CN103631733A

CN103631733A - Control method and device

Info

Publication number: CN103631733A
Application number: CN201210299775.4A
Authority: CN
Inventors: 颜毅强; 张晓平; 王哲鹏
Original assignee: Lenovo Beijing Ltd
Current assignee: Lenovo Beijing Ltd
Priority date: 2012-08-21
Filing date: 2012-08-21
Publication date: 2014-03-12
Anticipated expiration: 2032-08-21
Also published as: CN103631733B

Abstract

The invention relates to the field of electronic devices, in particular to a control method and device. The control method comprises the steps of detecting an input operation; when the input operation meets the preset condition, generating a corresponding control instruction according to the input operation; controlling a first electronic device to be switched to a first working state or a second working state from a locking state according to the control instruction, wherein the first working state and the second working state are different; The second working state is the state that the control command is sent to a second electronic device connected with the first electronic device through data connection so as to enable the second electronic device to execute the control command, and the second electronic device is different from the first electronic device. According to the control method, after the starting up or when the electronic devices are unlocked, a user conducts selection through different input operations to enable the electronic devices to enter the different working states, the different control applications are achieved, and the method is simple, convenient and easy to operate.

Description

A kind of control method and equipment

Technical field

The present invention relates to electronic device field, particularly relate to a kind of control method and equipment.

Background technology

Current smart mobile phone, Tablet(panel computer) etc. electronic equipment can with other electronic equipment synergistic application, for example smart mobile phone, Tablet can connect with TV, and the telepilot that can be used as TV uses.In the prior art, can on smart mobile phone or Tablet, pre-install an application software, smart mobile phone or Tablet can be controlled TV by analog telecommand device.But in this method, user need to enter and can click application program after the application interface of electronic equipment and realize the control to TV, and process is more loaded down with trivial details, should use inconvenience.

Summary of the invention

For solving the problems of the technologies described above, the embodiment of the present invention provides a kind of control method and equipment, can make user select to make electronic equipment enter different duties by different input operations, realizes different control application, simple and convenient easy operating.Technical scheme is as follows:

On the one hand, the embodiment of the present invention provides a kind of control method, and described method is applied to the first electronic equipment, comprising:

Detect input operation;

When described input operation meets predetermined condition, according to described input operation, generate corresponding steering order;

According to described steering order, control described the first electronic equipment and switch to the first duty or the second duty by lock-out state;

Wherein, described the first duty is different with described the second duty, and described the second duty is that the second electronic equipment connecting being connected with described the first electronic equipment by data sends control command so that described the second electronic equipment is carried out the state of described control command; Wherein, described the second electronic equipment is different from the first electronic equipment.

Preferably, described when described input operation meets predetermined condition, according to described input operation, generate corresponding steering order and comprise:

When described input operation is the first input operation of presetting, generate the first steering order, described the first steering order is used for making described the first electronic equipment to switch to the first duty by lock-out state;

When described input operation is the second input operation of presetting, generate the second steering order, described the second steering order is used for making described the first electronic equipment to switch to the second duty by lock-out state.

Preferably, described the first electronic equipment has display unit, and described method also comprises:

Described display unit shows the first release prompting and the second release prompting, and wherein, described the first release prompting is used for making described the first electronic equipment to enter the first duty, and described the second release prompting is used for making described the first electronic equipment to enter the second duty.

Detect the mode of operation of the second electronic equipment, described display unit shows corresponding release prompting according to the mode of operation of described the second electronic equipment.

Preferably, described the second electronic equipment has at least two kinds of mode of operations, described at least two kinds of mode of operations comprise the first mode of operation and the second mode of operation, the mode of operation of described detection the second electronic equipment, described display unit shows that according to the mode of operation of described the second electronic equipment corresponding release prompting comprises:

When the communications status of described the first electronic equipment and the second electric room not detected, or, when detecting that described the first electronic equipment and the second electric room have communications status and when described communications status shows described the second electronic equipment in the first mode of operation, show the first release prompting, described the first release prompting is used for making described the first electronic equipment to switch to the first duty by lock-out state;

When the communications status of described the first electronic equipment and the second electric room being detected, or, when detecting that described the first electronic equipment and the second electric room have communications status and when described communications status shows described the second electronic equipment in the second mode of operation, show the first release prompting and the second release prompting, wherein, described the first release prompting is used for making described the first electronic equipment to switch to the first duty by lock-out state; Described the second release prompting is used for making described the first electronic equipment to switch to the second duty by lock-out state.

Preferably, described the second electronic equipment has at least two kinds of mode of operations, described at least two kinds of mode of operations comprise the 3rd mode of operation and the 4th mode of operation, and described the second electronic equipment is less than described the second electronic equipment in the second power consumption of described the 4th mode of operation in the first power consumption of described the 3rd mode of operation, the mode of operation of described detection the second electronic equipment, described display unit shows that according to the mode of operation of described the second electronic equipment corresponding release prompting comprises:

When described the second electronic equipment being detected in the 3rd mode of operation, show the first release prompting, described the first release prompting is used for making described the first electronic equipment to switch to the first duty by lock-out state;

When described the second electronic equipment being detected in the 4th mode of operation, show the first release prompting and the second release prompting, wherein, described the first release prompting is used for making described the first electronic equipment to switch to the first duty by lock-out state; Described the second release prompting is used for making described the first electronic equipment to switch to the second duty by lock-out state.

When input operation corresponding to the first release prompting being detected, meet first when pre-conditioned, generate the first steering order, described the first steering order is used for making described the first electronic equipment to switch to the first duty by lock-out state;

When input operation corresponding to the second release prompting being detected, meet second when pre-conditioned, generate the second steering order, described the second steering order is used for making described the first electronic equipment to switch to the second duty by lock-out state.

Preferably, describedly according to described steering order, control that described the first electronic equipment switches to the first duty by lock-out state or the second duty comprises:

When the steering order generating is the first steering order, control described the first electronic equipment and switch to the first duty by lock-out state, under described the first duty, the first electronic equipment is used for accepting the first scheduled operation, produce the first order, make described the first electronic equipment carry out described the first order;

When the steering order generating is the second steering order, control described the first electronic equipment and switch to the second duty by lock-out state, under described the second duty, the first electronic equipment is used for accepting the second scheduled operation, produce the second order, and described the second order is sent to described the second electronic equipment, make described the second electronic equipment carry out described the second order.

Preferably, described the first electronic equipment has communication unit, is switched to after the second state controlling described the first electronic equipment according to described steering order by lock-out state, and described method also comprises:

Described communication unit is set up the communication connection with the second electronic equipment, under described the second duty, described the first electronic equipment is accepted the second scheduled operation, produce the second order, and described the second order is sent to described the second electronic equipment by described communication unit, make described the second electronic equipment carry out described the second order.

Preferably, switched to after the second state controlling described the first electronic equipment according to described steering order by lock-out state, described method also comprises:

Detect the mode of operation of the second electronic equipment, according to the mode of operation of described the second electronic equipment, show the second command history, described the second command history is used for making described the first electronic equipment when receiving the second scheduled operation, to produce the second order and described the second order is sent to the second electronic equipment, so that described the second electronic equipment is carried out the second order.

Preferably, before showing release prompting, described method also comprises:

Whether the display unit that judges described the first electronic equipment switches to the second power consumption state by the first power consumption state, when described judged result shows that described display unit switches to the second power consumption state by the first power consumption state, enters the step that shows release prompting; Wherein, the power consumption of the display unit of described the first electronic equipment under the first power consumption state is less than the power consumption under the second power consumption state.

On the other hand, the embodiment of the present invention also provides a kind of the first electronic equipment, comprising:

The first detecting unit, for detection of input operation;

Steering order generation unit, for when described input operation meets predetermined condition, generates corresponding steering order according to described input operation, and described steering order is sent to switch unit;

Switch unit, the steering order sending for receiving described steering order generation unit, and according to described steering order, control described the first electronic equipment and switch to the first duty or the second duty by lock-out state; Wherein, described the first duty is different with described the second duty, and described the second duty is that the second electronic equipment connecting being connected with described the first electronic equipment by data sends control command so that described the second electronic equipment is carried out the state of described control command; Wherein, described the second electronic equipment is different from the first electronic equipment.

Preferably, described steering order generation unit specifically for:

Preferably, described the first electronic equipment also comprises:

Display unit, be used for showing the first release prompting and the second release prompting, wherein, described the first release prompting is used for making described the first electronic equipment to enter the first duty, and described the second release prompting is used for making described the first electronic equipment to enter the second duty.

Preferably, described the first electronic equipment has display unit, and described equipment also comprises:

The second detecting unit, for detection of the mode of operation of the second electronic equipment;

Described display unit, for receiving the testing result of the second detecting unit, shows corresponding release prompting according to the mode of operation of described the second electronic equipment.

Preferably, described the second electronic equipment has at least two kinds of mode of operations, and described at least two kinds of mode of operations comprise the first mode of operation and the second mode of operation, described display unit specifically for:

When the testing result of described the second detecting unit shows the communications status of described the first electronic equipment and the second electric room not detected, or, when the testing result of described the second detecting unit shows to detect described the first electronic equipment and the second electric room has communications status and when described communications status shows described the second electronic equipment in the first mode of operation, show the first release prompting, described the first release prompting is used for making described the first electronic equipment to switch to the first duty by lock-out state;

When the testing result of described the second detecting unit shows the communications status of described the first electronic equipment and the second electric room to be detected, or, when the testing result of described the second detecting unit shows that described the second detecting unit detects described the first electronic equipment and the second electric room has communications status and when described communications status shows described the second electronic equipment in the second mode of operation, show the first release prompting and the second release prompting, wherein, described the first release prompting is used for making described the first electronic equipment to switch to the first duty by lock-out state; Described the second release prompting is used for making described the first electronic equipment to switch to the second duty by lock-out state.

Preferably, described the second electronic equipment has at least two kinds of mode of operations, described at least two kinds of mode of operations comprise the 3rd mode of operation and the 4th mode of operation, and described the second electronic equipment is less than described the second electronic equipment in the second power consumption of described the 4th mode of operation in the first power consumption of described the 3rd mode of operation, described display unit specifically for:

When the testing result of described the second detecting unit shows to detect described the second electronic equipment in the 3rd mode of operation, show the first release prompting, described the first release prompting is used for making described the first electronic equipment to switch to the first duty by lock-out state;

When the testing result of described the second detecting unit shows to detect described the second electronic equipment in the 4th mode of operation, show the first release prompting and the second release prompting, wherein, described the first release prompting is used for making described the first electronic equipment to switch to the first duty by lock-out state; Described the second release prompting is used for making described the first electronic equipment to switch to the second duty by lock-out state.

Preferably, described equipment also has touch sensing unit, described steering order generation unit specifically for:

When described touch sensing unit detects input operation corresponding to the first release prompting, meet first when pre-conditioned, generate the first steering order, described the first steering order is used for making described the first electronic equipment to switch to the first duty by lock-out state;

When described touch sensing unit detects input operation corresponding to the second release prompting, meet second when pre-conditioned, generate the second steering order, described the second steering order is used for making described the first electronic equipment to switch to the second duty by lock-out state.

Preferably, described switch unit specifically for:

Preferably, described the first electronic equipment also comprises:

Communication unit, for controlling described the first electronic equipment at described switch unit according to described steering order, by lock-out state, switched to after the second state, set up the communication connection with the second electronic equipment, when described the first electronic equipment is accepted second scheduled operation generation the second order, described the second order is sent to described the second electronic equipment, make described the second electronic equipment carry out described the second order.

Preferably, described equipment also comprises:

The 3rd detecting unit, is switched to after the second state by lock-out state for controlling described the first electronic equipment at described switch unit according to described steering order, detects the mode of operation of the second electronic equipment;

Described display unit is for receiving the testing result of the 3rd detecting unit, according to the mode of operation of described the second electronic equipment, show the second command history, described the second command history is used for making described the first electronic equipment when receiving the second scheduled operation, to produce the second order and described the second order is sent to the second electronic equipment, so that described the second electronic equipment is carried out the second order.

Preferably, described equipment also comprises:

Judging unit, for judging whether the display unit of described the first electronic equipment switches to the second power consumption state by the first power consumption state, and sends to display unit by judged result; Wherein, the power consumption of the display unit of described the first electronic equipment under the first power consumption state is less than the power consumption under the second power consumption state.

Described display unit, also when showing that when described judged result the display unit of described the first electronic equipment switches to the second power consumption state by the first power consumption state, is carried out and is shown release prompting operation.

The beneficial effect of the embodiment of the present invention is: the first electronic equipment that the embodiment of the present invention provides, there are at least two kinds of duties, the first duty and the second duty, described the first duty is different with the second duty, wherein, described the second duty is that described the first electronic equipment is connected the second coupled electronic equipment is sent to control command so that described the second electronic equipment is carried out the state of described control command by data, and described control method comprises: detect input operation; When described input operation meets predetermined condition, according to described input operation, generate corresponding steering order; According to described steering order, control described the first electronic equipment and switch to the first duty or the second duty by lock-out state.The method that the embodiment of the present invention provides can be so that user can select make electronic equipment enter different duties by different input operations after start or during electronic equipment release, realize different control application, and can click application program after the application interface of electronic equipment and enter different application models, simple and convenient easy operating without enter at every turn.

Accompanying drawing explanation

In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, to the accompanying drawing of required use in embodiment or description of the Prior Art be briefly described below, apparently, the accompanying drawing the following describes is only some embodiment that record in the present invention, for those of ordinary skills, do not paying under the prerequisite of creative work, can also obtain according to these accompanying drawings other accompanying drawing.

Control method the first embodiment schematic diagram that Fig. 1 provides for the embodiment of the present invention;

Control method the second embodiment schematic diagram that Fig. 2 provides for the embodiment of the present invention;

Control method the 3rd embodiment schematic diagram that Fig. 3 provides for the embodiment of the present invention;

Control method the 4th embodiment schematic diagram that Fig. 4 provides for the embodiment of the present invention;

Control method the 5th embodiment schematic diagram that Fig. 5 provides for the embodiment of the present invention;

Fig. 6 is the first electronic equipment one embodiment schematic diagram provided by the invention.

Embodiment

The embodiment of the present invention provides a kind of control method and equipment, can make user select to make electronic equipment enter different duties by different input operations, realizes different control application, simple and convenient easy operating.

In order to make those skilled in the art person understand better the technical scheme in the present invention, below in conjunction with the accompanying drawing in the embodiment of the present invention, technical scheme in the embodiment of the present invention is clearly and completely described, obviously, described embodiment is only the present invention's part embodiment, rather than whole embodiment.Embodiment based in the present invention, those of ordinary skills, not making the every other embodiment obtaining under creative work prerequisite, should belong to the scope of protection of the invention.

Referring to Fig. 1, it is control method the first embodiment process flow diagram provided by the invention.

Method provided by the invention is applied to the first electronic equipment, and described the first electronic equipment can be set up data with the second electronic equipment and be connected.Wherein, described the first electronic equipment has at least two kinds of duties, the first duty and the second duty, described the first duty is different with described the second duty, and described the second duty is that the second electronic equipment connecting being connected with described the first electronic equipment by data sends control command so that described the second electronic equipment is carried out the state of described control command; Wherein, described the second electronic equipment is different from the first electronic equipment.

Described method, comprising:

S101, detects input operation.

Described input operation can be keyboard input, mouse input or touch gestures input, and the present invention does not limit this.For example, when user triggers input operation by button, or, when user triggers input operation by keyboard input of character string, or, when user uses mouse to trigger input operation, or, for example, when user's operating body (finger, felt pen) carries out gesture input triggering input operation, whether the first electronic equipment detects has input operation to trigger.

S102, when described input operation meets predetermined condition, generates corresponding steering order according to described input operation.

When input operation having been detected, judge whether described input operation meets predetermined condition.Concrete, judge whether input operation meets predetermined condition and can comprise: judge whether input operation is default actuation of keys, or default input instruction, or, default gesture etc.Wherein, default actuation of keys or default input instruction or default gesture can be set by default or by User Defined.

Wherein, described when input operation meets predetermined condition, according to described input operation, generate corresponding steering order and comprise:

Especially, when user's input operation being detected, it is gesture when input, it is described when described input operation meets predetermined condition, according to described input operation, generating corresponding steering order comprises: when described gesture is input as default first gesture input, generate the first steering order, described the first steering order is used for making described the first electronic equipment to switch to the first duty by lock-out state; When described gesture is input as the second default gesture input, generate the second steering order, described the second steering order is used for making described the first electronic equipment to switch to the second duty by lock-out state.Wherein, default first gesture input and the second default gesture input can be set to:

(1) starting point of gesture input is identical, and the terminal of gesture input is different.

(2) starting point of gesture input is identical, and the terminal of gesture input is identical, but the path of input is different.For example, starting point and the terminal of first gesture input and the input of the second gesture are all identical, the input path of the two can form a circumference, and first gesture input can form input path along upper semicircumference, and the second gesture input can form input path along second circumference.

(3) starting point of gesture input is different, and the terminal of gesture input is identical.

(4) starting point of gesture input is different, and the terminal of gesture input is also different.

When first gesture input being detected, generate the first steering order; When the second gesture input being detected, generate the second steering order.Wherein, the first steering order is used for making described the first electronic equipment to switch to the first duty by lock-out state, and the second steering order is used for making described the first electronic equipment to switch to the second duty by lock-out state.

S103, controls described the first electronic equipment according to described steering order and switches to the first duty or the second duty by lock-out state.

The method that the embodiment of the present invention provides, the first at least two kinds of electronic equipments duty, the first duty and the second duty.Wherein, the first duty is different from the second state, is the non-state that the second electronic equipment is controlled.The second duty is for making the second electronic equipment carry out the state of described steering order by setting up data connection to the second electronic equipment sending controling instruction being connected with the first electronic equipment.

In first embodiment of the invention, first detect input operation, when the input operation detecting meets predetermined condition, according to described input operation, generate corresponding steering order; According to described steering order, control described the first electronic equipment and switch to the first duty or the second duty by lock-out state.The method that the embodiment of the present invention provides can be so that user can select make electronic equipment enter different duties by different input operations after start or during electronic equipment release, realize different control application, and can click application program after the application interface of electronic equipment and enter different application models, simple and convenient easy operating without enter at every turn.

Referring to Fig. 2, it is control method the second embodiment process flow diagram provided by the invention.

In the second embodiment provided by the invention, the first electronic equipment has display unit.The first electronic equipment has communication unit, for establish a communications link, carry out data transmission with the second electronic equipment.The first electronic equipment has at least two kinds of duties, the first duty and the second duty, described the first duty is different with described the second duty, and described the second duty is that the second electronic equipment connecting being connected with described the first electronic equipment by data sends control command so that described the second electronic equipment is carried out the state of described control command.Concrete, described the first electronic equipment can be mobile terminal, described mobile terminal includes but not limited to panel computer PAD, smart mobile phone, functional mobile phone, palm PC PDA etc., described the second electronic equipment can be intelligent terminal, includes but not limited to that televisor or Set Top Box etc. can be by the equipment of remote control.

S201, judges whether the display unit of described the first electronic equipment switches to the second power consumption state by the first power consumption state, if so, enters step S202.

In second embodiment of the invention, before showing release information, further comprise that whether the display unit that judges the first electronic equipment is switched to the step of the second power consumption state by the first power consumption state.Wherein, the power consumption of the display unit of the first electronic equipment under the first power consumption state is less than the power consumption under the second power consumption state.For example, the display unit of the first electronic equipment is in first power consumption state lower time, and display unit is in dormancy, locking or holding state; The display unit of the second electronic equipment is in second power consumption state lower time, display unit in waking up, release or start normal operating conditions.When judged result shows that described display unit switches to the second power consumption state by the first power consumption state, enter step S202.

S202, display unit shows the first release prompting and the second release prompting.

In second embodiment of the invention, the first release prompting is used for making described the first electronic equipment to enter the first duty, and described the second release prompting is used for making described the first electronic equipment to enter the second duty.

Especially, when the first electronic equipment has display unit and the sensing unit overlapping, for example, during touch-screen, the first release prompting that described display unit shows and the second release prompting are used for pointing out user to input different gesture inputs switching the first electronic equipment and enter different duties.Described sensing unit is for responding to user's different gesture inputs.The first release prompting is different with the release path of the second release prompting sign or prompting.Concrete, the release path of the first release prompting and the second release prompting sign or prompting can arrange like this:

(1) starting point of release input is identical, and the terminal of release input is different.At this moment, the first release prompting and the second release prompting can be set to a release target, and for example the form of a slider bar represents release prompting.In this case, can arrange when user slides left from the middle part of release slider bar, generate the first steering order, control the first electronic equipment and enter the first duty; Arrange when user slides to the right from the middle part of release slider bar, generate the second steering order, control the first electronic equipment and enter the second duty.Certainly, the first release prompting and the second release prompting also can be set to two release targets, and for example the form of two slider bars presents release prompting, and the starting point of these two slider bars is identical.Certainly, the first release prompting and the second release prompting can be not present with the form of release target yet, otherwise present release and point out, and the present invention does not limit this.

(2) starting point of release input is identical, and the terminal of release input is identical, but the path of input is different.For example, starting point and the terminal of first gesture input and the input of the second gesture are all identical, the input path of the two can form a circumference, and first gesture input can form input path along upper semicircumference, and the second gesture input can form input path along second circumference.

(4) starting point of gesture input is different, and the terminal of gesture input is also different.At this moment, can show two release targets, for example, show two slider bars.When operating body drags different slider bars, generate different steering orders.Also can show a release target, for example, a slider bar, when setting operation body starts to slide into afterbody from the head of slider bar, generates the first steering order, when setting operation body starts to slide into head from the afterbody of slider bar, generates the second steering order.Certainly, also can arrange on the contrary.Certainly, the first release prompting and the second release prompting can be not present with the form of release target yet, otherwise present release and point out, and the present invention does not limit this.

S203, detects input operation.

S204, meets first when pre-conditioned when input operation corresponding to the first release prompting being detected, generates the first steering order, and described the first steering order is used for making described the first electronic equipment to switch to the first duty by lock-out state.

Wherein, first pre-conditioned for the input operation as user for for the first release prompting, triggers the first default gesture input time, definite meet first pre-conditioned.When the sensing unit of the first electronic equipment detects input operation corresponding to the first release prompting, meet first when pre-conditioned, generate the first steering order, to control described the first electronic equipment, by lock-out state, switch to the first duty.

S205, when the steering order generating is the first steering order, control described the first electronic equipment and switch to the first duty by lock-out state, under described the first duty, the first electronic equipment is used for accepting the first scheduled operation, produce the first order, make described the first electronic equipment carry out described the first order.

In the present embodiment, the first electronic equipment, under the first duty, receives the first scheduled operation, produces the first corresponding order, so that the first electronic equipment is carried out described the first order.Such as, when the first electronic equipment is mobile terminal, the first duty is specially the duty of self function that can realize described mobile terminal, and the duty of self function of described mobile terminal can be the irrelevant application program of operation and the second electronic equipment on described mobile terminal.For example, browsing page, the application such as play games.

S206, meets second when pre-conditioned when input operation corresponding to the second release prompting being detected, generates the second steering order, and described the second steering order is used for making described the first electronic equipment to switch to the second duty by lock-out state.

Wherein, second pre-conditioned for the input operation as user for for the second release prompting, triggers the second default gesture input time, definite meet second pre-conditioned.When the sensing unit of the first electronic equipment detects input operation corresponding to the second release prompting, meet second when pre-conditioned, generate the second steering order, to control the first electronic equipment, by lock-out state, switch to the second duty.

S207, when the steering order generating is the second steering order, control described the first electronic equipment and switch to the second duty by lock-out state, under described the second duty, the first electronic equipment is used for accepting the second scheduled operation, produce the second order, and described the second order is sent to described the second electronic equipment, make described the second electronic equipment carry out described the second order.

In the present embodiment of the present invention, the first electronic equipment, under the second duty, receives the second scheduled operation, produces the second corresponding order, and described the second order is sent to described the second electronic equipment, make described the second electronic equipment carry out described the second order.Concrete, take the first electronic equipment as panel computer be example, the first electronic equipment has the second duty, under the second duty, panel computer can be controlled the second electronic equipment, and at this moment, the second duty of panel computer is for carrying out the state of distant control function.Concrete, when the first electronic equipment is panel computer, when the second electronic equipment is TV, the process of step S207 is specifically as follows panel computer as the telepilot of TV, controls TV and more carries out channel switching, switching on and shutting down or carry out volume control etc.

In second embodiment of the invention, when the display unit of the first electronic equipment switches to the second power consumption state by the first power consumption state, when being specifically as follows display unit start or waking up, described display unit shows the first release prompting and the second release prompting, wherein, the first release prompting is used for making described the first electronic equipment to enter the first duty, and described the second release prompting is used for making described the first electronic equipment to enter the second duty.Detect input operation, when input operation corresponding to the first release prompting being detected, meet first when pre-conditioned, generate the first steering order, described the first steering order is used for making described the first electronic equipment to switch to the first duty by lock-out state; When input operation corresponding to the second release prompting being detected, meet second when pre-conditioned, generate the second steering order, described the second steering order is used for making described the first electronic equipment to switch to the second duty by lock-out state.In second embodiment of the invention, can wake up or during from lock-out state release, show different release promptings at display unit, when detect corresponding to different release promptings input operation time, generate different steering orders, to control the first electronic equipment, enter different duties.Like this, user can click application program after the application interface of the first electronic equipment and enters different duties without enter at every turn, simple and convenient, easy operating.

Referring to Fig. 3, it is control method provided by the invention the 3rd embodiment process flow diagram.

In the 3rd embodiment provided by the invention, the first electronic equipment has display unit.The first electronic equipment has communication unit, for establish a communications link, carry out data transmission with the second electronic equipment.The first electronic equipment has at least two kinds of duties, the first duty and the second duty, described the first duty is different with described the second duty, and described the second duty is that the second electronic equipment connecting being connected with described the first electronic equipment by data sends control command so that described the second electronic equipment is carried out the state of described control command.Concrete, described the first electronic equipment can be mobile terminal, described mobile terminal includes but not limited to panel computer PAD, smart mobile phone, functional mobile phone, palm PC PDA etc., described the second electronic equipment can be intelligent terminal, includes but not limited to that televisor or Set Top Box etc. can be by the equipment of remote control.

S301, judges whether the display unit of described the first electronic equipment switches to the second power consumption state by the first power consumption state, if so, enters step S302.

In second embodiment of the invention, before showing release information, further comprise that whether the display unit that judges the first electronic equipment is switched to the step of the second power consumption state by the first power consumption state.Wherein, the power consumption of the display unit of the first electronic equipment under the first power consumption state is less than the power consumption under the second power consumption state.

S302, display unit shows the first release prompting and the second release prompting.

S303, detects input operation.

S304, meets first when pre-conditioned when input operation corresponding to the first release prompting being detected, generates the first steering order, and described the first steering order is used for making described the first electronic equipment to switch to the first duty by lock-out state.

S305, when the steering order generating is the first steering order, control described the first electronic equipment and switch to the first duty by lock-out state, under described the first duty, the first electronic equipment is used for accepting the first scheduled operation, produce the first order, make described the first electronic equipment carry out described the first order.

S306, meets second when pre-conditioned when input operation corresponding to the second release prompting being detected, generates the second steering order, and described the second steering order is used for making described the first electronic equipment to switch to the second duty by lock-out state.

S307, when the steering order generating is the second steering order, controls described the first electronic equipment and switches to the second duty by lock-out state.

S308, detects the mode of operation of the second electronic equipment, according to the mode of operation of described the second electronic equipment, shows the second command history.

In embodiments of the present invention, when the first electronic equipment switches to the second duty by lock-out state, display unit shows the second command history, the second command history comprises the second order, described the second order, for when triggering the second order, sends to the second electronic equipment to make the second electronic equipment carry out described the second order by communication unit the second order.In third embodiment of the invention, the second command history of demonstration can be by user or the self-defined setting of system, can arrange when the second electronic equipment is during in different mode of operation, shows different command histories.Concrete, in third embodiment of the invention, when the first electronic equipment is switched to the second duty by lock-out state, further comprise the mode of operation that detects the second electronic equipment, according to the mode of operation of the second electronic equipment, by display unit, shown the step of the second different command histories.

Concrete, can be by detecting the communications status of described the first electronic equipment and described the second electric room, judge the residing mode of operation of the second electronic equipment, certainly, also can judge by other means the residing mode of operation of the second electronic equipment, such as determine the state of the second electronic equipment according to the power consumption situation of the second electronic equipment.

(1) by detecting result of communication between the first electronic equipment and the second electronic equipment, determine the mode of operation of the second electronic equipment.

When described the second electronic equipment and described the first electronic equipment communication failure, or, when communicating by letter successfully but feeding back to the first electronic equipment for not in running order feedback information, judge the second electronic equipment in the first mode of operation, described the first mode of operation is specifically as follows off-mode.

Communicate by letter successfully with the first electronic equipment when described the second electronic equipment or, when described the first electronic equipment and the second electric room being detected, there is communications status and show that described the second electronic equipment is when in running order when described communications status, judge the second electronic equipment in the second mode of operation, the second mode of operation is specifically as follows start, standby or dormant state.

(2) according to the power consumption situation of the second electronic equipment, determine the mode of operation of the second electronic equipment.

Now, the mode of operation of the second electronic equipment comprises the 3rd mode of operation that power consumption is lower, and described the 3rd mode of operation is specifically as follows shutdown, standby, dormant state.

The mode of operation of the second electronic equipment comprises the 4th mode of operation that power consumption is higher, and described the 4th mode of operation is specifically as follows open state.

When the second electronic equipment being detected in the first mode of operation or the 3rd mode of operation, the second command history that display unit shows, except the common function orders such as indicated channel switching command, volume control command, further can also comprise power-on command.When the second electronic equipment being detected in the second mode of operation or the 4th mode of operation, display unit shows the common function lives such as the second command history indicated channel switching command, volume control command, power-on command be can not show, and shutdown, standby, sleep command set etc. shown.The communication unit of the first electronic equipment is set up the communication connection with the second electronic equipment.The content that the second command history shows can be by user or default, and above is only a concrete example, and the present invention does not limit concrete implementation.

Alternatively, the method that third embodiment of the invention provides can also comprise step S309.

S309, when first mode of operation of the second electronic equipment in not establishing a communications link with the first electronic equipment being detected, sets up the communication connection with the second electronic equipment.

In third embodiment of the invention, when when detecting the mode of operation of the second electronic equipment and determine that the second electronic equipment does not establish a communications link with the first electronic equipment, also comprise that the first electronic equipment initiates the step with the communication connection of the second electronic equipment automatically.

S310, under the second duty, the first electronic equipment is accepted the second scheduled operation, produces the second order, and described the second order is sent to described the second electronic equipment, makes described the second electronic equipment carry out described the second order.

Wherein, the second scheduled operation is the operation for the second command history, when the second scheduled operation being detected, generates the second order, and the second order is sent to described the second electronic equipment, makes described the second electronic equipment carry out described the second order.

In third embodiment of the invention, when the first electronic equipment is switched to the second duty by lock-out state, further comprise the mode of operation that detects the second electronic equipment, according to the mode of operation of the second electronic equipment, by display unit, shown the step of the second different command histories.Like this, can be according to the mode of operation of the second electronic equipment, display remoting menu intelligently, i.e. control command set, user-friendly.When the state of the second electronic equipment in not establishing a communications link with the first electronic equipment being detected, method provided by the invention can also make the first electronic equipment automatically initiate the communication connection with the second electronic equipment, without user's manual operation.

Referring to Fig. 4, it is control method provided by the invention the 4th embodiment process flow diagram.

In fourth embodiment of the invention and the 5th is implemented, different from the second embodiment, the 3rd embodiment is, before showing release prompting, further comprise by detecting the mode of operation of the second electronic equipment, described display unit shows the step of corresponding release prompting according to the mode of operation of described the second electronic equipment.

In the 4th embodiment provided by the invention, the first electronic equipment has display unit.The first electronic equipment has communication unit, for establish a communications link, carry out data transmission with the second electronic equipment.The first electronic equipment has at least two kinds of duties, the first duty and the second duty, described the first duty is different with described the second duty, and described the second duty is that the second electronic equipment connecting being connected with described the first electronic equipment by data sends control command so that described the second electronic equipment is carried out the state of described control command.Concrete, described the first electronic equipment can be mobile terminal, described mobile terminal includes but not limited to panel computer PAD, smart mobile phone, functional mobile phone, palm PC PDA etc., described the second electronic equipment can be intelligent terminal, includes but not limited to that televisor or Set Top Box etc. can be by the equipment of remote control.

S401, judges whether the display unit of described the first electronic equipment switches to the second power consumption state by the first power consumption state, if so, enters step S402.

S402, detects the mode of operation of the second electronic equipment.

In fourth embodiment of the invention, the second electronic equipment has at least two kinds of mode of operations, and described at least two kinds of mode of operations comprise the first mode of operation and the second mode of operation.In fourth embodiment of the invention, can be divided into two kinds of mode of operations according to the result of communication of the second electronic equipment and the first electronic equipment, wherein, the first mode of operation can be the second electronic equipment and the first electronic equipment communication failure, or the information that the second electronic equipment is communicated by letter successfully with the first electronic equipment and feed back to the first electronic equipment when the second electronic equipment is not in running order, the first mode of operation can be for the second electronic equipment be in shutdown, the duty such as standby or dormancy, or the first mode of operation can be for the second electronic equipment be in off-mode.Wherein, the second mode of operation can have the communications status successful state of communicating by letter for the second electronic equipment and the first electronic equipment, or the first electronic equipment and the second electric room have communications status and show that described the second electronic equipment is in running order when described communications status, and the second mode of operation can be for the second electronic equipment be in normal operating conditionss such as starts.Or the second mode of operation can be for the second electronic equipment be in states such as start, standby, dormancy.

S403, when the communications status of described the first electronic equipment and the second electric room not detected, or, when detecting, described the first electronic equipment and the second electric room have communications status and when described communications status shows described the second electronic equipment in the first mode of operation, show the first release prompting.

Wherein, described the first release prompting is used for making described the first electronic equipment to switch to the first duty by lock-out state.

When the second electronic equipment and the first electronic equipment not detected and have communication connection, although or the second electronic equipment and the first electronic equipment have communication connection the second electronic equipment when duty not, at this moment show the first release prompting.That is to say, only show a release prompting.These are different from the second embodiment, the 3rd embodiment, and in second, third embodiment, no matter the second electronic equipment is in which kind of mode of operation, all shows two release informations, the first release prompting and the second release prompting.And in the 4th embodiment, when the second electronic equipment and the first electronic equipment not detected and have communication connection, although or the second electronic equipment and the first electronic equipment have communication connection but the second electronic equipment when duty not, only show the first release prompting, for making the first electronic equipment switch to the first duty by lock-out state.

S404, meets first when pre-conditioned when input operation corresponding to the first release prompting being detected, generates the first steering order, and described the first steering order is used for making described the first electronic equipment to switch to the first duty by lock-out state.

Under the first duty, the first electronic equipment is used for accepting the first scheduled operation, produces the first order, makes described the first electronic equipment carry out described the first order.When the first electronic equipment is panel computer, the first duty is for realizing the mode of operation of self function of panel computer.

S405, when the communications status of described the first electronic equipment and the second electric room being detected, or, when detecting, described the first electronic equipment and the second electric room have communications status and when described communications status shows described the second electronic equipment in the second mode of operation, show the first release prompting and the second release prompting.

Wherein, described the first release prompting is used for making described the first electronic equipment to switch to the first duty by lock-out state; Described the second release prompting is used for making described the first electronic equipment to switch to the second duty by lock-out state.

S406, meets first when pre-conditioned when input operation corresponding to the first release prompting being detected, generates the first steering order, and described the first steering order is used for making described the first electronic equipment to switch to the first duty by lock-out state.

S407, meets second when pre-conditioned when input operation corresponding to the second release prompting being detected, generates the second steering order, and described the second steering order is used for making described the first electronic equipment to switch to the second duty by lock-out state.

Under the second duty, described the first electronic equipment is accepted the second scheduled operation, produces the second order, and described the second order is sent to described the second electronic equipment by described communication unit, makes described the second electronic equipment carry out described the second order.Concrete, when the first electronic equipment is panel computer, when the second electronic equipment is TV, be at this moment specifically as follows panel computer as the telepilot of TV, control TV and more carry out channel switching, switching on and shutting down or carry out volume control etc.

In fourth embodiment of the invention, when when detecting the mode of operation judgement of the second electronic equipment and cannot communicate with the second electronic equipment (do not establish a communications link or the second electronic equipment is not started shooting or not in normal operating conditions), automatically show the first release prompting, described the first release prompting is used for making the first electronic equipment to enter the first duty by lock-out state, thereby simplified display interface, facilitated user to apply.On the other hand, when when detecting the mode of operation of the second electronic equipment and can communicate with the second electronic equipment (communicate to connect successfully or the second electronic equipment in start or normal operating conditions etc.), show two release promptings, when triggering corresponding release prompting, the first electronic equipment can be switched to the first duty or the second duty by lock-out state, be user-friendly to.

Referring to Fig. 5, it is control method provided by the invention the 5th embodiment process flow diagram.

In the present invention the 5th implements, different from the second embodiment, the 3rd embodiment is, before showing release prompting, further comprise by detecting the mode of operation of the second electronic equipment, described display unit shows the step of corresponding release prompting according to the mode of operation of described the second electronic equipment.And different from the 4th embodiment, be by detecting the power consumption of the second electronic equipment, to determine the mode of operation of the second electronic equipment.

S501, judges whether the display unit of described the first electronic equipment switches to the second power consumption state by the first power consumption state, if so, enters step S502.

S502, detects the mode of operation of the second electronic equipment.

In fourth embodiment of the invention, the second electronic equipment has at least two kinds of mode of operations, described at least two kinds of mode of operations comprise the 3rd mode of operation and the 4th mode of operation, and described the second electronic equipment is less than described the second electronic equipment in the second power consumption of described the 4th mode of operation in the first power consumption of described the 3rd mode of operation.In fifth embodiment of the invention, can be divided into two kinds of mode of operations according to the power consumption of the second electronic equipment, wherein, the lower state of power consumption such as the 3rd mode of operation can shutdown, standby or dormancy, or the 3rd mode of operation can be for the second electronic equipment be in off-mode.Wherein, the 4th mode of operation can be in higher duties of power consumption such as starts.

S503, when described the second electronic equipment being detected in the 3rd mode of operation, shows the first release prompting, and described the first release prompting is used for making described the first electronic equipment to switch to the first duty by lock-out state.

When described the second electronic equipment being detected in the 3rd mode of operation, at this moment show the first release prompting.That is to say, only show a release prompting.These are different from the second embodiment, the 3rd embodiment, and in second, third embodiment, no matter the second electronic equipment is in which kind of mode of operation, all shows two release informations, the first release prompting and the second release prompting.And in the 4th embodiment, described the second electronic equipment detected when the 3rd mode of operation, only show the first release prompting, for making the first electronic equipment switch to the first duty by lock-out state.

S504, meets first when pre-conditioned when input operation corresponding to the first release prompting being detected, generates the first steering order, and described the first steering order is used for making described the first electronic equipment to switch to the first duty by lock-out state.

S505, when described the second electronic equipment being detected in the 4th mode of operation, shows the first release prompting and the second release prompting.

When the second electronic equipment being detected in the 4th mode of operation, show the first release prompting and the second release prompting.

S506, meets first when pre-conditioned when input operation corresponding to the first release prompting being detected, generates the first steering order, and described the first steering order is used for making described the first electronic equipment to switch to the first duty by lock-out state.

S507, meets second when pre-conditioned when input operation corresponding to the second release prompting being detected, generates the second steering order, and described the second steering order is used for making described the first electronic equipment to switch to the second duty by lock-out state.

In fifth embodiment of the invention, when cannot be with the second electronic equipment during in lower the 3rd mode of operation of power consumption by detecting the mode of operation judgement of the second electronic equipment, automatically show the first release prompting, described the first release prompting is used for making the first electronic equipment to enter the first duty by lock-out state, thereby simplified display interface, facilitated user to apply.On the other hand, when when detecting the mode of operation of the second electronic equipment and be higher the 4th mode of operation of power consumption, show two release promptings, when triggering corresponding release prompting, the first electronic equipment can be switched to the first duty or the second duty by lock-out state, be user-friendly to.

Referring to Fig. 6, the first electronic equipment schematic diagram providing for the embodiment of the present invention.

The first electronic equipment has at least two kinds of duties, the first duty and the second duty, described the first duty is different with described the second duty, and described the second duty is that the second electronic equipment connecting being connected with described the first electronic equipment by data sends control command so that described the second electronic equipment is carried out the state of described control command.

Described the first electronic equipment can be mobile terminal, described mobile terminal includes but not limited to panel computer PAD, smart mobile phone, functional mobile phone, palm PC PDA etc., described the second electronic equipment can be intelligent terminal, includes but not limited to that televisor or Set Top Box etc. can be by the equipment of remote control.

Described the first electronic equipment comprises:

The first detecting unit 601, for detection of input operation.

Steering order generation unit 602, for when described input operation meets predetermined condition, generates corresponding steering order according to described input operation, and described steering order is sent to switch unit.

Switch unit 603, the steering order sending for receiving described steering order generation unit, and according to described steering order, control described the first electronic equipment and switch to the first duty or the second duty by lock-out state; Wherein, described the first duty is different with described the second duty, and described the second duty is that the second electronic equipment connecting being connected with described the first electronic equipment by data sends control command so that described the second electronic equipment is carried out the state of described control command; Wherein, described the second electronic equipment is different from the first electronic equipment.

During concrete enforcement, described steering order generation unit 602 specifically for:

(1) when the described input operation detecting when detecting unit is the first input operation of presetting, generate the first steering order, described the first steering order is used for making described the first electronic equipment to switch to the first duty by lock-out state.

(2) when the described input operation detecting when detecting unit is the second input operation of presetting, generate the second steering order, described the second steering order is used for making described the first electronic equipment to switch to the second duty by lock-out state.

Described switch unit 603 specifically for:

(1) when the steering order sending when the described steering order generation unit of reception is the first steering order, control described the first electronic equipment and switch to the first duty by lock-out state, under described the first duty, the first electronic equipment is used for accepting the first scheduled operation, produce the first order, make described the first electronic equipment carry out described the first order.

(2) when the steering order sending when the described steering order generation unit of reception is the second steering order, control described the first electronic equipment and switch to the second duty by lock-out state, under described the second duty, the first electronic equipment is used for accepting the second scheduled operation, produce the second order, and described the second order is sent to described the second electronic equipment, make described the second electronic equipment carry out described the second order.

Concrete, described the first electronic equipment is mobile terminal, described the first duty is specifically as follows the state that can realize mobile terminal self function; The second duty, for controlling the duty of the second electronic equipment, is carried out the duty of remote-controller function.

Described the first detecting unit, steering order generation unit and switch unit specifically can be integrated in the processor of described the first electronic equipment, described the first electronic equipment also comprises a storer being connected with processor, for storing described electronic equipment, operates all data that control procedure produces.

In another embodiment of the present invention, the first electronic equipment has communication unit, for establish a communications link, carry out data transmission with the second electronic equipment.Concrete, described communication unit is wireless communication module, is specifically as follows the wireless communication modules such as bluetooth module, infrared module, WiFi module.

The second electronic equipment also has display unit and the sensing unit overlapping, such as touch-screen, concrete, described display unit and sensing unit can be independently display unit and touch sensing unit, both overlap, or the display unit and the touch sensing unit that merge, such as in-cell touch-screen

Concrete, described display unit, specifically for showing the first release prompting and the second release prompting, wherein, described the first release prompting is used for making described the first electronic equipment to enter the first duty, and described the second release prompting is used for making described the first electronic equipment to enter the second duty.

Preferably, described equipment also comprises:

(1) when the testing result of described the second detecting unit shows the communications status of described the first electronic equipment and the second electric room not detected, or, when the testing result of described the second detecting unit shows to detect described the first electronic equipment and the second electric room has communications status and when described communications status shows described the second electronic equipment in the first mode of operation, show the first release prompting, described the first release prompting is used for making described the first electronic equipment to switch to the first duty by lock-out state.

(2) when the testing result of described the second detecting unit shows the communications status of described the first electronic equipment and the second electric room to be detected, or, when the testing result of described the second detecting unit shows that described the second detecting unit detects described the first electronic equipment and the second electric room has communications status and when described communications status shows described the second electronic equipment in the second mode of operation, show the first release prompting and the second release prompting, wherein, described the first release prompting is used for making described the first electronic equipment to switch to the first duty by lock-out state, described the second release prompting is used for making described the first electronic equipment to switch to the second duty by lock-out state.

(1) when the testing result of described the second detecting unit shows to detect described the second electronic equipment in the 3rd mode of operation, show the first release prompting, described the first release prompting is used for making described the first electronic equipment to switch to the first duty by lock-out state.

(2) when the testing result of described the second detecting unit shows to detect described the second electronic equipment in the 4th mode of operation, show the first release prompting and the second release prompting, wherein, described the first release prompting is used for making described the first electronic equipment to switch to the first duty by lock-out state; Described the second release prompting is used for making described the first electronic equipment to switch to the second duty by lock-out state.

(1) when detecting input operation corresponding to the first release prompting, described touch sensing unit meets first when pre-conditioned, generate the first steering order, described the first steering order is used for making described the first electronic equipment to switch to the first duty by lock-out state.

(2) when detecting input operation corresponding to the second release prompting, described touch sensing unit meets second when pre-conditioned, generate the second steering order, described the second steering order is used for making described the first electronic equipment to switch to the second duty by lock-out state.

Further, described communication unit is also switched to after the second state for controlling described the first electronic equipment at described switch unit according to described steering order by lock-out state, set up the communication connection with the second electronic equipment, when described the first electronic equipment is accepted second scheduled operation generation the second order, described the second order is sent to described the second electronic equipment, make described the second electronic equipment carry out described the second order.

Further, described equipment also comprises:

It should be noted that, in this article, relational terms such as the first and second grades is only used for an entity or operation to separate with another entity or operational zone, and not necessarily requires or imply and between these entities or operation, have the relation of any this reality or sequentially.And, term " comprises ", " comprising " or its any other variant are intended to contain comprising of nonexcludability, thereby the process, method, article or the equipment that make to comprise a series of key elements not only comprise those key elements, but also comprise other key elements of clearly not listing, or be also included as the intrinsic key element of this process, method, article or equipment.The in the situation that of more restrictions not, the key element being limited by statement " comprising ... ", and be not precluded within process, method, article or the equipment that comprises described key element and also have other identical element.

The present invention can describe in the general context of the computer executable instructions of being carried out by computing machine, for example program module.Usually, program module comprises the routine carrying out particular task or realize particular abstract data type, program, object, assembly, data structure etc.Also can in distributed computing environment, put into practice the present invention, in these distributed computing environment, by the teleprocessing equipment being connected by communication network, be executed the task.In distributed computing environment, program module can be arranged in the local and remote computer-readable storage medium that comprises memory device.

The above is only the specific embodiment of the present invention; it should be pointed out that for those skilled in the art, under the premise without departing from the principles of the invention; can also make some improvements and modifications, these improvements and modifications also should be considered as protection scope of the present invention.

Claims

1. a control method, is characterized in that, described method is applied to the first electronic equipment, comprising:

Detect input operation;

2. method according to claim 1, is characterized in that, described when described input operation meets predetermined condition, generates corresponding steering order comprise according to described input operation:

3. method according to claim 1, is characterized in that, described the first electronic equipment has display unit, and described method also comprises:

4. method according to claim 1, is characterized in that, described the first electronic equipment has display unit, and described method also comprises:

5. method according to claim 4, it is characterized in that, described the second electronic equipment has at least two kinds of mode of operations, described at least two kinds of mode of operations comprise the first mode of operation and the second mode of operation, the mode of operation of described detection the second electronic equipment, described display unit shows that according to the mode of operation of described the second electronic equipment corresponding release prompting comprises:

6. method according to claim 4, it is characterized in that, described the second electronic equipment has at least two kinds of mode of operations, described at least two kinds of mode of operations comprise the 3rd mode of operation and the 4th mode of operation, and described the second electronic equipment is less than described the second electronic equipment in the second power consumption of described the 4th mode of operation in the first power consumption of described the 3rd mode of operation, the mode of operation of described detection the second electronic equipment, described display unit shows that according to the mode of operation of described the second electronic equipment corresponding release prompting comprises:

7. according to the method described in claim 3,5 or 6, it is characterized in that, described when described input operation meets predetermined condition, according to described input operation, generate corresponding steering order and comprise:

8. method according to claim 1, is characterized in that, describedly according to described steering order, controls that described the first electronic equipment switches to the first duty by lock-out state or the second duty comprises:

9. method according to claim 1, is characterized in that, described the first electronic equipment has communication unit, is switched to after the second state controlling described the first electronic equipment according to described steering order by lock-out state, and described method also comprises:

10. method according to claim 8 or claim 9, is characterized in that, is switched to after the second state controlling described the first electronic equipment according to described steering order by lock-out state, and described method also comprises:

11. according to the method described in claim 3,4,5 or 6, it is characterized in that, before showing release prompting, described method also comprises:

12. a kind of first electronic equipment, is characterized in that, comprising:

The first detecting unit, for detection of input operation;

13. equipment according to claim 12, is characterized in that, described steering order generation unit specifically for:

14. equipment according to claim 12, is characterized in that, described the first electronic equipment also comprises:

15. equipment according to claim 12, is characterized in that, described the first electronic equipment has display unit, and described equipment also comprises:

16. equipment according to claim 15, is characterized in that, described the second electronic equipment has at least two kinds of mode of operations, and described at least two kinds of mode of operations comprise the first mode of operation and the second mode of operation, described display unit specifically for:

17. equipment according to claim 15, it is characterized in that, described the second electronic equipment has at least two kinds of mode of operations, described at least two kinds of mode of operations comprise the 3rd mode of operation and the 4th mode of operation, and described the second electronic equipment is less than described the second electronic equipment in the second power consumption of described the 4th mode of operation in the first power consumption of described the 3rd mode of operation, described display unit specifically for:

18. according to the equipment described in claim 14,16 or 17, it is characterized in that, described equipment also has touch sensing unit, described steering order generation unit specifically for:

19. equipment according to claim 12, is characterized in that, described switch unit specifically for:

20. equipment according to claim 12, is characterized in that, described the first electronic equipment also comprises:

21. according to the equipment described in claim 19 or 20, it is characterized in that, described equipment also comprises:

22. according to the equipment described in claim 14,15,16, it is characterized in that, described equipment also comprises: