CN103019201A - Remote control method and device based on three-dimensional virtual scene - Google Patents
Remote control method and device based on three-dimensional virtual scene Download PDFInfo
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- CN103019201A CN103019201A CN2012105150928A CN201210515092A CN103019201A CN 103019201 A CN103019201 A CN 103019201A CN 2012105150928 A CN2012105150928 A CN 2012105150928A CN 201210515092 A CN201210515092 A CN 201210515092A CN 103019201 A CN103019201 A CN 103019201A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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Abstract
An embodiment of the invention discloses a remote control method and a device based on a three-dimensional virtual scene. The method includes generating a three-dimensional operation interface according to a scene device; operating the scene device through the three-dimensional operation interface; receiving operation results fed back after entity operation of the scene device; and displaying the operation results through the three-dimensional effect. According to the remote control method and the device, centralized control to the scene device can be achieved remotely, the operation results can be displayed through the three-dimensional effect, and three-dimensional visualization management of the scene device can be achieved.
Description
Technical field
The embodiment of the invention relates to field of intelligent control, is specifically related to a kind of long-range control method based on three-dimensional virtual scene and device.
Background technology
Along with the development of computing machine, the computer application territory is more and more wider, and the intelligent degree of equipment is also more and more higher.In the middle of these smart machines, use more or less centralized control system dissimilar, difference in functionality, be used for carrying out centralized control.These centralized control systems can be simplified user's operation, and use easily.
Suppose that the equipment that will control has at a multi-functional conference room: projector, video showing platform, video disc player, the light in room, sound equipment, electrically driven curtain, electronic screen etc.These controlled devices all will with the needs of conference agenda before meeting or in the meeting, opened singly or close, and these operations will affect the continuity of meeting.Utilize computer technology, can carry out Based Intelligent Control and centralized management to the controlled device of original decentralised control and management with centralized control system.Manage the said equipment with centralized control system, just need not walk up and down, in a place, just can finish whole controls.
Yet in existing technology, centralized control system is just managed and is controlled with the software of two dimension.The software of two dimension can manage concentratedly and control equipment, but the running status of display device dynamically can't dynamically generate the operation interface that arranges simultaneously.Therefore, the software of two dimension has been difficult to satisfy the user and has carried out central controlled demand.
Summary of the invention
The embodiment of the invention provides a kind of long-range control method based on three-dimensional virtual scene and device, can long-rangely carry out centralized control to scene equipment, and with the dynamic display device operation result of 3-D effect, realizes the three-dimensional visualization management to scene equipment.
The long-range control method based on three-dimensional virtual scene that the embodiment of the invention provides comprises:
According to scene equipment generating three-dimensional operation interface;
By described three-dimensional operating interface to described scene operate;
Receive described scene equipment and carry out the operating result that feeds back after the physical operation;
Show described operating result with 3-D effect.
Alternatively, describedly comprise according to scene equipment generating three-dimensional operation interface:
Scene is carried out solid modelling;
Scene set functions of the equipments table and layout;
Application service end to scene equipment sends scene functions of the equipments tabulation instruction, and sends described scene functions of the equipments tabulation instruction by described application service end to scene equipment;
Receive the feature list that described application service end sends, described feature list is generated according to described scene functions of the equipments tabulation instruction, scene facility information and local allocation list by described application service end;
According to described feature list generating three-dimensional operation interface.
Alternatively, described scene set functions of the equipments table and layout comprise:
By configuration xml file described scene functions of the equipments table and layout are set.
Alternatively, described application service end sends described scene functions of the equipments tabulation instruction by serial ports or tcq agreement to scene equipment.
Alternatively, described by three-dimensional operating interface to also comprising after the described scene operate and before the described reception scene equipment operating result that carries out feeding back after the physical operation:
To described application service end transmit operation instruction, and by the protocol instructions of described application service end according to scene equipment generation control scene equipment.
Alternatively, described according to also comprising after the scene equipment generating three-dimensional operation interface:
Described scene is monitored;
Described scene is monitored comprises:
Receive the scene status information of equipment that described application service end sends;
Show described scene status information of equipment with 3-D effect;
The scene equipment state that described scene status information of equipment is complained to according to scene equipment by the application service end, and from local configuration information retrieval scene device location information and generate;
Described scene equipment state is complained to by scene equipment active notification or by the Three-dimensional Control System notice.
Alternatively, described method also comprises:
Judge that whether the scene status information of equipment is consistent with default scene status information of equipment, if not, then sends warning information by the alarm mode that presets.
Alternatively, described according to also comprising after the scene equipment generating three-dimensional operation interface:
Default contextual model;
Select described contextual model;
According to the contextual model control scene equipment of selecting.
The remote control based on three-dimensional virtual scene that the embodiment of the invention provides comprises:
Generation unit: be used for according to scene equipment generating three-dimensional operation interface;
Operating unit: be used for by described three-dimensional operating interface described scene operate;
Receiving element: be used for to receive scene equipment and carry out the operating result that feeds back after the physical operation;
Display unit: be used for showing described operating result with 3-D effect.
Alternatively, described device also comprises:
Transmitting element is used for to application service end transmit operation instruction, and is generated the protocol instructions of control scene equipment according to scene equipment by described application service end;
Monitoring unit is used for described scene is monitored;
Described monitoring unit comprises the reception subelement and shows subelement;
Described reception subelement is used for receiving the scene status information of equipment that described application service end sends;
Described displaying subelement is used for showing described scene status information of equipment with 3-D effect.
Alternatively, described device also comprises:
Pattern is preset the unit, is used for default contextual model;
Mode selecting unit is used for selecting described contextual model;
The pattern control module is used for according to the contextual model control scene equipment of selecting.
In the embodiment of the invention, three-dimensional operating system is at first according to scene equipment generating three-dimensional operation interface, then to the scene operate on the described three-dimensional operating interface, scene equipment can react according to the three-dimensional manipulating instruction, and to three-dimensional operating system feedback operation result, last three-dimensional operating system is used 3-D effect and is showed the aforesaid operations result.So can long-rangely carry out centralized control to scene equipment, and with the dynamic display device operation result of 3-D effect, realization can improve the Efficiency and accuracy of scene equipment control to the three-dimensional visualization management of scene equipment, satisfies the user and carries out central controlled demand.
Description of drawings
Fig. 1 is based on the long-range control method first embodiment process flow diagram of three-dimensional virtual scene in the embodiment of the invention;
Fig. 2 is based on the long-range control method second embodiment process flow diagram of three-dimensional virtual scene in the embodiment of the invention;
Fig. 3 is the remote control example structure figure of three-dimensional virtual scene in the embodiment of the invention.
Embodiment
The embodiment of the invention provides a kind of long-range control method based on three-dimensional virtual scene and device, can long-rangely carry out centralized control to scene equipment, and with the dynamic display device operation result of 3-D effect, realizes the three-dimensional visualization management to scene equipment.
See also Fig. 1, the first embodiment based on the long-range control method of three-dimensional virtual scene in the embodiment of the invention comprises:
101, according to scene equipment generating three-dimensional operation interface;
Before the equipment operating to the scene the inside, can be with the device virtualization of scene the inside, then generating three-dimensional operation interface.
102, by three-dimensional operating interface to the scene operate;
Three-dimensional operating interface is based on that the equipment of scene the inside generates, so the equipment on the three-dimensional operating interface is corresponding with entity device, so can be by three-dimensional operating interface to the scene operate.
103, receive scene equipment and carry out the operating result that feeds back after the physical operation;
After scene equipment carries out physical operation, can be to three-dimensional operating system feedback operation result, above-mentioned operating result the inside can comprise that scene equipment carries out the aspects such as state before and after the physical operation and time.
104, show operating result with 3-D effect.
After the operating result of three-dimensional operating system receiving entity equipment feedback, operating result can be carried out 3-D display, for example when in the scene electric screen is arranged, can three-dimensional simulation electric screen motion process and the result that finally moves.
In the embodiment of the invention, three-dimensional operating system is at first according to scene equipment generating three-dimensional operation interface, then to the scene operate on the described three-dimensional operating interface, scene equipment can react according to the three-dimensional manipulating instruction, and to three-dimensional operating system feedback operation result, last three-dimensional operating system is used 3-D effect and is showed the aforesaid operations result.So can long-rangely carry out centralized control to scene equipment, and with the dynamic display device operation result of 3-D effect, realization can improve the Efficiency and accuracy of scene equipment control to the three-dimensional visualization management of scene equipment, satisfies the user and carries out central controlled demand.
The above has simply introduced the first embodiment of the long-range control method that the present invention is based on three-dimensional virtual scene, the below is described in detail the second embodiment of the long-range control method that the present invention is based on three-dimensional virtual scene, see also Fig. 2, long-range control method the second embodiment based on three-dimensional virtual scene in the embodiment of the invention comprises:
201, according to scene equipment generating three-dimensional operation interface;
Before the equipment operating to the scene the inside, can be with the device virtualization of scene the inside, then generating three-dimensional operation interface.Concrete generative process can for: at first three-dimensional operating system carries out solid modelling to scene, comprises that scene equipment and the scene itself with scene the inside is virtualized into model; Then scene set functions of the equipments table and layout can arrange and layout control room functions of the equipments table by configuration xml file, and above-mentioned layout can be imitated the position of scene equipment in scene and carried out, and also can carry out according to easy to operate principle; After modeling and layout are finished, can send to the application service end of scene equipment scene functions of the equipments tabulation instruction, and send scene functions of the equipments tabulation instruction by the application service end to scene equipment, the instruction of the said equipment feature list can be sent to equipment by serial ports or tcp agreement by the application service end, to be used for the systematic function tabulation; The application service end can be according to scene functions of the equipments tabulation instruction, scene facility information and local allocation list systematic function tabulation, three-dimensional operating system receives after the feature list of described application service end transmission, just can be according to feature list generating three-dimensional operation interface.
202, by described three-dimensional operating interface to the scene operate;
Three-dimensional operating interface is based on that the equipment of scene the inside generates, so the equipment on the three-dimensional operating interface is corresponding with entity device, so can be by three-dimensional operating interface to the scene operate.
203, to application service end transmit operation instruction, and by the protocol instructions of application service end according to scene equipment generation control scene equipment;
The user by three-dimensional operating interface to after the scene operate, three-dimensional operating system can be to application service end transmit operation instruction, what above-mentioned operational order characterized is that the user is to the operation of scene equipment, the application service termination is received after the operational order, can generate according to scene equipment the protocol instructions of control scene equipment, because the design framework of different scene equipment is different, so the application service end also is different with the agreement that adopts that exchanges between the scene equipment, thereby the application service end can generate according to different scene equipment the protocol instructions of different control scene equipment.
204, receive scene equipment and carry out the operating result that feeds back after the physical operation;
After scene equipment carries out physical operation, can be to three-dimensional operating system feedback operation result, above-mentioned operating result the inside can comprise that scene equipment carries out the content of the aspects such as state before and after the physical operation and time.
205, show operating result with 3-D effect;
After the operating result of three-dimensional operating system receiving entity equipment feedback, operating result can be carried out 3-D display, for example when in the scene electric screen is arranged, can three-dimensional simulation electric screen motion process and the result that finally moves.
206, scene is monitored;
The monitoring that scene is carried out be not limited in the present embodiment after step 205, can be arranged on step shows after the operating result that scene equipment carries out feeding back after the physical operation with 3-D effect, can in the whole process of using three-dimensional operating system to use, also can use and to carry out by the user.
Above-mentioned scene is monitored and can be comprised: three-dimensional operating system receives the scene status information of equipment that described application service end sends, above-mentioned scene status information of equipment is notified the scene equipment state of complaining to by the application service end according to scene equipment active notification or by Three-dimensional Control System, and from local configuration information retrieval scene device location information and generate, then three-dimensional operating system can be resolved the scene status information of equipment, the scene status information of equipment after resolving with the 3-D effect displaying at last.
207, judge whether the scene status information of equipment is consistent with default scene status information of equipment, if then execution in step 206, if not, then execution in step 208;
Three-dimensional operating system receives the scene status information of equipment that the application service end sends, can judge whether the scene status information of equipment is consistent with default scene status information of equipment, if, can illustrate that then the operational order that scene equipment has sent by three-dimensional operating system makes correct reaction, execution in step 206, otherwise can illustrate that scene equipment does not have the operational order that sends by three-dimensional operating system and do not make correct reaction, execution in step 208 is sent warning information by the alarm mode that presets.
208, send warning information by the alarm mode that presets;
Send warning information by the alarm mode that presets, for example to some very important equipment, voice suggestion can be set, some are not had so important equipment relatively, can be arranged on flicker or highlighted prompting on the three-dimensional operating interface.
209, default contextual model;
Above-mentioned contextual model can be the set of a series of operational orders to scene equipment, the user can arrange according to different demands different contextual models, for example can set mode of operation, life pattern and entertainment mode, comprised the operational order that starts work associated scenario equipment in the mode of operation, comprise the operational order that starts life associated scenario equipment in the life pattern, comprised the operational order that starts amusement associated scenario equipment in the entertainment mode.This step can be arranged on finish three-dimensional operating interface foundation after a plurality of steps before or after, and be not limited in the present embodiment after step 208.
210, select contextual model;
211, according to the contextual model control scene equipment of selecting.
After the complete contextual model of user selection, three-dimensional operating system can be made a response according to the contextual model control scene equipment of user selection.
In the embodiment of the invention, three-dimensional operating system is at first according to scene equipment generating three-dimensional operation interface, then to the scene operate on the described three-dimensional operating interface, scene equipment can react according to the three-dimensional manipulating instruction, and to three-dimensional operating system feedback operation result, then three-dimensional operating system is used 3-D effect and is showed the aforesaid operations result, and then three-dimensional operating system can be to the monitoring state of scene equipment, can also set according to demand at last and selects different contextual models.Therefore can long-rangely carry out centralized control to scene equipment, and dynamically show and the watch-dog operation result with 3-D effect, realization is to the three-dimensional visualization management of scene equipment, and the adding of contextual model can be satisfied user's individual demand, improves the efficient of user management scene equipment.
The above is described in detail the second embodiment of the long-range control method that the present invention is based on three-dimensional virtual scene, particularly according to process, monitor procedure and the contextual model application process of scene equipment generating three-dimensional operation interface, the below introduces the remote control embodiment that the present invention is based on three-dimensional virtual scene, see also Fig. 3, the Long-distance Control embodiment based on three-dimensional virtual scene in the embodiment of the invention comprises:
Generation unit 301: be used for according to scene equipment generating three-dimensional operation interface;
Operating unit 302: be used for by described three-dimensional operating interface described scene operate;
Receiving element 303: be used for to receive scene equipment and carry out the operating result that feeds back after the physical operation;
Display unit 304: be used for showing described operating result with 3-D effect.
Described device also comprises:
Transmitting element 305 is used for to application service end transmit operation instruction, and is generated the protocol instructions of control scene equipment according to scene equipment by described application service end;
Pattern is preset unit 307, is used for default contextual model;
Described monitoring unit comprises reception subelement 3061 and shows subelement 3062;
Described reception subelement 3061 is used for receiving the scene status information of equipment that described application service end sends;
Described displaying subelement 3062 is used for showing described scene status information of equipment with 3-D effect.
Before the equipment operating to the scene the inside, can be with the device virtualization of scene the inside, then generation unit 301 generating three-dimensional operation interfaces.Concrete generative process can for: at first three-dimensional operating system carries out solid modelling to scene, comprises that scene equipment and the scene itself with scene the inside is virtualized into model; Then scene set functions of the equipments table and layout can arrange and layout control room functions of the equipments table by configuration xml file, and above-mentioned layout can be imitated the position of scene equipment in scene and carried out, and also can carry out according to easy to operate principle; After modeling and layout are finished, can send to the application service end of scene equipment scene functions of the equipments tabulation instruction, and send scene functions of the equipments tabulation instruction by the application service end to scene equipment, the instruction of the said equipment feature list can be sent to equipment by serial ports or tcp agreement by the application service end, to be used for the systematic function tabulation; The application service end can be according to scene functions of the equipments tabulation instruction, scene facility information and local allocation list systematic function tabulation, three-dimensional operating system receives after the feature list of described application service end transmission, just can be according to feature list generating three-dimensional operation interface.
Above-mentioned three-dimensional operating interface is based on that the equipment of scene the inside generates, so the equipment on the three-dimensional operating interface is corresponding with entity device, so operating unit 302 can be by three-dimensional operating interface to the scene operate.
The user by three-dimensional operating interface to after the scene operate, transmitting element 305 can be to application service end transmit operation instruction, what above-mentioned operational order characterized is that the user is to the operation of scene equipment, the application service termination is received after the operational order, can generate according to scene equipment the protocol instructions of control scene equipment, because the design framework of different scene equipment is different, so the application service end also is different with the agreement that adopts that exchanges between the scene equipment, thereby the application service end can generate according to different scene equipment the protocol instructions of different control scene equipment.
After scene equipment carries out physical operation, can be to three-dimensional operating system feedback operation result, above-mentioned operating result the inside can comprise that scene equipment carries out the content of the aspects such as state before and after the physical operation and time.
After the operating result of receiving element 303 receiving entity equipment feedbacks, display unit 304 can carry out 3-D display with operating result, for example when in the scene electric screen is arranged, and can three-dimensional simulation electric screen motion process and the result that finally moves.
The monitoring that 306 pairs of scenes of monitoring unit are carried out can be arranged on after the operating result that carries out feeding back after the physical operation with 3-D effect displaying scene equipment, can in the whole process of using three-dimensional operating system to use, also can use and need to carry out by the user.
Above-mentioned scene is monitored and can be comprised: receive subelement 3061 and receive the scene status information of equipment that described application service end sends, above-mentioned scene status information of equipment is notified the scene equipment state of complaining to by the application service end according to scene equipment active notification or by Three-dimensional Control System, and from local configuration information retrieval scene device location information and generate, then three-dimensional operating system can be resolved the scene status information of equipment, shows at last the scene status information of equipment after subelement 3062 usefulness 3-D effects are showed parsing.
Receive subelement 3061 and receive the scene status information of equipment that the application service end sends, can judge whether the scene status information of equipment is consistent with default scene status information of equipment, if, can illustrate that then the operational order that scene equipment has sent by three-dimensional operating system makes correct reaction, otherwise can illustrate that scene equipment does not have the operational order that sends by three-dimensional operating system and do not make correct reaction, can send warning information this moment by the alarm mode that presets, for example to some very important equipment, voice suggestion can be set, some are not had so important equipment relatively, can be arranged on flicker or highlighted prompting on the three-dimensional operating interface.
Contextual model can be the set of a series of operational orders to scene equipment, the user can arrange according to different demands different contextual models, for example mode of operation, life pattern and entertainment mode can be set in the default unit 307 of pattern, comprised the operational order that starts work associated scenario equipment in the mode of operation, comprise the operational order that starts life associated scenario equipment in the life pattern, comprised the operational order that starts amusement associated scenario equipment in the entertainment mode.Need to prove that this step can be arranged on before or after foundation a plurality of steps afterwards of finishing three-dimensional operating interface.
In the embodiment of the invention, generation unit 301 is at first according to scene equipment generating three-dimensional operation interface, then the scene operate on 302 pairs of described three-dimensional operating interfaces of operating unit, scene equipment can react according to the three-dimensional manipulating instruction, and to receiving element 303 feedback operation results, then display unit 304 is used 3-D effect displaying aforesaid operations result, then monitoring unit 306 can be to the monitoring state of scene equipment, can also set according to demand at last and selects different contextual models.Therefore can long-rangely carry out centralized control to scene equipment, and dynamically show and the watch-dog operation result with 3-D effect, realization is to the three-dimensional visualization management of scene equipment, and the adding of contextual model can be satisfied user's individual demand, improves the efficient of user management scene equipment.
One of ordinary skill in the art will appreciate that all or part of step that realizes in above-described embodiment method is to come the relevant hardware of instruction to finish by program, described program can be stored in a kind of computer-readable recording medium, the above-mentioned storage medium of mentioning can be ROM (read-only memory), disk or CD etc.
More than the long-range control method based on three-dimensional virtual scene provided by the present invention and device are described in detail, for one of ordinary skill in the art, thought according to the embodiment of the invention, all will change in specific embodiments and applications, in sum, this description should not be construed as limitation of the present invention.
Claims (10)
1. the long-range control method based on three-dimensional virtual scene is characterized in that, comprising:
According to scene equipment generating three-dimensional operation interface;
By described three-dimensional operating interface to described scene operate;
Receive described scene equipment and carry out the operating result that feeds back after the physical operation;
Show described operating result with 3-D effect.
2. the long-range control method based on three-dimensional virtual scene according to claim 1 is characterized in that, describedly comprises according to scene equipment generating three-dimensional operation interface:
Scene is carried out solid modelling;
Scene set functions of the equipments table and layout;
Application service end to scene equipment sends scene functions of the equipments tabulation instruction, and sends described scene functions of the equipments tabulation instruction by described application service end to scene equipment;
Receive the feature list that described application service end sends, described feature list is generated according to described scene functions of the equipments tabulation instruction, scene facility information and local allocation list by described application service end;
According to described feature list generating three-dimensional operation interface.
3. the long-range control method based on three-dimensional virtual scene according to claim 2 is characterized in that, described scene set functions of the equipments table and layout comprise:
By configuration xml file described scene functions of the equipments table and layout are set.
4. the long-range control method based on three-dimensional virtual scene according to claim 2 is characterized in that, described application service end sends described scene functions of the equipments tabulation instruction by serial ports or tcp agreement to scene equipment.
5. the long-range control method based on three-dimensional virtual scene according to claim 1, it is characterized in that, described by three-dimensional operating interface to also comprising after the described scene operate and before the described reception scene equipment operating result that carries out feeding back after the physical operation:
To described application service end transmit operation instruction, and by the protocol instructions of described application service end according to scene equipment generation control scene equipment.
6. the long-range control method based on three-dimensional virtual scene according to claim 1 is characterized in that, and is described according to also comprising after the scene equipment generating three-dimensional operation interface:
Described scene is monitored;
Described scene is monitored comprises:
Receive the scene status information of equipment that described application service end sends;
Show described scene status information of equipment with 3-D effect;
The scene equipment state that described scene status information of equipment is complained to according to scene equipment by the application service end, and from local configuration information retrieval scene device location information and generate;
Described scene equipment state is complained to by scene equipment active notification or by the Three-dimensional Control System notice.
7. the long-range control method based on three-dimensional virtual scene according to claim 6 is characterized in that, described method also comprises:
Judge that whether the scene status information of equipment is consistent with default scene status information of equipment, if not, then sends warning information by the alarm mode that presets.
8. the long-range control method based on three-dimensional virtual scene according to claim 1 is characterized in that, and is described according to also comprising after the scene equipment generating three-dimensional operation interface:
Default contextual model;
Select described contextual model;
According to the contextual model control scene equipment of selecting.
9. the remote control based on three-dimensional virtual scene is characterized in that, comprising:
Generation unit: be used for according to scene equipment generating three-dimensional operation interface;
Operating unit: be used for by described three-dimensional operating interface described scene operate;
Receiving element: be used for to receive scene equipment and carry out the operating result that feeds back after the physical operation;
Display unit: be used for showing described operating result with 3-D effect.
10. the remote control based on three-dimensional virtual scene according to claim 9 is characterized in that, described device also comprises:
Transmitting element is used for to application service end transmit operation instruction, and is generated the protocol instructions of control scene equipment according to scene equipment by described application service end;
Monitoring unit is used for described scene is monitored;
Described monitoring unit comprises the reception subelement and shows subelement;
Described reception subelement is used for receiving the scene status information of equipment that described application service end sends;
Described displaying subelement is used for showing described scene status information of equipment with 3-D effect.
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| CN201210515092.8A CN103019201B (en) | 2012-12-03 | 2012-12-03 | Remote control method and device based on three-dimensional virtual scene |
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Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103631225A (en) * | 2013-11-26 | 2014-03-12 | 广东威创视讯科技股份有限公司 | Method and device for remotely controlling scene equipment |
| CN104007960A (en) * | 2014-04-29 | 2014-08-27 | 云南电网公司 | Method for automatically changing IT equipment attribute data by operating 3D graphic |
| CN104597759A (en) * | 2014-12-26 | 2015-05-06 | 深圳市兰丁科技有限公司 | Network video based household control method and system and intelligent household management system |
| CN104637088A (en) * | 2015-03-09 | 2015-05-20 | 王征 | 3D (Three-dimensional) graphic virtual management and control system for intelligent household electrical appliance and implementation method thereof |
| CN105259765A (en) * | 2015-09-18 | 2016-01-20 | 小米科技有限责任公司 | Method and device for generating control interface |
| CN105357243A (en) * | 2014-08-22 | 2016-02-24 | Tcl集团股份有限公司 | Remote interaction method and apparatus with device in the Internet of things |
| CN105785784A (en) * | 2016-04-01 | 2016-07-20 | 北京奇虎科技有限公司 | Smart home scene visualization method and smart home scene visualization device |
| CN107733748A (en) * | 2017-09-06 | 2018-02-23 | 王建龙 | Virtual scene sharing method, virtual scene construction method and UE equipment |
| CN110351524A (en) * | 2019-07-19 | 2019-10-18 | 厦门尚为科技股份有限公司 | Three-dimensional visualization monitoring method, device, electronic equipment and readable storage medium storing program for executing |
| CN111739541A (en) * | 2019-03-19 | 2020-10-02 | 上海云思智慧信息技术有限公司 | Conference assistance method and system based on voice, storage medium and terminal |
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