CN102655546A - Terminal equipment control method and terminal equipment - Google Patents
Terminal equipment control method and terminal equipment Download PDFInfo
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- CN102655546A CN102655546A CN2011100500899A CN201110050089A CN102655546A CN 102655546 A CN102655546 A CN 102655546A CN 2011100500899 A CN2011100500899 A CN 2011100500899A CN 201110050089 A CN201110050089 A CN 201110050089A CN 102655546 A CN102655546 A CN 102655546A
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Abstract
The invention discloses a terminal equipment control method and terminal equipment, wherein the method comprises the following steps of: acquiring a first input; determining a first command, corresponding to the first input, in a first command set under a locked state, wherein the first command is an unlocking command; according to the unlocking command, controlling the locked state to be switched into a non-locked state; determining a second command, corresponding to the first input, in a second command set under the non-locked state; and responding to the second command. According to the invention, the user operation can be simplified, and the intelligence of the terminal equipment can be improved.
Description
Technical field
The present invention relates to technical field of mobile terminals, particularly relate to terminal equipment control method and terminal equipment.
Background technology
Along with the continuous development of technology such as mobile communication, Computer Processing, and user's demand, terminal equipment develops towards more and more intelligentized direction.So-called intelligent, be meant that terminal equipment not only is used to make a phone call, also be useful on online, navigate, see TV, listen to the music or the like.For realizing these functions; Intelligent terminal can have very many functional modules usually; Such as WIFI (wireless fidelity; Wireless Fidelity), GPS (Global Positioning System, global positioning system), CMMB (China Mobile Multimedia Broadcasting, China Mobile multimedia broadcasting) or the like.
On the other hand, terminal equipment is the button operation through receiving the user or to operations such as the slip of touch-screen, clicks normally, receives user's input, and accomplishes corresponding instruction.When the user does not temporarily use terminal equipment; Terminal equipment can get into lock-out state (can get into automatically or get into through user's manual operation); At this moment; Except the user carries out release through special operational (press the key combination of appointment or carry out the paddling operation etc. of certain appointment), perhaps outside the emergency call number.Terminal equipment will no longer respond other inputs of user.Can avoid because false touch keyboard or screen power consumption that (when for example being placed in the bag by other article touchings etc.) bring or mistake with troubles such as phone dial-outs like this.
But in the prior art, if under the terminal equipment lock-out state, the user need use a certain function of terminal equipment, then needs the user to carry out comparatively loaded down with trivial details operation.For example, need at first carry out release or wake screen up, and then under corresponding catalogue, find required functional module, from option, select to open, and then get into corresponding interface, or the like.It is thus clear that this will make the intelligent of smart mobile phone have a greatly reduced quality.
Summary of the invention
The present invention provides terminal equipment control method and terminal equipment, can strengthen the intelligent of terminal equipment.
For realizing above-mentioned purpose, the invention provides following scheme:
A kind of terminal equipment control method; Said method is applied in the terminal equipment; Said terminal equipment has complete or collected works' instruction set, and said terminal equipment has lock-out state and unlock state, and said terminal equipment response is as first instruction set of first in said complete or collected works' instruction set under said lock-out state; Said terminal equipment response is as second instruction set of second portion in said complete or collected works' instruction set under said unlock state; Wherein, the instruction number in said first instruction set is less than the instruction number in said second instruction set, and said method comprises:
Obtain one first input;
Under said lock-out state, confirm first instruction in corresponding said first instruction set of said first input, said first instruction is unlock command;
According to said unlock command, control switches to said unlock state from said lock-out state;
Under said unlock state, confirm second instruction in corresponding said second instruction set of said first input;
Respond said second instruction.
Preferably, saidly confirm that under said unlock state second instruction in corresponding said second instruction set of said first input comprises:
Confirm and the corresponding functional module of said first input that according to said first input wherein, said functional module is in state of activation under said lock-out state;
Said second instruction confirmed as in the call instruction that will be used to call the pairing application program of said functional module.
Preferably, saidly confirm that under said unlock state second instruction in corresponding said second instruction set of said first input comprises:
Confirm and the corresponding functional module of said first input that according to said first input wherein, said functional module is in resting state under said lock-out state;
The open command that will be used to open said functional module is confirmed as said second instruction.
Preferably, saidly confirm that under said unlock state second instruction in corresponding said second instruction set of said first input comprises:
Confirm and the corresponding functional module of said first input that according to said first input wherein, said functional module is in resting state under lock-out state;
The open command that will be used to open said functional module is confirmed as said second instruction with the call instruction that is used to call the pairing application program of said functional module.
Preferably, said terminal equipment has touch-screen, and said first input is included on the said touch-screen and slidingly inputs;
Saidly confirm that under said unlock state second instruction in corresponding said second instruction set of said first input comprises:
According to said direction and/or the shape that slidingly inputs the sliding trace of generation; In the corresponding relation between each instruction in the direction of the sliding trace that presets and/or shape and said second instruction set, confirm as said second with the direction of the said sliding trace that slidingly inputs generation and/or the corresponding instruction of shape and instruct.
Preferably, said terminal equipment has touch-screen, and said first input comprises the input of the screen lock of clicking or dragging on the touch-screen, and said screen lock is for a plurality of;
Saidly confirm that under said unlock state second instruction in corresponding said second instruction set of said first input comprises:
According to the screen lock of clicking or dragging, in the corresponding relation between each instruction in preset screen lock and said second instruction set, confirm as said second with said click or the corresponding instruction of screen lock that drags and instruct.
A kind of terminal equipment; Said terminal equipment has complete or collected works' instruction set; Said terminal equipment has lock-out state and unlock state; Said terminal equipment response is as first instruction set of first in said complete or collected works' instruction set under said lock-out state, and said terminal equipment response is as second instruction set of second portion in said complete or collected works' instruction set, wherein under said unlock state; Instruction number in said first instruction set is less than the instruction number in said second instruction set, and said terminal equipment comprises:
Obtain the unit, be used to obtain one first input;
First resolution unit is used under said lock-out state, confirming that said first imports first instruction of corresponding said first instruction set, and said first instruction is unlock command;
Separate lock unit, be used for according to said unlock command, control switches to said unlock state from said lock-out state;
Second resolution unit is used under said unlock state, confirming that said first imports second instruction of corresponding said second instruction set;
Response unit is used to respond said second instruction.
Preferably, said second resolution unit comprises:
First functional module is confirmed subelement, is used for confirming and the corresponding functional module of said first input that according to said first input wherein, said functional module is in state of activation under said lock-out state;
First confirms subelement, is used for said second instruction confirmed as in the call instruction that call the pairing application program of said functional module.
Preferably, said second resolution unit comprises:
Second functional module is confirmed subelement, is used for confirming and the corresponding functional module of said first input that according to said first input wherein, said functional module is in resting state under said lock-out state;
Second confirms subelement, is used for the open command that open said functional module is confirmed as said second instruction.
Preferably, said second resolution unit comprises:
The 3rd functional module is confirmed subelement, is used for confirming and the corresponding functional module of said first input that according to said first input wherein, said functional module is in resting state under lock-out state;
The 3rd confirms subelement, is used for said second instruction confirmed as in open command that open said functional module and the call instruction that is used to call the pairing application program of said functional module.
Preferably, said terminal equipment has touch-screen, and said first input is included on the said touch-screen and slidingly inputs;
Said second resolution unit comprises:
The 4th confirms subelement; Be used for the direction and/or the shape that slidingly input the sliding trace of generation according to said; In the corresponding relation between each instruction in the direction of the sliding trace that presets and/or shape and said second instruction set, confirm as said second with the direction of the said sliding trace that slidingly inputs generation and/or the corresponding instruction of shape and instruct.
Preferably, said terminal equipment has touch-screen, and said first input comprises the input of the screen lock of clicking or dragging on the touch-screen, and said screen lock is for a plurality of;
Said second resolution unit comprises:
The 5th confirms subelement, is used for according to the screen lock of clicking or dragging, and in the corresponding relation between each instruction in preset screen lock and said second instruction set, confirms as said second with said click or the corresponding instruction of screen lock that drags and instructs.
A kind of terminal equipment control method; Said method is applied in the terminal equipment; Said terminal equipment has complete or collected works' instruction set, and said terminal equipment has lock-out state and unlock state, and said terminal equipment response is as first instruction set of first in said complete or collected works' instruction set under said lock-out state; Said terminal equipment response is as second instruction set of second portion in said complete or collected works' instruction set under said unlock state; Wherein, the instruction number in said first instruction set is less than the instruction number in said second instruction set, and said method comprises:
Under said lock-out state, obtain one first input;
Confirm first instruction corresponding with said first input and second instruction, wherein, first instruction belongs to said first instruction set, and said second instruction belongs to said second instruction set;
Said first instruction of response under said lock-out state;
Said second instruction of response under said unlock state.
Preferably, said first instruction is unlock command,
Said under said lock-out state the response said first the instruction comprise:
According to said unlock command, control switches to said unlock state from said lock-out state.
Preferably, said second instruction of response comprises under said unlock state:
Judge that whether the first application program corresponding function module that said second instruction is called opens, and produces a judgement information;
When following unlatching of application program corresponding function module of being called instructed in said judgement information representation and said second, open said functional module;
According to the said application program of said second instruction calls
A kind of terminal equipment; Said terminal equipment has complete or collected works' instruction set; Said terminal equipment has lock-out state and unlock state; Said terminal equipment response is as first instruction set of first in said complete or collected works' instruction set under said lock-out state, and said terminal equipment response is as second instruction set of second portion in said complete or collected works' instruction set, wherein under said unlock state; Instruction number in said first instruction set is less than the instruction number in said second instruction set, and said terminal equipment comprises:
Obtain the unit, be used under said lock-out state, obtaining one first input;
Resolution unit is used for confirming first instruction corresponding with said first input and second instruction that wherein, first instruction belongs to said first instruction set, and said second instruction belongs to said second instruction set;
First response unit is used for said first instruction of response under said lock-out state;
Second response unit is used for said second instruction of response under said unlock state.
According to specific embodiment provided by the invention, the invention discloses following technique effect:
In the embodiment of the invention; When the user carries out first input under terminal equipment is in the lock state; Terminal equipment is resolving to unlock command with it; And with terminal equipment after lock-out state switches to unlock state, also can with its resolve to can respond under the unlock state second the instruction, and respond this second the instruction.Like this; Be equivalent to the user through unlocking operation, not only can terminal equipment be switched to unlock state from lock-out state, can also unlocking operation be resolved to second instruction that can respond under the unlock state; And respond this second the instruction; Therefore can simplify the flow process that the user calls the corresponding functional module of second instruction, save user's operation, strengthen the intelligent of terminal equipment.
Description of drawings
In order to be illustrated more clearly in the embodiment of the invention or technical scheme of the prior art; To do to introduce simply to the accompanying drawing of required use among the embodiment below; Obviously, the accompanying drawing in describing below only is some embodiments of the present invention, for those of ordinary skills; Under the prerequisite of not paying creative work, can also obtain other accompanying drawing according to these accompanying drawings.
Fig. 1 is the flow chart of the method that provides of the embodiment of the invention;
Fig. 2 is a screen interface sketch map in the method that provides of the embodiment of the invention;
Fig. 3 is another screen interface sketch map in the method that provides of the embodiment of the invention;
Fig. 4 is the flow chart of another method of providing of the embodiment of the invention;
Fig. 5 is the sketch map of the terminal equipment that provides of the embodiment of the invention;
Fig. 6 is the sketch map of another terminal equipment of providing of the embodiment of the invention.
Embodiment
To combine the accompanying drawing in the embodiment of the invention below, the technical scheme in the embodiment of the invention is carried out clear, intactly description, obviously, described embodiment only is the present invention's part embodiment, rather than whole embodiment.Based on the embodiment among the present invention, the every other embodiment that those of ordinary skills obtained belongs to the scope that the present invention protects.
Embodiment one
The embodiment of the invention one at first provides a kind of terminal equipment control method, and this method is applied in the terminal equipment.Need to prove that at first this terminal equipment has complete or collected works' instruction set, and this terminal equipment has lock-out state and unlock state; Under lock-out state; This terminal equipment can respond first instruction set as first in this complete or collected works' instruction set; Under unlock state; This terminal equipment can respond second instruction set as second portion in this complete or collected works' instruction set, and the instruction number in first instruction set is less than the instruction number in second instruction set.
That is to say that terminal equipment can respond part instruction under lock-out state, in other words, lock-out state is meant that terminal equipment only can respond the state of the instruction in first instruction set.Instruction in first instruction set comprises communication prompt instruction (like incoming call prompting, short message prompt instruction), regularly reminds instruction (like promptings such as alarm clock, memorandums), and release authentication, unlock command or the like.Wherein, when terminal equipment is in the lock state, can make terminal equipment switch to unlock state from lock-out state through carrying out unlock command.Need to prove, under lock-out state, can produce the release authentication, receive the release authentication information,, can generate unlock command if through the release authentication.The release authentication can be to the reservation character string, or the authentication of subscribing touch track or predetermined biological characteristic etc.That is to say that the release authentication is used to point out the user to import the release authentication information, and unlock command is used for terminal equipment is switched to unlock state from lock-out state.
Terminal equipment also can respond part instruction under unlock state, this part instruction almost can be the complete order in complete or collected works' instruction set.For example, can comprise calling, visit local data, visit local network or the like; Can also be included in the instruction that can respond under the lock-out state, for example, communication prompt, timing prompting etc.
It is thus clear that terminal equipment can respond part instruction under lock-out state and under the unlock state, if first instruction set is formed in the instruction that under lock-out state, can respond; Second instruction set is formed in the instruction that under unlock state, can respond; Then have common factor usually between first instruction set and second instruction set, and, under unlock state, almost can both respond owing to the instruction that under lock-out state, can respond; But the instruction that under unlock state, can respond; Under lock-out state, but not necessarily can respond, therefore, the director data in second instruction set is usually greater than the instruction number in first instruction set.
On above-described basis, the embodiment of the invention one provides following terminal equipment control method, and referring to Fig. 1, this method may further comprise the steps:
S101: obtain one first input;
This first input can be the user's input under terminal equipment is in the lock state, and, can be certain release authentication operation, for example, through keyboard input designated character string, the appointment sliding trace that perhaps on touch-screen, marks or direction or the like.
S102: under said lock-out state, confirm first instruction in corresponding said first instruction set of said first input, said first instruction is unlock command;
When terminal equipment receives above-mentioned first when input under lock-out state, if first input meets the condition that presets, then terminal equipment can be identified as the release authentication operation with it, and after authentication is passed through, produces unlock command.
S103: according to said unlock command, control switches to said unlock state from said lock-out state;
Produce after the unlock command, just can terminal equipment be switched to unlock state from lock-out state.At this moment, terminal equipment not only can respond the instruction in first instruction set, but can respond the instruction in second instruction set.
S104: under said unlock state, confirm second instruction in corresponding said second instruction set of said first input;
In embodiments of the present invention, first input not only corresponding the unlock command in first instruction set, also with second instruction set in second instruction corresponding.During concrete the realization; Corresponding relation between first input and second instruction can be set in advance, import when receiving first, and with terminal equipment after lock-out state switches to unlock state; Just can confirm second instruction that this first input is corresponding through this corresponding relation of inquiry.It should be stressed; In an embodiment of the present invention; Step S102: under said lock-out state, confirm first instruction in corresponding said first instruction set of said first input; Said first instruction is for unlock command, and step S104: confirm that under said unlock state second in corresponding said second instruction set of said first input instructs.Said first input that all is based on step S101 acquisition of said second instruction that said first instruction that step S102 confirms and step S104 confirm is confirmed.In other words; Operating body is accomplished said first input on terminal equipment; Terminal equipment obtains this first input corresponding sliding trace and/or direction or be special key information so, is confirming said first instruction and under said unlock state, still said second instructs according to the corresponding sliding trace of this first input and/or direction or for what special key information was confirmed according to the corresponding sliding trace of this first input and/or direction or for special key information under the said lock-out state.
S105: respond said second instruction.
After second instruction in determining corresponding second instruction set of first input, just can under unlock state, respond this second instruction.
The above is introduced the terminal equipment control method that the embodiment of the invention provides; Can find out, in the embodiment of the invention, when the user carries out first input under terminal equipment is in the lock state; Terminal equipment is resolving to unlock command with it; And with terminal equipment after lock-out state switches to unlock state, also can with its resolve to can respond under the unlock state second the instruction, and respond this second the instruction.Like this; Be equivalent to the user through unlocking operation, not only can terminal equipment be switched to unlock state from lock-out state, can also unlocking operation be resolved to second instruction that can respond under the unlock state; And respond this second the instruction; Wherein, second in second instruction set instruction all be usually with terminal equipment in the relevant instruction of certain functional module, therefore can simplify with realization second and instruct the flow process of corresponding functional module correlation function; Save user's operation, strengthened the intelligent of terminal equipment.
For understanding the embodiment of the invention better, at first, introduce the functional module in the terminal equipment.In embodiments of the present invention, functional module typically refers to the hardware component units of terminal equipment, and terminal equipment only has the functional module on this hardware, could realize function corresponding.For example; For gsm module, its function is to connect to make a phone call, receive and dispatch note etc., and the gsm module on the hardware meaning; Just comprise signal sending and receiving equipment, reception antenna etc.; Have only through the equipment on these hardware, can receive signal, and the signal of this machine is sent from MPTY.
But; Use the function of each functional module for reality; The support that only has on the hardware also is not enough, and the interface of man-machine interaction usually also need be provided through the mode of software, and the user can carry out the operations such as editor of the searching of communication information, short message like this.Therefore; For the embodiment of the invention, functional module is the equal of the hardware component units of terminal equipment, and the functional module corresponding application program; When then being meant the function of using this functional module correspondence; The Man Machine Interface that need provide, and this application program usually can be for the user provides an interface, so that realize man-machine interaction.
For example, for the WIFI module, its function that can realize is, can terminal equipment be inserted the Internet, that is to say and can utilize terminal equipment to surf the Net.And in order to surf the Net, it is not enough that the WIFI module is only arranged, just it is passable also to need application programs such as browser, instant communication software.Therefore, for the WIFI module, browser, perhaps instant communication software just is the equal of the application program of this functional module corresponding function.
In other words, though when using the various function of terminal equipment, need the support on the hardware device, the object of user's practical operation is the software product of various applications normally.And in embodiments of the present invention, realize the function relevant with functional module, and just comprise unlatching to functional module, perhaps calling functional modules corresponding application program, so that for the user shows the operation interface of this functional module corresponding function, or the like.
Therefore, in embodiments of the present invention, the concrete implication of second instruction can have multiple, when specifically under unlock state, confirming second instruction in the second corresponding instruction set of first input, also multiple mode can be arranged, and introduces respectively below.
Mode one
Under this mode, suppose that each functional module all is in state of activation after terminal equipment gets into lock-out state.This lock-out state is just closed the corresponding software of each functional module.During concrete the realization; Corresponding relation between first input and each functional module can be set in advance; Like this, after receiving first input, just can at first confirm and the corresponding functional module of this first input according to this first input; Second instruction confirmed as in the call instruction that then, will be used to call the pairing application program of this functional module.Like this, when response second instruction, just can directly call this application program, be equivalent to demonstrate the operation interface of this functional module corresponding function, the user directly utilizes this operation interface to realize that function corresponding gets final product.
Wherein, when the corresponding relation that is provided with between first input and each functional module, can be according to the action type setting of first input, wherein, action type can be through the character string of multiple appointment, realizations such as perhaps multiple paddling track.For example, suppose that terminal equipment has touch-screen, then under a kind of implementation, first input can be that the user slidingly inputs on touch-screen, and then the different operating type of first input can be distinguished through the direction and/or the shape of sliding trace.Like this, when the corresponding relation that is provided with between first input and each functional module, just can the direction and/or the shape of various sliding traces is corresponding with concrete functional module.
For example, as shown in Figure 2, can on touch-screen, show a screen lock with the mode of software, and following corresponding relation is set: drag screen lock (being equivalent to produce paddling track left) left, corresponding WIFI module; Drag down screen lock (being equivalent to produce downward paddling track), correspondence is a gsm module; Drag screen lock (being equivalent to produce paddling track to the right) to the right, corresponding BT module.When receiving certain first input; What suppose to judge user's appointment is the operation that drags the screen lock left; And supposing to preestablish WIFI module corresponding application program is browser, then can corresponding second instruction be resolved to: call browser, like this in this second instruction of response; Just can directly call browser program, get into browser interface.
Like this, be equivalent under the terminal equipment lock-out state, the user can be directly through dragging the screen lock left, get into browser interface, and then the network information that just can be in browser browse oneself needs through modes such as input network address gets final product, very convenient.That is to say, from user's angle, if the user wants to surf the Net through terminal equipment; And current terminal equipment is in lock-out state; Then the user just can drag the screen lock left, and after screen was lighted the entering unlock state, the user just can directly see browser interface then.Perhaps; The corresponding module of unlocking operation of supposing to drag the screen lock to the right is a gsm module; If then the user wants to make a phone call, then can drag screen lock to the right, the user just can see numeric keypad and the button that enters the mouth such as from address list, search then; Directly the numeral on the clicks word keyboard is perhaps searched the contact person and is got final product.And when the user need use terminal equipment; Always need use a certain function of terminal equipment, make a phone call to send short messages or surf the Net or the like, therefore; The user just can be according to the needs of reality, and the unlocking operation of carrying out respective type can directly enter into corresponding operation interface.Obviously, in terms of existing technologies, simplify user's operating process, strengthened the intelligent of terminal equipment.
Need to prove that a kind of functional module corresponding application program has multiple, when carrying out first input of certain action type, for the actual application program of calling, also can pre-set, and can change.For example, still said with preamble is example, and WIFI module corresponding application program has browser, also has instant communication software or the like; By default, when dragging the screen lock left, the application program that correspondence is called can be a browser; Certainly; If the user gets used to using terminal equipment and online friend to chat, rather than browsing page, normally used is instant communication software; Rather than browser, then the user also can be manually be revised as instant communication software with the first input corresponding application program of this action type; Like this, when the user carries out first input that drags the screen lock left, can directly give the user with the interface display of instant communication software.
Certainly, then under a kind of implementation, the input of the screen lock on the touch-screen can clicked or drag to first input, and the screen lock is for a plurality of.Like this, when the corresponding relation that is provided with between first input and the functional module, just can realize through the mode that the corresponding relation between screen lock and the functional module is set.For example, as shown in Figure 3, can on touch-screen, show three screen locks, be respectively screen lock A, screen lock B and screen lock C.And following corresponding relation is set: the corresponding WIFI module of screen lock A; The corresponding CMMB module of screen lock B; The corresponding GPS module of screen lock C.
Then when receiving user's first input, just can judge at first this first input to which screen lock is carried out, for example; That find user's click is screen lock A; Then can second instruction be resolved to: call browser, corresponding, in this second instruction of response; Just can directly call browser program, get into browser interface.
Mode two
In this mode two,, can also consider the energy saving of terminal equipment simultaneously except considering the convenience of user's operation.Most at present intelligent terminals all are faced with the big problem of power consumption, and for intelligent terminal, stand-by time is to weigh a very important factor of terminal equipment performance.But under the prerequisite of equal battery capacity, the stand-by time of intelligent terminal is significantly shorter than common unintelligent terminal equipment.Trace it to its cause; Except smart mobile phone need be supported the display frame of high definition large-screen; One very chief reason be, the multiple functional module that intelligent terminal is supported, promptly of preamble; Except basic communication functions such as voice, also possibly comprise WIFI, BT, GPS, CMMB or the like.And in the prior art; As long as under the terminal equipment open state, each functional module all is in opening, also promptly need power up for each functional module; Obviously the functional module of these unlatchings can cause the power consumption of system chipset to increase, and then causes the stand-by time of intelligent terminal shorter.Though can improve stand-by time through the method that increases battery capacity, this can increase terminal equipment cost and weight.
In embodiments of the present invention, can adopt following scheme: when terminal equipment gets into lock-out state, only keep basic communication module and be in starting state, so that can receive incoming call or receive short message etc.; Because under lock-out state, other functional module can not used usually, therefore, can it be changed to resting state.Because terminal module need not power up under resting state, therefore under lock-out state, can save the electric energy of terminal equipment greatly, reduce the power consumption of system chipset, reach purpose of energy saving.
Certainly, because under lock-out state, most functional modules have got into resting state; Therefore, if do not carry out special processing, when the user need use the function of certain functional module; Also need carry out certain operation, this functional module is opened, promptly reporting system powers up for this functional module.But in embodiments of the present invention, in order to simplify user's operation, equally can be with the instruction of opening certain functional module as a kind of instruction in second instruction set, also promptly, the user can accomplish the operation that certain functional module is opened carrying out unlocking operation.
For terminal equipment, when first input that receives the user, when promptly the user need carry out unlocking operation; Prove that then the user possibly need to use a certain function of terminal equipment; At this moment, can utilize first input of setting in advance and the corresponding relation between the functional module equally, know the current corresponding functional module of first input; At this moment; Second instruction of determining just can for: be used to open the open command of corresponding function module, respond this second instruction, just can be with the unlatching of the functional module of correspondence.
That is to say,, when the user need use the function of certain functional module, also do not need manually this functional module to be opened though under lock-out state, the functional module of majority all is changed to resting state.
Certainly, also can be as long as terminal equipment is switched to unlock state from lock-out state, just all functions module is all opened.But the embodiment of the invention is not done like this, and reason is, as long as functional module is in the state of unlatching, and electric energy that will consumption systems; And the user can not use all functional modules usually simultaneously, but only can use wherein one or more, and therefore, other do not use the electric energy that functional module consumed that but is in opening will be a kind of waste.
Based on above-mentioned consideration, in embodiments of the present invention, when the user carries out certain first when input, with terminal equipment when lock-out state switches to unlock state, only that this first input is corresponding functional module is opened.Like this, both can simplify user's operation, strengthen the intelligent of terminal equipment, can reduce power consumption of terminal equipment as much as possible again, prolong the stand-by time of terminal equipment.
Wherein, about the setting of corresponding relation between first input and the functional module, can with mode one in identical, repeat no more here.
Mode three
In this mode, can aforementioned manner one be combined with mode two.That is to say that when terminal equipment gets into lock-out state, equally only keep basic communication module and start, other functional modules all get into resting state; Simultaneously; Corresponding relation between first input and the functional module is set; When receiving certain first when input, confirm and the corresponding functional module of first input according to first input that at first the call instruction that will be used to open the open command of this functional module and be used to call the pairing application program of this functional module is confirmed as said second and instructed; When this second instruction of response; Functional module that will be at first that it is corresponding is opened, and also calls this functional module corresponding application program then, thereby demonstrates the operation interface of this functional module corresponding function.
Obviously, under this mode, reduce as far as possible under the situation of terminal equipment power consumption, further simplified user's operation, make that the intelligent of terminal equipment further promoted in assurance.
About some details that realize in the mode three, comprise being provided with of corresponding relation between first input and the functional module etc., can repeat no more here referring to aforementioned manner one and mode two.
Mode four
Of preamble, first input can have multiple action type, for example, can be the character string of multiple appointment, perhaps multiple paddling track or the like; The first corresponding instruction of these forms of expression all can be unlock command; Also be; No matter the user carries out first of which kind of action type is imported; Terminal equipment can resolve to the release authentication with it, and authentication through after generate unlock command so that terminal equipment is switched to unlock state from lock-out state.But, because after getting into unlock state, the user normally needs terminal equipment to realize certain concrete function; And the function that the user possibly need to realize has multiple; Therefore, under the various action types of first input, the second corresponding instruction also may be different; And with a kind of first input of action type, the second corresponding instruction also can be for a plurality of.
From this angle; When needs confirm under unlock state to confirm which second instruction in the second corresponding instruction set of first input; Another kind of implementation can also be arranged: the different operating type of first input and the corresponding relation of second instruction promptly can directly be set, like this, after receiving first input; Terminal equipment can be through analyzing the concrete operations type of first input, confirms which or which instruction in concrete corresponding second instruction set.
That is to say that different with aforementioned manner one to three, in this mode four, the action type of first input is directly corresponding with the second concrete instruction, and is not only corresponding certain functional module.For example, suppose that terminal equipment has touch-screen, then under a kind of implementation, first input can be that the user slidingly inputs on touch-screen equally, and then the different operating type of first input can be distinguished through the direction and/or the shape of sliding trace.Like this; When needs confirm under unlock state to confirm which second instruction in the second corresponding instruction set of first input; Just can be according to the direction and/or the shape of user's the sliding trace that slidingly inputs generation; In the corresponding relation between each instruction in the direction of the sliding trace that presets and/or the shape and second instruction set,, confirm as corresponding second and instruct with this direction and/or corresponding instruction of shape that slidingly inputs the sliding trace of generation.
For example, in the corresponding relation that presets, correspondence a kind of second is instructed when the user carries out paddling operation to the right,, the user then can instruct by corresponding another kind second when carrying out paddling operation left, or the like.Like this; After terminal equipment switches to unlock state; When needs are confirmed second instruction in the second corresponding instruction set of first input; Just can be at first according to the starting point of paddling operation and end point coordinate etc., confirm the direction and/or the shape of the paddling track that this first input produces, then according to the corresponding relation between each instructs in the direction of the paddling track that is provided with in advance and/or shape and second instruction set; Determine this first input corresponding should be which or which instruction in second instruction set, respond corresponding instruction then and get final product.
Wherein, the instruction of second in second instruction set can be the various instructions described in the mode one to three, specifically can comprise when functional module is in state of activation under lock-out state, calls the call instruction of the pairing application program of certain functional module; Perhaps, when functional module is in resting state under lock-out state, open the open command of certain functional module; Perhaps, when functional module is in resting state under lock-out state, open the open command of certain functional module, and the call instruction that is used to call the pairing application program of said functional module.And when the corresponding relation that is provided with in advance between first input and second instruction, can realize through first action type imported and the corresponding relation between each functional module are set.And under this mode, a kind of first input can corresponding a plurality of second instructions.Can on touch-screen, show a screen lock with the mode of software, and following corresponding relation is set: drag screen lock (being equivalent to produce paddling track left) left, the second corresponding instruction is: call the application program browser of WIFI module; Drag down screen lock (being equivalent to produce downward paddling track), the second corresponding instruction is for opening gsm module; Drag screen lock (being equivalent to produce paddling track to the right) to the right, the second corresponding instruction is unlatching 3G module, and calls certain application program of BT module, or the like.
Certainly, other corresponding relation can also be set, perhaps other paddling track or the like; For example, " L " type track can also be set, and when the action type of first input is " L " type track; Corresponding can be certain application program of calling the CMMB module, or the like.Other various possible set-up modes are enumerated here no longer one by one.
Perhaps, under another kind of execution mode, first input also can be the input of clicking or drag the screen lock on the touch-screen, and the screen lock is for a plurality of, and the different operating type of such first input can be distinguished through operating different screen locks.Wherein, the screen lock can be that software is realized, is presented at the diverse location on the touch-screen.It is concrete after terminal equipment switches to unlock state; When needs are confirmed second instruction in the second corresponding instruction set of first input; The information such as coordinate that just can at first belong to according to user's click location; Which screen lock what confirm this first input correspondence is; Then according to the corresponding relation between each instruction in preset screen lock and second instruction set, confirm this first input corresponding should be in second instruction set which or which instruct, respond corresponding instruction then and get final product.
Same, under this concrete implementation, during corresponding relation between the action type that first input is set in advance and second instruction, also can realize through first action type imported and the corresponding relation between the functional module are set.For example, three screen locks be can on touch-screen, show, screen lock A, screen lock B and screen lock C are respectively.And following corresponding relation is set: second corresponding when the clicking screen lock A instruction is to open gsm module, 3G module and WIFI module, and calls the application program browser of WIFI module; Second corresponding when the dragging screen lock B instruction is to open 3G module and CMMB module, and calls certain application program of CMMB module; Second corresponding when the clicking screen lock C instruction is to open GPS module and gsm module, and calls certain application program of GPS module, or the like.
It is thus clear that; In embodiments of the present invention, first input of different operation type can be corresponding with various second instructions, like this; When the user need use the function of certain functional module correspondence; Just can realize, and needn't be after executing unlocking operation, find operations such as corresponding functional modules again under the concrete catalogue through first input of carrying out the respective operations type.
Embodiment two
In embodiments of the present invention, one first input that the user carries out under lock-out state can corresponding two kinds of instructions, thereby improve the intelligent of terminal equipment.And in previous embodiment one; Under lock-out state, obtain after first input; At first determine first instruction in the first corresponding instruction set of first input; Response first instruction gets into after the unlock state, confirms second instruction in the second corresponding instruction set of first input again, this second instruction of response under unlock state again.And in the embodiment of the invention two, can also under lock-out state, just determine the first corresponding instruction of first input and second instruction, response first instruction under lock-out state then, response second instruction under unlock state.That is to say; When terminal equipment is in the lock state; Just can two kinds of corresponding instructions of first input all be parsed, just when two instructions of response, one of them is in the lock state down at terminal equipment and just can meets with a response; And another instruction need wait until that terminal equipment is in after the unlock state, can meet with a response.
Therefore, referring to Fig. 4, the terminal equipment control method that the embodiment of the invention provides may further comprise the steps:
S401: under said lock-out state, obtain one first input;
S402: confirm first instruction corresponding with said first input and second instruction, wherein, first instruction belongs to said first instruction set, and said second instruction belongs to said second instruction set;
S403: said first instruction of response under said lock-out state;
S404: said second instruction of response under said unlock state.
Wherein, in this embodiment two, implications such as first instruction set, second instruction set, first instruction and second instruction, can with embodiment one in identical.For example, first instruction can be meant unlock command, and then response first instruction just is meant under lock-out state: according to unlock command, control terminal switches to unlock state from lock-out state.And second instruction can be meant the call instruction that is used to call the pairing application program of certain functional module; And when response second is instructed under unlock state, just can judge at first whether this functional module opens this moment; If open, then directly call this functional module corresponding application program; If do not open, then can at first open this functional module, and then call this functional module corresponding application program.Certainly, in other embodiments, second instruction also can be meant the instruction of opening certain functional module, or the like.
About the foregoing description two, about first input and the corresponding relation of functional module, or the corresponding relation of first input and second instruction etc., can adopt with embodiment one in same or analogous method.Other do not detail part, can repeat no more here referring to embodiment one yet.
Corresponding with the terminal equipment control method that the embodiment of the invention one provides; The embodiment of the invention also provides a kind of terminal equipment, and this terminal equipment has complete or collected works' instruction set, and said terminal equipment has lock-out state and unlock state; Said terminal equipment response is as first instruction set of first in said complete or collected works' instruction set under said lock-out state; Said terminal equipment response is as second instruction set of second portion in said complete or collected works' instruction set under said unlock state, and wherein, the instruction number in said first instruction set is less than the instruction number in said second instruction set; Referring to Fig. 5, this terminal equipment comprises:
Obtain unit 501, be used to obtain one first input;
Wherein, under a kind of implementation, second resolution unit 504 specifically can comprise:
First functional module is confirmed subelement, is used for confirming and the corresponding functional module of said first input that according to said first input wherein, said functional module is in state of activation under said lock-out state;
First confirms subelement, is used for said second instruction confirmed as in the call instruction that call the pairing application program of said functional module.
Consider at the same time under the situation of terminal equipment energy saving that second resolution unit 504 can comprise:
Second functional module is confirmed subelement, is used for confirming and the corresponding functional module of said first input that according to said first input wherein, said functional module is in resting state under said lock-out state;
Second confirms subelement, is used for the open command that open said functional module is confirmed as said second instruction.
Perhaps, also can aforementioned dual mode be combined, at this moment, second resolution unit 504 can comprise:
The 3rd functional module is confirmed subelement, is used for confirming and the corresponding functional module of said first input that according to said first input wherein, said functional module is in resting state under lock-out state;
The 3rd confirms subelement, is used for said second instruction confirmed as in open command that open said functional module and the call instruction that is used to call the pairing application program of said functional module.
In practical application, said terminal equipment has touch-screen, and said first input is included on the said touch-screen and slidingly inputs;
The 4th confirms subelement; Be used for the direction and/or the shape that slidingly input the sliding trace of generation according to said; In the corresponding relation between each instruction in the direction of the sliding trace that presets and/or shape and said second instruction set, confirm as said second with the direction of the said sliding trace that slidingly inputs generation and/or the corresponding instruction of shape and instruct.
Perhaps, said terminal equipment can have touch-screen equally, and said first input comprises the input of the screen lock of clicking or dragging on the touch-screen, and said screen lock is for a plurality of;
The 5th confirms subelement, is used for according to the screen lock of clicking or dragging, and in the corresponding relation between each instruction in preset screen lock and said second instruction set, confirms as said second with said click or the corresponding instruction of screen lock that drags and instructs.
Corresponding with the terminal equipment control method that the embodiment of the invention two provides, the embodiment of the invention also provides a kind of terminal equipment, and this terminal equipment has complete or collected works' instruction set; And; This terminal equipment has lock-out state and unlock state, and the terminal equipment response is as first instruction set of first in complete or collected works' instruction set under lock-out state, and the terminal equipment response is as second instruction set of second portion in complete or collected works' instruction set under unlock state; Wherein, Instruction number in first instruction set is less than the instruction number in second instruction set, and referring to Fig. 6, this terminal equipment comprises:
Obtain unit 601, be used under said lock-out state, obtaining one first input;
About the terminal equipment of introducing in the foregoing description, part is not detailed repeats no more here referring to preceding method embodiment.
More than to a kind of terminal control method provided by the present invention and terminal equipment; Carried out detailed introduction; Used concrete example among this paper principle of the present invention and execution mode are set forth, the explanation of above embodiment just is used for helping to understand method of the present invention and core concept thereof; Simultaneously, for one of ordinary skill in the art, according to thought of the present invention, part all can change on embodiment and range of application.In sum, this description should not be construed as limitation of the present invention.
Claims (16)
1. terminal equipment control method; Said method is applied in the terminal equipment; Said terminal equipment has complete or collected works' instruction set, and said terminal equipment has lock-out state and unlock state, and said terminal equipment response is as first instruction set of first in said complete or collected works' instruction set under said lock-out state; Said terminal equipment response is as second instruction set of second portion in said complete or collected works' instruction set under said unlock state; Wherein, the instruction number in said first instruction set is less than the instruction number in said second instruction set, and said method comprises:
Obtain one first input;
Under said lock-out state, confirm first instruction in corresponding said first instruction set of said first input, said first instruction is unlock command;
According to said unlock command, control switches to said unlock state from said lock-out state;
Under said unlock state, confirm second instruction in corresponding said second instruction set of said first input;
Respond said second instruction.
2. method according to claim 1, saidly confirm that under said unlock state second instruction in corresponding said second instruction set of said first input comprises:
Confirm and the corresponding functional module of said first input that according to said first input wherein, said functional module is in state of activation under said lock-out state;
Said second instruction confirmed as in the call instruction that will be used to call the pairing application program of said functional module.
3. method according to claim 1, saidly confirm that under said unlock state second instruction in corresponding said second instruction set of said first input comprises:
Confirm and the corresponding functional module of said first input that according to said first input wherein, said functional module is in resting state under said lock-out state;
The open command that will be used to open said functional module is confirmed as said second instruction.
4. method according to claim 1, saidly confirm that under said unlock state second instruction in corresponding said second instruction set of said first input comprises:
Confirm and the corresponding functional module of said first input that according to said first input wherein, said functional module is in resting state under lock-out state;
The open command that will be used to open said functional module is confirmed as said second instruction with the call instruction that is used to call the pairing application program of said functional module.
5. method according to claim 1, said terminal equipment has touch-screen, and said first input is included on the said touch-screen and slidingly inputs;
Saidly confirm that under said unlock state second instruction in corresponding said second instruction set of said first input comprises:
According to said direction and/or the shape that slidingly inputs the sliding trace of generation; In the corresponding relation between each instruction in the direction of the sliding trace that presets and/or shape and said second instruction set, confirm as said second with the direction of the said sliding trace that slidingly inputs generation and/or the corresponding instruction of shape and instruct.
6. method according to claim 1, said terminal equipment has touch-screen, and said first input comprises the input of the screen lock of clicking or dragging on the touch-screen, and said screen lock is for a plurality of;
Saidly confirm that under said unlock state second instruction in corresponding said second instruction set of said first input comprises:
According to the screen lock of clicking or dragging, in the corresponding relation between each instruction in preset screen lock and said second instruction set, confirm as said second with said click or the corresponding instruction of screen lock that drags and instruct.
7. terminal equipment; Said terminal equipment has complete or collected works' instruction set; Said terminal equipment has lock-out state and unlock state; Said terminal equipment response is as first instruction set of first in said complete or collected works' instruction set under said lock-out state, and said terminal equipment response is as second instruction set of second portion in said complete or collected works' instruction set, wherein under said unlock state; Instruction number in said first instruction set is less than the instruction number in said second instruction set, and said terminal equipment comprises:
Obtain the unit, be used to obtain one first input;
First resolution unit is used under said lock-out state, confirming that said first imports first instruction of corresponding said first instruction set, and said first instruction is unlock command;
Separate lock unit, be used for according to said unlock command, control switches to said unlock state from said lock-out state;
Second resolution unit is used under said unlock state, confirming that said first imports second instruction of corresponding said second instruction set;
Response unit is used to respond said second instruction.
8. terminal equipment according to claim 7, said second resolution unit comprises:
First functional module is confirmed subelement, is used for confirming and the corresponding functional module of said first input that according to said first input wherein, said functional module is in state of activation under said lock-out state;
First confirms subelement, is used for said second instruction confirmed as in the call instruction that call the pairing application program of said functional module.
9. terminal equipment according to claim 7, said second resolution unit comprises:
Second functional module is confirmed subelement, is used for confirming and the corresponding functional module of said first input that according to said first input wherein, said functional module is in resting state under said lock-out state;
Second confirms subelement, is used for the open command that open said functional module is confirmed as said second instruction.
10. terminal equipment according to claim 7, said second resolution unit comprises:
The 3rd functional module is confirmed subelement, is used for confirming and the corresponding functional module of said first input that according to said first input wherein, said functional module is in resting state under lock-out state;
The 3rd confirms subelement, is used for said second instruction confirmed as in open command that open said functional module and the call instruction that is used to call the pairing application program of said functional module.
11. terminal equipment according to claim 7, said terminal equipment has touch-screen, and said first input is included on the said touch-screen and slidingly inputs;
Said second resolution unit comprises:
The 4th confirms subelement; Be used for the direction and/or the shape that slidingly input the sliding trace of generation according to said; In the corresponding relation between each instruction in the direction of the sliding trace that presets and/or shape and said second instruction set, confirm as said second with the direction of the said sliding trace that slidingly inputs generation and/or the corresponding instruction of shape and instruct.
12. terminal equipment according to claim 7, said terminal equipment has touch-screen, and said first input comprises the input of the screen lock of clicking or dragging on the touch-screen, and said screen lock is for a plurality of;
Said second resolution unit comprises:
The 5th confirms subelement, is used for according to the screen lock of clicking or dragging, and in the corresponding relation between each instruction in preset screen lock and said second instruction set, confirms as said second with said click or the corresponding instruction of screen lock that drags and instructs.
13. terminal equipment control method; Said method is applied in the terminal equipment; Said terminal equipment has complete or collected works' instruction set, and said terminal equipment has lock-out state and unlock state, and said terminal equipment response is as first instruction set of first in said complete or collected works' instruction set under said lock-out state; Said terminal equipment response is as second instruction set of second portion in said complete or collected works' instruction set under said unlock state; Wherein, the instruction number in said first instruction set is less than the instruction number in said second instruction set, and said method comprises:
Under said lock-out state, obtain one first input;
Confirm first instruction corresponding with said first input and second instruction, wherein, first instruction belongs to said first instruction set, and said second instruction belongs to said second instruction set;
Said first instruction of response under said lock-out state;
Said second instruction of response under said unlock state.
14. control method according to claim 13, said first instruction is unlock command,
Said under said lock-out state the response said first the instruction comprise:
According to said unlock command, control switches to said unlock state from said lock-out state.
15. control method according to claim 13, said second instruction of response comprises under said unlock state:
Judge that whether the first application program corresponding function module that said second instruction is called opens, and produces a judgement information;
When following unlatching of application program corresponding function module of being called instructed in said judgement information representation and said second, open said functional module;
According to the said application program of said second instruction calls
16. terminal equipment; Said terminal equipment has complete or collected works' instruction set; Said terminal equipment has lock-out state and unlock state; Said terminal equipment response is as first instruction set of first in said complete or collected works' instruction set under said lock-out state, and said terminal equipment response is as second instruction set of second portion in said complete or collected works' instruction set, wherein under said unlock state; Instruction number in said first instruction set is less than the instruction number in said second instruction set, and said terminal equipment comprises:
Obtain the unit, be used under said lock-out state, obtaining one first input;
Resolution unit is used for confirming first instruction corresponding with said first input and second instruction that wherein, first instruction belongs to said first instruction set, and said second instruction belongs to said second instruction set;
First response unit is used for said first instruction of response under said lock-out state;
Second response unit is used for said second instruction of response under said unlock state.
Priority Applications (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011100500899A CN102655546A (en) | 2011-03-02 | 2011-03-02 | Terminal equipment control method and terminal equipment |
| PCT/CN2012/071821 WO2012116647A1 (en) | 2011-03-02 | 2012-03-01 | Method for controlling terminal device, and terminal device and electronic device |
| US14/002,314 US10146415B2 (en) | 2011-03-02 | 2012-03-01 | Method and terminal device for controlling a terminal device in a locked and unlocked state |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011100500899A CN102655546A (en) | 2011-03-02 | 2011-03-02 | Terminal equipment control method and terminal equipment |
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| CN102655546A true CN102655546A (en) | 2012-09-05 |
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| CN2011100500899A Pending CN102655546A (en) | 2011-03-02 | 2011-03-02 | Terminal equipment control method and terminal equipment |
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| CN114070659A (en) * | 2021-10-29 | 2022-02-18 | 深圳市优必选科技股份有限公司 | Equipment locking method and device and terminal equipment |
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Application publication date: 20120905 |