CN1278133A - Remote communication control system carried by transportation means - Google Patents
Remote communication control system carried by transportation means Download PDFInfo
- Publication number
- CN1278133A CN1278133A CN 00121181 CN00121181A CN1278133A CN 1278133 A CN1278133 A CN 1278133A CN 00121181 CN00121181 CN 00121181 CN 00121181 A CN00121181 A CN 00121181A CN 1278133 A CN1278133 A CN 1278133A
- Authority
- CN
- China
- Prior art keywords
- carried
- vehicle
- information
- control system
- mentioned
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Images
Landscapes
- Selective Calling Equipment (AREA)
- Mobile Radio Communication Systems (AREA)
Abstract
The wireless receiving mode is used for user to realize long distance remote pre-starting of the special device in traffic carrier. The communication control system includes communication unit used to receive signal that user can transmit preset information codes to the traffic carrier communication control system by system service person; microprocessor used to process received information codes which be good for decoding the information codes, comparing communication agreement, reading and judging; central control unit of traffic carrier which coupled with the microprocessor and execute decoded information to start the special device of the traffic carrier, and return information to user to identify the state of traffic carrier.
Description
The relevant a kind of vehicle-carried wireless telecommunications control system that is applied to of the present invention, particularly a kind of communication network that utilizes, transmit in order to reception by communication control system, be beneficial to the vehicle-carried relevant apparatus of far distance controlled, or receive the information that the server supplier is provided.
Along with information and communications market are constantly expanded, electronic product is under the promotion of compact, multi-functional, fireballing trend, communication network and world-wide web are emerging in recent years industry, also flourish based on commerce attached in world-wide web or the communication system, therefore changed the mode that obtains for information, it does not singly just rely on the report of newspapers and periodicals or print media, and world-wide web also becomes information gradually and obtains one of main source.And communication system is followed the exploitation of the whole science and technology of mobile phone, the user also constantly is provided the more convenient mode that obtains information, no matter be that world-wide web, mobile communication equipment, personal digital assistant have been full of the space in whole life, and network and communication dealer provide commerce services with also weeding out the old and bring forth the new, assist the client that its data are transmitted or obtain, to enlarge the scope of market and service.Therefore flourish in the network market, ecommerce occurs like rain the back spring bamboo, therefore also needs to obtain efficiently real time information or control vehicle condition.
The best mode that obtains information is the information that receives everywhere in real time, can be beneficial to the user radio online and obtains voice or data message and integrate communication device.Based on above-mentioned consideration, the network communication dealer proposes various service and device provides service more easily.Can be as wideband network so that the speed that information is transmitted increase, with the frequency range of 1.5Mbps transmittability, its transmittability can replace existing telephone wire and local area network (LAN).The integration trend of world-wide web and wireless telecommunications certainly will be got rid of the restriction in space and zone, makes the user convenient more and expand above-mentioned market in a large number.In post-PC era, integrate the operation of comprehensive service and diversification, by integrate computer, communication, world-wide web, household electrical appliances, information household appliances, certainly will will start a commercial revolution.At present, automobile has generally become the main tool that the mankind ride instead of walk, therefore also becomes the space that general people often use.If can raise the efficiency directly by obtaining real-time information and literal graphic data or chart in the vehicle.Moreover, also can control vehicle by unidirectional or two-way transmission, be beneficial to remote the execution and control relevant apparatus, or receive the information that the network service provider provided., the network technology flourishing with present electronic information maked rapid progress the epoch of keen competition, thus be badly in need of a kind of new automobile-used communication control system at present, to obtain real time information and long-distance remote control vehicle.
The purpose of this invention is to provide a kind of remote communication control system carried by transportation means that is applied to, be beneficial to the user by communication device input function code, just can start the correlation function of carrier, the information that can obtain returning more is beneficial to confirm the state of vehicle.
Another object of the present invention is for providing a kind of remote communication control system carried by transportation means, be beneficial to the real-time Query Information of user, for example where transport information, travel information, inquiry have gas station, the vehicle-carried space of berthing (as the parking lot), automobile and motorcycle repair shop or other subject matters.
The object of the present invention is achieved like this: it is to utilize the wireless receiving mode, convenient user can start vehicle-carried specific device by long-distance remote control in advance, it is characterized in that: this communication control system comprises: the one-way communication device, be used to receive one way signal, be beneficial to this user and default message code can be sent to this vehicle-carried communication control system via system service person; Microprocessor is coupled in this one-way communication device, in order to this received message code of processing, and exports the information that is stored in the memory cell, is beneficial to this message code decoding, comparison communications protocol, deciphering and judgement; And vehicle-carried central control unit, be coupled in this microprocessor and carry out decoded information, to start this vehicle-carried specific device.
Wherein starting above-mentioned vehicle-carried specific device includes: start light fixture, engine preheating, start anti-theft feature, open window, start air-conditioning system, start siren, start central controlled lock or demister.Wherein above-mentioned vehicle-carried central control unit utilizes a transmission mouth to be connected in this microprocessor.Wherein above-mentioned transmission mouth comprises RS-232.The employed communications protocol of wherein above-mentioned one-way communication device comprises POCSAG or FLEX form.The reception module of wherein above-mentioned one-way communication device comprises the radio frequency receiving group.
Purpose of the present invention can be achieved in that also it is a mode of utilizing wireless receiving to send, be convenient to the user and can start vehicle-carried specific device in advance by long-distance remote control, it is characterized in that: this vehicle-carried communication control system comprises: the both-way communication device, be used for received signal, be beneficial to this user and default message code can be sent to this vehicle-carried communication control system via system service person, this both-way communication device is after this vehicle-carried communication control system receives this message code, and return a back information to this user, in order to the state of confirming that this is vehicle-carried; Microprocessor is coupled in this both-way communication device, in order to this received message code of processing, and exports the information that is stored in the memory cell, is beneficial to this message code decoding, comparison communications protocol, deciphering and judgement; And vehicle-carried central control unit, be coupled in this microprocessor and carry out decoded information, to start this vehicle-carried specific device.
Wherein starting above-mentioned vehicle-carried specific device comprises: start car light, engine preheating, start anti-theft feature, open window, start air-conditioning system, start siren, start central controlled lock or demister.Above-mentioned vehicle-carried central control unit utilizes a transmission mouth to be connected in this microprocessor.Above-mentioned transmission mouth comprises RS-232.The employed communications protocol of above-mentioned both-way communication device comprises GSM, CDMA, PHS or bi-directional call communications protocol.
Purpose of the present invention also can be achieved like this: it is a mode of utilizing wireless receiving, be convenient to the user and can obtain information at a distance, it is characterized in that: this vehicle-carried wireless information system includes: communication device is used to receive ISP institute information transmitted; Microprocessor is coupled in this communication device, and in order to handle received information, being used for this received information decoding, comparison communications protocol, deciphering, judgement this, to be accepted information be general information or command information code; Memory cell is used for store information and application software; Display unit is coupled in this memory cell, presents the general information that this ISP is provided with visual manner; User interface provides the interface of this user input instruction; Vehicle-carried central control unit is coupled in this vehicle-carried wireless information system, in order to handling this command information code, and carries out decoded information, to start this vehicle-carried specific device.
Wherein above-mentioned vehicle-carried wireless information system utilizes a transmission mouth to be connected in this vehicle-carried central control unit.Above-mentioned transmission mouth comprises RS-232.Above-mentioned communication device can be used for this command information code that this user will preset and is sent to this vehicle-carried wireless information system via system service person.Above-mentioned communication device can be after receiving this command information code, and return a back information and give this user, in order to the state of confirming that this is vehicle-carried.The employed communications protocol of above-mentioned communication device comprises POCSAG or FLEX form.The employed communications protocol of above-mentioned communication device comprises GSM, CDMA, PHS or bi-directional call communications protocol.Above-mentioned memory cell comprises: mask-type ROM (MASK ROM) is used to store the data that do not change; Nonvolatile memory is used for the stocking system function software; And static RAM (SRAM), be used to store the information of handling the back gained.Wherein the information that above-mentioned 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 repair shop site.
The present invention discloses a kind of automobile-used communication control system, and it is to utilize the wireless receiving mode, is beneficial to the specific device that the user can long-distance remote control starts carrier (as vehicle) in advance.This vehicle-carried communication control system comprises the one-way communication device, is used to receive one way signal, is beneficial to the user and default message code can be sent to automobile-used communication control system via system service person; One microprocessor is coupled in above-mentioned one-way communication device, in order to handle received message code, is beneficial to this message code decoding, comparison communications protocol, deciphering and judgement; Central control unit on the car, be coupled in microprocessor, and carry out decoded information, to start the specific device of vehicle: comprise startup car light, engine preheating, start anti-theft feature, fall the window ventilation, start air-conditioning system, start siren, start central controlled lock or demister.The employed communications protocol of one-way communication device comprises POCSAG or FLEX form.If use the both-way communication device then can return an information, be beneficial to confirm vehicle-state to the user; The employed communications protocol of wherein above-mentioned both-way communication device comprises GSM, CDMA, PHS or bi-directional call communications protocol.
The present invention also discloses a kind of automobile-used wireless information system, it is a mode of utilizing wireless receiving, is beneficial to the user and can obtains information at a distance, and this automobile-used wireless information system comprises communication device, be used to receive the information of the wireless transmission that the ISP provides, and can send solicited message; Microprocessor is connected in above-mentioned communication device, in order to handle received information, is beneficial to information decoding, deciphering, judgement; Display unit is coupled in memory cell, presents the information that the ISP is provided with visual manner; And user interface, in order to being provided, this user imports the interface of solicited message.The wherein above-mentioned wireless messages that the ISP provided comprises but is not limited to: real-time road report, news, financial stock market data, parking information, running information, gas station, parking lot, hospital, police office and site, garage.
Preferred embodiment of the present invention will be aided with following accompanying drawing and do more detailed the elaboration in the comment of back:
Fig. 1 has the functional block diagram of the vehicle-carried communication control system of one-way communication function for the present invention.
Fig. 2 has the functional block diagram of the vehicle-carried communication control system of bidirectional communication function for the present invention.
The functional block diagram of Fig. 3 and bidirectional communication function vehicle-carried communication control system unidirectional for the present invention has.
Fig. 4 is the functional block diagram of the vehicle-carried wireless information system of the present invention.
The present invention is a kind of remote communication control system carried by transportation means, the mode that this system utilizes wireless receiving to send, make the user can be in vehicle-carried space or obtain real-time information when mobile, or start the specific device or the function of vehicle at a distance with remote control mode in advance.Certainly, the present invention does not limit and is applied to vehicle, and this method also 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, below be embodiment with the vehicle, the present invention is carried out specific description.
A kind of detailed description is only done in preferred embodiment of the present invention, and described is not in order to limit the present invention, to Figure 1 shows that the functional block diagram of first embodiment of the invention.System of the present invention comprises: an one-way communication device 130, comprise a unidirectional reception module, and be used to receive one way signal.The user can be by user's communication device 100, for example interphone, mobile phone, with the system of default message code by communication system server or ISP 110, with host-host protocol sign indicating number, identification and control code via the telecommunication transmission station, pass the signal to vehicle-carried communication control system 120 again, by one-way communication device 130 received signals.Above-mentioned reception module can be the radio frequency receiving group, and the communications protocol of one-way communication can be used, but is not defined as POCSAG or FLEX form.The information of Jie Shouing is sent in the microprocessor 140 and handles afterwards, and exports data, data or the program that is stored in the memory cell 150, with its decoding processing, comparison communications protocol, deciphering and judgement.Utilize the transmission mouth then, for example RS-232 with decoded data information transfer to the interior device 120 that is built on the car, this device 120 comprises the central control unit 160 on vehicle-carried, for example in the automobile computer, carry out specific function, the vehicle-carried central control unit 160 that goes up is carried out alternative order, starts specific function device 170.For example, start car light, engine preheating, start anti-theft feature, fall window and ventilate or start air-conditioning equipment, for example cold air or heating installation, siren, central controlled lock or demister.In addition, this device also can optionally comprise a user interface 180, is beneficial to the input and output of signal, data.
The function of above-mentioned each remote control control all can utilize input one code means as an identification code, and the device of corresponded manner wherein and startup should be built-in in advance and setting finish.For example: code name be " 01 " for starting engine, the pairing function that is activated of prior built-in code " 02 " is for starting air-conditioning, other can the rest may be inferred.And above-mentioned code is not in order to limit the present invention only as an explanation.
Referring to the functional block diagram of another embodiment of the present invention shown in Figure 2, this embodiment mainly uses the both-way communication module, is beneficial to the user and transmits predefined information, and make the signal of user receiving system passback, to determine execution result.This control system comprises both-way communication device 125, and this both-way communication device 125 comprises reception module 125a, and one transmits module 125b.One microprocessor 140 and memory cell 150, the central control unit 160 on vehicle-carried and the final controlling element 170 of specific function.Both-way communication device 125 receives the signal of user 100 by Communications service person 110.Through the reception module 125a of vehicle-carried communication control system (as automobile-used communication control system) 120 received signal.Above-mentioned both-way communication module 125 can be suitable for the module of transmitted in both directions agreement, for example GSM, CDMA, PHS or bi-directional call device communications protocol, and the personnel that are familiar with this skill above-mentionedly only are used for explanation as can be known for example, are not conduct qualification restriction of the present invention.And with present Taiwan, the wireless bidirectional communication agreement is to adopt gsm system, thus GSM is done an explanation, but be not limited to the present invention.After signal receives via the GSM module, through in the microprocessor 140 its decoding processing, judgement and deciphering being stated from the control command in the communication device.Afterwards, utilize the transmission mouth again, the control command information after for example RS-232 will understand is transferred to vehicle-carried central control unit and is for example carried out control command in the automobile computer 160.In like manner, utilize native system to start car light, engine preheating, start anti-theft feature, fall the window ventilation or to start air-conditioning equipment by long-distance remote control, as cold air or heating installation, siren, central controlled lock or demister.User interface 180 also for optionally installing, is beneficial to the input and output of signal, data.
After control command is received, the information that receives is handled through microprocessor 140, assign instruction and give the user by the information that transmits module 125b passback " receiving ", so that confirming control command, the user is performed.The information of this passback can repeat to transmit by certain interval of time, receives to guarantee the user.In addition, can obtain current state in the computer system (as automobile computer) 160 by communication control system by microprocessor 140, pass back in communication system server's the server by transmitting module 200 again, be sent to again in user's the communication device, can know vehicle-carried state.And the user can obtain the situation of vehicle-carried (as vehicle) by Email, voice or Short Message Service mode.If the user does not receive the information of passback, the preceding instruction of passing on of its representative is not received by the communication device on the carrier.Therefore, by the information that receives passback whether the user can confirm the state of carrier.In view of the above, the user also can select the remote control command code that whether retransfers.
At first to be the user transmit the information specific sign indicating number by communication device to the operating process of native system, via the communication system ISP transmit a control signal to vehicle-carried in (being generally vehicle), afterwards, receive control signal by receiving module.Next step is signal decoding and the processing control signals that will receive.If alternative order is carried out function, then carry out relevant alternative order and start function through automobile computer.If function is carried out in two-way instruction, then except starting relevant functional means, and information is fed to send in the module transmits confirmation, the dealer returns to the user by Communications service.It is two-way or unidirectional that the user can select its function for use with the device that cooperates setting via system, or possesses the manner of execution of two kinds of functions and the device that cooperates, and all decides on user's demand.
Referring to the functional block diagram that Figure 3 shows that another embodiment of the present invention, this system comprise a vehicle-carried wireless information system 122 with in be built in device 122a coupling in the carrier, above-mentioned device 122a comprises vehicle-carried controlling computer 160 and carries out functional device 170 with alternative order, and above-mentioned vehicle-carried wireless information system 122 can be separated into a hand held control unit and a display unit from this carrier or vehicle.Above-mentioned vehicle-carried wireless information system (as automobile-used wireless information system) 122 comprises a microprocessor 340, one user interfaces 380, with these microprocessor 340 couplings, the input that is beneficial to instruct.One two-way or/and one-way communication device 325,330 be coupled in above-mentioned microprocessor 340 respectively.Both-way communication device 325 can be carried out the reception and the transmission of information, and one-way communication device 330 can't transmit with one-sided reception information only, and selecting for use of configuration ought be decided on the demand of user and system.In like manner, the signal that is received via microprocessor 340 decode, interpretation is handled, judge that being accepted information is functions such as general information or command information code, if being general information, received information then shows by display unit 390, if command information code, then this feed information is arrived vehicle-carried controlling computer (automobile controlling computer) 160, assign the relevant instruction of startup and carry out functional device 170, to carry out specific function.Simultaneously, if this system has the function of both-way communication, then can give the user by back information.
The user is via the needed information of user interface 380 inputs, again via communication device 330 or 325 data that receive by system service dealer or the wireless transmission of ISP, cooperate appropriate software and operating system, show needed information by display unit 390.In addition, this embodiment also can carry out the function of first and second embodiment.
System service person or ISP must provide database to be connected to the data query 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 query of different application for the user, wherein said static data is meant that data can not change in a special time, for example: the place at places such as gas station, hospital, and the real time information that dynamic data refer to changes to some extent because of time, place comprises real-time road, stock information and weather forecasting or the like.Wherein said data of database content sends in the mode of wireless telecommunications, helps user inquiring or via real-time connection mode new data more at any time.The user find out the data that meet user institute desire inquiry target from the data that transmit, 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.
There is following advantage in system provided by the present invention:
(1) no matter the user is in where, as long as by communication device input function code, just can start traffic The correlation function of carrier (vehicle), and strengthening function aspects, the information that can obtain returning is beneficial to really Recognize the state of vehicle.
(2) no matter the user is in where, as long as can inquire about transport information, travel information etc. by communication device Related data detects where the gas station is arranged, the vehicle-carried zone of berthing, repair shop or other subject matters.
Claims (20)
1. remote communication control system carried by transportation means, be to utilize the wireless receiving mode, convenient user can start vehicle-carried specific device by long-distance remote control in advance, it is characterized in that: this communication control system comprises: the one-way communication device, be used to receive one way signal, be beneficial to this user and default message code can be sent to this vehicle-carried communication control system via system service person; Microprocessor is coupled in this one-way communication device, in order to this received message code of processing, and exports the information that is stored in the memory cell, is beneficial to this message code decoding, comparison communications protocol, deciphering and judgement; And vehicle-carried central control unit, be coupled in this microprocessor and carry out decoded information, to start this vehicle-carried specific device.
2. remote communication control system carried by transportation means as claimed in claim 1 is characterized in that: wherein start above-mentioned vehicle-carried specific device and include: start light fixture, engine preheating, start anti-theft feature, open window, start air-conditioning system, start siren, start central controlled lock or demister.
3. remote communication control system carried by transportation means as claimed in claim 1 is characterized in that: wherein above-mentioned vehicle-carried central control unit utilizes a transmission mouth to be connected in this microprocessor.
4. as claim 1 or 4 described remote communication control system carried by transportation means, it is characterized in that: wherein above-mentioned transmission mouth comprises RS-232.
5. remote communication control system carried by transportation means 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. remote communication control system carried by transportation means as claimed in claim 1 is characterized in that: the reception module of wherein above-mentioned one-way communication device comprises the radio frequency receiving group.
7. remote communication control system carried by transportation means, it is the mode of utilizing wireless receiving to send, be convenient to the user and can start vehicle-carried specific device in advance by long-distance remote control, it is characterized in that: this vehicle-carried communication control system comprises: the both-way communication device, be used for received signal, be beneficial to this user and default message code can be sent to this vehicle-carried communication control system via system service person, this both-way communication device is after this vehicle-carried communication control system receives this message code, and return a back information to this user, in order to the state of confirming that this is vehicle-carried; Microprocessor is coupled in this both-way communication device, in order to this received message code of processing, and exports the information that is stored in the memory cell, is beneficial to this message code decoding, comparison communications protocol, deciphering and judgement; And vehicle-carried central control unit, be coupled in this microprocessor and carry out decoded information, to start this vehicle-carried specific device.
8. remote communication control system carried by transportation means as claimed in claim 7 is characterized in that: wherein start above-mentioned vehicle-carried specific device and comprise: start car light, engine preheating, start anti-theft feature, open window, start air-conditioning system, start siren, start central controlled lock or demister.
9. remote communication control system carried by transportation means as claimed in claim 7 is characterized in that: wherein above-mentioned vehicle-carried central control unit utilizes a transmission mouth to be connected in this microprocessor.
10. remote communication control system carried by transportation means as claimed in claim 9 is characterized in that: wherein above-mentioned transmission mouth comprises RS-232.
11. remote communication control system carried by transportation means as claimed in claim 7 is characterized in that: the employed communications protocol of wherein above-mentioned both-way communication device comprises GSM, CDMA, PHS or bi-directional call communications protocol.
12. a vehicle-carried wireless information system is a mode of utilizing wireless receiving, being convenient to the user can obtain information at a distance, it is characterized in that: this vehicle-carried wireless information system includes: communication device is used to receive ISP institute information transmitted; Microprocessor is coupled in this communication device, and in order to handle received information, being used for this received information decoding, comparison communications protocol, deciphering, judgement this, to be accepted information be general information or command information code; Memory cell is used for store information and application software; Display unit is coupled in this memory cell, presents the general information that this ISP is provided with visual manner; User interface provides the interface of this user input instruction; Vehicle-carried central control unit is coupled in this vehicle-carried wireless information system, in order to handling this command information code, and carries out decoded information, to start this vehicle-carried specific device.
13. vehicle-carried wireless information system as claimed in claim 12 is characterized in that: wherein above-mentioned vehicle-carried wireless information system utilizes a transmission mouth to be connected in this vehicle-carried central control unit.
14. vehicle-carried wireless information system as claimed in claim 13 is characterized in that: wherein above-mentioned transmission port comprises RS-232.
15. vehicle-carried wireless information system as claimed in claim 12 is characterized in that: wherein above-mentioned communication device can be used for this command information code that this user will preset and is sent to this vehicle-carried wireless information system via system service person.
16. vehicle-carried wireless information system as claimed in claim 15 is characterized in that: wherein above-mentioned communication device can be after receiving this command information code, and return a back information and give this user, in order to the state of confirming that this is vehicle-carried.
17. vehicle-carried wireless information system as claimed in claim 12 is characterized in that: the employed communications protocol of wherein above-mentioned communication device comprises POCSAG or FLEX form.
18. vehicle-carried wireless information system as claimed in claim 12 is characterized in that: the employed communications protocol of wherein above-mentioned communication device comprises GSM, CDMA, PHS or bi-directional call communications protocol.
19. vehicle-carried wireless information system as claimed in claim 12 is characterized in that: wherein above-mentioned memory cell comprises: mask-type ROM (MASK ROM) is used to store the data that do not change; Nonvolatile memory is used for the stocking system function software; And static RAM (SRAM), be used to store the information of handling the back gained.
20. vehicle-carried wireless information system as claimed in claim 12 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 repair shop site.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 00121181 CN1278133A (en) | 2000-07-31 | 2000-07-31 | Remote communication control system carried by transportation means |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 00121181 CN1278133A (en) | 2000-07-31 | 2000-07-31 | Remote communication control system carried by transportation means |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1278133A true CN1278133A (en) | 2000-12-27 |
Family
ID=4588634
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 00121181 Pending CN1278133A (en) | 2000-07-31 | 2000-07-31 | Remote communication control system carried by transportation means |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1278133A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104571951A (en) * | 2014-12-19 | 2015-04-29 | 上海新储集成电路有限公司 | EMMC (embedded multi media card)/UFS (universal flash storage) card and method for improving reading performance of EMMC/UFS card |
| CN111769908A (en) * | 2019-04-02 | 2020-10-13 | 俊华电子企业股份有限公司 | Light signal transmission method of remote control communication protocol |
-
2000
- 2000-07-31 CN CN 00121181 patent/CN1278133A/en active Pending
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104571951A (en) * | 2014-12-19 | 2015-04-29 | 上海新储集成电路有限公司 | EMMC (embedded multi media card)/UFS (universal flash storage) card and method for improving reading performance of EMMC/UFS card |
| CN111769908A (en) * | 2019-04-02 | 2020-10-13 | 俊华电子企业股份有限公司 | Light signal transmission method of remote control communication protocol |
| CN111769908B (en) * | 2019-04-02 | 2023-06-20 | 俊华电子企业股份有限公司 | Signal transmission method of lightweight remote control communication protocol |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| US7983682B2 (en) | Context based connectivity for mobile devices | |
| JP3125746U (en) | Information transmission device between vehicles | |
| US20070015548A1 (en) | Vehicle tracker using common telephone number and unique identification number and associated methods | |
| WO2003030560A3 (en) | Cellphone interfacing device for mobile units | |
| CN1842103A (en) | Apparatus enabling usage of external display monitor with a mobile telephone | |
| CN101644577A (en) | Method for obtaining navigation information, navigation terminal and navigation center server | |
| CN104658240A (en) | Car-pooling auxiliary system and car-pooling method | |
| CN1181695C (en) | Wireless application protocol television | |
| CN105551232A (en) | Power service vehicle scheduling method, terminal, server and system | |
| CN101261626B (en) | Public transport tool operation information remote enquiry system and server and method thereof | |
| CN110267271B (en) | Automatic switching method for vehicle-mounted terminal network | |
| WO2002096131A2 (en) | System and method for maintaining object data in a distributed object system | |
| CN1604608A (en) | Manpower-free automatic service center type automobile network anti-theft and anti-robbery monitoring alarm and satellite positioning system | |
| CN1278133A (en) | Remote communication control system carried by transportation means | |
| CN2462623Y (en) | Traffic carried for end communicating controller | |
| CN101042765A (en) | Processing method for electric complimentary ticket information | |
| CN109425361A (en) | A kind of navigation method and system, car-mounted terminal based on wechat | |
| JP2006301799A (en) | Information providing device for vehicle, information providing method for vehicle, and information providing system for vehicle | |
| CN104243483A (en) | Message processing method and message processing equipment | |
| CN107819553B (en) | Control instruction feedback method and device | |
| JP2001287626A (en) | On-vehicle communication device, and communication system | |
| CN1194485C (en) | Vehicle-carried real-time information system capable for being used as mobile telephone display screen | |
| WO2006048706A1 (en) | Context based connectivity for mobile devices | |
| CN103188410A (en) | Voice auto-answer cloud server, voice auto-answer system and voice auto-answer method | |
| KR100397480B1 (en) | Location information service system and method for blind |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C06 | Publication | ||
| PB01 | Publication | ||
| C02 | Deemed withdrawal of patent application after publication (patent law 2001) | ||
| WD01 | Invention patent application deemed withdrawn after publication |