CN103995567A - Double-system intelligent interaction all-in-one machine and double-system switching method thereof - Google Patents
Double-system intelligent interaction all-in-one machine and double-system switching method thereof Download PDFInfo
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- CN103995567A CN103995567A CN201410215584.4A CN201410215584A CN103995567A CN 103995567 A CN103995567 A CN 103995567A CN 201410215584 A CN201410215584 A CN 201410215584A CN 103995567 A CN103995567 A CN 103995567A
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Abstract
The invention provides a double-system intelligent interaction all-in-one machine and a double-system switching method of the double-system intelligent interaction all-in-one machine. The intelligent interaction all-in-one machine comprises a first operation system host and a second operation system host, and further comprises an interaction device simulator and a switch controller. Peripheral equipment of the all-in-one machine includes an intelligent interaction input device, a conventional input device and an output device. The invention further provides the double-system switching method of the double-system intelligent interaction all-in-one machine. By means of the interaction device simulator and the switch controller, application software of the two different operation system hosts can be operated on the same intelligent interaction all-in-one machine to meet various requirements of the society and the masses.
Description
Technical field
The present invention relates to smart machine technical field, specifically a kind of dual system intelligent interaction all-in-one and dual system switching method thereof.
Background technology
Windows operating system and Mobile operating system are as rich and varied application software of support such as Android, iOS, Windows Phone at present, but because operating system is incompatible, these application software can only be moved under corresponding operating system, for example the application software under Windows operating system just can not be moved under Android, vice versa, so just greatly limited kind and the quantity of the application software of supporting on a computer.In order to support the use of the application software under a plurality of different operating systems on same machine, special a kind of dual system intelligent interaction all-in-one and the dual system switching method thereof of proposing.
Summary of the invention
The object of the present invention is to provide a kind of dual system intelligent interaction all-in-one and dual system switching method thereof, realize two application programs under operating system main frame and can on same intelligent interaction all-in-one, use.
Technical scheme of the present invention is:
A dual system intelligent interaction all-in-one, comprises the first operating system main frame, the second operating system main frame; Also comprise interactive device emulator and switch controller; The mutual contained peripherals of all-in-one has intelligent interaction input equipment, conventional input equipment and output device, the signal output part of described intelligent interaction input equipment is connected with the signal input part of the second operating system main frame with interactive device emulator by the first operating system main frame, and described the first operating system main frame is connected with the second operating system main frame interactive signal; The control signal output terminal of described the first operating system main frame is connected with the control signal input end of switch controller; The signal output part of described conventional input equipment is connected with the signal input part of the second operating system main frame with the signal input part of the first operating system main frame respectively by switch controller; The signal output part of the signal output part of described the first operating system main frame and the second operating system main frame is connected with the signal input part of output device by switch controller.
The dual system switching method of described a kind of dual system intelligent interaction all-in-one, described the first operating system main frame and the second operating system main frame are realized and are shared intelligent interaction input equipment by interactive device emulator, specifically comprise:
(1) when the application program of the first operating system main frame is during in state of activation, intelligent interaction input equipment sends to the first operating system main frame by interactive information, and the interactive information that the application program of the first operating system main frame sends intelligent interaction input equipment is processed;
(2) when the application program of the second operating system main frame is during in state of activation, intelligent interaction input equipment sends to the first operating system main frame by interactive information, the first operating system main frame sends to interactive device emulator by this interactive information, interactive device emulator is resolved the information receiving, generate the protocol format report that the second operating system main frame can identify and send to the second operating system main frame, the application program of the second operating system main frame is processed the information receiving.
The dual system switching method of described a kind of dual system intelligent interaction all-in-one, described the first operating system main frame and the second operating system main frame are realized and are shared conventional input equipment and output device by switch controller, specifically comprise:
(1) on hardware connection line, conventional input equipment is connected with the second operating system main frame with the first operating system main frame respectively by switch controller simultaneously, and output device is connected with the second operating system main frame with the first operating system main frame respectively by switch controller simultaneously;
(2) when the application program of the first operating system main frame is during in state of activation, the first operating system main frame transmits control signal to switch controller, and switch controller is switched to conventional input equipment and output device under the running environment of the first operating system main frame;
(3) when the application program of the second operating system main frame is during in state of activation, the first operating system main frame transmits control signal to switch controller, and switch controller is switched to conventional input equipment and output device under the running environment of the second operating system main frame.
Described a kind of dual system intelligent interaction all-in-one, described interactive device emulator comprises input interface circuit, microprocessor, output interface circuit and clock circuit; Described input interface circuit, for realizing the data transmission between the first operating system main frame and microprocessor; Described microprocessor, the packet sending for receiving the first operating system main frame, by its parsing and generate the protocol format report that the second operating system main frame can be identified, sends to the second operating system main frame by output interface circuit; Described output interface circuit, for realizing the data transmission between microprocessor and the second operating system main frame; Described clock circuit, is used to microprocessor that work clock is provided.
Described a kind of dual system intelligent interaction all-in-one, described the first operating system choice of main machine Windows operating system main frame, described the second operating system choice of main machine Mobile operating system main frame.
As shown from the above technical solution, the present invention is by arranging interactive device emulator and switch controller, the various software of moving under the first operating system main frame and the second operating system main frame be can realize on same intelligent interaction all-in-one, society and public demand met.
Accompanying drawing explanation
Fig. 1 is structural representation of the present invention;
Fig. 2 is the structural representation of interactive device emulator of the present invention;
Fig. 3 is the circuit structure diagram of interactive device emulator of the present invention.
Specific embodiment
Below in conjunction with the drawings and specific embodiments, the invention will be further described.
As shown in Figure 1, a kind of dual system intelligent interaction all-in-one, comprises the first operating system main frame 1, the second operating system main frame 2, intelligent interaction input equipment 3, conventional input equipment 4, output device 5, interactive device emulator 6 and switch controller 7.
The signal output part of intelligent interaction input equipment 3 is connected with the signal input part of the first operating system main frame 1, the signal output part of the first operating system main frame 1 is connected with the signal input part of interactive device emulator 6, and the signal output part of interactive device emulator 6 is connected with the signal input part of the second operating system main frame 2.
The first operating system main frame 1 is connected with the second operating system main frame 2 interactive signals, and the control signal output terminal of the first operating system main frame 1 is connected with the control signal input end of switch controller 7.
The signal output part of conventional input equipment 4 is connected with the signal input part of the second operating system main frame 2 with the signal input part of the first operating system main frame 1 respectively by switch controller 7; The signal output part of the signal output part of the first operating system main frame 1 and the second operating system main frame 2 is connected with the signal input part of output device 5 by switch controller 7.
Intelligent interaction input equipment 3 comprises image capture device 31, touch apparatus 32 and Kinect body sense equipment 33 etc., and conventional input equipment 4 comprises that keyboard 41 and microphone 42 etc., output device 5 comprise display 51 and loudspeaker 52 etc.
As shown in Figure 2, interactive device emulator 6 comprises input interface circuit 61, microprocessor 62, output interface circuit 63 and clock circuit 64.Input interface circuit 61 is for realizing the data transmission between the first operating system main frame 1 and microprocessor 62; The packet that microprocessor 62 sends for receiving the first operating system main frame 1, by its parsing and generate the protocol format report that the second operating system main frame 2 can be identified, sends to the second operating system main frame 2 by output interface circuit 63; Output interface circuit 63 is for realizing the data transmission between microprocessor 61 and the second operating system main frame 2; Clock circuit 64 is used to microprocessor 62 that work clock is provided.
The first operating system main frame 1, as main control system, can be selected Windows operating system main frame, and the second operating system main frame 2 can be selected Mobile operating system main frame simultaneously, as Android, iOS, Windows Phone etc.; Or the first operating system main frame 1 is selected Mobile operating system main frame, the second operating system main frame 2 is selected Windows operating system main frame simultaneously.
As embodiment, the first operating system main frame 1 is selected Windows operating system main frame, and the second operating system main frame 2 is selected Mobile operating system main frame, specifically with Android operating system main frame, describes.The input interface circuit 61 of interactive device emulator 6 adopts RS232 interface circuit, and output interface circuit 63 adopts usb circuit, as shown in Figure 3.Between Windows operating system main frame and interactive device emulator, by RS232 serial ports, be connected, between Windows operating system main frame and Android operating system main frame, also by RS232 serial ports, be connected.
During start, Windows operating system main frame and Android operating system main frame start simultaneously, and its application icon or filename all show on display interface.Because Windows operating system main frame is main control system, under the running environment of the starting state of switch controller in Windows operating system main frame.
When user clicks certain application program image timestamp of Windows operating system main frame by intelligent interaction input equipment, the interactive information that this application program sends intelligent interaction input equipment is processed, and the information such as video processing being obtained by switch controller, audio frequency sends to the output devices such as display, loudspeaker.
When user clicks certain application program image timestamp of Android operating system main frame by intelligent interaction input equipment, because Windows operating system main frame cannot be carried out the application program of Android operating system main frame, Windows operating system main frame just sends the enabled instruction of this application program to Android operating system main frame by RS232 serial ports, control end to switch controller sends switching command simultaneously, and switch controller is switched under the running environment of Android operating system main frame.
After the application program launching of Android operating system, the interactive information such as Windows operating system main frame sends user touch by intelligent interaction input equipment, body sense send to interactive device emulator by RS232 serial ports, interactive device emulator carries out after level conversion, parsing the information receiving, generate the standard USB-HID protocol format report that Android operating system main frame can be identified, and by usb circuit, send to the application program of Android operating system main frame.This application program is processed the information receiving, and the information such as video processing being obtained by switch controller, audio frequency send to the output devices such as display, loudspeaker.
When the application program end of run of Android operating system main frame, Android operating system main frame sends link order to Windows operating system main frame, and Windows operating system host computer control switch controller returns to starting state.From the above, Windows operating system main frame and Android operating system main frame can be realized and be shared intelligent interaction input equipment by interactive device emulator.
Because conventional input equipment and output device can access respectively Windows operating system main frame and Android operating system main frame by switch controller, so Windows operating system main frame and Android operating system main frame can be realized and be shared conventional input equipment and output device by switch controller.When the application program of Windows operating system main frame is during in state of activation, Windows operating system main frame transmits control signal to switch controller, and switch controller is switched to conventional input equipment and output device under the running environment of Windows operating system main frame; When the application program of Android operating system main frame is during in state of activation, Windows operating system main frame transmits control signal to switch controller, and switch controller is switched to conventional input equipment and output device under the running environment of Android operating system main frame.
The effect of interactive device emulator is that the interactive information by the input of the equipment such as touch, body sense is converted to the form that Android operating system main frame can identify and sends to Android operating system main frame by user.The effect of switch controller is the information such as Audio and Video of selecting from Windows operating system main frame or Android operating system main frame, send to the output devices such as display and loudspeaker, and the information that user is inputted by equipment such as keyboard, microphones sends to Windows operating system main frame or Android operating system main frame as required.
No matter current is the application program of carrying out under which operating system main frame, and Windows operating system main frame and Android operating system main frame are all in running order.
Two different operating system main frames take above as example is illustrated, be understood that, for a plurality of different operating system main frames, its principle of work is similar.
The above embodiment is only that the preferred embodiment of the present invention is described; not scope of the present invention is limited; design under the prerequisite of spirit not departing from the present invention; various distortion and improvement that those of ordinary skills make technical scheme of the present invention, all should fall in the definite protection domain of claims of the present invention.
Claims (5)
1. a dual system intelligent interaction all-in-one, comprises the first operating system main frame, the second operating system main frame, intelligent interaction input equipment, conventional input equipment and output device, it is characterized in that: also comprise interactive device emulator and switch controller;
The signal output part of described intelligent interaction input equipment is connected with the signal input part of the second operating system main frame with interactive device emulator by the first operating system main frame, and described the first operating system main frame is connected with the second operating system main frame interactive signal;
The control signal output terminal of described the first operating system main frame is connected with the control signal input end of switch controller;
The signal output part of described conventional input equipment is connected with the signal input part of the second operating system main frame with the signal input part of the first operating system main frame respectively by switch controller;
The signal output part of the signal output part of described the first operating system main frame and the second operating system main frame is connected with the signal input part of output device by switch controller.
2. the dual system switching method of a kind of dual system intelligent interaction all-in-one according to claim 1, it is characterized in that, described the first operating system main frame and the second operating system main frame are realized and are shared intelligent interaction input equipment by interactive device emulator, specifically comprise:
(1) when the application program of the first operating system main frame is during in state of activation, intelligent interaction input equipment sends to the first operating system main frame by interactive information, and the interactive information that the application program of the first operating system main frame sends intelligent interaction input equipment is processed;
(2) when the application program of the second operating system main frame is during in state of activation, intelligent interaction input equipment sends to the first operating system main frame by interactive information, the first operating system main frame sends to interactive device emulator by this interactive information, interactive device emulator is resolved the information receiving, generate the protocol format report that the second operating system main frame can identify and send to the second operating system main frame, the application program of the second operating system main frame is processed the information receiving.
3. the dual system switching method of a kind of dual system intelligent interaction all-in-one according to claim 1, it is characterized in that: described the first operating system main frame and the second operating system main frame are realized and shared conventional input equipment and output device by switch controller, specifically comprise:
(1) on hardware connection line, conventional input equipment is connected with the second operating system main frame with the first operating system main frame respectively by switch controller simultaneously, and output device is connected with the second operating system main frame with the first operating system main frame respectively by switch controller simultaneously;
(2) when the application program of the first operating system main frame is during in state of activation, the first operating system main frame transmits control signal to switch controller, and switch controller is switched to conventional input equipment and output device under the running environment of the first operating system main frame;
(3) when the application program of the second operating system main frame is during in state of activation, the first operating system main frame transmits control signal to switch controller, and switch controller is switched to conventional input equipment and output device under the running environment of the second operating system main frame.
4. a kind of dual system intelligent interaction all-in-one according to claim 1, is characterized in that: described interactive device emulator comprises input interface circuit, microprocessor, output interface circuit and clock circuit;
Described input interface circuit, for realizing the data transmission between the first operating system main frame and microprocessor;
Described microprocessor, the packet sending for receiving the first operating system main frame, by its parsing and generate the protocol format report that the second operating system main frame can be identified, sends to the second operating system main frame by output interface circuit;
Described output interface circuit, for realizing the data transmission between microprocessor and the second operating system main frame;
Described clock circuit, is used to microprocessor that work clock is provided.
5. a kind of dual system intelligent interaction all-in-one according to claim 1, is characterized in that: described the first operating system choice of main machine Windows operating system main frame, described the second operating system choice of main machine Mobile operating system main frame.
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