CN103870200A - Abacus calculation system and method applied to mobile terminal - Google Patents
Abacus calculation system and method applied to mobile terminal Download PDFInfo
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- CN103870200A CN103870200A CN201410138484.6A CN201410138484A CN103870200A CN 103870200 A CN103870200 A CN 103870200A CN 201410138484 A CN201410138484 A CN 201410138484A CN 103870200 A CN103870200 A CN 103870200A
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Abstract
The invention discloses an abacus calculation system and method applied to a mobile terminal. The abacus calculation system comprises an abacus module, an input module, a movable module, a first recognition module, a first output module, a second recognition module and a matching module. The abacus module comprises a displayed abacus, abacus beads are distributed on the abacus, and a plurality of preset tracks exist in the abacus calculation system. The input module is used for receiving and inputting instructions of moving the abacus beads. The second recognition module is used for recognizing the track generated by a gesture. The matching module is used for matching the track with all the preset tracks, the movable module is called if the track is matched with the preset tracks, and otherwise the input module is called again. The moving module is used for moving the corresponding abacus beads in the abacus according to the instructions. The first recognition module is used for recognizing bead codes in the moved abacus. The first output module is used for outputting the abacus result shown by the recognized bead codes. Based on a human-computer interaction technology and a multi-touch technology, the function of calculating on the abacus on the mobile terminal is achieved.
Description
Technical field
The present invention relates to rechoning by the abacus field, particularly relate to a kind of method that is applied to the rechoning by the abacus system on mobile terminal and utilizes this rechoning by the abacus system to realize.
Background technology
Abacus (rechoning by the abacus, for example idea rechoning by the abacus) becomes the China national level non-material cultural heritage of the United Nations's education, science and culture approval with easy and unique mathematics intension.Along with the development of computer technology, how to make the computing function of abacus not be weakened? applicant finds can not realize in prior art the software of the tap intellectual resources of calculating on an abacus on the equipment such as smart mobile phone, panel computer, based on this, applicant is devoted to develop a kind of abacus software, and people can be calculated on an abacus on mobile terminal.
Summary of the invention
The technical problem to be solved in the present invention is cannot realize the defect of calculating on an abacus in order to overcome in prior art on mobile terminal, and a kind of flexible to operation, rechoning by the abacus system and method on mobile terminal that is applied to of possessing the function of calculating on an abacus on mobile terminal is provided.
The present invention solves above-mentioned technical matters by following technical proposals:
The invention provides a kind of rechoning by the abacus system being applied on mobile terminal, its feature is, it comprises abacus module, load module, mobile module, the first identification module and the first output module, this abacus module comprises the abacus of demonstration, on this abacus, be laid with bead, wherein this mobile terminal comprises mobile phone, computer, IPAD(panel computer) etc.;
This load module is used for the input of the instruction that receives mobile bead;
This mobile module is for moving the corresponding bead of this abacus according to this instruction;
This first identification module is for identifying the pearl code of this abacus after moving;
This first output module is for exporting the represented rechoning by the abacus result of pearl code identifying.
Preferably, this instruction is the combination of the two or more gestures in following gesture: the gesture of holder bead, the gesture of dialling bead and the gesture of choosing bead.
Preferably, store multiple default tracks in this rechoning by the abacus system, this rechoning by the abacus system also comprises the second identification module and matching module;
The track that this second identification module produces for identifying this gesture;
This matching module is for this track is mated with all default tracks, if coupling is called this mobile module, otherwise this load module of re invocation.The track that this programme streaks by gesture differentiates whether move corresponding bead in this abacus.
Preferably, store multiple predeterminated position information in this rechoning by the abacus system, each predeterminated position information comprises default initial position and default end position, and this rechoning by the abacus system also comprises the second identification module and matching module;
This second identification module is for identifying initial position and the end position of this gesture;
This matching module is for this initial position and this end position are mated with all predeterminated position information, if coupling is called this mobile module, otherwise this load module of re invocation.This programme differentiates whether move corresponding bead in this abacus by initial position and the end position of gesture indication.
Preferably, this rechoning by the abacus system also comprises pre-aobvious pre-storing module, the first judge module, the second judge module and the second output module;
This in advance aobvious pre-storing module is for showing in advance calculating formula and the pre-stored standard value being calculated by this calculating formula and standard gesture corresponding to this calculating formula;
This first judge module is used for judging that whether this instruction is consistent with this standard gesture, if call this mobile module, otherwise this load module of re invocation;
This second judge module is used for judging whether this rechoning by the abacus result equates with this standard value, if this second output module output first information, this second output module is exported the second information if not, wherein this first information represents the information that this rechoning by the abacus result is correct, and this second information represents the information of this rechoning by the abacus erroneous results.
The present invention also provides a kind of rechoning by the abacus method being applied on mobile terminal, and its feature is, it utilizes above-mentioned rechoning by the abacus system to realize, and this rechoning by the abacus method comprises the following steps:
S
1, receive the input of the instruction of mobile bead;
S
2, move in this abacus corresponding bead according to this instruction;
S
3, pearl code in identification this abacus after mobile;
S
4, the represented rechoning by the abacus result of pearl code that identifies of output.
Preferably, this instruction is the combination of the two or more gestures in following gesture: the gesture of holder bead, the gesture of dialling bead and the gesture of choosing bead.
Preferably, in this rechoning by the abacus system, store multiple default tracks, at step S
1with step S
2between comprise the following steps:
S
l, identify the track that this gesture produces;
S
m, this track is mated with all default tracks, if coupling enters step S
2, otherwise re-execute step S
1.
Preferably, store multiple predeterminated position information in this rechoning by the abacus system, each predeterminated position information comprises default initial position and default end position, at step S
1with step S
2between comprise the following steps:
S
l, identify initial position and the end position of this gesture;
S
m, this initial position and this end position are mated with all predeterminated position information, if coupling enters step S
2, otherwise re-execute step S
1.
Preferably, at step S
1comprise: S before
0, show calculating formula and the pre-stored standard value being calculated by this calculating formula and standard gesture corresponding to this calculating formula in advance;
At step S
1with step S
2between comprise: judge that whether this instruction consistent with this standard gesture, if enter step S
2, otherwise re-execute step S
1;
At step S
4comprise afterwards: S
5, judge whether this rechoning by the abacus result equates with this standard value, if enter step S
6, enter if not step S
7;
S
6, output the first information, this first information represents the information that this rechoning by the abacus result is correct, process ends;
S
7, output the second information, this second information represents the information of this rechoning by the abacus erroneous results, process ends.
Meeting on the basis of this area general knowledge, above-mentioned each optimum condition, can combination in any, obtains the preferred embodiments of the invention.
Positive progressive effect of the present invention is:
The rechoning by the abacus system and method being applied on mobile terminal of the present invention, by human-computer interaction technology, multiple point touching technology, identification user points the certain gestures marking on the touch-screen of mobile terminal, then move corresponding bead according to gesture, and identify the pearl code on the abacus after moving, and then realize the function of calculating on an abacus on mobile terminal.
Brief description of the drawings
Fig. 1 is the structured flowchart that is applied to the rechoning by the abacus system on mobile terminal of embodiments of the invention 1.
Fig. 2 is the process flow diagram that is applied to the rechoning by the abacus method on mobile terminal of embodiments of the invention 1.
Fig. 3 is the process flow diagram that is applied to the rechoning by the abacus method on mobile terminal of embodiments of the invention 2.
Embodiment
Provide preferred embodiment of the present invention below in conjunction with accompanying drawing, to describe technical scheme of the present invention in detail, but therefore do not limit the present invention among described scope of embodiments.
Embodiment 1
Shown in figure 1, the present embodiment provides a kind of rechoning by the abacus system being applied on mobile terminal, and this rechoning by the abacus system operates on mobile terminal, for example smart mobile phone or panel computer.This rechoning by the abacus system comprises abacus module 1, aobvious pre-storing module 2, load module 3, the first judge module 4, the second identification module 5, matching module 6, mobile module 7, the first identification module 8, the first output module 9, the second judge module 10 and the second output module 11 in advance, this abacus module 1 comprises the abacus of demonstration, on this abacus, be laid with bead (not shown), in this rechoning by the abacus system, store multiple default tracks.
Introduced the parts that this rechoning by the abacus system comprises above, lower mask body is introduced the function that each parts have:
This abacus module 1, for demonstrating a display interface with abacus, facilitates user to move the bead on abacus by finger or phonetic entry;
This in advance aobvious pre-storing module 2 for example, for example, for example, for showing in advance standard gesture corresponding to calculating formula (5+8) and the pre-stored standard value being calculated by this calculating formula (standard value that 5+8 calculates is 13) and this calculating formula (dialling the gesture of bead, the gesture of holder bead and the gesture of choosing bead);
This load module 3 moves the input of the gesture of bead for receiving user, this gesture is the combination of the two or more gestures in following gesture: the gesture of holder bead, the gesture of dialling bead, the gesture of choosing bead;
Whether this first judge module 4 is consistent with this standard gesture for judging this instruction, if call this second identification module 5, otherwise this load module 3 of re invocation;
The track that this second identification module 5 produces for identifying this gesture;
This matching module 6 is for this track is mated with all default tracks, if coupling is called this mobile module 7, otherwise this load module 3 of re invocation, the track streaking by gesture differentiates whether move corresponding bead in this abacus;
This mobile module 7 is for moving the corresponding bead of this abacus according to this gesture;
This first identification module 8 is for identifying the pearl code of this abacus after moving;
This first output module 9 is for exporting the represented rechoning by the abacus result of pearl code identifying.
This second judge module 10 is for judging whether this rechoning by the abacus result equates with this standard value, if this second output module 11 is exported the first information, this second output module 11 is exported the second information if not, wherein this first information represents the information that this rechoning by the abacus result is correct, and this second information represents the information of this rechoning by the abacus erroneous results.
As shown in Figure 2, the present embodiment also provides a kind of rechoning by the abacus method being applied on mobile terminal, and it utilizes above-mentioned rechoning by the abacus system to realize, and this rechoning by the abacus method comprises the following steps:
Step 100, show calculating formula and the pre-stored standard value being calculated by this calculating formula and standard gesture corresponding to this calculating formula in advance;
Step 101, receive the input of the gesture of mobile bead, wherein this gesture is the gesture of holder bead, the gesture of dialling bead or the gesture of choosing bead;
Step 102, judge that whether this instruction is consistent with this standard gesture, if enter step 103, otherwise re-execute step 101;
Step 103, identify the track that this gesture produces;
Step 104, this track is mated with all default tracks, if coupling enters step 105, otherwise re-execute step 101;
Step 105, move in this abacus corresponding bead according to this gesture;
Pearl code in this abacus after step 106, identification are moved;
The represented rechoning by the abacus result of pearl code that step 107, output identify;
Step 108, judge whether this rechoning by the abacus result equates with this standard value, if enter step 109, enter if not step 110;
Step 109, the output first information, this first information represents the information that this rechoning by the abacus result is correct, process ends;
Step 110, output the second information, this second information represents the information of this rechoning by the abacus erroneous results, process ends.
Below for concrete example, to further illustrate the present invention, to enable those skilled in the art to understand better the present invention:
This rechoning by the abacus system is placed on panel computer, on the display interface of this panel computer, show abacus, show a calculating formula (5+8-2-7+6+3-1) simultaneously, this rechoning by the abacus system-computed goes out the numerical value (12) of this calculating formula and preserves, as the benchmark of the rechoning by the abacus result obtaining by rechoning by the abacus, this rechoning by the abacus system is also stored standard gesture corresponding to this calculating formula, the benchmark of the gesture of the operation correspondence of bead being implemented as user.
User's finger touch display interface, by holder bead, the gesture of dialling bead and choose bead is got 5+8-2-7+6+3-1, it is consistent with the standard gesture of storage that this rechoning by the abacus system is judged the gesture that user gets, and the gesture that user gets can mark track on display interface, so this rechoning by the abacus system is further identified this track, and judge whether this track mates with pre-stored track, if coupling illustrates that user's gesture operation is appropriate, this rechoning by the abacus system moves corresponding bead in this abacus according to this gesture, then the pearl code of identifying in this abacus after moving is 12, and the represented rechoning by the abacus result (12) of pearl code that identifies of output, next step judges whether this rechoning by the abacus result (12) equates with this standard value (12), judge and equate to export the correct information of expression rechoning by the abacus result.
The present embodiment is applied in practical matter, select the abacus showing on the display interface of 100 children's operate tablet computers of 5 years old, by this rechoning by the abacus system, it is carried out to addition subtraction multiplication and division training, and the training study progress of constantly following the tracks of these children, after training after a while, the accuracy that these children calculate on an abacus by this rechoning by the abacus system reaches 98%.And, the operation that these children constantly calculate on an abacus on panel computer, in these children's brain, can set up gradually the image of abacus, and see through the calculating such as the simulation operations of image adds, subtracts in brain, multiplication and division, they can realize abacus mental calculation, idea rechoning by the abacus after long training.
Embodiment 2
In embodiment 1, be that the track streaking by gesture differentiates whether move corresponding bead in this abacus, and the present embodiment differentiates whether to move in this abacus mode and the embodiment 1 of corresponding bead different, the initial position of the present embodiment by gesture indication and end position differentiate whether move in this abacus bead accordingly.Be specially: in this rechoning by the abacus system, store multiple predeterminated position information, each predeterminated position information comprises default initial position and default end position, this rechoning by the abacus system also comprises the second identification module and matching module, this second identification module is identical with matching module title with the second identification module in embodiment 1 with matching module, but the function difference realizing.
Wherein, second identification module of the present embodiment is for identifying initial position and the end position of this gesture;
The matching module of the present embodiment is for this initial position and this end position are mated with all predeterminated position information, if coupling moves corresponding bead in this abacus according to this gesture, otherwise waits for the input again of user's gesture.
As shown in Figure 3, the present embodiment also provides a kind of rechoning by the abacus method being applied on mobile terminal, and it utilizes above-mentioned rechoning by the abacus system to realize, and this rechoning by the abacus method comprises the following steps:
Step 200, show calculating formula and the pre-stored standard value being calculated by this calculating formula and standard gesture corresponding to this calculating formula in advance;
Step 201, receive the input of the gesture of mobile bead, wherein this gesture is the gesture of holder bead, the gesture of dialling bead or the gesture of choosing bead;
Step 202, judge that whether this instruction is consistent with this standard gesture, if enter step 203, otherwise re-execute step 201;
Step 203, the initial position of identifying this gesture and end position;
Step 204, this initial position and this end position are mated with all predeterminated position information, if coupling enters step 205, otherwise re-execute step 201;
Step 205, move in this abacus corresponding bead according to this gesture;
Pearl code in this abacus after step 206, identification are moved;
The represented rechoning by the abacus result of pearl code that step 207, output identify;
Step 208, judge whether this rechoning by the abacus result equates with this standard value, if enter step 209, enter if not step 210;
Step 209, the output first information, this first information represents the information that this rechoning by the abacus result is correct, process ends;
Step 210, output the second information, this second information represents the information of this rechoning by the abacus erroneous results, process ends.
The present embodiment is applied in practical matter, select the abacus showing on the display interface of 100 the elderly's operate tablet computers of 65 years old, allow these the elderlys carry out halfhour addition subtraction multiplication and division training every day, and the training study progress of constantly following the tracks of these the elderlys, after training after a while, the accuracy that these the elderlys calculate on an abacus by this rechoning by the abacus system reaches 98%.
Each functional module in the present invention all can be realized in conjunction with existing software programming means under existing hardware condition, therefore its concrete methods of realizing is not all repeated at this.
Although more than described the specific embodiment of the present invention, it will be understood by those of skill in the art that these only illustrate, protection scope of the present invention is limited by appended claims.Those skilled in the art is not deviating under the prerequisite of principle of the present invention and essence, can make various changes or modifications to these embodiments, but these changes and amendment all fall into protection scope of the present invention.
Claims (10)
1. be applied to the rechoning by the abacus system on mobile terminal, it is characterized in that, it comprises abacus module, load module, mobile module, the first identification module and the first output module, and this abacus module comprises the abacus of demonstration, on this abacus, is laid with bead;
This load module is used for the input of the instruction that receives mobile bead;
This mobile module is for moving the corresponding bead of this abacus according to this instruction;
This first identification module is for identifying the pearl code of this abacus after moving;
This first output module is for exporting the represented rechoning by the abacus result of pearl code identifying.
2. rechoning by the abacus system as claimed in claim 1, is characterized in that, this instruction is the combination of the two or more gestures in following gesture: the gesture of holder bead, the gesture of dialling bead and the gesture of choosing bead.
3. rechoning by the abacus system as claimed in claim 2, is characterized in that, stores multiple default tracks in this rechoning by the abacus system, and this rechoning by the abacus system also comprises the second identification module and matching module;
The track that this second identification module produces for identifying this gesture;
This matching module is for this track is mated with all default tracks, if coupling is called this mobile module, otherwise this load module of re invocation.
4. rechoning by the abacus system as claimed in claim 2, it is characterized in that, in this rechoning by the abacus system, store multiple predeterminated position information, each predeterminated position information comprises default initial position and default end position, and this rechoning by the abacus system also comprises the second identification module and matching module;
This second identification module is for identifying initial position and the end position of this gesture;
This matching module is for this initial position and this end position are mated with all predeterminated position information, if coupling is called this mobile module, otherwise this load module of re invocation.
5. rechoning by the abacus system as claimed in claim 2, is characterized in that, this rechoning by the abacus system also comprises pre-aobvious pre-storing module, the first judge module, the second judge module and the second output module;
This in advance aobvious pre-storing module is for showing in advance calculating formula and the pre-stored standard value being calculated by this calculating formula and standard gesture corresponding to this calculating formula;
This first judge module is used for judging that whether this instruction is consistent with this standard gesture, if call this mobile module, otherwise this load module of re invocation;
This second judge module is used for judging whether this rechoning by the abacus result equates with this standard value, if this second output module output first information, this second output module is exported the second information if not, wherein this first information represents the information that this rechoning by the abacus result is correct, and this second information represents the information of this rechoning by the abacus erroneous results.
6. be applied to the rechoning by the abacus method on mobile terminal, it is characterized in that, it utilizes rechoning by the abacus system as claimed in claim 1 to realize, and this rechoning by the abacus method comprises the following steps:
S
1, receive the input of the instruction of mobile bead;
S
2, move in this abacus corresponding bead according to this instruction;
S
3, pearl code in identification this abacus after mobile;
S
4, the represented rechoning by the abacus result of pearl code that identifies of output.
7. rechoning by the abacus method as claimed in claim 6, is characterized in that, this instruction is the combination of the two or more gestures in following gesture: the gesture of holder bead, the gesture of dialling bead and the gesture of choosing bead.
8. rechoning by the abacus method as claimed in claim 7, is characterized in that, stores multiple default tracks, at step S in this rechoning by the abacus system
1with step S
2between comprise the following steps:
S
l, identify the track that this gesture produces;
S
m, this track is mated with all default tracks, if coupling enters step S
2, otherwise re-execute step S
1.
9. rechoning by the abacus method as claimed in claim 7, is characterized in that, stores multiple predeterminated position information in this rechoning by the abacus system, and each predeterminated position information comprises default initial position and default end position, at step S
1with step S
2between comprise the following steps:
S
l, identify initial position and the end position of this gesture;
S
m, this initial position and this end position are mated with all predeterminated position information, if coupling enters step S
2, otherwise re-execute step S
1.
10. rechoning by the abacus method as claimed in claim 7, is characterized in that, at step S
1comprise: S before
0, show calculating formula and the pre-stored standard value being calculated by this calculating formula and standard gesture corresponding to this calculating formula in advance;
At step S
1with step S
2between comprise: judge that whether this instruction consistent with this standard gesture, if enter step S
2, otherwise re-execute step S
1;
At step S
4comprise afterwards: S
5, judge whether this rechoning by the abacus result equates with this standard value, if enter step S
6, enter if not step S
7;
S
6, output the first information, this first information represents the information that this rechoning by the abacus result is correct, process ends;
S
7, output the second information, this second information represents the information of this rechoning by the abacus erroneous results, process ends.
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| CN101308451A (en) * | 2008-03-26 | 2008-11-19 | 孙国立 | Method for representing multiple number system using graph |
| CN102207925A (en) * | 2011-07-08 | 2011-10-05 | 山西大学 | Touch screen calculator and bit-based input and calculation method thereof |
| CN103577772A (en) * | 2012-07-27 | 2014-02-12 | 群联电子股份有限公司 | Password input method, electronic device, unlocking method and data validation method |
-
2014
- 2014-04-08 CN CN201410138484.6A patent/CN103870200B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1173003A (en) * | 1996-08-02 | 1998-02-11 | 武万亮 | Electric demostration abacus with reckoning by abacus and mental calculation |
| CN101308451A (en) * | 2008-03-26 | 2008-11-19 | 孙国立 | Method for representing multiple number system using graph |
| CN102207925A (en) * | 2011-07-08 | 2011-10-05 | 山西大学 | Touch screen calculator and bit-based input and calculation method thereof |
| CN103577772A (en) * | 2012-07-27 | 2014-02-12 | 群联电子股份有限公司 | Password input method, electronic device, unlocking method and data validation method |
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Effective date of registration: 20190614 Address after: Room 1254, Second Floor B, No. 3424 Zhufeng Highway, Liantang Town, Qingpu District, Shanghai, 20115 Patentee after: Shanghai Zhen derivatives Technology Co., Ltd. Address before: 428 Yanggao South Road, Pudong New Area, Shanghai, 200127 Patentee before: Shen Tianrui |
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