CN101458591A - Mobile phone input system with multi-point touch screen hardware structure - Google Patents
Mobile phone input system with multi-point touch screen hardware structure Download PDFInfo
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- CN101458591A CN101458591A CNA2008102438551A CN200810243855A CN101458591A CN 101458591 A CN101458591 A CN 101458591A CN A2008102438551 A CNA2008102438551 A CN A2008102438551A CN 200810243855 A CN200810243855 A CN 200810243855A CN 101458591 A CN101458591 A CN 101458591A
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Abstract
The invention provides a mobile phone input system with multi-point touch screen hardware which includes a hardware of the multi-point touch screen mobile phone and corresponding software. The system has characteristic that multiple touch points are identified simultaneously using multi-point touch screen for comparing a track database pre-set in the mobile phone with a touched track calculated by software, and obtaining a database track nearest the calculated touch track, executing an input instruction.
Description
Technical field
The present invention relates to the input system of mobile phone, particularly a kind of mobile phone input system with multi-point touch screen hardware structure.
Background technology
In present mobile phone, extensively adopted the standard cell phone keyboard, qwerty keyboard or single-point touches screen add the input equipment and the corresponding input method of handwriting recognition.Using under the keyboard mode, keyboard itself will occupy the certain device space, if must there be the input tool of keyboard type, then the size of mobile phone can't narrow down to suitable degree.Adopt sliding type can hide keyboard, but can significantly increase the thickness of mobile phone.And that single-point touches screen adds the function ratio of handwriting recognition equipment is more limited, must exist control to click on the screen and make certain operation for felt pen, these controls can significantly reduce the area that shows valid data on the screen, and the user can't only use single-point touches to finish complicated operations simultaneously.The development trend of mobile phone is to use bigger screen to offer user's more data display area at present, and therefore the occupied space of cancellation keyboard need provide a kind of more effective input system.
Summary of the invention
The objective of the invention is to overcome the deficiency of prior art, a kind of mobile phone input system with multi-point touch screen hardware structure is provided.This system comprises hardware and the corresponding software two parts with multiple point touching screen mobile phone, hardware components wherein is a prior art, multi-point touch panel has marked off many independently touch control units on conductive layer, and each unit is connected to external circuit by independently going between.Because all touch control units are rectangular and arrange, so no matter which part the user touches, system can both produce reaction to corresponding touch action.The present invention utilizes multi-point touch panel can identify the ability of a plurality of contacts simultaneously, and the track that goes out to touch by computed in software is realized a kind of brand-new mobile phone input then.
Above-mentioned purpose of the present invention is achieved through the following technical solutions: a kind of mobile phone input system with multi-point touch screen hardware structure, comprise hardware and corresponding software two parts with multiple point touching screen mobile phone, it is characterized in that a plurality of contacts of utilizing multi-point touch panel to identify simultaneously, go out the track of touch by computed in software, compared in track storehouse default in itself and the mobile phone, the storehouse track that the touch track of finding out and calculating is the most close, according to this storehouse track and the corresponding mobile phone command that presets, carry out input instruction.
The input flow process is specific as follows:
(1) user carries out input operation to the multi-point touch panel on the mobile phone;
(2) multi-point touch panel carries out the touch-screen correction according to default coordinate, guarantees the accuracy of the coordinate of touch point;
(3) user is divided into single contact or multiconductor input on touch-screen, and touch screen circuitry is passed through the independently number and the coordinate of touch control unit record contact;
(4) mobile phone is sampled to touching input, draws the track of touch after the computing;
(5) after in touch track and the mobile phone compare in default track storehouse, find out the most close storehouse track, carry out the mobile phone command of this default storehouse track correspondence.
The track of said touch comprises straight line class, broken line class, circular arc class and self-defined geometric figure, wherein, in straight line class and the broken line class again according to the input quantity of contact and the direction of touch track, provide different operational orders, on operation interface, be provided with track guide, help user's memory and use different track inputs, after touch track and default track storehouse are compared, in the time of can't finding the most close storehouse track, whether user interface is provided with prompting, be the track that increases newly, and provides selection to be associated with the default assigned operation of mobile phone.
Advantage of the present invention and beneficial effect: abandoned cell phone keyboard and felt pen, therefore can offer maximum sized screen of user and maximum effective display area, the user can use thumb and forefinger just can finish all function actions, cooperate dummy keyboard to finish text input, the use mobile phone of more convenient and quicker.
Description of drawings
Fig. 1-Figure 37 is the mode of operation embodiment synoptic diagram of multiple point touching input of the present invention;
Figure 38 is a process flow diagram of realizing touching input on the mobile phone multi-point touch panel.
Embodiment
The present invention is described in further detail below in conjunction with accompanying drawing.
Multiple point touching operate in that (address list, message registration, file browser, short message etc.) can be defined as different orders in the different application.Can provide certain specific application at legend in the following description and how use this mode of operation.
Fig. 1 uses the synoptic diagram that the present invention is used for opening new window.Can use initial double-contact simultaneously to the right paddling open new window, generally be to describe the more window of detailed data.If there is the view of Shipping Options Page arrangement mode in the current window, this operation also can be used for being defined as switches different Shipping Options Page views from left to right.
Among Fig. 2 initial double-contact simultaneously left paddling be to close this window, turn back to the upper level window.If there is the view of Shipping Options Page arrangement mode in the current window, this operation also can be used for being defined as switches different Shipping Options Page views from right to left.
The downward paddling rolling of initial double-contact fixed line number among Fig. 3.This operational applications is in existing the multirow data list, and data surpass the situation of screen institute energy indication range.
The initial double-contact paddling rolling fixed line number that makes progress among Fig. 4.This operation is the opposite way and the effect of operating among Fig. 3, if current data is first page that shows, and can the scroll up content of last page of video data of this operation.
Not moving contact 2 downward paddlings are clicked in Fig. 5 contact 1, and screen is automatically scrolling to all data the last item records.This easy to operate user is rolled to the last page of data rapidly.
Upwards paddling of moving contact 2 is clicked not in Fig. 6 contact 1, and screen is automatically scrolling to all data and begins a record most.This operation is the inverse operation of Fig. 5.
Initial single contact dextrorotation is circled among Fig. 7, and the screen dextrorotation is turn 90 degrees.This operation can be applied to picture browsing and video is appreciated.
Initial single contact is rotated counterclockwise a week among Fig. 8, makes screen be rotated counterclockwise 90 degree.This operation is the inverse operation of Fig. 7.
Initial single contact is to left down upper right among Fig. 9, and paddling in the middle of the bottom right dwindles screen then.This operation can be applied to picture browsing and video is appreciated.
Initial single contact to upper left, then to upper right paddling, amplifies screen from the bottom right among Figure 10.This operation can be applied to picture browsing and video is appreciated.
Initial single contact marks cross among Figure 11, does not preserve data and withdraws from current application.
Initial single contact marks check mark among Figure 12, preserves data and withdraws from current application.
Initial single contact marks right angle folding from left to right then downwards among Figure 13, increases data.
Initial single contact marks right angle folding, editing data from the top down then left among Figure 14
Initial single contact upwards marks right angle folding, copy data from right to left then among Figure 15
Initial single contact marks right angle folding, deleted data from bottom to top then to the right among Figure 16
Figure 17 has different usages to Figure 20 in different application programs.
Initial single contact complete operation left more from bottom to top among Figure 17.In address list was used, the order of this operation was for carrying out video calling.
Initial single contact complete operation upwards more from left to right among Figure 18.In address list was used, the order of this operation was for sending SMS message.
Initial single contact complete operation to the right more from the top down among Figure 19.In address list was used, the order of this operation was for carrying out voice call.
The downward more from right to left complete operation of initial single contact among Figure 20.In address list was used, the order of this operation was for sending business card.
Figure 21 has different usages to Figure 28 in different application programs.
Among Figure 21, the downward more to the right more from bottom to top paddling of initial single contact.In calendar application, this is operating as and switches month view to panorama, operates switching to a day view from panorama for the second time, operate for the third time from day view switch to a moon view.
Initial single contact paddling left downwards more from left to right among Figure 22.In calendar application, new schedule is created in this operation.
Initial single contact paddling upwards more left more from the top down among Figure 23.In calendar application, the new anniversary is created in this operation.
Initial single contact paddling to the right more upwards more from right to left among Figure 24.In calendar application, new red-letter day is created in this operation.
Initial single contact paddling left more upwards more from left to right among Figure 25.In calendar application, new task is created in this operation.
Initial single contact paddling upwards more to the right more from the top down among Figure 26.In calendar application, this operation is created the new birthday and is reminded.
Initial single contact paddling to the right downwards more from right to left among Figure 27.In calendar application, this operation can show the different event tabulation, and operation for the first time switches to and shows all calendar entries, operation for the second time shows all anniversary clauses and subclauses, show clauses and subclauses in all for the third time in red-letter day, show all task clauses and subclauses the 4th time, show all birthday clauses and subclauses the 5th time.
The downward more left more from bottom to top paddling of initial single contact among Figure 28.In all were used, input method was switched in this operation, switched to the stroke input for the first time, switch to for the second time assembly should, switch to English input for the third time, switch to the symbol input the 4th time, switch to the numeral input the 5th time.
Initial single contact paddling to the right more upwards more from left to right among Figure 29.According to all relevant data in the text search mobile phone of input, comprise address list, short message, message registration, the file of storage, online network address etc.
Initial single contact paddling left downwards more from right to left among Figure 30.According to all comprise address list, short message, message registration, the file of storage etc. with the relevant data of this name in the name search mobile phone of input.
Initial single contact paddling left more upwards more from right to left among Figure 31.All data relevant with this date that store in the date search mobile phone according to input comprise message registration, short message, memorandum etc.
Initial single contact paddling to the right downwards more from left to right among Figure 32.Key word according to input is searched for by network search engines.
Initial double-contact (left side) paddling is more to the right from bottom to top simultaneously joined up to two contacts among Figure 33.The application switch window is opened in this operation, switches to the another one application from current application and goes.
Initial double-contact paddling simultaneously among Figure 34, contact 1 left contact 2 to the right, paddling downwards simultaneously again.The shortcut window is opened in this operation, can open the most frequently used application fast.
The simultaneously downward paddling of initial double-contact among Figure 35, join up to two contacts left contact 2 to the right in contact 1 then.The data communications equipment window is opened in this operation, can open or close bluetooth, infrared or WIFI equipment.
Initial double-contact paddling simultaneously among Figure 36, contact 1 left contact 2 to the right, paddling upwards again.This operation is opened contextual model window is set, and can switch to normal mode, conference model, outdoor pattern, silent mode or offline mode.
Initial single contact pin refers to that paddling goes out a rectangle among Figure 37, and mobile phone is closed in this operation.
In the foregoing description input operation, if single contact recommends to use forefinger; If double-contact recommends to use thumb to cooperate forefinger.
Referring to Figure 38, the user imports by going up multi-point touch panel 101 on the mobile phone, and multi-point touch panel hardware 102 can detect the contact, and the coordinates correction 103 that at first carries out touch-screen guarantees accurately touch action to be positioned; After the user touches beginning, the origin coordinates 104 that record touches, judge that according to the number of touch-screen upper contact single contact still is the operation 105 that multiconductor carries out, set up model by the coordinate 106 of record touch track to touch track then, after existing touch track comparison database 107 contrasts, identify the most close touch track 108,, carry out corresponding instruction 109 according to touch track in the comparison database and the mobile phone command that presets.
Claims (3)
1, a kind of mobile phone input system with multi-point touch screen hardware structure, comprise hardware and corresponding software two parts with multiple point touching screen mobile phone, it is characterized in that a plurality of contacts of utilizing multi-point touch panel to identify simultaneously, go out the track of touch by computed in software, compared in track storehouse default in itself and the mobile phone, the storehouse track that the touch track of finding out and calculating is the most close according to this storehouse track and the corresponding mobile phone command that presets, is carried out input instruction.
2, the mobile phone input system with multi-point touch screen hardware structure according to claim 1, it is specific as follows to it is characterized in that importing flow process:
(1) user carries out input operation to the multi-point touch panel on the mobile phone;
(2) multi-point touch panel carries out the touch-screen correction according to default coordinate, guarantees the accuracy of the coordinate of touch point;
(3) user is divided into single contact or multiconductor input on touch-screen, and touch screen circuitry is passed through the independently number and the coordinate of touch control unit record contact;
(4) mobile phone is sampled to touching input, draws the track of touch after the computing;
(5) after in touch track and the mobile phone compare in default track storehouse, find out the most close storehouse track, carry out the mobile phone command of this default storehouse track correspondence.
3, the mobile phone input system with multi-point touch screen hardware structure according to claim 2, it is characterized in that the track that touches comprises the straight line class, the broken line class, circular arc class and self-defined geometric figure, wherein, in straight line class and the broken line class again according to the input quantity of contact and the direction of touch track, provide different operational orders, on operation interface, be provided with track guide, help user's memory and use different track inputs, after touch track and default track storehouse comparison, in the time of can't finding the most close storehouse track, user interface is provided with prompting, whether be the track that increases newly, and provide selection to be associated with the default assigned operation of mobile phone.
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| Application Number | Priority Date | Filing Date | Title |
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| CNA2008102438551A CN101458591A (en) | 2008-12-09 | 2008-12-09 | Mobile phone input system with multi-point touch screen hardware structure |
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| CNA2008102438551A CN101458591A (en) | 2008-12-09 | 2008-12-09 | Mobile phone input system with multi-point touch screen hardware structure |
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| WO2011026395A1 (en) * | 2009-09-07 | 2011-03-10 | 上海合合信息科技发展有限公司 | Method and system for inputting multi-touch characters |
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| CN102109920A (en) * | 2009-12-28 | 2011-06-29 | 南京中铼光电有限公司 | Multi-touch detection method |
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| CN104378576A (en) * | 2013-08-15 | 2015-02-25 | 联想(北京)有限公司 | Information processing method and electronic equipment |
| CN104423781A (en) * | 2013-08-29 | 2015-03-18 | 中兴通讯股份有限公司 | Interface processing method, device and terminal |
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