CN102722259A - Keyboard input device - Google Patents
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- CN102722259A CN102722259A CN2012100927901A CN201210092790A CN102722259A CN 102722259 A CN102722259 A CN 102722259A CN 2012100927901 A CN2012100927901 A CN 2012100927901A CN 201210092790 A CN201210092790 A CN 201210092790A CN 102722259 A CN102722259 A CN 102722259A
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Abstract
The invention discloses a keyboard input device, comprising an alphabetical keyboard area, wherein the alphabetical keyboard area is divided into 36 auxiliary areas which are sequentially arrayed in 6 rows and 6 lists; the alphabetical keyboard area comprises at least 26 alphabetical key areas, the alphabetical key area has an associated relationship with one alphabet, the associated alphabets corresponding to the different alphabetical key areas are different; the 26 alphabetical key areas are arranged in the 26 auxiliary areas according to a preset distribution rule, and the alphabetical key areas having an associated relationship with Pinyin tail alphabets are arranged in the first auxiliary areas located on the edges, wherein the Pinyin tail alphabets comprise simple finals; and the first auxiliary areas located on the edges are the auxiliary areas located in the first row, the first list, the tail row or the tail list in the 36 auxiliary areas. A code repetition rate can be reduced and the input efficiency can be increased during a continuous slide input performed by utilizing the keyboard input device disclosed by the invention.
Description
Technical field
The present invention relates to input method and apparatus field, relate to a kind of finger-impu system in particular.
Background technology
Keyboard is a kind of input media, and along with the development of technology, existing keyboard classes is increasing, like entity touch keyboard, keyboard with touch screen and laser projection dummy keyboard etc.The keyboard of electronic equipment is provided with identification character, through clicking or touch key-press, can trigger the electronic equipment execution and import the operation of attending the corresponding character of institute's identification character with this button.
But when utilizing existing keyboard to carry out the character input, can there be repetition rate of coding problem of higher.Referring to Fig. 1 is the keyboard of existing nine palace lattice layouts; Should be provided with multiple letter or number at a key zone on the middle keyboard; When the user utilizes this kind keyboard to carry out the words input; Electronic equipment can't accurately be known the character that the user is to be imported, thereby causes the appearance of multiple input results, and the user needs from multiple words, to select just can confirm oneself to need the words of input.Special, when utilizing key board unit based on this kind layout to carry out the Continuous Sliding input,, cause the repetition rate of coding very high because identical sliding path may corresponding multiple character string, and then can obtain multiple input results.For example; When keyboard input " liang " its sliding trace that utilizes Fig. 1 as shown in Figure 1; Track streaks to indicate successively has following character: the button of " jkl ", " ghi ", " abc ", " def " and " mno ", and the Pinyin coding sequence that goes out according to this track identification comprises: " liang ", " jiang ", " jiaoji ", " jianli ", " lianji ", " liaoli " or the like, cause the very high repetition rate of coding; User such as needs are finally confirmed the words that oneself is imported; Then need from these a plurality of character strings, select, and the final corresponding words of character string of confirming and selecting, but user's enable manual is rolled or is clicked the page turn over operation of starting to carry out candidate list like this; Just can finally accomplish input operation, influence input efficiency.
And when utilizing the electronic equipment be provided with the qwerty keyboard layout to carry out the Continuous Sliding input; Exist repetition rate of coding problem of higher too; And the lower problem of input efficiency; Be illustrated in figure 2 as the input path sliding trace of the dummy keyboard input " qite " that utilizes the qwerty keyboard layout, to comprising by the available Pinyin coding of sliding trace: " qiye ", " qiuye ", " qite ", " qie ", " qire ", when this qwerty keyboard layout of visible employing carries out the Continuous Sliding input; Also there is the more problem of repeated code; Therefore, how to reduce the repetition rate of coding in the input process, improving input efficiency is the problem that those skilled in the art press for solution.
Summary of the invention
In view of this, the present invention provides a kind of finger-impu system, when adopting finger-impu system of the present invention to carry out the character input, can reduce the repetition rate of coding, and improve input efficiency.
For realizing above-mentioned purpose, the present invention provides following technical scheme: a kind of finger-impu system, comprise the alphabetic keypad zone, and said alphabetic keypad zone is divided into 36 auxiliary areas that six row, six listed sequences are arranged;
Said alphabetic keypad zone comprises at least 26 alphabet key districts, and a said alphabet key district and a letter have incidence relation;
Said 26 alphabet key districts are arranged at respectively in 26 said auxiliary areas according to preset distribution rule, and will be arranged at first auxiliary area that is positioned at the edge with the alphabet key district that the phonetic last letter has an incidence relation;
Wherein, said first auxiliary area that is positioned at the edge be meant that the first trip, the tail that are positioned at said six row six row are capable, first or tail row be auxiliary area;
Wherein, said phonetic last letter comprises single vowel.
Preferably, said phonetic last letter also comprises:
Letter n, g, r and/or v.
Preferably, in said alphabetic keypad zone, only show the auxiliary area that is provided with said alphabet key district.
Preferably, it is nine input blocks that said 36 auxiliary areas incorporate into, and each input block comprises four adjacent auxiliary areas, and arranging of said nine input blocks meets the distribution form of triplex row three row in the nine palace lattice keyboards;
Said 26 alphabet key districts are arranged at respectively in 26 said auxiliary areas according to preset distribution rule, comprising:
Division rule according to letters case in the nine palace lattice keyboards 26 alphabet key districts are arranged at respectively in eight input blocks, and each alphabet key position district is arranged in unique auxiliary area.
Preferably, said 26 alphabet key districts are arranged at respectively in eight input blocks, comprise:
The alphabet key district that has an incidence relation with alphabetical a, b, c respectively is arranged in the input block of being made up of the auxiliary area of first row the 3rd row, first row the 4th row, second row the 3rd row and second row the 4th row;
The alphabet key district that has an incidence relation with alphabetical d, f, e respectively is arranged in the input block of being made up of the auxiliary area of first row the 5th row, first row the 6th row, second row the 5th row and second row the 6th row;
With being arranged in the input block of forming by the auxiliary area of the third line first row, the third line secondary series, fourth line first row and fourth line secondary series with alphabetical g, h, i, alphabet key district with incidence relation respectively;
The alphabet key district that has an incidence relation with alphabetical j, k, l respectively is arranged in the input block of being made up of the auxiliary area of the third line the 3rd row, the third line the 4th row, fourth line the 3rd row and fourth line the 4th row;
The alphabet key district that has an incidence relation with alphabetical m, n, o respectively is arranged in the input block of being made up of the auxiliary area of the third line the 5th row, the third line the 6th row, fourth line the 5th row and fourth line the 6th row;
The alphabet key district that has an incidence relation with alphabetical p, q, r, s respectively is arranged in the input block of being made up of the auxiliary area of fifth line first row, fifth line secondary series, the 6th row first row and the 6th row secondary series;
The alphabet key district that has an incidence relation with alphabetical t, u, v respectively is arranged in the input block by fifth line the 3rd row, fifth line the 4th row, the 6th row the 3rd row and the 6th row the 4th row;
The alphabet key district that has an incidence relation with alphabetical w, x, y, z respectively is arranged in the input block of being made up of the auxiliary area of fifth line the 5th row, fifth line the 6th row, the 6th row the 5th row and the 6th row the 6th row.
Preferably, will be arranged on the alphabet key district that single vowel a has an incidence relation and be in the tertial auxiliary area of first row;
To be arranged in the auxiliary area that is in second row the 6th row with the alphabet key district that single vowel e has an incidence relation;
To be arranged on the alphabet key district that single vowel i has an incidence relation in the auxiliary area that is in the third line first row;
To be arranged on the alphabet key district that single vowel o has an incidence relation in the auxiliary area that is in the third line the 6th row;
To be arranged on the alphabet key district that single vowel u has an incidence relation and be in the tertial auxiliary area of the 6th row.
Preferably, said division rule according to auxiliary area will be arranged on the alphabet key district that phonetic last letter g has an incidence relation in the auxiliary area that is in fourth line first row;
To be arranged on the alphabet key district that phonetic last letter n has an incidence relation in the auxiliary area that is in fourth line the 6th row;
To be arranged on the alphabet key district that phonetic last letter r has an incidence relation in the auxiliary area that is in the 6th row first row and will be arranged in the auxiliary area that is in the 6th row the 4th row with the alphabet key district that phonetic last letter v has an incidence relation.
Preferably, the key zone that indicates punctuation mark is set in the auxiliary area that is not provided with the alphabet key district.
Preferably, at the auxiliary area that is positioned at first row, first row, the first row secondary series, second row, first row and the second row secondary series said alphabet key district is not set.
Preferably; Said alphabetic keypad zone also is provided with four second alphabet key districts; Said four second alphabet key districts have incidence relation with alphabetical n, o, e and u respectively, and these four second alphabet key districts are arranged at respectively in the auxiliary area of said first row, first row, the first row secondary series, second row, first row and the second row secondary series.
Can know that via above-mentioned technical scheme compared with prior art, the present invention openly provides a kind of finger-impu system; Comprise the alphabetic keypad zone in this finger-impu system; In this alphabetic keypad zone each alphabet key district all with single letter carry out related, simultaneously, will with comprise single vowel and be arranged at the auxiliary area that is positioned at the edge in the alphabet key district that interior phonetic last letter has incidence relation; Because in the phonetic letter input process; The probability that phonetic last letter and other monograms constitute Pinyin coding is bigger, through being arranged at the edge with the alphabet key district that the audio frequency last letter has an incidence relation, can reduce slidingly inputing the number of times that process sound intermediate frequency last letter occurs as the irrelevant letter in centre; Thereby the minimizing repetition rate of coding improves input efficiency.
Description of drawings
In order to be illustrated more clearly in the embodiment of the invention or technical scheme of the prior art; To do to introduce simply to the accompanying drawing of required use in embodiment or the description of the Prior Art below; Obviously, the accompanying drawing in describing below only is embodiments of the invention, for those of ordinary skills; Under the prerequisite of not paying creative work, can also obtain other accompanying drawing according to the accompanying drawing that provides.
Fig. 1 shows the layout structure synoptic diagram of existing nine palace lattice keyboards;
Fig. 2 shows the layout structure synoptic diagram of existing qwerty keyboard;
Fig. 3 shows the structural representation of an embodiment in alphabetic keypad zone in the keyboard area of a kind of finger-impu system of the present invention;
Fig. 4 shows the structural representation of another embodiment in the alphabetic keypad zone of a kind of finger-impu system of the present invention;
Fig. 5 shows the structural representation of another embodiment in the alphabetic keypad zone of a kind of finger-impu system of the present invention;
Fig. 6 shows the structural representation of another embodiment in the alphabetic keypad zone of a kind of finger-impu system of the present invention;
Fig. 7 shows the structural representation of another embodiment in the alphabetic keypad zone of a kind of finger-impu system of the present invention;
Fig. 8 shows the structural representation of another embodiment in the alphabetic keypad zone of a kind of finger-impu system of the present invention;
Fig. 9-Figure 10 shows when utilizing finger-impu system of the present invention to import, the sliding trace synoptic diagram on the letter key panel;
Figure 11 shows the structural representation of another embodiment in the alphabetic keypad zone of a kind of finger-impu system of the present invention;
Figure 12 shows the structural representation of another embodiment in the alphabetic keypad zone of a kind of finger-impu system of the present invention;
Figure 13 shows the structural representation of an embodiment of the keyboard area of a kind of finger-impu system of the present invention.
Embodiment
To combine the accompanying drawing in the embodiment of the invention below, the technical scheme in the embodiment of the invention is carried out clear, intactly description, obviously, described embodiment only is the present invention's part embodiment, rather than whole embodiment.Based on the embodiment among the present invention, those of ordinary skills are not making the every other embodiment that is obtained under the creative work prerequisite, all belong to the scope of the present invention's protection.
In order to reduce the repetition rate of coding in the continuous input process; Improve input efficiency, the embodiment of the invention discloses a kind of finger-impu system, this input media comprises keyboard area; User's input processing module etc.; Wherein, comprise the alphabetic keypad zone in this keyboard area at least, the character string sequence that slides past in this user's input processing module identification user Continuous Sliding input process; And analyze the corresponding candidate item information of this character string sequence etc., wherein this alphabetic keypad zone is divided into 36 auxiliary areas that six row, six listed sequences are arranged;
The alphabetic keypad zone comprises at least 26 alphabet key districts, and this an alphabet key district and a letter have incidence relation, and the corresponding related letter difference in different alphabet key districts;
These 26 alphabet key districts are arranged at respectively in 26 said auxiliary areas according to preset distribution rule, and will be arranged at first auxiliary area that is positioned at the edge with the alphabet key district that the phonetic last letter has an incidence relation;
Wherein, said first auxiliary area that is arranged in the edge is meant said 36 auxiliary areas, and the number of adjacent auxiliary area is less than 5 auxiliary area;
Wherein, said phonetic last letter comprises single vowel.Concrete, this single vowel comprises alphabetical a, alphabetical e, alphabetical i, alphabetical o, alphabetical u, alphabetical v.Because in input in Chinese, agreement is clicked alphabetical v corresponding key and represented input Pinyin letter u usually, and therefore alphabetical u also belongs to single vowel, the phonetic last letter yet comprises alphabetical v.
Each alphabet key district all carries out related with single letter in the alphabetic keypad zone of the embodiment of the invention; The corresponding independent key zone of each letter simultaneously, will be arranged at the auxiliary area that is positioned at the edge with the alphabet key district that the last letter that comprises single vowel has an incidence relation; Because in the phonetic letter input process; The probability that last letter and other monograms constitute words is bigger, through being arranged at the edge with the alphabet key district that last letter has an incidence relation, can reduce the number of times that last letter occurs as the irrelevant letter in centre in the process of slidingly inputing; Thereby the minimizing repetition rate of coding improves input efficiency.
In order clearly to understand scheme of the present invention, carry out detailed description below in conjunction with accompanying drawing.
Referring to Fig. 3, show the structural representation of an embodiment of the keyboard area of a kind of finger-impu system of the present invention, this keyboard area comprises the alphabetic keypad zone, this alphabetic keypad zone is divided into the auxiliary area 1 of six row, six row, totally 36 auxiliary areas 1.Auxiliary area 1 can be provided with the alphabet key district like this auxiliary area and also the punctuation mark key zone can be set for the position of key zone is set on the alphabetic keypad zone.On an auxiliary area key zone can be set in the present embodiment.Optional, the area of each auxiliary area is identical, makes 36 auxiliary areas be each row and respectively be listed as all alignment to arrange.Need to prove that it is as shown in Figure 3 in the alphabetic keypad zone, can to demonstrate these 36 auxiliary areas clearly.Certainly, Fig. 3 finds out intuitively that for ease 36 auxiliary areas also mark each auxiliary area, but in practical application, also can not indicate each auxiliary area, and the auxiliary area that perhaps only will be provided with the alphabet key district marks.
Also be provided with alphabet key district 101 in the alphabetic keypad zone in the present embodiment, each alphabet key district and a letter have incidence relation, and have the alphabetical different of incidence relation with different alphabet key districts 1.To be called related letter with the letter that the alphabet key district is associated, the related letter difference that then different alphabet key districts is corresponding.Wherein, alphabet key district and letter have incidence relation, are meant when clicking or this alphabet key district of the touch of slip is arranged, and trigger this finger-impu system input and have the letter of incidence relation with this alphabet key district.For example, certain alphabet key district and alphabetical m have incidence relation, and then when finger streaked this alphabet key district, the letter that finger-impu system identifies user's input was m.
General, in the alphabet key district, can mark the letter that has incidence relation with it, so that user's input.In Fig. 3, to be the auxiliary area of first row from top to bottom, to be positioned at the tertial auxiliary area of first row and to be provided with the alphabet key district that has incidence relation with alphabetical a to the 6th row, then in this alphabet key district, indicate letter " a ".
Wherein, these 26 alphabet key districts 101 are arranged at respectively in 26 auxiliary areas 1 according to preset distribution rule, and will be arranged at the auxiliary area 1 that is positioned at the edge with the alphabet key district 101 that the phonetic last letter has an incidence relation.
Wherein, said phonetic last letter comprises single vowel, and single vowel comprises alphabetical a, alphabetical e, alphabetical i, alphabetical o, alphabetical u, alphabetical v.
Certainly, this phonetic last letter can also comprise can be combined into letter of compound vowel etc. with this single vowel, can also comprise alphabetical g, n, r like this last letter.
26 alphabet key districts are arranged at respectively in 26 auxiliary areas, and each alphabet key district is arranged in the auxiliary area, and will be set in place in the auxiliary area at edge with the alphabet key district that the phonetic last letter has an incidence relation among the present invention.The auxiliary area that is positioned at the edge in these 36 auxiliary areas is defined as first auxiliary area, and this first auxiliary area is meant in 36 auxiliary areas of six row six row, is positioned at that first trip, tail are capable, the auxiliary area of first or tail row.Like Fig. 3; The auxiliary area that is positioned at from top to bottom on first row, the 6th row is the auxiliary area that is in the edge; And first row that are positioned at from left to right also are the auxiliary area that is in the edge with the 6th auxiliary area that list, and other auxiliary area does not then belong to the auxiliary area that is positioned at the edge.Be arranged in first auxiliary area at edge at this, the number of this its adjacent auxiliary area of first auxiliary area is less than 5 auxiliary area.Visible by Fig. 3, every individual number average that is positioned at its auxiliary area that links to each other of first auxiliary area at edge is less than 5.
For example; By Fig. 3 visible in; With from top to bottom direction is first row to the arranging of the 6th row, and from left to right each row are followed successively by first and are listed as arranging of the 6th row among Fig. 3, and (this auxiliary area is provided with the alphabet key district and a) belongs to the individual number average that is positioned at the adjacent auxiliary area of this auxiliary area of edge auxiliary area and be less than 5 in the figure then to be positioned at the tertial auxiliary area of first row; Other auxiliary areas that are positioned at the edge are not similarly enumerated at this one by one yet.
In the present embodiment, each alphabet key district only has incidence relation with a letter, and each alphabet key district is arranged in the auxiliary area; Thereby realized the corresponding independent key zone of letter; Can obtain the situation of a plurality of input alphabets when avoiding a little touching an alphabet key district, simultaneously will be arranged at the auxiliary area that is positioned at the edge with the alphabet key district that last letter has an incidence relation in the present embodiment, because last letter comprises single vowel; And single vowel very easily is combined to form pinyin sequence with other letters in the phonetic alphabet combination; To be set in place in the auxiliary area at edge with the alphabet key district that last letter has an incidence relation, when the user need not import last letter, then can reduce and a little touch the corresponding alphabet key district of this last letter; Thereby the minimizing repetition rate of coding improves input efficiency.
It is understandable that Fig. 3 only is the layout type in a kind of alphabetic keypad of the present invention zone, but the present invention is not limited to this kind layout.For example, can the alphabet key district of sign " a " and the alphabet key district of sign " c " among Fig. 1 be exchanged, will indicate the alphabet key district of " e " and the alphabet key district of sign " d " or sign " f " and exchange or the like.
In Fig. 3 in order clearly to understand scheme of the present invention; The auxiliary area of six row, six row is all shown in the alphabetic keypad zone; And it is understandable that this auxiliary area is only in order to be provided with and to arrange key zone and set, in practical application; Auxiliary area can not show, and perhaps only will be provided with the auxiliary area setting of key zone and shows.
Referring to Fig. 4; Structural representation for another embodiment of the alphabetic keypad of a kind of finger-impu system of the present invention zone; In this Fig. 4, only demonstrate alphabet key district arranging on auxiliary area in this alphabetic keypad zone; And auxiliary area does not all show, and is appreciated that to the area of auxiliary area size is identical with alphabet key district area size yet, thereby only will be provided with the auxiliary area setting in alphabet key district and shows.Arranging of alphabet key district all is positioned on the auxiliary area of six row, six row in the figure, thereby makes this alphabet key become certain ranks to arrange.
Only chosen 26 auxiliary areas in 36 auxiliary areas in the present embodiment alphabet key district has been set, in other 10 auxiliary areas that the alphabet key district is not set any key zone can be set, thereby not demonstrate this 10 auxiliary areas.
Because the user possibly be accustomed to inputting punctuation mark in the process of words input; Therefore; In these 10 auxiliary areas that the alphabet key district is not set, the punctuation mark key zone is set, this punctuation mark key zone is meant the key zone that has incidence relation with punctuation mark, and is as shown in Figure 5; On the auxiliary area that is not provided with the alphabet key district, also be provided with punctuation mark key zone 102, on this punctuation mark key zone 102, indicating has and the punctuation mark of this key zone according to relevant relation.Optional, each punctuation mark key zone 102 only has incidence relation with a punctuate.For punctuation mark arrange and these 10 punctuation marks that this is chosen, the present invention does not do qualification, can set according to concrete needs.As can in being provided with 10 auxiliary areas in alphabet key district, 10 the highest punctuation marks of frequency of utilization be set respectively.
In addition; In order to adapt with the existing input habit of user; Can also be among the present invention with reference to the layout of existing nine palace lattice keyboards; The position relation in each alphabet key district is set, makes to have now in the nine palace lattice to be arranged at each letter on the same button, be in the adjacent auxiliary area in the alphabetic keypad zone in the present invention.Referring to Fig. 6, show the structural representation of another embodiment in the alphabetic keypad zone of a kind of finger-impu system of the present invention.This alphabetic keypad zone is divided into nine input blocks 2 of triplex row three row in the present embodiment, and optional, arranging of these nine input blocks is identical with the triplex row three row arrangement modes of existing nine palace lattice keyboards.36 auxiliary areas 1 in the alphabetic keypad zone incorporate into and are these nine input blocks 2, and each input block 2 comprises four adjacent auxiliary areas 1.Do not show for the auxiliary area that the alphabet key district is not set in the figure.
Like Fig. 6, the auxiliary area that is positioned at first row, first row, the first row secondary series, second row, first row and the second row secondary series in the auxiliary area is arranged at this input block 1-1, and input block 1-1 is meant the input block that is positioned at first row, first row in the input block; The auxiliary area that is arranged in first row the 3rd row, first row the 4th row, second row the 3rd row and second row the 4th row in the auxiliary unit is arranged at input block 1-2; Input block 1-2 be meant be positioned at first the row secondary series input block, for other auxiliary areas be provided with can and the like.
When in the auxiliary area in each input block the alphabet key district being set; Can be according to the division rule of letters case in the nine palace lattice keyboards; 26 alphabet key districts are arranged at respectively in eight input blocks, and each alphabet key position district is arranged in unique auxiliary area.That is to say, a plurality of letters that are positioned on the same button in the existing nine palace lattice keyboards are arranged on the different auxiliary areas of same input block.
Certainly; Eight input blocks that 26 alphabet key districts are arranged on can with existing nine palace lattice keyboards on that the key position of letter is set is corresponding; Concrete; According to the division rule of input block, the alphabet key district that has an incidence relation with alphabetical a, b, c respectively is arranged at the input block of the first row secondary series that is positioned at; The alphabet key district that has an incidence relation with alphabetical d, f, e respectively is arranged at is positioned at the tertial input block of first row; With being arranged at the input block that is positioned at second row, first row with alphabetical g, h, i, alphabet key district with incidence relation respectively; The alphabet key district that has an incidence relation with alphabetical j, k, l respectively is arranged at the input block that is positioned at the second row secondary series; The alphabet key district that has an incidence relation with alphabetical m, n, o respectively is arranged at is positioned at the tertial input block of second row; The alphabet key district that has an incidence relation with alphabetical p, q, r, s respectively is arranged at the input block that is positioned at the third line first row; The alphabet key district that has an incidence relation with alphabetical t, u, v respectively is arranged at the input block that is positioned at the third line secondary series; The alphabet key district that has an incidence relation with alphabetical w, x, y, z respectively is arranged at is positioned at the tertial input block of the third line.
What need explain is here; Be positioned at the input block of first row, first row; Be meant according to the ranks of input block and arrange and the ranks divided; Like Fig. 6, the input block that is positioned at first row, first row is meant the input block of being made up of the auxiliary area that is positioned at first row, first row, the first row secondary series, second row, first row and the second row secondary series; And the input block that is positioned at first row, first row is meant the input block of being made up of the auxiliary area that is positioned at first row, three row, first row the 4th row, second row the 3rd row and second row the 4th row.For the formation of other input blocks can and the like.Visible by Fig. 6, eight input blocks that 26 alphabet key districts are arranged on can with existing nine palace lattice keyboards on that the key position of letter is set is corresponding, be embodied in:
The alphabet key district that has an incidence relation with alphabetical a, b, c respectively is arranged in the input block of being made up of the auxiliary area of first row the 3rd row, first row the 4th row, second row the 3rd row and second row the 4th row;
The alphabet key district that has an incidence relation with alphabetical d, f, e respectively is arranged in the input block of being made up of the auxiliary area of first row the 5th row, first row the 6th row, second row the 5th row and second row the 6th row;
With being arranged in the input block of forming by the auxiliary area of the third line first row, the third line secondary series, fourth line first row and fourth line secondary series with alphabetical g, h, i, alphabet key district with incidence relation respectively;
The alphabet key district that has an incidence relation with alphabetical j, k, l respectively is arranged in the input block of being made up of the auxiliary area of the third line the 3rd row, the third line the 4th row, fourth line the 3rd row and fourth line the 4th row;
The alphabet key district that has an incidence relation with alphabetical m, n, o respectively is arranged in the input block of being made up of the auxiliary area of the third line the 5th row, the third line the 6th row, fourth line the 5th row and fourth line the 6th row;
The alphabet key district that has an incidence relation with alphabetical p, q, r, s respectively is arranged in the input block of being made up of the auxiliary area of fifth line first row, fifth line secondary series, the 6th row first row and the 6th row secondary series;
The alphabet key district that has an incidence relation with alphabetical t, u, v respectively is arranged in the input block by fifth line the 3rd row, fifth line the 4th row, the 6th row the 3rd row and the 6th row the 4th row;
The alphabet key district that has an incidence relation with alphabetical w, x, y, z respectively is arranged in the input block of being made up of the auxiliary area of fifth line the 5th row, fifth line the 6th row, the 6th row the 5th row and the 6th row the 6th row.
Like Fig. 6; In the input block 1-1 of first row, first row, do not comprise any auxiliary area that is provided with the alphabet key district; Promptly divide, in the auxiliary area of first row, first row, the first row secondary series, second row, first row and the second row secondary series, said alphabet key district is not set according to the ranks of auxiliary area.Be provided with in three auxiliary areas in the input block 1-2 of the first row secondary series and indicate the alphabet key district that letter " a ", " b " and " c " are arranged respectively.Where specifically be arranged on for the alphabet key district that indicates letter " a ", " b " and " c " in four auxiliary areas of input block 1-2 in three auxiliary units; Only need the identifying sheet list simple or compound vowel of a Chinese syllable " a " and the alphabet key district satisfy and to be arranged at the auxiliary area that is positioned at the edge and to get final product; For letter " b " with " c " corresponding alphabet key district specifically in which auxiliary area of input block 1-1, the present invention does not do concrete qualification.Mode and input block 1-2 layout type that the alphabet key district is set in each auxiliary area for other input blocks are similar, repeat no more at this.
Fig. 6 is the layout type in a kind of preferred alphabet key district; The setting of letters case has identical position distribution relation in this kind layout and the nine palace lattice; Concrete is: according to the division rule of auxiliary area; To be arranged in the tertial auxiliary area of first row with the alphabet key district that single vowel letter a has an incidence relation,, will be arranged in the tertial auxiliary area of first row with the alphabet key district that alphabetical a has an incidence relation just according to the ranks arranging rule of auxiliary unit;
To be arranged at the alphabet key district that the alphabetical e of single vowel has incidence relation in the auxiliary area of second row the 6th row;
To be arranged in the auxiliary area of the third line first row with the alphabet key district that the alphabetical i of single vowel has incidence relation;
To be arranged in the auxiliary area of the third line the 6th row with the alphabet key district that the alphabetical o of single vowel has incidence relation;
To be arranged in the tertial auxiliary area of the 6th row with the alphabet key district that the alphabetical u of single vowel has incidence relation;
To be arranged at the alphabet key district that the alphabetical v of single vowel has incidence relation in the tertial auxiliary area of the 6th row.
Phonetic last letter for other also is the division rule according to auxiliary area, will be arranged at the alphabet key district that phonetic last letter g has an incidence relation in the auxiliary area of fourth line first row;
To be arranged at the alphabet key district that phonetic last letter n has an incidence relation in the auxiliary area of fourth line the 6th row;
To be arranged in the auxiliary area of the 6th row first row with the alphabet key district that phonetic last letter r has an incidence relation;
For having the layout of the letter of incidence relation with the letter except that last letter; Can be specifically referring to shown in Figure 6; So long as in order to adapt to user custom, get final product being arranged at the alphabet key district that letter on the same button is arranged at the different auxiliary areas of same input block among the present invention in the existing nine palace lattice.
In addition; Layout with reference to existing nine palace lattice keyboards; The position relation that each alphabet key district is set can also have other implementations; Promptly be positioned at the alphabet key district of the auxiliary area of same input block, have incidence relation alphabet key district at satisfied and last letter and be arranged under the prerequisite of the auxiliary area that is positioned at the edge, each alphabet key district can exchange in the auxiliary area of same input block.Referring to Fig. 7; The regional structural representation of alphabetic keypad for the another kind of finger-impu system of the present invention; Among this Fig. 7; Be arranged in the letter of same input block and letter that existing nine palace lattice are positioned on the same button and be consistent, but in same input block, the position that indicates alphabet key district among position and the Fig. 6 in alphabet key district of different letters is different.For example the input block 1-3 with first row, three row is an example; The order in alphabet key district is in the input block 1-3 in Fig. 6: the alphabet key district that alphabetical d is corresponding is arranged in the auxiliary area of first row the 5th row (i.e. the auxiliary area in the upper right corner of this input block 1-3 or be called in the auxiliary area that first row first is listed as in this input block); The corresponding alphabet key district of letter f is arranged in the auxiliary area of first row the 6th row, and last letter e is arranged in the auxiliary area of second row the 6th row.And in Fig. 7; The order in alphabet key district is in this input block 1-3: the alphabet key district that alphabetical d is corresponding is arranged in the auxiliary area of second row the 5th row; The corresponding alphabet key district of letter f is arranged in the auxiliary area of first row the 5th row, and last letter e is positioned at the auxiliary area of first row the 6th row.For arranging of the alphabet key district in other input blocks, can be specifically with reference to shown in Figure 6.
It is understandable that, on this alphabetic keypad zone, can demonstrate each input block such as Fig. 6 and shown in Figure 7.Also can on the alphabetic keypad zone, not demonstrate input block, in other words, the division of input block can not mark demonstration, and the finger-impu system in house software can be discerned and get final product, and when perhaps on physical keyboard, dividing, does not specifically mark this input block and gets final product.
Referring to Fig. 8; Another kind of structural representation for the zone of the alphabetic keypad in the keyboard area; Input block does not show among this figure; And the people that arranges in these 26 alphabet key districts meets the arranging rule of letter in the existing nine palace lattice keyboards, is positioned at the letter on the same button in the promptly existing nine palace lattice keyboards, also is positioned at same input block (input block is hidden) in the figure; In order to express input block, each alphabet key district with dashed lines that will be positioned at same input block is irised out in the figure.Like Fig. 7, alphabet key district a, b and c are positioned at the input block that same frame of broken lines indicates.
In addition; The same input block that is positioned at first row, first row with existing nine palace lattice keyboard layouts; Be not provided with in the input block that the auxiliary area of promptly going secondary series by first row, first row, the first row secondary series, second row, first row and second is formed the alphabet key district can be set; And owing in this input block the alphabet key district is not set; Then can not demonstrate the input block that this is made up of the auxiliary area of first row, first row, the first row secondary series, second row, first row and the second row secondary series, and the auxiliary area (like the blank space in this figure upper left corner) that is arranged in first row, first row, the first row secondary series, second row, first row and the second row secondary series.
In the finger-impu system of the present invention on the alphabetic keypad zone last letter be positioned at the edge in alphabetic keypad zone; Adopt finger-impu system of the present invention to carry out in the process of Chinese words or statement input; The user imports in the sliding process in this alphabetic keypad zone continuously; If in the time of need not importing some last letters, then can avoid in sliding process drawing, thereby avoid making up the too high problem of the repetition rate of coding that causes owing to last letter and other phonetic alphabet through these last letters.
In order to understand advantage of the present invention; Adopting finger-impu system of the present invention below is example with Continuous Sliding input mode input of character string " liang " (bright); Referring to Fig. 9; When adopting finger-impu system of the present invention to import, slidingly input the track synoptic diagram on the alphabetic keypad zone, visible; In the present invention when the user needs input of character string " liang "; User's finger can slidingly input in alphabetic keypad zone shown in Figure 9, and the alphabetical sequence of process is followed successively by " liabnmkjhg " in the sliding process, and the letter that finger-impu system is drawn warp according to this input trajectory and this input trajectory can identify the Pinyin coding sequence and be " liang ".Then with Fig. 1 in input " liang " compare visible; The alphabetical sequence of drawing warp according to this input trajectory and input trajectory can not obtain " jiang (falling) " " jiaoji (anxiety) ", " lianji (online) ", " liaoli (cooking) " and Pinyin coding sequences such as " jianli (foundation, resumes etc.) ", thereby has reduced the repetition rate of coding.
And for example; Referring to Figure 10, when adopting finger-impu system of the present invention input " qite (peculiar) ", on the alphabetic keypad zone, carry out the Continuous Sliding input; The sliding trace alphabetical sequence of process successively is " qgijtwmoe "; Finger-impu system is drawn the alphabetical sequence of warp according to this Continuous Sliding input trajectory and this track, can identify " qite ", also might identify " qie "; But, be easy to " qie " filtered out through route matching degree index because the standard input trajectory of " qie " is widely different with the diagram path.Compare visible with Fig. 2 input " qite "; Adopt finger-impu system of the present invention; The character string of drawing warp according to this continuous input trajectory and track; Can avoid producing " qiye (enterprise) ", " qiuye (autumn leaves) ", " qire (strange heat) " equivalent weight code, thereby significantly reduce the repetition rate of coding.
Consider that some letter frequency of utilization in the pinyin character input process is higher; In order to improve input efficiency; Referring to Figure 11; Show the structural representation of another kind of embodiment of the input area of a kind of finger-impu system of the present invention; Can also be provided with four second alphabet key districts 5 in this alphabetic keypad zone, these four second alphabet key districts have incidence relation with alphabetical n, o, e and u respectively, and these four second alphabet key districts are arranged at respectively in the auxiliary area of said first row, first row, the first row secondary series, second row, first row and the second row secondary series.We can say that also these four second alphabet key districts are set in place in four auxiliary areas of the input block that first row first is listed as.Wherein, these four second alphabet key districts are distinguished with foregoing alphabet key district mutually, and this second alphabet key district is meant the alphabet key district that repeats to be provided with.
Embodiment is similar with the front, is not provided with in the present embodiment in the auxiliary area in the alphabet key district and the second alphabet key district key zone that indicates punctuation mark can be set.
In practical application, can be with being provided with the character that also can demonstrate other in the alphabet key district simultaneously, thus when clicking or finger when streaking this alphabet key district, also can trigger the input operation of the character that indicates in this alphabet key district of input.Like Figure 12, show the structural representation in the alphabetic keypad zone of a kind of finger-impu system of the present invention.The alphabet key district that on the auxiliary area in this alphabetic keypad zone, is provided with can also have incidence relation with other characters except that letter, and shows simultaneously that in this alphabet key district this and this alphabet key district has the letter and second character except that letter of incidence relation.On the alphabetic keypad zone on this finger-impu system through clicking or when streaking certain alphabet key district, can triggering the related letter in this alphabet key district of input or the operation of second character.Certainly when concrete operations, according to the difference of this finger-impu system present located mode of operation, the input operation that when this alphabet key district is clicked or slide is arranged, triggers is also different.For example, when this finger-impu system is under the spelling input method state, when then on detecting certain alphabet key district, having slide, then trigger input and have the letter of incidence relation with this alphabet key district.
Second character for being provided with in each alphabet key district specifically is any character, and the present invention does not limit, and concrete can set second character in the alphabet key district according to actual needs.Like Figure 12 only is wherein a kind of mode, and for example, the key zone that indicates alphabetical a in the figure is provided with the second character %.Second character that is provided with on other key zones can be referring to shown in Figure 12.
Need to prove that in the finger-impu system of the present invention, keyboard area comprises the alphabetic keypad zone at least; In some cases; Utilize this alphabetic keypad zone to carry out in the phonetic alphabet input process, may relate to and utilize numerical key to select speech or other operation, therefore; Except the alphabetic keypad zone, the numeric keypad zone can also be set above the letter key panel on this keyboard area device.Referring to Figure 12; Structural representation for an embodiment of this keyboard area in the finger-impu system of the present invention; This keyboard area comprises alphabetic keypad zone and numeric keypad zone 3, and wherein, this numeric keypad zone 3 can determine whether to show as required; When being in the input pattern of input method like the keyboard area when finger-impu system, this numeric keypad zone can hide.This numeric keypad zone 3 comprises it being ten digital key zones 301 of 0 to 9.But the alphabet key on this alphabetic keypad zone is arranged and is still followed the arranged distribution of six row, six row.
Certainly, the present invention can also be as required increases other character keys or operating key (like carriage return, delete, duplicate, stickup, space etc.) zone on keyboard area, do not enumerate one by one at this.
Finger-impu system according to the invention; Both can be physical keyboard, like conventional independent community keyboard, the TV remote controller of tape character input key zone etc.; Can be dummy keyboard also, as be shown in dummy keyboard on the computer monitor, be shown in dummy keyboard on the touch-screen of mobile device etc.
Each embodiment adopts the mode of going forward one by one to describe in this instructions, and what each embodiment stressed all is and the difference of other embodiment that identical similar part is mutually referring to getting final product between each embodiment.For the disclosed device of embodiment, because it is corresponding with the embodiment disclosed method, so description is fairly simple, relevant part is partly explained referring to method and is got final product.
To the above-mentioned explanation of the disclosed embodiments, make this area professional and technical personnel can realize or use the present invention.Multiple modification to these embodiment will be conspicuous concerning those skilled in the art, and defined General Principle can realize under the situation that does not break away from the spirit or scope of the present invention in other embodiments among this paper.Therefore, the present invention will can not be restricted to these embodiment shown in this paper, but will meet and principle disclosed herein and features of novelty the wideest corresponding to scope.
Claims (10)
1. a finger-impu system comprises the alphabetic keypad zone, it is characterized in that said alphabetic keypad zone is divided into 36 auxiliary areas that six row, six listed sequences are arranged;
Said alphabetic keypad zone comprises at least 26 alphabet key districts, and a said alphabet key district and a letter have incidence relation;
Said 26 alphabet key districts are arranged at respectively in 26 said auxiliary areas according to preset distribution rule, and will be arranged at first auxiliary area that is positioned at the edge with the alphabet key district that the phonetic last letter has an incidence relation;
Wherein, said first auxiliary area that is positioned at the edge be meant that the first trip, the tail that are positioned at said six row six row are capable, first or tail row be auxiliary area;
Wherein, said phonetic last letter comprises single vowel.
2. device according to claim 1 is characterized in that, said phonetic last letter also comprises:
Letter n, g, r and/or v.
3. device according to claim 1 and 2 is characterized in that, in said alphabetic keypad zone, only shows the auxiliary area that is provided with said alphabet key district.
4. device according to claim 1; It is characterized in that; It is nine input blocks that said 36 auxiliary areas incorporate into, and each input block comprises four adjacent auxiliary areas, and arranging of said nine input blocks meets the distribution form of triplex row three row in the nine palace lattice keyboards;
Said 26 alphabet key districts are arranged at respectively in 26 said auxiliary areas according to preset distribution rule, comprising:
Division rule according to letters case in the nine palace lattice keyboards 26 alphabet key districts are arranged at respectively in eight input blocks, and each alphabet key position district is arranged in unique auxiliary area.
5. device according to claim 4 is characterized in that, said 26 alphabet key districts is arranged at respectively in eight input blocks, comprising:
The alphabet key district that has an incidence relation with alphabetical a, b, c respectively is arranged in the input block of being made up of the auxiliary area of first row the 3rd row, first row the 4th row, second row the 3rd row and second row the 4th row;
The alphabet key district that has an incidence relation with alphabetical d, f, e respectively is arranged in the input block of being made up of the auxiliary area of first row the 5th row, first row the 6th row, second row the 5th row and second row the 6th row;
With being arranged in the input block of forming by the auxiliary area of the third line first row, the third line secondary series, fourth line first row and fourth line secondary series with alphabetical g, h, i, alphabet key district with incidence relation respectively;
The alphabet key district that has an incidence relation with alphabetical j, k, l respectively is arranged in the input block of being made up of the auxiliary area of the third line the 3rd row, the third line the 4th row, fourth line the 3rd row and fourth line the 4th row;
The alphabet key district that has an incidence relation with alphabetical m, n, o respectively is arranged in the input block of being made up of the auxiliary area of the third line the 5th row, the third line the 6th row, fourth line the 5th row and fourth line the 6th row;
The alphabet key district that has an incidence relation with alphabetical p, q, r, s respectively is arranged in the input block of being made up of the auxiliary area of fifth line first row, fifth line secondary series, the 6th row first row and the 6th row secondary series;
The alphabet key district that has an incidence relation with alphabetical t, u, v respectively is arranged in the input block by fifth line the 3rd row, fifth line the 4th row, the 6th row the 3rd row and the 6th row the 4th row;
The alphabet key district that has an incidence relation with alphabetical w, x, y, z respectively is arranged in the input block of being made up of the auxiliary area of fifth line the 5th row, fifth line the 6th row, the 6th row the 5th row and the 6th row the 6th row.
6. according to claim 1,2 or 5 described devices, it is characterized in that, will be arranged on the alphabet key district that single vowel a has an incidence relation and be in the tertial auxiliary area of first row;
To be arranged in the auxiliary area that is in second row the 6th row with the alphabet key district that single vowel e has an incidence relation;
To be arranged on the alphabet key district that single vowel i has an incidence relation in the auxiliary area that is in the third line first row;
To be arranged on the alphabet key district that single vowel o has an incidence relation in the auxiliary area that is in the third line the 6th row;
To be arranged on the alphabet key district that single vowel u has an incidence relation and be in the tertial auxiliary area of the 6th row.
7. device according to claim 6 is characterized in that, said division rule according to auxiliary area will be arranged on the alphabet key district that phonetic last letter g has an incidence relation in the auxiliary area that is in fourth line first row;
To be arranged on the alphabet key district that phonetic last letter n has an incidence relation in the auxiliary area that is in fourth line the 6th row;
To be arranged on the alphabet key district that phonetic last letter r has an incidence relation in the auxiliary area that is in the 6th row first row and will be arranged in the auxiliary area that is in the 6th row the 4th row with the alphabet key district that phonetic last letter v has an incidence relation.
8. device according to claim 1 is characterized in that, the key zone that indicates punctuation mark is set in the auxiliary area that is not provided with the alphabet key district.
9. device according to claim 1 is characterized in that, at the auxiliary area that is positioned at first row, first row, the first row secondary series, second row, first row and the second row secondary series said alphabet key district is not set.
10. device according to claim 8; It is characterized in that; Said alphabetic keypad zone also is provided with four second alphabet key districts; Said four second alphabet key districts have incidence relation with alphabetical n, o, e and u respectively, and these four second alphabet key districts are arranged at respectively in the auxiliary area of said first row, first row, the first row secondary series, second row, first row and the second row secondary series.
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| CN201210092790.1A CN102722259B (en) | 2012-03-31 | 2012-03-31 | A kind of finger-impu system |
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| CN201210092790.1A CN102722259B (en) | 2012-03-31 | 2012-03-31 | A kind of finger-impu system |
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| CN104598044A (en) * | 2015-01-19 | 2015-05-06 | 哈尔滨工业大学深圳研究生院 | Method for distributing Chinese Pinyin keyboard, and method and system for removing ambiguity of sliding type pinyin input mode of Chinese Pinyin keyboard |
| CN105100853A (en) * | 2015-06-30 | 2015-11-25 | 北京奇艺世纪科技有限公司 | Method and device for character arrangement of virtual keyboard |
| CN105872689A (en) * | 2016-05-25 | 2016-08-17 | 刘健文 | Character input method of STB (set top box) virtual keyboard |
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| CN101162415A (en) * | 2006-10-13 | 2008-04-16 | 倚天资讯股份有限公司 | Touch control type screen keyboard and keyboard layout method thereof |
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| CN1790246A (en) * | 2005-12-19 | 2006-06-21 | 魏新成 | Character inputting and window switching method by finger screen keyboard on mobile phone touch screen |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104598044A (en) * | 2015-01-19 | 2015-05-06 | 哈尔滨工业大学深圳研究生院 | Method for distributing Chinese Pinyin keyboard, and method and system for removing ambiguity of sliding type pinyin input mode of Chinese Pinyin keyboard |
| CN104598044B (en) * | 2015-01-19 | 2017-12-05 | 哈尔滨工业大学深圳研究生院 | Chinese phonetic alphabet keyboard layout and its slip Pinyin Input disambiguation method and system |
| CN105100853A (en) * | 2015-06-30 | 2015-11-25 | 北京奇艺世纪科技有限公司 | Method and device for character arrangement of virtual keyboard |
| CN105100853B (en) * | 2015-06-30 | 2019-02-22 | 北京奇艺世纪科技有限公司 | A kind of method and device of virtual keyboard character arrangement |
| CN105872689A (en) * | 2016-05-25 | 2016-08-17 | 刘健文 | Character input method of STB (set top box) virtual keyboard |
| CN105872689B (en) * | 2016-05-25 | 2019-01-29 | 刘健文 | A kind of character input method of set top box virtual keyboard |
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| CN102722259B (en) | 2016-01-27 |
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Effective date of registration: 20160912 Address after: 401121, 7 Cedar Road, Chongqing, 8, building 14-2, Yubei District Patentee after: CHONGQING HYTAK TECHNOLOGY DEVELOPMENT CO.,LTD. Address before: 400060 Chongqing Nan'an District Taizheng Garden Court Ming 17-A Patentee before: Liu Binglin |
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