CN104965600A - One-key multi-contact alphabetical keyboard - Google Patents

One-key multi-contact alphabetical keyboard Download PDF

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Publication number
CN104965600A
CN104965600A CN201510383879.7A CN201510383879A CN104965600A CN 104965600 A CN104965600 A CN 104965600A CN 201510383879 A CN201510383879 A CN 201510383879A CN 104965600 A CN104965600 A CN 104965600A
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touch
key
coordinate
letter
multiconductor
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CN201510383879.7A
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CN104965600B (en
Inventor
张新芳
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Huzhou You Yan Intellectual Property Service Co.,Ltd.
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SHENZHEN XINFANGMA COMPUTER TECHNOLOGY CO LTD
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Abstract

A one-key multi-contact alphabetical keyboard connected with a computer chip and capable of being used for an intelligent watch comprises a capacitive, resistive or voltage type virtual touch keyboard; the alphabetical keyboard is characterized by at least comprising six and more alphabetical keys; each virtual alphabetical key comprises 2-4 coordinate touch regions; each coordinate touch region corresponds to a mark of a letter; when a touch screen detects that the coordinate touch region of a letter is touched, the letter is displayed in the screen; and when the touch screen detects that two or more coordinate touch regions are touched, the letter corresponding to the coordinate touch region with maximum touch area is selected and displayed in the screen. By implementing the one-key multi-contact alphabetical keyboard provided by the invention, 6, 8, 9 or 12 keys can be marked in the touch screen, with relatively small area, of the intelligent watch, and each key can correspond to 2-4 coordinate touch regions which represent different letters respectively, so that 36 and even more letters or letter input can be realized.

Description

One key multiconductor alphabetic keypad
Technical field
The present invention relates to intelligent terminal touch screen input technology, be specifically related to a kind of key multiconductor alphabetic keypad that can be used for intelligent watch be connected with computer chip.
Background technology
The display screen of intelligent watch is little, generally on narrow and small display screen only to arrange 9-12 button, input the small size character sets such as the numeral of such as 0-9 only.And when this kind equipment being used for letter input, just become very difficult, a key can be needed multiplex, if 10 numerical keys are simultaneously for the input of 26 English alphabets in 0-9, each button will be used for the input of 2-3 letter, general by repeatedly to click or the time length of touch decides the upper screen of which letter, its shortcoming is that input process is complicated, and input precision reduces.
Summary of the invention
The technical problem to be solved in the present invention is, a kind of virtual touch control keyboard that can realize input compared with golygram is on a keypad provided, the touch screen that namely can be applied to such as intelligent watch etc. provides letter input easily, realize succinct, quick and high-precision letter input.
The above-mentioned technical matters of the present invention solves like this, construct a kind of key multiconductor alphabetic keypad that can be used for intelligent watch be connected with computer chip, comprise the virtual touch control keyboard of condenser type, resistance or voltage-type, this alphabetic keypad at least comprises the alphabet key of more than six, each virtual alphabet key comprises 2-4 coordinate Touch Zone, each coordinate Touch Zone, to there being an alphabetical sign, when touch screen detects that the coordinate Touch Zone alphabetical with is by touch-control, this letter is shielded; When touch screen detects that two or more coordinate Touch Zone is by touch-control, select to be shielded by letter corresponding to the maximum coordinate Touch Zone of touch-control area.
State in a key multiconductor alphabetic keypad on the invention, described letter is English alphabet or Japanese ideogram or Korean or Russion letter etc., comprising: the letter in each large family of languageies in the world such as Han-Tibetan family, Indo-European family of languages, Altai family.
State in a key multiconductor alphabetic keypad on the invention, center, cross spacer region between every four adjacent described virtual keys, also be provided with a coordinate Touch Zone as function Touch Zone, when touch screen detects whole four the described coordinate Touch Zones adjacent with described function Touch Zone by touch-control, described function Touch Zone is activated, and correspondence calls a predefined intelligent watch function.
State on the invention in a key multiconductor alphabetic keypad, comprise 3 row 3 and arrange nine virtual keys arranged, each virtual key has three coordinate Touch Zones respectively, has at the most and is marked with 26 alphabetical coordinate Touch Zones, also comprise 4 function Touch Zones at the most.
State on the invention in a key multiconductor alphabetic keypad, comprise 3 row 4 and arrange 12 virtual keys arranged, each virtual key has three coordinate Touch Zones respectively, has at the most and is marked with 36 alphabetical coordinate Touch Zones, also comprise 6 function Touch Zones at the most.
State in a key multiconductor alphabetic keypad on the invention, between two row adjacent virtual buttons are capable, be provided with horizontal isolation strip.
State in a key multiconductor alphabetic keypad on the invention, between two row adjacent virtual buttons, be provided with vertical isolation band.
State on the invention in a key multiconductor alphabetic keypad, described function Touch Zone is arranged on the crossover location place of a vertical isolation band and a horizontal isolation strip.
Implement the key multiconductor alphabetic keypad that can be used for intelligent watch be connected with computer chip provided by the invention, owing to arranging the alphabet key of more than six on adopted touch screen, each virtual alphabet key comprises 2-4 coordinate Touch Zone, each coordinate Touch Zone is to there being an alphabetical sign, like this, the position of six press keys can realize 12-24 letter input, have owing to arranging function Touch Zone between coordinate Touch Zone, in fact, the position of six press keys can provide 4 function Touch Zones, coordinates computed Touch Zone is provided to be decided the upper screen of which letter by touch-control area, therefore while having comparatively compact viewing area to indicate, fast input and higher input precision can be realized.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of a key multiconductor alphabetic keypad of first embodiment of the invention;
Fig. 2 is the schematic diagram of a key multiconductor alphabetic keypad of second embodiment of the invention;
Fig. 3 is the schematic diagram of a key multiconductor alphabetic keypad of third embodiment of the invention;
Fig. 4 is the schematic diagram of a key multiconductor alphabetic keypad of fourth embodiment of the invention;
Fig. 5 is the dividing condition schematic diagram of the coordinate Touch Zone of alphabet key of the present invention.
Embodiment
In a key multiconductor alphabetic keypad of first embodiment of the invention as shown in Figure 1, adopt condenser type, the virtual touch control keyboard of resistance or voltage-type, there are six 4 contact alphabet keys 1, 2 contact alphabet keys 2, a text importing district 10, a character display area 20, one sends button 30, a switching key 40, a punctuate button 50, a space button 60 and a carriage return button 70, wherein, six 4 contact alphabet keys, on figure, key face is separated out four coordinate districts with dotted line, namely each 4 contact alphabet key is respectively containing 4 coordinate Touch Zones, (A respectively in Fig. 1, B, C, D), (E, F, G, H), (I, J, K, L), (M, N, O, P), (Q, R, S, and (U T), V, W, X) six four contact alphabet keys, 2 contact alphabet keys are (Y, Z).From 4 contact alphabet keys, the alphabetical number that each button indicates is corresponding with coordinate Touch Zone number and position.
In the present embodiment, English 26 letters can be realized by six 4 contact alphabet keys and 1 two contact alphabet key.When touch screen detects that the coordinate Touch Zone alphabetical with is by touch-control, this letter shields, such as, the coordinate Touch Zone of letter " G ", by after touch-control, " G " is shielded in character display area; Because a whole key multiconductor alphabetic keypad realizes on less touch screen, in actual use, may simultaneously touch-control to more than 2 or 2 coordinate Touch Zones, when touch screen detects that two or more coordinate Touch Zone is by touch-control, select to be shielded by letter corresponding to the maximum coordinate Touch Zone of touch-control area, such as, if finger touches E, G two coordinate Touch Zones simultaneously, if G district is touched area be greater than E district, then G shields in character display area.
As shown in Figure 1, at the coordinate Touch Zone D of alphabet key (A, B, C, D), the coordinate Touch Zone G of alphabet key (E, F, G, H), the coordinate Touch Zone N of alphabet key (M, N, O, P), the crossing center of the coordinate Touch Zone Q of alphabet key (Q, R, S, T) is provided with the first function Touch Zone 101, when four Touch Zone D, G, N and Q quilts while during touch-control, start the first corresponding function, be equivalent to touch-control first standalone feature button; At the coordinate Touch Zone H of (E, F, G, H), the crossing center of the coordinate Touch Zone U of the coordinate Touch Zone K of (I, J, K, L), the coordinate Touch Zone R of (Q, R, S, T) and (U, V, W, X) is provided with the second function Touch Zone 102, when four Touch Zone H, K, R and U quilts while during touch-control, start the second corresponding function, be equivalent to touch-control second standalone feature button; At the coordinate Touch Zone P of (M, N, O, P), the coordinate Touch Zone S of (Q, R, S, T), the coordinate Touch Zone of " punctuate " button and two alphabet key (Y, the crossing center of coordinate Touch Zone Y Z) is provided with the 3rd function Touch Zone 103, when four Touch Zone P, S, " punctuate " Y quilt while during touch-control, start the 3rd corresponding function, be equivalent to touch-control the 3rd standalone feature button; At the coordinate Touch Zone T of (Q, R, S, T), the coordinate Touch Zone W of (U, V, W, X), two alphabet key (Y, the crossing center of coordinate Touch Zone Z Z) and the coordinate Touch Zone of space button is provided with the 4th function Touch Zone 104, when four Touch Zone T, W, Z, " space " quilt while during touch-control, start the 4th corresponding function, be equivalent to touch-control the 4th standalone feature button; Each function can pass through software design patterns in advance, is kept in the working procedure of touch screen dummy keyboard.For reducing touch-control error, as shown in Figure 1, three alphabet key (A, B, C, D), (E, F, G, H), (I, J, K, L) with another three alphabet key (M, N, O, P), (Q, R, S, and (U T), V, W, X) the first horizontal interval band (105) is had between, at three alphabet key (M, N, O, P), (Q, R, S, and (U T), V, W, and switching key X), punctuate button, two alphabet keys (Y, Z), the second horizontal interval band (106) is had, equally, at alphabet key (A between space button and carriage return button, B, C, D), (M, N, O, P), punctuate button and alphabet key (E, F, G, H), (Q, R, S, T), the first vertical isolation band (107) is had, at alphabet key (E between two alphabet keys (Y, Z), F, G, H), Q, R, S, T), two alphabet keys (Y, Z) and alphabet key (I, J, K, L), (U, V, W, X), the second vertical isolation band (108) is had between space button, above-mentioned first function Touch Zone 101 is at the infall of the first horizontal isolation strip 105 and the first vertical isolation band 107, above-mentioned second function Touch Zone 102 is at the infall of the first horizontal isolation strip 105 and the second vertical isolation band 108, above-mentioned 3rd function Touch Zone 103 is at the infall of the second horizontal isolation strip 106 and the first vertical isolation band 107, and above-mentioned 4th function Touch Zone 104 is at the infall of the second horizontal isolation strip 106 and the second vertical isolation band 108.The Touch Zone that four alphabet keys that each function Touch Zone above-mentioned includes periphery are corresponding.
In the second embodiment of the present invention shown in Fig. 2, differently from the first embodiment to be, the monogram comprised of six 4 contact alphabet keys changes, six alphabet keys from left right, be (Q, W, A, S), (E, R, D, F), (T, Y, G, H), (Z, X, J, K), (C, V, U, I), (B, N, O, P) from top to bottom respectively.This arrangement, arranges basically identical with the letter of large keyboard, is convenient to user and is familiar with and manipulation.Other parts of touch control keyboard are identical with the first embodiment.
In a key multiconductor alphabetic keypad of third embodiment of the invention as shown in Figure 3, the virtual touch control keyboard of same employing condenser type, resistance or voltage-type, be provided with three row three row, nine 3 contact alphabet keys 3, three conventional keys (switch key 40, space bar 60 and enter key 70), the text importing district 10 of a Chinese display, a character display area 20, and one sends button 30.Wherein, three conventional func keys are a switching key, a space button and a carriage return button.Nine three contact alphabet keys, each is respectively containing three coordinate Touch Zones, nine buttons are (A, B, C), (D, E, F), (G, H, I), (J, K, L) respectively, (M, N, O), (P, Q, R), (S, T, U), (V, W, X), (Y, Z, switch).From three contact alphabet keys, Liang Ge angle, each button top indicates two letters respectively, indicates a letter in the middle of bottom, and each sign character position is a corresponding coordinate Touch Zone respectively.
In the present embodiment, English 26 letters can realize inputting upper screen by nine 3 contact alphabet keys.When touch screen detects that the coordinate Touch Zone alphabetical with is by touch-control, this letter shields, such as, the coordinate Touch Zone of letter " G ", by after touch-control, " G " is shielded in character display area; Because a whole key multiconductor alphabetic keypad realizes on less touch screen, in actual use, may simultaneously touch-control to more than 2 or 2 coordinate Touch Zones, when touch screen detects that two or more coordinate Touch Zone is by touch-control, select to be shielded by letter corresponding to the maximum coordinate Touch Zone of touch-control area, such as, if finger touches L, K two coordinate Touch Zones simultaneously, if K district is touched area be greater than L district, then alphabetical K shields in character display area.
As shown in Figure 3, coordinate Touch Zone B, C, D, E, M, N, K, L center that crosses is provided with the first function Touch Zone 201, when eight Touch Zone B, C, D, E, M, N, K and L quilts while during touch-control, start the first corresponding function, be equivalent to touch-control first standalone feature button; The center that crosses in coordinate Touch Zone is provided with the second function Touch Zone 202, when eight Touch Zones E, F, G, H, M, O, P and Q are by touch-control simultaneously, start the second corresponding function, is equivalent to touch-control second standalone feature button; Similar have the 3rd function Touch Zone 204, function Touch Zone the 203, four, five-function Touch Zone 205 and the 6th function Touch Zone 206.The function of each Touch Zone same can pass through software design patterns in advance, is kept in the working procedure of touch screen dummy keyboard.
For reducing touch-control error, as shown in Figure 3, three alphabet key (A, B, C), (D, E, F), (G, H, I) with another three alphabet key (J, K, L), (M, N, O), (P, Q, R) the first horizontal interval band 207 is had between, at three alphabet key (J, K, L), (M, N, O), (P, Q, R) with another three letter key (S, T, U), (V, W, X), (Y, Z, switch) between have the second horizontal interval band 208, at three letter key (S, T, U), (V, W, X), (Y, Z, switch) and three common key-press between have the 3rd horizontal interval band 209.Similar, at alphabet key (A, B, C), (J, K, L), (S, T, U), " switching " button and alphabet key (D, E, F), (M, N, O), the first vertical isolation band 210 is had between (V, X, W), " space " button, at alphabet key (D, E, F), (M, N, O), between (V, X, W), " space " button and alphabet key (G, H, I), (P, Q, R), (Y, Z, switch), " carriage return " button, there is the second vertical isolation band 211.
Above-mentioned first function Touch Zone 201 is at the infall of the first horizontal isolation strip 207 and the first vertical isolation band 210, above-mentioned second function Touch Zone 202 is at the infall of the first horizontal isolation strip 207 and the second vertical isolation band 211, above-mentioned 3rd function Touch Zone 203 is at the infall of the second horizontal isolation strip 208 and the first vertical isolation band 210, and above-mentioned 4th function Touch Zone 204 is at the infall of the second horizontal isolation strip 208 and the second vertical isolation band 211.The rest may be inferred by analogy.
In the fourth embodiment of the present invention shown in Fig. 4, differently from the 3rd embodiment to be, the monogram comprised of nine 3 contact alphabet keys changes, 9 alphabet keys from left right, be (Q, W, E), (R, T, Y), (U, I, O), (A, S, D), (F, G, H), (J, K, L), (Z, X, C), (V, B, N), (M, P, switch) from top to bottom respectively.This arrangement, arranges basically identical with the letter of large keyboard, is convenient to manipulation.
Fig. 5 provides the dividing condition of each alphabetical Touch Zone in alphabet key (Q, W, A, S) in Fig. 2 embodiment 2.As shown in Figure 5, rectangular profile dotted line has marked the alphabetical coordinate Touch Zone of alphabetical Q, W, A, S tetra-respectively, when plural alphabetic coordinates Touch Zone is by touch-control, is effective Touch Zone with the Touch Zone that touch-control area is maximum, and corresponding letter shields.In other words, calculate each alphabetic coordinates Touch Zone respectively by the area of touch-control, select the coordinate Touch Zone that wherein touch-control area is maximum, the letter corresponding to selection shields.
In other embodiments of the present invention, between two adjacent lines of arrangement in a row, be also provided with the keyboard of forward and back, upper and lower subsidiary function, the corresponding touch sensing point of each keyboard.With the golygram " button " on traditional virtual alphabetic keypad of 9 key, only have a coordinate touch point, respectively the letter on this button, respectively striking can not be shielded, need multi-pass operations.How much " a key multiconductor alphabetic keypad " of the present invention, arrange multiple coordinate Touch Zone according to the letter on button, respectively the multiple different letter on button, respectively a striking can be shielded, and substantially increases the efficiency of letter input.
Of the present invention owing to solving intelligent watch on limited touch-control area, when input 26 is alphabetical, be very easy to the problem occurring misoperation, and invented on a kind of Touch Screen limited at intelligent watch, owing to have employed the multifinger solution of a key to virtual alphabetic keypad, the layout of very convenient alphabetic keypad, available minimum button, maximized Touch Zone, touch respectively, upper screen 26 English alphabets of striking input, one one, key, efficiency is extremely efficient, is also specially adapted to the coding input of input method of Chinese character.
The present invention is not only applicable to intelligent watch, is also applicable to intelligent terminal touch screen and intelligent touch product thereof that the touch-controls such as the less smart mobile phone of other touch screen area input 26 English alphabets.

Claims (8)

1. a key multiconductor alphabetic keypad, comprise the virtual touch control keyboard of condenser type, resistance or voltage-type, it is characterized in that, this alphabetic keypad at least comprises the alphabet key of more than six, each virtual alphabet key comprises 2-4 coordinate Touch Zone, each coordinate Touch Zone, to there being an alphabetical sign, when touch screen detects that the coordinate Touch Zone alphabetical with is by touch-control, this letter is shielded; When touch screen detects that two or more coordinate Touch Zone is by touch-control, select to be shielded by letter corresponding to the maximum coordinate Touch Zone of touch-control area.
2. a key multiconductor alphabetic keypad according to claim 1, it is characterized in that, described letter is English alphabet or Japanese ideogram or Korean or Russion letter etc., comprising: the letter in each large family of languageies in the world such as Han-Tibetan family, Indo-European family of languages, Altai family.
3. a key multiconductor alphabetic keypad according to claim 1 or 2, it is characterized in that, center, cross spacer region between every four adjacent described virtual keys, also be provided with a coordinate Touch Zone as function Touch Zone, when touch screen detects whole four the described coordinate Touch Zones adjacent with described function Touch Zone by touch-control, described function Touch Zone is activated, and correspondence calls a predefined intelligent watch function.
4. a key multiconductor alphabetic keypad according to claim 3, it is characterized in that, comprise 3 row 3 and arrange 9 virtual keys arranged, each virtual key has three coordinate Touch Zones respectively, have at the most and be marked with 26 alphabetical coordinate Touch Zones, also comprise 4 function Touch Zones at the most.
5. a key multiconductor alphabetic keypad according to claim 3, it is characterized in that, comprise 3 row 4 and arrange 12 virtual keys arranged, each virtual key has three coordinate Touch Zones respectively, have at the most and be marked with 36 alphabetical coordinate Touch Zones, also comprise 6 function Touch Zones at the most.
6. a key multiconductor alphabetic keypad according to claim 1-5, is characterized in that, between two row adjacent virtual buttons are capable, is provided with horizontal isolation strip.
7. a key multiconductor alphabetic keypad according to claim 6, is characterized in that, between two row adjacent virtual buttons, be provided with vertical isolation band.
8. a key multiconductor alphabetic keypad according to claim 7, it is characterized in that, described function Touch Zone is arranged on the crossover location place of a vertical isolation band and a horizontal isolation strip.
CN201510383879.7A 2015-07-03 2015-07-03 One key multiconductor alphabetic keypad Active CN104965600B (en)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106227455A (en) * 2016-07-28 2016-12-14 广东小天才科技有限公司 The control method of a kind of letter input and device, user terminal
CN106840081A (en) * 2017-03-28 2017-06-13 苏州精创光学仪器有限公司 Electronic equipment foot pad detector

Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US20080259053A1 (en) * 2007-04-11 2008-10-23 John Newton Touch Screen System with Hover and Click Input Methods
CN101916143A (en) * 2010-01-25 2010-12-15 北京搜狗科技发展有限公司 Touch panel, operating method of touch panel and touch panel terminal
CN103186344A (en) * 2012-11-27 2013-07-03 王道平 Method and device for character input or function operation
CN103955342A (en) * 2014-05-11 2014-07-30 曾银平 Sudoko English keyboard

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US20080259053A1 (en) * 2007-04-11 2008-10-23 John Newton Touch Screen System with Hover and Click Input Methods
CN101916143A (en) * 2010-01-25 2010-12-15 北京搜狗科技发展有限公司 Touch panel, operating method of touch panel and touch panel terminal
CN103186344A (en) * 2012-11-27 2013-07-03 王道平 Method and device for character input or function operation
CN103955342A (en) * 2014-05-11 2014-07-30 曾银平 Sudoko English keyboard

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106227455A (en) * 2016-07-28 2016-12-14 广东小天才科技有限公司 The control method of a kind of letter input and device, user terminal
CN106840081A (en) * 2017-03-28 2017-06-13 苏州精创光学仪器有限公司 Electronic equipment foot pad detector

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