CN204694827U - Smart machine and battery electric quantity remote management devices thereof and system - Google Patents
Smart machine and battery electric quantity remote management devices thereof and system Download PDFInfo
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- CN204694827U CN204694827U CN201520316234.7U CN201520316234U CN204694827U CN 204694827 U CN204694827 U CN 204694827U CN 201520316234 U CN201520316234 U CN 201520316234U CN 204694827 U CN204694827 U CN 204694827U
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Abstract
The utility model relates to device battery electric power detection and reminding technology field, provides a kind of smart machine and battery electric quantity remote management devices thereof and system.Wherein, smart machine battery electric quantity remote management devices comprises battery electric quantity detection module and communication module, described battery electric quantity detection module is for detecting the battery electric quantity of described smart machine, and sending the first notification message to communication module detecting that described battery is in when electricity is less than or equal to the state of charge of set amount, described first notification message comprises battery electric quantity data; Described communication module is connected with described battery electric quantity detection module, for receiving described first notification message and reporting.The utility model energy active detecting smart machine battery electric quantity by server display alarm in another display device.
Description
[technical field]
The utility model relates to device battery electric power detection and reminding technology field, particularly relates to a kind of smart machine and battery electric quantity remote management devices thereof and system.
[background technology]
With the develop rapidly of mobile Internet, increasing smart machine is entering into our life from exhibition booth, such as intelligent toy, Intelligent wearable equipment (Intelligent bracelet, intelligent watch, intelligent glasses etc.), educational electronic product (point reader, Story machine etc.), etc.The operation of these smart machines all be unable to do without self-contained battery.Therefore, on smart machine battery electric quantity detection and remind extremely important, timely remind can allow user too low at electricity, residue use duration too low can charge in time constantly or residue service time in reasonable employment is carried out to this smart machine.
At present, smart machine its cells electricity is detected and the scheme of reminding comparatively ripe.In the prior art relevant to electric power detection, China Patent Publication No. CN103171446A, publication date is on June 26th, 2013, patent name be onboard battery management system patent discloses a kind of technical scheme of Vehicular accumulator cell electricity being inquired about by portable terminal, this patent formula and be not suitable for above-mentioned smart machine battery electric quantity detect, because the program needs user's active inquiry dump energy, and the prompting of low battery electric quantity or low residue use duration is not directly pushed by server, electric-quantity monitoring and the prompting demand of smart machine can not be met.
[utility model content]
The technical problems to be solved in the utility model is to provide a kind of smart machine and battery electric quantity remote management devices thereof and system, can active detecting smart machine battery electric quantity by server display alarm in another display device.
The utility model embodiment provides a kind of smart machine battery electric quantity remote management devices, comprises battery electric quantity detection module and communication module, wherein:
Described battery electric quantity detection module is for detecting the battery electric quantity of described smart machine, and send the first notification message to communication module detecting that described battery is in when electricity is less than or equal to the state of charge of set amount, described first notification message comprises battery electric quantity data
Described communication module is connected with described battery electric quantity detection module, for receiving described first notification message and reporting; Or,
Described device comprises battery electric quantity detection module and voice reminder module, wherein:
Described battery electric quantity detection module is for detecting the battery electric quantity of described smart machine, and send third notice message to voice reminder module detecting that described battery is in when electricity is less than or equal to the state of charge of set amount, described third notice message comprises battery electric quantity data
Described voice reminder module is connected with described battery electric quantity detection module, reminds for receiving the laggard row voice broadcast of described third notice message; Or,
Described device comprises battery electric quantity detection module, communication module and voice reminder module, wherein:
Described battery electric quantity detection module is for detecting the battery electric quantity of described smart machine, and send the first notification message to communication module detecting that described battery is in when electricity is less than or equal to the state of charge of set amount, described first notification message comprises battery electric quantity data
Described communication module is connected with described battery electric quantity detection module, for receiving described first notification message and reporting,
Described communication module also with described voice reminder model calling, described communication module also uses duration to be less than the 4th notification message of setting duration for receiving remaining battery, and is transmitted to voice reminder module,
Described voice reminder module is reminded for receiving the laggard row voice broadcast of described 4th notification message.
Further, described battery electric quantity detection module comprises the electric power detection unit and electricity contrast unit that are electrically connected to each other, described electric power detection unit is for detecting battery electric quantity, described electricity contrast unit, for receiving described battery electric quantity and comparing with set amount, sends the first notification message to communication module when described battery electric quantity is less than or equal to described set amount.
Further, described electric power detection unit comprises voltage detecting subelement and electricity conversion subelement, and described voltage detecting subelement is for detecting cell voltage, and described electricity conversion subelement is for receiving described cell voltage and converting electricity to.
Further, described voltage detecting subelement comprises the first divider resistance, the second divider resistance and analog to digital converter, described first divider resistance one end is connected with cell voltage end, the other end is connected with the sampling voltage input end of analog to digital converter, and the other end of described first divider resistance is also by described second divider resistance ground connection; Described analog to digital converter also receives reference voltage by reference to voltage input end; And/or described electricity changes subelement into digital signal processing device, for according to the cell voltage detected, convert battery dump energy to by computation of table lookup, described electricity adopts the form of number percent.
Further, described battery electric quantity detection module detects the battery electric quantity of described smart machine according to setpoint frequency.
Further, described communication module is also for receiving battery electric quantity sense command and sending to battery electric quantity detection module, and described battery electric quantity detection module is for detecting the battery electric quantity of described smart machine after receiving described battery electric quantity sense command and being reported by communication module.
A kind of smart machine, described smart machine is provided with battery, described smart machine is also provided with smart machine battery electric quantity remote management devices as above.
A kind of smart machine battery electric quantity remote management system, described system comprises smart machine as above, server and display device, wherein:
Described smart machine for detecting its cells electricity, and is in when electricity is less than or equal to the state of charge of set amount at described battery and sends the first notification message to server,
Described server is used for that described first notification message is converted into the second notification message and sends to described display device;
Described display device is for receiving described second notification message and showing; Or,
Described system comprises smart machine as above, server and display device, wherein:
Described smart machine for detecting its cells electricity, and is in when electricity is less than or equal to the state of charge of set amount at described battery and sends the first notification message to server,
The remaining battery that described server is used for calculating according to the battery electric quantity data in described first notification message described smart machine uses duration, and described smart machine be in remaining battery use duration be less than setting duration short holding state time, send the second notification message to display device
Described display device is for receiving described second notification message and showing.
Further, described server comprises server com-munication module, remaining battery uses duration calculation module and remaining battery uses duration contrast module, wherein:
Described server com-munication module is for receiving described first notification message and sending to remaining battery to use duration calculation module;
The remaining battery that described remaining battery uses duration calculation module to be used for calculating according to the battery electric quantity data in described first notification message described smart machine uses duration;
Described remaining battery uses duration contrast module use duration for receiving described remaining battery and compare with setting duration, sends the second notification message to display device when described remaining battery uses duration to be less than described setting duration.
Further, described smart machine has unique identifier, also comprises the unique identifier of described smart machine in described first notification message;
The corresponding relation of smart machine and display device is stored in described server, described display device also has unique identifier, after described server receives the first notification message, match the unique identifier of the display device corresponding with the unique identifier of described smart machine, generation comprises the second notification message of the unique identifier of described display device and sends to corresponding display device;
Or after described server receives the first notification message, generate the 4th notice information and sending comprising remaining battery use duration and remind with voice broadcast to described smart machine.
Further, in said device, described smart machine battery electric quantity remote management devices also comprises main control module, enters energy saver mode for being at described battery to receive to enter energy saver mode order and control described smart machine by described communication module when electricity is less than or equal to the state of charge of set amount;
In the system, described smart machine battery electric quantity remote management devices or described smart machine also comprise main control module, described server also comprises servers master module, described servers master module is used for being at the battery of described smart machine sending smart machine when electricity is less than or equal to the state of charge of set amount and entering energy saver mode order to described smart machine, main control module on described smart machine battery electric quantity remote management devices or described smart machine is used for receiving to enter energy saver mode order and control described smart machine by described communication module entering energy saver mode.
Further, described display device is arranged on another smart machine, is communicated between described smart machine with described server by wired or wireless mode.
In sum, the embodiment that the utility model provides is by arranging battery electric quantity detection module and communication module, the battery electric quantity that battery electric quantity detection module carries out smart machine automatically detects, and by the mode of the information such as the battery electric quantity data that detect by message informing, report through communication module, server sends to a display device after receiving this message informing again, carry out low electricity prompting, the scheme of user's active inquiry dump energy is needed compared to existing technology, scheme of the present utility model directly pushes the prompting of low battery electric quantity by server, meet electric-quantity monitoring and the prompting demand of smart machine.
[accompanying drawing explanation]
Fig. 1 is the smart machine battery electric quantity remote management devices structured flowchart that the utility model embodiment 1 provides;
Fig. 2 is the circuit diagram of the voltage detecting subelement that the utility model embodiment 1 provides;
Fig. 3 is the smart machine battery electric quantity remote management devices structured flowchart that the utility model embodiment 2 provides;
Fig. 4 is the smart machine battery electric quantity remote management devices structured flowchart that the utility model embodiment 3 provides;
Fig. 5 is the smart machine structured flowchart that the utility model embodiment 4 provides;
Fig. 6 is the smart machine battery electric quantity remote management system structured flowchart that the utility model embodiment 5 provides;
Fig. 7 is the smart machine battery electric quantity remote management system structured flowchart that the utility model embodiment 6 provides
Fig. 8 is the process flow diagram of the smart machine battery electric quantity remote management method that the utility model embodiment 7 provides;
Fig. 9 is the process flow diagram of the smart machine battery electric quantity remote management method that the utility model embodiment 8 provides;
Figure 10 is the process flow diagram of the smart machine battery electric quantity remote management method that the utility model embodiment 9 provides.
[embodiment]
In order to make the purpose of this utility model, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the utility model is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the utility model, and be not used in restriction the utility model.
In addition, if below in described each embodiment of the utility model involved technical characteristic do not form conflict each other and just can mutually combine.
If no special instructions, the content of dashed lines labeled included by preferred implementation in accompanying drawing.
embodiment 1:
The utility model example 1 provides a kind of smart machine battery electric quantity remote management devices 100, the announcement server when electricity reaches set amount (being generally a lower warning value), smart machine do not possess display device, or smart machine not user at one's side time, user receives the low reminding of battery electric quantity of tested smart machine by the smart machine that another has display device.
As shown in Figure 1, this smart machine battery electric quantity remote management devices 100 comprises battery electric quantity detection module 110 and communication module 120, battery electric quantity detection module 110 is for detecting the battery electric quantity of smart machine, and sending the first notification message to communication module 120 detecting that battery is in when electricity is less than or equal to the state of charge of set amount, the first notification message comprises battery electric quantity data message; Communication module 120 is connected with battery electric quantity detection module 110, for receiving the first notification message and reporting.After server receives the first notification message, reminder message can be sent to the display device display set.
The present embodiment is by arranging battery electric quantity detection module 110 and communication module 120, the battery electric quantity that battery electric quantity detection module 110 carries out smart machine automatically detects, and by the mode of the information such as the battery electric quantity data that detect by message informing, report through communication module 120, server sends to a display device after receiving this message informing again, carry out electricity prompting, the scheme of user's active inquiry dump energy is needed compared to existing technology, the scheme of the present embodiment directly pushes the prompting of low battery electric quantity by server, meet electric-quantity monitoring and the prompting demand of smart machine.
Certainly, after server receives the message informing of electricity, also directly display device can not be sent to, but according to user's use habit, estimate the use duration of equipment remaining battery power, when judge this smart machine be in remaining battery use duration be less than setting duration short holding state time, just transmission message informing to display device.The advantage of this scheme is the custom of smart machine to be used to carry out flexible notifications according to different user, when the use habit of user is when infrequently using this smart machine within certain time period, server receives low electricity and reminds within this time period, the use duration of the equipment remaining battery power now calculated is longer, then without the need to display alarm on the display apparatus.It is more accurate that this alerting pattern compares the mode that low electricity directly reminds.
In addition, the present embodiment is also applicable to not possess display device on smart machine, or smart machine not when user at one's side, user has by another prompting that low battery electric quantity of the tested smart machine of the long-range reception of smart machine of display device or low residue use duration.
In the present embodiment, battery electric quantity detection module 110 comprises the electric power detection unit 111 and electricity contrast unit 112 that are electrically connected to each other, electric power detection unit 111 is for detecting battery electric quantity, electricity contrast unit 112 is for receiving battery electric quantity and comparing with set amount, when battery electric quantity is less than or equal to set amount (also battery is in electricity when being less than or equal to the state of charge of set amount), send the first notification message to communication module 120.The detection of battery dump energy has various ways, and include but not limited to voltage test method, fuel cell modelling method, coulombmeter etc., the utility model does not limit this.Particularly, adopt voltage test method in the present embodiment, scheme is as follows:
Electric power detection unit 111 comprises voltage detecting subelement 1111 and electricity conversion subelement 1112, and voltage detecting subelement 1111 is for detecting cell voltage, and electricity conversion subelement 1112 is for receiving cell voltage and converting electricity to.Electricity conversion subelement 1112 adopts digital signal processing device, such as single-chip microcomputer or digital signal processor etc., and it is for the cell voltage according to detection, and convert battery dump energy to by computation of table lookup, electricity can adopt the form of number percent.
As shown in Figure 2, in the present embodiment, voltage detecting subelement comprises the first divider resistance R1, the second divider resistance R2 and analog to digital converter (ADC, Analog-to-Digital Converter), first divider resistance R1 one end is connected with cell voltage end, the other end is connected with the sampling voltage input end of ADC, and the other end of the first divider resistance R1 is also by the second divider resistance R2 ground connection; In addition, ADC also receives reference voltage by reference to voltage input end.This testing scheme is comparatively simple, and easily realize, cost is lower.
Electricity contrast unit 112 can be realized by comparer, road input termination reference voltage input (being specially described set amount) of comparer, the output terminal of another road input termination electricity conversion subelement 1112 of comparer.
Communication module 120 can adopt Wifi module, bluetooth module etc. can realize the module of radio communication.
In the present embodiment, each smart machine has unique identifier, also comprises the unique identifier of smart machine in the first notification message.The advantage of this programme is: server, when receiving the first notification message, can send directed prompting to the particular display device associated with smart machine.On this basis, a display device can associate multiple smart machine, and a smart machine also can associate multiple display device.
Be understandable that, battery electric quantity detection module 110 can detect the battery electric quantity of smart machine according to setpoint frequency.Such as, after electricity contrast unit 112 receives battery electric quantity and compares with set amount, time delay one setting-up time, then re-starts the detection of battery electric quantity and follow-up work, and circulation is carried out.
Preferably, as shown in Figure 1, this smart machine battery electric quantity remote management devices 100 can also comprise main control module 130, energy saver mode is entered for being at the battery of smart machine to receive to enter energy saver mode order and control smart machine by communication module 120 when electricity is less than or equal to the state of charge of set amount, also the smart machine of this smart machine battery electric quantity remote management devices 100 is namely used can be managed by long-range, energy saver mode is entered by Long-distance Control when battery low-electricity quantity, Long-distance Control also can be realized by server, communicated by wired or wireless mode between server with this smart machine battery electric quantity remote management devices 100.Main control module 130 can adopt single-chip microcomputer, digital signal processor or microprocessor etc.
In addition, message informing is sent to server except being at battery when electricity is less than or equal to the state of charge of set amount, the smart machine that can also have display screen by another sends the dump energy order inquiring about this smart machine to server, server then sends battery electric quantity sense command to this smart machine battery electric quantity remote management devices, after communication module in device receives battery electric quantity sense command, send to battery electric quantity detection module, battery electric quantity detection module 110 detects the battery electric quantity of smart machine and reports server by communication module 120, the smart machine possessing this display device is sent to again by server.Like this, when this smart machine user not at one's side, when user wants the battery dump energy understanding this smart machine at any time, remote inquiry can be carried out by user's another smart machine on hand.
It should be noted that, smart machine to be measured includes but not limited to the products such as intelligent toy, Intelligent wearable equipment (Intelligent bracelet, intelligent watch, intelligent glasses etc.), educational electronic product (point reader, Story machine etc.); For the display device of display alarm, can be the smart machine with display screen, include but not limited to the product such as Set Top Box of smart mobile phone, panel computer, computing machine, supporting televisor.
embodiment 2:
As shown in Figure 3, the utility model embodiment 2 provides a kind of smart machine battery electric quantity remote management devices 100, is only described the difference of the present embodiment and embodiment 1 below, and other parts can the description of reference example 1, repeats no more herein.
The smart machine battery electric quantity remote management devices 100 of the present embodiment comprises battery electric quantity detection module 110 and voice reminder module 140, wherein:
Battery electric quantity detection module 110 is for detecting the battery electric quantity of smart machine, and sending third notice message to voice reminder module 140 detecting that battery is in when electricity is less than or equal to the state of charge of set amount, third notice message comprises battery electric quantity data.
Voice reminder module 140 is connected with battery electric quantity detection module 110, reminds for receiving the laggard row voice broadcast of third notice message.
Voice reminder module 140 can be realized by modes such as single-chip microcomputer+voice processing integrated circuit, single-chip microcomputer+hummer, single-chip microcomputer+loudspeakers.The device of the present embodiment, when the smart machine electricity that it is applied is lower, can carry out voice broadcast prompting automatically.
embodiment 3:
As shown in Figure 4, the utility model embodiment 3 provides a kind of smart machine battery electric quantity remote management devices 100, is only described the difference of the present embodiment and embodiment 1 below, and other parts can the description of reference example 1, repeats no more herein.
The smart machine battery electric quantity remote management devices 100 of the present embodiment comprises battery electric quantity detection module 110, communication module 120 and voice reminder module 140, wherein:
Battery electric quantity detection module 110 for detecting the battery electric quantity of smart machine, and sends the first notification message to communication module 120 detecting that battery is in when electricity is less than or equal to the state of charge of set amount, and the first notification message comprises battery electric quantity data;
Communication module 120 is connected with battery electric quantity detection module 110, for receiving the first notification message and reporting;
Communication module 120 is also connected with voice reminder module 140, and communication module 120 also uses the 4th notification message of duration for receiving remaining battery, and is transmitted to voice reminder module 140;
Voice reminder module 140 is reminded for receiving the laggard row voice broadcast of the 4th notification message.
The device of the present embodiment is when the smart machine electricity that it is applied is lower, automatically voice broadcast prompting can be carried out, and, report be through server calculate after remaining battery use duration, the battery using state of user to smart machine is got more information about.
embodiment 4:
As shown in Figure 5, the utility model embodiment 4 provides a kind of smart machine 200, this smart machine 200 is provided with battery 210, and the smart machine battery electric quantity remote management devices 100 that embodiment 1 provides, the battery electric quantity detection module 110 in smart machine battery electric quantity remote management devices 100 connects battery 210 voltage end and sends to long-range server after detecting battery electric quantity.Detailed protocol can the description of reference example 1, repeats no more herein.
By arranging above-mentioned battery electric quantity remote management devices, even if do not possess the smart machine of display screen, the prompting of low battery electric quantity or low residue use duration also can be shown by another display device.Or when smart machine not user at one's side time, also can be reminded by the smart machine of network by long-range for the reminder message user of sending to band display device on hand.
embodiment 5:
The utility model embodiment 5 provides a kind of smart machine battery electric quantity remote management system, the announcement server when the battery electric quantity of smart machine reaches set amount (being generally a lower warning value), smart machine do not possess display device, or smart machine not user at one's side time, user receives the low reminding of battery electric quantity of tested smart machine by the smart machine that another has display device.
As shown in Figure 6, this system comprises the smart machine 200 that embodiment 4 provides, and server 300 and display device 400, wherein: smart machine 200 for detecting its cells electricity, and is in when electricity is less than or equal to the state of charge of set amount at battery and sends the first notification message to server 300; Server 300 is for being converted into the second notification message by the first notification message and sending to display device 400; Display device 400 is for receiving the second notification message and showing.
In the present embodiment, the corresponding relation of smart machine 200 and display device 400 is stored in server 300, smart machine 200 has unique identifier, the unique identifier of smart machine 200 is also comprised in first notification message, display device 400 also has unique identifier, after server 300 receives the first notification message, match the unique identifier of the display device 400 corresponding with the unique identifier of smart machine 200, generation comprises the second notification message of the unique identifier of display device 400 and sends to corresponding display device 400.The unique identifier of smart machine 200 can be shown during display device 400 display alarm message simultaneously, or the smart machine title representated by this unique identifier.The advantage of this programme is: smart machine can be associated with specific display device, and send directed prompting, on this basis, a display device can associate multiple smart machine, and a smart machine also can associate multiple display device.
Preferably, within the system, smart machine battery electric quantity remote management devices or smart machine 200 also comprise main control module 130, server 300 also comprises servers master module 340, servers master module 340 sends smart machine when electricity is less than or equal to the state of charge of set amount enter energy saver mode order to smart machine 200 for being at the battery of smart machine 200, main control module 130 on smart machine battery electric quantity remote management devices or smart machine 200 enters energy saver mode for receiving to enter energy saver mode order and control smart machine 200 by communication module.Servers master module 340 can be the processor of server 300.
In addition, please also refer to shown in Fig. 3, message informing is sent to server 300 except being in when electricity is less than or equal to the state of charge of set amount at smart machine 200 battery, the dump energy order inquiring about this smart machine 200 can also be sent to server 300 by the smart machine possessing this display device 400, server 300 sends battery electric quantity sense command to the battery electric quantity remote management devices 100 in this smart machine 200, after communication module 120 in this battery electric quantity remote management devices 100 receives battery electric quantity sense command, send to battery electric quantity detection module 110, battery electric quantity detection module 110 detects the battery electric quantity of smart machine and sends to server 300 by communication module 120, the smart machine possessing this display device 400 is sent to again by server 300.Like this, when this smart machine 200 user not at one's side, when user wants the battery dump energy understanding this smart machine 200 at any time, remote inquiry can be carried out by user's another smart machine on hand.
The description of battery electric quantity remote management devices 100 reference example 1 in smart machine, repeats no more herein.
embodiment 6:
The utility model embodiment 6 provides a kind of smart machine battery electric quantity remote management system, with the difference of embodiment 5 be: in the system that the present embodiment provides, after server receives the message informing of low electricity, directly do not send to display device, but according to user's use habit, estimate the use duration of equipment remaining battery power, when judge this smart machine be in remaining battery use duration be less than setting duration short holding state time, just transmission message informing to display device.Only the difference of the present embodiment and embodiment 5 is described below:
As shown in Figure 7, this system comprises the smart machine 200 that embodiment 4 provides, and server 300 and display device 400, wherein: smart machine 200 for detecting its cells electricity, and is in when electricity is less than or equal to the state of charge of set amount at battery and sends the first notification message to server 300; Server 300 is for using duration according to battery electric quantity data computational intelligence equipment 200 residue in the first notification message, and smart machine 200 be in remaining battery use duration be less than setting duration short holding state time, send the second notification message to display device 400; Display device 400 is for receiving the second notification message and showing.
Particularly, server 300 comprises server com-munication module 310, remaining battery uses duration calculation module 320 and remaining battery uses duration contrast module 330, wherein: server com-munication module 310 is for receiving the first notification message and sending to remaining battery to use duration calculation module 320; Remaining battery uses duration calculation module 320 to use duration for the remaining battery according to the battery electric quantity data computational intelligence equipment in the first notification message; Remaining battery uses duration contrast module 330 use duration for receiving remaining battery and compare with setting duration, sends the second notification message to display device 400 when remaining battery uses duration to be less than setting duration.Server com-munication module 310 can be wired network adapter on server 300 mainboard or wireless network card, remaining battery uses duration calculation module 320 can adopt independent computing module card (can be installed on Server Extension slot), remaining battery uses duration contrast module 330 can be realized by simple comparer, the signal input of one tunnel input termination setting duration of comparer, another road input termination remaining battery of comparer uses the output terminal of duration calculation module 320.
Preferably, when smart machine 200 for embodiment 3 provide have electricity lower time automatic information broadcast prompting function smart machine 200 time, the battery of servers master module 340 in the present embodiment also for being received smart machine by server com-munication module 310 is in send third notice message and be transmitted to remaining battery when electricity is less than or equal to the state of charge of set amount and uses duration calculation module 320, remaining battery uses duration calculation module 320 to use duration according to the remaining battery of the battery electric quantity data computational intelligence equipment in third notice message, remaining battery uses duration contrast module 330 use duration for receiving remaining battery and compare with setting duration, when remaining battery uses duration to be less than setting duration, servers master module 340 sends the 4th notification message by server com-munication module 310 and carries out voice broadcast prompting to smart machine 200.Display device 400 is arranged on another smart machine, and this is provided with the smart machine of display device 400 and is communicated by wired or wireless mode with between server 300, preferred wireless mode, such as Wifi, bluetooth or mobile communication flow.
The advantage of the present embodiment scheme is the custom of smart machine to be used to carry out flexible notifications according to different user, when the use habit of user is when infrequently using this smart machine within certain time period, server receives low electricity and reminds within this time period, the use duration of the equipment remaining battery power now calculated is longer, then without the need to display alarm on the display apparatus.The mode that the low electricity that this alerting pattern compares embodiment 5 is directly reminded is more accurate.
embodiment 7:
Present embodiments provide a kind of smart machine battery electric quantity remote management method, by the method that the present embodiment provides, the announcement server when the battery electric quantity of smart machine reaches set amount (being generally a lower warning value), smart machine do not possess display device, or smart machine not user at one's side time, user receives the low reminding of battery electric quantity of tested smart machine by the smart machine that another has display device.
As shown in Figure 8, the method comprises the steps: step 101: receive the first notification message comprising battery electric quantity data that smart machine reports;
Smart machine sends the first notification message to server detecting that battery is in when electricity is less than or equal to the state of charge of set amount.
Step 102: use duration according to the battery electric quantity data computational intelligence equipment residue in the first notification message;
Step 103: when smart machine be in remaining battery use duration be less than setting duration short holding state time, send the second notification message to display device with display.
Preferably, the method also comprises step 104: transmission enters energy saver mode order and enters energy saver mode to control smart machine.
embodiment 8:
Present embodiments provide a kind of smart machine battery electric quantity remote management method, the method provided by the present embodiment, automatically can carry out voice broadcast prompting when the battery electric quantity of smart machine reaches set amount (being generally a lower warning value).
As shown in Figure 9, the method comprises the steps:
Step 201: detect battery electric quantity;
Step 202: send third notice message when battery is in when electricity is less than or equal to the state of charge of set amount;
Third notice message comprises battery electric quantity data.
Step 203: receive third notice message and carry out voice broadcast prompting.
The content that voice broadcast is reminded comprises battery dump energy.
embodiment 9:
Present embodiments provide a kind of smart machine battery electric quantity remote management method, server is reported when the battery electric quantity of smart machine reaches set amount (being generally a lower warning value), server is according to user's use habit, estimate the use duration of equipment remaining battery power, when judge this smart machine be in remaining battery use duration be less than setting duration short holding state time, send message informing carry out voice broadcast prompting to smart machine to make smart machine.
As shown in Figure 10, the method comprises the steps:
Step 301: receive the first notification message comprising battery electric quantity data that smart machine reports;
Smart machine sends the first notification message to server detecting that battery is in when electricity is less than or equal to the state of charge of set amount.
Step 302: use duration according to the battery electric quantity data computational intelligence equipment residue in the first notification message;
Step 303: when smart machine be in remaining battery use duration be less than setting duration short holding state time, send the 4th notification message remind with voice broadcast to smart machine.
The content that voice broadcast is reminded comprises battery dump energy, and/or remaining battery uses duration.
What deserves to be explained is, the concrete processing procedure of said method embodiment, due to and said apparatus and system embodiment in module, information interaction, implementation etc. between unit be based on same design, particular content see describing in apparatus of the present invention and system embodiment, can repeat no more herein.
One of ordinary skill in the art will appreciate that all or part of step in the various methods of embodiment is that the hardware that can carry out instruction relevant by program has come, this program can be stored in a computer-readable recording medium, storage medium can comprise: ROM (read-only memory) (ROM, Read Only Memory), random access memory (RAM, Random Access Memory), disk or CD etc.
The foregoing is only preferred embodiment of the present utility model; not in order to limit the utility model; all do within spirit of the present utility model and principle any amendment, equivalent to replace and improvement etc., all should be included within protection domain of the present utility model.
Claims (12)
1. a smart machine battery electric quantity remote management devices, is characterized in that, comprises battery electric quantity detection module and communication module, wherein:
Described battery electric quantity detection module is for detecting the battery electric quantity of described smart machine, and send the first notification message to communication module detecting that described battery is in when electricity is less than or equal to the state of charge of set amount, described first notification message comprises battery electric quantity data
Described communication module is connected with described battery electric quantity detection module, for receiving described first notification message and reporting; Or,
Described device comprises battery electric quantity detection module and voice reminder module, wherein:
Described battery electric quantity detection module is for detecting the battery electric quantity of described smart machine, and send third notice message to voice reminder module detecting that described battery is in when electricity is less than or equal to the state of charge of set amount, described third notice message comprises battery electric quantity data
Described voice reminder module is connected with described battery electric quantity detection module, reminds for receiving the laggard row voice broadcast of described third notice message; Or,
Described device comprises battery electric quantity detection module, communication module and voice reminder module, wherein:
Described battery electric quantity detection module is for detecting the battery electric quantity of described smart machine, and send the first notification message to communication module detecting that described battery is in when electricity is less than or equal to the state of charge of set amount, described first notification message comprises battery electric quantity data
Described communication module is connected with described battery electric quantity detection module, for receiving described first notification message and reporting,
Described communication module also with described voice reminder model calling, described communication module also uses the 4th notification message of duration for receiving remaining battery, and is transmitted to voice reminder module,
Described voice reminder module is reminded for receiving the laggard row voice broadcast of described 4th notification message.
2. smart machine battery electric quantity remote management devices as claimed in claim 1, it is characterized in that, described battery electric quantity detection module comprises the electric power detection unit and electricity contrast unit that are electrically connected to each other, described electric power detection unit is for detecting battery electric quantity, described electricity contrast unit, for receiving described battery electric quantity and comparing with set amount, sends the first notification message to communication module when described battery electric quantity is less than or equal to described set amount.
3. smart machine battery electric quantity remote management devices as claimed in claim 2, it is characterized in that, described electric power detection unit comprises voltage detecting subelement and electricity conversion subelement, described voltage detecting subelement is for detecting cell voltage, and described electricity conversion subelement is for receiving described cell voltage and converting electricity to.
4. smart machine battery electric quantity remote management devices as claimed in claim 3, it is characterized in that, described voltage detecting subelement comprises the first divider resistance, the second divider resistance and analog to digital converter, described first divider resistance one end is connected with cell voltage end, the other end is connected with the sampling voltage input end of analog to digital converter, and the other end of described first divider resistance is also by described second divider resistance ground connection; Described analog to digital converter also receives reference voltage by reference to voltage input end; And/or described electricity changes subelement into digital signal processing device, for according to the cell voltage detected, convert battery dump energy to by computation of table lookup, described electricity adopts the form of number percent.
5. smart machine battery electric quantity remote management devices as claimed in claim 1, it is characterized in that, described communication module is also for receiving battery electric quantity sense command and sending to battery electric quantity detection module, and described battery electric quantity detection module is for detecting the battery electric quantity of described smart machine after receiving described battery electric quantity sense command and being reported by communication module.
6. the device as described in any one of claim 1-5, is characterized in that,
Described smart machine has unique identifier, also comprises the unique identifier of described smart machine in described first notification message.
7. the device as described in any one of claim 1-5, is characterized in that,
In said device, described smart machine battery electric quantity remote management devices also comprises main control module, enters energy saver mode for being at described battery to receive to enter energy saver mode order and control described smart machine by described communication module when electricity is less than or equal to the state of charge of set amount.
8. a smart machine, described smart machine is provided with battery, it is characterized in that, described smart machine is also provided with the smart machine battery electric quantity remote management devices as described in any one of claim 1-5.
9. a smart machine battery electric quantity remote management system, is characterized in that, described system comprises smart machine according to claim 8, server and display device, wherein:
Described smart machine for detecting its cells electricity, and is in when electricity is less than or equal to the state of charge of set amount at described battery and reports the first notification message to server,
Described server is used for that described first notification message is converted into the second notification message and sends to described display device;
Described display device is for receiving described second notification message and showing; Or,
Described system comprises smart machine according to claim 8, server and display device, wherein:
Described smart machine for detecting its cells electricity, and is in when electricity is less than or equal to the state of charge of set amount at described battery and reports the first notification message to server,
The remaining battery that described server is used for calculating according to the battery electric quantity data in described first notification message described smart machine uses duration, and described smart machine be in remaining battery use duration be less than setting duration short holding state time, send the second notification message to display device
Described display device is for receiving described second notification message and showing.
10. smart machine battery electric quantity remote management system as claimed in claim 9, is characterized in that, described server comprises server com-munication module, remaining battery uses duration calculation module and remaining battery uses duration contrast module, wherein:
Described server com-munication module is for receiving described first notification message and sending to remaining battery to use duration calculation module;
The remaining battery that described remaining battery uses duration calculation module to be used for calculating according to the battery electric quantity data in described first notification message described smart machine uses duration;
Described remaining battery uses duration contrast module use duration for receiving described remaining battery and compare with setting duration, sends the second notification message to display device when described remaining battery uses duration to be less than described setting duration.
11. systems as described in claim 9 or 10, is characterized in that,
The corresponding relation of smart machine and display device is stored in described server, described display device also has unique identifier, after described server receives the first notification message, match the unique identifier of the display device corresponding with the unique identifier of described smart machine, generation comprises the second notification message of the unique identifier of described display device and sends to corresponding display device;
Or after described server receives the first notification message, generate the 4th notice information and sending comprising remaining battery use duration and remind with voice broadcast to described smart machine.
12. systems as described in claim 9 or 10, is characterized in that,
In the system, described smart machine battery electric quantity remote management devices or described smart machine also comprise main control module, described server also comprises servers master module, described servers master module is used for being at the battery of described smart machine sending smart machine when electricity is less than or equal to the state of charge of set amount and entering energy saver mode order to described smart machine, main control module on described smart machine battery electric quantity remote management devices or described smart machine is used for receiving to enter energy saver mode order and control described smart machine by described communication module entering energy saver mode.
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