CN103197873B - The method of electronic installation and control electronic installation - Google Patents
The method of electronic installation and control electronic installation Download PDFInfo
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- CN103197873B CN103197873B CN201210022868.2A CN201210022868A CN103197873B CN 103197873 B CN103197873 B CN 103197873B CN 201210022868 A CN201210022868 A CN 201210022868A CN 103197873 B CN103197873 B CN 103197873B
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Abstract
The present invention discloses a kind of electronic installation and controls the method for electronic installation, the method for this control electronic installation, and on this Touch Screen, display corresponds to first and second object of unlocking operation.When electronic installation is in user interface locking-in state, if the continuous moving track touched on Touch Screen runs through by the first object and the acceleration touching movement is greater than predetermined value time, then the first object is shown as and is cut to the first fixing part and the first free fraction by continuous moving track, and be shown as on Touch Screen the first fixing part and the first free fraction are departed from, the second object that the first free fraction is connected with it moves according to a predetermined physical principle.And make electronic installation pin State Transferring from user interface to normal operating conditions.The invention provides one can allow user according to its life operating experience just operable simple unlocking manner.
Description
Technical field
The present invention relates to a kind of electronic installation and control the method for electronic installation, and particularly relating to and a kind ofly the input of touch display unit can be utilized to preset gesture thus electronic installation is carried out the method unlocked and the electronic installation using the method.
Background technology
In recent years, mancarried device similarly is that the handheld apparatus such as mobile phone or panel computer becomes more and more high-order and function is also more and more diversified, also makes one of these device daily necessities becoming people.
Have multiple handheld apparatus to be equipped with as touch display units such as Touch Screens at present, user can carry out correlated inputs by Touch Screen.When user does not use electronic installation and make electronic installation leave unused a period of time, electronic installation can enter lock-out state automatically.When user wants to reuse electronic installation, then must first electronic installation be unlocked, to make electronic installation get back to normal operating conditions, to carry out subsequent operation.
The unlocking motion of general handheld apparatus by inputting default password or carry out sliding etc. gesture according to the unblock prompting shown in Touch Screen on Touch Screen, thus can reach the object of unblock.If user uses the specific function in this handheld apparatus, then need, after the above-mentioned unlocking program of execution, to treat that handheld apparatus completes and unlock and be switched to normal operating conditions, begin to click desired application program, open this specific function.In above-mentioned unlocking program, no matter be the memory of password or complicated operation steps, all cause the burden of user.
Therefore, need one and user can be allowed according to its life operating experience just operable simple unlocking manner, also need a kind of under the state of electronic installation pinning, user can be allowed directly to start the mode of desired application program.
Summary of the invention
In view of this, the invention provides the method and electronic installation that control electronic installation, to overcome foregoing problems.
A kind of method controlling electronic installation of the embodiment of the present invention, wherein this electronic installation has a Touch Screen.First, on this Touch Screen, display corresponds to one first object and one second object of a unlocking operation, wherein this first object is connected with an ora terminalis of this Touch Screen display frame, this second object is connected with this first object, but is not connected with arbitrary ora terminalis of this Touch Screen display frame.When this electronic installation is in a user interface locking-in state, monitors this Touch Screen and whether touched.When this Touch Screen is touched, judge whether running through by this first object corresponding to this continuous moving track touched on this Touch Screen, and this acceleration touching movement is greater than a predetermined value.If this continuous moving track that this on this Touch Screen touches runs through by this first object and this this acceleration touching movement is greater than this predetermined value time, then this first object is shown as and is cut to one first fixing part and one first free fraction by this continuous moving track, wherein this first fixing part is connected to this ora terminalis, this first free fraction is connected to this second object, and be shown as on this Touch Screen this first fixing part and this first free fraction are departed from, this second object that this first free fraction is connected with it moves according to a predetermined physical principle.And make this electronic installation pin State Transferring to normal operating conditions from this user interface.
According to one embodiment of the invention, when this this continuous moving track touched runs through by this first object, but when this acceleration is not higher than this predetermined value, make this first object and this second object according to the motion of this predetermined physical principle, but this first object is not shown as and is cut off by this continuous moving track.
According to one embodiment of the invention, this ora terminalis be connected with this first object is the upper edge of this display frame, and this first object is a rope, and this second object is vertical pendant object (such as pendulum) overhanging this rope.If when this continuous moving track that this on this Touch Screen touches runs through this rope by this first object, this rope of this first object is cut off by this continuous moving track, and this making this first free fraction of this rope of this first object and this second object hang down and falls object and move according to this predetermined physical principle and this first fixing part departing from this rope of this first object.
According to another embodiment of the present invention, this ora terminalis be connected with this first object is the lower ora terminalis of this display frame, and this first object is a rope body, and this second object is the buoyancy aid (such as balloon) lying in this rope body.If when this continuous moving track that this on this Touch Screen touches runs through by this rope body, this rope body is cut off by this continuous moving track, and this first free fraction and this buoyancy aid is moved according to this predetermined physical principle and departs from this first fixing part of this rope body.
According to yet another embodiment of the invention, except above-mentioned first and second object corresponding to unlocking operation, separately on this Touch Screen, display corresponds to one the 3rd object and one the 4th object of an application program launching operation, wherein the 3rd object is connected with a fixed object, 4th object is connected with the 3rd object, but be not connected with arbitrary ora terminalis of this fixed object or this display frame, and the Y-coordinate value of the 3rd object on the above-below direction of this display frame is not overlapping with the Y-coordinate value of this first object on the above-below direction of this display frame.Judge whether running through by the 3rd object corresponding to this this continuous moving track touched on this Touch Screen, and this acceleration touching movement is higher than this predetermined value.If this continuous moving track that this on this Touch Screen touches run through by the 3rd object and this this acceleration touching movement higher than this predetermined value time, then the 3rd object is shown as and is cut to one the 3rd fixing part and one the 3rd free fraction by this continuous moving track, wherein the 3rd fixing part is connected to this fixed object, 3rd free fraction is connected to the 4th object, and be shown as on this Touch Screen the 3rd fixing part and the 3rd free fraction are departed from, the 4th object that 3rd free fraction is connected with it moves according to a predetermined physical principle.And make this electronic installation switch to an application specific software executing state from this user interface locking-in state.Wherein, in the present embodiment, the manner of execution of the 3rd object and the 4th object also can dangle the pendulum on rope or tie up the manner of execution of balloon on rope as the aforementioned.
A kind of electronic installation of the embodiment of the present invention, it comprises: a Touch Screen, input is touched in order to provide a display frame and to receive, wherein this display frame display corresponds to one first object and one second object of a unlocking operation, wherein this first object is connected with an ora terminalis of this display frame, this second object is connected with this first object, but is not connected with arbitrary ora terminalis of this Touch Screen display frame, one control device, when this electronic installation is in a user interface locking-in state, monitor this Touch Screen whether to be touched, and when detecting that this Touch Screen is touched, judge on this Touch Screen correspond to this continuous moving track touched whether run through by this first object, and this acceleration touching movement is higher than a predetermined value, if this continuous moving track that this on this Touch Screen touches run through by this first object and this this acceleration touching movement higher than this predetermined value time, then control this Touch Screen, make it be shown as by this first object and be cut to one first fixing part and one first free fraction by this continuous moving track, wherein this first fixing part is connected to this ora terminalis, this first free fraction is connected to this second object, and control this Touch Screen, make to be shown as on this Touch Screen and this first fixing part and this first free fraction are departed from, this second object that this first free fraction is connected with it moves according to a predetermined physical principle, and make this electronic installation pin State Transferring to normal operating conditions from this user interface.
Said method of the present invention can be existed by procedure code mode.When procedure code to be loaded into by machine and to perform, machine becomes to carry out device of the present invention.
The invention provides one can allow user according to its life operating experience just operable simple unlocking manner, and, the invention provides a kind of under the state of electronic installation pinning, user can be allowed directly to start the mode of desired application program.
For making above-mentioned purpose of the present invention, feature and advantage become apparent, special embodiment below, and coordinate accompanying drawing, be described in detail as follows.
Accompanying drawing explanation
Fig. 1 shows the block diagram of the electronic installation according to the embodiment of the present invention.
Fig. 2 shows the process flow diagram of the method for the control electronic installation according to first embodiment of the invention.
Fig. 3 A ~ Fig. 3 F is the display frame schematic diagram according to the embodiment of the present invention.
Fig. 4 A ~ Fig. 4 D is the display frame schematic diagram according to the embodiment of the present invention.
Fig. 5 A ~ Fig. 5 C shows the process flow diagram of the method for the control electronic installation according to second embodiment of the invention.
Fig. 6 A ~ Fig. 6 C is the display frame schematic diagram according to the embodiment of the present invention.
Fig. 7 A ~ Fig. 7 C is the display frame schematic diagram according to the embodiment of the present invention.
[Main Reference Numerals explanation]
Electronic installation 10; Touch display unit 11;
Storage unit 13; Control module 15;
Display frame 30,600,40,700;
Rope 31,610,650;
Fixing part 31a, 610a, 650a, 41a, 710a, 750a;
Free fraction 31b, 610b, 650b, 41b, 710b, 750b;
Continuous moving track 33,63,43,73;
Pendulum 35,615,655; Rope 41,710,750;
Balloon 45,715,755;
S201 ~ S215, S501 ~ S507, S509 ~ S515, S539 ~ S545 step.
Embodiment
Fig. 1 shows the block diagram of the electronic installation according to the embodiment of the present invention.According to the electronic installation 10 of one embodiment of the invention, it can be such as PC and portable electron device, as the portable electric device of personal digital assistant, mobile phone, intelligent mobile phone, mobile Internet access device (MobileInternetDevice, MID) etc.
Electronic installation 10 at least comprises a touch display unit 11, storage unit 13 and a control module 15.
Wherein, touch display unit 11 can be a Touch Screen, and it is the display unit in conjunction with a touch inductor (figure does not show).Above-mentioned touch inductor has the touch surface of the inductor comprising at least one dimension, in order to detect as the contact in its surface of finger or the input tool such as pointer and movement.Touch display unit 11 can show related data and/or relevant indicators and interface etc.In addition, touch display unit 11 also can receive the input of user, and correlated inputs is sent to control module 15 to carry out subsequent treatment.
The data such as various user's information, setting data and procedure code in storage unit 13 storage electronics 10.
Control module 15 is in order to perform the method for control electronic installation of the present invention, and the details of the method is as aftermentioned.
Fig. 2 shows the process flow diagram of the method for the control electronic installation according to first embodiment of the invention.Method according to the control electronic installation of first embodiment of the invention goes for the similar handheld apparatus as personal digital assistant, mobile phone, intelligent mobile phone, mobile Internet access device etc.Wherein, in the present embodiment, electronic installation can have the similar touch display unit as Touch Screen.
In step S201, this electronic installation is made to be in a user interface locking-in state.
In step S203, when this electronic installation is in a user interface locking-in state, and this Touch Screen is when being activated, on this Touch Screen, display corresponds to one first object and one second object of a unlocking operation, wherein this first object is connected with an ora terminalis of this Touch Screen display frame, this second object is connected with this first object, but is not connected with arbitrary ora terminalis of this Touch Screen display frame.Wherein, above-mentioned first object and the second object can have various different design, and such as, this first object is a rope, and this second object is the vertical pendant objects (see Fig. 3 A ~ Fig. 3 F) such as the pendulum overhanging this rope; Again such as, this first object is a rope body, and this second object is the buoyancy aids (see Fig. 4 A ~ Fig. 4 D) such as the balloon lying in this rope body.
In step S205, monitor this Touch Screen and whether touched, if this Touch Screen is touched, then perform step S207, if this Touch Screen is not touched, then get back to step S201, make this electronic installation be in a user interface locking-in state.
In step S207, judge on this Touch Screen correspond to this continuous moving track touched whether run through by this first object, if this this continuous moving track touched runs through by this first object, then perform step S209, if this this continuous moving track touched does not run through by this first object, then the method gets back to step S201, makes this electronic installation be in a user interface locking-in state.
In step S209, judge whether this acceleration touching movement is greater than a predetermined value.If this acceleration touching movement is greater than a predetermined value, then the method performs step S211, if this acceleration touching movement is not greater than a predetermined value, then the method performs step S213.
In step S211, this first object is shown as and is cut to one first fixing part and one first free fraction by this continuous moving track, wherein this first fixing part is connected to this ora terminalis, this first free fraction is connected to this second object, and be shown as on this Touch Screen this first fixing part and this first free fraction are departed from, this second object that this first free fraction is connected with it moves according to a predetermined physical principle.
After step S211 is finished, perform step S215, electronic installation pins State Transferring to normal operating conditions from this user interface.In this normal operating conditions, user can according to needs, start the function of electronic installation, such as, call, opening network browser etc.
In step S213, when this this continuous moving track touched runs through by this first object, but when this acceleration is not higher than this predetermined value, make this first object and this second object according to the motion of this predetermined physical principle, but this first object is not shown as and is cut off by this continuous moving track.
In Fig. 3 A ~ Fig. 3 F, display is according in first embodiment of the invention, and this electronic installation is a mobile phone, and this first object is a rope, and this second object is the example of the display frame of the vertical pendant object such as pendulum overhanging this rope.
See Fig. 3 A, when this mobile phone is in a user interface locking-in state, and this Touch Screen is when being activated, the display frame 30 shown by Touch Screen shows rope 31 (the first object) and overhangs the pendulum 35 (the second object) of this rope 31.
According to the present embodiment, in mobile phone, be configured with gravity sensor.When mobile phone be in user interface locking-in state be not yet unlocked time, induction according to gravity sensor exports, rope 31 is shown as and is connected with the upper edge of this Touch Screen display frame, pendulum 35 is shown as towards gravity direction sagging, and carry out the physical motions such as simple swing according to the physical principle preset, as shown in Figure 3 B.
See Fig. 3 C and Fig. 3 D, when user uses finger or other object contact Touch Screens, and slide when pulling out a continuous moving track 33, if continuous moving track 33 runs through by rope 31, and the acceleration of this movement is when being greater than a predetermined value (now continuous moving track 33 is represented by dotted lines), is shown as by rope 31 and is cut to two parts by continuous moving track 33: fixing part 31a and free fraction 31b.Wherein, the fixing part 31a of rope 31 is connected to the upper edge of display frame 30, and the free fraction 31b of rope 31 then links with pendulum 35.Now, display frame 30 is shown as: fixing part 31a is separated with free fraction 31b is cut-off, fixing part 31a is according to this predetermined physical principle whipping, and free fraction 31b and pendulum 35 are according to this predetermined physical principle, departs from fall from the place of the free fraction 31b disconnected.
See Fig. 3 E and Fig. 3 F, when pendulum 35 drops to the scope exceeding display frame 30, mobile phone is unlocked, and pins State Transferring to normal operating conditions from this user interface.
In addition, if continuous moving track 33 runs through by rope 31, but when the acceleration of this movement is not greater than a predetermined value, rope 31 is not shown as and is cut off by continuous moving track 33 by system, but allow rope 31 and pendulum 35 according to the accekeration measured and the motion of this predetermined physical principle.
In above-described embodiment, the acceleration of towing of sliding is added consideration, is in order to avoid causing mobile phone to unlock because of false touch.Therefore be designed to user and must pull out with the slip of enough acceleration the continuous moving track run through by rope, rope could be cut off; If slide, the underspeed of towing is to cut off rope, just can only stir rope 31, rope 31 and pendulum 35 are swung along with the action of stirring.Above-mentioned avoid false touch be designed to illustrate, the present invention is not as limit.
In Fig. 4 A ~ Fig. 4 D, display is according in first embodiment of the invention, and this electronic installation is a mobile phone, and this first object is a rope, and this second object is the example of the display frame of the balloon tied up on rope.
See Fig. 4 A, when this mobile phone is in a user interface locking-in state, and this Touch Screen is when being activated, the display frame 40 shown by Touch Screen shows rope 41 (the first object) and ties up to the balloon 45 (the second object) on rope 41.
According to the present embodiment, in mobile phone, be configured with gravity sensor.When mobile phone be in user interface locking-in state be not yet unlocked time, the induction according to gravity sensor exports, and is shown as by rope 41 and is connected with the lower ora terminalis of this Touch Screen display frame, be shown as by balloon 45 and float towards the reverse direction of gravity.
See Fig. 4 B, when user uses finger or other object contact Touch Screens, and slide when pulling out a continuous moving track 43, if continuous moving track 43 runs through by rope 41, and the acceleration of this movement is when being greater than a predetermined value (now continuous moving track 43 is represented by dotted lines), is shown as by rope 41 and is cut to two parts by continuous moving track 43: fixing part 41a and free fraction 41b.Wherein, the fixing part 41a of rope 41 is connected to the lower ora terminalis of display frame 40, and the free fraction 41b of rope 41 then links with balloon 45.Now, display frame 40 is shown as: fixing part 41a is separated with free fraction 41b is cut-off, free fraction 41b and balloon 45, according to this predetermined physical principle, depart from from the place of the free fraction 41b disconnected and fly away.
See Fig. 4 C and Fig. 4 D, when balloon 45 flies out the scope of display frame 40 (Fig. 4 C), mobile phone is unlocked, and pins State Transferring to normal operating conditions (Fig. 4 D) from this user interface.
Similarly, if continuous moving track 43 runs through by rope 41, when but the acceleration of this movement is not greater than a predetermined value (figure does not show), rope 41 is not shown as and is cut off by continuous moving track 43 by system, but allows rope 41 and balloon 45 according to the accekeration measured and the motion of this predetermined physical principle.
Fig. 5 A ~ Fig. 5 C shows the process flow diagram of the method for the control electronic installation according to second embodiment of the invention.In the above-described first embodiment, on picture, show the group objects for making electronic installation unlock, in a second embodiment, except the group objects for making electronic installation unlock, on picture, display corresponds to another group objects of an application program launching operation in addition.Wherein, the group of objects for application program launching operation can have many groups, and each group objects corresponds to a kind of specific application program launching operation.Hereafter show one group of unblock object and one group of application program launching object for example to be described.
In step S501, this electronic installation is made to be in a user interface locking-in state.
In step S503, when this electronic installation is in a user interface locking-in state, and this Touch Screen is when being activated, on this Touch Screen, display corresponds to one first object and one second object of a unlocking operation, and corresponds to one the 3rd object and one the 4th object of an application program launching operation.Wherein this first object and this second object and the first embodiment similar, just size is less, and therefore its details does not repeat them here.Wherein the 3rd object is connected with a fixed object, 4th object is connected with the 3rd object, but be not connected with arbitrary ora terminalis of this fixed object or this display frame, and the Y-coordinate value of the 3rd object on the above-below direction of this display frame not overlapping with the Y-coordinate value of this first object on the above-below direction of this display frame (see Fig. 6 A and Fig. 7 A).
In step S505, monitor this Touch Screen and whether touched, if this Touch Screen is touched, then perform step S507, if this Touch Screen is not touched, then get back to step S501, make this electronic installation be in a user interface locking-in state.
In step s 507, judge on this Touch Screen correspond to this continuous moving track touched whether run through by this first object or the 3rd object, if this this continuous moving track touched runs through by this first object, then executive routine A, if this this continuous moving track touched runs through by the 3rd object, then executive routine B, if this this continuous moving track touched both had not run through do not run through the 3rd object by this first object yet, then the method gets back to step S501, makes this electronic installation be in a user interface locking-in state.
See Fig. 5 B, when the first object for unlocking operation is run through by this continuous moving track touched, perform unlocking operation.
In step S509, judge whether this acceleration touching movement is greater than a predetermined value.If this acceleration touching movement is greater than a predetermined value, then the method performs step S511, if this acceleration touching movement is not greater than a predetermined value, then the method performs step S513.
In step S511, this first object is shown as and is cut to one first fixing part and one first free fraction by this continuous moving track, wherein this first fixing part is connected to this ora terminalis, this first free fraction is connected to this second object, and be shown as on this Touch Screen this first fixing part and this first free fraction are departed from, this second object that this first free fraction is connected with it moves according to a predetermined physical principle.
After step S511 is finished, perform step S515, electronic installation pins State Transferring to normal operating conditions from this user interface.
In step S513, when this this continuous moving track touched runs through by this first object, but when this acceleration is not higher than this predetermined value, make this first object and this second object according to the motion of this predetermined physical principle, but this first object is not shown as and is cut off by this continuous moving track.
See Fig. 5 C, when the 3rd object for application program launching operation is run through by this continuous moving track touched, executive utility start-up operation.
In step S539, judge whether this acceleration touching movement is greater than a predetermined value.If this acceleration touching movement is greater than a predetermined value, then the method performs step S541, if this acceleration touching movement is not greater than a predetermined value, then the method performs step S543.
In step S541,3rd object is shown as and is cut to one the 3rd fixing part and one the 3rd free fraction by this continuous moving track, wherein the 3rd fixing part is connected to this fixed object, 3rd free fraction is connected to the 4th object, and be shown as on this Touch Screen the 3rd fixing part and the 3rd free fraction are departed from, the 4th object that the 3rd free fraction is connected with it moves according to this predetermined physical principle.
After step S541 is finished, perform step S545, electronic installation is directly switch to application specific software executing state corresponding to the 3rd object from this user interface locking-in state.
In step S543, when this this continuous moving track touched runs through by the 3rd object, but when this acceleration is not higher than this predetermined value, make the 3rd object and the 4th object according to the motion of this predetermined physical principle, but the 3rd object is not shown as and is cut off by this continuous moving track.
In Fig. 6 A ~ Fig. 6 C, display is according in second embodiment of the invention, and this electronic installation is a mobile phone, and this first object and the 3rd object are rope, and this second object and the 4th object are the example of the display frame of the vertical pendant object such as pendulum overhanging this rope.
See Fig. 6 A, when this mobile phone is in a user interface locking-in state, and this Touch Screen is when being activated, display frame 600 shown by Touch Screen shows rope 610 (the first object) and overhangs the pendulum 615 (the second object) of this rope 610, and one end is fixed on the rope 650 of fixed object 65 and overhangs the pendulum 655 of this rope 650.Wherein rope 610 and rope 650 Y-coordinate value on the above-below direction of this display frame 600 does not have overlap, in order to avoid the gesture of user when carrying out unlocking operation and application program launching operation interferes with each other, causes the problem in use.
Similar in rope 610/ pendulum 615 in a second embodiment and the mode of motion of rope 650/ pendulum 655 and the first embodiment, the induction be all according to gravity sensor exports and default physical principle, make pendulum 615 and 655 sagging and carry out the physical motions such as simple swing towards gravity direction, do not repeat them here.
See Fig. 6 B, when user uses finger or other object contact Touch Screens, and slide when pulling out a continuous moving track 63, if continuous moving track 63 runs through by rope 610, and the acceleration of this movement is when being greater than a predetermined value (now continuous moving track 63 is represented by dotted lines), is shown as by rope 610 and is cut to two parts by continuous moving track 63: fixing part 610a and free fraction 610b.Wherein, the fixing part 610a of rope 610 is connected to the upper edge of display frame 600, and the free fraction 610b of rope 610 then links with pendulum 615.Now, display frame 600 is shown as: fixing part 610a is separated with free fraction 610b is cut-off, fixing part 610a is according to this predetermined physical principle whipping, and free fraction 610b and pendulum 615 are according to this predetermined physical principle, departs from fall from the place of the free fraction 610b disconnected.
When pendulum 615 drops to the scope exceeding display frame 600, mobile phone is unlocked, and pins State Transferring to normal operating conditions from this user interface.The display frame of this normal operating conditions as illustrated in Figure 3 F, no longer repeats to draw at this.
In addition, if continuous moving track 63 runs through by rope 610, when but the acceleration of this movement is not greater than a predetermined value, rope 610 is not shown as and is cut off by continuous moving track 63 by system, but allows rope 610 and pendulum 615 according to the accekeration measured and the motion of this predetermined physical principle.
See Fig. 6 C, when user uses finger or other object contact Touch Screens, and slide when pulling out a continuous moving track 63, if continuous moving track 63 runs through by rope 650, and the acceleration of this movement is when being greater than a predetermined value (now continuous moving track 63 is represented by dotted lines), is shown as by rope 650 and is cut to two parts by continuous moving track 63: fixing part 650a and free fraction 650b.Wherein, the fixing part 650a of rope 650 is connected to fixed object 65, and the free fraction 650b of rope 610 then links with pendulum 655.Now, display frame 600 is shown as: fixing part 650a is separated with free fraction 650b is cut-off, fixing part 650a is according to this predetermined physical principle whipping, and free fraction 650b and pendulum 655 are according to this predetermined physical principle, departs from fall from the place of the free fraction 650b disconnected.
When pendulum 655 drops to the scope exceeding display frame 600, mobile phone pins State Transferring to application specific software executing state from this user interface.
In Fig. 7 A ~ Fig. 7 C, display is according in second embodiment of the invention, and this electronic installation is a mobile phone, and this first object and the 3rd object are rope, and this second object and the 4th object are the example of the display frame of the balloon tied up on rope.
See Fig. 7 A, when this mobile phone is in a user interface locking-in state, and this Touch Screen is when being activated, display frame 700 shown by Touch Screen shows rope 710 (the first object) and ties up to the balloon 715 (the second object) on rope 710, and one end rope 750 (the 3rd object) of being fixed on fixed object 75 and the balloon 755 (the 4th object) that ties up on rope 750.Wherein rope 710 and rope 750 Y-coordinate value on the above-below direction of this display frame 700 does not have overlap, in order to avoid the gesture of user when carrying out unlocking operation and application program launching operation interferes with each other, causes the problem in use.
Similar in rope 710/ balloon 715 in a second embodiment and the mode of motion of rope 750/ balloon 755 and the first embodiment, the induction be all according to gravity sensor exports and default physical principle, balloon 715 and 755 is floated towards the reverse direction of gravity, does not repeat them here.
See Fig. 7 B, when user uses finger or other object contact Touch Screens, and slide when pulling out a continuous moving track 73, if continuous moving track 73 runs through by rope 710, and the acceleration of this movement is when being greater than a predetermined value (now continuous moving track 73 is represented by dotted lines), is shown as by rope 710 and is cut to two parts by continuous moving track 73: fixing part 710a and free fraction 710b.Wherein, the fixing part 710a of rope 710 is connected to the lower ora terminalis of display frame 700, and the free fraction 710b of rope 710 then links with balloon 715.Now, display frame 700 is shown as: fixing part 710a is separated with free fraction 710b is cut-off, free fraction 710b and balloon 715, according to this predetermined physical principle, depart from from the place of the free fraction 710b disconnected and fly away.When balloon 715 flies out the scope of display frame 700, mobile phone is unlocked, and pins State Transferring to normal operating conditions from this user interface.
Similarly, if continuous moving track 73 runs through by rope 710, when but the acceleration of this movement is not greater than a predetermined value (figure does not show), rope 710 is not shown as and is cut off by continuous moving track 73 by system, but allows rope 710 and balloon 715 according to the accekeration measured and the motion of this predetermined physical principle.
See Fig. 7 C, when user uses finger or other object contact Touch Screens, and slide when pulling out a continuous moving track 73, if continuous moving track 73 runs through by rope 750, and the acceleration of this movement is when being greater than a predetermined value (now continuous moving track 73 is represented by dotted lines), is shown as by rope 750 and is cut to two parts by continuous moving track 73: fixing part 750a and free fraction 750b.Wherein, the fixing part 750a of rope 750 is connected to fixed object 75, and the free fraction 750b of rope 750 then links with balloon 755.Now, display frame 700 is shown as: fixing part 750a is separated with free fraction 750b is cut-off, free fraction 750b and balloon 755, according to this predetermined physical principle, depart from from the place of the free fraction 750b disconnected and fly away.When balloon 755 flies out the scope of display frame 700, mobile phone pins State Transferring application specific software executing state from this user interface.
Above-mentioned diagram object is only illustration, and the present invention is not as limit, and various different objects display has different display patterns according to the physical principle corresponding to it.
Although the present invention with preferred embodiment openly as above; so itself and be not used to limit the present invention; any those of ordinary skill in the art; without departing from the spirit and scope of the present invention; when doing a little change and retouching, the scope that therefore protection scope of the present invention ought define depending on appended claim is as the criterion.
Claims (14)
1. control a method for electronic installation, wherein this electronic installation has a Touch Screen, and the method comprises:
On this Touch Screen, display corresponds to one first object and one second object of a unlocking operation, wherein this first object is connected with an ora terminalis of this Touch Screen display frame, this second object is connected with this first object, but is not connected with arbitrary ora terminalis of this Touch Screen display frame;
When this electronic installation is in a user interface locking-in state, monitors this Touch Screen and whether touched;
When this Touch Screen is touched, judge whether running through by this first object corresponding to this continuous moving track touched on this Touch Screen, and this acceleration touching movement is greater than a predetermined value;
If this continuous moving track that this on this Touch Screen touches runs through by this first object and this this acceleration touching movement is greater than this predetermined value time, then this first object is shown as and is cut to one first fixing part and one first free fraction by this continuous moving track, wherein this first fixing part is connected to this ora terminalis, this first free fraction is connected to this second object, and be shown as on this Touch Screen this first fixing part and this first free fraction are departed from, this second object that this first free fraction is connected with it moves according to a predetermined physical principle, and
This electronic installation is made to pin State Transferring to normal operating conditions from this user interface;
On this Touch Screen, display corresponds to one the 3rd object and one the 4th object of an application program launching operation, wherein the 3rd object is connected with a fixed object, 4th object is connected with the 3rd object, but be not connected with arbitrary ora terminalis of this fixed object or this display frame, and the Y-coordinate value of the 3rd object on the above-below direction of this display frame is not overlapping with the Y-coordinate value of this first object on the above-below direction of this display frame;
Judge whether running through by the 3rd object corresponding to this this continuous moving track touched on this Touch Screen, and this acceleration touching movement is higher than this predetermined value;
If this continuous moving track that this on this Touch Screen touches run through by the 3rd object and this this acceleration touching movement higher than this predetermined value time, then the 3rd object is shown as and is cut to one the 3rd fixing part and one the 3rd free fraction by this continuous moving track, wherein the 3rd fixing part is connected to this fixed object, 3rd free fraction is connected to the 4th object, and be shown as on this Touch Screen the 3rd fixing part and the 3rd free fraction are departed from, the 4th object that 3rd free fraction is connected with it moves according to a predetermined physical principle, and
This electronic installation is made to switch to an application specific software executing state from this user interface locking-in state.
2. the method controlling electronic installation as claimed in claim 1, also comprises:
When this this continuous moving track touched runs through by this first object, but when this acceleration is not higher than this predetermined value, make this first object and this second object according to the motion of this predetermined physical principle, but this first object is not shown as and is cut off by this continuous moving track.
3. the method controlling electronic installation as claimed in claim 1, this ora terminalis be wherein connected with this first object is the upper edge of this display frame, and this first object is a rope, and this second object is the vertical pendant object overhanging this rope; If when this continuous moving track that this wherein on this Touch Screen touches runs through this rope by this first object, this rope of this first object is cut off by this continuous moving track, and this making this first free fraction of this rope of this first object and this second object hang down and falls object and move according to this predetermined physical principle and this first fixing part departing from this rope of this first object.
4. the method controlling electronic installation as claimed in claim 1, this ora terminalis be wherein connected with this first object is the lower ora terminalis of this display frame, and this first object is a rope body, and this second object is the buoyancy aid lying in this rope body; If when this continuous moving track that this wherein on this Touch Screen touches runs through by this rope body, this rope body is cut off by this continuous moving track, and this first free fraction and this buoyancy aid is moved according to this predetermined physical principle and departs from this first fixing part of this rope body.
5. the method controlling electronic installation as claimed in claim 1, also comprises:
When this this continuous moving track touched runs through by the 3rd object, but when this acceleration touching movement is not higher than this predetermined value, make the 3rd object and the 4th object according to the motion of this predetermined physical principle, but the 3rd object is not shown as and is cut off by this continuous moving track.
6. the method controlling electronic installation as claimed in claim 1, wherein the 3rd object is a rope, and the 4th object is the vertical pendant object overhanging this rope; If when this continuous moving track that this wherein on this Touch Screen touches runs through this rope by the 3rd object, this rope of 3rd object is cut off by this continuous moving track, and this making the 3rd free fraction of this rope of the 3rd object and the 4th object hang down and falls object and move according to this predetermined physical principle and the 3rd fixing part departing from this rope of the 3rd object.
7. the method controlling electronic installation as claimed in claim 1, wherein the 3rd object is a rope body, and the 4th object is the buoyancy aid lying in this rope body; If when this continuous moving track that this wherein on this Touch Screen touches runs through this rope body by the 3rd object, this rope body of 3rd object is cut off by this continuous moving track, and the 3rd free fraction of the 3rd object and this buoyancy aid of the 4th object is moved according to this predetermined physical principle and departs from the 3rd fixing part of this rope body of the 3rd object.
8. an electronic installation, it comprises:
One Touch Screen, input is touched in order to provide a display frame and to receive, wherein this display frame display corresponds to one first object and one second object of a unlocking operation, wherein this first object is connected with an ora terminalis of this display frame, this second object is connected with this first object, but is not connected with arbitrary ora terminalis of this Touch Screen display frame; And
One control device, when this electronic installation is in a user interface locking-in state, be used for monitoring this Touch Screen whether to be touched, and when detecting that this Touch Screen is touched, judge on this Touch Screen correspond to this continuous moving track touched whether run through by this first object, and this acceleration touching movement is higher than a predetermined value, if this continuous moving track that this on this Touch Screen touches run through by this first object and this this acceleration touching movement higher than this predetermined value time, then control this Touch Screen, make it be shown as by this first object and be cut to one first fixing part and one first free fraction by this continuous moving track, wherein this first fixing part is connected to this ora terminalis, this first free fraction is connected to this second object, and control this Touch Screen, make to be shown as on this Touch Screen and this first fixing part and this first free fraction are departed from, this second object that this first free fraction is connected with it moves according to a predetermined physical principle, and make this electronic installation pin State Transferring to normal operating conditions from this user interface,
This Touch Screen also shows one the 3rd object and one the 4th object that correspond to an application program launching operation in this display frame, wherein the 3rd object is connected with a fixed object, 4th object is connected with the 3rd object, but be not connected with arbitrary ora terminalis of this fixed object or this display frame, and the Y-coordinate value of the 3rd object on the above-below direction of this display frame is not overlapping with the Y-coordinate value of this first object on the above-below direction of this display frame;
This control device judges whether running through by the 3rd object corresponding to this this continuous moving track touched on this Touch Screen, and this acceleration touching movement is higher than this predetermined value;
If this control device judge this on this Touch Screen this continuous moving track of touching run through by the 3rd object and this this acceleration touching movement higher than this predetermined value time, then control this Touch Screen, it is made to be shown as the 3rd object for be cut to one the 3rd fixing part and one the 3rd free fraction by this continuous moving track, wherein the 3rd fixing part is connected to this fixed object, 3rd free fraction is connected to the 4th object, and be shown as on this Touch Screen the 3rd fixing part and the 3rd free fraction are departed from, the 4th object that 3rd free fraction is connected with it moves according to a predetermined physical principle, and
This control device makes this electronic installation switch to an application specific software executing state from this user interface locking-in state.
9. electronic installation as claimed in claim 8, wherein this control device is used for further:
When this this continuous moving track touched runs through by this first object, but when its acceleration is not higher than this predetermined value, control this Touch Screen, make it be shown as this first object and this second object according to the motion of this predetermined physical principle, but this first object is not shown as and is cut off by this continuous moving track.
10. electronic installation as claimed in claim 8, wherein this display frame is shown as this first object and is connected with the upper edge of this display frame, and this first object is a rope, and this second object is overhang one of this rope to hang down and fall object; When wherein this control device is judged as that this on this Touch Screen this continuous moving track of touching runs through this rope by this first object, control this Touch Screen, its this rope being shown as this first object is cut off by this continuous moving track, and this making this first free fraction of this rope of this first object and this second object hang down and falls object and move according to this predetermined physical principle and this first fixing part departing from this rope of this first object.
11. electronic installations as claimed in claim 8, wherein this display frame is shown as this first object and is connected with the lower ora terminalis of this display frame, and this first object is a rope body, and this second object is the buoyancy aid lying in this rope body; When wherein this control device judges that this on this Touch Screen this continuous moving track of touching runs through by this rope body, control this Touch Screen, make it show this rope body to be cut off by this continuous moving track, and this first free fraction and this buoyancy aid are moved according to this predetermined physical principle and departs from this first fixing part of this rope body.
12. electronic installations as claimed in claim 8, wherein this control device judges that this continuous moving track that this touches runs through by the 3rd object, but when this acceleration touching movement is not higher than this predetermined value, control this Touch Screen, make it be shown as to make the 3rd object and the 4th object according to the motion of this predetermined physical principle, but the 3rd object is not shown as and is cut off by this continuous moving track.
13. electronic installations as claimed in claim 8, the 3rd object of wherein this Touch Screen display is a rope, and the 4th object is the vertical pendant object overhanging this rope; When wherein this control device judges that this on this Touch Screen this continuous moving track of touching runs through this rope by the 3rd object, control this Touch Screen, its this rope being shown as the 3rd object is cut off by this continuous moving track, and this making the 3rd free fraction of this rope of the 3rd object and the 4th object hang down and falls object and move according to this predetermined physical principle and the 3rd fixing part departing from this rope of the 3rd object.
14. electronic installations as claimed in claim 8, the 3rd object of wherein this Touch Screen display is a rope body, and the 4th object is the buoyancy aid lying in this rope body; If when wherein this control device judges that this on this Touch Screen this continuous moving track of touching runs through this rope body by the 3rd object, control this Touch Screen, its this rope body being shown as the 3rd object is cut off by this continuous moving track, and the 3rd free fraction of the 3rd object and this buoyancy aid of the 4th object is moved according to this predetermined physical principle and departs from the 3rd fixing part of this rope body of the 3rd object.
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| CN201210022868.2A CN103197873B (en) | 2012-01-10 | 2012-01-10 | The method of electronic installation and control electronic installation |
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| CN201210022868.2A CN103197873B (en) | 2012-01-10 | 2012-01-10 | The method of electronic installation and control electronic installation |
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| KR101650102B1 (en) * | 2009-09-22 | 2016-08-23 | 삼성전자주식회사 | Method of Providing User Interface of Mobile Terminal Equipped with Touch screen and Mobile Terminal thereof |
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