CN101620268A - Remote tracking system and method thereof - Google Patents
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- CN101620268A CN101620268A CN200810125278A CN200810125278A CN101620268A CN 101620268 A CN101620268 A CN 101620268A CN 200810125278 A CN200810125278 A CN 200810125278A CN 200810125278 A CN200810125278 A CN 200810125278A CN 101620268 A CN101620268 A CN 101620268A
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Abstract
The invention provides a remote tracking system and a method thereof, which are used for solving the problem that current time-position coordinates of audio and video data cannot be truly obtained by the prior technology. The time-position coordinate-base remote tracking system, which allows a user to select any time-position of time-position data in the mode of a control shaft to display the corresponding audio and video data at the selected time-position.
Description
Technical field
The present invention refers to a kind of remote tracking system and method thereof of utilizing at least one portable electronic devices based on time binding site coordinate especially about a kind of remote tracking system and method thereof.
Background technology
Geographic Information System is combining geographic information and scientific and technological a kind of emerging technology, and except that in making map, more the data with real world are connected, and can improve every space things and the service efficiency and the effect that promote environmental resource.So-called geography information be meant the face of land up and down visible features and the phenomenon or the incident of version space feature, the every work that utilizes computing machine to finish, so can be in response to difference or special demand, the expressive space feature, the phenomenon and the incident of real world are simplified, and, bring Computer Analysis into, with the judgement of aid decision making with after gather material and the arrangement.
The synchronized development of technique of internet and wireless communication technique, facilitate many making us to use easily, for example: mobile communication device combines with Geographic Information System via wireless communication technique, and what can help user's real-time sees through mobile communication device to obtain geography information.In addition, mobile communication device also can see through technique of internet and be linked to a remote server via the corresponding network address of the geography information that is obtained, to obtain the scene data of this geography information.
Above-mentioned scene data is that the mode with webpage is stored in the database of above-mentioned remote server, and remote server is that the simple storage area that provides carries out the download or the upload action of scene data to the user at this.Yet present scene data only has single position data (comprising literal and picture) and relevant explanatory note.
Therefore, if the user goes when watching above-mentioned scene data after the several years again, the user can only learn the position of this scene data and can't learn when this scene data is taken, moreover above-mentioned scene data is provided by the unidirectional data that provide.
Summary of the invention
In order to solve the shortcoming of above-mentioned prior art, the present invention proposes a kind of remote tracking system and method thereof.The objective of the invention is to a user and can utilize the long-range method for tracing of at least one portable electronic devices, have the arbitrary information of time to capture in conjunction with geodata so that the user can see through the operation of Control Shaft on portable electronic devices based on time binding site coordinate.
To achieve the above object, the invention provides a kind of remote tracking system, comprise a long-range servo host, a network and a portable electronic devices.
Above-mentioned long-range servo host comprises a storage element at least, and this storage element includes an application program.
Above-mentioned portable electronic devices, at least one video-audio data of portable electronic devices acquisition, and via network connections in long-range servo host to download application program, wherein portable electronic devices comprises a communication module at least, in order to receive at least one geographic position communication signal; One time module is in order to capture at least one time synchronized signal that this portable electronic devices produces; One central processing module is electrically connected at this communication module and this time module, and those geographic position communication signals are resolved at least one geographic position data, and those time synchronized signals are resolved at least one time synchronized data; One binding modules is in order in conjunction with those geographic position datas and those time synchronized data, to produce for one time-position data; And a display interface module, see through the Control Shaft that this application program provided based on this time-position data, correspond to this video-audio data of this time-position data in order to demonstration.
To achieve the above object, the present invention also provides a kind of long-range method for tracing, is the method for carrying out long-range tracking between a portable electronic devices and a long-range servo host, comprises carrying out a registration action; Download an application program in this portable electronic devices; See through this application program so that a Control Shaft to be provided; Produce for one time-position data; Form at least one audiovisual materials; And select this time-position data to show corresponding these audiovisual materials.
Relevant characteristics and implementation of the present invention cooperate diagram to be described in detail as follows as most preferred embodiment now.
Description of drawings
Fig. 1 is the remote tracking system synoptic diagram of first embodiment of the invention;
Fig. 2 is the long-range method for tracing process flow diagram of first embodiment of the invention;
Fig. 3 is the remote tracking system synoptic diagram of second embodiment of the invention;
Fig. 4 is the long-range method for tracing process flow diagram of second embodiment of the invention; And
Fig. 5 implements synoptic diagram for the present invention utilizes Control Shaft based on the video-audio data of time-position data.
The primary clustering symbol description
The 3rd interface module 100 Registering modules 102
Storage element 104 application programs 1040
First interface module, 140 first communication modules 141
First central processing module, 142 first memory modules 143
The first sound acquisition module, 144 first image capturing modules 145
Very first time module 146 first binding modules 147
The first display interface module, 148 second portable electronic devices 16
Second interface module, 160 second communication modules 161
Second central processing module, 162 second memory modules 163
The second sound acquisition module, 164 second image capturing modules 165
Second time module, 166 second binding modules 167
The second display interface module, 168 satellites 18
Embodiment
Global Positioning System (GPS) (GPS) originally be U.S. Department of Defense in response to military affairs regularly, purposes such as location and navigational system and developing, open afterwards give among the people as commercial and measure and use.Global Positioning System (GPS) provides accurate, lasting, round-the-clock, global location, speed and time information in conjunction with satellite and radiotelegraphy in satellite navigation at present.The Global Positioning System (GPS) communication module is to design on electronic installation, in order to receive the communication signal of Global Positioning System (GPS).
The wireless telecommunications networking is a kind of electronic installation carries out data with wireless mode transmission that offers, usually all can design a wireless communication module at present on electronic installation, wireless communication module sees through WAP (wireless application protocol) (Wireless Application Protocol; WAP) be linked to the wireless telecommunications networking, WAP (wireless application protocol) was set up based on exchanging information by some telecommunications companies when in June, 1997, WAP (wireless application protocol) is a kind of agreement of open, normal formula, is mainly that digital action telephone system and other wireless terminal device transmit and the exhibition information content.
As long as electronic installation internal support WAP (wireless application protocol), no matter its communication system specification is why, the content that can exchange information, and the communication specification can be gsm system, PHS system, cdma system, W-CDMA system or TCP/IP network system.Electronic installation is with whole packet radio (General Packet Radio Service in above-mentioned gsm system, PHS system, cdma system or W-CDMA system; GPRS) mode is carried out the transmission of data content, yet, when electronic installation is when being in the TCP/IP network system, be to carry out the transmission of data content in present general network package mode.
First embodiment
Please refer to Fig. 1, be the remote tracking system synoptic diagram of first embodiment of the invention.Remote tracking system 1 comprises a long-range servo host 10, a network 12, one first portable electronic devices 14, one second portable electronic devices 16 and at least four satellites 18, and long-range servo host 10 sees through network 12 and first portable electronic devices 14 and second portable electronic devices, 16 wireless link.
Network 12 can be a cable network or a wireless telecommunications networking links, cable network is to be linked to long-range servo host 10 and first portable electronic devices 14 and second portable electronic devices 16 via a grid line, and the wireless telecommunications networking is to utilize a home control network communication protocol to be linked to long-range servo host 10 and first portable electronic devices 14 and second portable electronic devices 16 wirelessly.
Long-range servo host 10 comprises one the 3rd interface module 100 and a Registering modules 102.
First portable electronic devices 14 comprises one first Network Interface Module 140, one first communication module 141, one first central processing module 142, one first memory module 143, one first sound acquisition module 144, one first image capturing module 145, a very first time module 146, one first binding modules 147 and one first display interface module 148.
First portable electronic devices 14 can be a PDA(Personal Digital Assistant), a hand held device or a mobile computer, and hand held device can be exemplified as mobile phone or the digital camera with camera function at this.
In the present embodiment, first portable electronic devices 14 is to be example with the navigational system of combining global global position system (GPS) and camera function, yet this is not in order to restriction the present invention.
Because all free record in digital camera or mobile phone inside, so first portable electronic devices 14 receives the position coordinates that time keeping and GPS navigation system are captured respectively, and then it is made up, after finishing, combination will obtain the video-audio data of free record and position coordinates.
First communication module 141 can be a GPS communication module, and first portable electronic devices 14 can receive at least one geographic position communication signal that satellite 18 transmits after locating via first communication module 141.Very first time module 146 is the frequency generator (figure slightly) of first portable electronic devices 14, with acquisition at least one time synchronized signal that frequency generator was produced.
First central processing module 142 is electrically connected at first communication module 141 and very first time module 146, and the geographic position communication signal is resolved at least one geographic position data, and the time synchronized signal is resolved at least one time synchronized data.
First binding modules, 147 combining geographic location data and time synchronized data are to have at least one pen first video-audio data that produces one time-position data.
The first sound acquisition module 144 is electrically connected at first central processing module 142, to capture at least one speech data.The first image capturing module 145 is electrically connected at first central processing module 142, to absorb at least one image data.
First portable electronic devices 14 captures speech data and image data and forms at least one video-audio data via the first sound acquisition module 144 and the first image capturing module 145.
The first display interface module 148 sees through the Control Shaft 20 that first application program 1040 is provided based on time-position data, corresponds to first video-audio data of time-position data in order to demonstration.The first display interface module 148 is for being arranged on the display screen on first portable electronic devices 14, and display screen can be touch lcd screen or general lcd screen.First interface module 140 is in order to transmit this pen first video-audio data.
Second portable electronic devices 16 comprises one second interface module 160, one second communication module 161, one second central processing module 162, one second memory module 163, one second sound acquisition module 164, one second image capturing module 165, one second time module 166, one second binding modules 167 and one second display interface module 168.
Second portable electronic devices 16 can be a PDA(Personal Digital Assistant), a hand held device or a mobile computer, and hand held device can be exemplified as mobile phone or the digital camera with camera function at this.
In the present embodiment, second portable electronic devices 16 is to be example with the navigational system of combining global global position system (GPS) and camera function, yet this is not in order to restriction the present invention.
Because all free record in digital camera or mobile phone inside, so second portable electronic devices 16 receives the position coordinates that time keeping and GPS navigation system are captured respectively, and then it is made up, after finishing, combination will obtain the video-audio data of free record and position coordinates.
Second communication module 161 can be a GPS communication module, and second portable electronic devices 16 can receive at least one geographic position communication signal that satellite 18 transmits after locating via second communication module 161.Second time module 166 is the frequency generator (figure slightly) of second portable electronic devices 16, with acquisition at least one time synchronized signal that frequency generator was produced.
Second central processing module 162 is electrically connected at first communication module 161 and second time module 166, and the geographic position communication signal is resolved at least one geographic position data, and the time synchronized signal is resolved at least one time synchronized data.
Second binding modules, 167 combining geographic location data and time synchronized data are to have at least one pen first video-audio data that produces one time-position data.
The second sound acquisition module 164 is electrically connected at second central processing module 162, to capture at least one speech data.The second image capturing module 165 is electrically connected at second central processing module 162, to absorb at least one image data.
Second portable electronic devices 16 captures speech data and image data and forms at least one pen second audiovisual materials via the second sound acquisition module 164 and the second image capturing module 165.
The second display interface module 168 sees through the Control Shaft that this second application program is provided based on this time-position data, corresponds to this pen second video-audio data of this time-position data in order to demonstration.The second display interface module 168 is for being arranged on the display screen on second portable electronic devices 16, and display screen can be touch lcd screen or general lcd screen.Second interface module 160 is in order to receive this pen first video-audio data or to transmit this pen second video-audio data.
The 3rd interface module 100 transmits IP address to the first portable electronic devices 14 and second portable electronic devices 16 of first portable electronic devices 14 and second portable electronic devices 16 respectively.
Registering modules 102 provides the action to first portable electronic devices 14 and the 16 execution IP address registrations of second portable electronic devices.
Please also refer to Fig. 1 and Fig. 2, Fig. 2 is the long-range method for tracing process flow diagram of first embodiment of the invention.At first, first portable electronic devices 14 is carried out the action (S100) of IP address registration to the Registering modules 102 of long-range servo host 10 via second interface module 160 via first interface module 140 or second portable electronic devices 16.After the S100 step is finished, long-range servo host 10 initiatively sends log-on message to first portable electronic devices 14 and second portable electronic devices 16, thus, first portable electronic devices 14 or and second portable electronic devices 16 just can learn the other side's IP address, and directly get in touch (S102).
Then be stored in one first application program of first portable electronic devices 14 or the action that one second application program in second portable electronic devices 16 will notify a user to install.Its installation action can be not described in detail in this as being same as known techniques.After the installation, first application program and second application program will provide a Control Shaft 20 to carry out the function (S104) of long-range tracking to the user at first portable electronic devices 14 and second portable electronic devices 16 respectively at least.
First portable electronic devices 14 sees through first communication module 141 and second portable electronic devices 16 sees through second communication module, 161 acquisition at least one geographic position communication signals (S106), simultaneously, first portable electronic devices 14 sees through second time module, 166 acquisition at least one time synchronized signals (S108) through the very first time module 146 and second portable electronic devices 16.First central processing module 142 of first portable electronic devices 14 and second central processing module 162 of second portable electronic devices 16 resolve at least one geographic position data with the geographic position communication signal, and the time synchronized signal is resolved at least one time synchronized data (S110).First binding modules 147 of first portable electronic devices 14 and second binding modules 167 of second portable electronic devices 16 will combining geographic location data and time synchronized data, to produce for one time-position data (S112).
First portable electronic devices 14 is via the first sound acquisition module 144 and the first image capturing module 145, or second portable electronic devices 16 via the second sound acquisition module 164 and the second image capturing module 165 with acquisition speech data and image data and form at least one pen first audiovisual materials or at least one pen second audiovisual materials (S114).The speech data person of being to use saw through the sound that the second sound acquisition module 164 of the first sound acquisition module 144 (as microphone) of first portable electronic devices 14 or second portable electronic devices 16 is recorded, the recording device that perhaps adds (see through a connecting line and be linked to first portable electronic devices 14 or second portable electronic devices 16) at that time in the position in a view place.Image data then is not to use the person to see through first image capturing module 145 (as camera) of first portable electronic devices 14 or the second image capturing module 165 of second portable electronic devices 16 in the position in a view place at that time, the camera that perhaps adds (see through a connecting line and be linked to first portable electronic devices 14), the dynamic and/or static image that is absorbed.Video-audio data is respectively by first central processing module 142 of first portable electronic devices 14 or second central processing module 162 of second portable electronic devices 16, utilizes an audio-visual coding techniques (as MPEG) to encode speech data and image data formed.Certainly, when practical application, video-audio data also can comprise lteral data simultaneously, and lteral data can utilize arbitrary input mode (as keyboard input or handwriting input) that it is input into first portable electronic devices 14 or second portable electronic devices 16.
First portable electronic devices 14 is sent to second portable electronic devices 16 (S116) with first video-audio data via first interface module 140.At this moment, the user can see through Control Shaft 20 automatic load time-position datas (S118) that second application program is provided.Please also refer to Fig. 5, implement synoptic diagram based on the video-audio data of time-position data for the present invention utilizes Control Shaft.
The operation that sees through Control Shaft 20 as the user is when selecting specific time-position data, and a viewing area 19 of the display screen of first portable electronic devices 14 will show first video-audio data (S120) that corresponds to specific time-position data.As shown in Figure 5, as user when to desire the time that is presented at be seven o'clock of morning in the video-audio data of A point position, the user sees through Control Shaft 20 and moves to above-mentioned time-position data, 19 video-audio datas that will show at that time in the viewing area.Identical, the user also can see through above-mentioned mode and operate second portable electronic devices 16.
Second embodiment
Please refer to Fig. 3, be the remote tracking system synoptic diagram of second embodiment of the invention.Remote tracking system 1 comprises a long-range servo host 10, a network 12, one first portable electronic devices 14, one second portable electronic devices 16 and at least four satellites 18, and long-range servo host 10 sees through network 12 and first portable electronic devices 14 and second portable electronic devices, 16 wireless link.
Long-range servo host 10 comprises one second Network Interface Module 100, a Registering modules 102 and a storage element 104, and storage element 104 includes an application program 1040.
First portable electronic devices 14 comprises one first Network Interface Module 140, one first communication module 141, one first central processing module 142, one first memory module 143, one first sound acquisition module 144, one first image capturing module 145, a very first time module 146, one first binding modules 147 and one first display interface module 148.
First portable electronic devices 14 can be a PDA(Personal Digital Assistant), a hand held device or a mobile computer, and hand held device can be exemplified as mobile phone or the digital camera with camera function at this.
In the present embodiment, first portable electronic devices 14 is to be example with the navigational system of combining global global position system (GPS) and camera function, yet this is not in order to restriction the present invention.
Because all free record in digital camera or mobile phone inside, so first portable electronic devices 14 receives the position coordinates that time keeping and GPS navigation system are captured respectively, and then it is made up, after finishing, combination will obtain the video-audio data of free record and position coordinates.
First communication module 141 can be a GPS communication module, and first portable electronic devices 14 can receive at least one geographic position communication signal that satellite 18 transmits after locating via first communication module 141.Very first time module 146 is the frequency generator (figure slightly) of first portable electronic devices 14, with acquisition at least one time synchronized signal that frequency generator was produced.
First central processing module 142 is electrically connected at first communication module 141 and very first time module 146, and the geographic position communication signal is resolved at least one geographic position data, and the time synchronized signal is resolved at least one time synchronized data.
First binding modules, 147 combining geographic location data and time synchronized data are to have at least one pen first video-audio data that produces one time-position data.
The first sound acquisition module 144 is electrically connected at first central processing module 142, to capture at least one speech data.The first image capturing module 145 is electrically connected at first central processing module 142, to absorb at least one image data.
First portable electronic devices 14 captures speech data and image data and forms at least one video-audio data via the first sound acquisition module 144 and the first image capturing module 145.
The first display interface module 148 sees through the Control Shaft 20 that first application program 1040 is provided based on time-position data, corresponds to first video-audio data of time-position data in order to demonstration.The first display interface module 148 is for being arranged on the display screen on first portable electronic devices 14, and display screen can be touch lcd screen or general lcd screen.First interface module 140 is in order to transmit this pen first video-audio data.
Second portable electronic devices 16 comprises one second interface module 160, one second communication module 161, one second central processing module 162, one second memory module 163, one second sound acquisition module 164, one second image capturing module 165, one second time module 166, one second binding modules 167 and one second display interface module 168.
Second portable electronic devices 16 can be a PDA(Personal Digital Assistant), a hand held device or a mobile computer, and hand held device can be exemplified as mobile phone or the digital camera with camera function at this.
In the present embodiment, second portable electronic devices 16 is to be example with the navigational system of combining global global position system (GPS) and camera function, yet this is not in order to restriction the present invention.
Because all free record in digital camera or mobile phone inside, so second portable electronic devices 16 receives the position coordinates that time keeping and GPS navigation system are captured respectively, and then it is made up, after finishing, combination will obtain the video-audio data of free record and position coordinates.
Second communication module 161 can be a GPS communication module, and second portable electronic devices 16 can receive at least one geographic position communication signal that satellite 18 transmits after locating via second communication module 161.Second time module 166 is the frequency generator (figure slightly) of second portable electronic devices 16, with acquisition at least one time synchronized signal that frequency generator was produced.
Second central processing module 162 is electrically connected at first communication module 161 and second time module 166, and the geographic position communication signal is resolved at least one geographic position data, and the time synchronized signal is resolved at least one time synchronized data.
Second binding modules, 167 combining geographic location data and time synchronized data are to have at least one pen first video-audio data that produces one time-position data.
The second sound acquisition module 164 is electrically connected at second central processing module 162, to capture at least one speech data.The second image capturing module 165 is electrically connected at second central processing module 162, to absorb at least one image data.
Second portable electronic devices 16 captures speech data and image data and forms at least one pen second audiovisual materials via the second sound acquisition module 164 and the second image capturing module 165.
The second display interface module 168 sees through the Control Shaft that this second application program is provided based on this time-position data, corresponds to this pen second video-audio data of this time-position data in order to demonstration.The second display interface module 168 is for being arranged on the display screen on second portable electronic devices 16, and display screen can be touch lcd screen or general lcd screen.Second interface module 160 is in order to receive this pen first video-audio data or to transmit this pen second video-audio data.
The 3rd interface module 100 transmits IP address to the first portable electronic devices 14 and second portable electronic devices 16 of first portable electronic devices 14 and second portable electronic devices 16 respectively.
Registering modules 102 provides the action to first portable electronic devices 14 and the 16 execution IP address registrations of second portable electronic devices.
Please also refer to Fig. 3 and Fig. 4, Fig. 4 is the long-range method for tracing process flow diagram of second embodiment of the invention.At first, first portable electronic devices 14 is carried out the action (S200) of IP address registration to the Registering modules 102 of long-range servo host 10 via second interface module 160 via first Network Interface Module 140 or second portable electronic devices 16.After the S200 step is finished, long-range servo host 10 initiatively sends log-on message to first portable electronic devices 14 and second portable electronic devices 16, thus, first portable electronic devices 14 or and second portable electronic devices 16 just can learn the other side's IP address, and directly get in touch.Then, the application program 1040 that initiatively storage element 104 included of long-range servo host 10 downloads to first portable electronic devices 14 and second portable electronic devices 16 (S202).
After treating that action that application program 1040 downloads to first portable electronic devices 14 and second portable electronic devices 16 is finished, the action that application program 1040 will notify a user to install.Its installation action can be not described in detail in this as being same as known techniques.After the installation, application program 1040 will provide a Control Shaft 20 to carry out the function (S204) of long-range tracking to the user at first portable electronic devices 14 and second portable electronic devices 16 at least.
First portable electronic devices 14 sees through first communication module 141 and second portable electronic devices 16 sees through second communication module, 161 acquisition at least one geographic position communication signals (S206), simultaneously, first portable electronic devices 14 sees through second time module, 166 acquisition at least one time synchronized signals (S208) through the very first time module 146 and second portable electronic devices 16.First central processing module 142 of first portable electronic devices 14 and second central processing module 162 of second portable electronic devices 16 resolve at least one geographic position data with the geographic position communication signal, and the time synchronized signal is resolved at least one time synchronized data (S210).First binding modules 147 of first portable electronic devices 14 and second binding modules 167 of second portable electronic devices 16 will combining geographic location data and time synchronized data, to produce for one time-position data (S212).
First portable electronic devices 14 is via the first sound acquisition module 144 and the first image capturing module 145, or second portable electronic devices 16 via the second sound acquisition module 164 and the second image capturing module 165 with acquisition speech data and image data and form at least one pen first audiovisual materials or at least one pen second audiovisual materials (S214).The speech data person of being to use saw through the sound that the second sound acquisition module 164 of the first sound acquisition module 144 (as microphone) of first portable electronic devices 14 or second portable electronic devices 16 is recorded, the recording device that perhaps adds (see through a connecting line and be linked to first portable electronic devices 14 or second portable electronic devices 16) at that time in the position in a view place.Image data then is not to use the person to see through first image capturing module 145 (as camera) of first portable electronic devices 14 or the second image capturing module 165 of second portable electronic devices 16 in the position in a view place at that time, the camera that perhaps adds (see through a connecting line and be linked to first portable electronic devices 14), the dynamic and/or static image that is absorbed.Video-audio data is respectively by first central processing module 142 of first portable electronic devices 14 or second central processing module 162 of second portable electronic devices 16, utilizes an audio-visual coding techniques (as MPEG) to encode speech data and image data formed.Certainly, when practical application, video-audio data also can comprise lteral data simultaneously, and lteral data can utilize arbitrary input mode (as keyboard input or handwriting input) that it is input into first portable electronic devices 14 or second portable electronic devices 16.
First portable electronic devices 14 is sent to second portable electronic devices 16 (S216) with first video-audio data via first interface module 140.At this moment, the user can see through Control Shaft 20 automatic load time-position datas (S218) that second application program is provided.Please also refer to Fig. 5, implement synoptic diagram based on the video-audio data of time-position data for the present invention utilizes Control Shaft.
The operation that sees through Control Shaft 20 as the user is when selecting specific time-position data, and a viewing area 19 of the display screen of first portable electronic devices 14 will show first video-audio data (S220) that corresponds to specific time-position data.As shown in Figure 5, as user when to desire the time that is presented at be seven o'clock of morning in the video-audio data of A point position, the user sees through Control Shaft 20 and moves to above-mentioned time-position data, 19 video-audio datas that will show at that time in the viewing area.Identical, the user also can see through above-mentioned mode and operate second portable electronic devices 16.
Above-mentioned first video-audio data of mentioning and second video-audio data are not limited to the above-mentioned position signal that captures, and also comprise external vehicle signal, human body heartbeat etc.
Though the present invention discloses as above with aforesaid preferred embodiment, so it is not in order to limit the present invention.Without departing from the spirit and scope of the present invention, change of doing and retouching all belong to scope of patent protection of the present invention.Please refer to appended claim about the protection domain that the present invention defined.
Claims (20)
1, a kind of remote tracking system is characterized in that, comprising:
One first portable electronic devices comprises at least:
One first communication module is in order to receive at least one geographic position communication signal;
One very first time module is in order to capture at least one time synchronized signal that this first portable electronic devices is produced;
One first central processing module is electrically connected at this first communication module and should very first time module, those geographic position communication signals is resolved at least one geographic position data, and those time synchronized signals are resolved at least one time synchronized data;
One first binding modules in order in conjunction with those geographic position datas and those time synchronized data, has for one time-at least one pen first video-audio data of position data with generation;
One first memory module stores one first application program, those geographic position datas, those time synchronized data, this time-position data and those pen first video-audio datas;
One first display interface module sees through the Control Shaft that this first application program is provided based on this time-position data, corresponds to this pen first video-audio data of this time-position data in order to demonstration; And
One second portable electronic devices, store one second application program in it and via a network in order to receive this pen first video-audio data, see through the Control Shaft that this second application program is provided, correspond to this pen first video-audio data of this time-position data in order to demonstration.
2, remote tracking system as claimed in claim 1 is characterized in that: this first portable electronic devices more comprises:
One first interface module is in order to transmit this pen first video-audio data;
One first sound acquisition module is electrically connected at this first central processing module, in order to capture at least one speech data; And
One first image capturing module is electrically connected at this first central processing module, in order to absorb at least one image data.
3, remote tracking system as claimed in claim 1 is characterized in that: this second portable electronic devices comprises at least:
One second communication module is in order to receive at least one geographic position communication signal;
One second time module is in order to capture at least one time synchronized signal that this second portable electronic devices is produced;
One second central processing module is electrically connected at this second communication module and this second time module, those geographic position communication signals is resolved at least one geographic position data, and those time synchronized signals are resolved at least one time synchronized data;
One second binding modules in order in conjunction with those geographic position datas and those time synchronized data, has for one time-at least one pen second video-audio data of position data with generation;
One second memory module stores this second application program, those geographic position datas, those time synchronized data, this time-position data and those pen second video-audio datas; And
One second display interface module sees through the Control Shaft that this second application program is provided based on this time-position data, corresponds to this pen second video-audio data of this time-position data in order to demonstration.
4, remote tracking system as claimed in claim 3 is characterized in that: this second portable electronic devices more comprises:
One second interface module is in order to receive this pen first video-audio data or to transmit this pen second video-audio data;
One second sound acquisition module is electrically connected at this second central processing module, in order to capture at least one speech data; And
One second image capturing module is electrically connected at this second central processing module, in order to absorb at least one image data.
5, remote tracking system as claimed in claim 4 is characterized in that: more comprise a long-range servo host, this long-range servo host comprises at least:
One Registering modules provides the action of the IP address registration of this first portable electronic devices and this second portable electronic devices; And
One the 3rd interface module, the IP address of transmitting this first portable electronic devices and this second portable electronic devices respectively.
6, a kind of long-range method for tracing is the method for carrying out long-range tracking between one first portable electronic devices, one second portable electronic devices and a long-range servo host, it is characterized in that, comprises the following steps:
Carry out a registration action;
Transmit the IP address of this first portable electronic devices and this second portable electronic devices;
See through an application program so that a Control Shaft to be provided;
Produce for one time-position data;
Form at least one audiovisual materials; And
Select this time-position data to show corresponding these audiovisual materials.
7, long-range method for tracing as claimed in claim 6 is characterized in that: this registration action is to be carried out the action of IP address registration to this long-range servo host by this first portable electronic devices and this second portable electronic devices.
8, long-range method for tracing as claimed in claim 6 is characterized in that: should see through this application program so that the step of a Control Shaft to be provided, and more comprise the following steps:
Capture at least one geographic position communication signal;
Capture at least one time synchronized signal; And
Resolving those geographic position communication signals becomes at least one geographic position data and those time synchronized signals to become at least one time synchronized data.
9, long-range method for tracing as claimed in claim 8 is characterized in that: this time-position data is that those geographic position datas and those time synchronized data are produced in conjunction with the back.
10, long-range method for tracing as claimed in claim 6 is characterized in that: it is formed that those video-audio datas are that this first portable electronic devices or second portable electronic devices see through at least one speech data and at least one image data that a sound acquisition module and an image capturing module captured.
11, a kind of remote tracking system is characterized in that, comprising:
One first portable electronic devices comprises at least:
One first communication module is in order to receive at least one geographic position communication signal;
One very first time module is in order to capture at least one time synchronized signal that this first portable electronic devices is produced;
One first central processing module is electrically connected at this first communication module and should very first time module, those geographic position communication signals is resolved at least one geographic position data, and those time synchronized signals are resolved at least one time synchronized data;
One first binding modules in order in conjunction with those geographic position datas and those time synchronized data, has for one time-at least one pen first video-audio data of position data with generation;
One first memory module stores those geographic position datas, those time synchronized data, this time-position data and those pen first video-audio datas;
One first display interface module sees through the Control Shaft that an application program is provided based on this time-position data, corresponds to this pen first video-audio data of this time-position data in order to demonstration; And
One second portable electronic devices in order to receive this pen first video-audio data, sees through the Control Shaft that this application program provided via a network, corresponds to this pen first video-audio data of this time-position data in order to demonstration.
12, remote tracking system as claimed in claim 11 is characterized in that: this first portable electronic devices more comprises:
One first interface module is in order to transmit this pen first video-audio data;
One first sound acquisition module is electrically connected at this first central processing module, in order to capture at least one speech data; And
One first image capturing module is electrically connected at this first central processing module, in order to absorb at least one image data.
13, remote tracking system as claimed in claim 11 is characterized in that: this second portable electronic devices comprises at least:
One second communication module is in order to receive at least one geographic position communication signal;
One second time module is in order to capture at least one time synchronized signal that this second portable electronic devices is produced;
One second central processing module is electrically connected at this second communication module and this second time module, those geographic position communication signals is resolved at least one geographic position data, and those time synchronized signals are resolved at least one time synchronized data;
One second binding modules in order in conjunction with those geographic position datas and those time synchronized data, has for one time-at least one pen second video-audio data of position data with generation;
One second memory module stores those geographic position datas, those time synchronized data, this time-position data and those pen second video-audio datas; And
One second display interface module sees through the Control Shaft that this second application program is provided based on this time-position data, corresponds to this pen second video-audio data of this time-position data in order to demonstration.
14, remote tracking system as claimed in claim 13 is characterized in that: this second portable electronic devices more comprises:
One second interface module is in order to receive this pen first video-audio data or to transmit this pen second video-audio data;
One second sound acquisition module is electrically connected at this second central processing module, in order to capture at least one speech data; And
One second image capturing module is electrically connected at this second central processing module, in order to absorb at least one image data.
15, remote tracking system as claimed in claim 14 is characterized in that: more comprise a long-range servo host, this long-range servo host comprises at least:
One Registering modules provides the action of the IP address registration of this first portable electronic devices and this second portable electronic devices;
One memory module stores this application program; And
One the 3rd interface module, the IP address of transmitting this first portable electronic devices and this second portable electronic devices respectively.
16, a kind of long-range method for tracing is the method for carrying out long-range tracking between one first portable electronic devices, one second portable electronic devices and a long-range servo host, it is characterized in that, comprises the following steps:
Carry out a registration action;
Download an application program to this first portable electronic devices and this second portable electronic devices;
Transmit the IP address of this first portable electronic devices and this second portable electronic devices;
See through this application program so that a Control Shaft to be provided;
Produce for one time-position data;
Form at least one audiovisual materials; And
Select this time-position data to show corresponding these audiovisual materials.
17, long-range method for tracing as claimed in claim 16 is characterized in that: this registration action is to be carried out the action of IP address registration to this long-range servo host by this first portable electronic devices and this second portable electronic devices.
18, long-range method for tracing as claimed in claim 16 is characterized in that: should see through this application program so that the step of a Control Shaft to be provided, and more comprise the following steps:
Capture at least one geographic position communication signal;
Capture at least one time synchronized signal; And
Resolving those geographic position communication signals becomes at least one geographic position data and those time synchronized signals to become at least one time synchronized data.
19, long-range method for tracing as claimed in claim 16 is characterized in that: this time-position data is that those geographic position datas and those time synchronized data are produced in conjunction with the back.
20, long-range method for tracing as claimed in claim 16 is characterized in that: it is formed that those video-audio datas are that this first portable electronic devices or second portable electronic devices see through at least one speech data and at least one image data that a sound acquisition module and an image capturing module captured.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200810125278A CN101620268A (en) | 2008-06-30 | 2008-06-30 | Remote tracking system and method thereof |
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| Application Number | Priority Date | Filing Date | Title |
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| CN200810125278A CN101620268A (en) | 2008-06-30 | 2008-06-30 | Remote tracking system and method thereof |
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| CN101620268A true CN101620268A (en) | 2010-01-06 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105893943A (en) * | 2016-03-28 | 2016-08-24 | 国网浙江省电力公司宁波供电公司 | Oil level detection method and system |
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2008
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105893943A (en) * | 2016-03-28 | 2016-08-24 | 国网浙江省电力公司宁波供电公司 | Oil level detection method and system |
| CN105893943B (en) * | 2016-03-28 | 2019-05-07 | 国网浙江省电力公司宁波供电公司 | A kind of oil level detection method and system |
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