CN203850854U - Mobile power supply for realizing mobile equipment anti-loss function - Google Patents
Mobile power supply for realizing mobile equipment anti-loss function Download PDFInfo
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- CN203850854U CN203850854U CN201420058010.6U CN201420058010U CN203850854U CN 203850854 U CN203850854 U CN 203850854U CN 201420058010 U CN201420058010 U CN 201420058010U CN 203850854 U CN203850854 U CN 203850854U
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W8/00—Network data management
- H04W8/22—Processing or transfer of terminal data, e.g. status or physical capabilities
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Abstract
The utility model provides a mobile power supply for realizing a mobile equipment anti-loss function. The mobile power supply comprises a wireless control circuit board, a battery, a voltage output port, and a mobile power supply charging port. The wireless control circuit board includes a charging and discharging control module, is connected with mobile equipment and other external equipment through the voltage output port, and is powered by the battery. The battery is charged through the mobile power supply charging port. The battery is a rechargeable battery, and is used for powering the wireless control circuit board. The wireless control circuit board sends a wireless signal to the mobile equipment so as to establish a two-way wireless connection capable of transmitting and receiving wireless signals between the mobile power supply and the mobile equipment. The mobile power supply of the utility model can provide an anti-loss monitoring function for mobile equipment of users at any time, and is convenient and easy to use.
Description
Technical field
The utility model relates to the anti-lost field of mobile device, is specifically related to the portable power source of the anti-lost protection that realizes mobile terminal.
Background technology
At present, along with popularizing rapidly of mobile computing device especially smart mobile phone, panel computer etc., mobile computing device has become people's information terminal.The value of smart mobile phone is higher, and in mobile phone, has comprised increasing private data, and smart mobile phone is easy to become stolen object.And due to people's carelessness used in everyday, also usually cause mobile phone accidentally to be lost.Traditional loss reminiscences need separately signal receive and transmitting terminal, and these lose reminiscences also need frequent charging, use quite inconvenience.Therefore, the anti-lost very important needs of user that become of smart mobile phone.
Existing smart mobile phone lacks anti-lost function mostly, and the anti-lost function of some mobile phones realizes by software on mobile phone, conventionally only in the time that user finds that mobile phone is lost, is locked mobile phone or is wiped the information in mobile phone by Long-distance Control, and do not possess prompting function.But, in some cases, wait user to find when mobile phone has been lost late, user's information may be stolen.
Also having a solution is the anti-lost terminal of independently remote control bluetooth, and owing to being the equipment of simple function, therefore user often leaves behind, and easily forgets charging, also inconvenient in use.
Therefore, need a kind of can solve smart mobile phone anti-lost, possess timely prompting function and mobile phone portable power source easy to use.
Utility model content
The purpose of this utility model is to provide a kind of portable power source of realizing the anti-lost function of mobile device, described portable power source comprises radio control circuit plate, battery, Voltage-output port and portable power source charging port, wherein, described radio control circuit plate comprises and discharges and recharges control module, connecting described mobile device by described Voltage-output port is its power supply with other external equipments by described battery, and is described battery charging by described portable power source charging port; Described battery is rechargeable battery, is used to described radio control circuit plate power supply; Described radio control circuit plate send wireless signal to described mobile device with between described portable power source and described mobile device, set up can transmitting/receiving wireless signal double-direction radio connect.
Preferably, described radio control circuit plate adopts one or more the combination that is selected from Bluetooth protocol, RFID, WiFi, zigbee, 2.4Ghz radio frequency, infrared radio agreement.
Preferably, the interface type of described Voltage-output port and portable power source charging port is selected from 30 needle interfaces of USB interface, mini USB interface, Micro USB interface, Apple, the 8 pin Lightning interfaces of Apple.
Preferably, described portable power source comprises prompting module, two-way wireless communication between described mobile device and described portable power source is connected disconnection, or wireless connection conditions is during lower than a certain preset value, sends for reminding user mobile device and may lose or stolen control command.
Preferably, described prompting module sound individually or in combination, at least one in vibrations and light signal.
Preferably, described portable power source comprises switch, is used for controlling the specific function of described portable power source and/or described mobile device.
Preferably, thus receive from described mobile device based on its residing environment is identified to the control signal of sending, described switch cuts out or opens the anti-lost function of described portable power source.
Preferably, described portable power source comprises shell, for holding radio control circuit plate and battery.
Preferably, described Voltage-output port and portable power source charging port are opened in described case surface.
Preferably, described in the time that prompting module is sent warning, user can pass through described switch manual-lock.
Can provide anti-lost function for monitoring at any time for user's mobile device according to portable power source of the present utility model, facilitate easy-to-use.
The description and the follow-up detailed description that should be appreciated that aforementioned cardinal principle are exemplary illustration and explanation, should the restriction to the claimed content of the utility model with do.
Brief description of the drawings
With reference to the accompanying drawing of enclosing, the more object of the utility model, function and advantage are illustrated the following description by the utility model execution mode, wherein:
Fig. 1 schematically shows according to the system framework schematic diagram of the exemplary mobile device of the utility model embodiment and portable power source.
Fig. 2 a schematically shows the exemplary implementation according to the portable power source of the utility model embodiment.
Fig. 2 b schematically shows the another exemplary implementation according to the portable power source of the utility model embodiment.
Embodiment
By reference to example embodiment, the purpose of this utility model and function and will be illustrated for the method that realizes these objects and function.But the utility model is not limited to following disclosed example embodiment; Can be realized it by multi-form.The essence of specification is only to help various equivalent modifications Integrated Understanding detail of the present utility model.
Hereinafter, embodiment of the present utility model will be described with reference to the drawings.In the accompanying drawings, identical Reference numeral represents same or similar parts, or same or similar step.
system survey
Fig. 1 schematically shows according to the exemplary mobile device of an embodiment of the utility model and realizes the system framework schematic diagram of the portable power source of the anti-lost function of mobile device.Mobile device 110 can be for example the Mobile Computing such as smart mobile phone, panel computer equipment, can comprise central processing unit 111, memory 112, ancillary equipment 113, for identifying the position module 116 of mobile device 110 present positions and the location database 117 of storaging position data.Central processing unit 111, memory 112, ancillary equipment 113, position module 116 and location database 117 can be assemblies separately or can be integrated in one or more integrated circuits the transmission and the interactive communication that are connected and are carried out data and instruction by the mode of bus therebetween.Various assemblies in mobile device 110 for example can be by one or more communication buss or signal line coupling.The various function available hardware of mobile device 110 and/or software are realized, and comprise with one or more signals processing and/or application-specific integrated circuit (ASIC) realization.
Central processing unit 111 can comprise one or more application processors (AP), one or more baseband processor (BP) and/or one or more wireless processor.Application processor and baseband processor can be integrated in single process chip.
Memory 112 can be coupled to central processing unit 111 by memory interface (not shown).Memory 112 can comprise high-speed random access memory and/or nonvolatile memory, for example one or more disk storage devices, one or more optical storage apparatus and/or one or more flash memory (for example NAND, NOR).Memory 112 can storage operation system, for example iOS, Android, Microsoft Windows Mobile, Darwin, RTXC, LINUX, UNIX, OS X, WINDOWS or the embedded OS such as VxWorks.Operating system can comprise for the treatment of basic system services with for carrying out the instruction of the task of depending on hardware.In some implementations, operating system can comprise kernel (for example UNIX kernel).
Memory 112 also can be stored one or more communication instructions to assist and one or more other equipment, one or more computer and/or one or more server communication.These instructions for example comprise assisting the graphic user interface instruction of graphic user interface processing, in order to the transducer processing instruction of aid sensors relevant treatment and function, in order to assist the telephone order of phone relevant treatment and function, in order to assist the electronic message delivery instruction of electronic message delivery relevant treatment and function, in order to assist the web-browsing instruction of web-browsing relevant treatment and function, in order to assist the media processing instruction of media processing relevant treatment and function, in order to assist the GPS/ navigation instruction of GPS and navigation relevant treatment and instruction, in order to assist the camera instruction of camera relevant treatment and function, in order to assist magnetometer data and the calibration command of magnetometer calibration.Memory 112 also can be stored other software instructions, for example safety instructions, in order to assist the web video instructions of web video relevant treatment and function and/or in order to assist web buy relevant treatment and function web shopping instruction, can be configured such that mobile device 110 utilizes the estimated position of the wireless access gateway detecting to determine position command of position etc.Each in above-mentioned instruction and application can be corresponding to one group of instruction for carrying out above-mentioned one or more functions.
Ancillary equipment 113 comprises multiple various transducers, equipment and subsystem, can be coupled to central processing unit 111 to realize multiple functions of mobile device by Peripheral Interface.Fig. 1 shows two kinds of schematic ancillary equipment, i.e. communication module 114 and I/O interface 115.
Communication module 114 can assist to realize mobile device 110 and communicate function with the external world.Communication module 114 can comprise radio frequency receiver and transmitter and/or optics (for example infrared) receiver and transmitter.The specific design of communication module 114 and realization can be depending on one or more cordless communication networks of operation on mobile device 110.For example, mobile device 110 can comprise the communication module 114 that is designed to comprise operation gsm system, cdma system, WCDMA system, CDMA2000 system, TD-SCDMA system, LTE system, TD-LTE system, WiFi or WiMax network, Bluetooth network, near-field communication (NFC) system, ultrasonic system, Wireless USB system, rfid system etc.Especially, communication module 114 also can comprise host protocol, to make mobile device can be configured to the base station of other wireless devices, realizes focus (hotspot) function.
I/O interface 115 can comprise touch screen controller and/or one or more other input control devices.Touch screen controller can be coupled to touch-screen or touch panel.Touch-screen and touch screen controller for example can utilize and include but not limited to any in interior multiple touch-sensitive technology of capacitor type, resistor-type, infrared and surface acoustic wave technique, and other proximity sense arrays, or other detect and contact and move or its interruption for determining with the element of one or more contact points of touch-screen.One or more other input control devices can for example comprise one or more buttons, rocker switch, thumb wheel, infrared port, USB port and/or the sensing equipment such as stylus.One or more buttons can comprise the button for volume control of loud speaker, mains switch, photograph switch and/or microphone etc.In one implementation, press button and can arrange and continue to press the different duration, for example long by or short in to realize different functions, for example open, close mobile device 110, photograph, volume adjusting, screen locking, screenshotss, switching etc. function.One or more function in user customizable button.Touch-screen for example also can be used for realizing virtual or soft key and/or keyboard.
Ancillary equipment 113 also can comprise various transducers, for example motion sensor is with the movement, gravity sensor of assisting to judge mobile device to judge the contiguous function that can realize mobile device towards, optical sensor to realize mobile device sensing external light source intensity, proximity sense 714 of mobile device, and whether for example sensing has exterior object or human body near mobile device etc.Alternatively, also can comprise that camera subsystem such as charge coupled device (CCD) or complementary metal oxide semiconductors (CMOS) (CMOS) optical pickocff and optical pickocff (as photoflash lamp) carry out assist mobile equipment 110 and realize shoot function, for example recording photograph and video clipping.Alternatively, can also comprise that audio subsystem possesses phonetic function with assist mobile equipment 110, for example speech recognition, speech reproduction, digital record and telephony feature as loud speaker and microphone.
Position module 116 is for measuring the residing position of mobile device 110, and surveyed ad-hoc location is recorded in location database 117.For example, position module 116 can comprise global positioning system (GPS) chip, comes the current residing position of sensing movement equipment 110.The network that position module 116 can also connect by communication module 114 is measured the residing position of mobile device 110.For example, the network connecting when communication module 114 is the WiFi router of ad-hoc location (as family, office etc.), thereby position module 116 can judge the residing network connection state of mobile device 110 or position by the MAC Address that detects WiFi router.The network connecting when communication module 114 is mobile communications network, such as GSM network, cdma network, WCDMA network, CDMA2000 network, TD-SCDMA network, LTE network, TD-LTE network etc., position module 116 can be measured the current residing network connection state of mobile device 110 or position by detecting the current subdistrict position of mobile communications network.
Whether location database 117 carries out stored record for the residing position of mobile device 110 that position module 116 is measured, be the set ad-hoc location of user or environment for use in identification.It is the position of being familiar with or often go that user can be about to some position mark certainly, for example, in the time that mobile device 110 is connected to the WiFi router of family, can the mark network that now mobile device connects be conventional position; In the time that mobile device 110 is positioned at office, by the position of the GPS chip positioning user in position module 116, user also can mark now the residing position of mobile device be conventional position etc.
Preferably, location database 117 regularly carries out data with the high in the clouds location database that is positioned at high in the clouds synchronizes, so as before the reservation of the position that user can also store by high in the clouds in the time changing mobile device, to record be familiar with environment and positional information.The synchronous time can be set voluntarily by user, can be defaulted as every day once synchronously.More preferably, location database 117 can be synchronizeed with high in the clouds location database in the time having increased new position at every turn and record.
As shown in Figure 1, comprise processor 101, wireless module 102, internal battery 1041 and discharge and recharge control module 1042 according to the portable power source 100 of the anti-lost function that realizes mobile device 110 of the present utility model.Alternatively, also comprise prompting module 103.Processor 101, wireless module 102, prompting module 103, internal battery 1041 and to discharge and recharge control module 1042 can be assembly separately or can be integrated in one or more integrated circuits.Alternatively, in wireless module 102 or the in the situation that of discharging and recharging in control module 1042 built-in processor, can realize by described internal processor the function of processor 101, and without being equipped with again extra processor 101.
Wireless module 102 can assist to realize portable power source 100 by communicating function between wireless network 120 and mobile device 110.Wireless module 102 can comprise that receiver and transmitter are for receiving and send the wireless signal from described mobile device, for example radio frequency receiver and transmitter and/or optics (for example infrared) receiver and transmitter.Between mobile device 110 and portable power source 100, set up can transmitting/receiving wireless signal double-direction radio be connected, be described wireless module 102 and carry out wireless connections exchange correlation control information and wireless connection conditions mutually with the module of same wireless connections agreement in described mobile device 110, when monitoring after wireless connections that the wireless connection conditions between wireless module 102 and described mobile device 110 disconnects or during lower than a certain preset value, described wireless module 102 sends and/or receives for pointing out mobile device described in user may lose or stolen control command.Or described wireless module 102 also can be in the time receiving specific instruction, send and/or receive for pointing out mobile device described in user may lose or stolen control command.This control command or specific instruction can come from mobile device 110 or portable power source 100.Wireless module 102 can be matched with the specific implementation of the communication module 114 of mobile device 110 and carry out Design and implementation.For example, the communication protocol of wireless module 102 can be selected from one or more combination of Bluetooth protocol, RFID, WiFi, zigbee, 2.4Ghz radio frequency, infrared radio agreement.Wireless module 102 also can be periodically to carry out signal mutual with the communication module 114 of mobile device 110, regularly receive the answer signal that mobile device 110 sends, whether stolen or lose to monitor mobile device 110.
Carrying out under the operating state of anti-lost monitoring, the communication module 114 with same wireless connections agreement of the wireless module 102 in portable power source 100 and mobile device 110 is set up double-direction radio that can transmitting/receiving wireless signal and is connected, the communication module 114 after connecting in mobile device 110 can with portable power source 100 in the mutual exchange correlation control information of wireless module 102 and wireless connection conditions.In the time there is stolen or loss in mobile device 110, mobile device 110 can exceed certain distance apart with portable power source 100, make the radio communication between the communication module 114 of mobile device 110 and the wireless module 102 of portable power source 100 be connected disconnection, such as, or wireless connection conditions (bonding strength etc.) is during lower than a certain preset value, or in the time that described wireless module 102 receives specific instruction, the wireless module 102 that can trigger in portable power source 100 sends for pointing out user's mobile device 110 may lose or stolen control command.In the present embodiment, control command sends it back the communication module 114 of mobile device 110 by wireless network 120, and the warning function that activates mobile device 110 is used for pointing out user.The software that this warning function can carry by mobile device 110 or application program (app) realize.
Wireless module 102 can be realized the function of opening or closing by control signal or instruction.Described control signal or instruction can come from the control signal that the processor 101 of portable power source 100 sends, for example user initiatively closes the anti-lost function for monitoring of wireless module 102, or the control signal of sending by its communication module 114 from mobile device 110.Control signal from mobile device 110 will describe in detail hereinafter.
Discharge and recharge charging and the voltage transitions of control module 1042 to internal battery 1041 and manage, in the time of the electric weight deficiency of battery 1041, can be accessed by AC power and by discharging and recharging control module 1042, battery 1041 is charged.Discharging and recharging control module 1042 and battery 1041 can also be the state information that battery 1041 was powered and transmitted to wireless module 102.Discharge and recharge control module 1042 and also comprise that charging port is that battery 1041 charges for being connected to external power source, and Voltage-output port, for being connected to the external equipment of portable power source 100 to power by battery 1041.
Internal battery 1041 provides function of supplying power for being embodied as 100 of portable power sources in the time carrying out anti-lost supervision, and provides electric energy for other mobile devices that are connected to described portable power source 100.Preferably, internal battery 1041 is large capacity rechargeable type, and its capacity can be for example 5000mAh-15000mAh.In the time of the electric weight deficiency of internal battery 1041, can be linked into DC power supply by interface (not shown) internal battery 1041 is charged.
Preferably, portable power source 100 also comprises prompting module 103, for occurring stolen at mobile device 110 or sending in time alerting signal by portable power source 100 itself to user lose in the situation that.In the time there is stolen or loss in mobile device 110, mobile device 110 can exceed certain distance apart with portable power source 100, make the radio communication between the communication module 114 of mobile device 110 and the wireless module 102 of portable power source 100 be connected disconnection, such as, or wireless connection conditions (bonding strength etc.) is during lower than a certain preset value, the wireless module 102 that can trigger in portable power source 100 sends for pointing out user's mobile device 110 may lose or stolen control command.In the present embodiment, prompting module 103 receives the reminding user mobile device that described wireless module 102 sends and may lose or stolen control command, for sending prompting user's signal.
Prompting module 103 for example can comprise at least one in sound module 1031, shock module 1032 and light emitting module 1033, for sounding individually or in combination, vibrations and light signal at least one.For example, prompting module 103 can only include sound module, mobile device 110 occur stolen or lose in the situation that to user's alerting signal of sounding in time.Or, prompting module 103 can comprise sound module and shock module, occur stolen or sound and vibration reminding signal to user lose in the situation that simultaneously at mobile device 110, failing to find in time situation stolen or that lose to prevent from not hearing sound prompting in user's situation that environment is noisy out of doors.Three kinds of prompting module shown in figure are only schematically, except what illustrate, can also comprise the operational blocks which partition system that can realize prompting function of other types herein.
Fig. 2 a is depicted as the specific product structure chart of the portable power source of realizing according to the embodiment of Fig. 1.As shown in Figure 2 a, portable power source 200 comprises wireless module 202, prompting module 203, battery 2041, discharges and recharges control module 2042, circuit board 221, portable power source charging port 222 and Voltage-output port 223.
Prompting module 203 with discharge and recharge control module 2042 and wireless module 202 is connected on the circuit board 221 of battery portable power source 200 inside, discharge and recharge control module 2042 and carry out circuit with battery 2041, wireless module 202, portable power source charging port 222 and Voltage-output port 223 in battery portable power source 200 respectively and be connected, wireless module 202 with discharge and recharge control module 2042 and prompting module 203 and carry out circuit and be connected.Preferably, battery 2041 is high capacity cell, for example 5000mAh-15000mAh.Mobile device 210, in the time in use finding that electric weight is not enough, can be connected to portable power source 200, is its charging by battery 2041 with discharging and recharging control module 2042.Discharge and recharge charging and the voltage transitions of control module 2042 to battery 2041 and manage, in the time of the electric weight deficiency of battery 2041, can be accessed by AC power and by discharging and recharging control module 2042, battery 2041 is charged.Discharging and recharging control module 2042 and battery 2041 can also be the state information that battery 2041 was powered and transmitted to wireless module 202.
Carrying out under the operating state of anti-lost monitoring, wireless module 202 in portable power source 200 and the module with same wireless connections agreement of mobile device 210 set up can transmitting/receiving wireless signal double-direction radio connect after, the communication module 214 after connecting in mobile device 210 can with portable power source 200 in the mutual exchange correlation control information of wireless module 202 and wireless connection conditions.In the time there is stolen or loss in mobile device 210, mobile device 210 exceedes certain distance apart with portable power source 200, make the radio communication between the communication module 214 of mobile device 210 and the wireless module 202 of portable power source 200 be connected disconnection, or wireless connection conditions is during lower than a certain preset value, trigger wireless module 202 sending controling instructions in portable power source 200 to prompting module 203.Prompting module 203 is again according to setting respectively or triggering the alerting signal that sends for example sound, vibrations and/or light prompting to user in the mode of combination, exceed outside user's specific range with prompting user mobile device 210, situation stolen or that lose may occur.Preferably, mobile device 210 also can send default prompting according to wireless connection conditions, or the data in mobile device 210 are protected and/or the data of enciphering/deciphering operation protection mobile device 210 ends.Communication module 214 in mobile device 210 also can be sent control command to the wireless module 202 in portable power source 200, is controlled and is discharged and recharged control module 2042 or prompting module 203 is carried out respective operations by wireless module 202.
Fig. 2 b is depicted as the specific product structure chart of the portable power source of realizing according to the embodiment of Fig. 1.As shown in Figure 2 b, portable power source 200 comprises shell 201, radio control circuit plate 202, sound prompting module 203a, vibration reminding module 203b, battery 204, Voltage-output port 205, portable power source charging port 206 and switch 207.
Shell 201 is for holding above-mentioned radio control circuit plate 202, sound prompting module 203a, vibration reminding module 203b, battery 204 and switch key 207.Voltage-output port 205 and portable power source charging port 206 are opened in shell 201 surfaces.
Radio control circuit plate 202 has comprised the major control circuit part of portable power source 200, has at least comprised processor, wireless module, has discharged and recharged the control circuit of control module and prompting module.Radio control circuit plate 202 is preferably produced on one end of portable power source 200 with the form of circuit board.
What sound prompting module 203a and vibration reminding module 203b realized is the prompting function of the prompting module 103 in Fig. 1, for occur at mobile device 110 stolen or lose in the situation that to user's alerting signal of sounding in time.Sound prompting module 203a preferably adopts the form of buzzer, and the tune of buzzer can be used electromagnetic type or piezoelectric type.In the time that buzzer sends warning, user can pass through switch 207 manual-locks.
Battery 204 is used to portable power source 200 to power in the time opening anti-lost function, powers in particular for radio control circuit plate 202.Internal battery 205 is rechargeable battery, in the time being connected to external equipment by Voltage-output port 204, can also power for it, while being connected to external power source, can charge for battery 204 by portable power source charging port 205.Can be by directly portable power source 200 being connected to and can providing the equipment of electric power to charge separately, be for example connected to portable power source, be connected to charger, PC computer, mobile phone, panel computer of AC power etc.Or, in the time that portable power source 200 is connected to external power source, charge for this battery 204.
According to the portable power source 200 of the present embodiment for connecting external equipment, to be embodied as the function of described charging external equipment.Portable power source 200 connects external equipment to be realized by Voltage-output port 205 and portable power source charging port 206.The interface type of Voltage-output port 205 and portable power source charging port 206 includes but not limited to 30 needle interfaces, the 8 pin Lightning interfaces of Apple etc. of USB interface, mini USB interface, Micro USB interface, Apple.Here only schematically show Voltage-output port 205 for USB interface, portable power source charging port 206 is the example of mini USB interface.
Switch 207 is used for controlling the specific function of described portable power source and/or described mobile device, for example, open or close the anti-lost function for monitoring of portable power source, can also be used for opening or closing reminding alarm function.Switch 207 shown in figure is key switch, can under the occasion of needs, initiatively open or close for user the anti-lost function of portable power source 200.The control signal that switch 207 also can send by radio control circuit plate 202 triggers the theftproof monitoring function that opens or closes portable power source automatically.Switch 207 can also receive from described mobile device based on its residing environment being identified to (will be described below) thereby the theftproof monitoring function of described portable power source is closed or opened to the control signal of sending.In addition, in the time that prompting module is sent warning, user can report to the police by described switch manual-lock.
Can coordinate the control of mobile device automatically open or close for familiar position or place according to portable power source of the present utility model, in foreign environment, open anti-lost function to prevent that user from forgetting, or being familiar with still opening in environment waste that anti-lost function causes and the unnecessary harassing and wrecking to user.For example, user goes back home and middlely takes mobile device to another room, the threshold value that now may exceed setting from the distance between portable power source causes portable power source to think stolen situation of mobile device by mistake, obviously, does not need in this case to monitor anti-loss alarm.In other situation, thereby due to the wireless module 102 in mobile anti-lost power supply 100 need regularly with mobile device 100 in communication module 114 carry out signal alternately may stolen or loss to judge whether to exceed certain distance mobile device 110, therefore be that mobile anti-lost power supply 100 or mobile device 110 itself all need to consume certain electric energy and maintain this supervision situation, this will affect the stand-by time of mobile device 110 and mobile anti-lost power supply 100, for user makes troubles.Especially, this environment monitoring function is applicable to detect in outdoor environment or foreign environment as user loss or the antitheft situation of mobile device, and in the time that user is in familiar scene (for example, in family or in office), can automatically close the function for monitoring of mobile portable power source to save electric energy and to reduce bothering user.In the time that user's environment changes, the generation of this change can be detected in time by the contrast of positional information, thereby automatically open in time the function for monitoring of portable power source.
In addition, in certain the familiar environment or scene being positioned user, may record a more than positional information that user is familiar.For example, when user is in office, in office, may there is the familiar WiFi network of a more than user.And user may be switched in different familiar WiFi networks due to walking about in office.In this case, although the positional information of the mobile device getting each time may be all different, because being all belongs to the defined familiar position of user, therefore also without the anti-lost function for monitoring of opening portable power source.
Need to be based upon position that user was arrived in the past and the identification of environment to the identification of environment, in the utility model, record realization by the location database 117 in above-described mobile device.Thereby the customer location recording includes but not limited to be determined bit position, judged residing network connection state or position, measure residing network connection state or position etc. by detecting the current subdistrict position of mobile communications network by detecting the MAC Address of the WiFi router connecting by GPS.
Preferably, anti-lost function for monitoring between portable power source and described mobile device can be the two-way control command of sending, when having entered, discovery is familiar with in environment, between portable power source and described mobile device, send mutually control signal by the wireless module of portable power source and the communication module of mobile device, close or forbid separately and/or the other side's function for monitoring and/or prompting function; And when having entered in foreign environment, between portable power source and described mobile device, can send mutually control signal by the communication module of the wireless module of portable power source and mobile device, enable separately and/or the other side's function for monitoring and/or prompting function.
More preferably, the two-way control command between portable power source and described mobile device can directly be used for opening or close separately and/or the other side's prompt facility, thereby is used for realizing the object of two-way search.Particularly, the switch on can portable power source is set to multiple start-up mode, for example, press switch some seconds by length, and the loud speaker that can directly open mobile device sends alerting signal, thereby facilitates user to find mobile device position.Finding after mobile device, can again press switch or close prompt facility by mobile device itself.
Automatically close and start the anti-lost function of portable power source except send control signal by mobile device, user can also arrange mobile device and/or portable power source and automatically open or close within the special time period function of anti-lost supervision, anti-lost prompting.For example, can set portable power source in the specific time period of every day, as automatically closed anti-lost function between 11:00-in evening 7:00 in morning, to prevent that portable power source from opening anti-lost function bothering user at night.Alternatively, user can also be by setting special schedule, such as with the function bindings such as the calendar function of mobile device or calendar prompting, mail reminder, the meeting showing at schedule or during other need the period, automatically control mobile device and open or close anti-lost supervision, prompting function, or automatically send control signals to portable power source, the anti-lost function of this portable power source is closed, and reopen portable power source after schedule finishes.
As described in embodiment above, mobile device is being carried out under the operating state of anti-lost monitoring according to portable power source of the present utility model, wireless module in portable power source with in mobile device with the module of same wireless connections agreement set up can transmitting/receiving wireless signal double-direction radio connect, exchange correlation control information and wireless connection conditions mutually after connecting.In the time that mobile device is stolen or lose, can cause the distance between mobile device and portable power source to exceed certain threshold value, can judge whether mobile device has left and exceed the distance setting by setting the size of this threshold value, possibility stolen or that lose occurs.When monitoring this distance while exceeding this threshold value, radio communication between the communication module of mobile device and the wireless module of portable power source is connected or disconnects, or wireless connection conditions, as signal strength signal intensity or call completing rate during lower than a certain preset value, be judged to be stolen or loss of mobile device, trigger corresponding follow-up signal.This triggering can also send specific instruction by the communication module for portable power source and realize.Excite prompting module in portable power source to send corresponding alerting signal or alarm signal except mentioned above, follow-up operation can also have following several mode.
Data in mobile device are protected, for example to data wipe, the operation such as locking.Thereby when the wireless communication status between the communication module of mobile device and the wireless module of portable power source be judged as lose be connected or reach a certain setting threshold situation be judged to be stolen or lose occur time, can send control signal to mobile device by portable power source, make the directly system of entering security pattern that carry or user preset of mobile device.Under this security pattern, can be set as by this control signal, mobile device being automatically locked, for example lock by the predefined password of user.Preferably, can be set as reaching after pre-determined number when input password mistake, the data in mobile device are all wiped, obtain the data in mobile device with the side's of avoiding theft malice.
According to the utility model, to the antitheft of mobile device or lose and judge it is mainly mutual exchange correlation control information and wireless connection conditions after carrying out wireless connections by the wireless module in portable power source with the module with same wireless connections agreement in mobile device.Alternatively, the decision rule outside can also plus is so that more accurately the loss to mobile device or theft state are judged more accurately.After the wireless connection conditions disengaging when portable power source and mobile device or changing, by the operating state of acceleration transducer of monitoring mobile device, if monitor mobile device fast away from portable power source, may illustrate that mobile device is stolen, now mobile device can send similar above-mentioned control signal and make the directly system of entering security pattern that carry or user preset of mobile device, or sends alarm signal with reminding user to portable power source simultaneously.
Alternatively, this extra decision rule also comprises after the wireless connection conditions of portable power source and mobile device departs from or changes, it is that mobile device can be monitored some current particular manner of operation of mobile device for which kind of instruction, for example, being now operating as of mobile device entered to system option at once and carry out amendment or the attempt shutdown etc. of significant data.If there is as above operation, can be judged to be mobile device stolen, now mobile device can send similar above-mentioned control signal and make the directly system of entering security pattern that carry or user preset of mobile device, or sends alarm signal with reminding user to portable power source simultaneously.
Alternatively, can also be by transmitting control signal to realize the function of the mobile device of giving loss for change according to portable power source of the present utility model.For example, when the wireless communication status between the communication module by mobile device and the wireless module of portable power source determine mobile device stolen after, portable power source can send control signal to mobile device, start the positioning function of mobile device, the GPS module of for example opening mobile device positions the current location of mobile device, then can this positional information be sent SMS message by the wireless network of mobile device, instant message, Email, or be sent to Cloud Server end, other synchronous terminals (as client personal computer or other mobile devices) or send it back portable power source and store or forward.Utilize this positional information, user can follow the tracks of and give for change the mobile device of loss easily, or utilizes this information assists location stealer, to protect the safety of mobile device.
According to the utility model, mobile device can also carry out two-way interactive to realize two-way looking up function with portable power source.For example, in the time that user can not find mobile device or portable power source, only need to operate the software (as app) on mobile device or press a certain specific keys on portable power source, the opposing party will send sound prompting, to help user to locate fast mobile device or portable power source.
For example, the button that can arrange on portable power source is opened the specific program of mobile device for remote control, thereby realizes the function of reminding or reporting to the police.
According to the utility model, in the time that portable power source and mobile device are positioned at specific distance range, because portable power source is for mobile device provides reliable safety guarantee, therefore can arrange mobile device is deciphered automatically, be user inputs screen locking password when opening mobile device at every turn, is user-friendly to.Preferably, can be set as just the encryption function of mobile device being opened in the time that portable power source and mobile device are separated certain distance.Alternatively; user can control by portable power source protection, encryption and/or the deciphering of mobile device end specific information data, for example, start protection, encryption and/or the deciphering to mobile device end specific information data by pressing the special key being equipped with on portable power source.Even if user's mobile device is stolen like this, if the decryption information that does not have portable power source to send, the particular data in mobile device remains safety and cannot be seen by third party.
Alternatively, expansion that can also be extra according to portable power source of the present utility model coordinates other functions of mobile device, for example mobile device is carried out to long-range remote control function, this long-range remote control function can be realized by the application program starting and/or move in mobile device.Except the function of above-mentioned location mobile device, can provide at any time by the specified application on portable power source remote control unlatching mobile device or the function of app for user.For example, portable power source can send specific instruction, is received by supporting application program or the app of mobile device end, default according to program, opens the specific program on mobile device.Such as recording or the photograph program that can allow on supporting program starting hand-set.
Alternatively, the described mobile device of above-mentioned monitoring may be lost or stolen function can realize by corresponding application program or app are installed on mobile device.
In conjunction with the explanation of the present utility model and the practice that disclose here, other embodiment of the present utility model are easy to expect and understand for those skilled in the art.Illustrate with embodiment and be only considered to exemplary, true scope of the present utility model and purport limit by claim.
Claims (10)
1. realize a portable power source for the anti-lost function of mobile device, described portable power source comprises radio control circuit plate, battery, Voltage-output port and portable power source charging port, wherein,
Described radio control circuit plate comprises and discharges and recharges control module, connects described mobile device and other external equipments are its power supply by described battery, and be that described battery charges by described portable power source charging port by described Voltage-output port;
Described battery is rechargeable battery, is used to described radio control circuit plate power supply;
Described radio control circuit plate send wireless signal to described mobile device with between described portable power source and described mobile device, set up can transmitting/receiving wireless signal double-direction radio connect.
2. portable power source as claimed in claim 1, wherein said radio control circuit plate adopts one or more the combination that is selected from Bluetooth protocol, RFID, WiFi, zigbee, 2.4Ghz radio frequency, infrared radio agreement.
3. portable power source as claimed in claim 1, the interface type of wherein said Voltage-output port and portable power source charging port is selected from 30 needle interfaces of USB interface, mini USB interface, Micro USB interface, Apple, the 8 pin Lightning interfaces of Apple.
4. portable power source as claimed in claim 1, wherein said portable power source comprises prompting module, two-way wireless communication between described mobile device and described portable power source is connected disconnection, or wireless connection conditions is during lower than a certain preset value, sends for reminding user mobile device and may lose or stolen control command.
5. portable power source as claimed in claim 4, wherein said prompting module is sounded individually or in combination, at least one in vibrations and light signal.
6. portable power source as claimed in claim 1, wherein said portable power source comprises switch, is used for controlling the specific function of described portable power source and/or described mobile device.
7. portable power source as claimed in claim 6, thus wherein receive from described mobile device based on its residing environment is identified to the control signal of sending, and described switch cuts out or opens the anti-lost function of described portable power source.
8. portable power source as claimed in claim 1, wherein said portable power source comprises shell, for holding radio control circuit plate and battery.
9. portable power source as claimed in claim 8, wherein said Voltage-output port and portable power source charging port are opened in described case surface.
10. portable power source as claimed in claim 6, wherein said in the time that prompting module is sent warning, user can pass through described switch manual-lock.
Priority Applications (1)
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|---|---|---|---|
| CN201420058010.6U CN203850854U (en) | 2013-02-05 | 2014-01-29 | Mobile power supply for realizing mobile equipment anti-loss function |
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| CN201310044931.7 | 2013-02-05 | ||
| CN201310044931 | 2013-02-05 | ||
| CN201420058010.6U CN203850854U (en) | 2013-02-05 | 2014-01-29 | Mobile power supply for realizing mobile equipment anti-loss function |
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| CN203850854U true CN203850854U (en) | 2014-09-24 |
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| CN201410043843.XA Active CN103762692B (en) | 2013-02-05 | 2014-01-29 | Based on the portable power source of realizing the anti-lost function of mobile device of environment identification |
| CN201410043777.6A Active CN103763391B (en) | 2013-02-05 | 2014-01-29 | The anti-lost method for realizing the anti-lost function of mobile device based on Context awareness |
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| CN201410043843.XA Active CN103762692B (en) | 2013-02-05 | 2014-01-29 | Based on the portable power source of realizing the anti-lost function of mobile device of environment identification |
| CN201410043777.6A Active CN103763391B (en) | 2013-02-05 | 2014-01-29 | The anti-lost method for realizing the anti-lost function of mobile device based on Context awareness |
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| CN (3) | CN203850854U (en) |
| WO (2) | WO2014121741A1 (en) |
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- 2014-01-29 WO PCT/CN2014/071833 patent/WO2014121741A1/en active Application Filing
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- 2014-01-29 CN CN201420058010.6U patent/CN203850854U/en not_active Expired - Fee Related
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104600781A (en) * | 2014-12-24 | 2015-05-06 | 徐国华 | Power bank |
| CN110444965A (en) * | 2019-09-12 | 2019-11-12 | 梅雪竹 | A kind of method and charging head determining whether mobile phone is stolen |
Also Published As
| Publication number | Publication date |
|---|---|
| WO2014121741A1 (en) | 2014-08-14 |
| CN103762692B (en) | 2016-05-18 |
| CN103763391A (en) | 2014-04-30 |
| CN103763391B (en) | 2017-03-15 |
| CN103762692A (en) | 2014-04-30 |
| WO2014121743A1 (en) | 2014-08-14 |
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