CN102378141A - Mobile device with rescue mode and rescuing method by using same - Google Patents
Mobile device with rescue mode and rescuing method by using same Download PDFInfo
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- CN102378141A CN102378141A CN201010265758XA CN201010265758A CN102378141A CN 102378141 A CN102378141 A CN 102378141A CN 201010265758X A CN201010265758X A CN 201010265758XA CN 201010265758 A CN201010265758 A CN 201010265758A CN 102378141 A CN102378141 A CN 102378141A
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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 mobile device with a rescue mode and a rescuing method by using the same. The mobile device comprises a sensing unit, a sensing management unit, a start management unit and a communication unit. The rescuing method by using the mobile device comprises the steps: the sensing unit senses to obtain environmental signals; the sensing management unit judges whether to drive the mobile device to start the rescue mode according to critical parameters and the environmental signals; and when the rescue mode is started, the start management unit sends a rescue signal to an emergency call centre through the communication unit.
Description
Technical field
The invention relates to a kind of mobile device and utilize its method of rescuing, and particularly relevant for a kind of mobile device of tool rescue pattern and the method for utilizing it to rescue.
Background technology
Because the prosperity of electronic installation manufacturing technology, the behaviour in service of electronic product is quite general now; Especially the electronic installation of tool communication function such as mobile phone almost is one of a staff, some user even carry the electronic installation of two above tool communication functions.So in order in the epoch of this electronic installation blast, to attract consumer's sight, the electronic installation of tool communication function need develop greater functionality, to highlight and not the existing together of other electronic installation.So which type of function the electronic installation of tool communication function can also develop, real is one of current research topic.
Summary of the invention
The object of the present invention is to provide a kind of mobile device of tool rescue pattern and utilize its method of rescuing, it can initiatively send an SOS and prolong the time that continues to send an SOS.
For realizing that the object of the invention proposes a kind of method of utilizing mobile device to rescue.Mobile device comprises sensing cell, sensing administrative unit, starts administrative unit and communication unit.This rescue mode comprises the following steps.The sensing cell induction obtains ambient signal.The sensing administrative unit judges whether to drive mobile device according to critical parameters and ambient signal and starts a rescue pattern.When the rescue pattern starts, start administrative unit and send an SOS to emergency medical center via communication unit.
This mobile device more comprises an environment record unit, and this method more comprises:
When this rescue pattern started, this started administrative unit according to this environment record unit of dump power number control intermittent record one environmental information, and this environmental information is contained in delivered to this emergency medical center in this distress signal.
The described method of utilizing mobile device to rescue more comprises:
When this emergency medical center checked this distress signal and respond an emergency rub-out signal, this started these critical parameters of administrative unit adjustment.
The described method of utilizing mobile device to rescue more comprises:
When this emergency medical center checked this distress signal and respond an emergency correct signal, this started administrative unit via the mobile module in this communication unit search for networks scope; And
This mobile device and this mobile module get into a collaborative battery saving mode.
This entering should collaborative battery saving mode step comprise:
In this mobile device and this mobile module, select a main device, all the other are an ancillary equipment;
This main device sending order that is ranked, and this sending order is broadcast to this ancillary equipment;
The time of setting this main device and this ancillary equipment is for synchronously; And
This main device and this ancillary equipment send this distress signal according to this sending order.
This main device and this ancillary equipment get into a resting state respectively when the state of non-this distress signal of transmission.
The described method of utilizing mobile device to rescue more comprises:
Behind a Preset Time, repeat that this selects step, this is ranked and broadcast step, this synchronizing step and this forwarding step.
For realizing that the object of the invention also proposes a kind of mobile device of tool rescue pattern.This mobile device comprises sensing cell, sensing administrative unit, starts administrative unit and communication unit.Sensing cell obtains ambient signal in order to induction.The sensing administrative unit judges whether to drive mobile device according to ambient signal and critical parameters and starts the rescue pattern.When the rescue pattern starts, start administrative unit and send distress signal to emergency medical center via communication unit.
The mobile device of described tool rescue pattern more comprises:
One environment record unit is in order to write down an environmental information; And
One power storage unit; Wherein, the rescue pattern should start administrative unit when starting more according to this this environment record unit of power storage unit dump power number control this environmental information of intermittent record; And this environmental information is contained in delivers to this emergency medical center in this distress signal
When wherein this emergency medical center checked this distress signal and responds an emergency rub-out signal, this started these critical parameters of administrative unit adjustment.
When this emergency medical center checks this distress signal and respond an emergency correct signal; This starts administrative unit via the mobile module in this communication unit search for networks scope; In this mobile device and this mobile module, select a main device, all the other are an ancillary equipment, this main device sending order that is ranked; And this sending order is broadcast to this ancillary equipment; This main device is more set the time of this main device and this ancillary equipment for synchronously, and this main device and this ancillary equipment send this distress signal according to this sending order, and wherein this main device and this ancillary equipment get into a resting state respectively when the state of non-this distress signal of transmission.
For there is better understanding above-mentioned and other aspect of the present invention, hereinafter is special lifts preferred embodiment, and cooperates appended graphicly, elaborates as follows:
Describe the present invention below in conjunction with accompanying drawing and specific embodiment, but not as to qualification of the present invention.
Description of drawings
Fig. 1 is the calcspar that a kind of tool of one embodiment of the invention is rescued the mobile device of pattern;
Fig. 2 A and Fig. 2 B are a kind of method flow diagrams that utilizes mobile device to rescue of one embodiment of the invention;
Fig. 3 is the detail flowchart of the collaborative battery saving mode of entering of one embodiment of the invention;
Fig. 4 is that the main device and the ancillary equipment of one embodiment of the invention sends the time shaft of distress signal.
Wherein, Reference numeral
100: mobile device
110: sensing cell
120: the sensing administrative unit
130: the environment record unit
140: start administrative unit
150: communication unit
160: power storage unit
S210～S340: process step
Embodiment
The invention relates to a kind of mobile device of tool rescue pattern and the method for utilizing it to rescue; It can be responded to surrounding environment automatically and when detecting danger, initiatively send an SOS, and can prolong the time that continues to send an SOS by automatic entering park mode.
Please with reference to Fig. 1, it is the calcspar of mobile device 100 of a kind of tool rescue pattern of one embodiment of the invention.The mobile device 100 of present embodiment comprises sensing cell 110, sensing administrative unit 120, environment record unit 130, starts administrative unit 140, communication unit 150 and power storage unit 160.Mobile device 100 for example is the portable electric device of tool communication function, or a kind of monitoring device of similar carry-on sphygmomanometer, can when the user falls, send information warning to medical centre or save the center from damage.And no matter be portable electric device or monitoring device, so long as has the electronic installation of communication function, neither departing from the scope of the present invention.
Sensing cell 110 for example is optical sensor, heat sensor or acceleration sensor.For instance, because human under a lot of situation, can being compelled gets into hazardous environment (special time, place, incident), so sensing cell 110 for example is the ambient signal in the time of can getting into hazardous environment in order to sensing is human.Sensing administrative unit 120 and startup administrative unit 140 for example are logic control elements, send various control signals in order to control according to the signal of being imported respectively.Environment record unit 130 for example is the unit of tool video recording, recording, positioning function, can write down the positional information of image, sound and the mobile device 100 of surrounding environment.Communication unit 150 for example is an antenna, in order to transmit and to receive signal.Power storage unit 160 for example is the battery of mobile device 100.
Please with reference to Fig. 2 A and Fig. 2 B, it is a kind of method flow diagram that utilizes mobile device 100 to rescue of one embodiment of the invention.Please be simultaneously with reference to Fig. 1.In step S210, sensing cell 110 induction surrounding environment with obtain an ambient signal (Environment Signal, E.S.).Sensing cell 110 for example is according to a predefined induction period, periodically responds to surrounding environment.Sensing cell 110 also is sent to sensing administrative unit 120 with this ambient signal.
In step S220, sensing administrative unit 120 judges whether to drive mobile device 100 according to critical parameters and ambient signal and starts the rescue pattern.Wherein critical parameters are for being stored in the mobile device 100.When sensing administrative unit 120 received the ambient signal that sensing cell 110 transmitted, sensing administrative unit 120 judged promptly whether the numerical value of ambient signal surpasses critical parameters.For instance; The temperature that sensing cell 110 senses surrounding environment is 80 degree; Surpass critical parameters 40 degree, then mobile device 100 residing environment are a scene of fire most probably, so sensing administrative unit 120 judges that promptly needing to drive mobile device 100 starts the rescue pattern.Judge and to start the rescue patterns by driving mobile device 100 when sensing administrative unit 120, and after the startup of rescue pattern, get into step S230.When sensing administrative unit 120 judges that need not drive mobile device 100 starts the rescue pattern, be back to step S210, repeat to respond to the step of surrounding environment.
Thus; Owing to start the ambient signal active drive mobile device startup rescue pattern that administrative unit 120 can directly be transmitted by sensing cell 110; Rather than must manually boot by the user; Make mobile device 100 can initiatively protect user's safety, the person of avoiding the use of receives life and threatens not perceiving under the situation of danger and disaster.For instance;, the user also can't discover the situation that indoor carbonomonoxide concentration increases when sleeping; Yet by a transducer in order to the sensing carbonomonoxide concentration is set on mobile device 100; When the carbonomonoxide concentration of mobile device 100 surrounding environment surpassed a warning value, mobile device 100 can initiatively send distress signal to emergency medical center, ensures user's life whereby.Though driving mobile device 100 startup rescue patterns at this with sensing administrative unit 120 is that example is done explanation, yet the present invention is not limited thereto, the user also can manually boot the rescue pattern voluntarily.And no matter be not to use the person to manually boot or be to drive mobile devices 100 by sensing administrative unit 120 to start rescue patterns, neither departing from the scope of the present invention.
In step S230; Start administrative unit 140 according to power storage unit 160 dump power numbers record cell 130 intermittent record environmental information (the Environment Information that control environment; E.I.); And environmental information is contained in distress signal, and (Distress Signal delivers to emergency medical center via communication unit 150 in D.S.).Environmental information for example is image, sound, temperature, the concentration of specific gas and the positional information of mobile device 100 etc. of surrounding environment.When power storage unit 160 last electric power more after a little while, then the environmental information that write down of environment record unit 130 is less, or the blanking time of record environmental information is longer, to save spent electric power.Start administrative unit 140 and with environmental information with the rescue pattern manually boots for the user or by the information that startup administrative unit 140 is driven, be sent to emergency medical center.The record ambient condition information if environment record unit 130 slowly fails; After then waiting for a scheduled time; Start the distress signal that the still direct transmission of administrative unit 140 does not comprise environmental information, to avoid hindering the transmission of distress signal because of the damage of environment record unit 130.
In step S240, emergency medical center's inspection distress signal and response emergency correct signal or emergency rub-out signal.Emergency medical center can judge that distress signal is that the user manually boots or 120 drivings of sensing administrative unit.When distress signal manually booted for the user, then when this distress signal mistake of environmental information auxiliary judgment was not arranged, this distress signal of emergency medical center's decidable was correct, and contact rescue service unit goes to rescue.In addition, if distress signal is by 120 drivings of sensing administrative unit, emergency medical center can judge whether distress signal is correct according to environmental information.And when rescue service unit went to rescue, rescue service unit also can obtain this environmental information and assist rescue action.This environmental information for example is to be sent to remote server by mobile device 100, makes rescue service unit to obtain this environmental information by this remote server of access.When mobile device 100 receives the emergency correct signal, then get into step S250.When mobile device 100 receives the emergency rub-out signal, then get into step S290.
In step S290, start administrative unit 140 adjustment critical parameters.Owing to start administrative unit 140 is according to after critical parameters and the environmental information comparison; Judge that needing to drive mobile device 100 starts the rescue pattern; Yet the state that mobile device 100 is not in needs rescue is judged according to environmental information by emergency medical center; Representative starts administrative unit 140 need not start the rescue pattern under this environmental information, so need the adjustment critical parameters to avoid repeating to send wrong distress signal.
For instance, for example be that the temperature that sensing cell 110 senses surrounding environment is 50 degree, surpass critical parameters 40 degree, promptly mobile device 100 residing ambient temperatures are too high, need to drive mobile device 100 startup rescue patterns so sensing administrative unit 120 is promptly judged.Yet after environmental information has been inspected by emergency medical center, find that mobile device 100 is to be placed at the baking oven side just to cause sensing cell 110 to sense abnormal high temperature, so transmit emergency rub-out signal a to mobile device 100.Promptly to adjust critical parameters within a certain period of time be 55 degree and start administrative unit 140, to avoid repeating to send wrong distress signal.Though is that example is done explanation at this to start administrative unit 140 temporary adjustment critical parameters, yet no matter is temporary adjustment critical parameters, or permanent adjustment critical parameters, neither departing from the scope of the present invention.
In step S250, start administrative unit 140 via the mobile module in the communication unit 150 search for networks scopes.This mobile module can be identical with mobile device, also can be difference.Simultaneously also not limiting this mobile module is odd number, and mobile module also can be a plurality of.Mobile module for example be mobile computer, personal digital assistant (Personal Digital Assistant, PDA), the satellite positioning device of tool communication function etc.Network range for example be wireless network (Wireless Local Area Network, WiFi), (BlueTooth is in the scope that BT) can detect for blue bud.
In step S260, mobile device 100 gets into collaborative battery saving mode with mobile module.Please with reference to Fig. 3, it is the detail flowchart of the collaborative battery saving mode of entering of one embodiment of the invention.In step S310, in mobile device 100 and mobile module, select main device, all the other are ancillary equipment.Wherein the selection of main device can be selected by starting administrative unit 140, also can be selected voluntarily by the user.If select main device by starting administrative unit 140, then starting administrative unit 140 can divide other ability according to mobile device 100 and mobile module, for example is last electric power etc., selects main device.If in step S250, do not search mobile module, then mobile device 100 is main device.
In step S320, main device be ranked one send distress signal order, and sending order is broadcast to ancillary equipment.For instance, can divide other dump energy to coordinate out optimal sending order,, improve the successfully probability of rescue in the hope of reaching lasting transmitting time more of a specified duration according to main device and ancillary equipment.If in step S250, do not search mobile module, then omit this step.
In step S330, the time of setting main device and ancillary equipment is for synchronously.For instance, main device can be linked up with ancillary equipment, confirms that the setup time in main device and the ancillary equipment is synchronously.To avoid causing the same time to have two table apparatus to send distress signal because of setup time is asynchronous.
In step S340, main device and ancillary equipment send distress signal according to sending order.Wherein main device and ancillary equipment get into a resting state respectively when the state of non-transmission distress signal.That is to say that main device and ancillary equipment be only at special time, for example be with other device synchronously or to need to send distress signal time side in running order; All the other times are in resting state, to save electric power.Please with reference to Fig. 4, it is the main device of one embodiment of the invention and the time shaft of ancillary equipment transmission distress signal.
In Fig. 4, suppose to have a main device, four ancillary equipments.And through the main device sending order that is ranked; Be ranked the very first time for sending distress signal by ancillary equipment 1; Second time was to send distress signal by ancillary equipment 2; Serve as reasons main device of the 3rd time sends distress signal, and the 4th time be to send distress signals by ancillary equipment 3, and the 5th time was by ancillary equipment 4 transmission distress signals.And main device and ancillary equipment are in resting state in the time of non-transmission distress signal.For instance, main device at first and second, four, five times are for being in resting state.
Be back to Fig. 2 B, in step S270, judge whether that this Preset Time can be the default time in the main device through a Preset Time, or the defined time of user.In step S320, main device more is broadcast to ancillary equipment with this Preset Time together with sending order.If as yet not through a Preset Time, then get into step S280.If through a Preset Time; Then be back to step S260, repeat to select step, be ranked and broadcast step, synchronizing step and forwarding step, to avoid because of some device power drain; Cause some time not have device and send distress signal, the difficulty that causes rescue service unit to search and rescue.
In step S280, judge whether to receive and close the rescue status signal.This closes the rescue status signal can be for being directly inputted into mobile device 100 by the user, also can be for be sent to mobile device 100 by emergency medical center.If mobile device 100 receives this and cuts out rescue status signal, then process ends.If mobile device 100 does not receive this and cuts out the rescue status signal, then be back to step S270.
Thus; Owing to the electric power that mobile device is stored is limited; When the user is absorbed in the danger and disaster state that Yu Yixu sends distress signal for a long time, when for example being the mountain difficulty, need save the unnecessary power loss of mobile device as possible; To prolong the time that mobile device sends distress signal, improve the probability of being rescued.Therefore; By unit power saving of the present invention and multi-machine collaborative battery saving mode, no matter be under the unit or the situation of multimachine, all can coordinate out a best order of sending distress signal; Make under the state of non-transmission distress signal, to get into park mode, to increase the service time of mobile device.
In addition, mobile device also can obtain some rescue information from the external world except sending the distress signal, for example is that which area salvage corps has set out to, does not wait for rescue the situation that the person can be known extraneous rescue whereby, increases the will of seeking survival.Wherein distress signal also can comprise user's life mark picture, install number and stranded number on every side, assists the action of rescuing of rescue service unit.
In summary; The mobile device of tool rescue pattern of the present invention and the method for utilizing it to rescue; Can initiatively detect surrounding environment and obtain ambient signal by sensing cell 110; When judging that according to critical parameters mobile device 100 is in hazardous environment, mobile device 100 can initiatively send a distress signal to emergency medical center, and mobile device 100 can replace the user initiatively to warn rescue its present position, unit whereby has the wounded or needs of patients rescue.Thus, as the wounded or patient and do not know that it is in hazardous environment or its and is in can't be to state that the external world seeks help the time, mobile device 100 can replace the wounded or patient outwards to seek help.
In addition; By unit power saving of the present invention and multi-machine collaborative battery saving mode; No matter be under the unit or the situation of multimachine, all can coordinate out a best order of sending distress signal, make under the state of non-transmission distress signal, to get into park mode; Can prolong the time that continues to send an SOS whereby, avoid to rescue because of the mobile device power drain causes the external world.
Certainly; The present invention also can have other various embodiments; Under the situation that does not deviate from spirit of the present invention and essence thereof; Those of ordinary skill in the art work as can make various corresponding changes and distortion according to the present invention, but these corresponding changes and distortion all should belong to the protection range of the appended claim of the present invention.
Claims (10)
1. a method of utilizing mobile device to rescue is characterized in that, this mobile device comprises that a sensing cell, a sensing administrative unit, start an administrative unit and a communication unit, and this method comprises:
This sensing cell induction obtains an ambient signal;
This sensing administrative unit judges whether to drive this startup administrative unit according to critical parameters and this ambient signal and starts a rescue pattern; And
When this rescue pattern started, this startup administrative unit was sent distress signal to an emergency medical center via this communication unit.
2. the method for utilizing mobile device to rescue according to claim 1 is characterized in that, this mobile device more comprises an environment record unit, and this method more comprises:
When this rescue pattern started, this started administrative unit according to this environment record unit of dump power number control intermittent record one environmental information, and this environmental information is contained in delivered to this emergency medical center in this distress signal.
3. the method for utilizing mobile device to rescue according to claim 1 is characterized in that, more comprises:
When this emergency medical center checked this distress signal and respond an emergency rub-out signal, this started these critical parameters of administrative unit adjustment.
4. the method for utilizing mobile device to rescue according to claim 1 is characterized in that, more comprises:
When this emergency medical center checked this distress signal and respond an emergency correct signal, this started administrative unit via the mobile module in this communication unit search for networks scope; And
This mobile device and this mobile module get into a collaborative battery saving mode.
5. the method for utilizing mobile device to rescue according to claim 4 is characterized in that, this entering should collaborative battery saving mode step comprise:
In this mobile device and this mobile module, select a main device, all the other are an ancillary equipment;
This main device sending order that is ranked, and this sending order is broadcast to this ancillary equipment;
The time of setting this main device and this ancillary equipment is for synchronously; And
This main device and this ancillary equipment send this distress signal according to this sending order.
6. the method for utilizing mobile device to rescue according to claim 5 is characterized in that, this main device and this ancillary equipment get into a resting state respectively when the state of non-this distress signal of transmission.
7. the method for utilizing mobile device to rescue according to claim 5 is characterized in that, more comprises:
Behind a Preset Time, repeat that this selects step, this is ranked and broadcast step, this synchronizing step and this forwarding step.
8. the mobile device of a tool rescue pattern is characterized in that, comprising:
One sensing cell obtains an ambient signal in order to induction;
One sensing administrative unit judges whether to drive this mobile device according to this ambient signal and critical parameters and starts a rescue pattern;
One communication unit; And
One starts administrative unit, and wherein when this rescue pattern started, this startup administrative unit was sent distress signal to an emergency medical center via this communication unit.
9. the mobile device of tool rescue pattern according to claim 8 is characterized in that, more comprises:
One environment record unit is in order to write down an environmental information; And
One power storage unit; Wherein, the rescue pattern should start administrative unit when starting more according to this this environment record unit of power storage unit dump power number control this environmental information of intermittent record; And this environmental information is contained in delivers to this emergency medical center in this distress signal
When wherein this emergency medical center checked this distress signal and responds an emergency rub-out signal, this started these critical parameters of administrative unit adjustment.
10. the mobile device of tool rescue pattern according to claim 8; It is characterized in that; When this emergency medical center checked this distress signal and respond an emergency correct signal, this started administrative unit via the mobile module in this communication unit search for networks scope, in this mobile device and this mobile module, selects a main device; All the other are an ancillary equipment; This main device sending order that is ranked, and this sending order is broadcast to this ancillary equipment, this main device is more set the time of this main device and this ancillary equipment for synchronously; This main device and this ancillary equipment send this distress signal according to this sending order, and wherein this main device and this ancillary equipment get into a resting state respectively when the state of non-this distress signal of transmission.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201010265758XA CN102378141A (en) | 2010-08-25 | 2010-08-25 | Mobile device with rescue mode and rescuing method by using same |
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| CN201010265758XA CN102378141A (en) | 2010-08-25 | 2010-08-25 | Mobile device with rescue mode and rescuing method by using same |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107968669A (en) * | 2016-10-19 | 2018-04-27 | 深圳富泰宏精密工业有限公司 | Method for seeking help, system and electronic device |
| CN108307024A (en) * | 2016-06-28 | 2018-07-20 | 华为终端（东莞）有限公司 | A kind of sending method and electronic equipment of assistance message |
-
2010
- 2010-08-25 CN CN201010265758XA patent/CN102378141A/en active Pending
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108307024A (en) * | 2016-06-28 | 2018-07-20 | 华为终端（东莞）有限公司 | A kind of sending method and electronic equipment of assistance message |
| CN107968669A (en) * | 2016-10-19 | 2018-04-27 | 深圳富泰宏精密工业有限公司 | Method for seeking help, system and electronic device |
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Application publication date: 20120314 |