycle.Under aforementioned background, reduced the method for road traffic accident as increase traffic accident is advocated, vehicle body takes crashproof design and vehicle body to install sensor method additional in the past.But, existing method is only cured the symptoms, not the disease, it also cannot give warning in advance have situation and affected adjacent vehicle or front vehicle when a vehicle, although also therefore in recent years along with the vigorously advocating and the progress of science and technology industry of government policy, but still cannot effectively reduce traffic accident generation event.
Comprehensive the above, believe such as in affiliated technical field, to have and conventionally know that the knowledgeable should be understood that in known techniques, the method of existing reduction road traffic accident is only cured the symptoms, not the disease, it also cannot give warning in advance in the time that vehicle has situation, affected adjacent vehicle or front vehicle, and then cannot effectively reduce the problem of traffic accident generation event.
Summary of the invention
The defect and the deficiency that exist for prior art, main purpose of the present invention is to provide a kind of warning communication system;
For achieving the above object, the present invention by the following technical solutions:
A kind of warning communication system, is useful on one first mobile carrier and one second mobile carrier, and this turnkey is drawn together a first communication device and a secondary communication device.First communication device is arranged in the first mobile carrier, first communication device at least comprises one first locating module, one first carrier detecting module and one first wireless communication module, the first locating module is in order to one first elements of a fix signal of the first mobile carrier to be provided, and the first carrier detecting module is in order to detect the signal of the first mobile carrier in a Status Change event.The first wireless communication module and the first locating module and the first carrier detecting module are electrically connected, in order to by the signal of the first elements of a fix signal and Status Change event in conjunction with and define an events affecting scope, and send with a telltale signal.
Secondary communication device is arranged in the second mobile carrier, and secondary communication device at least comprises one second locating module, one second wireless communication module and one second display interface.The second locating module is in order to provide one second elements of a fix signal of the second mobile carrier, and the second wireless communication module and the second locating module are electrically connected, in order to receive the telltale signal of the first wireless communication module and the second elements of a fix signal of the second mobile carrier.The second display interface and the second wireless communication module are electrically connected, if the second mobile carrier is positioned at the events affecting scope of the first mobile carrier, on the second display interface, initiatively show telltale signal.
Better one, in above-mentioned warning communication system, Status Change event is unlock events, the event of opening the door, lane departure event, reversing event and curb parking event one of them, and the signal of Status Change event is with (the Control Area Network of controller local area network; CAN) interface for transmitting.In addition, the first wireless communication module and the second wireless communication module are with a short distance radio communication standards (DedicatedShort Range Communications, DSRC), a Long Term Evolution (Long Term Evolution; LTE), a wireless compatible authentication (Wireless Fidelity; Wi-Fi), a third generation Mobile Communications technology (3rd-generation; 3G) or one global intercommunication microwave access (Worldwide Interoperabilityfor Microwave Access; WIMAX) mode of one of them is transmitted telltale signal.
In addition, warn in the preferred embodiment of communication system in the present invention, events affecting scope refers to that the Status Change event of the first mobile carrier is converted into behind orientation, can involve the scope that the second mobile carrier causes collision risk, and the second display interface comprises one second parsing module and one second broadcast unit, the second parsing module is in order to judge whether the second mobile carrier is positioned at the events affecting scope of the first mobile carrier, and the second broadcast unit is electrically connected at the second parsing module, when being positioned at the events affecting scope of the first mobile carrier at the second mobile carrier, in order to telltale signal is play.In addition, the first mobile carrier can be a vehicle but is not limited with vehicle, first communication device also comprises one first data module, be electrically connected with the first wireless communication module, in order to an identity identification information of the first mobile carrier to be provided, and the first data module comprises one first storage element, in order at least one the identity identification information in the middle of vehicle and driver to be provided, and the identity identification information of vehicle is the number-plate number, car look, at least one in the middle of it of vehicle, driver's identity identification information is name, phone, birthday, at least one in the middle of cermet of identification font size.
In addition, in the preferred embodiment of above-mentioned warning communication system, the first data module also comprises one first authentication unit, is electrically connected, in order to driver to be provided login authentication with the first storage element.In addition, the first mobile carrier can be a vehicle but is not limited with vehicle, secondary communication device also comprises one second data module, be electrically connected with the second wireless communication module, in order to an identity identification information of the second mobile carrier to be provided, and the second data module comprises one second storage element, in order to vehicle and driver to be provided one of them identity identification information, and the identity identification information of vehicle is at least one in the middle of the number-plate number, car look, vehicle, the identity identification information of driving is at least one in the middle of name, phone, birthday, cermet of identification font size.
In addition, in the preferred embodiment of above-mentioned warning communication system, the second data module also comprises one second authentication unit, be electrically connected with the second storage element, in order to driving login authentication to be provided, and first communication device also comprises one first display interface, is electrically connected with the first wireless communication module, and secondary communication device also comprises one second carrier detecting module, be electrically connected with the second wireless communication module.The first display interface comprises one first parsing module and one first broadcast unit, and the first parsing module and the first broadcast unit are electrically connected.
The present invention contrasts effect of prior art:
Compared to above-mentioned known techniques, it is the affected adjacent vehicle of early warning or front vehicle in the time that mobile carrier has situation in advance also, and then cannot effectively reduce the problem of traffic accident generation event.
In warning communication system provided by the present invention, because the first mobile carrier is provided with the first locating module, the first carrier detecting module and the first wireless communication module, and the second mobile carrier is provided with the second wireless communication module, the second locating module and the second display interface, use in the time that the first carrier detecting module detects the first mobile carrier in the signal of Status Change event, utilize the running of wireless communication module, and then judge by the second display interface whether the second mobile carrier is positioned at events affecting scope, and in the time that the second mobile carrier is positioned at events affecting scope, the second display interface can be play telltale signal, according to this at the first mobile carrier during in Status Change event, warning in advance the second mobile carrier, and allow the second display interface of the second mobile carrier show telltale signal, and then reach the effect giving warning in advance and effectively reduce traffic accident generation event.
Specific embodiment of the present invention, by the embodiment by following and graphic being further described.
Accompanying drawing explanation
Fig. 1 is the block schematic diagram of the warning communication system of preferred embodiment of the present invention;
Fig. 2 is the demonstration schematic diagram of the second broadcast unit of preferred embodiment of the present invention; And
Fig. 3 is the transmission of warning communication system and the diagram of circuit that receives telltale signal of preferred embodiment of the present invention.
[primary clustering nomenclature]
1 warning communication system 11 first communication device 111 first locating modules
112 first carrier detecting module 113 first wireless communication module 114 first data modules
1141 first storage element 1,142 first authentication unit 115 first display interfaces
1151 first parsing module 1,152 first broadcast unit 12 secondary communication devices
121 second locating module 122 second carrier detecting module 123 second wireless communication modules
124 second data module 1,241 second storage element 1,242 second authentication unit
125 second display interface 1,251 second parsing module 1,252 second broadcast units
A the first mobile carrier B, C the second mobile carrier D events affecting scope
E telltale signal L travel direction S101-S108 step
The specific embodiment
Due to warning communication system provided by the present invention, its combination embodiment is too numerous to enumerate, therefore this is no longer going to repeat them, only enumerates a preferred embodiment and is illustrated.
Refer to Fig. 1, the block schematic diagram of the warning communication system that Fig. 1 is preferred embodiment of the present invention.As shown in Figure 1, warning communication system 1 is useful in one first mobile carrier (not shown) and one second mobile carrier (not shown), it comprises a first communication device 11 and a secondary communication device 12, first communication device 11 is arranged at one first mobile carrier, the first mobile carrier is battery-driven car, oil electric car, wherein one in oil consumption car or other vehicles, and first communication device 11 comprises one first locating module 111, one first carrier detecting module 112, one first wireless communication module 113, one first data module 114 and one first display interface 115.
The first locating module 111 is global positioning system (Global Positioning System; GPS), the first wireless communication module 113 is electrically connected at the first locating module 111 and the first carrier detecting module 112, and can be provided with an Internet Protocol address (Internet Protocol Address; IP Address).The first data module 114 is electrically connected at the first wireless communication module 113, it comprises one first storage element 1141 and one first authentication unit 1142, the first storage element 1141 is for example non-voltile memory (Non-volatile memory), magnetic storage (as hard disk, floppy disk, tape, magnetic core internal memory or bubble memory) or volatile memory (Volatile memory), and above-mentioned volatile memory is for example DRAM (Dynamic Random Access Memory; Or static random access memory (Static Random Access Memory DRAM); SRAM), and the first authentication unit 1142 is electrically connected at the first storage element 1141 and the first wireless communication module 113, and it is for example can be in order to the treater of authentication processing to be provided.
The first display interface 115 is electrically connected at the first wireless communication module 113, and it is for example automobile-used main frame (0nBoard Unit; OBU), wherein, the first display interface 115 comprises one first parsing module 1151 and one first broadcast unit 1152, in preferred embodiment of the present invention, the first parsing module 1151 is electrically connected at the first wireless communication module 113, and the first parsing module 1151 is for example the treater that can resolve or judge processing.The first broadcast unit 1152 is electrically connected at the first parsing module 1151, and it is for example man machine interface (Human Machine Interface; HMI), or other can carry out play and can for operation device.
The second locating module 121 is global positioning system (Global Positioning System; GPS), the second wireless communication module 123 is electrically connected at the second locating module 121 and the second carrier detecting module 122, and can be provided with an Internet Protocol address (Internet Protocol Address; IP Address).The second data module 124 is electrically connected at the second wireless communication module 123, it comprises one second storage element 1241 and one second authentication unit 1242, the second storage element 1241 is for example non-voltile memory (Non-volatile memory), magnetic storage (as hard disk, floppy disk, tape, magnetic core internal memory or bubble memory) or volatile memory (Volatile memory), and above-mentioned volatile memory is for example DRAM (Dynamic Random Access Memory; Or static random access memory (Static Random Access Memory DRAM); SRAM), and the second authentication unit 1242 is electrically connected at the second storage element 1241 and the second wireless communication module 123, and it is for example can be in order to the treater of authentication processing to be provided.
The second display interface 125 is electrically connected at the second wireless communication module 123, and it is for example automobile-used main frame (OnBoard Unit; OBU), wherein, the second display interface 125 comprises one second parsing module 1251 and one second broadcast unit 1252, in preferred embodiment of the present invention, the second parsing module 1251 is electrically connected at the second wireless communication module 123, and the second parsing module 1251 is for example the treater that can resolve or judge processing.The second broadcast unit 1252 is electrically connected at the second parsing module 1251, and it is for example man machine interface (Human Machine Interface; HMI), or other can carry out play and can for operation device.
Wherein, the first locating module 111 is in order to provide one first elements of a fix signal (not shown) of the first mobile carrier, furthermore, the first locating module 111, also can be by wireless compatible authentication (WirelessFidelity except providing the first elements of a fix signal by the global positioning system in preferred embodiment of the present invention; Wi-Fi), less radio-frequency (Radio Frequency; RF) or the mode of communicator (as intelligent mobile phone or flat board) location the first elements of a fix signal is provided.
The first carrier detecting module 112 is in order to detect the signal of the first mobile carrier in a Status Change event, for example, Status Change event is for example unlock events, the event of opening the door, lane departure event, reversing event and curb parking event one of them, but be not limited to this.Furthermore, Status Change event system detecting the first mobile carrier has door opening, have lane shift and make lane shift system (Lane DepartureWarning System; LDWS) produce warning, release, touch on the brake, beat indicator in a flash etc.The signal of Status Change event in addition, is with (the Control Area Network of controller local area network; CAN) be the interface of transmission, that is see through the signal of controller local area network's transmission state altering event.
The first wireless communication module 113 in order to by the signal of the first elements of a fix signal and Status Change event in conjunction with and define an events affecting scope, and send with a telltale signal, further, in preferred embodiment of the present invention, Status Change events affecting scope refers to that the Status Change event of the first mobile carrier is converted into behind orientation, can involve the scope that the second mobile carrier causes collision risk, that is to say, Status Change events affecting scope can have different incidences according to Status Change event.For example, when the first mobile carrier is wanted open left-hand door, altering event incidence is left and the left back of the first mobile carrier; When the first mobile carrier is played right lamp (stop or switch track), altering event incidence is right-hand, right abaft and the rear of the first mobile carrier; The first mobile carrier is to the right when lane shift, and altering event incidence is right-hand, right abaft and the rear of the first mobile carrier; When the first mobile carrier knocks car stop down, altering event incidence is that the rest may be inferred at rear of the first mobile carrier etc.
In addition, in preferred embodiment of the present invention, the first wireless communication module 113 is with a short distance radio communication standards (Dedicated Short Range Communications, DSRC), a Long Term Evolution (LongTerm Evolution; LTE), a wireless compatible authentication (Wireless Fidelity; Wi-Fi), a third generation Mobile Communications technology (3rd-generation; 3G) or one global intercommunication microwave access (WorldwideInteroperability for Microwave Access; WIMAX) mode of one of them is transmitted telltale signal, and in other embodiments, also can transmit telltale signal by radio broadcasting mode, and wherein, telltale signal belongs to inter-vehicle communication signal.
The first data module 114 is in order to provide an identity identification information of the first mobile carrier, furthermore, the first storage element 1141 in order to a vehicle of the first mobile carrier is provided and drive in the middle of at least one identity identification information, and the identity identification information of vehicle be the number-plate number, car look, more than vehicle one of them or the two, the identity identification information of driving is name, phone, birthday, more than cermet of identification font size one of them or the two.In addition, the first authentication unit 1142 is in order to provide driving login authentication, furthermore, it mainly supplies to be driven in while starting the first mobile carrier, login warning communication system 1 and supply the first authentication unit 1142 to confirm the identity of driving and the first mobile carrier, in addition, the first display interface 115 first do not illustrate at this, will under subjoin.
The second locating module 121 is in order to provide one second elements of a fix signal (not shown) of the second mobile carrier, similarly, the second locating module 121, also can be by wireless compatible authentication (Wireless Fidelity except providing the second elements of a fix signal by the global positioning system in preferred embodiment of the present invention; Wi-Fi), less radio-frequency (Radio Frequency; RF) or the mode of communicator (as intelligent mobile phone or flat board) location the second elements of a fix signal is provided.Much more no longer in addition, the function of the second carrier detecting module 122 is identical with the first carrier detecting module 112, to repeat at this.
The second wireless communication module 123 can with the first wireless communication module 113 communications, in order to receive the telltale signal of the first wireless communication module 113 and the second elements of a fix signal of the second mobile carrier, similarly, the second wireless communication module 123 is by a short distance radio communication standards (Dedicated Short RangeCommunications, DSRC), a Long Term Evolution (Long Term Evolution; LTE), a wireless compatible authentication (Wireless Fidelity; Wi-Fi), a third generation Mobile Communications technology (3rd-generation; 3G) or one global intercommunication microwave access (Worldwide Interoperabilityfor Microwave Access; WIMAX) mode of one of them receives telltale signal.In addition, the second storage element 1241 in the second data module 124 and the second authentication unit 1242, all identical with the first storage element 1141 and first authentication unit 1142 of the first data module 114, be familiar with this operator and should know, no longer repeated at this.
The second display interface 125 is when being positioned at the events affecting scope of the first mobile carrier at the second mobile carrier, initiatively show above-mentioned telltale signal, furthermore, it judges by the second parsing module 1251 whether the second mobile carrier is positioned at the events affecting scope of the first mobile carrier, particularly, the second parsing module 1251 is further parsed the second mobile carrier and is positioned at the front of the first mobile carrier by the locate mode of eight of four-ways, left front, left, left back, rear, right abaft, the relative position of right-hand or right front, and then judge the second mobile carrier according to the scope that the Status Change event of the first mobile carrier affects and whether be positioned at events affecting scope.
The second broadcast unit 1252 when being positioned at the events affecting scope of the first mobile carrier at the second mobile carrier, is play telltale signal, and its broadcast mode can be that voice, image, image and the mode such as audio-visual are reached.In addition, in preferred embodiment of the present invention, the second broadcast unit 1252 can further be play the relative position relation of the first mobile carrier and the second mobile carrier, that is can radar map or real border analogous diagram (real border analogous diagram shows track and carrier icon) mode shows, and represent with real border analogous diagram in preferred embodiment of the present invention.Wherein, it is worth mentioning that at this, the first parsing module 1151 of the first display interface 115 and the first broadcast unit 1152 are all identical with the second parsing module 1251 and second broadcast unit 1252 of the second display interface 125, being familiar with this operator should know, is no longer repeated at this.
In addition, it is worth mentioning that at this, in other preferred embodiments, first communication device 11 can only include the first locating module 111, the first carrier detecting module 112, the first wireless communication module 113 and the first display interface 115, and secondary communication device 12 can only include the second locating module 121, the second carrier detecting module 122, the second wireless communication module 123 and the second display interface 125, that is first mobile carrier and the second mobile carrier first communication device 11 and the secondary communication device 12 that are respectively equipped with only there is the most basic transmission-receiving function, and do not there is the function of identity identification, and all the other are all identical with preferred embodiment, no longer repeated at this.
In addition, in other preferred embodiments, first communication device 11 can only include the first locating module 111, the first carrier detecting module 112 and the first wireless communication module 113, and secondary communication device 12 can only include the second locating module 121, the second wireless communication module 123 and the second display interface 125, that is to say, first communication device 11 only has the function that transmits telltale signal, and secondary communication device 12 only has the function that receives and play telltale signal.
Certainly, in other embodiments, first communication device 11 can only include the first locating module 111, the first wireless communication module 113 and the first display interface 115, and secondary communication device 12 can only include the second locating module 121, the second carrier detecting module 122 and the second wireless communication module 123, that is to say, first communication device 11 only has the function that receives and play telltale signal, and secondary communication device 12 only has the function that transmits telltale signal.Furthermore, in preferred embodiment of the present invention, first communication device 11 and secondary communication device 12 all have transmission, receive and play the function of telltale signal, just have maximum effect by this in practice application, hereby chat bright.
In order to make preferred embodiment narration of the present invention comparatively clear, see also Fig. 1 and Fig. 2, Fig. 2 shows the demonstration schematic diagram of the second broadcast unit of preferred embodiment of the present invention.As shown in the figure, the first carrier detecting module 112 of the first mobile carrier A can be detected the signal of the first mobile carrier A in Status Change event at any time, when the first mobile carrier A (is that the first mobile carrier A docks at roadside at Fig. 2 during in Status Change event, and the first user wants open left-hand door, the first carrier detecting module 112 detects the first mobile carrier A and opens left-hand door in a flash, and the second mobile carrier B, C travels towards direction L), the first locating module 111 is located the first mobile carrier A and is produced first elements of a fix signal corresponding to the first mobile carrier A, and the first wireless communication module 113 defines an events affecting scope D according to the signal of the first elements of a fix signal and Status Change event, and due to Status Change event above-mentioned open left-hand door, therefore events affecting scope D is left side and rear, left side (referring to Fig. 2).Simultaneously, the first wireless communication module 113 can send out and comprise telltale signal, and the first wireless communication module 113 transmits telltale signal E in the mode of radio broadcasting, and it transmits scope (not shown) is for example centered by the first mobile carrier, the transmission scope in 0 to 1000 meter of distance the first mobile carrier.
Suppose the second mobile carrier B, C is positioned at above-mentioned transmission scope and can receives telltale signal E, and before reception, the second locating module 121 of the second mobile carrier B is located the second locating module 121 of the second mobile carrier B and the second mobile carrier C and is located the second mobile carrier C, and produce two corresponding to the second mobile carrier B, the second elements of a fix signal of C, the second wireless communication module 123 at the second mobile carrier B receives after telltale signal, utilize the second elements of a fix signal of the second mobile carrier B to judge whether the second mobile carrier B is positioned at events affecting scope D by the second parsing module 1251, and the second wireless communication module 123 of the second mobile carrier C receives after telltale signal, utilize the second elements of a fix signal of the second mobile carrier C to judge whether the second mobile carrier C is positioned at events affecting scope D by the second parsing module 1251, and only can have influence on the second mobile carrier B and can not have influence on the second mobile carrier C because the first mobile carrier A holds left side car door, therefore the second parsing module 1251 of the second mobile carrier B parses the second mobile carrier B in events affecting scope D, and the second parsing module 1251 of the second mobile carrier C parses the second mobile carrier C not in events affecting scope D.Therefore, the second broadcast unit 1252 of the second mobile carrier B can be play telltale signal E, and the second broadcast unit 1252 of the second mobile carrier C can not play telltale signal E.
Wherein, the second broadcast unit 1252 of the second mobile carrier B shows as the picture of Fig. 2, and that is to say, the second broadcast unit 1252 of the second mobile carrier B is except showing the analogous diagram of real border, more show the content of telltale signal E, and telltale signal E presents with image mode.In addition, in other embodiments, if when the first mobile carrier A has the first broadcast unit 1152, it also can play picture as shown in Figure 2, use the effect that reaches double-reminding, in addition, in other embodiments, the first broadcast unit 1152 and the second broadcast unit 1252 also can be play the parameter of broadcasting area, the information such as parameter or time of events affecting scope D.
Further, as long as the first mobile carrier A is in the time of Status Change event, the first wireless communication module 113 can automatic transmission telltale signal E to all the second mobile carrier B, C in transmission range, make the second parsing module 1251 of the second mobile carrier B, C judge whether it is positioned at events affecting scope D, and then optionally play telltale signal E.
And in other embodiments, the first wireless communication module 113 meeting automatic transmissions are positioned at the second mobile carrier B of events affecting scope D, that is to say, the first communication device 11 of the first mobile carrier A can judge that being positioned at events affecting scope D is the second mobile carrier B voluntarily, therefore only transmit telltale signal to the second mobile carrier B, and first communication device 11 is for example to utilize IP address and judge that being positioned at events affecting scope D is the second mobile carrier B, and then transmit telltale signal E to the second mobile carrier B.
In addition, in other embodiments, if have at least two mobile carriers in events affecting scope D, so in the time of the first wireless communication module 113 automatic transmission telltale signal, in events affecting scope D, all affected mobile carriers all can be play telltale signal E (being one-to-many transmission), and then remind all affected mobile carriers.
In addition,, in order to make the practice application narration of preferred embodiment of the present invention comparatively clear, see also Fig. 1 and Fig. 3, the warning communication system transmission that Fig. 3 is preferred embodiment of the present invention and the diagram of circuit that receives telltale signal.As shown in the figure, its step is as follows:
Step S101: authenticating identity identification information;
Step S102: location the first mobile carrier and produce the first elements of a fix signal corresponding to the first mobile carrier;
Step S103: be confirmed whether the signal in Status Change event;
Step S104: the signal according to the first elements of a fix signal and Status Change event defines events affecting scope;
Step S105: send out telltale signal by the first communication device being arranged in the first mobile carrier;
Step S106: receive telltale signal by the secondary communication device being arranged at least one the second mobile carrier;
Step S107: whether the second mobile carrier is positioned at events affecting scope; And
Step S108: if the second mobile carrier is positioned at events affecting scope, show telltale signal at the second mobile carrier.
Wherein, the user of the first mobile carrier logins after the first communication device 11 of warning communication system 1 provided by the present invention, and step starts and carry out step S101 authenticating identity identification information immediately.It is by the first authentication unit 1142 authenticating identity identification informations, further, in the time that the first mobile carrier is a vehicle (but the first mobile carrier is not limited with vehicle), user is in the time using warning communication system 1 provided by the present invention each time, need be first by the first authentication unit 1142 to the identity identification information of vehicle (as the number-plate number, car look, at least one in the middle of vehicle) authenticate, or to drive identity identification information (as name, phone, birthday, at least one in the middle of cermet of identification font size) authenticate, or the identity identification information of vehicle and driving is authenticated simultaneously.Above-mentioned identity identification information can be set up when using for the first time warning communication system 1 provided by the present invention; In like manner, in the time that the user of the second mobile carrier logins the secondary communication device 12 of caution system 1, it is by the second authentication unit 1242 authenticating identity identification informations, and all the other are all same as described above, are no longer repeated at this.
In the time that the first authentication unit 1142 authentications are passed through, carrying out immediately step S102 locates the first mobile carrier and produces the first elements of a fix signal corresponding to the first mobile carrier, and in step S102, it positions the first mobile carrier by the first locating module 111, and then produces the first elements of a fix signal.
And producing after the first elements of a fix signal, carry out immediately step S103 and be confirmed whether the signal in Status Change event.Further, preferred embodiment of the present invention is confirmed the whether signal in Status Change event of the first mobile carrier by the first carrier detecting module 112, in the time confirming that result is no, carries out immediately step S102 and reorientates; When confirming that result is when being, the signal that carries out immediately step S104 foundation the first elements of a fix signal and Status Change event defines events affecting scope; That is to say, the first wireless communication module 113 further defines different events affecting scopes according to the signal of the first elements of a fix signal and different Status Change event.And define after events affecting scope at the first wireless communication module 113, carry out immediately step S105, send out by the first communication device 11 being arranged in the first mobile carrier the telltale signal that comprises events affecting scope.
Afterwards, carry out step S106, receive by the secondary communication device 12 being arranged at least one the second mobile carrier the telltale signal being sent out by first communication device 11.And then, carry out step S107, one second elements of a fix signal of the second mobile carrier providing according to the second locating module 121, and comprise and parse the telltale signal of events affecting scope the second mobile carrier and whether be positioned at events affecting scope.If the second mobile carrier is positioned at events affecting scope, carry out step S108, show telltale signal at the second mobile carrier; Otherwise if the second mobile carrier is positioned at outside events affecting scope, the second mobile carrier or secondary communication device 12 can finish the processing to telltale signal, or, telltale signal can be stored as the record of driving path periphery Warning Event, for have access in the future.
The above; be only the specific embodiment of the present invention, but protection scope of the present invention is not limited to this, any be familiar with those skilled in the art the present invention disclose technical scope in; can expect easily changing or replacing, within all should being encompassed in protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection domain of described claim.
Claims (18)
1. a warning communication system, is useful on one first mobile carrier and one second mobile carrier, and this warning communication system comprises:
One first communication device, is arranged in this first mobile carrier, and this first communication device at least comprises:
One first locating module, in order to provide one first elements of a fix signal of the first mobile carrier;
One first carrier detecting module, in order to detect the signal of the first mobile carrier in a Status Change event; And
One first wireless communication module, is electrically connected with the first locating module and the first carrier detecting module, in order to by the signal of the first elements of a fix signal and Status Change event in conjunction with and define an events affecting scope, and send with a telltale signal; And
One secondary communication device, is arranged in the second mobile carrier, and secondary communication device at least comprises:
One second locating module, in order to provide one second elements of a fix signal of the second mobile carrier;
One second wireless communication module, is electrically connected with the second locating module, in order to receive the telltale signal of the first wireless communication module and the second elements of a fix signal of the second mobile carrier; And
One second display interface, is electrically connected with the second wireless communication module, if the second mobile carrier is positioned at the events affecting scope of the first mobile carrier, on the second display interface, initiatively shows telltale signal.
2. warning communication system according to claim 1, is characterized in that, Status Change event is unlock events, the event of opening the door, lane departure event, reversing event and curb parking event one of them.
3. warning communication system according to claim 1, is characterized in that, the interface of the signal of Status Change event take controller local area network as transmission.
4. warning communication system according to claim 1, is characterized in that, events affecting scope refers to that the Status Change event of the first mobile carrier is converted into behind orientation, can involve the second mobile carrier and cause the scope of collision risk.
5. warning communication system according to claim 1, it is characterized in that, the first wireless communication module and the second wireless communication module are to transmit telltale signal in one of them mode of a short distance radio communication standards, a Long Term Evolution, a wireless compatible authentication, a third generation Mobile Communications technology or a global intercommunication microwave access.
6. warning communication system according to claim 1, it is characterized in that, the second display interface comprises one second parsing module and one second broadcast unit, the second parsing module and the second broadcast unit are electrically connected, the second parsing module is in order to judge whether the second mobile carrier is positioned at the events affecting scope of the first mobile carrier, and the second broadcast unit is electrically connected at the second parsing module, when being positioned at the events affecting scope of the first mobile carrier at the second mobile carrier, in order to telltale signal is play.
7. warning communication system according to claim 1, is characterized in that, first communication device also comprises one first data module, is electrically connected, in order to one of first mobile carrier identity identification information to be provided with the first wireless communication module.
8. warning communication system according to claim 7, is characterized in that,, the first mobile carrier is a vehicle, the first data module comprises one first storage element, in order at least one the identity identification information in the middle of vehicle and a driver to be provided.
9. warning communication system according to claim 8, is characterized in that, the identity identification information of vehicle is at least one in the middle of the number-plate number, car look, vehicle.
10. warning communication system according to claim 8, is characterized in that, driver's identity identification information is at least one in the middle of name, phone, birthday, cermet of identification font size.
11. warning communication systems according to claim 8, is characterized in that, the first data module also comprises one first authentication unit, are electrically connected, in order to driving login authentication to be provided with the first storage element.
12. warning communication systems according to claim 1, is characterized in that, secondary communication device also comprises one second data module, are electrically connected, in order to an identity identification information of the second mobile carrier to be provided with the second wireless communication module.
13. warning communication systems according to claim 12, is characterized in that, the second mobile carrier is a vehicle, and the second data module comprises one second storage element, in order at least one the identity identification information in the middle of vehicle and a driver to be provided.
14. warning communication systems according to claim 13, is characterized in that, the identity identification information of vehicle is at least one in the middle of the number-plate number, car look, vehicle.
15. warning communication systems according to claim 13, is characterized in that, the identity identification information of driving is at least one in the middle of name, phone, birthday, cermet of identification font size.
16. warning communication systems according to claim 13, is characterized in that, the second data module also comprises one second authentication unit, are electrically connected, in order to driving login authentication to be provided with the second storage element.
17. warning communication systems according to claim 1, it is characterized in that, first communication device also comprises one first display interface, is electrically connected with the first wireless communication module, and secondary communication device also comprises one second carrier detecting module, be electrically connected with the second wireless communication module.
18. warning communication systems according to claim 17, is characterized in that, the first display interface comprises one first parsing module and one first broadcast unit, and the first parsing module and the first broadcast unit are electrically connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| RU2013151810/08A RU2013151810A (en) | 2012-10-29 | 2013-11-21 | COMMUNICATION WARNING SYSTEM |
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW101140012A TWI478119B (en) | 2012-10-29 | 2012-10-29 | A warning communication system |
| TW101140012 | 2012-10-29 |
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| Publication Number | Publication Date |
|---|---|
| CN103786641A true CN103786641A (en) | 2014-05-14 |
| CN103786641B CN103786641B (en) | 2016-03-23 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201210480298.1A Expired - Fee Related CN103786641B (en) | 2012-10-29 | 2012-11-22 | Warning communication system |
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| Country | Link |
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| CN (1) | CN103786641B (en) |
| RU (1) | RU2013151810A (en) |
| TW (1) | TWI478119B (en) |
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| CN113525043A (en) * | 2020-04-15 | 2021-10-22 | 苏州佳世达光电有限公司 | Vehicle door opening anti-collision system |
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Also Published As
| Publication number | Publication date |
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| TWI478119B (en) | 2015-03-21 |
| CN103786641B (en) | 2016-03-23 |
| RU2013151810A (en) | 2015-05-27 |
| TW201417059A (en) | 2014-05-01 |
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