CN103713913A - Method and device for controlling working states of laptop - Google Patents
Method and device for controlling working states of laptop Download PDFInfo
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- CN103713913A CN103713913A CN201210370774.4A CN201210370774A CN103713913A CN 103713913 A CN103713913 A CN 103713913A CN 201210370774 A CN201210370774 A CN 201210370774A CN 103713913 A CN103713913 A CN 103713913A
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Abstract
The invention discloses a method for controlling working states of a laptop. The method is applied to a docking station which can be butted with the laptop. When the docking station is detected to be butted with the laptop, the method includes the following steps: judging whether the laptop is in a first working state or not to obtain a first judgment result, if yes, sending a first control signal to a control module of the laptop, and enabling the control module of the laptop to control the laptop to switch from the first working state to a second working state according to the first control signal, wherein power consumption of the second working state is higher than that of the first working state. Compared with the prior art, the method has the advantages that convenience brought to the user to use the laptop and the docking station is improved, and usability of the docking station and external equipment is improved.
Description
Technical field
The present invention relates to electronic technology field, be specifically related to a kind of method and device of controlling working with notebook computer state.
Background technology
Docking station (Docking Station) is exactly for expanding the base of notebook computer function, and by interface and slot, it can connect multiple external unit, as driver, large screen display, keyboard, printer, scanner etc.It can make up frivolous notebook computer and itself carry the less defect of annex, and this design allows user in office, can enjoy facility that desktop computer is the same and comfortable, can bring into play again the portability of notebook when mobile office.
As long as disposable, handle official business at ordinary times required peripheral hardware and cable are all connected on mini docking station.During working, only notebook computer need be docked with to mini docking station, again not need cable to be one by one connected on notebook computer.As long as convenient equally when next---click the release key on mini docking station, just notebook computer and mini docking station can be separated.
On at present conventional docking station, there is power supply, and the interface of various peripheral hardwares, user gets back to office area only need connect docking station, and other all external equipments are all connected to computer automatically, comprise keyboard, mouse etc.;
In the process of present inventor's technical scheme in realizing the embodiment of the present application, determine that the scheme of prior art exists following technical matters:
User must open computer computer is waken up or started shooting from dormant state, and external all external equipments could normal work.Therefore, after notebook computer is connected with docking station under closing lid state, if use some without the external equipment that notebook computer is operated, still need to open the lid of notebook computer and start or wake notebook computer up, make the access procedure of described external equipment loaded down with trivial details; In addition, because described external equipment does not need notebook computer to operate, if the normal operation of notebook computer can cause the wasting of resources.
Summary of the invention
The invention provides a kind of method and device of controlling working with notebook computer state, the external equipment that uses docking station to connect solves in prior art if must be opened notebook computer computer wake-up or start, for some without the external equipment that notebook computer is operated, the problem that described intervention procedure is too loaded down with trivial details.
Control a method for working with notebook computer state, the method is applied in a docking station, and this docking station can dock with notebook computer, when detecting while docking with a notebook computer, said method comprising the steps of;
Judge that described notebook computer, whether in the first duty, obtains the first judged result;
If described in judgment result is that and be, the control module of described notebook computer is accepted the first control signal of sending from described docking station, the control module of described notebook computer is controlled notebook computer according to described the first control signal and is switched to the second duty from the first duty, and the power consumption of described the second duty is higher than described the first duty.
Judge that described notebook computer whether before the first duty, also further comprises:
Judge that whether the lid of described notebook computer is in closed condition, if so, further judge that whether described notebook computer is in the first duty.
Described the first duty comprises: off-mode, dormant state and holding state.
Described docking station comprises a control knob, the docking of described docking station and notebook comprises: by control link, be connected the control knob and the control module on described notebook computer on described docking station, the control signal that makes described user control described control knob generation sends to described notebook computer.
Sending the first control signal comprises to the control module of described notebook computer:
If the first duty is off-mode, by described control link, send the first control signal to the control module on described notebook computer, make described notebook computer carry out start operation, be switched to the second duty;
If the first duty is dormant state or holding state, by described control link, send the first control signal to the control module on described notebook computer, make described notebook computer carry out wake operation, be switched to the second duty.
The priority of described the first control signal generates the priority of instruction while closing higher than the lid of described notebook computer.
After being switched to described the second duty, judge whether described docking station has connection external equipment, if so, the external equipment described docking station being connected is connected with described notebook computer.
Control a device for working with notebook computer state, this application of installation is in a docking station, and this docking station can dock with notebook computer, and when detecting while docking with a notebook computer, described device comprises with lower module;
Judge module, for judging that described notebook computer, whether in the first duty, obtains the first judged result;
Instruction module, for judgment result is that while being described, send the first control signal to the control module of described notebook computer, make the control module of described notebook computer from the first duty, be switched to the second duty according to described the first control signal control notebook computer, the power consumption of described the second duty is higher than described the first duty.
Described device also comprises:
Detection module, for judging that described notebook computer whether before the first duty, judges that whether the lid of described notebook computer is in closed condition, if so, further judges that whether described notebook computer is in the first duty.
Described docking station also comprises a control knob, described control knob is connected with control link with the power management module of described notebook computer, described instruction module, also for the power management module sending controling instruction to described notebook computer by described control link.
Described instruction module is switched to the second duty from the first duty and comprises:
If the first duty is off-mode, by described control link sending controling instruction, to the control module on described notebook computer, make described notebook computer carry out start operation, be switched to the second duty;
If the first duty is dormant state or holding state, by described control link sending controling instruction, to the control module on described notebook computer, make described notebook computer carry out wake operation, be switched to the second duty.
This device also comprises: equipment connection module, after notebook computer is switched to described the second duty, be used for judging whether described docking station has connection external equipment, if so, the external equipment described docking station being connected is connected with described notebook computer.
Beneficial effect:
Method of the present invention is compared with prior art scheme, owing to passing through to judge that whether described notebook computer is in the first duty, if described in judgment result is that and be, the control module of described notebook computer receives the first control signal of sending from described docking station, then this control module is controlled notebook computer according to described the first control signal and is switched to the second duty from the first duty, improve the convenience that user uses notebook computer and docking station, improved the ease for use of docking station and external equipment.
Accompanying drawing explanation
Fig. 1 is a kind of process flow diagram of controlling the method for working with notebook computer state of the present invention;
Fig. 2 installs 200 primary structure figure in the embodiment of the present invention;
Fig. 3 installs 200 detailed structure view in the embodiment of the present invention.
Embodiment
The present invention program is by judging that whether described notebook computer is in the first duty, if described in judgment result is that and be, the control module of described notebook computer receives the first control signal of sending from described docking station, the control module of described notebook computer is controlled notebook computer according to described the first control signal and is switched to the second duty from the first duty, improve the convenience that user uses notebook computer and docking station, improved the ease for use of docking station and external equipment.Below in conjunction with Figure of description, the embodiment of the present invention is described further:
As shown in Figure 1, the embodiment of the present invention provides a kind of method of controlling working with notebook computer state, specifically comprises step:
Step 101: judge that described notebook computer, whether in the first duty, obtains the first judged result;
Step 102: if described in judgment result is that it is that the control module of described notebook computer is accepted the first control signal that described docking station sends.
Step 103: make the control module of described notebook computer be switched to the second duty according to described the first control signal control notebook computer from the first duty, the power consumption of described the second duty is higher than described the first duty.
Adopt method of the present invention, compare with existing scheme, owing to controlling working with notebook computer state by docking station, the external equipment that described docking station is connected can directly be used, omitted the operation of opening notebook computer lid, improve the convenience that user uses notebook computer and docking station, improved the ease for use of docking station and external equipment.
The embodiment of step 101 is:
First judge that whether the lid of described notebook computer is in closed condition, judge whether the lid of described notebook computer is specially in closed condition: the status information opening or closing of obtaining the lid of described notebook computer by connecting the lid sensor of described notebook computer.
If the lid of described notebook computer, in closed condition, further judges that whether described notebook computer is in the first duty.Because according to the difference setting of notebook computer, at notebook computer, after closing lid, can be shutdown, dormancy and standby, so described the first state can comprise: off-mode, dormant state and holding state.
In concrete applied environment, the method that realizes above-mentioned steps 101 can be:
By detecting the ruuning situation of the chief component original paper of described notebook computer, as the energising situation of CPU, hard disk, can judge the state of described notebook computer.If CPU, hard disk detected all in off-position, can determine that described notebook computer is in described the first state.
The embodiment of step 102 is:
For the ease of docking station, control described notebook computer, a control knob be also set in embodiments of the present invention in docking station, realize the mode that described docking station docks with notebook and can be:
By control link, connect control knob on described docking station and the control module on described notebook computer, make described user control the first control signal that described control knob generates and send to described notebook computer.
In concrete applied environment, the method that realizes above-mentioned steps can be:
By the embedded controller EC(Embedded Controller of described notebook computer) in a signal transmission line be responsible for receiving on the interface that the circuit of starting-up signal is connected with docking station with described notebook computer connected; A path switching signal circuit on the corresponding docking station of a signal transmission line on the interface that described notebook computer is connected with docking station, described switching signal circuit is connected with the control knob on described docking station, forms complete control link.
When the control knob on described docking station generates the first control signal, can send the first control signal to the controller EC of this computer of person's handwriting by described control link, make described controller EC control described notebook computer start according to described the first control signal or wake up.
The embodiment that is switched to the second duty from the first duty according to described the first control signal control notebook computer in step 103 is:
If the first duty is off-mode, by described control link, send the first control signal to the control module on described notebook computer, make described notebook computer carry out start operation, be switched to the second duty;
If the first duty is dormant state or holding state, by described control link, send the first control signal to the control module on described notebook computer, make described notebook computer carry out wake operation, be switched to the second duty.
In concrete applied environment, the method that is switched to the second duty from the first duty according to described the first control signal control notebook computer realizing in above-mentioned steps 103 can be:
The embedded controller EC of described notebook computer receives after the first control signal that the control knob on described docking station sends, and judges the duty that described notebook computer is current, if off-mode makes described notebook computer carry out start operation; If dormancy or holding state make described notebook computer carry out wake operation.
The first control signal described in step 103 also comprises:
In order to realize the operation that still can receive described the first control signal and carry out start or wake up under in off position at the lid of described notebook computer, the priority that described the first control signal need to be set generates the priority of instruction while closing higher than the lid of described notebook computer.
In concrete applied environment, the method that realizes above-mentioned steps can be:
Described embedded controller EC is when receiving described the first control signal, and the lid that described notebook computer is set is simultaneously closed the instruction ignore of generation.
Notebook computer described in step 103 also comprises after being switched to described the second duty:
Judge whether described docking station has connection external equipment, if so, the external equipment described docking station being connected is connected with described notebook computer.
In concrete applied environment, the method that realizes above-mentioned steps can be:
After described notebook computer is switched to the second duty, further detect on described docking station whether be connected with external output device, display for example, and input media, for example mouse, keyboard, if, described external output is connected with described notebook computer with input equipment, make the user can be by the input equipment input operation information of described external input equipment and described notebook computer, and described notebook computer can be determined according to described operation information the output of the output device of described external output device and described notebook computer.
Adopt method of the present invention, compare with prior art scheme, owing to passing through to judge that whether described notebook computer is in the first duty, if described in judgment result is that and be, the control module of described notebook computer is accepted the first control signal of sending from described docking station, the control module of described notebook computer is controlled notebook computer according to described the first control signal and is switched to the second duty from the first duty, improve the convenience that user uses notebook computer and docking station, improved the ease for use of docking station and external equipment.
As shown in Figure 2, according to the method embodiment of the present invention shown in Fig. 1, also provide a kind of device 200 of controlling working with notebook computer state, this device comprises:
In addition, the device that the embodiment of the present invention provides also comprises:
Lid block of state 204, as shown in Figure 3, for the lid that judges described notebook computer, whether in closed condition, judge whether the lid of described notebook computer is specially in closed condition: by connect the lid sensor of described notebook computer obtain described notebook computer lid open or close status information.
Concrete, described condition judgment module 201 can judge that whether described notebook computer is in the first duty.Because according to the difference setting of notebook computer, at notebook computer, after closing lid, can be shutdown, dormancy and standby, so described the first state can comprise: off-mode, dormant state and holding state.
In concrete applied environment, the mode that realizes above-mentioned module 201 can be:
By detecting the ruuning situation of the chief component original paper of described notebook computer, as the energising situation of CPU, hard disk, can judge the state of described notebook computer.If CPU, hard disk detected all in off-position, can determine that described notebook computer is in described the first state.
Described control signal module 202 specifically comprises:
For the ease of docking station, control described notebook computer, a control knob is also set in embodiments of the present invention in docking station, the mode that realizes the docking of described docking station and notebook can be: by control link, be connected the control knob and the control module on described notebook computer on described docking station, the first control signal that makes described user control described control knob generation sends to described notebook computer.
In concrete applied environment, the mode that realizes above-mentioned module can be:
By the embedded controller EC(Embedded Controller of described notebook computer) in a signal transmission line be responsible for receiving on the interface that the circuit of starting-up signal is connected with docking station with described notebook computer connected; A path switching signal circuit on the corresponding docking station of a signal transmission line on the interface that described notebook computer is connected with docking station, described switching signal circuit is connected with the control knob on described docking station, forms complete control link.Can send the first control signal to the controller EC of this computer of person's handwriting by described control link, make described controller EC control described notebook computer start according to described the first control signal or wake up.
Concrete, described state handover module 203 can make the control module of described notebook computer control notebook computer according to described the first control signal and be switched to the second duty from the first duty.
If the first duty is off-mode, by described control link, send the first control signal to the control module on described notebook computer, make described notebook computer carry out start operation, be switched to the second duty;
If the first duty is dormant state or holding state, by described control link, send the first control signal to the control module on described notebook computer, make described notebook computer carry out wake operation, be switched to the second duty.
In concrete applied environment, the mode that is switched to the second duty from the first duty according to described the first control signal control notebook computer realizing in above-mentioned module 203 can be:
The embedded controller EC of described notebook computer receives after the first control signal that the control knob on described docking station sends, and judges the duty that described notebook computer is current, if off-mode makes described notebook computer carry out start operation; If dormancy or holding state make described notebook computer carry out wake operation.
Described state handover module 203 also further comprises: control priviledge module 205, as shown in Figure 3.In order to realize the operation that still can receive described the first control signal and carry out start or wake up under in off position at the lid of described notebook computer, the priority that described the first control signal need to be set generates the priority of instruction while closing higher than the lid of described notebook computer.
In concrete applied environment, the mode that realizes said apparatus can be:
Described embedded controller EC is when receiving described the first control signal, and the lid that described notebook computer is set is simultaneously closed the instruction ignore of generation.
As shown in Figure 3, concrete, described device 200 also comprises equipment connection module 206:
In concrete applied environment, the concrete mode that realizes the said equipment link block 206 can be:
After described notebook computer is switched to the second duty, further detect on described docking station whether be connected with external output device, display for example, and input media, for example mouse, keyboard, if, described external output is connected with described notebook computer with input equipment, make the user can be by the input equipment input operation information of described external input equipment and described notebook computer, and described notebook computer can be determined according to described operation information the output of the output device of described external output device and described notebook computer.
Adopt device of the present invention, compare with prior art scheme, owing to passing through to judge that whether described notebook computer is in the first duty, if described in judgment result is that and be, the control module of described notebook computer is accepted the first control signal of sending from described docking station, the control module of described notebook computer is controlled notebook computer according to described the first control signal and is switched to the second duty from the first duty, improve the convenience that user uses notebook computer and docking station, improved the ease for use of docking station and external equipment.
Although described the preferred embodiments of the present invention, once those skilled in the art obtain the basic creative concept of cicada, can make other change and modification to these embodiment.So claims are intended to all changes and the modification that are interpreted as comprising preferred embodiment and fall into the scope of the invention.
Obviously, those skilled in the art can carry out various changes and modification and not depart from the spirit and scope of the present invention the present invention.Like this, if within of the present invention these are revised and modification belongs to the scope of the claims in the present invention and equivalent technologies thereof, the present invention is also intended to comprise these changes and modification interior.
Claims (12)
1. control a method for working with notebook computer state, the method is applied in a docking station, and this docking station can dock with notebook computer, it is characterized in that, when detecting while docking with a notebook computer, said method comprising the steps of;
Judge that described notebook computer, whether in the first duty, obtains the first judged result;
If described in judgment result is that and be, the control module of described notebook computer is accepted the first control signal of sending from described docking station, the control module of described notebook computer is controlled notebook computer according to described the first control signal and is switched to the second duty from the first duty, and the power consumption of described the second duty is higher than described the first duty.
2. the method for claim 1, is characterized in that, judges that described notebook computer whether before the first duty, also further comprises:
Judge that whether the lid of described notebook computer is in closed condition, if so, further judge that whether described notebook computer is in the first duty.
3. the method for claim 1, is characterized in that, described the first duty comprises: off-mode, dormant state and holding state.
4. method as claimed in claim 3, it is characterized in that, described docking station comprises a control knob, the docking of described docking station and notebook comprises: by control link, be connected the control knob and the control module on described notebook computer on described docking station, the control signal that makes described user control described control knob generation sends to described notebook computer.
5. method as claimed in claim 4, is characterized in that, sends the first control signal and comprises to the control module of described notebook computer:
If the first duty is off-mode, by described control link, send the first control signal to the control module on described notebook computer, make described notebook computer carry out start operation, be switched to the second duty;
If the first duty is dormant state or holding state, by described control link, send the first control signal to the control module on described notebook computer, make described notebook computer carry out wake operation, be switched to the second duty.
6. method as claimed in claim 4, is characterized in that, the priority of described the first control signal generates the priority of instruction while closing higher than the lid of described notebook computer.
7. the method for claim 1, it is characterized in that, after described notebook computer is switched to described the second duty, judge whether described docking station has connection external equipment, if so the external equipment, described docking station being connected is connected with described notebook computer.
8. control a device for working with notebook computer state, this application of installation is in a docking station, and this docking station can dock with notebook computer, it is characterized in that, when detecting while docking with a notebook computer, described device comprises with lower module;
Judge module, for judging that described notebook computer, whether in the first duty, obtains the first judged result;
Instruction module, for judgment result is that while being described, send the first control signal to the control module of described notebook computer, make the control module of described notebook computer from the first duty, be switched to the second duty according to described the first control signal control notebook computer, the power consumption of described the second duty is higher than described the first duty.
9. device as claimed in claim 8, is characterized in that, described device also comprises:
Detection module, for judging that described notebook computer whether before the first duty, judges that whether the lid of described notebook computer is in closed condition, if so, further judges that whether described notebook computer is in the first duty.
10. device as claimed in claim 8, it is characterized in that, described docking station also comprises a control knob, described control knob is connected with control link with the power management module of described notebook computer, described instruction module, also for the power management module sending controling instruction to described notebook computer by described control link.
11. devices as claimed in claim 10, is characterized in that, described instruction module is switched to the second duty from the first duty and comprises:
If the first duty is off-mode, by described control link sending controling instruction, to the control module on described notebook computer, make described notebook computer carry out start operation, be switched to the second duty;
If the first duty is dormant state or holding state, by described control link sending controling instruction, to the control module on described notebook computer, make described notebook computer carry out wake operation, be switched to the second duty.
12. devices as claimed in claim 8, is characterized in that, this device also comprises:
Equipment connection module, after notebook computer is switched to described the second duty, for judging whether described docking station has connection external equipment, if so, the external equipment described docking station being connected is connected with described notebook computer.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201210370774.4A CN103713913B (en) | 2012-09-28 | 2012-09-28 | A kind of method and device for controlling working with notebook computer state |
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| CN201210370774.4A CN103713913B (en) | 2012-09-28 | 2012-09-28 | A kind of method and device for controlling working with notebook computer state |
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| CN103713913B CN103713913B (en) | 2018-02-27 |
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Also Published As
| Publication number | Publication date |
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| CN103713913B (en) | 2018-02-27 |
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