CN104932969A - Method for prompting unprocessed message quantity and intelligent terminal - Google Patents
Method for prompting unprocessed message quantity and intelligent terminal Download PDFInfo
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- CN104932969A CN104932969A CN201510268639.2A CN201510268639A CN104932969A CN 104932969 A CN104932969 A CN 104932969A CN 201510268639 A CN201510268639 A CN 201510268639A CN 104932969 A CN104932969 A CN 104932969A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B20/00—Energy efficient lighting technologies, e.g. halogen lamps or gas discharge lamps
- Y02B20/40—Control techniques providing energy savings, e.g. smart controller or presence detection
Abstract
The invention discloses a method for prompting unprocessed message quantity and an intelligent terminal. The method comprises the steps of: obtaining the unprocessed message quantity currently stored in a memorizer of the intelligent terminal; and controlling a corresponding LED lamp arranged on the intelligent terminal to work according to the obtained unprocessed message quantity. According to the method disclosed by the invention, the unprocessed new message quantity and the working condition of the LED lamp arranged on the intelligent terminal are correlated; the working condition of the corresponding LED lamp is controlled according to the unprocessed new message quantity of the current intelligent terminal; and a user can obtain the unprocessed message quantity of the current intelligent terminal through observing the working condition of the LED lamp, and the working condition is clear at a glance; and the method is very convenient, and the user experience of the intelligent terminal is extremely improved.
Description
Technical field
The present invention relates to intelligent terminal applied technical field, be specifically related to a kind of method and intelligent terminal of pointing out untreated message number, in addition, the invention particularly relates to a kind of intelligent watch possessing message number prompt facility.
Background technology
Intelligent watch is by wrist-watch built-in intelligence system, carries intelligent mobile phone system and be connected to network and realize multi-functional, at first, and phone, note, mail, photo, music etc. in intelligent watch application of synchronized mobile phone.Along with the development of science and technology, in view of small and exquisite, the portable characteristic of intelligent watch, a lot of manufacturer directly some function transplantings on mobile phone to intelligent watch, so, intelligent watch is in most of application scenarios, and be enough to replace mobile phone, product is also doubly subject to the favor of people.
At present, intelligent watch generally all possesses message notifying function, similar with smart mobile phone display, when a new message is received, the screen of intelligent watch directly shows new information, but because intelligent watch display screen is too small and exquisite, when the new information that intelligent watch receives is too much, display difficulty or inconvenience can be caused to check.Such as, when intelligent watch electricity is too low, a prompting message can be ejected on screen, also a prompting message can be ejected on screen when the passometer result of today reaches certain numerical value, when your mobile phone has a missed call, wrist-watch also has a prompting, etc.
When intelligent watch there being a lot of untreated new information, because the screen of intelligent watch is very little, directly showing can be very difficult, current intelligent watch is generally show a nearest message on screen, user very clearly can not learn that the end has how much message untreated, and message informing also can block originally just slight watch displays screen, very inconvenient.
Summary of the invention
The object of the present invention is to provide a kind of method and intelligent terminal of pointing out untreated message number, solve above technical matters.
For reaching this object, the present invention by the following technical solutions:
First aspect, the embodiment of the present invention provides a kind of method pointing out untreated message number, comprising:
Obtain the untreated message number of current storage in the storer of intelligent terminal;
Control the corresponding LED be arranged on described intelligent terminal according to the untreated message number obtained and carry out work.
Preferably, described step: before obtaining the untreated message number of current storage in the storer of intelligent terminal, also comprise:
Set up untreated messaging list;
Whether real-time detection receives new information;
If so, the new information received is added in described untreated messaging list;
Otherwise whether the untreated message in untreated messaging list described in Real-Time Monitoring is processed;
Wherein, untreated message is the new information be added in described untreated messaging list.
Preferably, described step: after whether the untreated message in untreated messaging list described in Real-Time Monitoring is processed, also comprise:
If the untreated message monitored in described untreated messaging list is processed, processed untreated message is deleted from described untreated messaging list;
If do not detect, the untreated message in described untreated messaging list is processed, and obtains the untreated message number of current storage in the storer of intelligent terminal.
Preferably, described step: after the new information received being added in described untreated messaging list, also comprise: the untreated message number of adding up the untreated message in current described untreated messaging list;
Described step: after processed untreated message is deleted from described untreated messaging list, also comprise: the untreated message number of adding up the untreated message in current described untreated messaging list;
Described step: after adding up the untreated message number of the untreated message in current described untreated messaging list, also comprise:
The untreated message number of statistics is stored in local storer; And enter step: the untreated message number obtaining current storage in the storer of intelligent terminal;
Wherein, if do not have untreated message in described untreated messaging list, then the untreated message number of adding up is zero.
Preferably, described intelligent terminal is provided with N number of LED;
Described step: the LED that be arranged at described intelligent terminal on corresponding according to the untreated message number control obtained also comprises before carrying out work:
Pre-set N number of threshold value;
Described step: control corresponding LED according to the untreated message number obtained and carry out work, specifically comprise:
If the untreated message number obtained is more than or equal to the i-th default threshold value, controls i-th LED and carry out work;
Wherein, i=1,2 ... N, N be more than or equal to 1 natural number.
Preferably, for two LED, described intelligent terminal is provided with two LED: the first LED and the second LED; Pre-set 2 threshold values: first threshold and Second Threshold;
Described step: control corresponding LED according to the untreated message number obtained and carry out work, specifically comprise:
Judge whether the untreated message number obtained is more than or equal to default first threshold;
If the untreated message number obtained is less than default first threshold, controls all LED and do not work or quit work;
If the untreated message number obtained is more than or equal to default first threshold, continue to judge whether the untreated message number obtained is more than or equal to default Second Threshold; If so, control the second LED and carry out work; Otherwise, control the first LED and carry out work.
Preferably, described intelligent terminal is provided with N number of LED;
Described step: control corresponding LED according to the untreated message number obtained and carry out work, specifically comprise: judge whether the untreated message number obtained is more than or equal to N;
If so, then control N number of LED and all carry out work;
Otherwise, control to carry out work with the LED of untreated message number respective amount;
Described step: control to carry out work with the LED of untreated message number respective amount, be specially: if untreated message number is i, a control i LED carries out work together; Wherein, i=1,2 ... N.
Preferably, N is natural number 12, namely described intelligent terminal is provided with the first LED, the second LED, the 3rd LED, the 4th LED, the 5th LED, the 6th LED, the 7th LED, the 8th LED, the 9th LED, the tenth LED, the 11 LED and the 12 LED;
Described step: control to carry out work with the LED of untreated message number respective amount, specifically comprise:
Judge whether the untreated message number obtained is more than or equal to one;
If so, control the first LED and carry out work;
Otherwise, control all LED and do not work or quit work; Return step; Whether real-time detection receives new information;
Described step: control after the first LED carries out work, also to comprise:
Judge whether the untreated message number obtained is more than or equal to two;
If so, control the second LED and carry out work;
Otherwise, control the second LED, the 3rd LED, the 4th LED, the 5th LED, the 6th LED, the 7th LED, the 8th LED, the 9th LED, the tenth LED, the 11 LED and the 12 LED and do not work or quit work; Return step; Whether real-time detection receives new information;
Judge whether the untreated message number obtained is more than or equal to three;
If so, control the 3rd LED and carry out work;
Otherwise, control the 3rd LED, the 4th LED, the 5th LED, the 6th LED, the 7th LED, the 8th LED, the 9th LED, the tenth LED, the 11 LED and the 12 LED and do not work or quit work; Return step; Whether real-time detection receives new information;
Described step: control the 3rd LED also comprises after carrying out work:
Judge whether the untreated message number obtained is more than or equal to four;
If so, control the 4th LED and carry out work;
Otherwise, control the 4th LED, the 5th LED, the 6th LED, the 7th LED, the 8th LED, the 9th LED, the tenth LED, the 11 LED and the 12 LED and do not work or quit work; Return step; Whether real-time detection receives new information;
Described step: control the 4th LED also comprises after carrying out work:
Judge whether the untreated message number obtained is more than or equal to five;
If so, control the 5th LED and carry out work;
Otherwise, control the 5th LED, the 6th LED, the 7th LED, the 8th LED, the 9th LED, the tenth LED, the 11 LED and the 12 LED and do not work or quit work; Return step; Whether real-time detection receives new information;
Described step: control the 5th LED also comprises after carrying out work:
Judge whether the untreated message number obtained is more than or equal to six;
If so, control the 6th LED and carry out work;
Otherwise, control the 6th LED, the 7th LED, the 8th LED, the 9th LED, the tenth LED, the 11 LED and the 12 LED and do not work or quit work; Return step; Whether real-time detection receives new information;
Described step: control the 6th LED also comprises after carrying out work:
Judge whether the untreated message number obtained is more than or equal to seven;
If so, control the 7th LED and carry out work;
Otherwise, control the 7th LED, the 8th LED, the 9th LED, the tenth LED, the 11 LED and the 12 LED and do not work or quit work; Return step; Whether real-time detection receives new information;
Described step: control the 7th LED also comprises after carrying out work:
Judge whether the untreated message number obtained is more than or equal to eight;
If so, control the 8th LED and carry out work;
Otherwise, control the 8th LED, the 9th LED, the tenth LED, the 11 LED and the 12 LED and do not work or quit work; Return step; Whether real-time detection receives new information;
Described step: control the 8th LED also comprises after carrying out work:
Judge whether the untreated message number obtained is more than or equal to nine;
If so, control the 9th LED and carry out work;
Otherwise, control the 9th LED, the tenth LED, the 11 LED and the 12 LED and do not work or quit work; Return step; Whether real-time detection receives new information;
Described step: control the 9th LED also comprises after carrying out work:
Judge whether the untreated message number obtained is more than or equal to ten;
If so, control the tenth LED and carry out work;
Otherwise, control the tenth LED, the 11 LED and the 12 LED and do not work or quit work; Return step; Whether real-time detection receives new information;
Described step: control the tenth LED also comprises after carrying out work:
Judge whether the untreated message number obtained is more than or equal to 11;
If so, control the 11 LED and carry out work;
Otherwise control the 11 LED and the 12 LED do not work or quit work; Return step; Whether real-time detection receives new information;
Described step: control the 11 LED also comprises after carrying out work:
Judge whether the untreated message number obtained is more than or equal to 12;
If so, control the 12 LED and carry out work; Return step: whether detection in real time receives new information;
Otherwise, control the 12 LED and do not work or quit work; Return step: whether detection in real time receives new information.
Preferably, described intelligent terminal comprises terminal body; Described terminal body is provided with LED group; Described LED group comprises multiple LED; Multiple LED is arranged at the perimembranous of described terminal body equably.
Second aspect, based on said method, the embodiment of the present invention provides a kind of intelligent terminal of pointing out untreated message number, comprising:
Storer, for storing untreated message number;
Untreated message number acquisition module, for obtaining the untreated message number of current storage in described storer;
LED drive control module, carries out work for controlling the corresponding LED be arranged on described intelligent terminal according to the untreated message number obtained.
Preferably, described intelligent terminal also comprises untreated message monitoring module;
Described untreated message monitoring module is used for setting up untreated messaging list;
Whether described untreated message monitoring module also receives new information for detecting in real time; If so, the new information received is added in described untreated messaging list; Otherwise whether the untreated message in untreated messaging list described in Real-Time Monitoring is processed;
Wherein, untreated message is the new information be added in described untreated messaging list.
Preferably, if described untreated message monitoring module is also processed for the untreated message monitored in described untreated messaging list, processed untreated message is deleted from described untreated messaging list;
If described untreated message monitoring module is not also for detecting that the untreated message in described untreated messaging list is processed, notify that described untreated message number acquisition module obtains the untreated message number of current storage in the storer of intelligent terminal.
Preferably, described untreated message monitoring module also for after being added into by the new information received in described untreated messaging list, adds up the untreated message number of the untreated message in current described untreated messaging list; Also for after processed untreated message being deleted from described untreated messaging list, add up the untreated message number of the untreated message in current described untreated messaging list;
After the untreated message number of described untreated message monitoring module also for the untreated message in the current described untreated messaging list of statistics, the untreated message number of statistics is stored in local storer;
Described untreated message monitoring module also for after being stored in local storer by the untreated message number of statistics, notifies that described untreated message number acquisition module obtains the untreated message number of current storage in the storer of intelligent terminal;
Wherein, if do not have untreated message in described untreated messaging list, then the untreated message number of adding up is zero.
Preferably, described intelligent terminal also comprises threshold setting module, for pre-setting N number of threshold value;
Described intelligent terminal is provided with N number of LED;
The control signal input end of described LED drive control module connects described untreated message number acquisition module, and the LED power output end of described LED drive control module connects the feeder ear of N number of LED respectively;
Described LED drive control module is for judging whether the untreated message number obtained is more than or equal to the i-th default threshold value; If so, control i-th LED and carry out work; Otherwise, control i-th LED and do not work or quit work;
Wherein, i=1,2 ... N, N be more than or equal to 1 natural number.
For two LED, described intelligent terminal is provided with the first LED and the second LED; First threshold and Second Threshold is preset by described threshold setting module;
The control signal input end of described LED drive control module connects described untreated message number acquisition module, and the LED power output end of described LED drive control module connects the feeder ear of the first LED and the second LED respectively;
Described LED drive control module is for judging whether the untreated message number obtained is more than or equal to default first threshold;
If the untreated message number of described LED drive control module also for obtaining being less than default first threshold, controlling all LED and do not work or quit work;
If the untreated message number of described LED drive control module also for obtaining is more than or equal to default first threshold, continue to judge whether the untreated message number obtained is more than or equal to default Second Threshold; If so, control the second LED and carry out work; Otherwise, control the first LED and carry out work.
Preferably, described intelligent terminal is provided with N number of LED;
The control signal input end of described LED drive control module connects described untreated message number acquisition module, and the LED power output end of described LED drive control module connects the feeder ear of N number of LED respectively;
Described LED drive control module is for judging whether the untreated message number obtained is more than or equal to N; If so, then control N number of LED and all carry out work; Otherwise, control to carry out work with the LED of untreated message number respective amount;
Described step: control to carry out work with the LED of untreated message number respective amount, be specially: if untreated message number is i, a control i LED carries out work together; Wherein, i=1,2 ... N.
Preferably, N is natural number 12, namely described intelligent terminal is provided with the first LED, the second LED, the 3rd LED, the 4th LED, the 5th LED, the 6th LED, the 7th LED, the 8th LED, the 9th LED, the tenth LED, the 11 LED and the 12 LED;
The control signal input end of described LED drive control module connects described untreated message number acquisition module, and the LED power output end of described LED drive control module connects the feeder ear of the first LED, the second LED, the 3rd LED, the 4th LED, the 5th LED, the 6th LED, the 7th LED, the 8th LED, the 9th LED, the tenth LED, the 11 LED and the 12 LED respectively;
Described LED drive control module carries out work for controlling with the LED of untreated message number respective amount, specifically comprises: described LED drive control module is for judging whether the untreated message number obtained is more than or equal to one; If so, control the first LED and carry out work; Otherwise, control all LED and do not work or quit work;
Described LED drive control module also for after carrying out work in control first LED, judges whether described untreated message number is more than or equal to two; If so, control the second LED and carry out work; Otherwise, control the second LED, the 3rd LED, the 4th LED, the 5th LED, the 6th LED, the 7th LED, the 8th LED, the 9th LED, the tenth LED, the 11 LED and the 12 LED and do not work or quit work;
Described LED drive control module also for after carrying out work in control second LED, judges whether described untreated message number is more than or equal to three; If so, control the 3rd LED and carry out work; Otherwise, control the 3rd LED, the 4th LED, the 5th LED, the 6th LED, the 7th LED, the 8th LED, the 9th LED, the tenth LED, the 11 LED and the 12 LED and do not work or quit work;
Described LED drive control module also for after carrying out work in control the 3rd LED, judges whether described untreated message number is more than or equal to four; If so, control the 4th LED and carry out work; Otherwise, control the 4th LED, the 5th LED, the 6th LED, the 7th LED, the 8th LED, the 9th LED, the tenth LED, the 11 LED and the 12 LED and do not work or quit work;
Described LED drive control module also for after carrying out work in control the 4th LED, judges whether described untreated message number is more than or equal to five; If so, control the 5th LED and carry out work; Otherwise, control the 5th LED, the 6th LED, the 7th LED, the 8th LED, the 9th LED, the tenth LED, the 11 LED and the 12 LED and do not work or quit work;
Described LED drive control module also for after carrying out work in control the 5th LED, judges whether described untreated message number is more than or equal to six; If so, control the 6th LED and carry out work; Otherwise, control the 6th LED, the 7th LED, the 8th LED, the 9th LED, the tenth LED, the 11 LED and the 12 LED and do not work or quit work;
Described LED drive control module also for after carrying out work in control the 6th LED, judges whether described untreated message number is more than or equal to seven; If so, control the 7th LED and carry out work; Otherwise, control the 7th LED, the 8th LED, the 9th LED, the tenth LED, the 11 LED and the 12 LED and do not work or quit work;
Described LED drive control module also for after carrying out work in control the 7th LED, judges whether described untreated message number is more than or equal to eight; If so, control the 8th LED and carry out work; Otherwise, control the 8th LED, the 9th LED, the tenth LED, the 11 LED and the 12 LED and do not work or quit work;
Described LED drive control module also for after carrying out work in control the 8th LED, judges whether described untreated message number is more than or equal to nine; If so, control the 9th LED and carry out work; Otherwise, control the 9th LED, the tenth LED, the 11 LED and the 12 LED and do not work or quit work;
Described LED drive control module also for after carrying out work in control the 9th LED, judges whether described untreated message number is more than or equal to ten; If so, control the tenth LED and carry out work; Otherwise, control the tenth LED, the 11 LED and the 12 LED and do not work or quit work;
Described LED drive control module also for after carrying out work in control the tenth LED, judges whether described untreated message number is more than or equal to 11; If so, control the 11 LED and carry out work; Otherwise control the 11 LED and the 12 LED do not work or quit work;
Described LED drive control module also for after carrying out work in control the 11 LED, judges whether described untreated message number is more than or equal to 12; If so, control the 12 LED and carry out work; Otherwise, control the 12 LED and do not work or quit work.
Preferably, described intelligent terminal comprises terminal body; Described terminal body is provided with LED group; Described LED group comprises multiple LED; Multiple LED is arranged at the perimembranous of described terminal body equably.
The beneficial effect that the technical scheme that the embodiment of the present invention provides is brought: the working condition of the quantity of untreated new information with the LED be arranged on intelligent terminal associates by the present invention, the working condition of corresponding LED is controlled according to the quantity of the untreated new information of current intelligent terminal, user can know the untreated message number of current intelligent terminal by observing LED working condition, very clear, very convenient, improve the Consumer's Experience of intelligent terminal greatly.
Accompanying drawing explanation
In order to be illustrated more clearly in the technical scheme in the embodiment of the present invention, below the accompanying drawing used required in describing the embodiment of the present invention is briefly described, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, to those skilled in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to the content of the embodiment of the present invention and these accompanying drawings.
Fig. 1 is a kind of functional-block diagram of pointing out the intelligent terminal of untreated message number that the embodiment of the present invention provides.
Fig. 2 is a kind of vertical view of pointing out the intelligent terminal of untreated message number that the embodiment of the present invention provides.
Fig. 3 is a kind of method flow diagram of pointing out untreated message number that the embodiment of the present invention provides.
Fig. 4 be the embodiment of the present invention provide another point out the method flow diagram of untreated message number.
Fig. 5 be the embodiment of the present invention provide another point out the method flow diagram of untreated message number.
In figure: 10, intelligent terminal; 11, untreated message monitoring module; 12, storer; 13, untreated message number acquisition module; 14, LED drive control module; 15, LED group; 16, terminal body; 17, fixed band; 18, electronic display; 1501, the first LED; 1502, the second LED; 1503, the 3rd LED; 1504, the 4th LED; 1505, the 5th LED; 1506, the 6th LED; 1507, the 7th LED; 1508, the 8th LED; 1509, the 9th LED; 1510, the tenth LED; 1511, the 11 LED; 1512, the 12 LED.
Embodiment
The technical matters solved for making the present invention, the technical scheme of employing and the technique effect that reaches are clearly, be described in further detail below in conjunction with the technical scheme of accompanying drawing to the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those skilled in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
Please refer to Fig. 1, Fig. 1 is a kind of functional-block diagram of pointing out the intelligent terminal 10 of untreated message number that the embodiment of the present invention provides.
Intelligent terminal 10 comprises untreated message monitoring module 11, storer 12, untreated message number acquisition module 13, LED drive control module 14, LED group 15.
Wherein, storer 12 is for storing untreated message number.Untreated message monitoring module 11 is for setting up untreated messaging list.Whether untreated message monitoring module 11 also receives new information for detecting in real time; If so, the new information received is added in described untreated messaging list; Otherwise whether the untreated message in untreated messaging list described in Real-Time Monitoring is processed; Wherein, untreated message is the new information be added in described untreated messaging list.Untreated message number acquisition module 13 is for obtaining the untreated message number of current storage in storer 12; LED drive control module 14 carries out work for controlling the corresponding LED be arranged on intelligent terminal 10 according to the untreated message number obtained.
Concrete, after intelligent terminal 10 electrifying startup, untreated message monitoring module 11 is started working, whether untreated message monitoring module 11 detects has set up untreated messaging list in the storer 12 of this locality, if do not set up untreated messaging list, first in the storer 12 of this locality, set up untreated messaging list.After untreated messaging list is set up, untreated message monitoring module 11 starts to detect intelligent terminal 10 in real time and whether receives new information; If so, the new information received is added in described untreated messaging list; Otherwise whether the untreated message in untreated messaging list described in Real-Time Monitoring is processed.
More specifically, if the untreated message that untreated message monitoring module 11 monitors in described untreated messaging list is processed, processed untreated message is deleted from described untreated messaging list; If untreated message monitoring module 11 does not detect that the untreated message in described untreated messaging list is processed, notify that untreated message number acquisition module 13 obtains the untreated message number of current storage in the storer 12 of intelligent terminal 10.
Wherein, untreated message monitoring module 11 also for after being added into by the new information received in described untreated messaging list, adds up the untreated message number of the untreated message in current described untreated messaging list; And also for after processed untreated message being deleted from described untreated messaging list, add up the untreated message number of the untreated message in current described untreated messaging list.
After the untreated message number of untreated message monitoring module 11 also for the untreated message in the current described untreated messaging list of statistics, the untreated message number of statistics is stored in local storer 12.Untreated message monitoring module 11 also for after being stored in local storer 12 by the untreated message number of statistics, notifies that untreated message number acquisition module 13 obtains the untreated message number of current storage in the storer 12 of intelligent terminal 10; Wherein, if do not have untreated message in described untreated messaging list, then the untreated message number of adding up is zero.
Different with traditional message notifying or Presentation Function, the new information received is stored in set up untreated messaging list by the intelligent terminal 10 of the present embodiment, and the new information unified management so will received, so that user calls and processes.
Concrete, please refer to Fig. 2, Fig. 2 is a kind of vertical view of pointing out the intelligent terminal 10 of untreated message number that the embodiment of the present invention provides.Intelligent terminal 10 also comprises terminal body 16, fixed band 17 and display screen 18.
Fixed band 17 is for being fixed on it user by terminal body 16.Intelligent terminal 10 also comprises human-computer interaction interface, and wherein, display screen 18 is for showing described human-computer interaction interface.Display screen 18 can adopt touch-screen or LCDs etc.
Human-computer interaction interface comprises the untreated message look facility button for checking untreated messaging list; After intelligent terminal 10 starts, whether human-computer interaction interface detects described untreated message look facility button in real time clicked or choose, if it is clicked or choose to detect described untreated message look facility button, from the storer 12 of this locality, read untreated messaging list, and untreated messaging list is shown on display screen 18.
For ease of understanding, human-computer interaction interface also comprises user instruction load module, user instruction processing module and data processing module.User instruction load module is for gathering instruction or the operation of user.Whether user instruction processing module is used for untreated message look facility button according to the instruction of user gathered or operation judges clicked or choose, and if so, sends the control signal reading untreated messaging list to data processing module; Otherwise, the control signal reading untreated messaging list is not sent to data processing module.Described data processing module is used for after receiving the control signal reading untreated messaging list, reads untreated messaging list, and be shown on display screen 18 by untreated messaging list from the storer 12 of this locality.
Wherein, whether human-computer interaction interface is also clicked or choose for detecting untreated message in untreated messaging list in real time, if so, shows the content of untreated message; Otherwise, do not show the content of untreated message.
Concrete, whether user instruction processing module is also for clicked according to the untreated message in the instruction of user gathered or the untreated messaging list of operation judges or choose, if so, the control signal of the content showing untreated message that is clicked or that choose is sent to described data processing module; Otherwise, the control signal of the content showing untreated message that is clicked or that choose is not sent to described data processing module.Described data processing module is also for after the control signal receiving the content showing untreated message that is clicked or that choose, the content of untreated message that is clicked or that choose is shown on display screen 18, and sends the processed notification signal of untreated message that is clicked or that choose to untreated message monitoring module 11.
More specifically, if the untreated message that untreated message monitoring module 11 monitors in described untreated messaging list is processed, if namely untreated message monitoring module 11 receives the processed notification signal of untreated message that is clicked or that choose, processed untreated message is deleted from described untreated messaging list; If untreated message monitoring module 11 does not detect that the untreated message in described untreated messaging list is processed, notify that untreated message number acquisition module 13 obtains the untreated message number of current storage in the storer 12 of intelligent terminal 10.
The present embodiment is by setting up untreated messaging list, when intelligent terminal 10 receives multiple new information, new information is concentrated to be positioned in untreated messaging list, and after new information is processed, delete in timely never processing messages list, which message user goes for without spended time is process, and which is untreated, save the processing time of user, improve efficiency.
In addition, untreated message number can also associate with the working condition of LED by the present embodiment, and user currently in more intuitive understanding intelligent terminal 10 can also have how many untreated message.
According to the actual requirements, a LED or multiple LED can be set and currently in intelligent terminal 10 also have how many untreated message to facilitate to get information about.
First set scheme, when a small amount of LED of employing, each LED glow color is different, LED and the untreated message number that can arrange different brightness or different colours associate, such as, do not have untreated message in untreated messaging list, untreated message number is zero, arranges all LED and does not work; Have a untreated message in untreated messaging list, namely untreated message number is one, and the first LED 1501 controlling to send red light carries out work; Have two untreated message in untreated messaging list, untreated message number is two, and the second LED 1502 controlling to send orange-colored light carries out work; Have three untreated message in untreated messaging list, untreated message number is three, and the 3rd LED 1503 controlling to send sodium yellow carries out work etc.Adopt color to point out user untreated message number, comparatively intuitively.In the present embodiment, a LED also can be adopted to send different light and untreated message number associates, its principle is identical or close, all should within protection scope of the present invention.
Second sets of plan, by pre-setting the corresponding relation of threshold value and untreated message number.For two LED, first threshold and Second Threshold can be pre-set according to real needs, as first threshold is set as five, Second Threshold is set as ten, when untreated message number reaches five, the first LED 1501 controlling to send red light carries out work, and when untreated message number reaches ten, the second LED 1502 controlling to send orange-colored light carries out work.Adopt this scheme, user can arrange the condition that the first LED 1501 and the second LED 1502 are started working according to demand, and it is more flexible that the program compares the first scheme.
Above-mentioned two sets of plan, intelligent terminal 10 only needs a LED for pointing out untreated message number all the time, though comparatively power saving, user differs and remembers the corresponding relation of LED color and untreated message number surely.
3rd sets of plan, when adopting multiple LED, the multiple LED arranging LED group 15 are arranged at the perimembranous of terminal body 16 equably, so do not affect the whole structure of the outside of intelligent terminal 10.
LED group 15 comprises the first LED 1501, second LED 1502, the 3rd LED 1503, the 4th LED 1504, the 5th LED 1505, the 6th LED 1506, the 7th LED 1507, the 8th LED 1508, the 9th LED 1509, the tenth LED the 1510, the 11 LED the 1511 and the 12 LED 1512.
The control signal input end of LED drive control module 14 connects untreated message number acquisition module 13, and the LED power output end of LED drive control module 14 connects the feeder ear of the first LED 1501, second LED 1502, the 3rd LED 1503, the 4th LED 1504, the 5th LED 1505, the 6th LED 1506, the 7th LED 1507, the 8th LED 1508, the 9th LED 1509, the tenth LED the 1510, the 11 LED the 1511 and the 12 LED 1512 respectively.
LED drive control module 14 is for judging whether the untreated message number obtained is more than or equal to one; If so, control the first LED 1501 and carry out work; Otherwise, control all LED and do not work or quit work.
LED drive control module 14 also for after carrying out work in control first LED 1501, judges whether described untreated message number is more than or equal to two; If so, control the second LED 1502 and carry out work; Otherwise, control the second LED 1502, the 3rd LED 1503, the 4th LED 1504, the 5th LED 1505, the 6th LED 1506, the 7th LED 1507, the 8th LED 1508, the 9th LED 1509, the tenth LED the 1510, the 11 LED the 1511 and the 12 LED 1512 do not work or quit work.
Described LED drive control module 14 also for after carrying out work in control second LED 1502, judges whether described untreated message number is more than or equal to three; If so, control the 3rd LED 1503 and carry out work; Otherwise control the 3rd LED 1503, the 4th LED 1504, the 5th LED 1505, the 6th LED 1506, the 7th LED 1507, the 8th LED 1508, the 9th LED 1509, the tenth LED the 1510, the 11 LED the 1511 and the 12 LED 1512 do not work or quit work.
Described LED drive control module 14 also for after carrying out work in control the 3rd LED 1503, judges whether described untreated message number is more than or equal to four; If so, control the 4th LED 1504 and carry out work; Otherwise control the 4th LED 1504, the 5th LED 1505, the 6th LED 1506, the 7th LED 1507, the 8th LED 1508, the 9th LED 1509, the tenth LED the 1510, the 11 LED the 1511 and the 12 LED 1512 do not work or quit work.
Described LED drive control module 14 also for after carrying out work in control the 4th LED 1504, judges whether described untreated message number is more than or equal to five; If so, control the 5th LED 1505 and carry out work; Otherwise control the 5th LED 1505, the 6th LED 1506, the 7th LED 1507, the 8th LED 1508, the 9th LED 1509, the tenth LED the 1510, the 11 LED the 1511 and the 12 LED 1512 do not work or quit work.
Described LED drive control module 14 also for after carrying out work in control the 5th LED 1505, judges whether described untreated message number is more than or equal to six; If so, control the 6th LED 1506 and carry out work; Otherwise control the 6th LED 1506, the 7th LED 1507, the 8th LED 1508, the 9th LED 1509, the tenth LED the 1510, the 11 LED the 1511 and the 12 LED 1512 do not work or quit work.
Described LED drive control module 14 also for after carrying out work in control the 6th LED 1506, judges whether described untreated message number is more than or equal to seven; If so, control the 7th LED 1507 and carry out work; Otherwise control the 7th LED 1507, the 8th LED 1508, the 9th LED 1509, the tenth LED the 1510, the 11 LED the 1511 and the 12 LED 1512 do not work or quit work.
Described LED drive control module 14 also for after carrying out work in control the 7th LED 1507, judges whether described untreated message number is more than or equal to eight; If so, control the 8th LED 1508 and carry out work; Otherwise control the 8th LED 1508, the 9th LED 1509, the tenth LED the 1510, the 11 LED the 1511 and the 12 LED 1512 do not work or quit work.
Described LED drive control module 14 also for after carrying out work in control the 8th LED 1508, judges whether described untreated message number is more than or equal to nine; If so, control the 9th LED 1509 and carry out work; Otherwise control the 9th LED 1509, the tenth LED the 1510, the 11 LED the 1511 and the 12 LED 1512 do not work or quit work.
Described LED drive control module 14 also for after carrying out work in control the 9th LED 1509, judges whether described untreated message number is more than or equal to ten; If so, control the tenth LED 1510 and carry out work; Otherwise, control the tenth LED the 1510, the 11 LED the 1511 and the 12 LED 1512 and do not work or quit work.
Described LED drive control module 14 also for after carrying out work in control the tenth LED 1510, judges whether described untreated message number is more than or equal to 11; If so, control the 11 LED 1511 and carry out work; Otherwise, control the 11 LED the 1511 and the 12 LED 1512 and do not work or quit work.
Described LED drive control module 14 also for after carrying out work in control the 11 LED 1511, judges whether described untreated message number is more than or equal to 12; If so, control the 12 LED 1512 and carry out work; Otherwise, control the 12 LED 1512 and do not work or quit work.
For the 3rd sets of plan, by arranging multiple LED in the perimembranous of intelligent terminal 10, quantity and the unprocessed information quantity of carrying out the LED of work keep synchronous, and this prompting mode is more directly perceived.In general, user can not allow untreated message overstock too much, unprocessed information quantity generally can not more than 12, therefore 12 LED are enough to satisfy the demands, consider that some make an exception, namely when unprocessed information quantity is more than 12, the processing mode of the intelligent terminal 10 of the present embodiment is: the working condition of the multiple LED when working condition of the multiple LED when unprocessed information quantity is more than 12 is 12 with unprocessed information quantity is consistent, namely, when unprocessed information quantity is more than or equal to 12, all LED are entirely bright.
Wherein, the color of multiple LED can be identical, also can be different, can also arrange carry out corresponding color adjustment for user, all should within protection scope of the present invention.
Intelligent terminal 10 comprises smart mobile phone, intelligent watch, watch type mobile telephone, wrist strap etc., for ease of understanding, the intelligent terminal 10 of the present embodiment is circular intelligent watch, fixed band 17 is watch bracelet, display screen 18 is the display screen of intelligent watch, and for displaying time, human-computer interaction interface and unprocessed information etc., 12 LED are the LED of arc-shaped, joining end to end of each LED, is centered around the perimembranous of intelligent watch.Setting like this, does not destroy the visual effect of intelligent watch entirety, and when new information increases gradually, LED is lighted successively, and display effect is better.
Please refer to Fig. 3, Fig. 3 is a kind of method flow diagram of pointing out untreated message number that the embodiment of the present invention provides.Described method comprises:
S100, provide an intelligent terminal 10.
Intelligent terminal 10 comprises terminal body 16, fixed band 17 and LED group 15; Terminal body 16 is provided with display screen 18; LED group 15 is arranged at the perimembranous of terminal body 16.
S110, set up untreated messaging list.
After intelligent terminal 10 electrifying startup, untreated message monitoring module 11 is started working, whether untreated message monitoring module 11 detects has set up untreated messaging list in the storer 12 of this locality, if do not set up untreated messaging list, first in the storer 12 of this locality, set up untreated messaging list.
Whether S120, detection in real time receive new information.
After untreated messaging list is set up, untreated message monitoring module 11 starts to detect intelligent terminal 10 in real time and whether receives new information; If so, step S130 is entered, otherwise, enter step S140.
S130, the new information received to be added in described untreated messaging list.
If intelligent terminal 10 receives new information, the new information received is added in described untreated messaging list by untreated message monitoring module 11.Enter step S160.
Whether the untreated message in untreated messaging list described in S140, Real-Time Monitoring is processed, if so, step S150 is entered, otherwise, notify that untreated message number acquisition module 13 obtains the untreated message number of current storage in the storer 12 of intelligent terminal 10, enter step S180.
Wherein, untreated message is the new information be added in described untreated messaging list.
S150, processed untreated message to be deleted from described untreated messaging list.
If the untreated message that untreated message monitoring module 11 monitors in described untreated messaging list is processed, processed untreated message is deleted from described untreated messaging list.Enter step S160.
S160, add up the untreated message number of the untreated message in current described untreated messaging list.Enter step S170.
Wherein, if do not have untreated message in described untreated messaging list, then the untreated message number of adding up is zero; Have a untreated message in described untreated messaging list, then the untreated message number of adding up is one; The like.
S170, the untreated message number of statistics to be stored in local storer 12.
After the untreated message number of the untreated message of untreated message monitoring module 11 in the current described untreated messaging list of statistics, the untreated message number of statistics is stored in local storer 12.Untreated message monitoring module 11 is also for after being stored in local storer 12 by the untreated message number of statistics, notify that untreated message number acquisition module 13 obtains the untreated message number of current storage in the storer 12 of intelligent terminal 10, enter step S180.Wherein, if do not have untreated message in described untreated messaging list, then the untreated message number of adding up is zero.
The untreated message number of current storage in the storer 12 of S180, acquisition intelligent terminal 10.
If untreated message monitoring module 11 receives the notice of the untreated message number of current storage in the storer 12 obtaining intelligent terminal 10, from storer 12, obtain the untreated message number of current storage, and the untreated message number obtained is sent to LED drive control module 14.
S190, the LED that be arranged at described intelligent terminal on corresponding according to the untreated message number control obtained carry out work.
LED drive control module 14, after the untreated message number of acquisition, controls the corresponding LED be arranged on described intelligent terminal according to the untreated message number obtained and carries out work.
Concrete, step 190 can adopt kinds of schemes to realize.
Please refer to Fig. 4, Fig. 4 be the embodiment of the present invention provide another point out the method flow diagram of untreated message number.The first scheme, for two LED, intelligent terminal 10 is provided with the first LED 1501 and the second LED 1502; The control signal input end of LED drive control module 14 connects untreated message number acquisition module 13, and LED drive control module 14 comprises two LED power output ends, connects the feeder ear of the first LED 1501 and the second LED 1502 respectively.
Before step S110, also comprise step S101.
S101, pre-set first threshold and Second Threshold.
Intelligent terminal 10 also comprises threshold setting module, for pre-setting first threshold and Second Threshold.Wherein, first threshold and Second Threshold can be arranged according to real needs,
Step S190 specifically comprises:
S191, judge obtain untreated message number whether be more than or equal to default first threshold; If so, enter step S193, otherwise enter step S192.
S192, control all LED and do not work or quit work; Return step S120.
S193, judge obtain untreated message number whether be more than or equal to default Second Threshold; If so, enter step S195, otherwise enter step S194.
S194, control the first LED 1501 and carry out work; Return step S120.
S195, control the second LED 1502 and carry out work; Return step S120.
Wherein, as first threshold is set as five, Second Threshold is set as ten, and when untreated message number reaches five, the first LED 1501 works, and when untreated message number reaches ten, the second LED 1502 works.Adopt the second sets of plan, user can arrange the condition that the first LED 1501 and the second LED 1502 are started working according to demand.
Please refer to Fig. 5, Fig. 5 be the embodiment of the present invention provide another point out the method flow diagram of untreated message number.The quantity of the LED of this method employing work and the synchronous mode of untreated message number, to realize showing untreated message number in real time, multiple LED that can arrange LED group 15 are arranged at the perimembranous of terminal body 16 equably, so do not affect the whole structure of the outside of intelligent terminal 10.
LED group 15 comprises the first LED 1501, second LED 1502, the 3rd LED 1503, the 4th LED 1504, the 5th LED 1505, the 6th LED 1506, the 7th LED 1507, the 8th LED 1508, the 9th LED 1509, the tenth LED the 1510, the 11 LED the 1511 and the 12 LED 1512.The control signal input end of LED drive control module 14 connects untreated message number acquisition module 13, and the LED power output end of LED drive control module 14 connects the feeder ear of the first LED 1501, second LED 1502, the 3rd LED 1503, the 4th LED 1504, the 5th LED 1505, the 6th LED 1506, the 7th LED 1507, the 8th LED 1508, the 9th LED 1509, the tenth LED the 1510, the 11 LED the 1511 and the 12 LED 1512 respectively.
Step S190 specifically comprises:
S1911, judge obtain untreated message number whether be more than or equal to one; If so, step S1913 is entered; Otherwise, enter step S1912.
S1912, control all LED and do not work or quit work; Return step S120.
S1913, control the first LED 1501 and carry out work; Enter step S1914.
S1914, judge obtain untreated message number whether be more than or equal to two; If so, step S1916 is entered; Otherwise, enter step S1915.
S1915, control the second LED 1502 and carry out work; Otherwise, control the second LED 1502, the 3rd LED 1503, the 4th LED 1504, the 5th LED 1505, the 6th LED 1506, the 7th LED 1507, the 8th LED 1508, the 9th LED 1509, the tenth LED the 1510, the 11 LED the 1511 and the 12 LED 1512 do not work or quit work; Return step S120.
S1916, control the second LED 1502 and carry out work; Enter step S1917.
S1917, judge whether described untreated message number is more than or equal to three; If so, step S1919 is entered; Otherwise, enter step S1918.
S1918, control the 3rd LED 1503, the 4th LED 1504, the 5th LED 1505, the 6th LED 1506, the 7th LED 1507, the 8th LED 1508, the 9th LED 1509, the tenth LED the 1510, the 11 LED the 1511 and the 12 LED 1512 do not work or quit work; Return step S120.
S1919, control the 3rd LED 1503 carry out work; Enter step S1920.
S1920, judge whether described untreated message number is more than or equal to four; If so, step S1922 is entered; Otherwise, enter step S1921.
S1921, control the 4th LED 1504, the 5th LED 1505, the 6th LED 1506, the 7th LED 1507, the 8th LED 1508, the 9th LED 1509, the tenth LED the 1510, the 11 LED the 1511 and the 12 LED 1512 do not work or quit work; Return step S120.
S1922, control the 4th LED 1504 carry out work; Enter step S1923.
S1923, judge whether described untreated message number is more than or equal to five; If so, step S1925 is entered; Otherwise, enter step S1924.
S1924, control the 5th LED 1505, the 6th LED 1506, the 7th LED 1507, the 8th LED 1508, the 9th LED 1509, the tenth LED the 1510, the 11 LED the 1511 and the 12 LED 1512 do not work or quit work; Return step S120.
S1925, control the 5th LED 1505 carry out work; Enter step S1926.
S1926, judge whether described untreated message number is more than or equal to six; If so, step S1928 is entered; Otherwise, enter step S1927.
S1927, control the 6th LED 1506, the 7th LED 1507, the 8th LED 1508, the 9th LED 1509, the tenth LED the 1510, the 11 LED the 1511 and the 12 LED 1512 do not work or quit work; Return step S120.
S1928, control the 6th LED 1506 carry out work; Enter step S1929.
S1929, judge whether described untreated message number is more than or equal to seven; If so, step S1931 is entered; Otherwise, enter step S1930.
S1930, control the 7th LED 1507, the 8th LED 1508, the 9th LED 1509, the tenth LED the 1510, the 11 LED the 1511 and the 12 LED 1512 do not work or quit work; Return step S120.
S1931, control the 7th LED 1507 carry out work; Enter step S1932.
S1932, judge whether described untreated message number is more than or equal to eight; If so, step S1934 is entered; Otherwise, enter step S1933.
S1933, control the 8th LED 1508, the 9th LED 1509, the tenth LED the 1510, the 11 LED the 1511 and the 12 LED 1512 do not work or quit work; Return step S120.
S1934, control the 8th LED 1508 carry out work; Enter step S1935.
S1935, judge whether described untreated message number is more than or equal to nine; If so, step S1937 is entered; Otherwise, enter step S1936.
S1936, control the 9th LED 1509, the tenth LED the 1510, the 11 LED the 1511 and the 12 LED 1512 do not work or quit work; Return step S120.
S1937, control the 9th LED 1509 carry out work; Enter step S1938.
S1938, judge whether described untreated message number is more than or equal to ten; If so, step S1940 is entered; Otherwise, enter step S1939.
S1939, control the tenth LED the 1510, the 11 LED the 1511 and the 12 LED 1512 do not work or quit work; Return step S120.
S1940, control the tenth LED 1510 carry out work; Enter step S1941.
S1941, judge whether described untreated message number is more than or equal to 11; If so, step S1943 is entered; Otherwise, enter step S1942.
S1942, control the 11 LED the 1511 and the 12 LED 1512 do not work or quit work; Return step S120.
S1943, control the 11 LED 1511 carry out work; Enter step S1944.
S1944, judge whether described untreated message number is more than or equal to 12; If so, step S1946 is entered; Otherwise, enter step S1945.
S1945, control the 12 LED 1512 do not work or quit work; Return step S120.
S1946, control the 12 LED 1512 carry out work; Return step S120.
By arranging multiple LED in the perimembranous of intelligent terminal 10, the quantity that LED is bright and unprocessed information quantity keep synchronous, and this prompting mode is more directly perceived.In general, user can not allow untreated message overstock too much, unprocessed information quantity generally can not more than 12, therefore 12 LED are enough to satisfy the demands, consider that some make an exception, namely when unprocessed information quantity is more than 12, the processing mode of the intelligent terminal 10 of the present embodiment is: the working condition of the multiple LED when working condition of the multiple LED when unprocessed information quantity is more than 12 is 12 with unprocessed information quantity is consistent, namely, when unprocessed information quantity is more than or equal to 12, all LED are entirely bright.
Intelligent terminal 10 comprises smart mobile phone, intelligent watch, watch type mobile telephone, wrist strap etc., all should within protection scope of the present invention.
One of ordinary skill in the art will appreciate that all or part of step realizing above-described embodiment can have been come by hardware, the hardware that also can carry out instruction relevant by program completes, this program can be stored in a computer-readable recording medium, and storage medium can comprise storer, disk or CD etc.
In the present embodiment, intelligent terminal 10 can also comprise: one or more than one processor, and one or more than one program; Wherein, more than one or one program is stored in storer 12, and is configured by more than one or one processor execution, and more than one or one routine package is containing the instruction for carrying out above step.
Above content is only preferred embodiment of the present invention, and for those of ordinary skill in the art, according to thought of the present invention, all will change in specific embodiments and applications, this description should not be construed as limitation of the present invention.
Claims (14)
1. point out a method for untreated message number, it is characterized in that, comprising:
Obtain the untreated message number of current storage in the storer of intelligent terminal;
Control the corresponding LED be arranged on described intelligent terminal according to the untreated message number obtained and carry out work.
2. method according to claim 1, is characterized in that, described step: before obtaining the untreated message number of current storage in the storer of intelligent terminal, also comprise:
Set up untreated messaging list;
Whether real-time detection receives new information;
If so, the new information received is added in described untreated messaging list;
Otherwise whether the untreated message in untreated messaging list described in Real-Time Monitoring is processed;
Wherein, untreated message is the new information be added in described untreated messaging list.
3. method according to claim 2, is characterized in that, described step: after whether the untreated message in untreated messaging list described in Real-Time Monitoring is processed, also comprise:
If the untreated message monitored in described untreated messaging list is processed, processed untreated message is deleted from described untreated messaging list;
If do not detect, the untreated message in described untreated messaging list is processed, and obtains the untreated message number of current storage in the storer of intelligent terminal.
4. according to the method described in claim 3, it is characterized in that, described step: after the new information received being added in described untreated messaging list, also comprise: the untreated message number of adding up the untreated message in current described untreated messaging list;
Described step: after processed untreated message is deleted from described untreated messaging list, also comprise: the untreated message number of adding up the untreated message in current described untreated messaging list;
Described step: after adding up the untreated message number of the untreated message in current described untreated messaging list, also comprise:
The untreated message number of statistics is stored in local storer; And enter step: the untreated message number obtaining current storage in the storer of intelligent terminal;
Wherein, if do not have untreated message in described untreated messaging list, then the untreated message number of adding up is zero.
5. method according to claim 4, is characterized in that, described intelligent terminal is provided with N number of LED;
Described step: the LED that be arranged at described intelligent terminal on corresponding according to the untreated message number control obtained also comprises before carrying out work:
Pre-set N number of threshold value;
Described step: control corresponding LED according to the untreated message number obtained and carry out work, specifically comprise:
If the untreated message number obtained is more than or equal to the i-th default threshold value, controls i-th LED and carry out work;
Wherein, i=1,2 ... N, N be more than or equal to 1 natural number.
6. method according to claim 5, is characterized in that, described intelligent terminal is provided with N number of LED;
Described step: control corresponding LED according to the untreated message number obtained and carry out work, specifically comprise:
Judge whether the untreated message number obtained is more than or equal to N;
If so, then control N number of LED and all carry out work;
Otherwise, control to carry out work with the LED of untreated message number respective amount;
Described step: control to carry out work with the LED of untreated message number respective amount, be specially: if untreated message number is i, a control i LED carries out work together; Wherein, i=1,2 ... N.
7. method according to any one of claim 1 to 6, is characterized in that, described intelligent terminal comprises terminal body; Described terminal body is provided with LED group; Described LED group comprises multiple LED; Multiple LED is arranged at the perimembranous of described terminal body equably.
8. point out an intelligent terminal for untreated message number, it is characterized in that, comprising:
Storer, for storing untreated message number;
Untreated message number acquisition module, for obtaining the untreated message number of current storage in described storer;
LED drive control module, carries out work for controlling the corresponding LED be arranged on described intelligent terminal according to the untreated message number obtained.
9. intelligent terminal according to claim 8, is characterized in that, also comprises untreated message monitoring module;
Described untreated message monitoring module is used for setting up untreated messaging list;
Whether described untreated message monitoring module also receives new information for detecting in real time; If so, the new information received is added in described untreated messaging list; Otherwise whether the untreated message in untreated messaging list described in Real-Time Monitoring is processed;
Wherein, untreated message is the new information be added in described untreated messaging list.
10. intelligent terminal according to claim 9, it is characterized in that, if described untreated message monitoring module is also processed for the untreated message monitored in described untreated messaging list, processed untreated message is deleted from described untreated messaging list;
If described untreated message monitoring module is not also for detecting that the untreated message in described untreated messaging list is processed, notify that described untreated message number acquisition module obtains the untreated message number of current storage in the storer of intelligent terminal.
11. intelligent terminals according to claim 10, it is characterized in that, described untreated message monitoring module also for after being added into by the new information received in described untreated messaging list, adds up the untreated message number of the untreated message in current described untreated messaging list; Also for after processed untreated message being deleted from described untreated messaging list, add up the untreated message number of the untreated message in current described untreated messaging list;
After the untreated message number of described untreated message monitoring module also for the untreated message in the current described untreated messaging list of statistics, the untreated message number of statistics is stored in local storer;
Described untreated message monitoring module also for after being stored in local storer by the untreated message number of statistics, notifies that described untreated message number acquisition module obtains the untreated message number of current storage in the storer of intelligent terminal;
Wherein, if do not have untreated message in described untreated messaging list, then the untreated message number of adding up is zero.
12. intelligent terminals according to claim 11, is characterized in that, also comprise threshold setting module, for pre-setting N number of threshold value;
Described intelligent terminal is provided with N number of LED;
The control signal input end of described LED drive control module connects described untreated message number acquisition module, and the LED power output end of described LED drive control module connects the feeder ear of N number of LED respectively;
If the untreated message number that described LED drive control module is used for obtaining is more than or equal to the i-th default threshold value, controls i-th LED and carry out work;
Wherein, i=1,2 ... N, N be more than or equal to 1 natural number.
13. intelligent terminals according to claim 12, is characterized in that, described intelligent terminal is provided with N number of LED;
The control signal input end of described LED drive control module connects described untreated message number acquisition module, and the LED power output end of described LED drive control module connects the feeder ear of N number of LED respectively;
Described LED drive control module is for judging whether the untreated message number obtained is more than or equal to N; If so, then control N number of LED and all carry out work; Otherwise, control to carry out work with the LED of untreated message number respective amount;
Described step: control to carry out work with the LED of untreated message number respective amount, be specially: if untreated message number is i, a control i LED carries out work together; Wherein, i=1,2 ... N.
Intelligent terminal according to any one of 14. according to Claim 8 to 13, is characterized in that, described intelligent terminal comprises terminal body; Described terminal body is provided with LED group; Described LED group comprises multiple LED; Multiple LED is arranged at the perimembranous of described terminal body equably.
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| CN106850909A (en) * | 2017-03-16 | 2017-06-13 | 上海青橙实业有限公司 | Show the method for notification message, mobile terminal and shell thereafter |
| CN109104529A (en) * | 2018-07-27 | 2018-12-28 | Oppo广东移动通信有限公司 | Information cuing method, device, storage medium and electronic equipment |
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Application publication date: 20150923 |