CN101308415B - Block-free touch control operation electronic device possessing switchable user interface - Google Patents
Block-free touch control operation electronic device possessing switchable user interface Download PDFInfo
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- CN101308415B CN101308415B CN200710104021.8A CN200710104021A CN101308415B CN 101308415 B CN101308415 B CN 101308415B CN 200710104021 A CN200710104021 A CN 200710104021A CN 101308415 B CN101308415 B CN 101308415B
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Abstract
The invention discloses an electronic device which can switch the user interface, and an electronic device which enables unimpeded touch-control operation; the electronic device which can switch the user interface comprises a display, a touch-control sensing device, a contact signal location detection module group, and a processing module group; wherein, the touch-control sensing device is used to detect the contact signal of an input tool. The contact signal location detection module group is coupled to the display and the touch-control sensing device to determine whether the contact signal is in the specific region of the touch-control sensing device, and to determine whether the location of the contact signal is changed if the contact signal is in the specific region. The processing module group is coupled to the contact signal location detection module group to open and display the user interface on the display when the location of the contact signal is changed, so as to increase the convenience in using electronic devices.
Description
Technical field
The invention relates to a kind of electronic installation, and relate to the electronic installation with switching user interface and block-free touch control operation especially.
Background technology
Along with making rapid progress of two indicator device (Pointing Stick and Touch Pad) technology, be no matter the manufacturer of the electronic products such as notebook computer, mobile phone or portable multimedia player, all have and utilize touch control screen to replace conventional keyboard using the trend as inputting interface of new generation.For mobile phone, user must the display frame contrasted on screen click keyboard when operation with traditional mobile phone, just can carry out input characters or choose the operational motions such as menu accordingly.But for the mobile phone of an operation combination of touch control formula screen, user only need by the such as device such as pointer (stylus), just can directly input characters or opening application program on screen.As can be seen here, touch control screen is real is one input mode more easily.
But for the hand-hold electronic device that some external form is comparatively light and handy, the size of its touch control screen is limited, therefore manufacturer is when designing user interface, be bound to reduce menu select item size, more function choosing-item could be shown on screen thus.Within have a Windows hand-hold electronic device be example, the functional type that Windows is supported is various, and is be presented in " beginning " menu in the mode of hierarchic option list mostly.Therefore, when user wants to open a certain function, " beginning " menu must be clicked, then again from " " look for menu position for the function performed in menu, finally click corresponding option on functional menu to open this function.Action through successively clicking could open the menu needed, for hand-hold electronic device operation, will cause considerable inconvenience undoubtedly.
In addition, if user loses pointer accidentally, or be when pointer not on hand time, select item size for fear of user interface, user may be forced to must be undertaken inputting or operating the actions such as menu by finger tip.Under these circumstances, then the option choosing mistake because option is too little is easy to, so that open non-essential user interface.So, user must return to last layer user interface and re-start operation, could open correct user interface accordingly.Be not difficult to infer, the generation of this situation certainly will will expend many unnecessary running times.Just because of this, how allowing user just directly can successfully open various user interface on touch control screen by finger, and then operate user interface easily, is definitely one of key factor of the convenience of lifting operation electronic installation.
In addition, the shell of existing hand-hold electronic device is close to the edge of display area that display is touched in control usually, and comparatively the touch-control sensing plane of the tactile display of control is protruded many.Because shell protuberance branch stops that the control of input tool (comprising finger or pointer) touches operation and easy scratch finger; therefore user can not touch the pixel that the edge of display area of display is touched in control fast and effectively; and very smooth-going touch control operation cannot be carried out; in addition; the non-display area of the tactile display of control still has the ability of touch-control sensing; and the shell of general hand-held device can cover this region usually; except hindering the touch control operation of user, and the application allowing control touch the touch-control sensing of display is restricted.
Summary of the invention
In view of this, the invention provides and a kind of there is the electronic installation at switchable user interface and a kind of electronic installation of block-free touch control operation.Position and the moving direction thereof of the activation signal that touch-sensitive display produces can be contacted according to input tool, open according to this, close, or switch different user interfaces.
The present invention proposes a kind of electronic installation with switching user interface, and this device comprises display, touch control induction device, activation signal position detecting module and process module.Wherein display is in order to show a user interface, and this user interface has multiple first finger and can touch image or have multiple first finger and can touch image.Touch control induction device comprises a contact panel, this touch control induction device and this display form a touch-sensitive display, activation signal, activation signal position detecting module in order to detect input tool are coupled to display and touch control induction device, in order to judge whether activation signal is positioned at the specific region of touch control induction device, if be positioned at specific region, then judge whether the position of activation signal changes.Wherein, this activation signal position detecting module also calculates a displacement of this activation signal, judges whether this displacement is greater than a preset value; If this displacement is greater than this preset value, then judge that the position of this activation signal changes.Process module is coupled to activation signal position detecting module, when changing in order to be moved in the position of activation signal, opens over the display and shows another user interface, to replace this user interface.This another user interface has multiple second finger and can touch image or have multiple second finger and can touch image.Described multiple second finger can be touched image and described multiple second finger and can touch image and be different from described multiple first and point and can touch image and described multiple first and point and can touch image.This first finger can touch image can touch with this second finger the contract drawing that image is the execution picture of corresponding application program separately.User can touch image by this first finger of touching, this first finger can be touched image, this second finger can touch image or this second finger can touch image and perform corresponding application program.
The present invention proposes again a kind of electronic installation with switching user interface, and this device comprises display, touch control induction device, activation signal position detecting module, activation signal moving direction detecting module and process module.Wherein display is in order to show a user interface, and this user interface has multiple first finger and can touch image or have multiple first finger and can touch image.Touch control induction device comprises a contact panel, and this touch control induction device and this display form a touch-sensitive display, in order to detect the activation signal of input tool.Activation signal position detecting module is coupled to display and touch control induction device, in order to judge whether activation signal is positioned at the specific region of touch control induction device, if be positioned at specific region, then judges whether the position of activation signal changes.Wherein, this activation signal position detecting module also calculates a displacement of this activation signal, judges whether this displacement is greater than a preset value; If this displacement is greater than this preset value, then judge that the position of this activation signal changes.Activation signal moving direction detecting module is coupled to activation signal position detecting module, in order to detect the moving direction of activation signal.Process module is coupled to activation signal position detecting module and activation signal moving direction detecting module, when changing in order to be moved in the position of activation signal, open over the display according to moving direction and show another user interface, to replace this user interface.This another user interface has multiple second finger and can touch image or have multiple second finger and can touch image.Described multiple second finger can be touched image and described multiple second finger and can touch image and be different from described multiple first and point and can touch image and described multiple first and point and can touch image.This first finger can touch image can touch with this second finger the contract drawing that image is the execution picture of corresponding application program separately.User can touch image by this first finger of touching, this first finger can be touched image, this second finger can touch image or this second finger can touch image and perform corresponding application program.
The present invention proposes a kind of electronic installation of block-free touch control operation, and in order to open a user interface, it comprises housing, touch-sensitive display and processor.Its middle shell has opening.Touch-sensitive display is arranged in the opening of housing, in order to receive the activation signal of input tool, and in order to show a user interface, this user interface has multiple first finger and can touch image or have multiple first finger and can touch image, touch-sensitive display has touch-control sensing plane, and the outside surface of housing does not protrude from touch-control sensing plane in fact.Processor is coupled to touch-sensitive display, in order to judge whether activation signal is positioned at the specific region of touch-sensitive display, if be positioned at specific region, then judge whether the position of activation signal changes, and be moved in the position of activation signal change time, touch-sensitive display is opened and shows another user interface, to replace this user interface.Wherein, this processor calculates a displacement of this activation signal, judges whether this displacement is greater than a preset value; If this displacement is greater than this preset value, then judge that the position of this activation signal changes.This another user interface has multiple second finger and can touch image or have multiple second finger and can touch image.Described multiple second finger can be touched image and described multiple second finger and can touch image and be different from described multiple first and point and can touch image and described multiple first and point and can touch image.This first finger can touch image can touch with this second finger the contract drawing that image is the execution picture of corresponding application program separately.User can touch image by this first finger of touching, this first finger can be touched image, this second finger can touch image or this second finger can touch image and perform corresponding application program.
The present invention more proposes a kind of electronic installation of block-free touch control operation, and in order to switch user interface, it comprises housing, touch-sensitive display and processor.Its middle shell has opening.Touch-sensitive display is arranged in the opening of housing, in order to receive the activation signal of input tool, and in order to show a user interface, this user interface has multiple first finger and can touch image or have multiple first finger and can touch image, touch-sensitive display has touch-control sensing plane, and the outside surface of housing does not protrude from touch-control sensing plane in fact.Processor is coupled to touch-sensitive display, in order to judge whether activation signal is positioned at the specific region of touch-sensitive display, if be positioned at specific region, then judge whether the position of activation signal changes and detect the moving direction of activation signal, and be moved in the position of activation signal change time, open on touch-sensitive display according to moving direction and show another user interface, to replace this user interface.Wherein, this processor calculates a displacement of this activation signal, judges whether this displacement is greater than a preset value; If this displacement is greater than this preset value, then judge that the position of this activation signal changes.This another user interface has multiple second finger and can touch image or have multiple second finger and can touch image.Described multiple second finger can be touched image and described multiple second finger and can touch image and be different from described multiple first and point and can touch image and described multiple first and point and can touch image.This first finger can touch image can touch with this second finger the contract drawing that image is the execution picture of corresponding application program separately.User can touch image by this first finger of touching, this first finger can be touched image, this second finger can touch image or this second finger can touch image and perform corresponding application program.
Electronic installation provided by the present invention has and is positioned at conplane touch-control sensing plane with housing, can be used to the operation receiving input tool, and electronic installation is by the position of activation signal that produces according to input tool and moving direction thereof, opens, switches or close user interface according to this.And then allow user can the more convenient user interface entering needs fast, to increase the convenience of operating electronic devices.
Accompanying drawing explanation
For above-mentioned purpose of the present invention, feature and advantage can be become apparent, below in conjunction with accompanying drawing, the specific embodiment of the present invention is elaborated, wherein:
Fig. 1 is the process flow diagram of the method for operating at the user interface illustrated according to one embodiment of the invention.
Fig. 2 is the schematic diagram of the electronic installation illustrated according to one embodiment of the invention.
Fig. 3 is the schematic diagram at the user interface illustrated according to one embodiment of the invention.
Fig. 4 is the schematic diagram at the user interface illustrated according to one embodiment of the invention.
Fig. 5 is the schematic diagram at the user interface illustrated according to one embodiment of the invention.
Fig. 6 is the schematic diagram at the dynamic user interface of 3D illustrated according to one embodiment of the invention.
Fig. 7 is the schematic diagram with the electronic installation at switching user interface illustrated according to one embodiment of the invention.
Fig. 8 is the process flow diagram of the method for operating at the user interface illustrated according to another embodiment of the present invention.
Fig. 9 is the schematic diagram with the electronic installation at switching user interface illustrated according to one embodiment of the invention.
Figure 10 A is the stereographic map of the hand-hold electronic device of a kind of block-free touch control operation illustrated according to one embodiment of the invention.
Figure 10 B is the sectional view of the electronic installation of Figure 10 A.
Embodiment
When user has the electronic installation of touch-sensitive display (touch display) use one, if just can need not open or switch different user interfaces rapidly via operation menu, certainly will be able to shorten the running time and increase the efficiency in use.The present invention is based on above-mentioned viewpoint and then a kind of method of operating of user interface that develops.In order to make content of the present invention more clear, below especially exemplified by the example that embodiment can be implemented really according to this as the present invention.
Fig. 1 is the process flow diagram of the method for operating at the user interface illustrated according to one embodiment of the invention.The present embodiment illustrates on the electronic installation with touch-sensitive display, opens the detailed step at user interface via operational motion.Wherein electronic installation comprises mobile phone, personal digital assistant, smart mobile phone and notebook computer etc., does not limit its scope at this.
Refer to Fig. 1, first as shown at step 110, the activation signal produced during detecting input tool contact touch-sensitive display.Wherein, input tool can be such as the finger or pointer etc. of user.With regard to the manufacturing technology of touch-sensitive display, in the electronic installation 200 that Fig. 2 illustrates, touch-sensitive display 210 can be divided into viewing area 211 and non-display area 213.Wherein, viewing area 211 be common people touch control screen (touch screen) region be familiar with, it not only can be used for display frame, and user more can be allowed to utilize input tool on viewing area 211, directly carry out input characters or click the operational motions such as menu.And although non-display area 213 in order to display frame, but still cannot have sensing function, the action of input tool can be detected accordingly.In the present embodiment, the surface of contact between the viewing area 211 of touch-sensitive display 210 and non-display area 213 can be such as be positioned at same plane or Different Plane, does not limit its scope at this.
Next as shown at step 120, judge whether activation signal is positioned in the middle of the specific region of touch-sensitive display.The fringe region that this specific region includes near the edge of viewing area (is namely inwardly no more than the scope of finger contact size by the edge of viewing area, fringe region 215 as shown in Figure 2), central area in viewing area (namely belongs to the part beyond fringe region in viewing area, central area 230 such as shown in Fig. 2), or the non-display area on touch-sensitive display (non-display area 213 as shown in Figure 2).
If activation signal is positioned at the specific region on touch-sensitive display, then in step 130, judge whether the position of activation signal changes.Further, judge that the position of activation signal makes no changing first must calculate the displacement of activation signal, and this displacement can be the displacement produced in special time (such as 0.2 second).Then displacement and preset value are compared, if displacement is greater than preset value, so just judge that the position of activation signal changes.That is, represent input tool when the position of activation signal changes after contact touch-sensitive display, have to produce within special time and move.
As shown in step 140, such as open user interface according to the position of specific region finally.Open the mode at user interface and comprise towing display user interface, display edge from touch-sensitive display, and be in the present embodiment by the edge of activation signal closest to viewing area, the towing of user interface is shown in viewing area.
For example, if on electronic installation 200, setting is used for opening the specific region at user interface is fringe region 215.So at the finger contact fringe region 215 of user, and mobile one section exceed the displacement of preset value after, new user interface will from the edge 217 of viewing area 211, is towedly shown in viewing area 211.
In another embodiment, if on electronic installation 200, setting is used for opening the specific region at user interface is non-display area 213, user can by with point touching non-display area 213 on contact point 220 and the finger that slides, when the displacement of finger sliding exceedes preset value, so electronic installation 200 will from contact point 220 immediate edge (i.e. the edge 217 of viewing area 211) open user interface and towing be presented at viewing area 211.
In the above-described embodiments, the user interface be unlocked be such as comprise have finger can touch image (icon) user interface (user interface 300 as shown in Figure 3), there is the user interface that finger can touch image (image), and finger can touch the contract drawing (miniature) that image is such as the execution picture of application program, user interface 400 as shown in Figure 4, or common user interface (user interface 500 as shown in Figure 5).
In another embodiment, such as show an existing user interface on the electronic device, user can by the same or analogous step of method of operating with the user interface shown in Fig. 1, by the display edge (such as activation signal is closest to the edge of viewing area) of touch-sensitive display, existing user interface is opened, switches, or close user interface.
For example, by aforesaid operations method, user can have the user interface (user interface 300 as shown in Figure 3) the common user interface of upper unlatching (user interface 500 as shown in Figure 5) pointed and can touch image.Such as again comprising the user interface (user interface 400 as shown in Figure 4) the common user interface of upper unlatching (user interface 500 as shown in Figure 5) having and point and can touch image.In addition, user above can also open have to point at common user interface (user interface 500 as shown in Figure 5) and can touch image or point the user interface (user interface 300 as shown in Figures 3 and 4 and user interface 400) can touching image.Or to have at one and another is opened in user interface that finger can touch image (or finger can touch image) there is the user interface that finger can touch image (or finger can touch image).
In the present embodiment, existing user interface and the user interface to be unlocked afterwards be lay respectively at 3D dynamic user interface (3D motion user interface) (the dynamic user of 3D as shown in Figure 6 interface 610) two planes on (in two such as adjacent planes).And the dynamic user interface 610 of 3D can be polyhedron (polyhedron) or cube (cube), do not limit its scope at this.Wherein, the dynamic user interface 610 of 3D is around axial-rotation.For example, as shown in Figure 6, the dynamic user interface 610 of 3D be such as rotate up around X-axis 611, around Z axis 613 to right rotation, or to rotate to 615 around sloping shaft.
It is worth mentioning that, the method for operating at above-mentioned user interface such as can perform in any system possessing robot calculator ability.In other words, above-described embodiment is designed to a computer program, utilize the recording medium of readable in computer (such as CD or hard disk) to store this computer program, and be loaded in electronic computer system, just can perform the method for operating at the user interface described in above-described embodiment.
Fig. 7 is the schematic diagram with the electronic installation at switching user interface illustrated according to one embodiment of the invention.Refer to Fig. 7, electronic installation 700 comprises display 710, touch control induction device 720, activation signal position detecting module 730 and process module 740.
Wherein, touch control induction device 720 is in order to detect the activation signal of input tool (such as finger or pointer).In the present embodiment, touch control induction device 720 can be touch pad (touch pad) or contact panel (touch panel).If touch control induction device 720 is contact panel, so touch control induction device 720 and display 710 form a touch-sensitive display.Accordingly, corresponding display 710 is comprised viewing area and non-display area by contact panel, and viewing area and non-display area can on same planes or Different Plane.
The activation signal position detecting module 730 be connected with display 710 and touch control induction device 720 judges whether activation signal is positioned at the specific region of touch control induction device 720, in the present embodiment, specific region comprises the central area of the fringe region of viewing area, the outer of fringe region, or non-display area.If activation signal is positioned at specific region, activation signal position detecting module 730 will judge whether the position of activation signal changes.
Process module 740 is connected to activation signal position detecting module 730, and according to the judged result of activation signal position detecting module 730, when the position of activation signal changes, the position according to specific region is opened and shows user interface on display 710.
User can by the method for operating at the user interface described in above-described embodiment, with finger or the input tool such as pointer electronic installation 700 operated and open user interface according to this, or open other user interface to replace existing user interface on an existing user interface.Because method of operating and above-described embodiment duplicate, therefore do not repeat them here.
Fig. 8 is the process flow diagram of the method for operating at the user interface illustrated according to another embodiment of the present invention.The present embodiment is the step at the user interface to be switched electronic installation by touch-sensitive display, carries out further description according to this to the present invention.Wherein, touch-sensitive display can be divided into viewing area and non-display area two parts.Refer to Fig. 8, first as shown in step 810, when user carries out operational motion by input tool, the activation signal of detecting input tool contact touch-sensitive display.Wherein, input tool includes the finger or pointer etc. of user.
After activation signal detecting is complete, as shown in step 820, judge whether this activation signal is positioned at the specific region of touch-sensitive display.In the present embodiment, specific region is such as the fringe region (fringe region 215 as shown in Figure 2) of the viewing area of touch-sensitive display, central area (central area 230 as shown in Figure 2) outside fringe region, or non-display area (fringe region 213 as shown in Figure 2).
If activation signal is positioned among specific region, so as shown in step 830, judge whether the position of activation signal changes.For example, when user in the mode of towing on touch-sensitive display during mobile input tool, the activation signal position that input tool contacts with touch-sensitive display just can change, and can calculate the displacement of activation signal accordingly.When this displacement is greater than preset value, then judge that the position of activation signal changes.Further, by calculating the displacement of activation signal in special time, and by comparing displacement and preset value to judge whether activation signal changes, user can be avoided to utilize input tool to click the action of option, think it is the action that will switch user interface by mistake, avoid accordingly causing electronic installation to produce the reaction of mistake.
As illustrated in step 840, switch to user interface according to the moving direction of activation signal finally.Wherein, the mode switching to user interface comprises the display edge of touch-sensitive display pointed by the opposite direction in relative movement direction, towing display user interface.In the present embodiment, user interface is such as comprise having the user interface (user interface 300 as shown in Figure 3) that finger can touch image, or be comprise there is the user interface (user interface 400 as shown in Figure 4) that finger can touch image, wherein finger can touch the contract drawing that image is such as the execution picture of application program, or common user interface (user interface 500 as shown in Figure 5).
For example, if the specific region of electronic installation is the central area 230 shown in Fig. 2, and input tool contacts produced activation signal with touch-sensitive display be positioned at contact point 231.So when user to move right input tool in the mode of towing on touch-sensitive display, and displacement is when being greater than preset value, user interface skids off by edge 233 (namely from the edge of the viewing area that contact point 231 points to left) and is presented at viewing area 211.
In another embodiment, such as opened an existing user interface on the electronic device, user can switch this existing user interface by mode of operation similar to the above embodiments.And switch user interface and include and close existing user interface, existing user interface is opened another user interface or from existing user's changing interface to another user interface.For example, by aforesaid operations method, common user interface (user interface 500 as shown in Figure 5) can be switched to by electronic installation having point can touch image or point the user interface (user interface 300 as shown in Figure 3 and Figure 4 and user interface 400) can touching image.Otherwise, also can be there is finger can touch image or point the user interface can touching image by common user's changing interface.In addition, can also can touch image by having finger or point the user's changing interface can touching image is have finger equally can touch image or point the other user interface can touching image.
In the present embodiment, existing user interface and user interface opened afterwards are lay respectively at (in two such as adjacent planes) in two planes at 3D dynamic user interface (the dynamic user of 3D as shown in Figure 6 interface 610).And the dynamic user interface 610 of 3D can be polyhedron or cube.As shown in Figure 6, the dynamic user interface 610 of 3D is around axial-rotation.For example, the dynamic user interface 610 of 3D be such as rotate up around X-axis 611, around Z axis 613 to right rotation, or to rotate to 615 around sloping shaft.
The method of operating at above-mentioned user interface such as can perform in any system possessing robot calculator ability.That is, after above-described embodiment being designed to a computer program, the recording medium of readable in computer (such as CD or hard disk) is utilized to carry out library computer program, and be loaded in electronic computer system, just can be performed the method for operating at the user interface described in above-described embodiment.
Fig. 9 is the schematic diagram with the electronic installation at switching user interface illustrated according to one embodiment of the invention.Refer to Fig. 9, electronic installation 900 comprises display 910, touch control induction device 920, activation signal position detecting module 930, activation signal moving direction detecting module 940 and process module 950.
Wherein, touch control induction device 920 is used to the activation signal that detecting input tool (such as finger or pointer) produces.In the present embodiment, touch control induction device 920 is such as touch pad or contact panel.When touch control induction device 920 is contact panel, touch control induction device 920 and display 910 form touch-sensitive display in the lump.And corresponding display 910 is comprised viewing area and non-display area two part by contact panel.Wherein, viewing area and non-display area are such as on same plane or Different Plane, do not limit its scope at this.
Activation signal position detecting module 930 is connected to display 910 and touch control induction device 920 simultaneously, in order to judge whether activation signal is positioned at the specific region of touch control induction device 920, in the present embodiment, specific region comprises the central area outside the fringe region of viewing area, fringe region, or non-display area.If activation signal is positioned at specific region, activation signal position detecting module 930 will judge whether the position of activation signal changes.
Activation signal moving direction detecting module 940 is connected to activation signal position detecting module 930, and in order to detect the moving direction of activation signal.Process module 950 is connected to activation signal position detecting module 930 and activation signal moving direction detecting module 940 simultaneously, according to the judged result of activation signal position detecting module 930, when the position of activation signal changes, according to the moving direction that activation signal moving direction detecting module 940 detects, display 910 switches user interface.
User can by the method for operating at user interface described in above-described embodiment, to point or the input tool such as pointer to operate electronic installation 900 and switches user interface according to this; Or other user interface is switched on an existing user interface.Because method of operating and above-described embodiment duplicate, therefore do not repeat them here.
Figure 10 A is the stereographic map of the hand-hold electronic device of a kind of block-free touch control operation according to one embodiment of the invention, and Figure 10 B is the sectional view of the electronic installation of Figure 10 A.This electronic installation comprises housing 1001, touch-sensitive display 1002 and processor 1003.Housing 1001 has outside surface 1004 and an accommodation space 1005, and accommodation space is in communication with the outside by the opening 1006 on outside surface 1004.Touch-sensitive display 1002 comprises display 1007 and touch control induction device 1008.Display 1007 is arranged in the accommodation space 1005 of housing 1001.Touch control induction device 1008 is arranged in the opening 1006 of the outside surface 1004 of housing 1001, in order to receive the activation signal that input tool produces.Touch control induction device 1008 has a touch-control sensing plane 1009, and touch-control sensing plane 1009 comprises viewing area 1010 and non-display area 1011.Opening 1006 edge of housing 1001 connects continuously with touch-control sensing plane 1009, and the outside surface 1004 of housing 1001 does not protrude from touch-control sensing plane 1009, and the housing 1001 of indication does not comprise hot key on hand-hold electronic device or button here.Processor 1003 is coupled to display 1007 and touch control induction device 1008, in order to judge whether activation signal is positioned at the specific region of touch-sensitive display 1002, if be positioned at specific region, then judge whether the position of activation signal changes and detect the moving direction of activation signal, open on touch-sensitive display 1002 when the position of activation signal changes according to this and show user interface, or on touch-sensitive display 1002, switching user interface according to moving direction.
It is worth mentioning that, because the outside surface 1004 of housing 1001 does not protrude from touch-control sensing plane 1009, surface of shell 1004 and touch-control sensing plane 1009 are equivalent to a continuously smooth surface, and user can be allowed unimpededly to move operation input tool.Moreover, the non-display area 1011 exposed due to touch-control sensing plane 1009 not as prior art cover by housing 1001, therefore in the design of hand-hold electronic device, unimpededly move except operation except input tool can be allowed, part can be filled and utilize this non-display area 1011, increase the user of allowing more and feel the application of convenient touch control operation.
As embodiment above, user interface is opened, switches or closed to position and the moving direction thereof of the activation signal produced when processor 1003 can operate touch control induction device 1008 according to input tool.See embodiment above as the details such as operating process and function, do not repeated them here.
In sum, the position of the activation signal that the electronic installation with switching user interface and block-free touch control operation of the present invention can produce according to input tool and moving direction, open, switch or close user interface, not only can increase convenience when user operates input tool, user is more provided a kind of easy mode of operation, and then the efficiency of lifting operation electronic installation.
Although the present invention discloses as above with preferred embodiment; so itself and be not used to limit the present invention, any those skilled in the art, without departing from the spirit and scope of the present invention; when doing a little amendment and perfect, therefore protection scope of the present invention is when being as the criterion of defining with claims.
Claims (28)
1. there is the electronic installation at switching user interface, comprising:
One display, in order to show a user interface, this user interface has multiple first finger and can touch image or have multiple first finger and can touch image;
One touch control induction device, this touch control induction device comprises a contact panel, and this touch control induction device and this display form a touch-sensitive display, in order to detect an activation signal of an input tool;
One activation signal position detecting module, be coupled to this display and this touch control induction device, in order to judge whether this activation signal is positioned at a specific region of this touch control induction device, if be positioned at this specific region, then judge whether the position of this activation signal changes, wherein this activation signal position detecting module also calculates a displacement of this activation signal, judge whether this displacement is greater than a preset value, if this displacement is greater than this preset value, then judge that the position of this activation signal changes; And
One process module, is coupled to this activation signal position detecting module, when changing in order to be moved in the position of this activation signal, opens on the display and shows another user interface, to replace this user interface;
This another user interface has multiple second finger and can touch image or have multiple second finger and can touch image, and described multiple second finger can be touched image and described multiple second finger and can touch image and be different from described multiple first and point and can touch image and described multiple first and point and can touch image; Wherein this first finger can be touched image and can touch with this second finger the contract drawing that image is the execution picture of corresponding application program separately, and user can touch image by this first finger of touching, this first finger can be touched image, this second finger can touch image or this second finger can touch image and perform corresponding application program.
2. have the electronic installation at switching user interface as claimed in claim 1, it is characterized in that, this process module comprises by this activation signal this another user interface of towing display, edge closest to this display.
3. have the electronic installation at switching user interface as claimed in claim 1, it is characterized in that, this activation signal position detecting module also comprises this activation signal of calculating this displacement in a special time.
4. have the electronic installation at switching user interface as claimed in claim 1, it is characterized in that, this process module comprises closes this another user interface.
5. have the electronic installation at switching user interface as claimed in claim 1, it is characterized in that, this user interface and this another user interface lay respectively in two planes at a dynamic user interface of 3D.
6. have the electronic installation at switching user interface as claimed in claim 5, it is characterized in that, the dynamic user interface of this 3D is a polyhedron.
7. have the electronic installation at switching user interface as claimed in claim 5, it is characterized in that, the dynamic user interface of this 3D is around an axial-rotation.
8. there is the electronic installation at switching user interface, comprising:
One display, in order to show a user interface, this user interface has multiple first finger and can touch image or have multiple first finger and can touch image;
One touch control induction device, this touch control induction device comprises a contact panel, and this touch control induction device and this display form a touch-sensitive display, in order to detect an activation signal of an input tool;
One activation signal position detecting module, be coupled to this display and this touch control induction device, in order to judge whether this activation signal is positioned at a specific region of this touch control induction device, if be positioned at this specific region, then judge whether the position of this activation signal changes, wherein this activation signal position detecting module also calculates a displacement of this activation signal, judge whether this displacement is greater than a preset value, if this displacement is greater than this preset value, then judge that the position of this activation signal changes;
One activation signal moving direction detecting module, is coupled to this activation signal position detecting module, in order to detect a moving direction of this activation signal; And
One process module, be coupled to this activation signal position detecting module and this activation signal moving direction detecting module, when changing in order to be moved in the position of this activation signal, open on this display according to this moving direction and show another user interface, to replace this user interface;
This another user interface has multiple second finger and can touch image or have multiple second finger and can touch image, and described multiple second finger can be touched image and described multiple second finger and can touch image and be different from described multiple first and point and can touch image and described multiple first and point and can touch image; Wherein this first finger can be touched image and can touch with this second finger the contract drawing that image is the execution picture of corresponding application program separately, and user can touch image by this first finger of touching, this first finger can be touched image, this second finger can touch image or this second finger can touch image and perform corresponding application program.
9. have the electronic installation at switching user interface as claimed in claim 8, it is characterized in that, this process module comprises a display edge of this display pointed by an opposite direction of this moving direction relative, this another user interface of towing display.
10. have the electronic installation at switching user interface as claimed in claim 8, it is characterized in that, this activation signal position detecting module also comprises this activation signal of calculating this displacement in a special time.
11. electronic installations as claimed in claim 8 with switching user interface, is characterized in that, this process module comprises closes this another user interface.
12. electronic installations as claimed in claim 8 with switching user interface, it is characterized in that, this user interface and this another user interface lay respectively in two planes at a dynamic user interface of 3D.
13. electronic installations as claimed in claim 12 with switching user interface, it is characterized in that, the dynamic user interface of this 3D is a polyhedron.
14. electronic installations as claimed in claim 12 with switching user interface, it is characterized in that, the dynamic user interface of this 3D is around an axial-rotation.
The electronic installation of 15. 1 kinds of block-free touch control operations, in order to open a user interface, described electronic installation comprises:
One housing, has an opening;
One touch-sensitive display, be arranged in the opening of this housing, in order to receive an activation signal of an input tool, and in order to show a user interface, this user interface has multiple first finger and can touch image or have multiple first finger and can touch image, this touch-sensitive display has a touch-control sensing plane, and the outside surface of this housing does not protrude from fact this touch-control sensing plane; And
One processor, be coupled to this touch-sensitive display, in order to judge whether this activation signal is positioned at a specific region of this touch-sensitive display, if be positioned at this specific region, then judge whether the position of this activation signal changes, and be moved in the position of this activation signal change time, this touch-sensitive display is opened and shows another user interface, to replace this user interface, wherein this processor calculates a displacement of this activation signal, judge whether this displacement is greater than a preset value, if this displacement is greater than this preset value, then judge that the position of this activation signal changes,
This another user interface has multiple second finger and can touch image or have multiple second finger and can touch image, and described multiple second finger can be touched image and described multiple second finger and can touch image and be different from described multiple first and point and can touch image and described multiple first and point and can touch image; Wherein this first finger can be touched image and can touch with this second finger the contract drawing that image is the execution picture of corresponding application program separately, and user can touch image by this first finger of touching, this first finger can be touched image, this second finger can touch image or this second finger can touch image and perform corresponding application program.
The electronic installation of 16. block-free touch control operations as claimed in claim 15, is characterized in that, processor comprises by this activation signal this another user interface of towing display, edge closest to this touch-sensitive display.
The electronic installation of 17. block-free touch control operations as claimed in claim 15, is characterized in that, this processor comprises this activation signal of calculating this displacement in a special time.
The electronic installation of 18. block-free touch control operations as claimed in claim 15, is characterized in that, this processor comprises closes this another user interface.
The electronic installation of 19. block-free touch control operations as claimed in claim 15, is characterized in that, this user interface and this another user interface lay respectively in two planes at a dynamic user interface of 3D.
The electronic installation of 20. block-free touch control operations as claimed in claim 19, is characterized in that, the dynamic user interface of this 3D is a polyhedron.
The electronic installation of 21. block-free touch control operations as claimed in claim 19, is characterized in that, the dynamic user interface of this 3D is around an axial-rotation.
The electronic installation of 22. 1 kinds of block-free touch control operations, in order to switch a user interface, comprising:
One housing, has an opening;
One touch-sensitive display, be arranged in the opening of this housing, in order to receive an activation signal of an input tool, and in order to show a user interface, this user interface has multiple first finger and can touch image or have multiple first finger and can touch image, this touch-sensitive display has a touch-control sensing plane, and the outside surface of this housing does not protrude from fact this touch-control sensing plane; And
One processor, be coupled to this touch-sensitive display, in order to judge whether this activation signal is positioned at a specific region of this touch-sensitive display, if be positioned at this specific region, then judge whether the position of this activation signal changes, and detect a moving direction of this activation signal, be moved in the position of this activation signal according to this change time, open on this touch-sensitive display according to this moving direction and show another user interface, to replace this user interface, wherein this processor calculates a displacement of this activation signal, judge whether this displacement is greater than a preset value, if this displacement is greater than this preset value, then judge that the position of this activation signal changes,
This another user interface has multiple second finger and can touch image or have multiple second finger and can touch image, and described multiple second finger can be touched image and described multiple second finger and can touch image and be different from described multiple first and point and can touch image and described multiple first and point and can touch image; Wherein this first finger can be touched image and can touch with this second finger the contract drawing that image is the execution picture of corresponding application program separately, and user can touch image by this first finger of touching, this first finger can be touched image, this second finger can touch image or this second finger can touch image and perform corresponding application program.
The electronic installation of 23. block-free touch control operations as claimed in claim 22, is characterized in that, this processor comprises a display edge of this display pointed by an opposite direction of this moving direction relative, this another user interface of towing display.
The electronic installation of 24. block-free touch control operations as claimed in claim 22, is characterized in that, this processor comprises this activation signal of calculating this displacement in a special time.
The electronic installation of 25. block-free touch control operations as claimed in claim 22, is characterized in that, this processor comprises closes this another user interface.
The electronic installation of 26. block-free touch control operations as claimed in claim 22, is characterized in that, this user interface and this another user interface lay respectively in two planes at a dynamic user interface of 3D.
The electronic installation of 27. block-free touch control operations as claimed in claim 26, is characterized in that, the dynamic user interface of this 3D is a polyhedron.
The electronic installation of 28. block-free touch control operations as claimed in claim 26, is characterized in that, the dynamic user interface of this 3D is around an axial-rotation.
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| CN200710104021.8A CN101308415B (en) | 2007-05-15 | 2007-05-15 | Block-free touch control operation electronic device possessing switchable user interface |
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| CN200710104021.8A CN101308415B (en) | 2007-05-15 | 2007-05-15 | Block-free touch control operation electronic device possessing switchable user interface |
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| CN101308415B true CN101308415B (en) | 2015-05-13 |
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