CN101620475B - The pointer of computer system and data processing equipment adopting handwritten operation - Google Patents
The pointer of computer system and data processing equipment adopting handwritten operation Download PDFInfo
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- CN101620475B CN101620475B CN200810116078.4A CN200810116078A CN101620475B CN 101620475 B CN101620475 B CN 101620475B CN 200810116078 A CN200810116078 A CN 200810116078A CN 101620475 B CN101620475 B CN 101620475B
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Abstract
The pointer of computer system of the present invention, data processing equipment adopting handwritten operation and the color conditioning method for computer system.Wherein, this computer system comprises: pointer, comprising: at least one Colour selection module, and each at least one Colour selection module described is used for from least one primary colors, select the selected primary colors of a kind of conduct, and sets the parameter of described selected primary colors; Signal conversion module, for receiving the parameter of described selected primary colors, and processing according to the parameter of described selected primary colors, obtaining chrominance signal; Signal transmission module, for transferring to main frame by described chrominance signal; Described main frame, comprising: signal forwarding module, for receiving described chrominance signal, and described chrominance signal is forwarded to described main frame.Adopt this computer system, can arbitrarily choose the color oneself thought, simple convenient operation.
Description
Technical field
The present invention relates to computer realm, relate more specifically to computer system, the pointer of data processing equipment adopting handwritten operation and the color conditioning method for computer system.
Background technology
The pointer that the imported notebook of handwriting pad and mobile phone etc. are subsidiary, can replace mouse, also can complete handwriting functions.When handwriting input document or Edit Document, often need the color converting word.In painting software environment, needing especially to select color, complex operation frequently by clicking in palette, losing time, also can therefore interrupt sb's train of tought time bad.Realize in process of the present invention inventor, find: in existing pointer, also not can be used in the pointer of writing color document.
Summary of the invention
One or more problems in view of the above, the invention provides computer system, the pointer of data processing equipment adopting handwritten operation and the color conditioning method for computer system, with input color document in handwriting pad notebook and mobile phone easily.
To achieve these goals, embodiments provide a kind of computer system, comprising:
Pointer, comprising:
At least one Colour selection module, each a kind of as selected primary colors for selecting from least one primary colors at least one Colour selection module, and the parameter of the selected primary colors of setting;
Signal conversion module, for receiving the parameter of selected primary colors, and processing according to the parameter of selected primary colors, obtaining chrominance signal;
Signal transmission module, for transferring to main frame by chrominance signal;
Main frame, comprising:
Signal forwarding module, for receiving chrominance signal, and is forwarded to main frame by chrominance signal.
Preferably, adopt between pointer with main frame: to be wired or wirelessly connected.
Preferably, at least one Colour selection module comprises:
Color setting unit, for arranging the color will carrying out color adjustment;
Regulate performance element, for performing the color adjustment of the color set by color setting unit.
Preferably, the structure of color setting unit comprises: sliding structure, dial type structure, pressing structure and rotary structure, regulates performance element to comprise: contact-type circuit type, photoelectric control standard, non-contact type are induction.
To achieve these goals, the embodiment of the present invention additionally provides a kind of computer system, comprising:
Memory module, for storing the corresponding relation between color adjustment signal and chrominance signal;
Pointer, comprising:
Color adjustment module, for generating the first color adjustment signal according to the input operation of user;
Processing module, for receiving the first color adjustment signal, and determines the first chrominance signal corresponding to the first color adjustment signal according to described corresponding relation;
Signal transmission module, for transferring out the first chrominance signal;
Main frame, comprising:
Colour selection module, for receiving the first chrominance signal, and selects the color corresponding with the first chrominance signal from color module.
Preferably, adopt between pointer with main frame: to be wired or wirelessly connected.
Preferably, color adjustment module comprises:
First regulon, for being the first color by current for the pointer color adaptation that can write, generating the first color adjustment signal, and the first color adjustment signal is sent to signal transmission module;
Second regulon, for being the second color by current for the pointer color adaptation that can write, generating the second color adjustment signal, and the second color adjustment signal is sent to signal transmission module;
3rd regulon, for being the 3rd color by current for the pointer color adaptation that can write, generating third color conditioning signal, and third color conditioning signal is sent to signal transmission module, wherein
When the first regulon, the second regulon and the 3rd regulon are all inoperative, the color that pointer can be write is the color of main frame acquiescence.
Preferably, the structure of color adjustment module comprises: sliding structure, dial type structure, pressing structure, rotary structure, contact-type circuit type structure, photoelectric control standard structure, non-contact type electromagnetic induction structure.
To achieve these goals, the embodiment of the present invention additionally provides a kind of pointer of data processing equipment adopting handwritten operation, comprising:
At least one Colour selection module, each at least one Colour selection module is a kind of as selected primary colors for selecting from least one primary colors, and the parameter of the selected primary colors of setting;
Signal conversion module, for receiving the parameter of selected primary colors, and processing according to the parameter of selected primary colors, obtaining chrominance signal;
Signal transmission module, for transferring to data processing equipment by chrominance signal.
Preferably, at least one Colour selection module comprises:
Color setting unit, for arranging the color will carrying out color adjustment;
Regulate performance element, for performing the color adjustment of the color set by color setting unit.
Preferably, the structure of color setting unit comprises: sliding structure, dial type structure, pressing structure and rotary structure, regulates performance element to comprise: contact-type circuit type, photoelectric control standard, non-contact type are induction.。
To achieve these goals, the embodiment of the present invention additionally provides a kind of pointer of data processing equipment adopting handwritten operation, comprising:
Color adjustment module, for generating the first color adjustment signal according to the input operation of user;
Processing module, for receiving the first color adjustment signal, and determines the first chrominance signal corresponding to the first color adjustment signal according to described corresponding relation;
Signal transmission module, for transferring to data processing equipment by the first chrominance signal.
Preferably, color adjustment module comprises:
First regulon, for being the first color by current for the pointer color adaptation that can write, generating the first color adjustment signal, and the first color adjustment signal is sent to signal transmission module;
Second regulon, for being the second color by current for the pointer color adaptation that can write, generating the second color adjustment signal, and the second color adjustment signal is sent to signal transmission module;
3rd regulon, for being the 3rd color by current for the pointer color adaptation that can write, generating third color conditioning signal, and third color conditioning signal is sent to signal transmission module, wherein
When the first regulon, the second regulon and the 3rd regulon are all inoperative, the color that pointer can be write is the color of main frame acquiescence.
To achieve these goals, the embodiment of the present invention additionally provides a kind of color conditioning method for computer system, and wherein, computer system comprises pointer and main frame, and described method comprises:
Select a kind of as selected primary colors from least one primary colors, and the parameter of the selected primary colors of setting;
Receive the parameter of selected primary colors, and process according to the parameter of selected primary colors, obtain chrominance signal, and chrominance signal is transferred to main frame.
To achieve these goals, the embodiment of the present invention additionally provides a kind of color conditioning method, and described method is applied in the system including pointer and main frame, and described method comprises:
Store the corresponding relation between color adjustment signal and chrominance signal;
The first color adjustment signal is generated according to the input operation of user;
Receive the first color adjustment signal, and determine the first chrominance signal corresponding to the first color adjustment signal according to corresponding relation;
First chrominance signal is transferred to main frame.
The embodiment of the present invention has following beneficial effect:
By the present invention, user, can easily by matching colors or selecting color to realize the change of writing words color when use pointer.
Accompanying drawing explanation
Accompanying drawing described herein is used to provide a further understanding of the present invention, and form a application's part, schematic description and description of the present invention, for explaining the present invention, does not form inappropriate limitation of the present invention.In the accompanying drawings:
Fig. 1 is the computer system logic diagram according to the first embodiment of the present invention;
Fig. 2 is computer system logic diagram according to a second embodiment of the present invention;
Fig. 3 is the schematic diagram of the inner structure of the pointer shown in Fig. 1;
Fig. 4 is the electrical block diagram in the variable resistor loop shown in Fig. 3;
Fig. 5 is the concrete physical construction schematic diagram in the variable resistor loop shown in Fig. 3;
Fig. 6 is the schematic diagram of the transverse section of the inner structure of the pointer shown in Fig. 2; And
Fig. 7 is the circuit diagram in the adjustable type loop shown in Fig. 6.
Embodiment
Fig. 1 is the logic diagram of the computer system according to the first embodiment of the present invention.As shown in Figure 1, this computer system comprises: pointer 102 and main frame 104.Wherein, pointer 102 comprises: at least one Colour selection module 1022, and each at least one Colour selection module described is used for from least one primary colors, select the selected primary colors of a kind of conduct, and the parameter of the selected primary colors of setting; Signal conversion module 1024, for receiving the parameter of selected primary colors, and processing according to the parameter of selected primary colors, obtaining chrominance signal; Signal transmission module 1026, for transferring to main frame by chrominance signal; Main frame 104, comprising: signal forwarding module 1042, for receiving described chrominance signal, and described chrominance signal is forwarded to described main frame.
Wherein, be adopt wired or wireless connection between pointer with main frame.
Wherein, at least one Colour selection module comprises: color setting unit, for arranging the color will carrying out color adjustment; Regulate performance element, for performing the color adjustment of the color set by color setting unit.Wherein, the structure of color setting unit comprises: sliding structure, dial type structure, pressing structure and rotary structure, regulates performance element to comprise: contact-type circuit type, photoelectric control standard, non-contact type are induction.
Particularly, as shown in Figure 3, can at the interior arrangement variable resistor loop (as shown in Figure 4) of pointer, D/A converting circuit and Bluetooth wireless transmission chip.Wherein, mechanical hook-up adjusting resistance value within the specific limits can be passed through in variable resistor loop, the color that transformable electric signal is converted between 0 ~ 255 by D/A converting circuit represents numerical value, and is transferred to main frame with digital signaling by Bluetooth wireless transmission chip; Driver in main frame represents numerical value color and sends operating system and (or) the preset color menu of current application program to, and changes current input color.
Fig. 5 shows the concrete physical construction in variable resistor loop.As shown in Figure 5, a shell for pointer diametrically offers chute, device variable resistor in side on chute inwall, and opposite side is other parts in variable resistor loop, and both connect wire by hard contact a, the b be built in slide block and are connected.Chute outer wall indicates scale 0 ~ 255.
Such as, the color mode of three primary colors (RGB) can be used to carry out color adjustment.Particularly, in the computing machine shown in Fig. 1, regulate the step of color as follows when utilizing pointer Edit Document: thumb regulate red slide block (, Colour selection module) to maximal value place, D/A converting circuit (namely, signal conversion module) color is represented the R0 of numerical value by black, G0, B0 are converted to numerical value R255, G0, B0, and being transferred to host computer by Bluetooth wireless transmission chip (that is, signal transmission module), namely current input color changes R255 into, the redness of G0, B0.
Certainly, in above-mentioned adjustment color process, printing color pattern (CMYK) also can be used to regulate.In CMYK pattern, by regulating the adjustment realizing color to the proportioning of cyan, carmetta, yellow and black.Particularly, in the computer system shown in Fig. 1, using during pointer Edit Document regulates the step of color as follows: thumb adjustment cyan slide block (, Colour selection module) to maximal value place, regulate carmetta slide block to minimum value place, regulate yellow slide block to maximal value place, and regulate black slide block to minimum value place, D/A converting circuit (namely, signal conversion module) color is represented numerical value be converted to C 100%, M0, Y100%, B0, and by Bluetooth wireless transmission chip (namely, signal transmission module) be transferred to host computer, namely current input color changes green into.
That is, in the computer system shown in Fig. 1, the step realizing color adjustment is: select a kind of as selected primary colors from least one primary colors, and the parameter of the selected primary colors of setting; Receive the parameter of selected primary colors, and process according to the parameter of selected primary colors, obtain chrominance signal, and chrominance signal is transferred to main frame.
Fig. 2 is the logic diagram of computer system according to a second embodiment of the present invention.As shown in Figure 2, this computer system comprises: memory module 202, for storing the corresponding relation between color adjustment signal and chrominance signal; Pointer 204, comprising: color adjustment module 2042, for generating the first color adjustment signal according to the input operation of user; Processing module 2044, for receiving the first color adjustment signal, and determines the first chrominance signal corresponding to the first color adjustment signal according to described corresponding relation; Signal transmission module 2046, for transferring out the first chrominance signal; Main frame 206, comprising: Colour selection module 2062, for receiving the first chrominance signal, and selects the color corresponding with the first chrominance signal from color module.
Wherein, adopt between pointer with main frame: to be wired or wirelessly connected.
Wherein, color adjustment module comprises:
First regulon, for being the first color by current for the pointer color adaptation that can write, generating the first color adjustment signal, and the first color adjustment signal is sent to signal transmission module;
Second regulon, for being the second color by current for the pointer color adaptation that can write, generating the second color adjustment signal, and the second color adjustment signal is sent to signal transmission module;
3rd regulon, for being the 3rd color by current for the pointer color adaptation that can write, generating third color conditioning signal, and third color conditioning signal is sent to signal transmission module, wherein
When the first regulon, the second regulon and the 3rd regulon are all inoperative, the color that pointer can be write is the color of main frame acquiescence.
Wherein, the structure of color adjustment module comprises: sliding structure, dial type structure, pressing structure, rotary structure, contact-type circuit type structure, photoelectric control standard structure, non-contact type electromagnetic induction structure.
Particularly, as shown in Figure 6, can at pointer interior arrangement governor motion.Wherein, in the inwall of outer ring, 4, device regulates contact, is connected respectively with regulating loop (as shown in Figure 7).In inner core, device has contact, is connected with regulating loop.Contact by back-moving spring together with internal core device.By rotating outer ring or inner core, the circuit shown in adjustable type loop diagram can be realized.
Such as, in the computer system shown in Fig. 2, pointer is pre-existing in three regulons, is respectively used to current for the pointer color adaptation that can write as red, green and yellow.When not regulating each regulon in pointer, the color that pointer is write is the black of acquiescence.When thumb regulate in pointer for being red regulon by current for the pointer color adaptation that can write time, this regulon generates red conditioning signal, this redness regulates signal transacting to be danger signal by processing module, and by signal transmission module, this danger signal is transferred to main frame, thus the current input color on main frame has become redness.When thumb regulate in pointer for being green regulon by current for the pointer color adaptation that can write time, red regulon lost efficacy, and only had the regulon of this green to work.The adjustment process of subsequent process and above-mentioned redness is similar.
That is, in the computer system shown in Fig. 2, the step realizing color adjustment is: store the corresponding relation between color adjustment signal and chrominance signal; The first color adjustment signal is generated according to the input operation of user; Receive the first color adjustment signal, and determine the first chrominance signal corresponding to the first color adjustment signal according to corresponding relation; First chrominance signal is transferred to main frame.
Certainly, above-mentioned pointer also can be used in hand-written type mobile phone.In addition, also can regulate by pointer the HSL numerical value representing tone, saturation degree and brightness, thus the color of word that adjustment pointer is write out.
The foregoing is only embodiments of the invention, be not limited to the present invention, for a person skilled in the art, the present invention can have various modifications and variations.Within the spirit and principles in the present invention all, any amendment done, equivalent replacement, improvement etc., all should be included within right of the present invention.
Claims (13)
1. a computer system, comprising:
Pointer, comprising:
At least one Colour selection module, each at least one Colour selection module described is used for from least one primary colors, select the selected primary colors of a kind of conduct, and sets the parameter of described selected primary colors, and wherein, at least one Colour selection module described comprises:
Color setting unit, for arranging the color will carrying out color adjustment;
Regulate performance element, for performing the color adjustment of the color set by described color setting unit;
Signal conversion module, for receiving the parameter of described selected primary colors, and processing according to the parameter of described selected primary colors, obtaining chrominance signal;
Signal transmission module, for transferring to main frame by described chrominance signal;
Described main frame, comprising:
Signal forwarding module, for receiving described chrominance signal,
Wherein, at interior arrangement variable resistor loop and the D/A converting circuit of described pointer, wherein, mechanical hook-up adjusting resistance value within the specific limits can be passed through in described variable resistor loop, and the color that transformable electric signal is converted between 0 ~ 255 by described D/A converting circuit represents numerical value.
2. computer system according to claim 1, is characterized in that, adopts between described pointer with described main frame: be wired or wirelessly connected.
3. computer system according to claim 1 and 2, it is characterized in that, the structure of described color setting unit comprises: sliding structure, dial type structure, pressing structure and rotary structure, and described adjustment performance element comprises: contact-type circuit type, photoelectric control standard, non-contact type are induction.
4. a computer system, comprising:
Memory module, for storing the corresponding relation between color adjustment signal and chrominance signal;
Pointer, comprising:
Color adjustment module, for generating the first color adjustment signal according to the input operation of user;
Processing module, for receiving described first color adjustment signal, and determines the first chrominance signal corresponding to described first color adjustment signal according to described corresponding relation;
Signal transmission module, for transferring out described first chrominance signal;
Main frame, comprising:
Colour selection module, for receiving described first chrominance signal, and selects the color corresponding with described first chrominance signal from color module,
Wherein, at interior arrangement variable resistor loop and the D/A converting circuit of described pointer, wherein, mechanical hook-up adjusting resistance value within the specific limits can be passed through in described variable resistor loop, and the color that transformable electric signal is converted between 0 ~ 255 by described D/A converting circuit represents numerical value.
5. computer system according to claim 4, is characterized in that, adopts between described pointer with described main frame: be wired or wirelessly connected.
6. computer system according to claim 5, is characterized in that, described color adjustment module comprises:
First regulon, for being the first color by current for the described pointer color adaptation that can write, generates the first color adjustment signal, and described first color adjustment signal is sent to described signal transmission module;
Second regulon, for being the second color by current for the described pointer color adaptation that can write, generates the second color adjustment signal, and described second color adjustment signal is sent to described signal transmission module;
3rd regulon, for being the 3rd color by current for the described pointer color adaptation that can write, generating third color conditioning signal, and described third color conditioning signal is sent to described signal transmission module, wherein
When described first regulon, described second regulon and described 3rd regulon are all inoperative, the color that described pointer can be write is the color of described main frame acquiescence.
7. computer system according to claim 4, it is characterized in that, the structure of described color adjustment module comprises: sliding structure, dial type structure, pressing structure, rotary structure, contact-type circuit type structure, photoelectric control standard structure, non-contact type electromagnetic induction structure.
8. a pointer for data processing equipment adopting handwritten operation, is characterized in that, comprising:
At least one Colour selection module, each at least one Colour selection module described is used for from least one primary colors, select the selected primary colors of a kind of conduct, and sets the parameter of described selected primary colors, and wherein, at least one Colour selection module described comprises:
Color setting unit, for arranging the color will carrying out color adjustment;
Regulate performance element, for performing the color adjustment of the color set by described color setting unit;
Signal conversion module, for receiving the parameter of described selected primary colors, and processing according to the parameter of described selected primary colors, obtaining chrominance signal;
Signal transmission module, for described chrominance signal is transferred to described data processing equipment,
Wherein, at interior arrangement variable resistor loop and the D/A converting circuit of described pointer, wherein, mechanical hook-up adjusting resistance value within the specific limits can be passed through in described variable resistor loop, and the color that transformable electric signal is converted between 0 ~ 255 by described D/A converting circuit represents numerical value.
9. pointer according to claim 8, it is characterized in that, the structure of described color setting unit comprises: sliding structure, dial type structure, pressing structure and rotary structure, and described adjustment performance element comprises: contact-type circuit type, photoelectric control standard, non-contact type are induction.
10. a pointer for data processing equipment adopting handwritten operation, is characterized in that, comprising:
Color adjustment module, for generating the first color adjustment signal according to the input operation of user;
Processing module, for receiving described first color adjustment signal, and determines the first chrominance signal corresponding to described first color adjustment signal according to the corresponding relation between color adjustment signal and chrominance signal;
Signal transmission module, for described first chrominance signal being transferred to the Colour selection module of described data processing equipment, and selects the color corresponding with described first chrominance signal by described Colour selection module from color module,
Wherein, at interior arrangement variable resistor loop and the D/A converting circuit of described pointer, wherein, mechanical hook-up adjusting resistance value within the specific limits can be passed through in described variable resistor loop, and the color that transformable electric signal is converted between 0 ~ 255 by described D/A converting circuit represents numerical value.
11. pointer according to claim 10, is characterized in that, described color adjustment module comprises:
First regulon, for being the first color by current for the described pointer color adaptation that can write, generates the first color adjustment signal, and described first color adjustment signal is sent to described signal transmission module;
Second regulon, for being the second color by current for the described pointer color adaptation that can write, generates the second color adjustment signal, and described second color adjustment signal is sent to described signal transmission module;
3rd regulon, for being the 3rd color by current for the described pointer color adaptation that can write, generating third color conditioning signal, and described third color conditioning signal is sent to described signal transmission module, wherein
When described first regulon, described second regulon and described 3rd regulon are all inoperative, the color that described pointer can be write is the color of main frame acquiescence.
12. 1 kinds of color conditioning methods for computer system, wherein, described computer system comprises pointer and main frame, and described method comprises:
At least one Colour selection module of described pointer is selected a kind of as selected primary colors from least one primary colors, and sets the parameter of described selected primary colors;
The signal conversion module of described pointer receives the parameter of described selected primary colors, and processes according to the parameter of described selected primary colors, and obtain chrominance signal, described chrominance signal is transferred to described main frame by the signal transmission module of described pointer,
Wherein, at interior arrangement variable resistor loop and the D/A converting circuit of described pointer, wherein, mechanical hook-up adjusting resistance value within the specific limits can be passed through in described variable resistor loop, and the color that transformable electric signal is converted between 0 ~ 255 by described D/A converting circuit represents numerical value.
13. 1 kinds of color conditioning methods, described method, for including in the system of pointer and main frame, is characterized in that, described method comprises:
Store the corresponding relation between color adjustment signal and chrominance signal;
The first color adjustment signal is generated according to the input operation of user;
Receive described first color adjustment signal, and determine the first chrominance signal corresponding to described first color adjustment signal according to described corresponding relation;
Described first chrominance signal is transferred to described main frame;
Described main frame receives described first chrominance signal by Colour selection module, and from color module, selects the color corresponding with described first chrominance signal by described Colour selection module,
Wherein, at interior arrangement variable resistor loop and the D/A converting circuit of described pointer, wherein, mechanical hook-up adjusting resistance value within the specific limits can be passed through in described variable resistor loop, and the color that transformable electric signal is converted between 0 ~ 255 by described D/A converting circuit represents numerical value.
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| CN200810116078.4A CN101620475B (en) | 2008-07-02 | 2008-07-02 | The pointer of computer system and data processing equipment adopting handwritten operation |
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Families Citing this family (10)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN102023728A (en) * | 2010-11-26 | 2011-04-20 | 广东威创视讯科技股份有限公司 | Electronic whiteboard pen and electronic whiteboard pen system and pen color recognition method thereof |
| SG184582A1 (en) * | 2011-03-07 | 2012-10-30 | Creative Tech Ltd | A method, system and electronic device for association based identification |
| CN102999182B (en) * | 2011-09-19 | 2016-03-16 | 宝德科技股份有限公司 | The radio transmitting method of the pointer of storage that tool is wireless and transfer capability and system thereof |
| CN103853351A (en) * | 2012-11-29 | 2014-06-11 | 鸿富锦精密工业（深圳）有限公司 | Writing device and light-emitting diode display board and writing pen thereof |
| CN103970457B (en) * | 2013-01-29 | 2018-04-27 | 联想(北京)有限公司 | Colouring information conversion method, device, auxiliary electronic equipment and electronic system |
| CN103809869B (en) * | 2014-02-18 | 2017-05-24 | 联想(北京)有限公司 | Information processing method and electronic devices |
| CN106155603A (en) * | 2015-03-25 | 2016-11-23 | 联想(北京)有限公司 | Information processing method and electronic equipment |
| KR101595902B1 (en) * | 2015-07-28 | 2016-02-24 | 채시환 | Touch pen available for controlling the color |
| TWI631485B (en) * | 2016-04-29 | 2018-08-01 | 和碩聯合科技股份有限公司 | Control pen and display control module and display control kit thereof |
| US20170329421A1 (en) * | 2016-05-10 | 2017-11-16 | Google Inc. | Electronic stylus with indicator |
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| US5959615A (en) * | 1996-09-25 | 1999-09-28 | Sharp Kabushiki Kaisha | Information processing device |
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