CN104967160A - Intelligent charging equipment and application program starting method based same - Google Patents
Intelligent charging equipment and application program starting method based same Download PDFInfo
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Abstract
The invention relates to intelligent charging equipment, and the equipment comprises a charging circuit which is used for converting input power into a target charging voltage for output; a charging interface which is connected with mobile equipment; a detection circuit which is used for detecting whether the equipment is connected with the mobile equipment or not; a control circuit which is used for reading an agreement protocol between the equipment and the mobile equipment when the equipment is detected to be connected with the mobile equipment, and is also used for generating and outputting a switching control instruction according to the agreement protocol; and a switching circuit which is used for carrying out the corresponding switching operation according to the switching control instruction, so as to control the output of the charging circuit for forming a start control signal. The start control signal is used for starting a preset application program. The equipment can start the preset application program in the mobile equipment, does not need the manual operation of a user, and improves the operation convenience. The invention also relates to an application program starting method based on the above equipment.
Description
Technical field
The present invention relates to charging control technology field, particularly relate to a kind of intelligent charge equipment, also relate to a kind of application program launching method based on intelligent charge equipment.
Background technology
Traditional charging device can only charge to the mobile device (as mobile phone, flat board etc.) of access.In charging process, when user needs to start some application program, must manually boot, easily cause coming off of charging data line, bring very large inconvenience to the operation of user.Especially, in vehicle environment, some application program of the manual deactivation of user can bring very large inconvenience to driving, easily causes great potential safety hazard, is unfavorable for traffic safety.
Summary of the invention
Based on this, be necessary the intelligent charge equipment providing a kind of convenience higher.
A kind of intelligent charge equipment, for charging to mobile device and starting the default application program in described mobile device, comprising: charging circuit, comprises power input, export after input power is converted to target charging voltage; Charging inlet, for being connected with described mobile device; Testing circuit, is connected with described charging inlet, for detecting described intelligent charge equipment and whether described mobile device is in connection status; Control circuit, is connected with described testing circuit, for when detecting that described intelligent charge equipment and described mobile device are in connection status, reads the rendezvous protocol between described intelligent charge equipment and described mobile device; Described control circuit is also for generating switching control instruction according to described rendezvous protocol and exporting; And switching circuit, be connected with described control circuit, described charging circuit and described charging inlet respectively, for carrying out corresponding switch motion according to described switching control instruction thus the output controlling described charging circuit starts control signal to be formed; Described startup control signal is for starting described default application program.
Wherein in an embodiment, described switching control instruction starts control signal accordingly for controlling time interval between the switch motion number of times of described switching circuit in Preset Time and adjacent switch action thus controlling to be formed to the power on/off number of times of described charging circuit and power on/off duration.
Wherein in an embodiment, described default application program comprises at least one functional module; Described rendezvous protocol comprises default application information and objective function module information; Described switching control instruction starts control signal accordingly for controlling time interval between the switch motion number of times of described switching circuit in Preset Time and adjacent switch action thus controlling to be formed to the power on/off number of times of described charging circuit and power on/off duration; Described startup control signal is for starting the objective function module in described default application program.
Wherein in an embodiment, also comprise the timing circuit be connected with described control circuit; Described control circuit also enters timing for controlling described timing circuit when exporting described switching control instruction; Described control circuit, also for when the timing of described timing circuit reaches Preset Time, controls described timing circuit and stops timing and generate charging control command; The conducting under the control of described charging control command of described switching circuit, thus make described charging circuit carry out trickle charge by described charging inlet to described mobile device.
Wherein in an embodiment, described intelligent charge equipment also comprises the memory be connected with described control circuit; Described memory is for storing rendezvous protocol; Described rendezvous protocol comprises default application information and corresponds to the control information of described default application program; Described control circuit is also for generating switching control instruction according to the default application information in described rendezvous protocol and described control information.Wherein in an embodiment, also comprise the input unit be connected with described control circuit; Described input unit is used in described memory, writing new rendezvous protocol by described control circuit or changing the rendezvous protocol stored in described memory.
Wherein in an embodiment, described control circuit, also for when not reading the rendezvous protocol between described intelligent charge equipment and described mobile device, generates charging control command; The conducting under the control of described charging control command of described switching circuit, thus make described charging circuit carry out trickle charge by described charging inlet to described mobile device.
A kind of application program launching method based on intelligent charge equipment is also provided.
Based on an application program launching method for intelligent charge equipment, described application program is installed on mobile device; Described method comprises step: the output detecting described intelligent charge equipment starts control signal to obtain; Obtain the rendezvous protocol between described intelligent charge equipment and described mobile device; Judge whether described startup control signal follows described rendezvous protocol; If so, then enabled instruction is generated according to described startup control signal and described rendezvous protocol; Start according to described enabled instruction and preset application program.
Wherein in an embodiment, the output of described detection described intelligent charge equipment is specially to obtain the step starting control signal: detect the power on/off number of times of described intelligent charge equipment in Preset Time and power on/off duration to obtain described startup control signal.
Wherein in an embodiment, the step of the rendezvous protocol between described acquisition described intelligent charge equipment and described mobile device is specially, and obtains the default application information in described rendezvous protocol and objective function module information; The described step presetting application program according to described enabled instruction startup is specially, and starts the objective function module preset in application program according to described enabled instruction.
Above-mentioned intelligent charge equipment and the application program launching method based on intelligent charge equipment, can also by the default application program in intelligent charge device start mobile device while realizing charging of mobile devices, thus manually operate without the need to user, improve the convenience in operating process.
Accompanying drawing explanation
Fig. 1 is the structured flowchart of the intelligent charge equipment in an embodiment;
Fig. 2 is the structured flowchart of the intelligent charge equipment in another embodiment;
Fig. 3 is the flow chart of the application program launching method based on intelligent charge equipment in an embodiment.
Embodiment
In order to make object of the present invention, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the present invention, be not intended to limit the present invention.
A kind of intelligent charge equipment, for charging to mobile device and starting the default application program in mobile device.Intelligent charge equipment can be vehicle-mounted charging equipment, and also can be the charging device for other places, such as seat fills.Be appreciated that this intelligent charge equipment can be the equipment of independent operating, also can be integrated in other equipment as auxiliary equipment.Mobile device is then the electronic equipment being provided with application program (APP) comprising mobile phone, flat board etc.This application program develops design for the intelligent charge equipment in the present invention, and it comprises at least one functional module, such as navigation module, music playing module, charge data monitoring modular etc., to realize corresponding preset function.Fig. 1 is the structured flowchart of the intelligent charge equipment in an embodiment, and it comprises charging circuit 110, charging inlet 120, testing circuit 130, control circuit 140 and switching circuit 150.
Charging circuit 110 comprises power input and output.Power input is used for being connected with power supply, and output is then connected with charging inlet 120 by switching circuit 150.Charging circuit 110 exports after power supply is converted to target charging voltage.
Charging inlet 120 is for being connected with mobile device.Charging inlet 120 can be Micro USB interface, the charging inlet that also can match for the output interface of Lighting interface or other and mobile device.
Testing circuit 130 is connected with charging inlet 120, for detecting intelligent charge equipment and whether mobile device is in connection status.Only when testing circuit 130 detects that intelligent charge equipment and mobile device are in connection status, intelligent charge equipment just can operate accordingly.
Control circuit 140 is connected with testing circuit 130 and switching circuit 150 respectively.When control circuit 140 is in connection status for detecting at testing circuit 130 between intelligent charge equipment and mobile device, read the rendezvous protocol between intelligent charge equipment and mobile device.Rendezvous protocol sets in advance, it comprises the relevant information of default application program and starts control information corresponding to this default application program.When default application program comprises multiple functional module, in rendezvous protocol, also comprise objective function module information.The objective function module of the default application program in rendezvous protocol can be preset according to the use habit of user by developer.Such as, when intelligent charge equipment is vehicle-mounted charging equipment, it needs to use navigation Service usually.Therefore, can in default application program integrated with guidance module, and navigation module is set to the objective function module in rendezvous protocol.Again such as, when user needs to use music playback function, then can in default application program integrated music playing module, and music playing module is set to the objective function module in rendezvous protocol.In one embodiment, preset that application program is integrated the functional modules such as music module, navigation module, road condition query module and telephone call module.In another embodiment, above-mentioned intelligent charge equipment is also provided with protocol selection module.Store multiple default rendezvous protocol in protocol selection module, in each rendezvous protocol, have unique default application program and objective function module.Intelligent charge equipment can arrange an acquiescence rendezvous protocol according to its environment for use, and when mobile device is first with this intelligent charge equipment connection, output protocol options is selected for user.Therefore, upper once access this mobile device time, intelligent charge equipment can carry out communication by front nonrecoverable rendezvous protocol and mobile device automatically.Such as, protocol selection module, when mobile phone first time is linked in intelligent charge equipment, can provide several rendezvous protocol option meeting user operation habits, the first rendezvous protocol, the second rendezvous protocol etc.Each rendezvous protocol is respectively used to start different objective function modules.Therefore, user can select rendezvous protocol as required, meets the demand of user.
Control circuit 140 can protocol generation switching control instruction export to switching circuit 150 according to a preconcerted arrangement.Switching control instruction is used for control switch circuit 150 and carries out switch motion in preset time period.In one embodiment, the operational environment information of intelligent charge equipment can also be comprised in rendezvous protocol.Therefore, control circuit 140 according to the operational environment of himself (vehicle-mounted, seat fills) by the switching control instruction of rendezvous protocol generation for starting the functional module in the default application program corresponding with this operational environment, can open objective function module to form the corresponding control signal that starts.
The switching control instruction that switching circuit 150 exports for reception control circuit 140, and switch motion is carried out under the control of this control command.Particularly, switching control instruction is mainly used in controlling the interval (or switch motion frequency) between the switch motion number of times of switching circuit in Preset Time 150 and adjacent switch action.Therefore, switching circuit 150 can carry out switch motion according to this switching control instruction in Preset Time, thus controls the power on/off number of times of charging circuit 110 and power on/off duration, starts control signal accordingly to be formed.By controlling to realize the control to starting control signal to the power on/off number of times and power on/off duration with charging circuit in Preset Time 110.This startup control signal is for starting the default application program in mobile device.Particularly, mobile device can judge whether this signal meets rendezvous protocol after receiving this startup control signal.If met, then start according to this startup control signal and preset application program.In one embodiment, when default application program comprises multiple functional module, the startup control signal of generation can start corresponding functional module, to open this function by the objective function module information according to a preconcerted arrangement in agreement.
Such as after user starts automobile, mobile phone is placed on handset mounting, the charging inlet that support is arranged is corresponding with the interface of mobile phone to be connected, and control circuit according to a preconcerted arrangement agreement starts control signal by the power on/off number of times and power on/off duration controlling charging circuit to be formed.Mobile phone agreement can obtain the objective function module in default application program corresponding to this startup control signal according to a preconcerted arrangement according to the power on/off number of times of charging circuit and power on/off duration, then control starts the objective function module in the application program preset, such as navigation module.Vehicle-mounted bracket can export normal charging voltage and charges to mobile phone afterwards.Above-mentioned intelligent charge equipment, can also by the default application program in intelligent charge device start mobile device while realizing charging of mobile devices, thus manually carry out operation without the need to user and can open preset function, improve the convenience in operating process.Especially, in vehicle environment, traffic safety can be improved to a great extent.
In one embodiment, after presetting application program by intelligent charge opening of device, user can manually or by issuing phonetic order operate the functional module in default application program, such as open or close certain functional module, or certain functional module run is operated.
Fig. 2 is the structured flowchart of the intelligent charge equipment in another embodiment, and it comprises charging circuit 210, charging inlet 220, testing circuit 230, control circuit 240 and switching circuit 250, also comprises memory 260, input unit 270 and timing circuit 280.Wherein, memory 260, input unit 270 and timing circuit 280 are connected with control circuit 240 respectively.
In the present embodiment, testing circuit 230 is also for detecting the type of mobile device.The type of mobile device or can be undertaken self-defined by user for unit type.The type of mobile device and the default application information corresponding with the type is also comprised in rendezvous protocol.Therefore, namely intelligent charge equipment according to the mobile device type received, can determine the default application program that will start according to this rendezvous protocol.The type of the mobile device that control circuit 240 bases detect obtains rendezvous protocol corresponding with it, thus generates startup control signal according to this rendezvous protocol.
In the present embodiment, rendezvous protocol stores in memory 260.User can be changed by the rendezvous protocol in input unit 270 pairs of memories 260 or be added new rendezvous protocol.
When control circuit 240 does not read corresponding rendezvous protocol from memory 260, generate charging control command to switching circuit 250.Switching circuit 250 conducting under the control of charging control command, thus make charging circuit 210 carry out trickle charge, until charging complete by charging inlet 220 pairs of mobile devices.
In the present embodiment, control circuit 240 can control timing circuit 280 while control signal and enters timing rendezvous protocol being detected and export to start according to this rendezvous protocol, and controls timing circuit 280 when the timing of timing circuit 280 reaches Preset Time (namely starting the control time of control signal) and stop timing and generate charging control command.Switching circuit 250 conducting under the control of charging control command, thus make charging circuit 210 carry out trickle charge, until charging complete by charging inlet 220 pairs of mobile devices.In one embodiment, the circuit such as control circuit 240, memory 260, timing circuit 280 can be integrated in single-chip microcomputer, to improve the integrated level of equipment, reduce equipment volume.
In one embodiment, above-mentioned intelligent charge equipment can also comprise phonetic order acquisition cuicuit.Phonetic order acquisition cuicuit is connected with control circuit, for receiving the phonetic order that user sends.Control circuit then generates startup control command according to this phonetic order and rendezvous protocol and exports to switching circuit, and then produces startup control signal to start the default application program in mobile device.
Present invention also offers a kind of application program launching method based on intelligent charge equipment, this application program develops design for the intelligent charge equipment in the present invention.It comprises at least one functional module, such as navigation module, music playing module, charge data monitoring modular, to realize corresponding preset function.Its flow chart as shown in Figure 3, comprises the following steps.
S310, the output detecting intelligent charge equipment starts control signal to obtain.
Power on/off number of times and power on/off duration by controlling charging circuit during intelligent charge equipment form startup control signal.Therefore, mobile device also can be detected by the output (i.e. power on/off number of times and power on/off duration) of input interface to intelligent charge equipment, thus gets its startup control signal exported.
S320, obtains the rendezvous protocol between intelligent charge equipment and mobile device.
Rendezvous protocol sets in advance, it comprises the relevant information of default application program and starts control information corresponding to this default application program.In one embodiment, when being integrated with multiple functional module in default application program, this rendezvous protocol also comprises objective function module information.The objective function module of the default application program in rendezvous protocol can be preset according to the use habit of user by developer.
S330, judges whether start control signal follows rendezvous protocol.
Particularly, judge that whether it is corresponding with the control information in rendezvous protocol or consistent according to startup control signal, if so, then perform step S340, otherwise perform step S360.
S340, generates enabled instruction.
Generate enabled instruction according to the startup control signal received and rendezvous protocol, this enabled instruction is for starting default application program.In one embodiment, when default application program comprises multiple functional module, the enabled instruction of generation can start corresponding functional module, to open this function by the objective function module information according to a preconcerted arrangement in agreement.
S350, starts and presets application program.
Mobile device is started by the enabled instruction generated presets application program.
S360, end operation.
When starting control signal and not following rendezvous protocol, then do not start default application program, end operation.
Such as, when the charge port of mobile phone is connected with the charging inlet of intelligent charge equipment as onboard charger, mobile phone can detect electric current or the voltage of charge port input.According to the power on/off number of times detected and power on/off duration, mobile phone judges whether it meets rendezvous protocol, and when meeting rendezvous protocol, start the objective function module in the application program preset.Then undertaken charging normal until charging complete by onboard charger afterwards.
The above-mentioned application program launching method based on intelligent charge equipment, both can realize the charging to mobile device by intelligent charge equipment.Simultaneously can also by the default application program in intelligent charge device start mobile device, manually carrying out operation without the need to user can open corresponding function, improves the convenience in operating process.
In one embodiment, after presetting application program by intelligent charge device start, user can as required manually or operate the functional module in default application program by issuing phonetic order, such as open or close certain functional module, or certain functional module run is operated.
Each technical characteristic of the above embodiment can combine arbitrarily, for making description succinct, the all possible combination of each technical characteristic in above-described embodiment is not all described, but, as long as the combination of these technical characteristics does not exist contradiction, be all considered to be the scope that this specification is recorded.
The above embodiment only have expressed several execution mode of the present invention, and it describes comparatively concrete and detailed, but can not therefore be construed as limiting the scope of the patent.It should be pointed out that for the person of ordinary skill of the art, without departing from the inventive concept of the premise, can also make some distortion and improvement, these all belong to protection scope of the present invention.Therefore, the protection range of patent of the present invention should be as the criterion with claims.
Claims (10)
1. an intelligent charge equipment, for charging to mobile device and starting the default application program in described mobile device, is characterized in that, comprising:
Charging circuit, comprises power input, exports after input power is converted to target charging voltage;
Charging inlet, for being connected with described mobile device;
Testing circuit, is connected with described charging inlet, for detecting described intelligent charge equipment and whether described mobile device is in connection status;
Control circuit, is connected with described testing circuit, for when detecting that described intelligent charge equipment and described mobile device are in connection status, reads the rendezvous protocol between described intelligent charge equipment and described mobile device; Described control circuit is also for generating switching control instruction according to described rendezvous protocol and exporting; And
Switching circuit, is connected with described control circuit, described charging circuit and described charging inlet respectively, for carrying out corresponding switch motion according to described switching control instruction thus the output controlling described charging circuit starts control signal to be formed; Described startup control signal is for starting described default application program.
2. intelligent charge equipment according to claim 1, it is characterized in that, described switching control instruction starts control signal accordingly for controlling time interval between the switch motion number of times of described switching circuit in Preset Time and adjacent switch action thus controlling to be formed to the power on/off number of times of described charging circuit and power on/off duration.
3. intelligent charge equipment according to claim 2, is characterized in that, described default application program comprises at least one functional module;
Described rendezvous protocol comprises default application information and objective function module information;
Described switching control instruction starts control signal accordingly for controlling time interval between the switch motion number of times of described switching circuit in Preset Time and adjacent switch action thus controlling to be formed to the power on/off number of times of described charging circuit and power on/off duration; Described startup control signal is for starting the objective function module in described default application program.
4. intelligent charge equipment according to claim 2, is characterized in that, also comprises the timing circuit be connected with described control circuit;
Described control circuit also enters timing for controlling described timing circuit when exporting described switching control instruction; Described control circuit, also for when the timing of described timing circuit reaches Preset Time, controls described timing circuit and stops timing and generate charging control command;
The conducting under the control of described charging control command of described switching circuit, thus make described charging circuit carry out trickle charge by described charging inlet to described mobile device.
5. intelligent charge equipment according to claim 1, is characterized in that, described intelligent charge equipment also comprises the memory be connected with described control circuit; Described memory is for storing rendezvous protocol; Described rendezvous protocol comprises default application information and corresponds to the control information of described default application program;
Described control circuit is also for generating switching control instruction according to the default application information in described rendezvous protocol and described control information.
6. intelligent charge equipment according to claim 5, is characterized in that, also comprises the input unit be connected with described control circuit; Described input unit is used in described memory, writing new rendezvous protocol by described control circuit or changing the rendezvous protocol stored in described memory.
7. intelligent charge equipment according to claim 1, is characterized in that, described control circuit, also for when not reading the rendezvous protocol between described intelligent charge equipment and described mobile device, generates charging control command;
The conducting under the control of described charging control command of described switching circuit, thus make described charging circuit carry out trickle charge by described charging inlet to described mobile device.
8., based on an application program launching method for intelligent charge equipment, described application program is installed on mobile device; Described method comprises step:
The output detecting described intelligent charge equipment starts control signal to obtain;
Obtain the rendezvous protocol between described intelligent charge equipment and described mobile device;
Judge whether described startup control signal follows described rendezvous protocol;
If so, then enabled instruction is generated according to described startup control signal and described rendezvous protocol;
Start according to described enabled instruction and preset application program.
9. method according to claim 8, it is characterized in that, the output of described detection described intelligent charge equipment is specially to obtain the step starting control signal: detect the power on/off number of times of described intelligent charge equipment in Preset Time and power on/off duration to obtain described startup control signal.
10. method according to claim 8, it is characterized in that, the step of the rendezvous protocol between described acquisition described intelligent charge equipment and described mobile device is specially, and obtains the default application information in described rendezvous protocol and objective function module information;
The described step presetting application program according to described enabled instruction startup is specially, and starts the objective function module preset in application program according to described enabled instruction.
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| CN201510323986.0A CN104967160B (en) | 2015-06-12 | 2015-06-12 | Intelligent charge equipment and the application program launching method based on intelligent charge equipment |
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| CN104967160B (en) | 2017-05-31 |
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Effective date of registration: 20170418 Address after: 518000 Shenzhen, Xixiang, Shandong Province, the flow of the banyan tree road, No. 64 Hing Building, the back of the new building, floor, floor, No. 4, Applicant after: SHENZHEN TOURMAX TECHNOLOGY CO., LTD. Address before: 518000 Nanshan District, Shenzhen, Houhai Avenue, a blue coast of the first phase of 9 13C Applicant before: Xiao Tao |
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