CN103596131A - Power management method and device for portable positioning equipment - Google Patents
Power management method and device for portable positioning equipment Download PDFInfo
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- CN103596131A CN103596131A CN201310514031.4A CN201310514031A CN103596131A CN 103596131 A CN103596131 A CN 103596131A CN 201310514031 A CN201310514031 A CN 201310514031A CN 103596131 A CN103596131 A CN 103596131A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
- Y02D30/00—Reducing energy consumption in communication networks
- Y02D30/70—Reducing energy consumption in communication networks in wireless communication networks
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Abstract
The invention discloses a power management method and device for portable positioning equipment. A server receives position point information sent by the portable positioning equipment; whether a position point corresponding to the position point information is in a marked position area is judged; if yes, a first switch instruction is sent to the portable positioning equipment, wherein the first switch instruction is used for indicating the portable positioning equipment to adopt a power-saving position obtaining way; if not, a second switch instruction is sent to the portable positioning equipment, wherein the second switch instruction is used for indicating the portable positioning equipment to adopt a high-precision position obtaining way. The power management method and device for the portable positioning equipment solves the problem that existing portable positioning equipment wastes a power source, and can improve power utilization ratio of the portable positioning equipment.
Description
Technical field
The embodiment of the present invention relates to electronic technology field, relates in particular to a kind of method for managing power supply and device of carry-on positioning equipment.
Background technology
All the time, the children's event of going astray from the group occurring has caused social concerns, children are because of awareness of safety deficiency or run into the ruffian that malice is abducted children, easy and guardian wanders away, once with guardian wanders away, children, because surrounding environment is not understood, are difficult to find guardian, and guardian can only find by news media or official mission.
Due to the development of location technology and the enhancing of communication function, children's current location can be informed by carry-on positioning equipment, so that guardian finds children to the guardian who holds monitor terminal.
Yet, existing carry-on positioning equipment needs to server, to send geographical location information continually, wastes especially the power supply of carry-on positioning equipment, when the power supply of carry-on positioning equipment exhausts, just cannot continue to provide location follow-up service, to obtaining child position information, bring many troubles.
Therefore there is the problem of power supply waste in existing carry-on positioning equipment.
Summary of the invention
The embodiment of the present invention provides a kind of method for managing power supply and device of carry-on positioning equipment, has the problem of power supply waste in order to solve existing carry-on positioning equipment, can improve the power utilization rate of carry-on positioning equipment.
First aspect, provides a kind of method for managing power supply of carry-on positioning equipment, comprising:
Server receives the location point information that carry-on positioning equipment sends;
Judge that location point corresponding to described location point information is whether in the band of position of mark;
If so, to described carry-on positioning equipment, send first and switch indication, described first switches indication is used to indicate the position acquisition mode that described carry-on positioning equipment uses battery saving mode;
Otherwise send second to described carry-on positioning equipment, switch indication, described second switches indication in order to indicate described carry-on positioning equipment to use high-precision position acquisition mode.
Alternatively, described judge that the band of position corresponding to described location point information is whether in the band of position of mark before, comprising:
Described server receives and records the location point information of described carry-on positioning equipment timed sending, and described location point information comprises the information that can locate described carry-on positioning equipment position point;
According to described location point information, determine the band of position corresponding with described location point information;
In the location point information that recorded of statistics, the quantity of location point corresponding to location point information in the described band of position;
If described location point quantity surpasses threshold value, mark is carried out in the described band of position.
Alternatively, described judge that the band of position corresponding to described location point information is whether in the band of position of mark before, comprising:
Described server receives and records the location point information of described carry-on positioning equipment timed sending, and described location point information comprises information and the corresponding positioning time that can locate described carry-on positioning equipment position point;
According to described location point information, determine the band of position corresponding with described location point information;
Obtain in the described band of position the last corresponding positioning time of location point occurring in corresponding positioning time of location point of occurring for the first time and the described band of position, and calculate time span between the two;
Whether the described time span of judgement reaches time threshold, if reached, mark is carried out in the described band of position; Or in described time span, the ratio of the corresponding location point quantity of whole location point information recording in the location point quantity that calculating occurs in the described band of position and described time span, if ratio, higher than preset value, is carried out mark by the described band of position.
Alternatively, described server also comprises after receiving the location point information of carry-on positioning equipment transmission:
Judge that location point corresponding to described location point information is whether in the travel track of mark;
If so, to described carry-on positioning equipment, send first and switch indication, described first switches indication is used to indicate the position acquisition mode that described carry-on positioning equipment uses battery saving mode;
Otherwise send second to described carry-on positioning equipment, switch indication, described second switches indication in order to indicate described carry-on positioning equipment to use high-precision position acquisition mode.
Alternatively, described judge that the band of position corresponding to described location point information is whether in the travel track of mark before, comprising:
Described server receives and records the location point information of described carry-on positioning equipment timed sending, and described location point information comprises the information that can locate described carry-on positioning equipment position point;
According to described location point information, determine the travel track corresponding with described location point information;
In the location point information that recorded of statistics, the quantity of location point corresponding to location point information in described travel track;
If described location point quantity surpasses threshold value, described travel track is carried out to mark.
Alternatively, described judge that the band of position corresponding to described location point information is whether in the travel track of mark before, comprising:
Described server receives and records the location point information of described carry-on positioning equipment timed sending, and described location point information comprises information and the corresponding positioning time that can locate described carry-on positioning equipment position point;
According to described location point information, determine the travel track corresponding with described location point information;
Obtain in described travel track the last corresponding positioning time of location point occurring in corresponding positioning time of location point of occurring for the first time and described travel track, and calculate time span between the two;
Whether the described time span of judgement reaches time threshold, if reached, described travel track is carried out to mark; Or in described time span, the ratio of the corresponding location point quantity of whole location point information recording in the location point quantity that calculating occurs in described travel track and described time span, if ratio, higher than preset value, is carried out mark by described travel track.
Alternatively, described method also comprises:
Described server receives the activation request that monitor terminal sends, and described activation request comprises the sign of described carry-on positioning equipment;
According to described activation request, activate the carry-on positioning equipment corresponding with the sign of described carry-on positioning equipment, so that the carry-on positioning equipment of described activation sends the location point information of described carry-on positioning equipment to described server.
Alternatively, described method also comprises:
Described carry-on positioning equipment receive time interval that reports location point information that described server sends or on call time;
According to the described time interval or on call time, the location point information of positioning equipment with oneself described in timing acquisition, and send the location point information of described carry-on positioning equipment to described server.
Alternatively, described method also comprises:
Described carry-on positioning equipment is default report location point information the time interval or on call time, according to the described time interval or on call time, the carry-on location point information of positioning equipment described in timing acquisition, and to described server, send the location point information of described carry-on positioning equipment.
Alternatively, the position acquisition mode of described battery saving mode comprises the position acquisition mode of location-based service LBS;
Described high-precision position acquisition mode comprises the position acquisition mode of GPS (Global Position System) GPS.
Second aspect, provides a kind of electric power controller of carry-on positioning equipment, comprising:
Receiver module, the location point information sending for receiving carry-on positioning equipment;
Judge module, for judging that location point corresponding to described location point information is whether in the band of position of mark;
Sending module, for determining that at described judge module location point corresponding to described location point information is in the band of position of mark, to described carry-on positioning equipment, send first and switch indication, described first switches indication is used to indicate the position acquisition mode that described carry-on positioning equipment uses battery saving mode;
Described sending module, also for determining that at described judge module location point corresponding to described location point information be not in the band of position of mark, to described carry-on positioning equipment, send second and switch indication, described second switches indication in order to indicate described carry-on positioning equipment to use high-precision position acquisition mode.
Alternatively, described device also comprises: mark module;
Described mark module specifically for:
Receive and record the location point information of described carry-on positioning equipment timed sending, described location point information comprises the information that can locate described carry-on positioning equipment position point;
According to described location point information, determine the band of position corresponding with described location point information;
In the location point information that recorded of statistics, the quantity of location point corresponding to location point information in the described band of position;
If described location point quantity surpasses threshold value, mark is carried out in the described band of position.
Alternatively, described mark module specifically also for:
Receive and record the location point information of described carry-on positioning equipment timed sending, described location point information comprises information and the corresponding positioning time that can locate described carry-on positioning equipment position point;
According to described location point information, determine the band of position corresponding with described location point information;
Obtain in the described band of position the last corresponding positioning time of location point occurring in corresponding positioning time of location point of occurring for the first time and the described band of position, and calculate time span between the two;
Whether the described time span of judgement reaches time threshold, if reached, mark is carried out in the described band of position; Or in described time span, the ratio of the corresponding location point quantity of whole location point information recording in the location point quantity that calculating occurs in the described band of position and described time span, if ratio, higher than preset value, is carried out mark by the described band of position.
Alternatively, described judge module, also for judging that location point corresponding to described location point information is whether at the travel track of mark;
Described sending module, also for determining that at described judge module location point corresponding to described location point information is at the travel track of mark, to described carry-on positioning equipment, send first and switch indication, described first switches indication is used to indicate the position acquisition mode that described carry-on positioning equipment uses battery saving mode;
Described sending module, also for determining that at described judge module location point corresponding to described location point information be not at the travel track of mark, to described carry-on positioning equipment, send second and switch indication, described second switches indication in order to indicate described carry-on positioning equipment to use high-precision position acquisition mode.
Alternatively, described mark module specifically also for:
Receive and record the location point information of described carry-on positioning equipment timed sending, described location point information comprises the information that can locate described carry-on positioning equipment position point;
According to described location point information, determine the travel track corresponding with described location point information;
In the location point information that recorded of statistics, the quantity of location point corresponding to location point information in described travel track;
If described location point quantity surpasses threshold value, described travel track is carried out to mark.
Alternatively, described mark module specifically also for:
Receive and record the location point information of described carry-on positioning equipment timed sending, described location point information comprises information and the corresponding positioning time that can locate described carry-on positioning equipment position point;
According to described location point information, determine the travel track corresponding with described location point information;
Obtain in described travel track the last corresponding positioning time of location point occurring in corresponding positioning time of location point of occurring for the first time and described travel track, and calculate time span between the two;
Whether the described time span of judgement reaches time threshold, if reached, described travel track is carried out to mark; Or in described time span, the ratio of the corresponding location point quantity of whole location point information recording in the location point quantity that calculating occurs in described travel track and described time span, if ratio, higher than preset value, is carried out mark by described travel track.
Alternatively, described receiver module, also at described server according to described activation request, after activating the carry-on positioning equipment corresponding with the sign of described carry-on positioning equipment, receive time interval that reports location point information that described server sends or on call time;
Described sending module, also for according to the described time interval or on call time, the location point information of positioning equipment with oneself described in timing acquisition, and send the location point information of described carry-on positioning equipment to described server.
Alternatively, described device also comprises:
Module is set, for the default time interval that reports location point information or on call time;
Described sending module, also for according to the described time interval or on call time, the location point information of positioning equipment with oneself described in timing acquisition, and send the location point information of described carry-on positioning equipment to described server.
Alternatively, the position acquisition mode of described battery saving mode comprises the position acquisition mode of location-based service LBS;
Described high-precision position acquisition mode comprises the position acquisition mode of GPS (Global Position System) GPS.
In the present embodiment, server receives the location point information that carry-on positioning equipment sends; Judge that location point corresponding to described location point information is whether in the band of position of mark; If so, to described carry-on positioning equipment, send first and switch indication, described first switches indication is used to indicate the position acquisition mode that described carry-on positioning equipment uses battery saving mode; Otherwise send second to described carry-on positioning equipment, switch indication, described second switches indication in order to indicate described carry-on positioning equipment to use high-precision position acquisition mode;
Because whether the location point of the present embodiment by judging carry-on positioning equipment go the follow-up mode of obtaining location point information of decision-making in the band of position of mark, when the band of position of location point at mark, the position acquisition mode of battery saving mode can be used, the electric weight of carry-on positioning equipment can be saved; When location point is not during the band of position at mark, can use high-precision position acquisition mode, both can solve the problem that existing carry-on positioning equipment exists power supply waste, improve the power utilization rate of carry-on positioning equipment, can guarantee the precision of obtaining of location point information simultaneously, guarantee the accurate location of children under guardianship's position, obtain in time children under guardianship's home information.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, to the accompanying drawing of required use in embodiment or description of the Prior Art be briefly described below, apparently, accompanying drawing in the following describes is some embodiments of the present invention, for those of ordinary skills, do not paying under the prerequisite of creative work, can also obtain according to these accompanying drawings other accompanying drawing.
The schematic flow sheet of the method for managing power supply of the carry-on positioning equipment that Fig. 1 provides for one embodiment of the invention;
The schematic flow sheet of the method for managing power supply of the carry-on positioning equipment that Fig. 2 provides for one embodiment of the invention;
The structural representation of the electric power controller of the carry-on positioning equipment that Fig. 3 provides for another embodiment of the present invention.
Embodiment
For making object, technical scheme and the advantage of the embodiment of the present invention clearer, below in conjunction with the accompanying drawing in the embodiment of the present invention, technical scheme in the embodiment of the present invention is clearly and completely described, obviously, described embodiment is the present invention's part embodiment, rather than whole embodiment.Embodiment based in the present invention, those of ordinary skills, not making the every other embodiment obtaining under creative work prerequisite, belong to the scope of protection of the invention.
It should be noted that, the monitor terminal described in the embodiment of the present invention for example comprises the hand-held mobile monitoring terminal of guardian (mobile phone);
Positioning equipment for example comprises the carry-on positioning equipment of the bracelet shape being worn in children under guardianship's wrist with oneself; This carry-on positioning equipment for example has the positioning function of global positioning system (Global Positioning System, GPS); The communication function for example also again with packet radio service technology (General Packet Radio Service, GPRS); The communication function for example also again with global system for mobile communications (Global System of Mobile communication, GSM); The communication function for example also again with bluetooth (Bluetooth is or/and Bluetooth low energy, BLE); The communication function for example also again with enhanced data rates for gsm evolution technology (Enhanced Data Rate for GSM Evolution, EDGE); The communication function for example also again with code division multiple access (Code Division Multiple Access, CDMA); The communication function for example also again with Wideband Code Division Multiple Access (WCDMA) (WidebandCodeDivision Multiple Access, WCDMA); The communication function for example also again with synchronous CDMA (Code Division Multiple Access) of time-division (Time Division-Synchronous Code Division Multiple Access, TD-SCDMA); The communication function for example also again with timesharing Long Term Evolution (Time Division Long Term Evolution, TD-LTE); The communication function for example also again with Long Term Evolution (Long Term Evolution, TD-LTE);
Server is such as the server comprising in equipment such as being arranged on base station, macro base station.
The schematic flow sheet of the method for managing power supply of the carry-on positioning equipment that Fig. 1 provides for one embodiment of the invention, as shown in Figure 1, the method for managing power supply of the carry-on positioning equipment of the present embodiment can comprise:
101, server receives the location point information that carry-on positioning equipment sends;
In an optional execution mode of the present invention, before step 101, comprising:
Monitor terminal sends activation request to server, and wherein, described activation request comprises the sign of described carry-on positioning equipment; Wherein, with oneself the sign of positioning equipment for example comprises client identification module (Subscriber Identity Module, the SIM) card number arranging in the Quick Response Code of this carry-on positioning equipment or this carry-on positioning equipment;
Server carries out authority checking according to the sign of carry-on positioning equipment to monitor terminal, make monitor terminal can pay close attention to this carry-on positioning equipment, activate the carry-on positioning equipment of the sign correspondence of carry-on positioning equipment, make the carry-on positioning equipment activating can send to server the location point information of this carry-on positioning equipment.
Further, in order to save the power supply of carry-on positioning equipment, improve power utilization rate, monitor terminal can by server to the carry-on positioning equipment activating send report location point information the time interval or on call time, so that described carry-on positioning equipment according to the described time interval or on call time, regularly to described server, send the location point information of described carry-on positioning equipment; Or
Described server to described carry-on positioning equipment send report location point information the time interval or on call time, so that described carry-on positioning equipment according to the described time interval or on call time, regularly to described server, send the location point information of described carry-on positioning equipment; Or
Described carry-on positioning equipment is default report location point information the time interval or on call time, according to the described time interval or on call time, regularly to described server, send the location point information of described carry-on positioning equipment.
102, judge that location point corresponding to described location point information is whether in the band of position of mark; If perform step 103, otherwise perform step 104.
In a kind of optional execution mode, in the present embodiment, before step 102, comprise:
Server receives and records the location point information of carry-on positioning equipment timed sending, and described location point information comprises the information that can locate carry-on positioning equipment position point;
According to described location point information, determine the band of position corresponding with described location point information; Particularly, the location point information reporting according to carry-on positioning equipment, using the physical geography region at location point place corresponding to described location point information as the band of position corresponding to described location point information; For instance, suppose that physical geography region is that the limit of Shi，Gai school of school is exactly the limit in this physical geography region, so long as the location point appearing in this school all belongs to this physical geography region of school; Or centered by location point corresponding to described location point information, using the peripheral region of default radius as the band of position corresponding to described location point information; For example, centered by the location point that can report according to positioning equipment, will preset radius (as 20 meters of radiuses around) around scope inner region as this location point correspondence position region; Or judge that location point corresponding to described location point information exists a plurality of adjacent positions point, according to the distance between described location point and described a plurality of adjacent position point, determine the band of position corresponding to described location point information; For example, the location point reporting according to positioning equipment, if there are a plurality of location points adjacent with this location point, suppose that default neighbor distance is 10 meters, the region that the interior adjacent position point of adjacent with this location point 10 meters (comprising 10 meters) can being usingd forms is as the band of position corresponding to this location point.
In the location point information that recorded of statistics, the quantity of location point corresponding to location point information in the described band of position; During specific implementation, according to location point information positioning time place Preset Time section add up in the location point information having recorded in same Preset Time section, the quantity of location point corresponding to location point information in the described band of position; For example can be within the default time period (one day or several hours), a plurality of location point information that the positioning equipment that statistical server has recorded reports, determine respectively location point corresponding to a plurality of location point information, according to each location point, determine which location point drops in the definite band of position of step 102, statistics drops on the quantity of the location point in the definite band of position of step 102; For example, in some bands of position, within default 2 hours, add up once the location point quantity in this band of position, particularly, can start at from the positioning time of first location point information, calculate each number of location point appearing in this band of position in 2 hours and whether reach threshold value, the location point occurring in this band of position after 2 hours can only participate in once adding up the location point quantity in this band of position.
Judge that whether described location point quantity surpasses threshold value, if so, carries out mark by the described band of position.
In a kind of optional execution mode, in the present embodiment, before step 102, comprise:
Server receives and records the location point information of described carry-on positioning equipment timed sending, and described location point information comprises information and the corresponding positioning time that can locate described carry-on positioning equipment position point;
According to described location point information, determine the band of position corresponding with described location point information;
Obtain in the described band of position the last corresponding positioning time of location point occurring in corresponding positioning time of location point of occurring for the first time and the described band of position, and calculate time span between the two;
Whether the described time span of judgement reaches time threshold, if reached, mark is carried out in the described band of position; Or in described time span, the ratio of the corresponding location point quantity of whole location point information recording in the location point quantity that calculating occurs in the described band of position and described time span, if ratio, higher than preset value, is carried out mark by the described band of position.
It should be noted that, the band of position of above-mentioned mark is the bands of position that children under guardianship often stop, therefore, and can be using the band of position of mark as being familiar with or the safe band of position.
103, to described carry-on positioning equipment, send first and switch indication, described first switches indication is used to indicate the position acquisition mode that described carry-on positioning equipment uses battery saving mode;
Wherein, the position acquisition mode of battery saving mode includes but not limited to the position acquisition mode of location-based service (Location Based Service, LBS);
104, to described carry-on positioning equipment, send second and switch indication, described second switches indication in order to indicate described carry-on positioning equipment to use high-precision position acquisition mode.
Wherein, high-precision position acquisition mode includes but not limited to the position acquisition mode of GPS (Global Position System) GPS.
Whether the location point of the present embodiment by judging carry-on positioning equipment go the follow-up mode of obtaining location point information of decision-making in the band of position of mark, when the band of position of location point at mark, the position acquisition mode of battery saving mode can be used, the electric weight of carry-on positioning equipment can be saved; When location point is not during the band of position at mark, can use high-precision position acquisition mode, both can solve the problem that existing carry-on positioning equipment exists power supply waste, improve the power utilization rate of carry-on positioning equipment, can guarantee the precision of obtaining of location point information simultaneously, guarantee the accurate location of children under guardianship's position, obtain in time children under guardianship's home information.
The schematic flow sheet of the method for managing power supply of the carry-on positioning equipment that Fig. 2 provides for another embodiment of the present invention, as shown in Figure 2, the method for managing power supply of the carry-on positioning equipment of the present embodiment can comprise:
After step 101 shown in above-mentioned Fig. 1, also comprise:
105, judge that location point corresponding to described location point information is whether in the travel track of mark; If perform step 106, otherwise perform step 107.
In a kind of optional execution mode, in the present embodiment, before step 105, comprise:
Server receives and records the location point information of described carry-on positioning equipment timed sending, and described location point information comprises the information that can locate described carry-on positioning equipment position point;
According to described location point information, determine the travel track corresponding with described location point information;
In the location point information that recorded of statistics, the quantity of location point corresponding to location point information in described travel track;
If described location point quantity surpasses threshold value, described travel track is carried out to mark.
In a kind of optional execution mode, in the present embodiment, before step 105, comprise:
Server receives and records the location point information of described carry-on positioning equipment timed sending, and described location point information comprises information and the corresponding positioning time that can locate described carry-on positioning equipment position point;
According to described location point information, determine the travel track corresponding with described location point information;
Obtain in described travel track the last corresponding positioning time of location point occurring in corresponding positioning time of location point of occurring for the first time and described travel track, and calculate time span between the two;
Whether the described time span of judgement reaches time threshold, if reached, described travel track is carried out to mark; Or in described time span, the ratio of the corresponding location point quantity of whole location point information recording in the location point quantity that calculating occurs in described travel track and described time span, if ratio, higher than preset value, is carried out mark by described travel track.
106, to described carry-on positioning equipment, send first and switch indication, described first switches indication is used to indicate the position acquisition mode that described carry-on positioning equipment uses battery saving mode;
107, to described carry-on positioning equipment, send second and switch indication, described second switches indication in order to indicate described carry-on positioning equipment to use high-precision position acquisition mode.
Whether the location point of the present embodiment by judging carry-on positioning equipment go the follow-up mode of obtaining location point information of decision-making at the travel track of mark, when the travel track of location point at mark, the position acquisition mode of battery saving mode can be used, the electric weight of carry-on positioning equipment can be saved; When location point is not during the travel track at mark, can use high-precision position acquisition mode, both can solve the problem that existing carry-on positioning equipment exists power supply waste, improve the power utilization rate of carry-on positioning equipment, can guarantee the precision of obtaining of location point information simultaneously, guarantee the accurate location of children under guardianship's position, obtain in time children under guardianship's home information.
The structural representation of the electric power controller of the carry-on positioning equipment that Fig. 3 provides for another embodiment of the present invention, as shown in Figure 3, comprising:
Sending module 33, for determining that at described judge module 32 location point corresponding to described location point information is in the band of position of mark, to described carry-on positioning equipment, send first and switch indication, described first switches indication is used to indicate the position acquisition mode that described carry-on positioning equipment uses battery saving mode;
Described sending module 33, also for determining that at described judge module 32 location point corresponding to described location point information be not in the band of position of mark, to described carry-on positioning equipment, send second and switch indication, described second switches indication in order to indicate described carry-on positioning equipment to use high-precision position acquisition mode.
Alternatively, described device also comprises: mark module 34;
Described mark module 34 specifically for:
Receive and record the location point information of described carry-on positioning equipment timed sending, described location point information comprises the information that can locate described carry-on positioning equipment position point;
According to described location point information, determine the band of position corresponding with described location point information;
In the location point information that recorded of statistics, the quantity of location point corresponding to location point information in the described band of position;
If described location point quantity surpasses threshold value, mark is carried out in the described band of position.
Alternatively, described mark module 34 specifically also for:
Receive and record the location point information of described carry-on positioning equipment timed sending, described location point information comprises information and the corresponding positioning time that can locate described carry-on positioning equipment position point;
According to described location point information, determine the band of position corresponding with described location point information;
Obtain in the described band of position the last corresponding positioning time of location point occurring in corresponding positioning time of location point of occurring for the first time and the described band of position, and calculate time span between the two;
Whether the described time span of judgement reaches time threshold, if reached, mark is carried out in the described band of position; Or in described time span, the ratio of the corresponding location point quantity of whole location point information recording in the location point quantity that calculating occurs in the described band of position and described time span, if ratio, higher than preset value, is carried out mark by the described band of position.
Alternatively, described judge module 32, also for judging that location point corresponding to described location point information is whether at the travel track of mark;
Described sending module 33, also for determining that at described judge module location point corresponding to described location point information is at the travel track of mark, to described carry-on positioning equipment, send first and switch indication, described first switches indication is used to indicate the position acquisition mode that described carry-on positioning equipment uses battery saving mode;
Described sending module 33, also for determining that at described judge module location point corresponding to described location point information be not at the travel track of mark, to described carry-on positioning equipment, send second and switch indication, described second switches indication in order to indicate described carry-on positioning equipment to use high-precision position acquisition mode.
Alternatively, described mark module 34 specifically also for:
Receive and record the location point information of described carry-on positioning equipment timed sending, described location point information comprises the information that can locate described carry-on positioning equipment position point;
According to described location point information, determine the travel track corresponding with described location point information;
In the location point information that recorded of statistics, the quantity of location point corresponding to location point information in described travel track;
If described location point quantity surpasses threshold value, described travel track is carried out to mark.
Alternatively, described mark module 34 specifically also for:
Receive and record the location point information of described carry-on positioning equipment timed sending, described location point information comprises information and the corresponding positioning time that can locate described carry-on positioning equipment position point;
According to described location point information, determine the travel track corresponding with described location point information;
Obtain in described travel track the last corresponding positioning time of location point occurring in corresponding positioning time of location point of occurring for the first time and described travel track, and calculate time span between the two;
Whether the described time span of judgement reaches time threshold, if reached, described travel track is carried out to mark; Or in described time span, the ratio of the corresponding location point quantity of whole location point information recording in the location point quantity that calculating occurs in described travel track and described time span, if ratio, higher than preset value, is carried out mark by described travel track.
Alternatively, receiver module 31, also at described server according to described activation request, after activating the carry-on positioning equipment corresponding with the sign of described carry-on positioning equipment, receive time interval that reports location point information that described server sends or on call time;
Described sending module 33, also for according to the described time interval or on call time, the location point information of positioning equipment with oneself described in timing acquisition, and send the location point information of described carry-on positioning equipment to described server.
Alternatively, described device also comprises:
Described sending module 33, also for according to the described time interval or on call time, the location point information of positioning equipment with oneself described in timing acquisition, and send the location point information of described carry-on positioning equipment to described server.
For instance, in the present embodiment, the position acquisition mode of described battery saving mode comprises the position acquisition mode of location-based service LBS; Described high-precision position acquisition mode comprises the position acquisition mode of GPS (Global Position System) GPS.
Whether the location point of the present embodiment by judging carry-on positioning equipment be the band of position or the travel track of mark go the follow-up mode of obtaining location point information of decision-making, when location point is in the band of position of mark or during travel track, the position acquisition mode of battery saving mode can be used, the electric weight of carry-on positioning equipment can be saved; When location point is not in the band of position of mark or during travel track, can use high-precision position acquisition mode, both can solve the problem that existing carry-on positioning equipment exists power supply waste, improve the power utilization rate of carry-on positioning equipment, can guarantee the precision of obtaining of location point information simultaneously, guarantee the accurate location of children under guardianship's position, obtain in time children under guardianship's home information.
In the several embodiment that provide in the application, should be understood that, disclosed system, apparatus and method, can realize by another way.For example, device embodiment described above is only schematic, for example, the division of described unit, be only that a kind of logic function is divided, during actual realization, can have other dividing mode, for example a plurality of unit or assembly can in conjunction with or can be integrated into another system, or some features can ignore, or do not carry out.Another point, shown or discussed coupling each other or direct-coupling or communication connection can be by some interfaces, indirect coupling or the communication connection of device or unit can be electrically, machinery or other form.
The described unit as separating component explanation can or can not be also physically to separate, and the parts that show as unit can be or can not be also physical locations, can be positioned at a place, or also can be distributed in a plurality of network element.Can select according to the actual needs some or all of unit wherein to realize the object of the present embodiment scheme.
In addition, each functional unit in each embodiment of the present invention can be integrated in a processing unit, can be also that the independent physics of unit exists, and also can be integrated in a unit two or more unit.Above-mentioned integrated unit both can adopt the form of hardware to realize, and the form that also can adopt hardware to add SFU software functional unit realizes.
The integrated unit that the above-mentioned form with SFU software functional unit realizes, can be stored in the form of code in a computer read/write memory medium.Above-mentioned code storage, in a computer-readable recording medium, comprises that some instructions are with so that processor or hardware circuit are carried out the part or all of step of method described in each embodiment of the present invention.And aforesaid storage medium comprises: the miniature high power capacity mobile storage disc without phisical drive of USB (universal serial bus), portable hard drive, read-only memory (English: Read-Only Memory, be called for short ROM), the various media that can be program code stored such as random access memory (English: Random Access Memory, be called for short RAM), magnetic disc or CD.
Finally it should be noted that: above embodiment only, in order to technical scheme of the present invention to be described, is not intended to limit; Although the present invention is had been described in detail with reference to previous embodiment, those of ordinary skill in the art is to be understood that: its technical scheme that still can record aforementioned each embodiment is modified, or part technical characterictic is wherein equal to replacement; And these modifications or replacement do not make the essence of appropriate technical solution depart from the protection range of various embodiments of the present invention technical scheme.
Claims (19)
1. a method for managing power supply for carry-on positioning equipment, is characterized in that, comprising:
Server receives the location point information that carry-on positioning equipment sends;
Judge that location point corresponding to described location point information is whether in the band of position of mark;
If so, to described carry-on positioning equipment, send first and switch indication, described first switches indication is used to indicate the position acquisition mode that described carry-on positioning equipment uses battery saving mode;
Otherwise send second to described carry-on positioning equipment, switch indication, described second switches indication in order to indicate described carry-on positioning equipment to use high-precision position acquisition mode.
2. method according to claim 1, is characterized in that, described judge that the band of position corresponding to described location point information is whether in the band of position of mark before, comprising:
Described server receives and records the location point information of described carry-on positioning equipment timed sending, and described location point information comprises the information that can locate described carry-on positioning equipment position point;
According to described location point information, determine the band of position corresponding with described location point information;
In the location point information that recorded of statistics, the quantity of location point corresponding to location point information in the described band of position;
If described location point quantity surpasses threshold value, mark is carried out in the described band of position.
3. method according to claim 1, is characterized in that, described judge that the band of position corresponding to described location point information is whether in the band of position of mark before, comprising:
Described server receives and records the location point information of described carry-on positioning equipment timed sending, and described location point information comprises information and the corresponding positioning time that can locate described carry-on positioning equipment position point;
According to described location point information, determine the band of position corresponding with described location point information;
Obtain in the described band of position the last corresponding positioning time of location point occurring in corresponding positioning time of location point of occurring for the first time and the described band of position, and calculate time span between the two;
Whether the described time span of judgement reaches time threshold, if reached, mark is carried out in the described band of position; Or in described time span, the ratio of the corresponding location point quantity of whole location point information recording in the location point quantity that calculating occurs in the described band of position and described time span, if ratio, higher than preset value, is carried out mark by the described band of position.
4. method according to claim 1, is characterized in that, described server also comprises after receiving the location point information of carry-on positioning equipment transmission:
Judge that location point corresponding to described location point information is whether in the travel track of mark;
If so, to described carry-on positioning equipment, send first and switch indication, described first switches indication is used to indicate the position acquisition mode that described carry-on positioning equipment uses battery saving mode;
Otherwise send second to described carry-on positioning equipment, switch indication, described second switches indication in order to indicate described carry-on positioning equipment to use high-precision position acquisition mode.
5. method according to claim 4, is characterized in that, described judge that the band of position corresponding to described location point information is whether in the travel track of mark before, comprising:
Described server receives and records the location point information of described carry-on positioning equipment timed sending, and described location point information comprises the information that can locate described carry-on positioning equipment position point;
According to described location point information, determine the travel track corresponding with described location point information;
In the location point information that recorded of statistics, the quantity of location point corresponding to location point information in described travel track;
If described location point quantity surpasses threshold value, described travel track is carried out to mark.
6. method according to claim 4, is characterized in that, described judge that the band of position corresponding to described location point information is whether in the travel track of mark before, comprising:
Described server receives and records the location point information of described carry-on positioning equipment timed sending, and described location point information comprises information and the corresponding positioning time that can locate described carry-on positioning equipment position point;
According to described location point information, determine the travel track corresponding with described location point information;
Obtain in described travel track the last corresponding positioning time of location point occurring in corresponding positioning time of location point of occurring for the first time and described travel track, and calculate time span between the two;
Whether the described time span of judgement reaches time threshold, if reached, described travel track is carried out to mark; Or in described time span, the ratio of the corresponding location point quantity of whole location point information recording in the location point quantity that calculating occurs in described travel track and described time span, if ratio, higher than preset value, is carried out mark by described travel track.
7. according to the method described in claim 1-6 any one, it is characterized in that, also comprise:
Described server receives the activation request that monitor terminal sends, and described activation request comprises the sign of described carry-on positioning equipment;
According to described activation request, activate the carry-on positioning equipment corresponding with the sign of described carry-on positioning equipment, so that the carry-on positioning equipment of described activation sends the location point information of described carry-on positioning equipment to described server.
8. method according to claim 7, is characterized in that, also comprises:
Described carry-on positioning equipment receive time interval that reports location point information that described server sends or on call time;
According to the described time interval or on call time, the location point information of positioning equipment with oneself described in timing acquisition, and send the location point information of described carry-on positioning equipment to described server.
9. method according to claim 7, is characterized in that, also comprises:
Described carry-on positioning equipment is default report location point information the time interval or on call time, according to the described time interval or on call time, the carry-on location point information of positioning equipment described in timing acquisition, and to described server, send the location point information of described carry-on positioning equipment.
10. according to the method described in claim 1 or 4, it is characterized in that, the position acquisition mode of described battery saving mode comprises the position acquisition mode of location-based service LBS;
Described high-precision position acquisition mode comprises the position acquisition mode of GPS (Global Position System) GPS.
The electric power controller of 11. 1 kinds of carry-on positioning equipments, is characterized in that, comprising:
Receiver module, the location point information sending for receiving carry-on positioning equipment;
Judge module, for judging that location point corresponding to described location point information is whether in the band of position of mark;
Sending module, for determining that at described judge module location point corresponding to described location point information is in the band of position of mark, to described carry-on positioning equipment, send first and switch indication, described first switches indication is used to indicate the position acquisition mode that described carry-on positioning equipment uses battery saving mode;
Described sending module, also for determining that at described judge module location point corresponding to described location point information be not in the band of position of mark, to described carry-on positioning equipment, send second and switch indication, described second switches indication in order to indicate described carry-on positioning equipment to use high-precision position acquisition mode.
12. devices according to claim 11, is characterized in that, also comprise: mark module; Described mark module specifically for:
Receive and record the location point information of described carry-on positioning equipment timed sending, described location point information comprises the information that can locate described carry-on positioning equipment position point;
According to described location point information, determine the band of position corresponding with described location point information;
In the location point information that recorded of statistics, the quantity of location point corresponding to location point information in the described band of position;
If described location point quantity surpasses threshold value, mark is carried out in the described band of position.
13. devices according to claim 11, is characterized in that, described mark module specifically also for:
Receive and record the location point information of described carry-on positioning equipment timed sending, described location point information comprises information and the corresponding positioning time that can locate described carry-on positioning equipment position point;
According to described location point information, determine the band of position corresponding with described location point information;
Obtain in the described band of position the last corresponding positioning time of location point occurring in corresponding positioning time of location point of occurring for the first time and the described band of position, and calculate time span between the two;
Whether the described time span of judgement reaches time threshold, if reached, mark is carried out in the described band of position; Or in described time span, the ratio of the corresponding location point quantity of whole location point information recording in the location point quantity that calculating occurs in the described band of position and described time span, if ratio, higher than preset value, is carried out mark by the described band of position.
14. devices according to claim 11, is characterized in that:
Described judge module, also for judging that location point corresponding to described location point information is whether at the travel track of mark;
Described sending module, also for determining that at described judge module location point corresponding to described location point information is at the travel track of mark, to described carry-on positioning equipment, send first and switch indication, described first switches indication is used to indicate the position acquisition mode that described carry-on positioning equipment uses battery saving mode;
Described sending module, also for determining that at described judge module location point corresponding to described location point information be not at the travel track of mark, to described carry-on positioning equipment, send second and switch indication, described second switches indication in order to indicate described carry-on positioning equipment to use high-precision position acquisition mode.
15. devices according to claim 14, is characterized in that, described mark module specifically also for:
Receive and record the location point information of described carry-on positioning equipment timed sending, described location point information comprises the information that can locate described carry-on positioning equipment position point;
According to described location point information, determine the travel track corresponding with described location point information;
In the location point information that recorded of statistics, the quantity of location point corresponding to location point information in described travel track;
If described location point quantity surpasses threshold value, described travel track is carried out to mark.
16. devices according to claim 14, is characterized in that, described mark module specifically also for:
Receive and record the location point information of described carry-on positioning equipment timed sending, described location point information comprises information and the corresponding positioning time that can locate described carry-on positioning equipment position point;
According to described location point information, determine the travel track corresponding with described location point information;
Obtain in described travel track the last corresponding positioning time of location point occurring in corresponding positioning time of location point of occurring for the first time and described travel track, and calculate time span between the two;
Whether the described time span of judgement reaches time threshold, if reached, described travel track is carried out to mark; Or in described time span, the ratio of the corresponding location point quantity of whole location point information recording in the location point quantity that calculating occurs in described travel track and described time span, if ratio, higher than preset value, is carried out mark by described travel track.
17. devices according to claim 11, it is characterized in that, described receiver module, also at described server according to described activation request, after activating the carry-on positioning equipment corresponding with the sign of described carry-on positioning equipment, receive time interval that reports location point information that described server sends or on call time;
Described sending module, also for according to the described time interval or on call time, the location point information of positioning equipment with oneself described in timing acquisition, and send the location point information of described carry-on positioning equipment to described server.
18. devices according to claim 17, is characterized in that, also comprise:
Module is set, for the default time interval that reports location point information or on call time;
Described sending module, also for according to the described time interval or on call time, the location point information of positioning equipment with oneself described in timing acquisition, and send the location point information of described carry-on positioning equipment to described server.
19. according to the device described in claim 11 or 14, it is characterized in that, the position acquisition mode of described battery saving mode comprises the position acquisition mode of location-based service LBS;
Described high-precision position acquisition mode comprises the position acquisition mode of GPS (Global Position System) GPS.
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| CN201310514031.4A CN103596131B (en) | 2013-10-25 | 2013-10-25 | The method for managing power supply and device of carry-on positioning device |
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| CN201310514031.4A CN103596131B (en) | 2013-10-25 | 2013-10-25 | The method for managing power supply and device of carry-on positioning device |
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| CN103596131B (en) | 2019-03-01 |
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