WO2017124903A1 - 交互智能平板及其交互方法、方式和系统 - Google Patents
交互智能平板及其交互方法、方式和系统 Download PDFInfo
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- WO2017124903A1 WO2017124903A1 PCT/CN2016/113247 CN2016113247W WO2017124903A1 WO 2017124903 A1 WO2017124903 A1 WO 2017124903A1 CN 2016113247 W CN2016113247 W CN 2016113247W WO 2017124903 A1 WO2017124903 A1 WO 2017124903A1
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- smart tablet
- interactive smart
- signal
- touch
- display
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- G—PHYSICS
- G06—COMPUTING OR CALCULATING; COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/03—Arrangements for converting the position or the displacement of a member into a coded form
- G06F3/041—Digitisers, e.g. for touch screens or touch pads, characterised by the transducing means
- G06F3/0412—Digitisers structurally integrated in a display
-
- G—PHYSICS
- G06—COMPUTING OR CALCULATING; COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/03—Arrangements for converting the position or the displacement of a member into a coded form
- G06F3/033—Pointing devices displaced or positioned by the user, e.g. mice, trackballs, pens or joysticks; Accessories therefor
- G06F3/0354—Pointing devices displaced or positioned by the user, e.g. mice, trackballs, pens or joysticks; Accessories therefor with detection of two-dimensional [2D] relative movements between the device, or an operating part thereof, and a plane or surface, e.g. 2D mice, trackballs, pens or pucks
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- G—PHYSICS
- G06—COMPUTING OR CALCULATING; COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/03—Arrangements for converting the position or the displacement of a member into a coded form
- G06F3/033—Pointing devices displaced or positioned by the user, e.g. mice, trackballs, pens or joysticks; Accessories therefor
- G06F3/0354—Pointing devices displaced or positioned by the user, e.g. mice, trackballs, pens or joysticks; Accessories therefor with detection of two-dimensional [2D] relative movements between the device, or an operating part thereof, and a plane or surface, e.g. 2D mice, trackballs, pens or pucks
- G06F3/03547—Touch pads, in which fingers can move on a surface
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- G—PHYSICS
- G06—COMPUTING OR CALCULATING; COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/03—Arrangements for converting the position or the displacement of a member into a coded form
- G06F3/041—Digitisers, e.g. for touch screens or touch pads, characterised by the transducing means
-
- G—PHYSICS
- G06—COMPUTING OR CALCULATING; COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/14—Digital output to display device ; Cooperation and interconnection of the display device with other functional units
-
- G—PHYSICS
- G06—COMPUTING OR CALCULATING; COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/14—Digital output to display device ; Cooperation and interconnection of the display device with other functional units
- G06F3/1454—Digital output to display device ; Cooperation and interconnection of the display device with other functional units involving copying of the display data of a local workstation or window to a remote workstation or window so that an actual copy of the data is displayed simultaneously on two or more displays, e.g. teledisplay
Definitions
- the present invention relates to the field of interactive smart tablets, and in particular, to an interactive smart tablet, an interactive smart tablet interaction method, method and system.
- Interactive smart tablet is an all-in-one device that integrates various functions such as projector, audio, TV, video conferencing terminal, etc., and controls the content displayed on the display tablet through touch technology. It is widely used in education and teaching. Conferences, commercial exhibitions and other fields can effectively improve the efficiency of group communication.
- the existing interactive smart tablet has the functions of touch output, multi-system operation, and outputting the display signal of the local interactive smart tablet to another display device for display.
- the existing interactive smart tablet can not achieve the interaction between multiple interactive smart tablets, and when multiple multi-system interactive smart tablets interact, through the external interactive smart tablet to the local interactive smart tablet The multi-system on the operation.
- an object of the present invention is to provide an interactive smart tablet and an interaction method, method and system thereof, which can implement interaction between at least two single system interactive smart tablets; and provide another interactive smart tablet and interaction thereof.
- the method, method and system can realize interaction between at least two multi-system interactive smart tablets.
- an interactive smart tablet includes: a touch frame, which generates a first touch signal based on a touch operation of the user interacting with the smart tablet; and a touch input module, configured to receive the second interactive smart tablet. a touch signal; a system module, configured to respond to a corresponding event according to the first touch signal or the second touch signal, and generate a response display signal; and display processing module, configured to receive the display signal to display the display signal
- the display module is configured to display one of the display signals locally, and the signal output module is configured to send another path of the display signal to the second interactive smart tablet for synchronous display.
- the interactive smart tablet further includes: a touch processing module respectively connected to the touch frame, the touch input module, and the system module; wherein the system module includes an Android system module and a PC system module;
- the touch processing module sends the first touch signal or the second touch signal to the security according to a current display system selected by the user.
- System module or PC system module is a touch processing module respectively connected to the touch frame, the touch input module, and the system module; wherein the system module includes an Android system module and a PC system module;
- the touch processing module sends the first touch signal or the second touch signal to the security according to a current display system selected by the user.
- System module or PC system module is a current display system selected by the user.
- the display signal is a video signal or an audio and video signal.
- the present invention provides an interaction method of an interactive smart tablet, which includes the following steps:
- the responding to the corresponding event according to the first touch signal or the second touch signal, and generating the response display signal is specifically:
- the corresponding event is responded to by the Android system or the PC system, and a response display signal is generated.
- the display signal is a video signal or an audio and video signal.
- the present invention also provides an interaction manner of an interactive smart tablet, which is applicable to interaction between the first interactive smart tablet and the second interactive smart tablet, and includes the steps of:
- the present invention further provides an interactive system for an interactive smart tablet, including a first interactive smart tablet and a second interactive smart tablet, wherein:
- the first interactive smart tablet generates a first touch signal based on a touch operation of the local interactive smart tablet
- the second interactive smart tablet generates a second touch signal based on the touch operation of the local interactive smart tablet, and sends the second touch signal to the first interactive smart tablet;
- the first interactive smart tablet is further configured to respond to the corresponding event according to the first touch signal or the second touch signal, generate a response display signal, and divide the display signal into two paths, and display the information locally. The other way is sent to the second interactive smart tablet for synchronous display.
- the present invention provides another interactive smart tablet, which is characterized in that it comprises:
- Touching a frame generating a first touch signal based on a touch operation of the user interacting with the smart tablet locally;
- a touch input module configured to receive a second touch signal sent by the second interactive smart tablet
- a touch processing module configured to send the first touch signal or the second touch signal to the system module when the touch output module of the local interactive smart tablet is not connected to the third interactive smart tablet;
- a system module configured to respond to a corresponding event according to the first touch signal or the second touch signal, and generate a response display signal
- a display processing module configured to receive the display signal, and divide the display signal into two paths;
- a display module configured to display one of the display signals locally
- a signal output module configured to send another path of the display signal to the second interactive smart tablet for synchronous display.
- the system module includes an Android system module and a PC system module; the touch processing module sends the first touch signal or the second touch signal to an Android system module or a PC according to a current display system selected by a user.
- System module includes an Android system module and a PC system module; the touch processing module sends the first touch signal or the second touch signal to an Android system module or a PC according to a current display system selected by a user.
- the touch input module is further configured to: when the touch output module of the local interactive smart tablet is connected to the third interactive smart tablet, output the first touch signal or the second touch signal through the touch Sending, by the module, to the third interactive smart tablet, causing the third interactive smart tablet to respond to the corresponding event according to the first touch signal or the second touch signal, and generating a response display signal;
- the interactive smart tablet further includes:
- a signal input module configured to receive a display signal sent by the third interactive smart tablet, and send the display signal to the display processing module.
- the present invention also provides another interactive method for interacting with a smart tablet, including the steps of:
- the corresponding event is responded to by the Android system or the PC system, and a response display signal is generated.
- the method further includes the steps of:
- the touch output module of the local interactive smart tablet When the touch output module of the local interactive smart tablet is connected to the third interactive smart tablet, the first touch signal or the second touch signal is sent to the third interactive smart tablet through the touch output module, so that the third interaction is performed.
- the smart tablet responds to the corresponding event according to the first touch signal or the second touch signal, and generates a third display signal after the response;
- the present invention provides another interactive smart tablet interaction mode, which is applicable to interaction between at least three interactive smart boards that are sequentially cascaded, including the steps:
- the highest-level interactive smart tablet responds to the corresponding event and generates the response display signal based on the local touch signal generated by the touch operation of the local interactive smart tablet or the lower-level touch signal sent by the next-level interactive smart tablet. And the generated display signal is divided into two ways, one way is displayed locally, and the other way is sent to the next level of interactive smart tablet;
- the display signal sent by the interactive intelligent tablet of the upper level is divided into two paths by using each interactive smart tablet except the highest-level interactive smart tablet and the lowest-level interactive smart tablet, one way is displayed locally, and the other is sent to the next level.
- the interactive smart tablet performs synchronous display.
- the present invention provides another interactive system for interacting with a smart tablet, comprising at least three interactive smart panels that are cascaded in sequence, wherein:
- Each interactive smart tablet except the highest-level interactive smart tablet generates a local touch signal based on a touch operation of the local interactive smart tablet or receives a lower-level touch signal sent by the next-level interactive smart tablet, and the local touch signal is Or the lower level touch signal is sent to the interactive smart tablet of the upper level;
- the most advanced interactive smart tablet is based on a local touch signal generated by the touch operation of the local interactive smart tablet or receiving a lower-level touch signal sent by the next-level interactive smart tablet, responding to the corresponding event and generating a response display signal, and
- the generated display signal is divided into two paths, one is displayed locally, and the other is sent to the next level. board;
- Each interactive smart tablet except the highest-level interactive smart tablet and the lowest-level interactive smart tablet divides the display signal sent by the interactive intelligent tablet of the upper level into two paths, one through the local display, and the other through the next level. Smart tablet for simultaneous display.
- the interactive smart tablet of the present invention may generate a local touch signal based on a touch operation of the local interactive smart tablet or receive a lower-level touch signal sent by the interactive smart tablet sequentially connected thereto, and according to the local touch
- the signal or the lower-level touch signal generates a display signal, and then the display signal is locally displayed and sent to the interactive smart tablet that is sequentially cascaded for real-time display.
- the present invention also relates to an interactive smart tablet comprising a plurality of systems, the interactive smart tablet can respond to a local touch signal or a lower level touch signal according to a current display system selected by the user, such that when the local interactive smart tablet has multiple systems
- the plurality of systems on the local interactive smart tablet can be operated by any interactive smart tablet that is cascaded therewith.
- the interaction method, method and system of the interactive smart tablet of the present invention include at least two interactive smart tablets that are cascaded in sequence, and the multiple interactive smart tablets can control the same interaction because the panels are connected in a cascade manner.
- the smart tablet changes the interaction mode of the traditional interactive smart tablet, which can improve the operability of the interactive smart tablet and the enthusiasm and user experience of the participants in the group communication.
- FIG. 1 is a schematic structural diagram of an interactive smart tablet according to Embodiment 1 of the present invention.
- FIG. 2 is a schematic structural diagram of an interactive smart tablet including a touch processing module and a system module including an Android system and a PC system in Embodiment 1 of the present invention.
- FIG. 3 is a schematic flow chart of an interaction method of an interactive smart tablet according to Embodiment 2 of the present invention.
- FIG. 4 is a schematic diagram of a specific process of generating a response display signal according to the first touch signal or the second touch signal in response to the corresponding event in the second embodiment of the present invention.
- FIG. 5 is a schematic flowchart of an interaction manner of an interactive smart tablet according to Embodiment 3 of the present invention.
- FIG. 6 is a schematic structural diagram of an interactive system of an interactive smart tablet according to Embodiment 4 of the present invention.
- FIG. 7 is a schematic structural diagram of another interactive smart tablet according to Embodiment 5 of the present invention.
- FIG. 8 is a schematic structural diagram of a system module of an interactive smart tablet according to Embodiment 5 of the present invention, including an Android system module and a PC system module.
- FIG. 9 is a schematic flowchart diagram of another interaction method of an interactive smart tablet according to Embodiment 6 of the present invention.
- FIG. 10 is a schematic flow chart of responding to a corresponding event according to a first touch signal or a second touch signal according to Embodiment 6 of the present invention, and generating a response display signal.
- FIG. 11 is a third embodiment of the present invention in which a touch output module of a local interactive smart tablet is connected to a third interactive smart plane. Schematic diagram of the specific process behind the board.
- FIG. 12 is a schematic flowchart of another interaction mode of an interactive smart tablet according to Embodiment 7 of the present invention.
- FIG. 13 is a schematic structural diagram of another interactive smart tablet interactive system having three interactive smart boards connected in sequence according to Embodiment 8 of the present invention.
- FIG. 14 is a schematic structural diagram of another interactive smart tablet interactive system having three or more successive interactive smart boards according to Embodiment 8 of the present invention.
- FIG. 1 is a schematic structural diagram of an interactive smart tablet according to Embodiment 1 of the present invention.
- the interactive smart tablet includes a touch frame 101, a touch input module 102, a system module 103, a display processing module 104, a display module 105, and a signal output module 106.
- the interactive smart tablet can be used as a local interactive smart tablet.
- the first touch signal is generated by the touch frame 101 based on the touch operation of the local interactive smart tablet, and the system module 103 is configured according to the first touch.
- the signal responds to the corresponding event and generates a response display signal.
- the display processing module 104 receives the display signal and processes the display signal, and then displays the processed display information locally through the display module 105.
- the touch frame 101 When the local interactive smart tablet is connected to the second interactive smart tablet through the signal output module 106, the touch frame 101 generates a first touch signal based on the touch operation of the user, and the system module 103 responds to the corresponding event according to the first touch signal, and generates a response.
- the display processing module 104 receives the display signal, and divides the display signal into two paths.
- the display module 105 displays one of the two display signals locally, and the signal output module 106 displays the display signal.
- the second interactive smart tablet is sent to the second interactive smart tablet for synchronous display, so that the second interactive smart tablet can display the content displayed by the local interactive smart tablet in real time.
- the second interactive smart tablet may generate a second touch signal based on the touch operation of the user and send the second touch signal to the local interactive smart tablet.
- a second touch signal the local interactive smart tablet receives the second touch signal through the touch input module 102
- the system module 103 responds to the corresponding event according to the second touch signal, and generates a response display signal
- the display processing module 104 receives the display signal.
- the display module 105 performs local display of one of the two display signals
- the signal output module 106 sends the other path of the display signal to the second interactive smart tablet for synchronization. display.
- the touch input module 102 of the local interactive smart tablet is connected to the second interactive smart tablet.
- the second touch signal is sent to the local interactive smart tablet for processing.
- the user can control the local interactive smart tablet by touching the second interactive smart tablet.
- the signal output module 106 of the local interactive smart tablet is also connected to the second interactive smart tablet, so that when the user uses the second interactive smart tablet to control the local interactive smart tablet, the second interactive smart tablet can also display the local interactive smart in real time. What is displayed on the tablet.
- the touch processing module 107 is further connected to the touch frame 101, the touch input module 102 and the system module 103 respectively; wherein the system module 103 comprises an Android system module 1031 and a PC system module 1032.
- the touch processing module 107 sends the first touch signal or the second touch signal to the Android system module 1031 for processing; when the display system currently selected by the user is a PC system, The touch processing module 107 then transmits the first touch signal or the second touch signal to the PC system module 1032 for processing.
- the PC system module 1032 is an optional module.
- the PC system module 1032 and the Android system module 1032 make the system module 103 of the interactive smart tablet a dual system module; when the interactive smart tablet is not equipped with the PC system module 1032, the interactive smart tablet
- the system module 103 is an Android system module 1031.
- the PC system module 1032 can be used as the system module 103 of the interactive smart tablet, and the system module of the interactive smart tablet can be configured to include multiple different system modules by using at least two different system modules. .
- the PC system module 1032 can display the display signals it generates using the display module 105 of the interactive smart tablet. Specifically, the PC system module 1032 sends the generated display signal to the Android system module 1031, and the Android system module 1031 further processes the display signal so that the display signal can be divided into two paths by the display processing module 104, and the two The road display signals are sent to the display module 105 and the signal output module 106, respectively. Therefore, when the interactive smart tablet is equipped with the PC system module 1032, it is not necessary to configure the display device compatible with the PC system module 1032, which can save cost.
- FIG. 3 is a schematic flowchart diagram of an interaction method of an interactive smart tablet according to Embodiment 2 of the present invention.
- An interaction method of the interactive smart tablet in this embodiment includes the following steps:
- S11 generating a first touch signal or receiving a second touch signal sent by the second interactive smart tablet based on a touch operation of the local interactive smart tablet;
- S12 respond to the corresponding event according to the first touch signal or the second touch signal, and generate a response display signal
- S15 Send another way of the display signal to the second interactive smart tablet for synchronous display.
- S121 Send a first touch signal or a second touch signal to a corresponding Android system or a PC system according to a current display system selected by the user;
- S122 Respond to the corresponding event through the Android system or the PC system, and generate a response display signal.
- the current display system selected by the user is an Android system and the user generates a first touch signal by a touch operation of the local interactive smart tablet
- the first touch signal is sent to the Android system, and the Android system responds according to the first touch signal.
- the event and the display signal after the response is generated.
- the current display system selected by the user is an Android system and the interactive smart tablet receives the second touch signal sent by the second interactive smart tablet, the second touch signal is sent to the Android system, and the Android system responds to the corresponding event according to the second touch signal. And generate a display signal after the response.
- the PC system When the current display system selected by the user is a PC system, the PC system responds to the corresponding event according to the first touch signal or the second touch signal, and generates a specific method of the response display signal and the current display system selected by the user is Android.
- the system is similar, except that after the PC system generates the response display signal, the response display signal needs to be sent to the Android system for further processing.
- the display signals in Embodiment 2 are all video signals or audio and video signals.
- FIG. 5 is a schematic flowchart of an interaction manner of an interactive smart tablet according to Embodiment 3 of the present invention.
- the interaction mode is applicable to the interaction between the first interactive smart tablet and the second interactive smart tablet, including the steps:
- S21 generate a first touch signal by using a first interactive smart tablet based on a touch operation of the user to interact with the smart tablet locally or generate a second touch signal by using a second interaction smart tablet based on a touch operation of the user interacting with the smart tablet locally. And sending the second touch signal to the first interactive smart tablet;
- the first interactive smart tablet responds to the corresponding event according to the first touch signal or the received second touch signal, generates a response display signal, and divides the display signal into two paths, and displays the information locally. The other way is sent to the second interactive smart tablet for synchronous display.
- FIG. 6 is a schematic structural diagram of an interactive system of an interactive smart tablet according to Embodiment 4 of the present invention.
- the interactive system of the interactive smart tablet includes a first interactive smart tablet 1 and a second interactive smart tablet 2, wherein:
- the first interactive smart tablet 1 generates a first touch signal based on a touch operation of the local interactive smart tablet;
- the second interactive smart tablet 2 generates a second touch signal based on the touch operation of the local interactive smart tablet, and sends the second touch signal to the first interactive smart tablet 1;
- the first interactive smart tablet 1 is further configured to respond to the corresponding event according to the first touch signal or the second touch signal, generate a response display signal, and divide the display signal into two paths, all of which are displayed locally, and All the way to the second interactive smart tablet 2 for synchronous display.
- the first interactive smart tablet 1 can adopt the structure of the interactive smart tablet disclosed in Embodiment 1 above.
- FIG. 7 is a schematic structural diagram of an interactive smart tablet according to Embodiment 5 of the present invention.
- the interactive smart tablet includes a touch frame 201, a touch input module 202, a touch processing module 207, a system module 203, a display processing module 204, a display module 205, a signal output module 206, a touch output module 208, and a signal input module 209.
- the touch output module 208 and the signal input module 209 are not connected to the third interactive smart tablet.
- the interactive smart tablet is used as a local interactive smart tablet alone.
- the touch frame 201 generates a first touch signal based on the touch operation of the local interactive smart tablet, and the touch processing module 207 sends the first touch signal to the system module 203, and the system module 203 responds to the corresponding event according to the first touch signal, and generates
- the display processing module 204 receives the display signal and divides the display signal into two paths, the display module 205 displays one of the display signals locally, and the signal output module 206 receives the display signal. .
- the touch frame 201 When the signal output module 206 of the local interactive smart tablet is connected to the second interactive smart tablet, the touch frame 201 generates a first touch signal based on the touch operation of the local interactive smart tablet, and the touch processing module 207 determines the local interactive smart.
- the touch output module 208 of the tablet is not connected to the third interactive smart tablet, the first touch signal is sent to the system module 203, and the system module 203 responds to the corresponding event according to the first touch signal, and generates a response display signal, and displays the processing.
- the module 204 receives the display signal, and divides the display signal into two paths.
- the display module 205 displays one of the display signals locally, and the signal output module 206 sends the other path of the display signal to the second interactive smart tablet.
- the synchronous display enables the second interactive smart tablet to display the content displayed by the local interactive smart tablet in real time.
- the touch input module 202 and the signal output module 206 of the local interactive smart tablet are connected to the second interactive smart tablet
- touch input module 207 of the local interactive smart tablet receives the second touch signal sent by the second interactive smart tablet
- touch processing When the module 207 determines that the touch output module 208 of the local interactive smart tablet is not connected to the third interactive smart tablet, the second touch signal is sent to the system module 203, and the system module 203 responds to the corresponding event according to the second touch signal, and generates a response.
- the display processing module 204 receives the display signal, and divides the display signal into two paths, the display module 205 displays one of the display signals locally, and the signal output module 206 sends the other path of the display signal to the first Second, the interactive smart tablet performs synchronous display. Therefore, the user can control the local interactive smart tablet by touching the second interactive smart tablet, and simultaneously display the content displayed by the local interactive smart tablet in real time by using the second interactive smart tablet.
- the touch frame 201 of the local interactive smart tablet When the touch output module 208 and the signal input module 209 of the local interactive smart tablet are connected to the third interactive smart tablet, the touch frame 201 of the local interactive smart tablet generates a first touch signal based on the touch operation of the user, and the touch processing module 207 The first touch signal is sent to the third interactive smart tablet through the touch output module 208, so that the third interactive smart tablet responds to the corresponding event according to the first touch signal, and generates a display signal.
- Local interactive smart tablet signal input The module 209 receives the display signal sent by the third interactive smart tablet, and sends the display signal to the system module 203 for processing.
- the display processing module 204 receives the processed display signal, and divides the processed display signal into two paths to display
- the module 205 performs local display of one display signal, and the signal output module 206 receives another display signal.
- the touch of the local interactive smart tablet is The frame 201 generates a first touch signal based on a touch operation of the user or receives a second touch signal sent by the second interactive smart tablet through the touch input module 202, and the touch processing module 207 passes the first touch signal or the second touch signal through the touch output module. 208 is sent to the third interactive smart tablet, so that the third interactive smart tablet responds to the corresponding event according to the first touch signal or the second touch signal, and generates a display signal.
- the signal input module 209 of the local interactive smart tablet receives the display signal sent by the third interactive smart tablet, and sends the display signal to the system module 203 for processing, and the display processing module 204 receives the processed display signal, and displays the processed display.
- the signal is divided into two paths, the display module 205 performs local display of one display signal, and the signal output module 206 receives and transmits another display signal to the second interactive smart tablet for synchronous display.
- the local interactive smart tablet, the second and third interactive smart tablets may all adopt the interactive smart tablet shown in FIG. 7.
- the system module 203 in this embodiment includes an Android system module 2031 and a PC system module 2032.
- the touch processing module 207 sends the first touch signal or the second touch signal to the Android system module 2031 or the PC system module 2032 according to the current display system selected by the user.
- the touch processing module 207 sends the first touch signal or the second touch signal to the Android system module 2031 for processing; when the display system currently selected by the user is a PC system. The touch processing module 207 then sends the first touch signal or the second touch signal to the PC system module 2032 for processing.
- FIG. 9 is a schematic flowchart diagram of an interaction method of an interactive smart tablet according to Embodiment 6 of the present invention.
- the interactive method of the interactive smart tablet includes the following steps:
- S31 Generate a first touch signal or receive a second touch signal sent by the second interactive smart tablet based on a touch operation of the local interactive smart tablet;
- S33 respond to the corresponding event according to the first touch signal or the second touch signal, and generate a response display signal
- S35 display one of the display signals locally
- S36 Send the other path of the display signal to the second interactive smart tablet for synchronous display.
- the response signal is generated according to the first touch signal or the second touch signal, and the generated display signal is generated, as shown in FIG. 10:
- S331 Send the first touch signal or the second touch signal to the corresponding Android system or PC system according to the current display system selected by the user;
- S332 Respond to the corresponding event through the Android system or the PC system, and generate a display signal after the response.
- the method when determining that the touch output module of the local interactive smart tablet is connected to the third interactive smart tablet, the method further includes the following steps:
- S37 Send the first touch signal or the second touch signal to the third interactive smart tablet through the touch output module, so that the third interactive smart tablet responds to the corresponding event according to the first touch signal or the second touch signal, and generates a response.
- Third display signal ;
- S38 Receive a third display signal sent by the third interactive smart tablet, and divide the third display signal into two paths, one way is displayed locally, and the other is sent to the second interactive smart tablet for synchronous display.
- FIG. 12 is a schematic flowchart of an interaction manner of an interactive smart tablet according to Embodiment 7 of the present invention.
- the interaction mode of the interactive smart tablet is applicable to interaction between at least three interactive smart boards that are sequentially cascaded, including the steps:
- S41 generate a local touch signal by using a touch operation of the local interactive smart tablet or receive a lower-level touch signal sent by the next-level interactive smart tablet by using the interactive smart tablet except the highest-level interactive smart tablet, and The touch signal or the lower level touch signal is sent to the interactive smart tablet of the upper level;
- S42 responding to the corresponding event and generating the response display by using the local touch signal generated by the touch operation of the local interactive smart tablet or the lower touch signal sent by the interactive smart tablet of the next level by the highest level interactive smart tablet. Signal, and divide the generated display signal into two ways, one way through the local display, the other way to the next level of the interactive smart tablet;
- S43 The display signal sent by the interactive smart tablet of the upper level is divided into two paths by using each interactive smart tablet except the highest-level interactive smart tablet and the lowest-level interactive smart tablet, all of which are displayed locally, and the other is sent to the next.
- One level of interactive smart tablet for simultaneous display is divided into two paths by using each interactive smart tablet except the highest-level interactive smart tablet and the lowest-level interactive smart tablet, all of which are displayed locally, and the other is sent to the next.
- an interactive system of an interactive smart tablet according to Embodiment 8 of the present invention includes three structural diagrams of interactive smart boards that are cascaded in sequence.
- the third interactive smart tablet 12 generates a local touch signal based on the touch operation of the local interactive smart tablet, and sends the local touch signal as a third touch signal to the second interactive smart tablet 11;
- the second interactive smart tablet 11 generates a local touch signal based on the touch operation of the local interactive smart tablet, and sends the local touch signal as a second touch signal to the first interactive smart tablet 10; or receives the third interactive smart tablet. 12, the third touch signal is sent, and the third touch signal is sent to the first interactive smart tablet 10;
- the first interactive smart tablet 10 is based on a local touch signal generated by a touch operation of the local interactive smart tablet or a second touch signal/third touch signal sent by the second interactive smart tablet 11 and responds according to the current touch signal. And the generated display signal after the response, and the generated display signal is divided into two ways, one way through the local display, the other way to the second interactive smart tablet 11;
- the second interactive smart tablet 11 divides the display signal sent by the first interactive smart tablet 10 into two paths, one way is displayed locally, and the other is sent to the third interactive smart tablet 12 for synchronous display;
- the third interactive smart tablet 12 receives the display signal sent by the second interactive smart tablet 11 and displays it.
- an interactive system of an interactive smart tablet according to Embodiment 8 of the present invention includes a structure diagram of three or more interactive smart boards that are cascaded in sequence.
- Each interactive smart tablet except the top-level interactive smart tablet 20 generates a local touch signal based on a touch operation of the local interactive smart tablet or receives a lower-level touch signal sent by the next-level interactive smart tablet, and the local touch signal or The lower level touch signal is sent to the interactive smart tablet of the upper level;
- the top-level interactive smart tablet 20 responds to the corresponding event and generates a response display signal based on the local touch signal generated by the touch operation of the local interactive smart tablet or the lower-level touch signal sent by the interactive smart tablet of the next level. Divide the generated display signal into two paths, one for displaying by local, and the other for sending to the next level of interactive smart tablet;
- Each interactive smart tablet except the highest-level interactive smart tablet 20 and the lowest-level interactive smart tablet 21 divides the display signal sent by the interactive intelligent tablet of the upper level into two paths, one through the local display, and the other through the next level.
- the interactive smart tablet performs synchronous display.
- the present invention provides an interactive smart tablet and an interaction method, method and system thereof, which can implement interaction between at least two single system interactive smart tablets. At least two single-system interactive smart tablets are cascaded in sequence.
- the local touch signal may be generated based on the touch operation of the local interactive smart tablet or the lower touch signal sent by the interactive smart tablet sequentially connected thereto, and the display signal may be generated according to the local touch signal or the lower touch signal, and then the display is performed.
- the signal is displayed locally and sent to the interactive smart tablet that is cascaded in turn for real-time display.
- the invention also provides another interactive smart tablet and an interaction method, method and system thereof, which can realize interaction between at least two multi-system interactive smart tablets. At least two single-system interactive smart tablets are cascaded in sequence.
- the system module of the interactive smart tablet of the present invention may be a multi-system module, and further provided with a touch processing module, which may send a local touch signal or an interactive smart tablet sent in accordance with the display system currently selected by the user. The lower level touch signal is processed to the corresponding system module, so that the interactive smart tablet of the present invention can interact with the user according to the locality.
- the touch operation of the tablet can generate a display signal, and then the display signal is displayed locally, and simultaneously sent to the interactive smart tablet cascaded in turn for real-time display; and the lower-level touch signal sent by the interactive smart tablet cascaded thereto can also be received. And generating a display signal according to the lower level signal, so that the interactive smart tablet of the present invention performs display according to the manipulation of the interactive smart tablet cascaded therewith, and simultaneously sends the display signal to the interactive smart tablet sequentially connected thereto for real-time display.
- the interactive smart tablet of the present invention and the interaction method, method and system thereof are connected by the interactive smart boards in a cascade manner, so that multiple interactive smart tablets can control the same interactive smart tablet, and the change is made.
- the interaction mode of the traditional interactive smart tablet can improve the operability of the interactive smart tablet and the enthusiasm and user experience of the participants in the group communication.
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Abstract
一种交互智能平板及其交互方法、方式和系统，该交互智能平板可以基于用户在本地交互智能平板的触控操作生成本地触摸信号或接收与其级联的交互智能平板所发送的下级触摸信号，并根据本地触摸信号或者下级触摸信号生成显示信号，再将该显示信号进行本地显示和发送给与其依次级联的交互智能平板进行实时显示。上述交互智能平板的交互方法、方式和系统中，包括至少两个依次级联的该交互智能平板，由于平板之间通过依次级联的方式连接，使得多个交互智能平板能够操控同一个交互智能平板，改变了传统交互智能平板的交互方式，可以提高交互智能平板的可操作性以及交互者在群体沟通中参与交流的积极性和用户体验。
Description
本发明涉及交互智能平板领域，尤其涉及一种交互智能平板、交互智能平板的交互方法、方式及系统。
交互智能平板是一种一体化设备，它集成了投影机、音响、电视机、视频会议终端等多种功能，通过触控技术操控显示在显示平板上的内容，被广泛应用于教育教学、企业会议、商业展示等领域，可有效提高群体沟通效率。
随着交互智能平板技术的进步，现有的交互智能平板已具备触摸输出、多系统操作以及将本地交互智能平板的显示信号输出到另一显示设备进行显示的功能。但是，出于技术的限制，现有交互智能平板还无法做到多台交互智能平板之间的交互，以及当多台多系统交互智能平板进行交互时，通过外接交互智能平板对本地交互智能平板上的多系统进行操作。
发明内容
针对上述问题，本发明的目的在于提供一种交互智能平板及其交互方法、方式和系统，可以实现至少两台单系统交互智能平板之间的交互；还提供另一种交互智能平板及其交互方法、方式和系统，可以实现至少两台多系统交互智能平板之间的交互。
为解决上述技术问题，本发明一种交互智能平板包括：触摸框，基于用户在本地交互智能平板的触控操作生成第一触摸信号；触摸输入模块，用于接收第二交互智能平板发送的第二触摸信号；系统模块，用于根据所述第一触摸信号或第二触摸信号响应相应的事件，并生成响应后的显示信号；显示处理模块，用于接收所述显示信号将所述显示信号分成两路；显示模块，用于将所述显示信号的其中一路进行本地显示；信号输出模块，用于将所述显示信号的另一路发送给所述第二交互智能平板进行同步显示。
作为上述方案的改进，所述交互智能平板还包括：分别与所述触摸框、触摸输入模块和系统模块连接的触摸处理模块；其中，所述系统模块包括安卓系统模块和PC系统模块；所述触摸处理模块根据用户所选择的当前显示系统发送所述第一触摸信号或第二触摸信号到安
卓系统模块或PC系统模块。
具体的，所述显示信号为视频信号或音视频信号。
为解决上述技术问题，本发明提供一种交互智能平板的交互方法，包括以下步骤：
基于用户在本地交互智能平板的触控操作生成第一触摸信号或接收第二交互智能平板发送的第二触摸信号；
根据所述第一触摸信号或第二触摸信号响应相应的事件，并生成响应后的显示信号；
将所述显示信号分成两路；
将所述显示信号的其中一路进行本地显示；
将所述显示信号的另一路发送给所述第二交互智能平板进行同步显示。
所述根据所述第一触摸信号或第二触摸信号响应相应的事件，并生成响应后的显示信号具体为：
根据用户所选择的当前显示系统发送所述第一触摸信号或第二触摸信号到对应的安卓系统或PC系统；
通过所述安卓系统或PC系统响应相应的事件，并生成响应后的显示信号。
具体的，所述显示信号为视频信号或音视频信号。
为解决上述技术问题，本发明还提供一种交互智能平板的交互方式，适用于第一交互智能平板和第二交互智能平板之间的交互，包括步骤：
藉由第一交互智能平板基于用户在本地交互智能平板的触控操作生成第一触摸信号或藉由第二交互智能平板基于用户在本地交互智能平板的触控操作生成第二触摸信号，并将所述第二触摸信号发送给第一交互智能平板；
藉由所述第一交互智能平板根据所述第一触摸信号或接收到的所述第二触摸信号响应相应的事件，并生成响应后的显示信号，以及将所述显示信号分成两路，一路通过本地进行显示，另一路发送给所述第二交互智能平板进行同步显示。
为解决上述技术问题，本发明进一步提供一种交互智能平板的交互系统，包括第一交互智能平板和第二交互智能平板，其中：
第一交互智能平板，基于用户在本地交互智能平板的触控操作生成第一触摸信号；
第二交互智能平板，基于用户在本地交互智能平板的触控操作生成第二触摸信号，并将所述第二触摸信号发送给第一交互智能平板；
所述第一交互智能平板还用于根据所述第一触摸信号或第二触摸信号响应相应的事件，并生成响应后的显示信号，以及将所述显示信号分成两路，一路通过本地进行显示，另一路发送给所述第二交互智能平板进行同步显示。
为解决上述技术问题，本发明提供另一种交互智能平板，其特征在于，包括：
触摸框，基于用户在本地交互智能平板的触控操作生成第一触摸信号；
触摸输入模块，用于接收第二交互智能平板发送的第二触摸信号；
触摸处理模块，用于在判断本地交互智能平板的触摸输出模块没有连接第三交互智能平板时，将所述第一触摸信号或第二触摸信号发送给系统模块；
系统模块，用于根据所述第一触摸信号或第二触摸信号响应相应的事件，并生成响应后的显示信号；
显示处理模块，用于接收所述显示信号将所述显示信号分成两路；
显示模块，用于将所述显示信号的其中一路进行本地显示；
信号输出模块，用于将所述显示信号的另一路发送给所述第二交互智能平板进行同步显示。
作为上述方案的改进，所述系统模块包括安卓系统模块和PC系统模块；所述触摸处理模块根据用户所选择的当前显示系统发送所述第一触摸信号或第二触摸信号到安卓系统模块或PC系统模块。
作为上述方案的进一步改进，所述触摸输入模块还用于在判断本地交互智能平板的触摸输出模块连接第三交互智能平板时，将所述第一触摸信号或第二触摸信号通过所述触摸输出模块发送给第三交互智能平板，使所述第三交互智能平板根据所述第一触摸信号或第二触摸信号响应相应的事件，并生成响应后的显示信号；
所述交互智能平板还包括：
信号输入模块，用于接收所述第三交互智能平板发送的显示信号，并将所述显示信号发送给所述显示处理模块。
为解决上述技术问题，本发明还提供另一种交互智能平板的交互方法，包括步骤：
基于用户在本地交互智能平板的触控操作生成第一触摸信号或接收第二交互智能平板发送的第二触摸信号；
在判断本地交互智能平板的触摸输出模块没有连接第三交互智能平板时，将所述第一触摸信号或第二触摸信号发送给系统模块；
根据所述第一触摸信号或第二触摸信号响应相应的事件，并生成响应后的显示信号；
将所述显示信号分成两路；
将所述显示信号的其中一路进行本地显示；
将所述显示信号的另一路发送给所述第二交互智能平板进行同步显示。
所述根据所述第一触摸信号或第二触摸信号响应相应的事件，并生成响应后的显示信号
具体为：
根据用户所选择的当前显示系统发送所述第一触摸信号或第二触摸信号到对应的安卓系统或PC系统；
通过所述安卓系统或PC系统响应相应的事件，并生成响应后的显示信号。
作为上述方案的进一步改进，还包括步骤：
在判断本地交互智能平板的触摸输出模块连接第三交互智能平板时，将所述第一触摸信号或第二触摸信号通过所述触摸输出模块发送给第三交互智能平板，使所述第三交互智能平板根据所述第一触摸信号或第二触摸信号响应相应的事件，并生成响应后的第三显示信号；
接收所述第三交互智能平板发送的第三显示信号，并将所述第三显示信号分成两路，一路通过本地进行显示，另一路发送给所述第二交互智能平板进行同步显示。
为解决上述技术问题，本发明提供另一种交互智能平板的交互方式，适用于至少三个以上的依次级联的交互智能平板之间的交互，包括步骤：
藉由除最高级交互智能平板以外的每一交互智能平板基于用户在本地交互智能平板的触控操作生成本地触摸信号或接收下一级的交互智能平板发送的下级触摸信号，并将所述本地触摸信号或下级触摸信号发送给上一级的交互智能平板；
藉由最高级交互智能平板基于用户在本地交互智能平板的触控操作生成的本地触摸信号或接收下一级的交互智能平板发送的下级触摸信号，响应相应的事件以及生成响应后的显示信号，并将生成的显示信号分成两路，一路通过本地进行显示，另一路发送给下一级的交互智能平板；
藉由除最高级交互智能平板、最低级交互智能平板以外的每一交互智能平板将上一级的交互智能平板发送的显示信号分成两路，一路通过本地进行显示，另一路发送给下一级的交互智能平板进行同步显示。
为解决上述技术问题，本发明提供另一种交互智能平板的交互系统，包括至少三个以上的依次级联的交互智能平板，其中：
除最高级交互智能平板以外的每一交互智能平板基于用户在本地交互智能平板的触控操作生成本地触摸信号或接收下一级的交互智能平板发送的下级触摸信号，并将所述本地触摸信号或下级触摸信号发送给上一级的交互智能平板；
最高级交互智能平板基于用户在本地交互智能平板的触控操作生成的本地触摸信号或接收下一级的交互智能平板发送的下级触摸信号，响应相应的事件以及生成响应后的显示信号，并将生成的显示信号分成两路，一路通过本地进行显示，另一路发送给下一级的交互智能平
板；
除最高级交互智能平板、最低级交互智能平板以外的每一交互智能平板将上一级的交互智能平板发送的显示信号分成两路，一路通过本地进行显示，另一路发送给下一级的交互智能平板进行同步显示。
与现有技术相比，本发明的交互智能平板可以基于用户在本地交互智能平板的触控操作生成本地触摸信号或接收与其依次级联的交互智能平板所发送的下级触摸信号，并根据本地触摸信号或者下级触摸信号生成显示信号，再将该显示信号进行本地显示和发送给与其依次级联的交互智能平板进行实时显示。本发明还涉及一种包括多个系统的交互智能平板，该交互智能平板可以根据用户所选择的当前显示系统对本地触摸信号或下级触摸信号进行响应，使得当本地交互智能平板具有多个系统时，可以通过与其依次级联的任一交互智能平板对该本地交互智能平板上的多个系统进行操作。本发明的交互智能平板的交互方法、方式和系统中，包括至少两个依次级联的交互智能平板，由于平板之间通过依次级联的方式连接，使得多个交互智能平板能够操控同一个交互智能平板，改变了传统交互智能平板的交互方式，可以提高交互智能平板的可操作性以及交互者在群体沟通中参与交流的积极性和用户体验。
图1是本发明实施例1的一种交互智能平板的结构示意图。
图2是本发明实施例1中的交互智能平板包括触摸处理模块、以及系统模块包括安卓系统和PC系统时的结构示意图。
图3是本发明实施例2的一种交互智能平板的交互方法的流程示意图。
图4是本发明实施例2中根据所述第一触摸信号或第二触摸信号响应相应的事件，并生成响应后的显示信号的具体流程示意图。
图5是本发明实施例3的一种交互智能平板的交互方式的流程示意图。
图6是本发明实施例4的一种交互智能平板的交互系统的结构示意图。
图7是本发明实施例5的另一种交互智能平板的结构示意图。
图8是本发明实施例5中的交互智能平板的系统模块包括安卓系统模块和PC系统模块的结构示意图。
图9是本发明实施例6的另一种交互智能平板的交互方法的流程示意图。
图10是本发明实施例6中根据第一触摸信号或第二触摸信号响应相应的事件，并生成响应后的显示信号的流程示意图。
图11是本发明实施例6中在判断本地交互智能平板的触摸输出模块连接第三交互智能平
板后的具体流程示意图。
图12是本发明实施例7的另一种交互智能平板的交互方式的流程示意图。
图13是本发明实施例8的另一种交互智能平板的交互系统具有三个依次级联的交互智能平板的结构示意图。
图14是本发明实施例8的另一种交互智能平板的交互系统具有三个以上依次级联的交互智能平板的结构示意图。
下面将结合本发明实施例中的附图，对本发明实施例中的技术方案进行清楚、完整地描述，显然，所描述的实施例仅仅是本发明一部分实施例，而不是全部的实施例。基于本发明中的实施例，本领域普通技术人员在没有做出创造性劳动前提下所获得的所有其他实施例，都属于本发明保护的范围。
参见图1，是本发明实施例1的一种交互智能平板的结构示意图。该交互智能平板包括：触摸框101、触摸输入模块102、系统模块103、显示处理模块104、显示模块105和信号输出模块106。
在本实施例中，该交互智能平板可作为本地交互智能平板单独使用，具体为：由触摸框101基于用户在本地交互智能平板的触控操作生成第一触摸信号，系统模块103根据第一触摸信号响应相应的事件，并生成响应后的显示信号，显示处理模块104对接收该显示信号并对其进行处理，再通过显示模块105对处理后的显示信息进行本地显示。
当本地交互智能平板通过信号输出模块106与第二交互智能平板连接时，触摸框101基于用户的触控操作生成第一触摸信号，系统模块103根据第一触摸信号响应相应的事件，并生成响应后的显示信号，显示处理模块104接收该显示信号，并将该显示信号分成两路，显示模块105将该两路显示信号的其中一路进行本地显示，信号输出模块106则将该显示信号的另一路发送给第二交互智能平板进行同步显示，使得第二交互智能平板能够实时显示本地交互智能平板所显示的内容。
当本地交互智能平板的触摸输入模块102、信号输出模块106均与第二交互智能平板进行连接时，第二交互智能平板可基于用户的触控操作生成第二触摸信号并向本地交互智能平板发送第二触摸信号，本地交互智能平板的通过触摸输入模块102接收第二触摸信号，系统模块103根据第二触摸信号响应相应的事件，并生成响应后的显示信号，显示处理模块104接收该显示信号，并将该显示信号分成两路，显示模块105则将该两路显示信号的其中一路进行本地显示，信号输出模块106将该显示信号的另一路发送给第二交互智能平板进行同步
显示。由于本地交互智能平板的触摸输入模块102连接第二交互智能平板，故当用户触控第二交互智能平板生成第二触摸信号时，就将第二触摸信号发送给了本地交互智能平板进行处理，使得用户能够通过触控第二交互智能平板实现对本地交互智能平板的操控。再者，本地交互智能平板的信号输出模块106也与第二交互智能平板连接，使得用户在利用第二交互智能平板操控本地交互智能平板时，还能让第二交互智能平板实时显示本地交互智能平板上所显示的内容。
在实施例1中，如图2所示，还包括分别与触摸框101、触摸输入模块102和系统模块103连接的触摸处理模块107；其中，系统模块103包括安卓系统模块1031和PC系统模块1032。当用户当前所选择的显示系统为安卓系统时，触摸处理模块107将第一触摸信号或第二触摸信号发送到安卓系统模1031块进行处理；当用户当前所选择的显示系统为PC系统时，触摸处理模块107则将第一触摸信号或第二触摸信号发送到PC系统模块1032进行处理。
在本实施例中，PC系统模块1032为选配模块。当交互智能平板中配备有PC系统模块1032时，PC系统模块1032和安卓系统模块1032使交互智能平板的系统模块103为双系统模块；当交互智能平板没有配备PC系统模块1032时，交互智能平板的系统模块103则为安卓系统模块1031。但是，可以理解的，在其他实施例中，可以采用PC系统模块1032作为交互智能平板的系统模块103，还可以利用至少两个不同系统模块使交互智能平板的系统模块包括多个不同的系统模块。
此外，PC系统模块1032可以利用交互智能平板的显示模块105显示其生成的显示信号。具体的，PC系统模块1032将生成的显示信号发送给安卓系统模块1031，安卓系统模块1031对该显示信号进行进一步处理，以使该显示信号能被显示处理模块104分成两路，并将该两路显示信号分别发送给显示模块105和信号输出模块106。所以当交互智能平板在选配PC系统模块1032时，无需再配置与PC系统模块1032相适应的显示设备，能够节约成本。
参见图3，是本发明实施例2的一种交互智能平板的交互方法的流程示意图。本实施例的一种交互智能平板的交互方法，包括以下步骤：
S11：基于用户在本地交互智能平板的触控操作生成第一触摸信号或接收第二交互智能平板发送的第二触摸信号；
S12：根据第一触摸信号或第二触摸信号响应相应的事件，并生成响应后的显示信号；
S13：将显示信号分成两路；
S14：将该显示信号的其中一路进行本地显示；
S15：将该显示信号的另一路发送给所述第二交互智能平板进行同步显示。
其中，根据第一触摸信号或第二触摸信号响应相应的事件，并生成响应后的显示信号，
具体如图4所示：
S121：根据用户所选择的当前显示系统发送第一触摸信号或第二触摸信号到对应的安卓系统或PC系统；
S122：通过安卓系统或PC系统响应相应的事件，并生成响应后的显示信号。
例如：当用户所选择的当前显示系统为安卓系统且用户在本地交互智能平板的触控操作生成第一触摸信号时，则发送第一触摸信号到安卓系统，安卓系统根据第一触摸信号响应相应的事件，并生成响应后的显示信号。
当用户所选择的当前显示系统为安卓系统且交互智能平板接收第二交互智能平板发送的第二触摸信号时，则发送第二触摸信号到安卓系统，安卓系统根据第二触摸信号响应相应的事件，并生成响应后的显示信号。
当用户所选的当前显示系统为PC系统时，PC系统根据第一触摸信号或第二触摸信号响应相应的事件，并生成响应后的显示信号的具体方法与用户所选的当前显示系统为安卓系统相似，不同之处在于，PC系统生成响应后的显示信号后，需要将该响应后的显示信号发送给安卓系统做进一步处理。
此外，实施例2中的显示信号均为视频信号或音视频信号。
参见图5，是本发明实施例3的一种交互智能平板的交互方式的流程示意图。该交互方式适用于第一交互智能平板和第二交互智能平板之间的交互，包括步骤：
S21：藉由第一交互智能平板基于用户在本地交互智能平板的触控操作生成第一触摸信号或藉由第二交互智能平板基于用户在本地交互智能平板的触控操作生成第二触摸信号，并将第二触摸信号发送给第一交互智能平板；
S22：藉由第一交互智能平板根据第一触摸信号或接收到的第二触摸信号响应相应的事件，并生成响应后的显示信号，以及将该显示信号分成两路，一路通过本地进行显示，另一路发送给第二交互智能平板进行同步显示。
图6是本发明实施例4的一种交互智能平板的交互系统的结构示意图。该交互智能平板的交互系统包括第一交互智能平板1和第二交互智能平板2，其中：
第一交互智能平板1，基于用户在本地交互智能平板的触控操作生成第一触摸信号；
第二交互智能平板2，基于用户在本地交互智能平板的触控操作生成第二触摸信号，并将所述第二触摸信号发送给第一交互智能平板1；
第一交互智能平板1还用于根据所述第一触摸信号或第二触摸信号响应相应的事件，并生成响应后的显示信号，以及将该显示信号分成两路，一路通过本地进行显示，另一路发送给第二交互智能平板2进行同步显示。
其中，所述第一交互智能平板1可采用上述实施例1公开的交互智能平板的结构。
参见图7，是本发明实施例5的一种交互智能平板的结构示意图。该交互智能平板包括触摸框201、触摸输入模块202、触摸处理模块207、系统模块203、显示处理模块204、显示模块205、信号输出模块206、触摸输出模块208和信号输入模块209。
在本实施例中，当该交互智能平板的触摸输入模块202和信号输出模块206没有与第二交互智能平板进行连接，且触摸输出模块208和信号输入模块209没有与第三交互智能平板进行连接时，该交互智能平板作为本地交互智能平板单独使用。触摸框201基于用户在本地交互智能平板的触控操作生成第一触摸信号，触摸处理模块207将第一触摸信号发送给系统模块203，系统模块203根据第一触摸信号响应相应的事件，并生成响应后的显示信号，显示处理模块204接收该显示信号，并将该显示信号分成两路，显示模块205将该显示信号的其中一路进行本地显示，信号输出模块206则接收该显示信号的另一路。
当该本地交互智能平板的信号输出模块206与第二交互智能平板进行连接时，触摸框201基于用户在本地交互智能平板的触控操作生成第一触摸信号，触摸处理模块207在判断本地交互智能平板的触摸输出模块208没有连接第三交互智能平板时，将第一触摸信号发送给系统模块203，系统模块203则根据第一触摸信号响应相应的事件，并生成响应后的显示信号，显示处理模块204接收该显示信号，并将该显示信号分成两路，显示模块205将该显示信号的其中一路进行本地显示，信号输出模块206则将该显示信号的另一路发送给第二交互智能平板进行同步显示，使得第二交互智能平板可以实时显示本地交互智能平板所显示的内容。
当该本地交互智能平板的触摸输入模块202和信号输出模块206与第二交互智能平板连接时，本地交互智能平板的触摸输入模块207接收第二交互智能平板发送的第二触摸信号时，触摸处理模块207在判断本地交互智能平板的触摸输出模块208没有连接第三交互智能平板时，将第二触摸信号发送给系统模块203，系统模块203则根据第二触摸信号响应相应的事件，并生成响应后的显示信号，显示处理模块204接收该显示信号，并将该显示信号分成两路，显示模块205将显示信号的其中一路进行本地显示，信号输出模块206将该显示信号的另一路发送给第二交互智能平板进行同步显示。因此，用户可以通过对第二交互智能平板进行触控来实现对本地交互智能平板的操控，同时，还利用第二交互智能平板实时显示本地交互智能平板所显示的内容。
当该本地交互智能平板的触摸输出模块208和信号输入模块209与第三交互智能平板进行连接时，本地交互智能平板的触摸框201基于用户的触控操作生成第一触摸信号，触摸处理模块207将第一触摸信号通过触摸输出模块208发送给第三交互智能平板，使第三交互智能平板根据第一触摸信号响应相应的事件，并生成显示信号。本地交互智能平板的信号输入
模块209则接收第三交互智能平板发送的显示信号，并将该显示信号发送给系统模块203进行处理，显示处理模块204接收处理后的显示信号，并将处理后的显示信号分成两路，显示模块205对一路显示信号进行本地显示，信号输出模块206则接收另一路显示信号。
当该本地交互智能平板的触摸输入模块202和信号输出模块206与第二交互智能平板进行连接，触摸输出模块208和信号输入模块209与第三交互智能平板进行连接时，本地交互智能平板的触摸框201基于用户的触控操作生成第一触摸信号或者通过触摸输入模块202接收第二交互智能平板发送的第二触摸信号，触摸处理模块207将第一触摸信号或第二触摸信号通过触摸输出模块208发送给第三交互智能平板，使第三交互智能平板根据第一触摸信号或第二触摸信号响应相应的事件，并生成显示信号。本地交互智能平板的信号输入模块209接收第三交互智能平板发送的显示信号，并将该显示信号发送给系统模块203进行处理，显示处理模块204接收处理后的显示信号，并将处理后的显示信号分成两路，显示模块205对一路显示信号进行本地显示，信号输出模块206则接收发送另一路显示信号给第二交互智能平板进行同步显示。
可以理解的，在具体实施过程中，上述本地交互智能平板、第二和第三交互智能平板可以均采用图7所示的交互智能平板。
参见图8，本实施例中的系统模块203包括安卓系统模块2031和PC系统模块2032。触摸处理模块207根据用户所选择的当前显示系统发送第一触摸信号或第二触摸信号到安卓系统模块2031或PC系统模块2032。
例如：当用户当前所选择的显示系统为安卓系统时，触摸处理模块207将第一触摸信号或第二触摸信号发送到安卓系统模块2031进行处理；当用户当前所选择的显示系统为PC系统时，触摸处理模块207则将第一触摸信号或第二触摸信号发送到PC系统模块2032进行处理。
参见图9，是本发明实施例6的一种交互智能平板的交互方法的流程示意图。该交互智能平板的交互方法，包括步骤：
S31：基于用户在本地交互智能平板的触控操作生成第一触摸信号或接收第二交互智能平板发送的第二触摸信号；
S32：在判断本地交互智能平板的触摸输出模块没有连接第三交互智能平板时，将第一触摸信号或第二触摸信号发送给系统模块；
S33：根据第一触摸信号或第二触摸信号响应相应的事件，并生成响应后的显示信号；
S34：将显示信号分成两路；
S35：将该显示信号的其中一路进行本地显示；
S36：将该显示信号的另一路发送给第二交互智能平板进行同步显示。
其中，根据第一触摸信号或第二触摸信号响应相应的事件，并生成响应后的显示信号，具体如图10所示：
S331：根据用户所选择的当前显示系统发送第一触摸信号或第二触摸信号到对应的安卓系统或PC系统；
S332：通过安卓系统或PC系统响应相应的事件，并生成响应后的显示信号。
参见图11，本实施例中，在判断本地交互智能平板的触摸输出模块连接第三交互智能平板时，还包括步骤：
S37：将第一触摸信号或第二触摸信号通过触摸输出模块发送给第三交互智能平板，使第三交互智能平板根据第一触摸信号或第二触摸信号响应相应的事件，并生成响应后的第三显示信号；
S38：接收第三交互智能平板发送的第三显示信号，并将第三显示信号分成两路，一路通过本地进行显示，另一路发送给第二交互智能平板进行同步显示。
参见图12，是本发明实施例7的一种交互智能平板的交互方式的流程示意图。该交互智能平板的交互方式，适用于至少三个以上的依次级联的交互智能平板之间的交互，包括步骤：
S41：藉由除最高级交互智能平板以外的每一交互智能平板基于用户在本地交互智能平板的触控操作生成本地触摸信号或接收下一级的交互智能平板发送的下级触摸信号，并将本地触摸信号或下级触摸信号发送给上一级的交互智能平板；
S42：藉由最高级交互智能平板基于用户在本地交互智能平板的触控操作生成的本地触摸信号或接收下一级的交互智能平板发送的下级触摸信号，响应相应的事件以及生成响应后的显示信号，并将生成的显示信号分成两路，一路通过本地进行显示，另一路发送给下一级的交互智能平板；
S43：藉由除最高级交互智能平板、最低级交互智能平板以外的每一交互智能平板将上一级的交互智能平板发送的显示信号分成两路，一路通过本地进行显示，另一路发送给下一级的交互智能平板进行同步显示。
参见图13，是本发明实施例8的一种交互智能平板的交互系统包括三个依次级联的交互智能平板的结构示意图。
第三交互智能平板12基于用户在本地交互智能平板的触控操作生成本地触摸信号，并将本地触摸信号作为第三触摸信号发送给第二交互智能平板11；
第二交互智能平板11基于用户在本地交互智能平板的触控操作生成本地触摸信号，并将本地触摸信号作为第二触摸信号发送给第一交互智能平板10；或者，接收第三交互智能平板
12发送的第三触摸信号，并将第三触摸信号发送给第一交互智能平板10；
第一交互智能平板10，基于用户在本地交互智能平板的触控操作生成的本地触摸信号或者接收第二交互智能平板11发送的第二触摸信号/第三触摸信号，并根据当前触摸信号响应相应的事件以及生成响应后的显示信号，并将生成的显示信号分成两路，一路通过本地进行显示，另一路发送给第二交互智能平板11；
第二交互智能平板11将第一交互智能平板10发送的显示信号分成两路，一路通过本地进行显示，另一路发送给第三交互智能平板12进行同步显示；
第三交互智能平板12接收第二交互智能平板11发送的显示信号，并进行显示。
参见图14，是本发明实施例8的一种交互智能平板的交互系统包括三个以上依次级联的交互智能平板的结构示意图。
除最高级交互智能平板20以外的每一交互智能平板基于用户在本地交互智能平板的触控操作生成本地触摸信号或接收下一级的交互智能平板发送的下级触摸信号，并将本地触摸信号或下级触摸信号发送给上一级的交互智能平板；
最高级交互智能平板20基于用户在本地交互智能平板的触控操作生成的本地触摸信号或接收下一级的交互智能平板发送的下级触摸信号，响应相应的事件以及生成响应后的显示信号，并将生成的显示信号分成两路，一路通过本地进行显示，另一路发送给下一级的交互智能平板；
除最高级交互智能平板20、最低级交互智能平板21以外的每一交互智能平板将上一级的交互智能平板发送的显示信号分成两路，一路通过本地进行显示，另一路发送给下一级的交互智能平板进行同步显示。
综上所述，本发明提供的一种交互智能平板及其交互方法、方式和系统，可以实现至少两台单系统交互智能平板之间的交互。其中，至少两台单系统交互智能平板之间依次级联。可以基于用户在本地交互智能平板的触控操作生成本地触摸信号或接收与其依次级联的交互智能平板所发送的下级触摸信号，并根据本地触摸信号或者下级触摸信号生成显示信号，再将该显示信号进行本地显示和发送给与其依次级联的交互智能平板进行实时显示。
本发明还提供了另一种交互智能平板及其交互方法、方式和系统，可以实现至少两台多系统交互智能平板之间的交互。其中，至少两台单系统交互智能平板之间依次级联。本发明的交互智能平板的系统模块可以为多系统模块，且还设有触摸处理模块，该触摸处理模块可以根据用户当前所选择的显示系统发送本地触摸信号或与其级联的交互智能平板发送的下级触摸信号到对应的系统模块进行处理，使本发明的交互智能平板可以根据用户在本地交互智
能平板的触控操作生成显示信号，再将该显示信号通过本地进行显示，同时发送给与其依次级联的交互智能平板进行实时显示；还可以接收与其级联的交互智能平板发送的下级触摸信号，并根据该下级信号生成显示信号，以实现本发明的交互智能平板根据与其依次级联的交互智能平板的操控进行显示，同时发送显示信号给与其依次级联的交互智能平板进行实时显示。
综上所述，本发明的交互智能平板及其交互方法、方式和系统，由于交互智能平板之间通过依次级联的方式连接，使得多个交互智能平板能够操控同一个交互智能平板，改变了传统交互智能平板的交互方式，可以提高交互智能平板的可操作性以及交互者在群体沟通中参与交流的积极性和用户体验。
以上所述是本发明的优选实施方式，应当指出，对于本技术领域的普通技术人员来说，在不脱离本发明原理的前提下，还可以做出若干改进和润饰，这些改进和润饰也视为本发明的保护范围。
Claims (16)
- 一种交互智能平板，其特征在于，包括：触摸框，基于用户在本地交互智能平板的触控操作生成第一触摸信号；触摸输入模块，用于接收第二交互智能平板发送的第二触摸信号；系统模块，用于根据所述第一触摸信号或第二触摸信号响应相应的事件，并生成响应后的显示信号；显示处理模块，用于接收所述显示信号，并将所述显示信号分成两路；显示模块，用于将所述显示信号的其中一路进行本地显示；信号输出模块，用于将所述显示信号的另一路发送给所述第二交互智能平板进行同步显示。
- 如权利要求1所述的交互智能平板，其特征在于，还包括：分别与所述触摸框、触摸输入模块和系统模块连接的触摸处理模块；其中，所述系统模块包括安卓系统模块和PC系统模块；所述触摸处理模块根据用户所选择的当前显示系统发送所述第一触摸信号或第二触摸信号到安卓系统模块或PC系统模块。
- 如权利要求1所述的交互智能平板，其特征在于，所述显示信号为视频信号或音视频信号。
- 一种交互智能平板的交互方法，其特征在于，包括以下步骤：基于用户在本地交互智能平板的触控操作生成第一触摸信号或接收第二交互智能平板发送的第二触摸信号；根据所述第一触摸信号或第二触摸信号响应相应的事件，并生成响应后的显示信号；将所述显示信号分成两路；将所述显示信号的其中一路进行本地显示；将所述显示信号的另一路发送给所述第二交互智能平板进行同步显示。
- 如权利要求4所述的交互智能平板的交互方法，其特征在于，所述根据所述第一触摸信号或第二触摸信号响应相应的事件，并生成响应后的显示信号具体为：根据用户所选择的当前显示系统发送所述第一触摸信号或第二触摸信号到对应的安卓系统或PC系统；通过所述安卓系统或PC系统响应相应的事件，并生成响应后的显示信号。
- 如权利要求4～5中任一项所述的交互智能平板的交互方法，其特征在于，所述显示信号为视频信号或音视频信号。
- 一种交互智能平板的交互方式，适用于第一交互智能平板和第二交互智能平板之间的交互，其特征在于，包括步骤：藉由第一交互智能平板基于用户在本地交互智能平板的触控操作生成第一触摸信号或藉由第二交互智能平板基于用户在本地交互智能平板的触控操作生成第二触摸信号，并将所述第二触摸信号发送给第一交互智能平板；藉由所述第一交互智能平板根据所述第一触摸信号或接收到的所述第二触摸信号响应相应的事件，并生成响应后的显示信号，以及将所述显示信号分成两路，一路通过本地进行显示，另一路发送给所述第二交互智能平板进行同步显示。
- 一种交互智能平板的交互系统，其特征在于，包括第一交互智能平板和第二交互智能平板，其中：第一交互智能平板，基于用户在本地交互智能平板的触控操作生成第一触摸信号；第二交互智能平板，基于用户在本地交互智能平板的触控操作生成第二触摸信号，并将所述第二触摸信号发送给第一交互智能平板；所述第一交互智能平板还用于根据所述第一触摸信号或第二触摸信号响应相应的事件，并生成响应后的显示信号，以及将所述显示信号分成两路，一路通过本地进行显示，另一路发送给所述第二交互智能平板进行同步显示。
- 一种交互智能平板，其特征在于，包括：触摸框，基于用户在本地交互智能平板的触控操作生成第一触摸信号；触摸输入模块，用于接收第二交互智能平板发送的第二触摸信号；触摸处理模块，用于在判断本地交互智能平板的触摸输出模块没有连接第三交互智能平板时，将所述第一触摸信号或第二触摸信号发送给系统模块；系统模块，用于根据所述第一触摸信号或第二触摸信号响应相应的事件，并生成响应后 的显示信号；显示处理模块，用于接收所述显示信号将所述显示信号分成两路；显示模块，用于将所述显示信号的其中一路进行本地显示；信号输出模块，用于将所述显示信号的另一路发送给所述第二交互智能平板进行同步显示。
- 如权利要求9所述的交互智能平板，其特征在于，所述系统模块包括安卓系统模块和PC系统模块；所述触摸处理模块根据用户所选择的当前显示系统发送所述第一触摸信号或第二触摸信号到安卓系统模块或PC系统模块。
- 如权利要求9所述的交互智能平板，其特征在于，所述触摸输入模块还用于在判断本地交互智能平板的触摸输出模块连接第三交互智能平板时，将所述第一触摸信号或第二触摸信号通过所述触摸输出模块发送给第三交互智能平板，使所述第三交互智能平板根据所述第一触摸信号或第二触摸信号响应相应的事件，并生成响应后的显示信号；所述交互智能平板还包括：信号输入模块，用于接收所述第三交互智能平板发送的显示信号，并将所述显示信号发送给所述显示处理模块。
- 一种交互智能平板的交互方法，其特征在于，包括步骤：基于用户在本地交互智能平板的触控操作生成第一触摸信号或接收第二交互智能平板发送的第二触摸信号；在判断本地交互智能平板的触摸输出模块没有连接第三交互智能平板时，将所述第一触摸信号或第二触摸信号发送给系统模块；根据所述第一触摸信号或第二触摸信号响应相应的事件，并生成响应后的显示信号；将所述显示信号分成两路；将所述显示信号的其中一路进行本地显示；将所述显示信号的另一路发送给所述第二交互智能平板进行同步显示。
- 如权利要求12所述的交互智能平板的交互方法，其特征在于，所述根据所述第一触摸信号或第二触摸信号响应相应的事件，并生成响应后的显示信号具体为：根据用户所选择的当前显示系统发送所述第一触摸信号或第二触摸信号到对应的安卓系 统或PC系统；通过所述安卓系统或PC系统响应相应的事件，并生成响应后的显示信号。
- 如权利要求13所述的交互智能平板的交互方法，其特征在于，还包括步骤：在判断本地交互智能平板的触摸输出模块连接第三交互智能平板时，将所述第一触摸信号或第二触摸信号通过所述触摸输出模块发送给第三交互智能平板，使所述第三交互智能平板根据所述第一触摸信号或第二触摸信号响应相应的事件，并生成响应后的第三显示信号；接收所述第三交互智能平板发送的第三显示信号，并将所述第三显示信号分成两路，一路通过本地进行显示，另一路发送给所述第二交互智能平板进行同步显示。
- 一种交互智能平板的交互方式，适用于至少三个以上的依次级联的交互智能平板之间的交互，其特征在于，包括步骤：藉由除最高级交互智能平板以外的每一交互智能平板基于用户在本地交互智能平板的触控操作生成本地触摸信号或接收下一级的交互智能平板发送的下级触摸信号，并将所述本地触摸信号或下级触摸信号发送给上一级的交互智能平板；藉由最高级交互智能平板基于用户在本地交互智能平板的触控操作生成的本地触摸信号或接收下一级的交互智能平板发送的下级触摸信号，响应相应的事件以及生成响应后的显示信号，并将生成的显示信号分成两路，一路通过本地进行显示，另一路发送给下一级的交互智能平板；藉由除最高级交互智能平板、最低级交互智能平板以外的每一交互智能平板将上一级的交互智能平板发送的显示信号分成两路，一路通过本地进行显示，另一路发送给下一级的交互智能平板进行同步显示。
- 一种交互智能平板的交互系统，包括至少三个以上的依次级联的交互智能平板，其中：除最高级交互智能平板以外的每一交互智能平板基于用户在本地交互智能平板的触控操作生成本地触摸信号或接收下一级的交互智能平板发送的下级触摸信号，并将所述本地触摸信号或下级触摸信号发送给上一级的交互智能平板；最高级交互智能平板基于用户在本地交互智能平板的触控操作生成的本地触摸信号或接收下一级的交互智能平板发送的下级触摸信号，响应相应的事件以及生成响应后的显示信号，并将生成的显示信号分成两路，一路通过本地进行显示，另一路发送给下一级的交互智能平 板；除最高级交互智能平板、最低级交互智能平板以外的每一交互智能平板将上一级的交互智能平板发送的显示信号分成两路，一路通过本地进行显示，另一路发送给下一级的交互智能平板进行同步显示。
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| CN110716661A (zh) * | 2019-09-04 | 2020-01-21 | 广州创知科技有限公司 | 拼接式智能交互平板 |
| CN114415875A (zh) * | 2022-01-20 | 2022-04-29 | 京东方科技集团股份有限公司 | 智慧交互平板及其功能设置方法、外接pc设备 |
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| CN106598342B (zh) * | 2016-12-30 | 2019-07-09 | 厦门厦华科技有限公司 | 智能白板电视的多系统同时使用一个触控框的设计方法 |
| CN107679219B (zh) * | 2017-10-19 | 2021-05-11 | 广州视睿电子科技有限公司 | 匹配方法及装置、交互智能平板及存储介质 |
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