CN109274577A - Timing information sending method and system - Google Patents
Timing information sending method and system Download PDFInfo
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- CN109274577A CN109274577A CN201811010047.0A CN201811010047A CN109274577A CN 109274577 A CN109274577 A CN 109274577A CN 201811010047 A CN201811010047 A CN 201811010047A CN 109274577 A CN109274577 A CN 109274577A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L51/00—User-to-user messaging in packet-switching networks, transmitted according to store-and-forward or real-time protocols, e.g. e-mail
- H04L51/04—Real-time or near real-time messaging, e.g. instant messaging [IM]
- H04L51/043—Real-time or near real-time messaging, e.g. instant messaging [IM] using or handling presence information
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/14—Session management
- H04L67/141—Setup of application sessions
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/14—Session management
- H04L67/143—Termination or inactivation of sessions, e.g. event-controlled end of session
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- Computer Networks & Wireless Communication (AREA)
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Abstract
The present invention provides a kind of timing informations to send system, it include: acquisition device: for obtaining the information data and sending time data of user's input, the time data include the data of the later moment in time after one preset time of current time, and the information data includes IP address information data and pre-stored data；Server: for storing information data and sending time data；Display device, for receiving the pre-stored data and being shown.Solves effect not available for instant messaging in the prior art, method i.e. provided by the invention being capable of periodically sending information, an any time can be selected after preset time at current time, other people or oneself at any time will be sent to when the information of pre-editing, play prompting, tell and other effects, and information data further includes locality data, can make other people or oneself receive the time and place for knowing that sender sends after the information.
Description
Technical field
The present invention relates to communications, network technique field, in particular to a kind of timing information sending method and system.
Background technique
Currently, instant messaging (Instant Messaging) is communication modes the most popular on current Internet, respectively
The instant message applications of kind various kinds also emerges one after another；Service provider also provides more and more abundant Communications service function.No
Accommodating is doubted, and Internet has become real information superhighway.From practical engineering application angle, with computer network
Principle is guidance, and in conjunction with some common technologies in current network, programming realizes that the Internet chat tool based on C/S framework is to cut
It is real feasible, enable instant messaging high speed development.
But current software development is all to start around instant messaging, and instant messaging is in actual use process
In be only intended to link up, and other effect or function can not be brought, be able to use so needing to develop a kind of new communication modes
Family obtains the new effect and function that instant messaging is unable to reach when using the communication modes
Summary of the invention
The present invention provides a kind of timing information sending method, comprising the following steps:
The information data and sending time data of user's input are obtained, it is default that the time data are included in current time one
The data of later moment in time after time, the information data include IP address information data and pre-stored data；
Information data and sending time data are stored, when reaching with later moment in time corresponding to time data,
The pre-stored data is sent according to IP address information data；
It receives the pre-stored data and is shown.
Further,
The pre-stored data is any text, figure, voice, video, two dimensional code and the special sign that user writes
In any one or more.
A kind of timing information transmission system, comprising:
Acquisition device: for obtaining the information data and sending time data of user's input, the time data are included in
The data of later moment in time after one preset time of current time, the information data include IP address information data and prestore number
According to；
Server: for storing information data and sending time data, corresponding to arrival and time data
When later moment in time, the pre-stored data is sent according to IP address information data；
Display device, for receiving the pre-stored data and being shown.
Further,
The display device is connect with the server by communication module, and the communication module includes the first communication
Module and the second communication module, first communication module communicate mould with the display device, server and second respectively
Block connection connection, second communication module are connect with first communication module and display device respectively；
After first communication module receives the pre-stored data of server output, judgement at this time the first communication module with
Whether the data transmission bauds between display device is lower than the first preset value；
If the data transmission bauds between the first communication module and display device is not less than the first preset value, prestored described
Data are sent to the display device, and receive the preset data that the display is sent；
If the data transmission bauds between the first communication module and display device is lower than the first preset value, first communication
Module is by the pre-stored data transmission to the second communication module；
After second communication module receives pre-stored data, the data transmission between the second communication module and display device is judged
Whether speed is lower than the second preset value；
If the data transmission bauds between the second communication module and display device is not less than the second preset value, prestored described
Data are sent to the display device, and receive the preset data that the display device is sent；
If the data transmission bauds between the second communication module and display device is lower than the second preset value, data are reminded in output
Server is transferred to by the first communication module；
Second communication module does not carry out data transmission with first communication module with the same base station.
Further,
First communication module and the second communication module passes through any one biography in high speed data lines or local area network
Defeated mode connects.
Further,
The acquisition device and display device is same device, respectively in mobile phone, tablet computer and formula computer
Any one or more.
Further,
The acquisition device further includes automatic display unit, the automatic display unit include processing module, extraction module,
Display, communication submodule and battery, the extraction module is for obtaining user u in tuiIt is secondary to use acquisition device i's
Power consumption bui, the processing module is calculated by the following formula power consumption bui:
bui=μ+bu(tui)+bi(tui) (1)
Wherein μ is constant, bu(tui) it is in tuiPower consumption, the b of its communication modulei(tui) be processing module, extract mould
Block and display are in tuiIt power consumption；
Wherein bi(tui) can be indicated with following formula:
bi(tui)=bi+bI, Bin (t)(2)
Wherein biIt is power consumption, the b of processing module, extraction module and display under normal temperatureI, Bin (t)To locate
Each component temperature increases the increased power consumption of institute in reason module, extraction module and display；
Since the frequency of use of the use of each user multi-functional acquisition device is different, so true by following formula
Determine user's biasing of user u:
devu(t)=sign (t-tu)·|t-tu|β (3)
Wherein tuIt the use of average electricity consumption, the t of acquisition device is each time that user finally uses acquisition device for user u
Electricity consumption, β are constant；
User's biasing of user has been determined, using power consumption has needed b each timeui, can determine that this is obtained by following formula
The number for taking device that can also continue to use under the frequency of use of the user u:
Total electric energy, the α that wherein N is remaining access times, P is battery are constant；
The processing module exports remaining access times to display device.
Further,
The battery includes observation circuit, the observation circuit include first control device, second control device,
Potential device and the first instruction device, potential device sets a predetermined value to the remaining capacity of battery, when the residue of battery
Electricity is less than potential device control second control device open circuit after this predetermined value, and second control device controls first control device
Open circuit, first control device control the first instruction device and stop working.Observation circuit further includes the second instruction device and third control
Device processed, after the first control device is breaking, the third control device controls the second instruction device and is shown.
Further,
The first control device includes the first conducting resistance, the first turn-on transistor and conducting capacitor, the first conducting
Resistance and the node of conducting capacitor coupling couple battery, and the base stage that capacitor and the first turn-on transistor is connected couples, and first leads
Be powered resistance and the collector coupling of the first turn-on transistor, the emitter ground connection of the first turn-on transistor；
The second control device includes the second turn-on transistor and the second conducting resistance, the base of the second turn-on transistor
Pole couples the second conducting resistance, and the second conducting resistance and first control device couple, the emitter coupling of the second turn-on transistor
The collector of battery, the second turn-on transistor couples the first instruction device.
Potential device includes the first adjusting resistance and second adjusts resistance, and the first adjusting resistance is connected with the second adjusting resistance
Ground connection, first adjusts resistance and first control device coupling；
The third control device includes relay coil and relay normally closed contact, and relay coil and first indicate
Device is arranged in series, and relay normally closed contact is arranged in series with the second instruction device.
Further,
First instruction device includes the first indicator light being arranged in series and the first protective resistance, second instruction device
Including the second indicator light being arranged in series and the second protective resistance.
To realize timing communication method, enable user when by using the system by preset information pre-
If time be sent to specified people either oneself, and then in a certain specific time reminded, told etc., so that user
It can obtain information reminding and more enjoyment.
Other features and advantages of the present invention will be illustrated in the following description, also, partly becomes from specification
It obtains it is clear that understand through the implementation of the invention.The objectives and other advantages of the invention can be by written explanation
Specifically noted structure is achieved and obtained in book, claims and attached drawing.
Below by drawings and examples, technical scheme of the present invention will be described in further detail.
Detailed description of the invention
Attached drawing is used to provide further understanding of the present invention, and constitutes part of specification, with reality of the invention
It applies example to be used to explain the present invention together, not be construed as limiting the invention.In the accompanying drawings:
Fig. 1 is the flow chart of timing information sending method；
Fig. 2 is the structural schematic diagram that timing information sends system；
Fig. 3 is the attachment structure schematic diagram of communication module；
Fig. 4 is the structural schematic diagram of observation circuit.
310, first control device；320, second control device；330, potential device；340, the first instruction device；350,
Second instruction device；360, third control device.
Specific embodiment
Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings, it should be understood that preferred reality described herein
Apply example only for the purpose of illustrating and explaining the present invention and is not intended to limit the present invention.
The embodiment of the present invention provides a kind of timing information sending method, flow chart as shown in Figure 1, comprising the following steps:
S1, obtaining step: the information data and sending time data of user's input are obtained, the time data, which are included in, to be worked as
The data of later moment in time after preceding one preset time of moment, wherein preset time can be five minutes, such as say that current time is
At 10 points in the morning on the 10th of August in 2018 20 minutes and 30 seconds, then after later moment in time can be at 10 points in the morning on the 10th of August in 2018 25 minutes and 30 seconds
Any one moment.Wherein information data includes IP address information data and pre-stored data, and pre-stored data is what user write
Any one or more in any text, figure, voice, video, two dimensional code and special sign.
S2, storing step: information data and sending time data are stored, corresponding to arrival and time data
When later moment in time, that is, when reaching pre-set moment point (e.g. August in 2018 morning on the 10th 10: 31 25 :), according to
IP address information data send pre-stored data.
S3, receiving step: it receives the pre-stored data and is shown.
The working principle of above-mentioned technical proposal are as follows: by going forward side by side in current time transmission information data and sending time data
Row storage then sends pre-stored data according to IP address information data when reaching with later moment in time corresponding to time data,
It is shown after receiving pre-stored data.
Having the beneficial effect that for above-mentioned technical proposal solves effect not available for instant messaging in the prior art, i.e., originally
Invent provide method can periodically sending information, can current time after preset time select an any time, will work as
The information of pre-editing is sent to other people or oneself at any time, play prompting, tell and other effects.
A kind of timing information transmission system, its structural schematic diagram as shown in Figure 2, comprising:
Acquisition device: for obtaining the information data and sending time data of user's input, the time data are included in
The data of later moment in time after one preset time of current time, wherein preset time can be five minutes, such as say current time
It is at 10 points in the morning on the 10th of August in 2018 20 minutes and 30 seconds, then later moment in time can be at 10 points in the morning on the 10th of August in 2018 25 minutes and 30 seconds
Any one moment afterwards.Wherein information data includes IP address information data and pre-stored data, and pre-stored data is write for user
Any text, figure, voice, video, any one or more in two dimensional code and special sign.
Server: for storing information data and sending time data, corresponding to arrival and time data
When later moment in time, that is, when reaching pre-set moment point (e.g. August in 2018 morning on the 10th 10: 31 25 :), according to
IP address information data send pre-stored data.
Display device, for receiving the pre-stored data and being shown.Acquisition device and display device are same device,
Any one or more respectively in mobile phone, tablet computer and formula computer.
The working principle of above-mentioned technical proposal are as follows: by going forward side by side in current time transmission information data and sending time data
Row storage then sends pre-stored data according to IP address information data when reaching with later moment in time corresponding to time data,
It is shown after receiving pre-stored data.
Having the beneficial effect that for above-mentioned technical proposal solves effect not available for instant messaging in the prior art, i.e., originally
Invent provide method can periodically sending information, can current time after preset time select an any time, will work as
The information of pre-editing is sent to other people or oneself at any time, play prompting, tell and other effects, and information data is also wrapped
Locality data is included, other people can be made or oneself receives the time and place for knowing that sender sends after the information, ground points
According to can by include but is not limited to GRS positioning device obtain.
In one embodiment, display device is connect with the server by communication module, communication module as shown in Figure 3
Attachment structure schematic diagram, communication module include the first communication module and the second communication module, the first communication module respectively with institute
State display device, server and the second communication module connection connection, the second communication module respectively with first communication module
And display device connection.Wherein the first communication module can respectively include two routers, and being also possible to two can be with clothes
The network connecting module that business device is attached by local area network or high speed data lines.
After first communication module receives the pre-stored data of the server output, judgement the first communication module and service at this time
Whether the data transmission bauds between device is lower than the first preset value, wherein the data transmission bauds of the first preset value can be
10kb/m, the first communication module include processor for judging the data transmission bauds of the first preset value.If first is logical
The data transmission bauds interrogated between module and display device is not less than the first preset value, then prove at this time the first communication module with and
Transmission speed between its first group of base station being attached is greater than 10kb/m, can effectively carry out the transmission of pre-stored data
And corresponding preset data is received, pre-stored data is then sent to display device at this time, and receive the display device and send
Preset data, wherein preset data can be " sending successfully ", " having been received by " etc. prompt class data.
If data transmission bauds between the first communication module and display device is lower than the first preset value, at this time the is proved
One communication module and the transmission speed between its first group of base station being attached are less than 10kb/m, can not effectively carry out
The transmission and the corresponding preset data of reception of pre-stored data, then the first communication module leads to pre-stored data transmission to second at this time
Module is interrogated, a data transmission path is changed and carries out data transmission.This kind of situation can occur in the higher place of density of stream of people, such as
Railway station, stadiums, highdensity housing-group etc., or in specific period etc..In one embodiment, first
Communication module is connect with the second communication module by any one transmission mode in high speed data lines or local area network, and second is logical
News module does not carry out data transmission with first communication module with the same base station.
After second communication module receives pre-stored data, the data transmission between the second communication module and display device is judged
Whether speed is lower than the second preset value, wherein the data transmission bauds of the second preset value can be 10kb/m, the second communication module
Including processor for judging the data transmission bauds of the second preset value.If between the second communication module and display device
Data transmission bauds be not less than the second preset value, the pre-stored data is sent to the display device, and receive described aobvious
The preset data that showing device is sent.
If data transmission bauds between the second communication module and display device is lower than the second preset value, at this time the is proved
Two communication modules and the transmission speed between its second group of base station being attached are less than 10kb/m, can not effectively carry out
The transmission and the corresponding preset data of reception, output of pre-stored data remind data to be transferred to service by the first communication module
Device, wherein data is reminded to can be some information, such as network speed it is relatively slow, try again later etc..
The working principle of above scheme is as follows:
After first communication module receives the pre-stored data of the server output, judgement the first communication module and service at this time
Whether the data transmission bauds between device is lower than the first preset value, wherein the data transmission bauds of the first preset value can be
10kb/m, the first communication module include processor for judging the data transmission bauds of the first preset value.If first is logical
The data transmission bauds interrogated between module and display device is not less than the first preset value, then prove at this time the first communication module with and
Transmission speed between its first group of base station being attached is greater than 10kb/m, can effectively carry out the transmission of pre-stored data
And corresponding preset data is received, pre-stored data is then sent to display device at this time.
If data transmission bauds between the first communication module and display device is lower than the first preset value, at this time the is proved
One communication module and the transmission speed between its first group of base station being attached are less than 10kb/m, can not effectively carry out
The transmission and the corresponding preset data of reception of pre-stored data, then the first communication module leads to pre-stored data transmission to second at this time
Module is interrogated, a data transmission path is changed and carries out data transmission.
After second communication module receives pre-stored data, the data transmission between the second communication module and display device is judged
Whether speed is lower than the second preset value, wherein the data transmission bauds of the second preset value can be 10kb/m, the second communication module
Including processor for judging the data transmission bauds of the second preset value.If between the second communication module and display device
Data transmission bauds be not less than the second preset value, the pre-stored data is sent to the display device, and receive described aobvious
The preset data that showing device is sent.
If data transmission bauds between the second communication module and display device is lower than the second preset value, at this time the is proved
Two communication modules and the transmission speed between its second group of base station being attached are less than 10kb/m, can not effectively carry out
The transmission and the corresponding preset data of reception, output of pre-stored data remind data to be transferred to service by the first communication module
Device.
The working effect of above scheme is as follows:
By the first communication module of setting and the second communication module, server is made to be sent to the pre-stored data at display device
With two different data transmission route lines, if the first data transmission route is that " the first communication module of server-- is aobvious
The data transmission bauds of showing device " is slower, can be " the first communication module of server-- by Article 2 data transmission route line
The data transmission link of second communication module-display device " is transmitted, and enables the pre-stored data stored in server
It is sent at display device, is prevented because filling display the problem of network transmission express delivery at the time of corresponding to the time data
The pre-stored data can not be received by setting.
In one embodiment, acquisition device further includes automatic display unit, and the automatic display unit includes processing mould
Block, extraction module, display, communication submodule and battery, the extraction module is for obtaining user u in tuiSecondary use
The power consumption b of acquisition device iui, the processing module is calculated by the following formula power consumption bui:
bui=μ+bu(tui)+bi(tui) (1)
Wherein μ is constant, bu(tui) it is in tuiPower consumption, the b of its communication modulei(tui) be processing module, extract mould
Block and display are in tuiIt power consumption；The wherein power consumption b of communication modulei(tui) can by way of P=UIT into
Row calculates, and obtains the battery voltage, electric current and the power-on time that are powered every time to communication module i.e. by acquiring unit
It can calculate.The power consumption b of processing unit, acquiring unit and displayi(tui) can be calculated by way of P=UIT,
By acquiring unit obtain battery processing unit, acquiring unit and display are powered every time voltage, electric current with
And power-on time can calculate.
Wherein bi(tui) can be indicated with following formula:
bi(tui)=bi+bI, Bin (t) (2)
Wherein biIt is power consumption, the b of processing module, extraction module and display under normal temperatureI, Bin (t)To locate
Each component temperature increases the increased power consumption of institute in reason module, extraction module and display.It is 10 that normal temperature, which is arranged,
Degree, such as in the case where saying that again environment temperature is ten degree, the power of each device is pm1, when temperature is 20 degree, each device
Power can then increase as pm2, bI, Bin (t)Difference between as pm2 and pm1.
Since the frequency of use of the use of each user multi-functional acquisition device is different, so true by following formula
Determine user's biasing of user u:
devu(t)=sign (t-tu)·|t-tu|β (3)
Wherein tuIt the use of average electricity consumption, the t of acquisition device is each time that user finally uses acquisition device for user u
Electricity consumption, β are constant；The electricity consumption t of display device is finally used by acquisition user and calculates itself and average electricity consumption tuIt
Between difference, can analyze the changing rule of different time display device, such as say when night, then user using display
The time of device can gradually increase, then power consumption then will increase quickening.Such as say morning or morning when, then user makes
It can also be gradually decreased with the time of display device, then power consumption can then gradually decrease.
User's biasing of user has been determined, using power consumption has needed b each timeui, can determine that this is obtained by following formula
The number for taking device that can also continue to use under the frequency of use of the user u:
Total electric energy, the α that wherein N is remaining access times, P is battery are constant；
The number that display device can also use under the use of the specific user u is obtained by above formula, is finally led to
It crosses processing unit and exports remaining access times to display device, display device is display.
The working effect of above scheme is as follows: by intelligent display system can usage mode to specific user, use
Frequency carry out comprehensive analysis, and estimate what the display device can also use according to the actual use situation of different user
Number, and intelligent display unit is by many Variable Factors, for example, temperature cause the raising of component resistance to increase power consumption,
Time difference gradually increases the frequency of use of display device etc., so that intelligent display unit can also be into display device
Capable access times can be estimated more acurrate so that user will not only by the remaining capacity of display device prejudged whether
Charging, more intelligently.
In one embodiment, battery includes observation circuit, the structural schematic diagram of observation circuit as shown in Figure 4, monitoring
Circuit includes first control device 310, second control device 320, potential device 330 and the first instruction device 340, potential device
330 give the remaining capacity of battery to set a predetermined value, the potential device after remaining capacity of battery is less than this predetermined value
330 control second control device, 320 open circuit, second control device 320 control 310 open circuit of first control device, the first control dress
310 the first instruction devices of control 340 are set to stop working.Observation circuit further includes the second instruction device 350 and third control device
360, after 310 open circuit of first control device, the third control device 360 control the second instruction device 350 into
Row display.
In one embodiment, first control device 310 includes the first conducting resistance R7, the first turn-on transistor Q2 and leads
It is powered and holds C1, the node of the first conducting resistance R7 and conducting capacitor C1 coupling couples battery, and the conducting of capacitor C1 and first is connected
The base stage of triode Q2 couples, and the collector of the first conducting resistance R7 and the first turn-on transistor Q2 couple, the first three poles of conducting
The emitter of pipe Q2 is grounded；Second control device 320 includes the second turn-on transistor Q3 and the second conducting resistance R8, the second conducting
The base stage of triode Q3 couples the second conducting resistance R8, the second conducting resistance R8 and first control device 310 couples, the second conducting
The emitter of triode Q3 couples battery, and the collector of the second turn-on transistor Q3 couples the first instruction device 340.
In one embodiment, potential device 330 includes the first adjusting resistance R9 and second adjusts resistance R10, and first adjusts
Economize on electricity resistance R9 connect ground connection with the second adjusting resistance R10, the first adjusting resistance R9 and the coupling of first control device 310,
Third control device 360 includes relay coil KA1 and relay normally closed contact KA1, relay coil KA1 and the
One instruction device 340 is arranged in series, and relay normally closed contact KA1 is arranged in series with the second instruction device 350.First instruction device
340 include the first indicator light L1 and the first protective resistance R11 being arranged in series, and second instruction device 350 includes series connection
The the second indicator light L2 and the second protective resistance R12 being arranged.
The working principle of above scheme is as follows: observation circuit can realize the detection to accumulator electric-quantity, when detection device is examined
The remaining capacity in battery is measured less than after predetermined value, potential device 330 controls 320 open circuit of second control device, the second control
Device 320 processed controls 310 open circuit of first control device, and first control device 310 controls the first instruction device 340 and stops working,
After 310 open circuit of first control device, third control device 360 controls the second instruction device 350 and is shown.First instruction at this time
Lamp stops working, and the second indicator light lights, and achievees the purpose that remind staff, should replace in time to battery, the
Three control devices 360 include relay coil KA and relay normally closed contact KA1, relay coil KA and the first instruction device
340 are arranged in series, and relay normally closed contact KA1 is arranged in series with the second instruction device 350, pass through relay coil KA and relay
Device normally-closed contact KA1 is cooperated, and achievees the purpose that control 350 light on and off of the second instruction device.
The working effect of above scheme is as follows: by the observation circuit can the electricity to battery examined in real time
It surveys, after electricity is lower than a value, can be reminded by the observation circuit, allowed users to when the electricity of battery is low
The purpose reminded after preset value.
Obviously, various changes and modifications can be made to the invention without departing from essence of the invention by those skilled in the art
Mind and range.In this way, if these modifications and changes of the present invention belongs to the range of the claims in the present invention and its equivalent technologies
Within, then the present invention is also intended to include these modifications and variations.
Claims (10)
1. a kind of timing information sending method, characterized in that the following steps are included:
The information data and sending time data of user's input are obtained, the time data are included in one preset time of current time
The data of later moment in time afterwards, the information data include IP address information data and pre-stored data；
Information data and sending time data are stored, when reaching with later moment in time corresponding to time data, according to
IP address information data send the pre-stored data；
It receives the pre-stored data and is shown.
2. according to method described in claim 1, characterized in that
The pre-stored data is in any text, figure, voice, video, two dimensional code and special sign that user writes
Any one or more.
3. a kind of timing information sends system, characterized in that include:
Acquisition device: for obtaining the information data and sending time data of user's input, the time data are included in currently
The data of later moment in time after one preset time of moment, the information data include IP address information data and pre-stored data；
Server: for information data and sending time data to be stored, when reach with it is latter corresponding to time data
When the moment, the pre-stored data is sent according to IP address information data；
Display device, for receiving the pre-stored data and being shown.
4. according to system described in claim 1, characterized in that
The display device is connect with the server by communication module, and the communication module includes the first communication module
With the second communication module, first communication module connects with the display device, server and the second communication module respectively
It connects in succession, second communication module is connect with first communication module and display device respectively；
After first communication module receives the pre-stored data of the server output, judgement the first communication module and display at this time
Whether the data transmission bauds between device is lower than the first preset value；
If the data transmission bauds between the first communication module and display device is not less than the first preset value, by the pre-stored data
It is sent to the display device, and receives the preset data that the display is sent；
If the data transmission bauds between the first communication module and display device is lower than the first preset value, first communication module
By the pre-stored data transmission to the second communication module；
After second communication module receives pre-stored data, the data transmission bauds between the second communication module and display device is judged
Whether the second preset value is lower than；
If the data transmission bauds between the second communication module and display device is not less than the second preset value, by the pre-stored data
It is sent to the display device, and receives the preset data that the display device is sent；
If the data transmission bauds between the second communication module and display device is lower than the second preset value, output reminds data to pass through
First communication module is transferred to server；
Second communication module does not carry out data transmission with first communication module with the same base station.
5. system according to claim 4, which is characterized in that
First communication module and the second communication module passes through any one transmission side in high speed data lines or local area network
Formula connection.
6. system according to claim 4, which is characterized in that
The acquisition device and display device is same device, respectively any in mobile phone, tablet computer and formula computer
It is one or more.
7. system according to claim 4, which is characterized in that
The acquisition device further includes automatic display unit, and the automatic display unit includes processing module, extraction module, display
Device, communication submodule and battery, the extraction module is for obtaining user u in tuiThe secondary power consumption using acquisition device i
Measure bui, the processing module is calculated by the following formula power consumption bui:
bui=μ+bu(tui)+bi(tui) (1)
Wherein μ is constant, bu(tui) it is in tuiPower consumption, the b of its communication modulei(tui) be processing module, extraction module with
And display is in tuiIt power consumption；
Wherein bi(tui) can be indicated with following formula:
bi(tui)=bi+bI, Bin (t) (2)
Wherein biIt is power consumption, the b of processing module, extraction module and display under normal temperatureI, Bin (t)For in processing mould
Each component temperature increases the increased power consumption of institute in block, extraction module and display；
Since the frequency of use of the use of each user multi-functional acquisition device is different, used so passing through following formula and determining
The user of family u biases:
devu(t)=sign (t-tu)·|t-tu|β (3)
Wherein tuIt the use of average electricity consumption, the t of acquisition device is each time electricity consumption that user finally uses acquisition device for user u
Amount, β is constant；
User's biasing of user has been determined, using power consumption has needed b each timeui, can determine that the acquisition is filled by following formula
Set the number that can also be continued to use under the frequency of use of the user u:
Total electric energy, the α that wherein N is remaining access times, P is battery are constant；
The processing module exports remaining access times to display device.
8. system according to claim 7, which is characterized in that
The battery includes observation circuit, and the observation circuit includes first control device (310), second control device
(320), potential device (330) and the first instruction device (340), remaining capacity setting one of the potential device (330) to battery
Predetermined value, it is disconnected to control second control device (320) for potential device (330) after the remaining capacity of battery is less than this predetermined value
Road, second control device (320) control first control device (310) open circuit, first control device (310) control the first instruction dress
(340) are set to stop working；Observation circuit further includes the second instruction device (350) and third control device (360), when described
After one control device (310) open circuit, third control device (360) control the second instruction device (350) is shown.
9. system according to claim 8, which is characterized in that
The first control device (310) includes the first conducting resistance, the first turn-on transistor and conducting capacitor, the first conducting
Resistance and the node of conducting capacitor coupling couple battery, and the base stage that capacitor and the first turn-on transistor is connected couples, and first leads
Be powered resistance and the collector coupling of the first turn-on transistor, the emitter ground connection of the first turn-on transistor；
The second control device (320) includes the second turn-on transistor and the second conducting resistance, the second turn-on transistor
Base stage couples the second conducting resistance, and the second conducting resistance and first control device (310) couple, the transmitting of the second turn-on transistor
Pole couples battery, and the collector of the second turn-on transistor couples the first instruction device (340).
Potential device (330) includes the first adjusting resistance and second adjusts resistance, and first, which adjusts resistance and second, adjusts resistance string
Connection ground, first adjusts resistance and first control device (310) coupling；
The third control device (360) includes relay coil and relay normally closed contact, and relay coil and first refer to
Showing device (340) is arranged in series, and relay normally closed contact is arranged in series with the second instruction device (350).
10. system according to claim 9, which is characterized in that
First instruction device (340) includes the first indicator light being arranged in series and the first protective resistance, the second instruction dress
Setting (350) includes the second indicator light being arranged in series and the second protective resistance.
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| CN201811010047.0A CN109274577A (en) | 2018-08-31 | 2018-08-31 | Timing information sending method and system |
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| CN201811010047.0A CN109274577A (en) | 2018-08-31 | 2018-08-31 | Timing information sending method and system |
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