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CN105472555A - Device and method for communicating with GPS device - Google Patents

Device and method for communicating with GPS device Download PDF

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Publication number
CN105472555A
CN105472555A CN201510816070.9A CN201510816070A CN105472555A CN 105472555 A CN105472555 A CN 105472555A CN 201510816070 A CN201510816070 A CN 201510816070A CN 105472555 A CN105472555 A CN 105472555A
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data network
mobile data
gps
gps device
communication
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沈玮仑
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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
    • H04W4/02—Services making use of location information
    • G—PHYSICS
    • G01—MEASURING; TESTING
    • G01S—RADIO DIRECTION-FINDING; RADIO NAVIGATION; DETERMINING DISTANCE OR VELOCITY BY USE OF RADIO WAVES; LOCATING OR PRESENCE-DETECTING BY USE OF THE REFLECTION OR RERADIATION OF RADIO WAVES; ANALOGOUS ARRANGEMENTS USING OTHER WAVES
    • G01S19/00—Satellite radio beacon positioning systems; Determining position, velocity or attitude using signals transmitted by such systems
    • G01S19/01—Satellite radio beacon positioning systems transmitting time-stamped messages, e.g. GPS [Global Positioning System], GLONASS [Global Orbiting Navigation Satellite System] or GALILEO
    • G01S19/03—Cooperating elements; Interaction or communication between different cooperating elements or between cooperating elements and receivers
    • G01S19/05—Cooperating elements; Interaction or communication between different cooperating elements or between cooperating elements and receivers providing aiding data
    • G—PHYSICS
    • G01—MEASURING; TESTING
    • G01S—RADIO DIRECTION-FINDING; RADIO NAVIGATION; DETERMINING DISTANCE OR VELOCITY BY USE OF RADIO WAVES; LOCATING OR PRESENCE-DETECTING BY USE OF THE REFLECTION OR RERADIATION OF RADIO WAVES; ANALOGOUS ARRANGEMENTS USING OTHER WAVES
    • G01S19/00—Satellite radio beacon positioning systems; Determining position, velocity or attitude using signals transmitted by such systems
    • G01S19/01—Satellite radio beacon positioning systems transmitting time-stamped messages, e.g. GPS [Global Positioning System], GLONASS [Global Orbiting Navigation Satellite System] or GALILEO
    • G01S19/03—Cooperating elements; Interaction or communication between different cooperating elements or between cooperating elements and receivers
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04M—TELEPHONIC COMMUNICATION
    • H04M11/00—Telephonic communication systems specially adapted for combination with other electrical systems
    • H04M11/04—Telephonic communication systems specially adapted for combination with other electrical systems with alarm systems, e.g. fire, police or burglar alarm systems

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  • Engineering & Computer Science (AREA)
  • Radar, Positioning & Navigation (AREA)
  • Remote Sensing (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Physics & Mathematics (AREA)
  • General Physics & Mathematics (AREA)
  • Signal Processing (AREA)
  • Mobile Radio Communication Systems (AREA)
  • Position Fixing By Use Of Radio Waves (AREA)
  • Telephonic Communication Services (AREA)

Abstract

本发明公开了一种与GPS设备进行通讯的设备与方法，提供了一种使用GPS卫星的GPS移动数据网系统，包括至少一个GPS卫星和一个移动数据网。该系统包括一个移动数据网GPS设备，与所述GPS卫星和一个移动数据网信号连接；一个移动数据网GPS呼叫中心，与所述GPS卫星和一个移动数据网信号相连；所述移动数据网GPS设备通过移动数据网和呼叫中心进行通讯。

The present invention discloses a device and method for communicating with a GPS device, and provides a GPS mobile data network system using a GPS satellite, including at least one GPS satellite and a mobile data network. The system includes a mobile data network GPS device connected to the GPS satellite and a mobile data network signal; a mobile data network GPS call center connected to the GPS satellite and a mobile data network signal; the mobile data network GPS device communicates with the call center through the mobile data network.

Description

与GPS设备进行通讯的设备与方法Device and method for communicating with GPS device

本申请是申请日为2008年3月7日、申请号为200810083541.X、发明名称为“与GPS设备进行通讯的设备与方法”的发明专利申请的分案申请。This application is a divisional application of an invention patent application with an application date of March 7, 2008, an application number of 200810083541.X, and an invention title of "equipment and method for communicating with GPS equipment".

技术领域technical field

本发明涉及一种与GPS设备进行通讯的设备与方法。The invention relates to a device and a method for communicating with a GPS device.

背景技术Background technique

在现有技术中，GPS设备能向GPS卫星提供其最终目的地的位置坐标信号和其移动位置坐标信号，据此GPS卫星能向GPS设备提供其当前位置图像信息和如何向最终目的地移动的图像信息。因而GPS卫星和GPS设备大量用于在地面行驶车辆的导航系统。In the prior art, the GPS device can provide the GPS satellite with the position coordinate signal of its final destination and its moving position coordinate signal, and accordingly the GPS satellite can provide the GPS device with its current position image information and how to move to the final destination. image information. Therefore, GPS satellites and GPS devices are widely used in navigation systems of vehicles traveling on the ground.

但是，现有GPS设备不能方便地与第三方设备进行通讯。而且，由于卫星的频宽资源有限，因而不适合用于传载双向音频通讯信号。另外，卫星是一个体积有限的物体，不可能在上面装载许多通讯硬件设备和大量通讯软件或上面设置人员系统，对GPS设备进行双向互动控制和通讯。这样就大大限制了GPS卫星和GPS设备的功能和使用效率。However, existing GPS devices cannot easily communicate with third-party devices. Moreover, due to the limited bandwidth resources of the satellite, it is not suitable for transmitting two-way audio communication signals. In addition, a satellite is an object with a limited volume, and it is impossible to load many communication hardware devices and a large amount of communication software on it, or to set up a personnel system on it to conduct two-way interactive control and communication with GPS equipment. This greatly limits the function and efficiency of GPS satellites and GPS equipment.

发明内容Contents of the invention

本发明的目的之一是提供一种GPS设备，能与第三方设备进行双向通讯。One of the objects of the present invention is to provide a GPS device capable of two-way communication with a third-party device.

本发明的另一个目的是提供一种GPS设备，具有多种与第三方设备进行双向通讯的功能，包括数据信号双向通讯和声音信号双向通讯。Another object of the present invention is to provide a GPS device with multiple functions for two-way communication with third-party devices, including two-way communication of data signals and two-way communication of audio signals.

本发明的又一个目的是提供一种系统，能在地面设备上跟踪和监督GPS设备。Yet another object of the present invention is to provide a system capable of tracking and supervising GPS equipment on ground equipment.

为了达到以上目的，本发明提供了一种使用GPS卫星系统的GPS移动数据网系统，包括至少一个GPS卫星和一个移动数据网。GPS移动数据网系统包括：In order to achieve the above object, the present invention provides a GPS mobile data network system using the GPS satellite system, including at least one GPS satellite and a mobile data network. GPS mobile data network system includes:

一个移动数据网GPS设备，与所述GPS卫星和所述移动数据网信号相连；A mobile data network GPS device, connected to the GPS satellite and the mobile data network signal;

一个移动数据网GPS呼叫中心，与所述GPS卫星和移动数据网信号相连；A mobile data network GPS call center is connected with the GPS satellites and mobile data network signals;

所述移动数据网GPS设备通过移动数据网和呼叫中心进行通讯。The mobile data network GPS device communicates with the call center through the mobile data network.

为了达到以上目的，本发明还提供了一种使用GPS卫星在地面跟踪GPS设备的系统，包括至少一个GPS卫星和一个移动数据网。使用GPS卫星在地面跟踪GPS设备的系统包括：In order to achieve the above object, the present invention also provides a system for tracking GPS equipment on the ground using GPS satellites, including at least one GPS satellite and a mobile data network. Systems that use GPS satellites to track GPS devices on the ground include:

一个GPS设备，与所述GPS卫星和一个移动数据网信号连接，并向所述GPS卫星传送其位置信息；A GPS device, connected with the GPS satellite and a mobile data network signal, and transmits its position information to the GPS satellite;

一个移动数据网GPS呼叫中心(CALLCENTER)，与所述GPS卫星和一个移动数据网信号连接；A mobile data network GPS call center (CALLCENTER), connected with the GPS satellite and a mobile data network signal;

所述GPS卫星将GPS设备的位置信息与ID信息传送到所述移动数据网GPS呼叫中心(CALLCENTER)；The GPS satellite transmits the location information and ID information of the GPS equipment to the GPS call center (CALLCENTER) of the mobile data network;

根据位置信息与ID信息，所述移动数据网GPS呼叫中心(CALLCENTER)通过移动数据网与GPS设备进行通讯。According to the location information and ID information, the mobile data network GPS call center (CALLCENTER) communicates with the GPS device through the mobile data network.

本发明的系统有以下优点：The system of the present invention has the following advantages:

在遇到紧急情况时(如遇到抢劫)，移动数据网GPS设备使用者可按动紧急求助按钮组向移动数据网GPS呼叫中心要求求助。When encountering an emergency (such as encountering a robbery), the user of the mobile data network GPS device can press the emergency help button group to ask for help from the mobile data network GPS call center.

移动数据网GPS呼叫中心可以向移动数据网GPS设备发送信息(如地图上交通堵塞示意图和改道行驶示意图；发送地图更新升级；广告情报网)。The GPS call center of the mobile data network can send information to the GPS device of the mobile data network (such as a schematic diagram of traffic jams and a schematic diagram of diversion driving on the map; sending map updates and upgrades; advertising information network).

移动数据网GPS呼叫中心可以和移动数据网GPS设备进行双向声音通讯。The mobile data network GPS call center can carry out two-way voice communication with the mobile data network GPS equipment.

本发明能利用地面设备跟踪和监督移动数据网GPS设备。The invention can utilize the ground equipment to track and monitor the GPS equipment of the mobile data network.

附图说明Description of drawings

图1是本发明GPS移动数据网系统100的结构框图。FIG. 1 is a structural block diagram of a GPS mobile data network system 100 of the present invention.

图2是本发明移动数据网GPS设备104的结构框图。FIG. 2 is a structural block diagram of the mobile data network GPS device 104 of the present invention.

图3是本发明移动数据网GPS呼叫中心105的结构框图。Fig. 3 is a structural block diagram of the mobile data network GPS call center 105 of the present invention.

具体实施方式detailed description

图1是本发明GPS移动数据网系统100的结构框图。如图1所示，GPS移动数据网系统100包括GPS卫星102(包括一个或若干个卫星)；一个移动数据网106；一个移动数据网GPS设备104，分别与GPS卫星102和移动数据网106通讯相连；一个移动数据网GPS呼叫中心(CALLCENTER)105，分别与GPS卫星102和移动数据网106通讯相连。在如图1所示的结构中，移动数据网GPS设备104通过移动数据网106和移动数据网呼叫中心105进行双向通讯，包括数据信号双向通讯和声音信号双向通讯。FIG. 1 is a structural block diagram of a GPS mobile data network system 100 of the present invention. As shown in Figure 1, GPS mobile data network system 100 comprises GPS satellite 102 (comprising one or several satellites); A mobile data network 106; A mobile data network GPS device 104, communicates with GPS satellite 102 and mobile data network 106 respectively Connected; a mobile data network GPS call center (CALLCENTER) 105 is connected with the GPS satellite 102 and the mobile data network 106 respectively. In the structure shown in FIG. 1 , the mobile data network GPS device 104 performs two-way communication with the mobile data network call center 105 through the mobile data network 106 , including two-way communication of data signals and two-way communication of voice signals.

图2是本发明移动数据网GPS设备104的结构框图。如图2所示，移动数据网GPS设备104包括能够与GPS卫星102通讯的GPS设备202；移动数据网接口线路206，其一端与GPS设备202相连接，其另一端通过109与移动数据网106通讯相连接(图1示出)；音频/数字转换线路208，其一端与移动数据网接口线路206相连接，其另一端与音频发送/接收线路210相连接(例如麦克风等设备)；信号转换线路212，其一端与移动数据网接口线路206相连接，其另一端与按钮组214相连接。本发明的移动数据网GPS设备104可以安装在汽车等各种移动设备上作为导航和定位。FIG. 2 is a structural block diagram of the mobile data network GPS device 104 of the present invention. As shown in Figure 2, mobile data network GPS equipment 104 comprises the GPS equipment 202 that can communicate with GPS satellite 102; Communication is connected (shown in Fig. 1); audio/digital conversion line 208, one end is connected with mobile data network interface line 206, and its other end is connected with audio transmission/reception line 210 (such as equipment such as microphone); Signal conversion One end of the line 212 is connected to the mobile data network interface line 206 , and the other end is connected to the button group 214 . The mobile data network GPS device 104 of the present invention can be installed on various mobile devices such as automobiles for navigation and positioning.

在移动数据网GPS设备104中，GPS设备202可以是现有GPS线路，具有现有GPS线路的所有软、硬件和功能，能够和GPS卫星102进行双向通讯。移动数据网GPS设备104中的其他线路用于实现将现有GPS设备202(通过移动数据网106)与移动数据网GPS呼叫中心105进行双向通讯的功能(包括数据信号双向通讯和声音信号双向通讯的功能)。In the GPS device 104 of the mobile data network, the GPS device 202 can be an existing GPS circuit, has all the software, hardware and functions of the existing GPS circuit, and can perform two-way communication with the GPS satellite 102 . Other circuits in the mobile data network GPS device 104 are used to realize the function of carrying out two-way communication with the existing GPS device 202 (through the mobile data network 106) and the mobile data network GPS call center 105 (comprising data signal two-way communication and sound signal two-way communication function).

移动数据网接口线路206能将从GPS设备202、音频/数字转换线路208和信号转换线路212接收到的信号转换成移动数据网106能识别和处理的信号，而且移动数据网接口线路206能将从移动数据网106接收到信号转换成GPS设备202和音频/数字转换线路208能识别和处理的信号。The mobile data network interface circuit 206 can convert the signal received from the GPS device 202, the audio/digital conversion circuit 208 and the signal conversion circuit 212 into a signal that the mobile data network 106 can recognize and process, and the mobile data network interface circuit 206 can convert The signal received from the mobile data network 106 is converted into a signal that the GPS device 202 and the audio/digital conversion circuit 208 can recognize and process.

另外，移动数据网接口线路206中设有存储装置和处理装置(如CPU等设备)，用于存储移动数据网GPS呼叫中心105的识别信息(ID)和移动数据网GPS设备104的识别信息(ID)。移动数据网106能根据移动数据网GPS呼叫中心105的识别信息(ID)，将移动数据网GPS设备104发出的信息和其本身的识别信息(ID)送到移动数据网GPS呼叫中心105。In addition, the mobile data network interface line 206 is provided with a storage device and a processing device (such as CPU and other equipment), which are used to store the identification information (ID) of the mobile data network GPS call center 105 and the identification information (ID) of the mobile data network GPS equipment 104 ( ID). The mobile data network 106 can send the information sent by the mobile data network GPS device 104 and its own identification information (ID) to the mobile data network GPS call center 105 according to the identification information (ID) of the mobile data network GPS call center 105 .

图3是本发明移动数据网GPS呼叫中心105的结构框图。如图3所示，移动数据网GPS呼叫中心105包括GPS设备识别线路302，其一端与呼叫中心(CALLCENTER)设备303相连接，其另一端通过108(图1示出)与GPS卫星102通讯相连接。GPS设备识别线路302具有现有GPS设备的所有软、硬件和功能，能够和GPS卫星102进行双向通讯，可以接收、跟踪和监督移动数据网GPS设备104发出的信息。呼叫中心设备303可以是现有呼叫中心(CALLCENTER)设备，具有现有呼叫中心设备的所有软、硬件和功能。Fig. 3 is a structural block diagram of the mobile data network GPS call center 105 of the present invention. As shown in Figure 3, the GPS call center 105 of the mobile data network includes a GPS device identification line 302, one end of which is connected with a call center (CALLCENTER) device 303, and the other end communicates with the GPS satellite 102 through 108 (shown in Figure 1 ). connect. The GPS device identification circuit 302 has all the software, hardware and functions of the existing GPS device, can communicate with the GPS satellite 102 two-way, and can receive, track and supervise the information sent by the GPS device 104 in the mobile data network. The call center equipment 303 may be an existing call center (CALLCENTER) equipment, which has all the software, hardware and functions of the existing call center equipment.

在本发明中，GPS设备202和GPS设备识别线路302是对称线路，即GPS设备202和GPS设备识别线路302功能相似，并能同时从GPS卫星102收到同样的信息。这样，呼叫中心设备303能实时获取GPS设备202的GPS标识(GPSID)和移动数据网GPS设备104的现在位置和目的位置，使得呼叫中心设备303可以跟踪并与移动数据网GPS设备104进行双向通讯，包括数据信号双向通讯和声音信号双向通讯。In the present invention, the GPS device 202 and the GPS device identification circuit 302 are symmetrical circuits, that is, the GPS device 202 and the GPS device identification circuit 302 have similar functions and can receive the same information from the GPS satellite 102 at the same time. In this way, the call center equipment 303 can obtain the GPS identification (GPSID) of the GPS equipment 202 in real time and the current position and the destination position of the mobile data network GPS equipment 104, so that the call center equipment 303 can track and carry out two-way communication with the mobile data network GPS equipment 104 , including two-way communication of data signals and two-way communication of sound signals.

移动数据网GPS呼叫中心105还包括移动数据网接口线路306、数字信号输入/输出线路307和音频/数字转换线路308。移动数据网接口线路306与移动数据网106通讯连接；移动数据网接口线路306还分别与GPS设备识别线路302、呼叫中心设备303、数字信号输入/输出线路307和音频/数字转换线路308相连接。The mobile data network GPS call center 105 also includes a mobile data network interface line 306 , a digital signal input/output line 307 and an audio/digital conversion line 308 . The mobile data network interface line 306 is communicatively connected with the mobile data network 106; the mobile data network interface line 306 is also connected with the GPS equipment identification line 302, the call center equipment 303, the digital signal input/output line 307 and the audio/digital conversion line 308 respectively .

移动数据网接口线路306能将从GPS设备识别线路302、呼叫中心设备303、数字信号输入/输出线路307与音频/数字转换线路308接收到的信号转换成移动数据网106能识别和处理的信号，而且移动数据网接口线路306能够将从移动数据网106接收到的信号转换成呼叫中心设备303、数字信号输入/输出线路307与音频/数字转换线路308能识别和处理的信号。The mobile data network interface line 306 can convert the signal received from the GPS equipment identification line 302, call center equipment 303, digital signal input/output line 307 and audio/digital conversion line 308 into a signal that the mobile data network 106 can identify and process , and the mobile data network interface line 306 can convert the signal received from the mobile data network 106 into a signal that the call center equipment 303, the digital signal input/output line 307 and the audio/digital conversion line 308 can recognize and process.

另外，移动数据网接口线路306中设有存储装置和处理装置(如CPU等设备)，用于存储移动数据网GPS呼叫中心105的识别信息(ID)和多个移动数据网GPS设备104的识别信息(ID)。移动数据网106能根据具体某个移动数据网GPS设备104的ID，将移动数据网GPS呼叫中心105发出的信息和其本身的识别信息(ID)送到该移动数据网GPS设备104上。In addition, the mobile data network interface line 306 is provided with a storage device and a processing device (such as CPU and other equipment), which are used to store the identification information (ID) of the mobile data network GPS call center 105 and the identification of a plurality of mobile data network GPS devices 104 Information (ID). The mobile data network 106 can send the information sent by the mobile data network GPS call center 105 and its own identification information (ID) to the mobile data network GPS device 104 according to the ID of a specific mobile data network GPS device 104 .

在本发明移动数据网GPS呼叫中心105中，呼叫中心设备303可以是现有的呼叫中心设备，具有现有呼叫中心设备的所有软、硬件和功能。本发明移动数据网GPS呼叫中心105的其他线路用于实现将现有呼叫中心设备303通过移动数据网106与移动数据网GPS设备104进行双向通讯的功能(包括数据信号双向通讯和声音信号双向通讯的功能)。In the mobile data network GPS call center 105 of the present invention, the call center equipment 303 can be an existing call center equipment, and has all the software, hardware and functions of the existing call center equipment. Other circuits of the GPS call center 105 in the mobile data network of the present invention are used to realize the function of carrying out two-way communication with the existing call center equipment 303 through the mobile data network 106 and the GPS equipment 104 of the mobile data network (comprising data signal two-way communication and sound signal two-way communication function).

在使用中，当移动数据网GPS呼叫中心105要与移动数据网GPS设备104进行通讯时，移动数据网接口线路306通过GPS设备识别线路302获得移动数据网GPS设备104的ID、现在位置和目的位置。如果要将音频信号传送到移动数据网GPS设备104，操作员可向音频/数字转换线路308(例如麦克风等设备)发出音频信号，音频/数字转换线路308将音频信号转换成数字信号并将数字信号送到移动数据网接口线路306。移动数据网接口线路306将数字信号和移动数据网GPS设备104的ID转换成符合移动数据网协议认可的格式，并将转换后的信号送到移动数据网106。根据移动数据网GPS设备104的ID，移动数据网106将转换后的信号送到移动数据网GPS设备104中的移动数据网接口线路206。移动数据网接口线路206将收到的信号处理成音频/数字转换线路208能识别的数字信号，并将数字信号送到音频/数字转换线路208，由其将数字信号转换成音频信号。在收到从音频/数字转换线路208送来的音频信号后，音频发送/接收线路210将音频信号播放出来。In use, when the mobile data network GPS call center 105 will communicate with the mobile data network GPS device 104, the mobile data network interface circuit 306 obtains the ID, present location and purpose of the mobile data network GPS device 104 through the GPS device identification circuit 302 Location. If the audio signal is to be transmitted to the mobile data network GPS device 104, the operator can send the audio signal to the audio/digital conversion circuit 308 (such as a microphone, etc.), and the audio/digital conversion circuit 308 converts the audio signal into a digital signal and converts the digital signal into a digital signal. The signal is sent to the mobile data network interface line 306. The mobile data network interface line 306 converts the digital signal and the ID of the GPS device 104 of the mobile data network into a format that conforms to the format approved by the mobile data network protocol, and sends the converted signal to the mobile data network 106 . According to the ID of the mobile data network GPS device 104, the mobile data network 106 sends the converted signal to the mobile data network interface line 206 in the mobile data network GPS device 104. The mobile data network interface circuit 206 processes the received signal into a digital signal recognizable by the audio/digital conversion circuit 208, and sends the digital signal to the audio/digital conversion circuit 208, which converts the digital signal into an audio signal. After receiving the audio signal from the audio/digital conversion circuit 208, the audio sending/receiving circuit 210 plays the audio signal.

在使用中，如果要将数据信号(如更新的地图)从移动数据网GPS呼叫中心105传送到移动数据网GPS设备104，操作员可向数据输入/输出线路307输入数字信号，数据输入/输出线路307将数据信号送到移动数据网接口线路306。移动数据网接口线路306通过GPS设备识别线路302获得移动数据网GPS设备104的ID、现在位置和目的位置。移动数据网接口线路306将数据信号和移动数据网GPS设备104的ID转换成符合移动数据网协议认可的格式，并将转换后的信号送到移动数据网106。根据移动数据网GPS设备104的ID，移动数据网106将转换后的信号送到移动数据网GPS设备104中的移动数据网接口线路206。移动数据网接口线路206将收到的信号转换成GPS设备202能识别的信号。在收到从移动数据网接口线路206送来的信号后，GPS设备202将信号存起来并在其显示屏幕上显示出来。In use, if data signals (such as updated maps) are to be transmitted from the mobile data network GPS call center 105 to the mobile data network GPS device 104, the operator can input digital signals to the data input/output line 307, and the data input/output Line 307 sends the data signal to mobile data network interface line 306 . The mobile data network interface circuit 306 obtains the ID, current location and destination location of the mobile data network GPS device 104 through the GPS device identification circuit 302 . The mobile data network interface circuit 306 converts the data signal and the ID of the GPS device 104 of the mobile data network into a format that conforms to the format approved by the mobile data network protocol, and sends the converted signal to the mobile data network 106 . According to the ID of the mobile data network GPS device 104, the mobile data network 106 sends the converted signal to the mobile data network interface line 206 in the mobile data network GPS device 104. The mobile data network interface line 206 converts the received signal into a signal that the GPS device 202 can recognize. After receiving the signal sent from the mobile data network interface line 206, the GPS device 202 stores the signal and displays it on its display screen.

在使用中，当移动数据网GPS设备104要与移动数据网GPS呼叫中心105进行通讯时，移动数据网接口线路206通过GPS设备202获得移动数据网GPS设备104的ID、现在位置和目的位置，同时移动数据网接口线路206从其存储器中取出移动数据网GPS呼叫中心105的ID。如果要将音频信号传送到移动数据网GPS呼叫中心105，移动数据网GPS设备104的使用者向音频发送/接收线路210(例如麦克风等设备)发出音频信号，音频/数字转换线路208将音频信号转换成数字信号并将数字信号送到移动数据网接口线路206。移动数据网接口线路206将数字信号、移动数据网GPS设备104的ID和移动数据网GPS呼叫中心105的ID转换成符合移动数据网协议认可格式，并将转换后的信号送到移动数据网106。根据移动数据网GPS呼叫中心105的ID，移动数据网106将转换后的信号送到移动数据网GPS呼叫中心105的移动数据网接口线路306。移动数据网接口线路306将收到的信号处理成音频/数字转换线路308能识别的数字信号，并其将送到音频/数字转换线路308。音频/数字转换线路308将数字信号转换成音频信号并通过扬声器播放出来。In use, when the mobile data network GPS device 104 will communicate with the mobile data network GPS call center 105, the mobile data network interface circuit 206 obtains the ID, the present position and the destination position of the mobile data network GPS device 104 by the GPS device 202, Simultaneously, the mobile data network interface line 206 takes out the ID of the mobile data network GPS call center 105 from its memory. If the audio signal is to be transmitted to the mobile data network GPS call center 105, the user of the mobile data network GPS device 104 sends the audio signal to the audio transmission/reception circuit 210 (such as equipment such as a microphone), and the audio/digital conversion circuit 208 converts the audio signal Convert into digital signals and send the digital signals to the mobile data network interface line 206. The mobile data network interface line 206 converts the ID of the digital signal, the mobile data network GPS device 104 and the mobile data network GPS call center 105 into a format that meets the mobile data network protocol approval format, and sends the converted signal to the mobile data network 106 . According to the ID of the mobile data network GPS call center 105, the mobile data network 106 sends the converted signal to the mobile data network interface line 306 of the mobile data network GPS call center 105. The mobile data network interface circuit 306 processes the received signal into a digital signal recognizable by the audio/digital conversion circuit 308 , and sends it to the audio/digital conversion circuit 308 . The audio/digital conversion circuit 308 converts the digital signal into an audio signal and plays it through the speaker.

当移动数据网GPS设备104的使用者遇到紧急情况时，她/他可以按动紧急求助按钮组214。在按动以后，紧急求助按钮组214向信号转换线路212传送一个紧急求助信号。信号转换线路212将该紧急求助信号转换成移动数据网接口线路206能识别的信号，并将转换后的信号传送到移动数据网接口线路206。移动数据网接口线路206通过GPS设备202获得移动数据网GPS设备104的ID、现在位置，同时移动数据网接口线路206从其存储器中取出移动数据网GPS呼叫中心105的ID。移动数据网接口线路206将紧急求助信号、移动数据网GPS设备104的ID和移动数据网GPS呼叫中心105的ID转换成符合移动数据网协议认可的格式，并将转换后的信号送到移动数据网106。根据移动数据网GPS呼叫中心105的ID，移动数据网106将GPS设备104的ID、现在位置和紧急求助信号送到移动数据网GPS呼叫中心105的移动数据网接口线路306。移动数据网接口线路306将收到的紧急求助信号处理成输入/输出线路307和音频/数字转换线路308能识别的数字信号，并其将送到输入/输出线路307和音频/数字转换线路308。音频/数字转换线路308将数字信号转换成紧急求助音频信号并通过扬声器播放出来；数字输入/输出线路307能显示紧急求助要求和移动数据网GPS设备104在地图上的位置。在收到紧急求助信号后，呼叫中心105可以采取急救措施。When the user of the mobile data network GPS device 104 encounters an emergency, she/he can press the emergency button set 214 . After being pressed, the emergency help button group 214 transmits an emergency help signal to the signal conversion circuit 212 . The signal converting circuit 212 converts the emergency help signal into a signal recognizable by the mobile data network interface circuit 206 , and transmits the converted signal to the mobile data network interface circuit 206 . The mobile data network interface circuit 206 obtains the ID of the mobile data network GPS device 104, the present location through the GPS device 202, and the mobile data network interface circuit 206 takes out the ID of the mobile data network GPS call center 105 from its memory simultaneously. The mobile data network interface line 206 converts the emergency signal, the ID of the mobile data network GPS device 104 and the ID of the mobile data network GPS call center 105 into a format that meets the mobile data network protocol approval, and sends the converted signal to the mobile data network. Net 106. According to the ID of the mobile data network GPS call center 105, the mobile data network 106 sends the ID of the GPS device 104, the current location and the emergency signal to the mobile data network interface line 306 of the mobile data network GPS call center 105. The mobile data network interface circuit 306 processes the received emergency help signal into a digital signal recognizable by the input/output circuit 307 and the audio/digital conversion circuit 308, and it will be sent to the input/output circuit 307 and the audio/digital conversion circuit 308 . The audio/digital conversion circuit 308 converts the digital signal into an emergency audio signal and plays it through the speaker; the digital input/output circuit 307 can display the emergency request and the position of the mobile data network GPS device 104 on the map. After receiving the emergency signal, the call center 105 can take emergency measures.

在使用过程中，GPS设备识别线路302能够实时通过GPS卫星102在地面跟踪和监督GPS设备202的当前位置和目的位置。During use, the GPS device identification line 302 can track and supervise the current location and the target location of the GPS device 202 on the ground through the GPS satellite 102 in real time.

在本发明中移动数据网接口线路206、306设有至少一个处理器，具有CPU和存储器，有存储程序指令和执行程序的功能。In the present invention, the mobile data network interface lines 206, 306 are provided with at least one processor, which has a CPU and a memory, and has the functions of storing program instructions and executing programs.

Claims (57)

1. a GPS device system (104), is characterized in that comprising:
GPS device (202); With
Mobile data network interface circuit (206).
2. GPS device system (104) as claimed in claim 1, characterized by further comprising:
Button groups (214).
3. GPS device system (104) as claimed in claim 1, is characterized in that mobile data network interface circuit (206) comprising:
Processor.
4. GPS device system (104) as claimed in claim 1, characterized by further comprising:
Signal conversion line (212).
5. the method for operation GPS device system (104) as described in claim 1-4.
6. a call center (105), is characterized in that comprising:
GPS device (302); With
Mobile data network interface circuit (306).
7. as claimed in claim 6 call center (105), characterized by further comprising:
Calling center apparatus (303).
8. as claimed in claim 6 call center (105), it is characterized in that mobile data network interface circuit (306) comprising:
Processor.
9. as claimed in claim 6 call center (105), characterized by further comprising:
Digital signal input/out line (307).
10. as claimed in claim 6 call center (105), characterized by further comprising:
Audio frequency/digital conversion circuit (308).
11. 1 kinds of operations method of call center (105) as described in claim 6-10.
12. 1 kinds of communication systems, comprise GPS device system (104) and call center (105), it is characterized in that:
Described GPS device system (104) comprises GPS device (202) and mobile data network interface circuit (206);
Described call center (105) comprises GPS device (302) and mobile data network interface circuit (306).
13. communication systems as claimed in claim 12, characterized by further comprising:
Button groups (214).
14. communication systems as claimed in claim 12, is characterized in that mobile data network interface circuit (206) comprising:
Processor.
15. communication systems as claimed in claim 12, characterized by further comprising:
Signal conversion line (212).
16. communication systems as claimed in claim 12, characterized by further comprising:
Calling center apparatus (303).
17. as claimed in claim 12 call center (105), it is characterized in that mobile data network interface circuit (306) comprising:
Processor.
18. communication systems as claimed in claim 12, characterized by further comprising:
Digital signal input/out line (307).
19. communication systems as claimed in claim 12, characterized by further comprising:
Audio frequency/digital conversion circuit (308).
The method of 20. 1 kinds of operations communication system as described in claim 12-19.
21. 1 kinds of GPS mobile data network systems (100) using gps satellite, comprise gps satellite (102) and a mobile data network (106), it is characterized in that:
Mobile data network GPS device (104), is connected with described gps satellite (102) and mobile data network (106) signal;
Mobile data network GPS call center (CALLCENTER) (105), are connected with mobile data network (106) signal with described gps satellite (102);
Described mobile data network GPS device (104) carries out communication by mobile data network (106) and call center (105).
22. GPS mobile data network systems as claimed in claim 21, is characterized in that described communication comprises data-signal both-way communication and voice signal both-way communication.
23. 1 kinds use gps satellite in the system (100) of Deep space tracking GPS device, comprise gps satellite (102) and a mobile data network (106), it is characterized in that:
GPS device (202), is connected with described gps satellite (102) and mobile data network (106) signal, and transmits its positional information to described gps satellite (102);
Mobile data network GPS call center (CALLCENTER) (105), are connected with described gps satellite (102) and mobile data network (106) signal;
The positional information of GPS device (202) and id information are sent to described mobile data network GPS call center (CALLCENTER) (105) by described gps satellite (102);
According to positional information and id information, described mobile data network GPS call center (CALLCENTER) (105) carries out communication by mobile data network (106) and GPS device (202).
The system of 24. Deep space tracking GPS device as claimed in claim 23, described communication comprises data-signal both-way communication and voice signal both-way communication.
The communication system (101) of 25. GPS device as described in claim 21-24, is characterized in that:
Described mobile data network GPS device (104) is provided with button groups (214), and after button press group, mobile data network GPS device (104) and mobile data network GPS call center (105) directly connect.
The communication system (101) of 26. GPS device as described in claim 21-24, is characterized in that:
Described mobile data network GPS device (104) need not send its positional information from trend mobile data network GPS call center (105) by artificial interference.
27. GPS mobile data network systems as described in claim 21-24, is characterized in that:
Described mobile data network GPS call center (105) can with the communication of multiple mobile data network GPS device (104).
The means of communication of 28. 1 kinds of uses gps satellite (102) and mobile data network (106), is characterized in that the described means of communication comprise the steps:
Mobile data network GPS device (104) is connected with described gps satellite (102) and mobile data network (106) signal;
Mobile data network GPS call center (CALLCENTER) (105) are connected with mobile data network (106) signal with described gps satellite (102);
Described mobile data network GPS device (104) is made to carry out communication by mobile data network (106) with call center (105).
29. means of communication as claimed in claim 28, is characterized in that:
Described communicating step comprises data-signal both-way communication and voice signal both-way communication.
The means of communication of 30. 1 kinds of uses gps satellite (102) and mobile data network (106), is characterized in that the described means of communication comprise the steps:
GPS device (202) is connected with described gps satellite (102) and mobile data network (106) signal, and makes described GPS device (202) transmit its positional information to described gps satellite (102);
Mobile data network GPS call center (CALLCENTER) (105) are connected with described gps satellite (102) and mobile data network (106) signal;
Make described gps satellite (102) that the positional information of GPS device (202) and id information are sent to described mobile data network GPS call center (CALLCENTER) (105);
Described mobile data network GPS call center (CALLCENTER) (105) is made to carry out communication according to positional information and id information by mobile data network (106) and GPS device (202).
31. means of communication as claimed in claim 30, is characterized in that:
Described communicating step comprises data-signal both-way communication and voice signal both-way communication.
32. means of communication as described in claim 28-31, is characterized in that:
By pressing the button groups (214) be arranged in mobile data network GPS device (104), mobile data network GPS device (104) is directly connected with mobile data network GPS call center (105).
33. means of communication as described in claim 28-31, is characterized in that:
Make described mobile data network GPS device (104) its positional information need not be sent from trend mobile data network GPS call center (105) by artificial interference.
34. as described in claim 28-31 the means of communication, it is characterized in that:
Make described mobile data network GPS call center (105) can with the communication of multiple mobile data network GPS device (104).
35. 1 kinds of GPS mobile data network systems (100) using gps satellite, comprise gps satellite (102) and a mobile data network (106), it is characterized in that:
A mobile data network GPS device (104), is connected with described gps satellite (102) and mobile data network (106) signal;
A mobile data network GPS call center (CALLCENTER) (105), is connected with mobile data network (106) signal with described gps satellite (102);
Described mobile data network GPS device (104) carries out communication by mobile data network (106) and call center (105).
36. GPS mobile data network systems as claimed in claim 35, described communication comprises data-signal both-way communication and voice signal both-way communication.
37. 1 kinds use gps satellite in the system (100) of Deep space tracking GPS device, comprise gps satellite (102) and a mobile data network (106), it is characterized in that:
A GPS device (202), is connected with described gps satellite (102) and mobile data network (106) signal, and transmits its positional information to described gps satellite (102);
A mobile data network GPS call center (CALLCENTER) (105), is connected with described gps satellite (102) and mobile data network (106) signal;
The positional information of GPS device (202) and id information are sent to described mobile data network GPS call center (CALLCENTER) (105) by described gps satellite (102);
According to positional information and id information, described mobile data network GPS call center (CALLCENTER) (105) carries out communication by mobile data network (106) and GPS device (202).
The system of 38. Deep space tracking GPS device as claimed in claim 37, described communication comprises data-signal both-way communication and voice signal both-way communication.
GPS device (202) is connected to the method for third party device or ground installation, following steps included by the method by 39.:
(1) ID or the telephone number of GPS device (202) is obtained;
(2) GPS device (202) is found;
(3) ID of GPS device (202) or telephone number are sent to mobile data network (106);
(4) by mobile data network (106), GPS device (202) is connected to third party device or ground installation.
40. methods as claimed in claim 39, comprise the steps: further
The ID of described GPS device (202) is obtained at third party device or ground installation.
41. methods as claimed in claim 39, comprise the steps: further
By gps satellite system, obtain the ID of described GPS device (202) at third party device or ground installation.
42. methods as claimed in claim 39, comprise the steps: further
Described gps satellite system and described GPS device (202) carry out both-way communication.
43. methods as described in claim 39-42, described third party device or ground installation are calling center apparatus (303).
44. use third party device or ground installation and GPS device (202) to carry out the method for real-time communication, following steps included by the method:
(1) ID or the telephone number of GPS device (202) is obtained;
(2) GPS device (202) is found;
(3) ID of GPS device (202) or telephone number are sent to mobile data network (106);
(4) by mobile data network (106), GPS device (202) is connected to third party device or ground installation;
(5) by mobile data network (106), between GPS device (202) and third party device or ground installation, real-time communication is carried out.
45. methods as claimed in claim 44, comprise the steps: further
Described gps satellite system and described GPS device (202) carry out both-way communication.
46. methods as claimed in claim 44, comprise the steps: further
The ID of described GPS device (202) is obtained at third party device or ground installation.
47. methods as claimed in claim 44, comprise the steps: further
By gps satellite system, obtain the ID of described GPS device (202) at third party device or ground installation.
48. methods as described in claim 44-47, described third party device or ground installation are calling center apparatus (303).
49. use third party device or ground installation follow the tracks of or supervise the method for GPS device (202), following steps included by the method:
(1) ID or the telephone number of one or several GPS device (202) is obtained;
(2) described one or several GPS device (202) is found;
(3) ID of described or several GPS device (202) or telephone number are sent to mobile data network (106);
(4) by mobile data network (106), described one or several GPS device (202) are connected to third party device or ground installation;
(5) follow the tracks of on third party device or ground installation and/or supervise described one or several GPS device (202).
50. methods as claimed in claim 49, comprise the steps: further
Described gps satellite system and described GPS device (202) carry out both-way communication.
51. methods as claimed in claim 49, comprise the steps: further
The ID of described GPS device (202) is obtained at third party device or ground installation.
52. methods as described in claim 49-51, described third party device or ground installation are calling center apparatus (303).
53. methods requiring communication in GPS device (202) to third party device or ground installation, following steps included by the method:
(1) in the upper button press group (214) of described GPS device (202);
(2) described GPS device (202) is connected with third party device or ground installation communication;
(3) in described GPS device (202), signal is sent request to third party device or ground installation;
(4) in described GPS device (202), its positional information is sent to third party device or ground installation;
(5) at third party device or ground installation process request signal.
54. methods as claimed in claim 53, is characterized in that:
(6) result of reason request signal is sent to described GPS device (202).
55. methods as claimed in claim 53, is characterized in that:
In described (2) step, described GPS device (202) is connected with third party device or ground installation communication by mobile data network (106);
In described (6) step, described GPS device (202) carries out both-way communication by mobile data network (106) and third party device or ground installation.
56. methods as claimed in claim 53, comprise the steps: further
The ID that acquisition third party device or ground installation obtain.
57. methods as described in claim 53-56, described third party device or ground installation are calling center apparatus (303).
CN201510816070.9A 2008-03-07 2008-03-07 Device and method for communicating with GPS device Pending CN105472555A (en)

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CN104833983A (en) 2015-08-12
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CN101527877A (en) 2009-09-09
CN101978768A (en) 2011-02-16
CN101527877B (en) 2015-11-25
HK1216668A1 (en) 2016-11-25
HK1216696A1 (en) 2016-11-25
CN105445754A (en) 2016-03-30
CN104833984A (en) 2015-08-12
CN101978768B (en) 2015-04-01
HK1209840A1 (en) 2016-04-08
CN105467401A (en) 2016-04-06
HK1209841A1 (en) 2016-04-08
WO2009109142A1 (en) 2009-09-11
HK1216118A1 (en) 2016-10-14
CN104833982A (en) 2015-08-12
CN105487085A (en) 2016-04-13
HK1209843A1 (en) 2016-04-08
HK1216669A1 (en) 2016-11-25
HK1209842A1 (en) 2016-04-08

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