CN104281376A - Control method and system of mobile terminal - Google Patents
Control method and system of mobile terminal Download PDFInfo
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- CN104281376A CN104281376A CN201310278577.4A CN201310278577A CN104281376A CN 104281376 A CN104281376 A CN 104281376A CN 201310278577 A CN201310278577 A CN 201310278577A CN 104281376 A CN104281376 A CN 104281376A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
- G06F3/0487—Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser
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Abstract
The invention discloses a control method of a mobile terminal. The control method of the mobile terminal comprises the steps that a corresponding relation between touch information and each physical key control instruction of the mobile terminal is preset, the touch information comprises pressure sense information, and the corresponding physical key control instruction is executed according to matching of received touch information and the preset touch information. The invention further discloses a control system of the mobile terminal and the mobile terminal. According to the control method and system of the mobile terminal and the mobile terminal, the pressure sense information is adopted to replace physical keys, elements are saved, and the structure is simple.
Description
Technical field
The present invention relates to touch-screen field, particularly relate to a kind of control method and system of mobile terminal.
Background technology
At present, along with the development of mechanics of communication, handheld device is more and more popular, and for there being the mobile terminal of human-computer interaction interface, often secondary or physical bond is provided with, as volume increase and decrease, switch switch, return key, HOME key etc. below the side and front of mobile terminal.These secondary or physical bonds add parts and the volume of screen, and limit the water resistance of mobile terminal, also allow mobile terminal add the possibility of button damage.
Summary of the invention
Object of the present invention is overcoming the defect of prior art, provides a kind of control method and system of mobile terminal, and its structure is simple, saves cost.
For achieving the above object, the present invention adopts following design proposal: the control method of described mobile terminal comprises the following steps:
Preset the corresponding relation of the secondary or physical bond steering order of touch information and mobile terminal, described touch information comprises pressure sensitivity information;
Mate according to the touch information received perform corresponding secondary or physical bond steering order to the touch information preset.
Further, described secondary or physical bond steering order comprises at least one in volume steering order, switching on and shutting down switching command, screen locking switching command and quiet switching command, carrys out the part physical key of alternative mobile terminal.
Preferably, described secondary or physical bond steering order comprises volume steering order, switching on and shutting down switching command, screen locking switching command and quiet switching command, realizes mobile terminal without secondary or physical bond.
Preferably, described secondary or physical bond steering order also comprises display virtual controlling key, and the predeterminated position on the touch-screen of mobile terminal receives pressure sensitivity information, and after the force value of described pressure sensitivity information arrival pre-set level, the virtual controlling key that display is corresponding.
Preferably, when described secondary or physical bond steering order is volume steering order, described virtual controlling key is volume control flume, increases steering order to slide trigger volume, and the amplitude that volume increases is directly proportional to the distance of slip; Reduce steering order to another side slide trigger volume, and the amplitude that volume reduces is directly proportional to the distance of slip.
Preferably, when described secondary or physical bond steering order is volume steering order, when described virtual controlling key is volume control key, realizes volume increase by clicking volume increase or reducing key or reduce.
Preferably, when described secondary or physical bond steering order is screen locking switching command, described virtual controlling key is screen locking switch key, under mobile terminal released state, at predeterminated position, enter screen lock state when the force value received in pressure sensitivity information is positioned at preset pressure threshold range, under screen lock state, at this predeterminated position, when the force value received in pressure sensitivity information is positioned at preset pressure threshold range, enter released state.
Preferably, when described secondary or physical bond steering order is quiet switching command, described virtual controlling key is quiet switch key, under mobile terminal opens sound-like state, at predeterminated position, enter mute state when the force value received in pressure sensitivity information is positioned at preset pressure threshold range, in the mute state, at this predeterminated position, when the force value received in pressure sensitivity information is positioned at preset pressure threshold range, enter out sound-like state.
Preferably, when described secondary or physical bond steering order is switching on and shutting down switching command, described virtual controlling key is switching on and shutting down switch key, under mobile terminal-opening state, at predeterminated position, enter off-mode when the force value received in pressure sensitivity information is positioned at preset pressure threshold range, in the power-offstate, at this predeterminated position, when the force value received in pressure sensitivity information is positioned at preset pressure threshold range, enter open state.
A control system for mobile terminal, it comprises sensor and microcontroller, and described sensor is used for touch sensitive information, and described touch information comprises pressure sensitivity information, is responded to by the pressure transducer be provided with in sensor; Described microcontroller comprises: receives information and processing module, the touch information obtained for receiving sensor is gone forward side by side row relax, judge module, for judging whether touch information mates and secondary or physical bond steering order module with default touch information, control for realizing corresponding secondary or physical bond instruction according to matching result.
Preferably, described secondary or physical bond steering order module comprises at least one in switching on and shutting down module, volume control module, screen locking handover module, quiet handover module, carrys out the part physical key of alternative mobile terminal.
Preferably, described secondary or physical bond steering order module comprises switching on and shutting down module, volume control module, screen locking handover module, quiet handover module, realizes mobile terminal without secondary or physical bond.
Preferably, when information processing and receiver module receive the pressure sensitivity information of predeterminated position, and after the force value that judge module judges in pressure sensitivity information reaches pre-set level, touch screen display virtual controlling key.
Preferably, when described virtual controlling key is volume control flume, to touch-screen slide trigger volume control module, volume control module increases the volume of mobile terminal, and the amplitude that volume increases is directly proportional to the distance of slip; Trigger volume control module when sliding to touch-screen another side, volume control module reduces the volume of mobile terminal, and the amplitude that volume reduces is directly proportional to the distance of slip.
Preferably, when described virtual controlling key is volume control key, when clicking volume and increasing key, volume control module increases the volume of mobile terminal; When clicking volume and reducing key, volume control module reduces the volume of mobile terminal.
Preferably, when described virtual controlling key is screen locking switch key, under mobile terminal released state, at predeterminated position, when receives information and processing module receive pressure sensitivity information, and the force value that judge module judges in pressure sensitivity information triggers screen locking handover module when being positioned at preset pressure threshold range, mobile terminal enters screen lock state; Under screen lock state, at this predeterminated position, receives information and processing module receive pressure sensitivity information, and trigger screen locking handover module when the force value that judge module judges in pressure sensitivity information is positioned at preset pressure threshold range, and mobile terminal enters released state.
Preferably, when described virtual controlling key is quiet switch key, under mobile terminal opens sound-like state, at predeterminated position, receives information and processing module receive pressure sensitivity information, and the force value that judge module judges in pressure sensitivity information triggered mute handover module when being positioned at preset pressure threshold range, mobile terminal enters mute state; In the mute state, at this predeterminated position, receives information and processing module receive pressure sensitivity information, and triggered mute handover module when the force value that judge module judges in pressure sensitivity information is positioned at preset pressure threshold range, mobile terminal enters out sound-like state.
Preferably, when described virtual controlling key is switching on and shutting down switch key, under mobile terminal-opening state, at predeterminated position, receives information and processing module receive pressure sensitivity information, and the force value that judge module judges in pressure sensitivity information trigger switch machine handover module when being positioned at preset pressure threshold range, mobile terminal enters off-mode; In the power-offstate, at this predeterminated position, receives information and processing module receive pressure sensitivity information, and trigger switch machine handover module when the force value that judge module judges in pressure sensitivity information is positioned at preset pressure threshold range, enter open state during mobile terminal.
A kind of mobile terminal comprising above-mentioned arbitrary described control system, it also comprises terminal body, mainboard, touch-screen, described mainboard is arranged on terminal body, described touch-screen is connected with mainboard, microcontroller is also connected with mainboard, and described pressure transducer is arranged on below touch-screen.
The present invention adopts above design proposal, by the corresponding relation of the secondary or physical bond steering order of default touch information and mobile terminal, and mate according to the touch information received perform corresponding secondary or physical bond steering order to the touch information preset, instead of the function achieved by secondary or physical bond originally, save element, structure is simple, meets people to the requirement of the narrow frame of touch-screen and security is high.Also effectively can prevent maloperation by arranging simultaneously, increasing the enjoyment of mobile terminal operation, improve the water resistance of mobile terminal, add the serviceable life of mobile terminal.
Accompanying drawing explanation
Fig. 1 is method flow diagram of the present invention;
Fig. 2 is present system structural representation;
Fig. 3 is secondary or physical bond steering order modular structure schematic diagram of the present invention;
Fig. 4 is the method flow diagram that volume of the present invention controls;
Fig. 5 is the method flow diagram that mobile terminal of the present invention unlocks and screen locking is shielded;
Fig. 6 is that sound and quiet method flow diagram are opened in mobile terminal of the present invention adjustment;
Fig. 7 is the method flow diagram of mobile terminal-opening of the present invention and shutdown.
Embodiment
Principle of work of the present invention is:
As shown in Figure 1: the corresponding relation presetting the secondary or physical bond steering order of touch information and mobile terminal, described touch information comprises pressure sensitivity information;
Mate according to the touch information received perform corresponding secondary or physical bond steering order to the touch information preset.
The present invention is by presetting the corresponding relation of the secondary or physical bond steering order of touch information and mobile terminal, and mate according to the touch information received perform corresponding secondary or physical bond steering order to the touch information preset, instead of the function achieved by secondary or physical bond originally, save element, structure is simple, meets people to the requirement of the narrow frame of touch-screen and security is high.Also effectively can prevent maloperation by arranging simultaneously, increasing the enjoyment of mobile terminal operation, improve the water resistance of mobile terminal, add the serviceable life of mobile terminal.
Wherein, mobile terminal in concrete enforcement is mobile phone, predeterminated position is certain position on mobile touch screen, preset pressure threshold value is the pressure limit value of systemic presupposition, presupposed informations more of the present invention can be stored in the internal memory of microcontroller self, also a storer separately can be established to store, give tacit consent to presupposed information in examples of implementation and be stored in the internal memory of microcontroller self.
As shown in Figure 2 and Figure 3, the invention discloses a kind of mobile terminal, it comprises terminal body 1, mainboard 2, touch-screen 3, sensor 4, microcontroller 5, described mainboard 2 is arranged on terminal body 1, described touch-screen 3 is connected with mainboard 2, and described sensor 4 is arranged on below touch-screen 3, and described microcontroller 5 is connected with sensor 4, mainboard 2 is connected.Described sensor 4 is for touch sensitive information, and described touch information comprises pressure sensitivity information, is responded to by the pressure transducer be provided with in sensor 4; Described microcontroller 5 comprises: receives information and processing module 51, the touch information obtained for receiving sensor is gone forward side by side row relax, judge module 52, for judging whether touch information mates and described secondary or physical bond steering order module 53 with default touch information, control for realizing corresponding secondary or physical bond instruction according to matching result.Wherein secondary or physical bond steering order module 53 comprises switching on and shutting down module 531, volume control module 532, screen locking handover module 533, quiet handover module 534, carrys out the part physical key of alternative mobile terminal.Wherein microcontroller 5 and sensor 4 constitute the main control system of the present invention.
When information processing and receiver module 51 receive pressure sensitivity information, and when the force value that judge module 52 judges in pressure sensitivity information is positioned at preset pressure threshold range, touch-screen 3 shows virtual controlling key.
As shown in Figure 4, the process that volume of the present invention controls is:
S400: when described virtual controlling key is volume control flume;
S401: to touch-screen 3 slide trigger volume control module 532;
S402: volume control module 532 increases the volume of mobile terminal 1, and the amplitude that volume increases is directly proportional to the distance of slip, as the 0.5cm that often slides, volume increases by 20% relatively;
S411: trigger volume control module 532 when sliding to touch-screen 3 another side;
S412: volume control module 532 reduces the volume of mobile terminal, and the amplitude that volume reduces is directly proportional to the distance of slip, as the 0.5cm that often slides, volume reduces 20% relatively.
Wherein, volume control procedure of the present invention also can adopt following scheme to substitute, and when described virtual controlling key is volume control key, when clicking volume and increasing key, volume control module 532 increases the volume of mobile terminal; When clicking volume and reducing key, volume control module 532 reduces the volume of mobile terminal.
As shown in Figure 5, unblock of the present invention and screen locking process as follows:
S500: when described virtual controlling key is screen locking switch key;
S501: under mobile terminal 1 released state;
S502: at predeterminated position, when receives information and processing module 51 receive pressure sensitivity information; If do not receive pressure sensitivity information at predeterminated position, then return S501;
S503: and trigger screen locking handover module 533 when the force value that judge module 52 judges in pressure sensitivity information is positioned at preset pressure threshold range; If force value is not when being positioned at preset pressure threshold range, then return S501;
S504: mobile terminal 1 enters screen lock state;
S511: under mobile terminal is in screen lock state;
S512: at this predeterminated position, receives information and processing module 51 receive pressure sensitivity information; If do not receive pressure sensitivity information at predeterminated position, then return S511;
S513: and trigger screen locking handover module 533 when the force value that judge module 52 judges in pressure sensitivity information is positioned at preset pressure threshold range; If force value is not when being positioned at preset pressure threshold range, then return S511;
S514: mobile terminal 1 enters released state.
As shown in Figure 6, the present invention adjusts quiet and to open the process of sound as follows:
S600: when described virtual controlling key is quiet switch key;
S601: under mobile terminal 1 opens sound-like state;
S602: at predeterminated position, receives information and processing module 51 receive pressure sensitivity information, if do not receive pressure sensitivity information at predeterminated position, then return S601;
S603: triggered mute handover module 534 when the force value that judge module 52 judges in pressure sensitivity information is positioned at preset pressure threshold range, if force value is not when being positioned at preset pressure threshold range, then return S601;
S604: mobile terminal 1 enters mute state:.
S611: in the mute state;
S612: at this predeterminated position, receives information and processing module 51 receive pressure sensitivity information; If do not receive pressure sensitivity information at predeterminated position, then return S611;
S613: triggered mute handover module 534 when the force value that judge module 52 judges in pressure sensitivity information is positioned at preset pressure threshold range; If force value is not when being positioned at preset pressure threshold range, then return S611;
S614: mobile terminal 1 enters out sound-like state.
As shown in Figure 7, to adjust startup and shutdown process as follows in the present invention:
S700: when described virtual controlling key is switching on and shutting down switch key;
S701: under mobile terminal 1 open state;
S702: at predeterminated position, receives information and processing module 51 receive pressure sensitivity information; If do not receive pressure sensitivity information at predeterminated position, then return S701;
S703: trigger switch machine handover module 531 when the force value that judge module 52 judges in pressure sensitivity information is positioned at preset pressure threshold range; If force value is not when being positioned at preset pressure threshold range, then return S701;
S704: mobile terminal 1 enters off-mode.
S711: under mobile terminal 1 off-mode;
S712: at predeterminated position, receives information and processing module 51 receive pressure sensitivity information; If do not receive pressure sensitivity information at predeterminated position, then return S711;
S713: trigger switch machine handover module 531 when the force value that judge module 52 judges in pressure sensitivity information is positioned at preset pressure threshold range; If force value is not when being positioned at preset pressure threshold range, then return S711;
S714: mobile terminal 1 enters open state.
The present invention, by above scheme, controls the switching on and shutting down of mobile terminal, quietly opens sound control system, when screen locking solution lock control and volume control, does not need by secondary or physical bond, but directly completes by touching touch-screen, simple to operate, facilitates.
The foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, all any amendments done within the spirit and principles in the present invention, equivalent replacement and improvement etc., all should be included within protection scope of the present invention.
Claims (19)
1. a control method for mobile terminal, is characterized in that: described method comprises the following steps:
Preset the corresponding relation of the secondary or physical bond steering order of touch information and mobile terminal, described touch information comprises pressure sensitivity information;
Mate according to the touch information received perform corresponding secondary or physical bond steering order to the touch information preset.
2. method according to claim 1, is characterized in that: described secondary or physical bond steering order comprises at least one in volume steering order, switching on and shutting down switching command, screen locking switching command and quiet switching command, carrys out the part physical key of alternative mobile terminal.
3. method according to claim 1, is characterized in that: described secondary or physical bond steering order comprises volume steering order, switching on and shutting down switching command, screen locking switching command and quiet switching command, realizes mobile terminal without secondary or physical bond.
4. according to the method in claim 2 or 3, it is characterized in that: described secondary or physical bond steering order also comprises display virtual controlling key, predeterminated position on the touch-screen of mobile terminal receives pressure sensitivity information, and after the force value of described pressure sensitivity information arrival pre-set level, the virtual controlling key that display is corresponding.
5. method according to claim 4, it is characterized in that: when described secondary or physical bond steering order is volume steering order, described virtual controlling key is volume control flume, increases steering order to slide trigger volume, and the amplitude that volume increases is directly proportional to the distance of slip; Reduce steering order to another side slide trigger volume, and the amplitude that volume reduces is directly proportional to the distance of slip.
6. method according to claim 4, is characterized in that: when described secondary or physical bond steering order is volume steering order, when described virtual controlling key is volume control key, realizes volume increase by clicking volume increase or reducing key or reduces.
7. method according to claim 4, it is characterized in that: when described secondary or physical bond steering order is screen locking switching command, described virtual controlling key is screen locking switch key, under mobile terminal released state, at predeterminated position, enter screen lock state when the force value received in pressure sensitivity information is positioned at preset pressure threshold range, under screen lock state, at this predeterminated position, when the force value received in pressure sensitivity information is positioned at preset pressure threshold range, enter released state.
8. method according to claim 4, it is characterized in that: when described secondary or physical bond steering order is quiet switching command, described virtual controlling key is quiet switch key, under mobile terminal opens sound-like state, at predeterminated position, enter mute state when the force value received in pressure sensitivity information is positioned at preset pressure threshold range, in the mute state, at this predeterminated position, when the force value received in pressure sensitivity information is positioned at preset pressure threshold range, enter out sound-like state.
9. method according to claim 4, it is characterized in that: when described secondary or physical bond steering order is switching on and shutting down switching command, described virtual controlling key is switching on and shutting down switch key, under mobile terminal-opening state, at predeterminated position, enter off-mode when the force value received in pressure sensitivity information is positioned at preset pressure threshold range, in the power-offstate, at this predeterminated position, when the force value received in pressure sensitivity information is positioned at preset pressure threshold range, enter open state.
10. a control system for mobile terminal, is characterized in that: it comprises sensor and microcontroller, and described sensor is used for touch sensitive information, and described touch information comprises pressure sensitivity information, is responded to by the pressure transducer be provided with in sensor; Described microcontroller comprises: receives information and processing module, the touch information obtained for receiving sensor is gone forward side by side row relax, judge module, for judging whether touch information mates and secondary or physical bond steering order module with default touch information, control for realizing corresponding secondary or physical bond instruction according to matching result.
11. control system according to claim 10, it is characterized in that: described secondary or physical bond steering order module comprises at least one in switching on and shutting down module, volume control module, screen locking handover module, quiet handover module, carrys out the part physical key of alternative mobile terminal.
12. control system according to claim 10, is characterized in that: described secondary or physical bond steering order module comprises switching on and shutting down module, volume control module, screen locking handover module, quiet handover module, realizes mobile terminal without secondary or physical bond.
13. control system according to claim 11 or 12, it is characterized in that: when information processing and receiver module receive the pressure sensitivity information of predeterminated position, and after the force value that judge module judges in pressure sensitivity information reaches pre-set level, touch screen display virtual controlling key.
14. control system according to claim 13, it is characterized in that: when described virtual controlling key is volume control flume, to touch-screen slide trigger volume control module on one side, volume control module increases the volume of mobile terminal, and the amplitude that volume increases is directly proportional to the distance of slip; Trigger volume control module when sliding to touch-screen another side, volume control module reduces the volume of mobile terminal, and the amplitude that volume reduces is directly proportional to the distance of slip.
15. control system according to claim 13, is characterized in that: when described virtual controlling key is volume control key, and when clicking volume and increasing key, volume control module increases the volume of mobile terminal; When clicking volume and reducing key, volume control module reduces the volume of mobile terminal.
16. control system according to claim 13, it is characterized in that: when described virtual controlling key is screen locking switch key, under mobile terminal released state, at predeterminated position, when receives information and processing module receive pressure sensitivity information, and the force value that judge module judges in pressure sensitivity information triggers screen locking handover module when being positioned at preset pressure threshold range, mobile terminal enters screen lock state; Under screen lock state, at this predeterminated position, receives information and processing module receive pressure sensitivity information, and trigger screen locking handover module when the force value that judge module judges in pressure sensitivity information is positioned at preset pressure threshold range, and mobile terminal enters released state.
17. control system according to claim 13, it is characterized in that: when described virtual controlling key is quiet switch key, under mobile terminal opens sound-like state, at predeterminated position, receives information and processing module receive pressure sensitivity information, and the force value that judge module judges in pressure sensitivity information triggered mute handover module when being positioned at preset pressure threshold range, mobile terminal enters mute state; In the mute state, at this predeterminated position, receives information and processing module receive pressure sensitivity information, and triggered mute handover module when the force value that judge module judges in pressure sensitivity information is positioned at preset pressure threshold range, mobile terminal enters out sound-like state.
18. control system according to claim 13, it is characterized in that: when described virtual controlling key is switching on and shutting down switch key, under mobile terminal-opening state, at predeterminated position, receives information and processing module receive pressure sensitivity information, and the force value that judge module judges in pressure sensitivity information trigger switch machine handover module when being positioned at preset pressure threshold range, mobile terminal enters off-mode; In the power-offstate, at this predeterminated position, receives information and processing module receive pressure sensitivity information, and trigger switch machine handover module when the force value that judge module judges in pressure sensitivity information is positioned at preset pressure threshold range, enter open state during mobile terminal.
19. 1 kinds of mobile terminals comprising the arbitrary described control system of claim 10-18, it is characterized in that: also comprise terminal body, mainboard, touch-screen, described mainboard is arranged on terminal body, described touch-screen is connected with mainboard, microcontroller is also connected with mainboard, and described pressure transducer is arranged on below touch-screen.
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| CN201310278577.4A CN104281376A (en) | 2013-07-04 | 2013-07-04 | Control method and system of mobile terminal |
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| CN201310278577.4A CN104281376A (en) | 2013-07-04 | 2013-07-04 | Control method and system of mobile terminal |
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