CN102375918B - Interaction virtual role system between facilities - Google Patents
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- CN102375918B CN102375918B CN201010255112.3A CN201010255112A CN102375918B CN 102375918 B CN102375918 B CN 102375918B CN 201010255112 A CN201010255112 A CN 201010255112A CN 102375918 B CN102375918 B CN 102375918B
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Abstract
Interaction virtual role system between facilities relates to computer realm, comprises at least two computer equipments.At least two computer equipments are respectively equipped with the communication module intercomed mutually, at least two computer equipments have virtual role program respectively, in virtual role program, include virtual role.First computer equipment stores the role characteristics data of a virtual role, the role characteristics data of virtual role are transferred to second computer equipment by communication module, virtual role program in second computer equipment according to role characteristics data genaration virtual role, thus completes virtual role from First computer equipment to the transmission of second computer equipment.Technique scheme can realize a virtual role and be transferred to another computer equipment from a computer equipment.
Description
Technical field
The present invention relates to electronic applications, be specifically related to computer realm.
Background technology
Along with the development of computer technology and universal, virtual personage, pet etc. progressively enter into the life of people.In electronic game, virtual world, virtual role is almost essential.
People, except being played by virtual personage, can also carry out various simulation game.Such as utilize virtual personage war simulation, fire-fighting simulation, can field stimulation etc., these simulation games can save great amount of cost, and effectively raise the cost.
In prior art, a virtual role (comprising virtual people, cartoon figure and virtual animal) generally can only be movable on a computer equipment, cannot line balance converter activity.Such as, suppose have A computer equipment and B computer equipment.A computer equipment is raised and has an electronic pet, and foundation has electronic pet feeding environment on unit, so this electronic pet is difficult to transfer on B computer equipment and raises.
Above-mentioned technical deficiency, causes the problem that virtual role lacks the sense of reality.
Summary of the invention
The object of the present invention is to provide a kind of interaction virtual role system between facilities, to solve the problems of the technologies described above.
The present invention can realize by the following technical solutions:
Interaction virtual role system between facilities comprises at least two computer equipments, it is characterized in that, at least two described computer equipments are respectively equipped with the communication module intercomed mutually;
At least two described computer equipments has virtual role program respectively;
Virtual role is included in described virtual role program;
Computer equipment described in First stores the role characteristics data of a virtual role, the role characteristics data of described virtual role are transferred to second described computer equipment by described communication module, described virtual role program in second described computer equipment according to described role characteristics data genaration one virtual role, thus completes virtual role from computer equipment described in First to the transmission of second described computer equipment.Technique scheme can realize a virtual role and be transferred to another computer equipment from a computer equipment.
In the present invention, the virtual role of indication can be virtual people, cartoon figure, cartoon pet, virtual robot, and the role that virtual animal etc. is virtual.Described computer equipment can be the smart machine that computer, mobile phone, game machine, player etc. have computing power.Described communication module can adopt the communication module based on bluetooth, infrared, the wireless communication technology such as WLAN (wireless local area network) or cell phone network, also can adopt the communication module based on cable communicating technologies such as cable LAN, wired Internet or data lines, can also be the communication module two kinds of communication technologys combined.
It should be noted that the transmission of the virtual role said in the present invention, different from game on-line in the past.Game on-line is in the past mostly run master routine on server (can be general computer), and then server linked by other computer equipments, and carries out data interaction between server, completes the control to virtual role.Be not generate this virtual role on other computers, the activity of virtual role still depends on server.The present invention generates a virtual role in addition on other computer equipments.
The described role characteristics data transmitted contain the abundant data of described virtual role independent activities on second described computer equipment.The described virtual role that second described computer equipment generates can depart from computer equipment described in First and run, even if First computer equipment cuts out, described virtual role still can normal activity.
Described virtual role program at least after described role characteristics DTD on second described computer equipment should start voluntarily.
The characteristic information of the computer equipment that described virtual role once went is stored in computer equipment described in First, described virtual role can set up other computer equipments once gone of data cube computation from line search by described communication module, after searching qualified computer equipment, be transferred to this computer equipment voluntarily.Transmission can be set as that randomness is transmitted voluntarily voluntarily.To strengthen the sense of reality of virtual role.
Computer equipment described in First by communication module to second control information of described computer equipment transmission to described virtual role, can realize the control to described virtual role.Described virtual role can be controlled carry out communicating or wrestling.
The performance data of the described virtual role on second described computer equipment, when changing, is transmitted back computer equipment described in First in good time, is upgraded the performance data stored in computer equipment described in First.So that store the up-to-date performance data of described virtual role in computer equipment described in guarantee First.
The performance data of the described virtual role on second described computer equipment, when changing, when described virtual role returns to computer equipment described in First, upgrades the performance data stored in computer equipment described in First.To save data traffic.
Virtual scene is included in described virtual role program, when the role characteristics data of virtual role are transmitted to second described computer equipment at computer equipment described in First, virtual scene performance data in second described computer equipment is transferred to computer equipment described in First, computer equipment described in First shows the image in the virtual scene of described virtual role on second computer equipment.
The current interface that virtual scene in described second described computer equipment shows over the display is transferred to computer equipment described in First in good time.So that the active situation of grasp virtual role on second described computer equipment that First computer equipment is in good time.
Described virtual role program is using described computer equipment current display page as described virtual scene, current display page is converted into the virtual scene in described virtual role program by the microprocessor system of described computer equipment, and then makes the picture in described virtual role and described current display page carry out interaction.Such as virtual role and folder icon, song icon, shortcut etc. carry out interaction.
When described virtual role has an impact to described virtual scene, described microprocessor system reads the change information of described virtual scene, and corresponding change current display page information.Such as change the information such as the position of the icons such as file, song, shortcut, size.
Virtual role on computer equipment described in First is in operational process, and after described virtual role input transfer instruction, computer equipment described in First starts the performance data preparing to transmit described virtual role to second described computer equipment of specifying.The operation that what this design made user experience is to virtual role, and then make virtual role have the stronger sense of reality.The described transfer instruction inputted to described virtual role can include the information of appointment second described computer equipment.Second described computer equipment directly can receive the performance data of transmitted described virtual role, after second described computer equipment obtains user's license, also can receive the performance data of the described virtual role transmitted again
Realistic in order to make further the operation of virtual role, design as follows.
Computer equipment comprises a microprocessor system, a display screen, and described microprocessor system connection one is arranged on the touch-screen on described display screen, the touch action information on touch-screen described in described microprocessor system process;
Described microprocessor system is provided with virtual role and arrests action command and virtual role puts down action command;
Touch action on described touch-screen meets described virtual role when arresting action command, and described virtual role is arrested;
Touch action on described touch-screen meets described virtual role when putting down action command, and described virtual role is put down.
By the design that virtual role can be arrested and put down, make virtual role realistic.
Computer equipment described in First performs described virtual role and arrests action command, then on second described computer equipment, described virtual role is performed when putting down action command, computer equipment described in First and set up data communication between second described computer equipment, described First computer equipment sends the performance data with described virtual role to second computer equipment by data communication, thus completes virtual role from computer equipment described in First to the transmission of second described computer equipment.
By above-mentioned design, realize operation virtual role being taken another computer equipment from a computer equipment.The sense of reality of further enhancing virtual role.
Described touch-screen has the touch point group of at least two touch points, and during Distance Shortened in the group of touch point between at least two touch points, be considered as meeting described virtual role and arrest action command, the virtual role between two touch points that described microprocessor system is considered as described display screen display is arrested, and described virtual role operates by described touch point group.When described touch point group is removed, is considered as described virtual role and is picked up.After described virtual role is picked up, should become empty at current page, or disappear, be picked up to point out.
By above-mentioned design, achieving virtual role can by can by the operation of picking up as real things.The sense of reality of further enhancing virtual role.
Described touch-screen presents a touch point group, and at least two touch point distances in the group of described touch point become large, are considered as meeting described virtual role and put down action command, be considered as described virtual role and put down.
By above-mentioned design, achieving virtual role can by can by the operation put down as real things.The sense of reality of further enhancing virtual role.
All right, in a touch point on described virtual role, and during continuously to described display screen boundary slip, be considered as meeting described virtual role and arrest action command, described microprocessor system is considered as described virtual role and is arrested or pick up.When drawing a closed curve in a touch point on described touch-screen, be considered as described virtual role and put down.
Above-mentioned design only needs single-point touch-screen to realize, and under the prerequisite meeting the sense of reality, can reduce the requirement to hardware device.
Described virtual role picked up by described First computer equipment, and on described second computer equipment, described virtual role is put down, described First computer equipment sends the performance data with described virtual role to second computer equipment by data communication, thus completes virtual role from computer equipment described in First to the transmission of second described computer equipment.
Computer equipment described in First and second described computer equipment are before carrying out data communication, first monitor and whether have data cube computation relation, when there is no data cube computation relation, controlling described communication module by described microprocessor system and setting up data cube computation relation.To meet data communication prerequisite voluntarily.
When setting up data cube computation relation, first attempting wired connection mode, when wired connection mode is unsuccessful, attempting radio connection.Radio connection can be WIFI, bluetooth, infrared etc.So that guarantee transmission speed.
Computer equipment described in described First and arrest before action command and virtual role put down action command performing virtual role between described second described computer equipment, preferably obtains communication license in advance.Such as enroll same LAN (Local Area Network), or mutually obtain Bluetooth communication license.Above-mentioned design is emphasized preferably to obtain communication license in advance, does not emphasize to have established data cube computation relation in advance.Prior local area network communication can not opened, and bluetooth communication also can not opened.
Accompanying drawing explanation
Fig. 1 is the structural representation of interaction virtual role system between facilities.
Embodiment
The technological means, the creation characteristic that realize in order to the present invention, reach object and effect is easy to understand, below in conjunction with concrete diagram, explain the present invention further.
With reference to Fig. 1, interaction virtual role system between facilities comprises at least two computer equipments.At least two computer equipments are respectively equipped with the communication module intercomed mutually, at least two computer equipments have virtual role program respectively, in virtual role program, include virtual role.First computer equipment 1 stores the role characteristics data of a virtual role 3, the role characteristics data of virtual role 3 are transferred to second computer equipment 2 by communication module, virtual role program in second computer equipment 2 according to role characteristics data genaration virtual role 3, thus completes virtual role 3 from First computer equipment 1 to the transmission of second computer equipment 2.Technique scheme can realize a virtual role 3 and be transferred to another computer equipment from a computer equipment.
In the present invention, the virtual role 3 of indication can be virtual people, cartoon figure, cartoon pet, virtual robot, and the role that virtual animal etc. is virtual.Computer equipment can be the smart machine that computer, mobile phone, game machine, player etc. have computing power.Communication module can adopt the communication module based on bluetooth, infrared, the wireless communication technology such as WLAN (wireless local area network) or cell phone network, also can adopt the communication module based on cable communicating technologies such as cable LAN, wired Internet or data lines, can also be the communication module two kinds of communication technologys combined.It should be noted that the transmission of the virtual role 3 said in the present invention, different from game on-line in the past.Game on-line is in the past mostly run master routine on server (can be general computer), and then server linked by other computer equipments, and carries out data interaction between server, completes the control to virtual role 3.Be not on other computers, generate this virtual role 3, the activity of virtual role 3 still depends on server.The present invention generates a virtual role 3 in addition on other computer equipments.
The role characteristics data transmitted contain the abundant data of virtual role 3 independent activities on second computer equipment 2.Like this, the virtual role 3 that second computer equipment 2 generates can depart from First computer equipment 1 and run, even if First computer equipment 1 cuts out, virtual role 3 still can normal activity.
When virtual role 3 transmits from First computer equipment 1 to second computer equipment 2, virtual role 3 program at least after role characteristics DTD on second computer equipment 2 should start voluntarily.Truer to make equipment room virtual role 3 transmit.
The characteristic information of the computer equipment that virtual role 3 once went can be stored in First computer equipment 1, virtual role 3 can set up other computer equipments once gone of data cube computation from line search by communication module, after searching qualified computer equipment, be transferred to this computer equipment voluntarily.Transmission can be set as that randomness is transmitted voluntarily voluntarily.To strengthen the sense of reality of virtual role 3.
First computer equipment 1 can send control information to virtual role 3 by communication module to second computer equipment 2, realizes the control to virtual role 3.Virtual role 3 can be controlled carry out communicating or wrestling.
The performance data of the virtual role 3 on second computer equipment 2 is when changing, and the performance data of virtual role 3 transmits back First computer equipment 1, upgrades the performance data stored in First computer equipment 1.The transmission of the performance data of virtual role 3 can be in good time, so that ensure the up-to-date performance data storing virtual role 3 in First computer equipment 1.Also when virtual role 3 returns to First computer equipment 1, the performance data stored in First computer equipment 1 can be upgraded, to save data traffic.
Virtual scene 4 is included in virtual role program, when the role characteristics data of virtual role 3 are transmitted to second computer equipment 2 at First computer equipment 1, virtual scene performance data in second computer equipment 2 is transferred to First computer equipment 1, First computer equipment 1 shows the image in the virtual scene 4 of virtual role 3 on second computer equipment 2.The current interface that virtual scene 4 in second computer equipment 2 shows over the display can be transferred to First computer equipment 1 in good time.So that the active situation of grasp virtual role 3 on second computer equipment 2 that First computer equipment 1 is in good time.
Virtual role program can using computer equipment current display page as virtual scene 4, current display page is converted into the virtual scene 4 in virtual role program by the microprocessor system of computer equipment, and then makes virtual role 3 carry out interaction with the picture in current display page.Such as virtual role 3 and folder icon, song icon, shortcut etc. carry out interaction.When virtual role 3 pairs of virtual scenes 4 have an impact, microprocessor system reads the change information of virtual scene 4, and corresponding change current display page information.Such as change the information such as the position of the icons such as file, song, shortcut, size.
Virtual role 3 on First computer equipment 1 is in operational process, and after inputting transfer instruction to virtual role 3, First computer equipment 1 starts to prepare the performance data to second the computer equipment 2 transfer of virtual role 3 specified.The operation that what this design made user experience is to virtual role 3, and then make virtual role 3 have the stronger sense of reality.Transfer instruction to virtual role 3 input can include the information of appointment second computer equipment 2.Second computer equipment 2 directly can receive the performance data of transmitted virtual role 3, after second computer equipment 2 obtains user's license, also can receive the performance data of the virtual role 3 transmitted again.
Realistic in order to make further the operation of virtual role 3, design as follows.
Computer equipment comprises microprocessor system, display screen, microprocessor system connection device touch-screen on a display screen, the touch action information on microprocessor system process touch-screen.Microprocessor system is provided with virtual role and arrests action command and virtual role puts down action command, touch action on the touchscreen meets virtual role when arresting action command, virtual role 3 is arrested, touch action on the touchscreen meets virtual role 3 when putting down action command, and virtual role 3 is put down.By the design that virtual role 3 can be arrested and put down, make virtual role 3 realistic.First computer equipment 1 performs virtual role and arrests action command, then on second computer equipment 2, virtual role is performed when putting down action command, data communication is set up between First computer equipment 1 and second computer equipment 2, First computer equipment 1 sends the performance data with virtual role 3 to second computer equipment 2 by data communication, thus completes virtual role 3 from First computer equipment 1 to the transmission of second computer equipment 2.By above-mentioned design, realize operation virtual role 3 being taken another computer equipment from a computer equipment.The sense of reality of further enhancing virtual role 3.
There is the touch point group of at least two touch points on the touchscreen, and during Distance Shortened in the group of touch point between at least two touch points, be considered as meeting virtual role and arrest action command, the virtual role 3 between two touch points that microprocessor system is considered as showing screen display is arrested, and virtual role 3 operates by touch point group.When touch point group is removed, is considered as virtual role 3 and is picked up.After virtual role 3 is picked up, should become empty at current page, or disappear, be picked up to point out.By above-mentioned design, achieving virtual role 3 can by can by the operation of picking up as real things.The sense of reality of further enhancing virtual role 3.Present a touch point group on the touchscreen, and at least two touch point distances in the group of touch point become large, are considered as meeting virtual role 3 and put down action command, be considered as virtual role 3 and put down.By above-mentioned design, achieving virtual role 3 can by can by the operation put down as real things.The sense of reality of further enhancing virtual role 3.
All right, in a touch point on virtual role 3, and during continuously to display screen boundary slip 5, be considered as meeting virtual role and arrest action command, microprocessor system is considered as virtual role 3 and is arrested or pick up.When a touch point draws a closed curve 6 on the touchscreen, be considered as virtual role 3 and put down.Above-mentioned design only needs single-point touch-screen to realize, and under the prerequisite meeting the sense of reality, can reduce the requirement to hardware device.First computer equipment 1 is picked up virtual role 3, and on second computer equipment 2, virtual role 3 is put down, First computer equipment 1 sends the performance data with virtual role 3 to second computer equipment 2 by data communication, thus completes virtual role 3 from First computer equipment 1 to the transmission of second computer equipment 2.
First computer equipment 1 and second computer equipment 2, before carrying out data communication, are first monitored and whether are had data cube computation relation, when not having data cube computation relation, controlling communication module set up data cube computation relation by microprocessor system.To meet data communication prerequisite voluntarily.When setting up data cube computation relation, first attempting wired connection mode, when wired connection mode is unsuccessful, attempting radio connection.Radio connection can be WIFI, bluetooth, infrared etc.So that guarantee transmission speed.
Arrest before action command and virtual role put down action command performing virtual role between First computer equipment 1 and second computer equipment 2, preferably obtain communication license in advance.Such as enroll same LAN (Local Area Network), or mutually obtain Bluetooth communication license.Above-mentioned design is emphasized preferably to obtain communication license in advance, does not emphasize to have established data cube computation relation in advance.Prior local area network communication can not opened, and bluetooth communication also can not opened.
More than show and describe ultimate principle of the present invention and principal character advantage of the present invention.The technician of the industry should understand the present invention not by the restriction of above-mentioned using method; what describe in above-mentioned using method and instructions just says principle of the present invention; under the prerequisite of not de-spirit and scope of the invention, the present invention also has various changes and modifications, and these changes and improvements all fall into application claims protection domain in the claimed scope of the invention and defined by appending claims and equivalent thereof.
Claims (40)
1. an interaction virtual role system between facilities, comprises at least two computer equipments, it is characterized in that, at least two described computer equipments are respectively equipped with the communication module intercomed mutually;
At least two described computer equipments has virtual role program respectively;
Virtual role is included in described virtual role program;
Computer equipment described in First stores the role characteristics data of a virtual role, the role characteristics data of described virtual role are transferred to second described computer equipment by described communication module, described virtual role program in second described computer equipment according to described role characteristics data genaration one virtual role, thus completes virtual role from computer equipment described in First to the transmission of second described computer equipment;
Virtual role on computer equipment described in First is in operational process, and after described virtual role input transfer instruction, computer equipment described in First starts the performance data preparing to transmit described virtual role to second described computer equipment of specifying.
2. interaction virtual role system between facilities according to claim 1, is characterized in that: described virtual role is any number of virtual role in virtual people, virtual animal.
3. interaction virtual role system between facilities according to claim 1, is characterized in that: the smart machine that described computer equipment is computer, any one in mobile phone, game machine, player has computing power.
4. interaction virtual role system between facilities according to claim 1, is characterized in that: described communication module adopts the communication module based on any one wireless communication technology in bluetooth, infrared, WLAN (wireless local area network) or cell phone network.
5. interaction virtual role system between facilities according to claim 1, is characterized in that: described communication module adopts the communication module based on any one cable communicating technology in cable LAN, wired Internet or data line.
6. interaction virtual role system between facilities according to claim 1, is characterized in that: described communication module adopts based on any one wireless communication technology in bluetooth, infrared, WLAN (wireless local area network) or cell phone network and the communication module that combines based on any one cable communicating technology in cable LAN, wired Internet or data line.
7. interaction virtual role system between facilities according to claim 1, is characterized in that: the described role characteristics data transmitted contain the abundant data of described virtual role independent activities on second described computer equipment.
8. interaction virtual role system between facilities according to claim 7; it is characterized in that: the described virtual role generated on second described computer equipment departs from computer equipment described in First and runs; even if First computer equipment cuts out, described virtual role still normal activity.
9. interaction virtual role system between facilities according to claim 1, is characterized in that: the described virtual role program at least after described role characteristics DTD on second described computer equipment should start voluntarily.
10. interaction virtual role system between facilities according to claim 1, it is characterized in that: the characteristic information storing the computer equipment that described virtual role once went in computer equipment described in First, described virtual role can set up other computer equipments once gone of data cube computation from line search by described communication module, after searching qualified computer equipment, be transferred to this computer equipment voluntarily.
11. interaction virtual role system between facilities according to claim 10, is characterized in that: transmission is set as that randomness is transmitted voluntarily voluntarily.
12. interaction virtual role system between facilities according to claim 1, it is characterized in that: computer equipment described in First to second control information of described computer equipment transmission to described virtual role, realizes the control to described virtual role by communication module.
13. interaction virtual role system between facilities according to claim 12, is characterized in that: accuse that the described virtual role of system is communicated or wrestled to the control of described virtual role.
14. interaction virtual role system between facilities according to claim 1, it is characterized in that: the performance data of the described virtual role on second described computer equipment is when changing, real-time Transmission returns computer equipment described in First, upgrades the performance data stored in computer equipment described in First.
15. interaction virtual role system between facilities according to claim 14, is characterized in that: the transmission of the performance data of described virtual role is real-time, store the up-to-date performance data of described virtual role in computer equipment described in First.
16. interaction virtual role system between facilities according to claim 1, it is characterized in that: the performance data of the described virtual role on second described computer equipment is when changing, when described virtual role returns to computer equipment described in First, the performance data stored in computer equipment described in First is upgraded.
17. interaction virtual role system between facilities according to claim 1, it is characterized in that: in described virtual role program, include virtual scene, when the role characteristics data of virtual role are transmitted to second described computer equipment at computer equipment described in First, virtual scene performance data in second described computer equipment is transferred to computer equipment described in First, computer equipment described in First shows the image in the virtual scene of described virtual role on second computer equipment.
18. interaction virtual role system between facilities according to claim 17, is characterized in that: the current interface that the virtual scene in described second described computer equipment shows over the display is transferred to computer equipment described in First.
19. interaction virtual role system between facilities according to claim 17, it is characterized in that: described virtual role program is using second described computer equipment current display page as described virtual scene, current display page is converted into the virtual scene in described virtual role program by the microprocessor system of computer equipment described in First, and then makes the picture in described virtual role and described current display page carry out interaction.
20. interaction virtual role system between facilities according to claim 19, is characterized in that: any one in described virtual role and folder icon, song icon, shortcut carries out interaction.
21. interaction virtual role system between facilities according to claim 19, it is characterized in that: when described virtual role has an impact to described virtual scene, described microprocessor system reads the change information of described virtual scene, and corresponding change current display page information.
22. interaction virtual role system between facilities according to claim 21, is characterized in that: current display page information refers to the position of any one icon in file, song, shortcut, the information of size.
23. interaction virtual role system between facilities according to claim 1, is characterized in that: the described transfer instruction inputted to described virtual role includes the information of appointment second described computer equipment.
24. interaction virtual role system between facilities according to claim 1, it is characterized in that: second described computer equipment directly receives the performance data of transmitted described virtual role, or receive the performance data of the described virtual role transmitted again after second described computer equipment obtains user's license.
25. according to the interaction virtual role system between facilities in claim 1 to 24 described in any one, it is characterized in that: computer equipment comprises a microprocessor system, a display screen, described microprocessor system connection one is arranged on the touch-screen on described display screen, the touch action information on touch-screen described in described microprocessor system process.
26. interaction virtual role system between facilities according to claim 25, is characterized in that: described microprocessor system is provided with virtual role and arrests action command and virtual role puts down action command;
Touch action on described touch-screen meets described virtual role when arresting action command, and described virtual role is arrested;
Touch action on described touch-screen meets described virtual role when putting down action command, and described virtual role is put down.
27. interaction virtual role system between facilities according to claim 26, it is characterized in that: on computer equipment described in First, perform described virtual role arrest action command, then on second described computer equipment, described virtual role is performed when putting down action command, computer equipment described in First and set up data communication between second described computer equipment, described First computer equipment sends the performance data with described virtual role to second computer equipment by data communication, thus complete virtual role from computer equipment described in First to the transmission of second described computer equipment.
28. interaction virtual role system between facilities according to claim 26, it is characterized in that: the touch point group on described touch-screen with at least two touch points, and during Distance Shortened in the group of touch point between at least two touch points, be considered as meeting described virtual role and arrest action command, the virtual role between two touch points that described microprocessor system is considered as described display screen display is arrested, and described virtual role operates by described touch point group.
29. interaction virtual role system between facilities according to claim 28, is characterized in that: when described touch point group is removed, is considered as described virtual role and is picked up.
30. interaction virtual role system between facilities according to claim 29, is characterized in that: after described virtual role is picked up, and should become empty, or disappear, picked up to point out at current page.
31. interaction virtual role system between facilities according to claim 26, it is characterized in that: on described touch-screen, present a touch point group, and at least two touch point distances in the group of described touch point become large, be considered as meeting described virtual role and put down action command, be considered as described virtual role and put down.
32. interaction virtual role system between facilities according to claim 26, it is characterized in that: in a touch point on described virtual role, and time continuously to described display screen boundary slip, be considered as meeting described virtual role and arrest action command, described microprocessor system is considered as described virtual role and is arrested or pick up.
33. interaction virtual role system between facilities according to claim 26, is characterized in that: when drawing a closed curve in a touch point on described touch-screen, are considered as described virtual role and are put down.
34. interaction virtual role system between facilities according to claim 33, is characterized in that: described display screen is single-point touch-screen.
35. interaction virtual role system between facilities according to claim 26, it is characterized in that: on described First computer equipment, pick up described virtual role, and on described second computer equipment, described virtual role is put down, described First computer equipment sends the performance data with described virtual role to second computer equipment by data communication, thus completes virtual role from computer equipment described in First to the transmission of second described computer equipment.
36. interaction virtual role system between facilities according to claim 35, it is characterized in that: computer equipment described in First and second described computer equipment are before carrying out data communication, first monitor and whether have data cube computation relation, when there is no data cube computation relation, controlling described communication module by described microprocessor system and setting up data cube computation relation.
37. interaction virtual role system between facilities according to claim 36, is characterized in that: when setting up data cube computation relation, first attempt wired connection mode, when wired connection mode is unsuccessful, attempt radio connection.
38., according to interaction virtual role system between facilities according to claim 37, is characterized in that: radio connection be WIFI, bluetooth, infrared in any one.
39. interaction virtual role system between facilities according to claim 35, it is characterized in that: computer equipment described in described First and arrest before action command and virtual role put down action command performing virtual role between described second described computer equipment, obtain communication license in advance.
40., according to interaction virtual role system between facilities according to claim 39, is characterized in that: obtain communication license in advance and refer to enroll same LAN (Local Area Network), or mutually obtain Bluetooth communication license.
Priority Applications (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010255112.3A CN102375918B (en) | 2010-08-17 | 2010-08-17 | Interaction virtual role system between facilities |
| PCT/CN2011/078512 WO2012022260A1 (en) | 2010-08-17 | 2011-08-17 | System for transmission and reception of touch screen related data |
| US13/817,453 US20130145281A1 (en) | 2010-08-17 | 2011-08-17 | Data sending and receiving system related to touch screen |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010255112.3A CN102375918B (en) | 2010-08-17 | 2010-08-17 | Interaction virtual role system between facilities |
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| CN102375918A CN102375918A (en) | 2012-03-14 |
| CN102375918B true CN102375918B (en) | 2016-04-27 |
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|---|---|---|---|---|
| CN102707835B (en) * | 2012-04-26 | 2015-10-28 | 赵黎 | A kind of handheld terminal, interactive system and exchange method thereof |
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