CN103105919A - Clamshell type electronic device and e-mail receiving method thereof - Google Patents
Clamshell type electronic device and e-mail receiving method thereof Download PDFInfo
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- CN103105919A CN103105919A CN2011103622987A CN201110362298A CN103105919A CN 103105919 A CN103105919 A CN 103105919A CN 2011103622987 A CN2011103622987 A CN 2011103622987A CN 201110362298 A CN201110362298 A CN 201110362298A CN 103105919 A CN103105919 A CN 103105919A
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Abstract
The invention relates to a clamshell type electronic device and an e-mail receiving method of the clamshell type electronic device. The e-mail receiving method includes the following steps: judging whether the clamshell type electronic device is in a dormant state or not; when the clamshell type electronic device is in the dormant state and a server receives a new e-mail, judging whether the clamshell type electronic device is in an opening state or in a closed state; when the clamshell type electronic device is in the opening state, waking up a central processing unit of the clamshell type electronic device to receive the new e-mail from the server; and when the clamshell type electronic device is in the closed state, controlling the central processing unit not to receive the new e-mail. The e-mail receiving method of the clamshell type electronic device can reduce the awakened times of the central processing unit of the clamshell type electronic device in the dormant state, and thus reduce the power consumption of the clamshell type electronic device in the dormant state.
Description
Technical field
The present invention relates to a kind of electronic installation and message receiving method thereof, and be particularly related to a kind of flip type electronic device and Email (e-mail) method of reseptance thereof.
Background technology
In the busy modern life, due to the prosperity of internet and the maturation of information environment, more and more people use electronic media (for example mobile phone, personal digital assistant or computing machine etc.) as interpersonal bridge of linking up.Wherein, Email is one of present general popular line of communication commonly used.And along with the arriving of electronization, be not only the user, the file contact between many companies line number is also transmitted by Email gradually.Email has just like become one of communication way indispensable in modern's life, and people also grow with each passing day for demand and the degree of dependence of Email.
Generally speaking, when electronic media learnt that servomechanism receives new Email, electronic media can be connected to servomechanism in real time to receive new Email, and the CPU (central processing unit) in electronic media is controlled in the action of above-mentioned connection and reception.And when electronic media was in dormant state, its CPU (central processing unit) still can be waken up to receive new Email when servomechanism receives new Email.Yet, wake CPU (central processing unit) up and also need wake the required peripheral circuit of CPU (central processing unit) operation up, so that wake the action that CPU (central processing unit) is a power consumption up.And each servomechanism wakes CPU (central processing unit) up when receiving new Email, makes CPU (central processing unit) connect servomechanism and receive new Email, can cause larger power consumption.
Summary of the invention
The invention provides a kind of flip type electronic device and E-mail receiving method thereof, by controlling the mode that receives Email when flip type electronic device is in dormant state, reduce the number of times that the CPU (central processing unit) of flip type electronic device is waken up under dormant state, the power consumption when reducing thus flip type electronic device and being in dormant state.
The present invention proposes a kind of flip type electronic device, comprises renovating detecting unit, CPU (central processing unit) and network connection unit.Renovating detecting unit, to be used for flip cover formula electronic installation be open mode or closure state, and produce detection signal.Network connection unit couples renovates detecting unit and CPU (central processing unit), is used for connecting servomechanism and receives detection signal.When servomechanism receives new e-mail, flip type electronic device and is in dormant state and flip type electronic device and is in open mode, network connection unit is waken CPU (central processing unit) up, and CPU (central processing unit) connects servomechanism by network connection unit, to receive new e-mail from servomechanism.When servomechanism received new e-mail, flip type electronic device and is in dormant state and flip type electronic device and is in closure state, network connection unit was controlled CPU (central processing unit) and is not received new e-mail.
In one embodiment of this invention, servomechanism transmits new e-mail and notifies to flip type electronic device when receiving new e-mail.
In one embodiment of this invention, CPU (central processing unit) is periodically waken up, and CPU (central processing unit) is connected to servomechanism to check whether servomechanism receives new e-mail by network connection unit after waking up.
In one embodiment of this invention, flip type electronic device also comprises the prompting element, couples network connection unit.When servomechanism received new e-mail, flip type electronic device and is in dormant state and flip type electronic device and is in closure state, network connection unit had by prompting element prompting servomechanism the new e-mail that does not receive.
In one embodiment of this invention, flip type electronic device also comprises impact damper, couples network connection unit.When servomechanism receives new e-mail, flip type electronic device and is in dormant state and flip type electronic device and is in closure state, network connection unit receives new e-mail and goes forward side by side row decoding with the generation e-mail data, and e-mail data is stored in impact damper.
In one embodiment of this invention, network connection unit judges whether impact damper is state of saturation.When impact damper was state of saturation, network connection unit was waken CPU (central processing unit) up, so that the e-mail data in the CPU (central processing unit) reception buffer.When impact damper is not state of saturation, do not wake CPU (central processing unit) up.
The present invention also proposes a kind of E-mail receiving method of flip type electronic device, and it comprises the following steps: to judge whether flip type electronic device is in a dormant state; When flip type electronic device was in dormant state and servomechanism reception new e-mail, the judgement flip type electronic device was in open mode or closure state; When flip type electronic device is in open mode, wake the CPU (central processing unit) of flip type electronic device up to receive new e-mail from servomechanism; When flip type electronic device is in closure state, controls CPU (central processing unit) and do not receive new e-mail.
In one embodiment of this invention, the E-mail receiving method of flip type electronic device also comprises: when servomechanism received new e-mail, servomechanism transmitted new e-mail and notifies to flip type electronic device.
In one embodiment of this invention, the E-mail receiving method of flip type electronic device also comprises:
Flip type electronic device periodic wakeup CPU (central processing unit), and CPU (central processing unit) is connected to servomechanism to check whether servomechanism receives new e-mail.
In one embodiment of this invention, the E-mail receiving method of flip type electronic device also comprises: when flip type electronic device was in closure state, flip type electronic device was pointed out the servo new e-mail that does not receive that has by the prompting element.
In one embodiment of this invention, the prompting element comprise light emitting diode and loudspeaker at least one of them.
In one embodiment of this invention, the E-mail receiving method of flip type electronic device, also comprise: when flip type electronic device is in closure state, flip type electronic device receives new e-mail and goes forward side by side row decoding with the generation e-mail data, and e-mail data is stored in impact damper.
In one embodiment of this invention, the E-mail receiving method of flip type electronic device also comprises: judge whether impact damper is a state of saturation; When impact damper is state of saturation, wake CPU (central processing unit) up with the e-mail data in reception buffer; When impact damper is not state of saturation, do not wake CPU (central processing unit) up.
Based on above-mentioned, the flip type electronic device of the embodiment of the present invention and E-mail receiving method thereof, when flip type electronic device was in dormant state, servomechanism and receives new e-mail and flip type electronic device and be in closure state, the CPU (central processing unit) of controlling flip type electronic device did not receive new e-mail.Thus, can reduce the number of times that the CPU (central processing unit) of flip type electronic device is waken up under dormant state, the power consumption when reducing flip type electronic device and being in dormant state.
Description of drawings
Fig. 1 is the system schematic according to the flip type electronic device of one embodiment of the invention.
Fig. 2 is the system schematic according to the flip type electronic device of another embodiment of the present invention.
Fig. 3 is the process flow diagram according to the E-mail receiving method of the flip type electronic device of one embodiment of the invention.
Wherein:
10: servomechanism 100,200: flip type electronic device
110: renovate detecting unit 120,210: network connection unit
130,220: CPU (central processing unit) 140: the prompting element
230: impact damper Dem: e-mail data
Em: new e-mail MI: new e-mail notice
Sdet: detection signal WK: wake-up signal
S310, S320, S330, S340, S350, S360: step
Embodiment
For above-mentioned feature and advantage of the present invention can also be become apparent, embodiment cited below particularly, and coordinate appended graphic being described in detail below.
Fig. 1 is the system schematic according to the flip type electronic device of one embodiment of the invention.Please refer to Fig. 1, in the present embodiment, flip type electronic device 100 comprises renovates detecting unit 110, network connection unit 120, CPU (central processing unit) 130 and prompting element 140.Renovate detecting unit 110 and be used for flip cover formula electronic installation 100 and be open mode or closure state, and produce detection signal Sdet.Network connection unit 120 couples renovates detecting unit 110, CPU (central processing unit) 130 and prompting element 140.Network connection unit 120 is used for connecting servomechanism 10 and receives detection signal Sdet.
When flip type electronic device 100 does not enter dormant state, flip type electronic device 100 can receive the mode of Email (e-mail) with known the same, namely when learning that servomechanism 10 receives new e-mail em, CPU (central processing unit) 130 can be connected to servomechanism 10 by network connection unit 120, and receives new e-mail em from servomechanism 10.
When flip type electronic device 100 was in dormant state, 100 of flip type electronic devices can be that open mode or closure state determine whether to receive Email (e-mail) according to flip type electronic device 100.Furthermore, when flip type electronic device 100 is in dormant state, servomechanism 10 and receives new e-mail em and flip type electronic device 100 and be in open mode, network connection unit 120 send wake-up signal WK to CPU (central processing unit) 130 to wake CPU (central processing unit) up.CPU (central processing unit) 120 after waking up can connect servomechanism 10 by network connection unit 120 equally, receives new e-mail em from servomechanism 10.When flip type electronic device 100 was in dormant state, servomechanism 10 and receives new e-mail em and flip type electronic device 100 and be in closure state, network connection unit 120 was controlled CPU (central processing unit) 130 and is not received new e-mail em.
In the present embodiment, flip type electronic device 100 has at least two kinds to learn that servomechanism 10 receives the mode of new e-mail em.One is initiatively given notice by servomechanism 10, and namely servomechanism 10 when receiving new e-mail em, transmits new e-mail notice MI to flip type electronic device 100.When flip type electronic device 100 is in dormant state, network connection unit 120 is after receiving new e-mail notice MI, can be that open mode or closure state determine whether send wake-up signal WK to CPU (central processing unit) 130 according to flip type electronic device 100, be namely that open mode or closure state determine whether to wake up CPU (central processing unit) 130 according to flip type electronic device 100.
They are two years old, flip type electronic device 100 checks in poll (polling) mode whether servomechanism 10 receives new e-mail em, be that CPU (central processing unit) 130 is periodically waken up, and can be connected to servomechanism 10 by network connection unit 120 by periodic wakeup CPU (central processing unit) 130, to check whether servomechanism 10 receives new e-mail em, wherein the periodic wakeup of CPU (central processing unit) 130 can be carried out by other circuit in network connection unit 120 or flip type electronic device 100, and the embodiment of the present invention is not as limit.When flip type electronic device 100 is in dormant state, whether network connection unit 120 can then receive according to flip type electronic device 100 action of new e-mail em for open mode or closure state decision CPU (central processing unit) 130 after learning that servomechanism 10 receives new e-mail em.
In addition, when flip type electronic device place 100 when dormant state, servomechanism 10 receive new e-mail em and flip type electronic device 100 and are in closure state, network connection unit 120 is controlled CPU (central processing unit) 130 and is not received new e-mail em, and namely new e-mail em still deposits on servomechanism 10.at this moment, network connection unit 120 can be by still having the new e-mail em that does not receive in 140 promptings servo 10 of prompting element, wherein point out element 140 comprise light emitting diode and loudspeaker at least one of them, be that luminance that network connection unit 120 can be by light emitting diode is (as luminous, luminous or not luminous color) point out whether the new e-mail em that does not receive is arranged on servomechanism 10, perhaps point out by sound whether the new e-mail em that does not receive is arranged on servomechanism 10, this can be according to the common knowledge designed, designed in this area, the embodiment of the present invention is not as limit.
Fig. 2 is the system schematic according to the flip type electronic device of another embodiment of the present invention.Please refer to Fig. 1 and Fig. 2, its difference is network connection unit 210, CPU (central processing unit) 220 and impact damper 230.In the present embodiment, impact damper 230 couples network connection unit 210.When flip type electronic device 100 is in dormant state, servomechanism 10 and receives new e-mail em and flip type electronic device 100 and be in closure state, network connection unit 210 still can receive new e-mail em and go forward side by side row decoding with generation e-mail data Dem, and e-mail data Dem is stored in impact damper 230.
And in the present embodiment, network connection unit 210 can judge whether impact damper 230 is state of saturation, namely judges impact damper 230 storage data that whether has living space.When impact damper 230 was state of saturation, network connection unit 210 was waken CPU (central processing unit) 220 up, so that CPU (central processing unit) 220 is by the e-mail data Dem in network connection unit 210 reception buffers 230.When impact damper 230 is not state of saturation, can not wake CPU (central processing unit) 220 up.
In addition, in the present embodiment, when CPU (central processing unit) 220 was waken up due to the wake-up signal WK of network connection unit 210, CPU (central processing unit) 220 can first check by network connection unit 210 whether the e-mail data Dem that does not receive is arranged in impact dampers 230.The e-mail data Dem that receives is arranged in impact damper 230 not, and CPU (central processing unit) 220 is by the e-mail data Dem in network connection unit 210 reception buffers 230, and carries out corresponding application program e-mail data Dem is processed.There is no data in the e-mail data Dem that does not receive in impact damper 230 or impact damper 230, CPU (central processing unit) 220 can not be connected to impact damper 230 by network connection unit 210, the data receiver action that namely CPU (central processing unit) 220 can corresponding impact damper 230.
Above-described embodiment is the method for reseptance of description Email, but in other embodiments, the method for reseptance of above-mentioned Email also can be used for reception information, and wherein said information is for transmitting by servomechanism 10.In other words, when network connection unit (as 120,210) learns that servomechanism 10 receives corresponding information, flip type electronic device (as 100,200) and is in dormant state and flip type electronic device and is in closure state, network connection unit (as 120,210) can inform that servomechanism 10 does not instantly receive corresponding information and can by prompting element (as 140) prompting user, perhaps can pass through impact damper (as 230) and store corresponding information.Wherein, the details of above-mentioned action can with reference to the explanation of flip type electronic device 100 and 200, repeat no more at this.
Fig. 3 is the process flow diagram according to the E-mail receiving method of the flip type electronic device of one embodiment of the invention.Please refer to Fig. 3, in this example, can judge first whether flip type electronic device is in dormant state (step S310).When flip type electronic device is not in dormant state, namely step S310 judgment result is that "No", receive Email (step S360) with known manner.When flip type electronic device is in dormant state, namely step S310 judgment result is that "Yes", judge whether servomechanism receives new e-mail (step S320).When servomechanism does not receive new e-mail, return step S320 with rechecking.When servomechanism receives new e-mail, judge that flip type electronic device is for being in open mode or closure state (step S330).When flip type electronic device is in open mode, wake the CPU (central processing unit) of flip type electronic device up to receive new e-mail (step S340) from servomechanism.When flip type electronic device is in closure state, control CPU (central processing unit) and do not receive new e-mail, and startup prompting element is notified the user (step S350).Wherein, the details of above-mentioned steps can with reference to the explanation of flip type electronic device 100 and 200 embodiment, repeat no more at this.
In sum, the flip type electronic device of the embodiment of the present invention and E-mail receiving method thereof, when flip type electronic device was in dormant state, servomechanism and receives new e-mail and flip type electronic device and be in closure state, the CPU (central processing unit) of controlling flip type electronic device did not receive new e-mail.Thus, can reduce the number of times that the CPU (central processing unit) of flip type electronic device is waken up under dormant state, the power consumption when reducing flip type electronic device and being in dormant state.And network connection unit can be deposited in impact damper with the e-mail data after new e-mail decoding, receives the speed of new e-mail to accelerate CPU (central processing unit).
Although the present invention discloses as above with embodiment; so it is not to limit the present invention, has in any affiliated technical field and usually knows the knowledgeable, without departing from the spirit and scope of the present invention; when doing a little change and retouching, therefore protection scope of the present invention is as the criterion with claims.
Claims (14)
1. flip type electronic device comprises:
One renovates detecting unit, and being used for flip cover formula electronic installation is to open state or a closure state, and produces a detection signal;
One CPU (central processing unit);
one network connection unit, couple this and renovate detecting unit and this CPU (central processing unit), be used for connecting a servomechanism and receive this detection signal, when this servomechanism receives a new e-mail, when this flip type electronic device is in a dormant state and this flip type electronic device and is in this open mode, this network connection unit is waken this CPU (central processing unit) up, and this CPU (central processing unit) connects this servomechanism by this network connection unit, to receive this new e-mail from this servomechanism, when this servomechanism receives this new e-mail, when this flip type electronic device is in this dormant state and this flip type electronic device and is in this closure state, this network connection unit is controlled this CPU (central processing unit) and is not received this new e-mail.
2. flip type electronic device as claimed in claim 1, is characterized in that, this servomechanism transmits a new e-mail notice to this flip type electronic device when receiving this new e-mail.
3. flip type electronic device as claimed in claim 1, it is characterized in that, this CPU (central processing unit) is periodically waken up, and this CPU (central processing unit) is connected to this servomechanism to check whether this servomechanism receives this new e-mail by network connection unit after waking up.
4. flip type electronic device as claimed in claim 1, is characterized in that, also comprises:
One prompting element couples this network connection unit;
Wherein, when this servomechanism received this new e-mail, this flip type electronic device and is in this dormant state and this flip type electronic device and is in this closure state, this network connection unit pointed out this servomechanism that this new e-mail that does not receive is arranged by this prompting element.
5. flip type electronic device as claimed in claim 4, is characterized in that, this prompting element comprise a light emitting diode and a loudspeaker at least one of them.
6. flip type electronic device as claimed in claim 1, is characterized in that, also comprises:
One impact damper couples this network connection unit;
Wherein, when this servomechanism receives this new e-mail, this flip type electronic device and is in this dormant state and this flip type electronic device and is in this closure state, this network connection unit receives this new e-mail and goes forward side by side row decoding producing an e-mail data, and this e-mail data is stored in this impact damper.
7. flip type electronic device as claimed in claim 6, it is characterized in that, this network connection unit judges whether this impact damper is a state of saturation, when this impact damper is this state of saturation, this network connection unit is waken this CPU (central processing unit) up, so that this CPU (central processing unit) receives this e-mail data in this impact damper, when this impact damper is not this state of saturation, do not wake this CPU (central processing unit) up.
8. the E-mail receiving method of a flip type electronic device comprises:
Judge whether this flip type electronic device is in a dormant state;
When this flip type electronic device is in this dormant state and servomechanism reception one new e-mail, judge that this flip type electronic device is for being in the state of opening or a closure state;
When being in this open mode, wake a CPU (central processing unit) of this flip type electronic device up to receive this new e-mail from this servomechanism when this flip type electronic device; And
, control this CPU (central processing unit) and do not receive this new e-mail when being in this closure state when this flip type electronic device.
9. the E-mail receiving method of flip type electronic device as claimed in claim 8, is characterized in that, also comprises:
When this servomechanism received this new e-mail, this servomechanism transmitted a new e-mail notice to this flip type electronic device.
10. the E-mail receiving method of flip type electronic device as claimed in claim 8, is characterized in that, also comprises:
This this CPU (central processing unit) of flip type electronic device periodic wakeup, and this CPU (central processing unit) is connected to this servomechanism to check whether this servomechanism receives this new e-mail.
11. the E-mail receiving method of flip type electronic device as claimed in claim 8 is characterized in that, also comprises:
When being in this closure state, this flip type electronic device points out this servomechanism that this new e-mail that does not receive is arranged by a prompting element when this flip type electronic device.
12. the E-mail receiving method of flip type electronic device as claimed in claim 11 is characterized in that, this prompting element comprise a light emitting diode and a loudspeaker at least one of them.
13. the E-mail receiving method of flip type electronic device as claimed in claim 8 is characterized in that, also comprises:
When being in this closure state, this flip type electronic device receives this new e-mail and goes forward side by side row decoding producing an e-mail data, and this e-mail data is stored in an impact damper when this flip type electronic device.
14. the E-mail receiving method of flip type electronic device as claimed in claim 13 is characterized in that, also comprises:
Judge whether this impact damper is a state of saturation;
When this impact damper is this state of saturation, wake this CPU (central processing unit) up to receive this e-mail data in this impact damper; And
When this impact damper is not this state of saturation, do not wake this CPU (central processing unit) up.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011103622987A CN103105919A (en) | 2011-11-15 | 2011-11-15 | Clamshell type electronic device and e-mail receiving method thereof |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011103622987A CN103105919A (en) | 2011-11-15 | 2011-11-15 | Clamshell type electronic device and e-mail receiving method thereof |
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| CN103105919A true CN103105919A (en) | 2013-05-15 |
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| CN2011103622987A Pending CN103105919A (en) | 2011-11-15 | 2011-11-15 | Clamshell type electronic device and e-mail receiving method thereof |
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| CN106131886A (en) * | 2016-06-21 | 2016-11-16 | 北京小米移动软件有限公司 | Data transmission method and device |
| CN106162845A (en) * | 2016-06-21 | 2016-11-23 | 北京小米移动软件有限公司 | Data transmission method and device |
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Application publication date: 20130515 |