Movatterモバイル変換


[0]ホーム

URL:


CN106982499B - A somatosensory intelligent lighting system and method based on multi-point light source - Google Patents

A somatosensory intelligent lighting system and method based on multi-point light source
Download PDF

Info

Publication number
CN106982499B
CN106982499BCN201710142048.XACN201710142048ACN106982499BCN 106982499 BCN106982499 BCN 106982499BCN 201710142048 ACN201710142048 ACN 201710142048ACN 106982499 BCN106982499 BCN 106982499B
Authority
CN
China
Prior art keywords
user
module
interface
lighting
information
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Active
Application number
CN201710142048.XA
Other languages
Chinese (zh)
Other versions
CN106982499A (en
Inventor
李蔚然
刘川华
沈扬
李莫伊
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Beijing Haodiao Technology Co ltd
Original Assignee
Beijing University of Technology
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Beijing University of TechnologyfiledCriticalBeijing University of Technology
Priority to CN201710142048.XApriorityCriticalpatent/CN106982499B/en
Publication of CN106982499ApublicationCriticalpatent/CN106982499A/en
Application grantedgrantedCritical
Publication of CN106982499BpublicationCriticalpatent/CN106982499B/en
Activelegal-statusCriticalCurrent
Anticipated expirationlegal-statusCritical

Links

Classifications

Landscapes

Abstract

Translated fromChinese

本发明公开一种基于多点光源的体感智能照明系统和方法,包括:硬件系统和软件系统,其中,硬件系统包括显示设备、个人计算机、体感交互控制器、照明装置和DMX转换器;显示设备:用于显示本系统中的视觉信息,以便用户进行交互;体感交互控制器,用于用户是将体感信息输入至个人计算机,实现交互;DMX转换器,用于将电脑端信号转换为照明装置可识别的信号,并传出给照明装置;照明装置,用于展示实际照明效果;软件系统包括:体感交互输入模块、逻辑交互模块、用户界面显示和管理模块、照明控制输出模块。采用本发明的技术方案,通过体感设备实现交互从而操控照明,使用户能用简单的肢体动作完成与照明设备的控制和交互。

The invention discloses a somatosensory intelligent lighting system and method based on a multi-point light source, comprising: a hardware system and a software system, wherein the hardware system includes a display device, a personal computer, a somatosensory interaction controller, a lighting device and a DMX converter; a display device : used to display the visual information in the system for user interaction; somatosensory interaction controller, used by the user to input somatosensory information to the personal computer to realize interaction; DMX converter, used to convert the computer signal into a lighting device The identifiable signal is transmitted to the lighting device; the lighting device is used to display the actual lighting effect; the software system includes: a somatosensory interaction input module, a logic interaction module, a user interface display and management module, and a lighting control output module. By adopting the technical solution of the present invention, the interaction is realized through the somatosensory device to control the lighting, so that the user can complete the control and interaction with the lighting device with simple body movements.

Description

A kind of body-sensing intelligent illuminating system and method based on multi-point source
Technical field
The invention belongs to computer simulation technique field more particularly to a kind of body-sensing intelligent lighting systems based on multi-point sourceSystem and method.
Background technique
Traditional lighting generally requires hand control switch, while functionally, lacks the functions such as light modulation, thus, traditionIllumination has many shortcomings, such as: manual switch wiring is cumbersome, cost is high, installation period is long;The nothing in biggish spaceMethod realizes unified switch operation;Fixed brightness leads to power consumption height for a long time;Brightness abrupt change is caused to human eyeStimulation.
These problems not only cause the waste in resource, while also creating many inconvenience in life.Traditional lightingFixed switch, constant brightness be all difficult to the brightness for making people control environment at one's side whenever and wherever possible, this is for people's daily lifeIt is very disagreeableness.In addition, can only often be set by replacing illumination if the attributes such as the brightness for having illumination and color need to be changedStandby to realize, so cumbersome operation is difficult to cater to the need to same lighting system in daily life in various scenarios completelyIt asks.The above problem all embodies all various defects of traditional lighting.
Universal intelligent lighting is switched in the scene light set mostly, although this method can beThe variation of illumination is controlled to a certain extent, but this can not fully meet the demand under all scenes of user, flexibilityAlso very low, it can not completely accomplish energy conservation and intelligence.In terms of interaction, current intelligent lighting is grasped by terminal substantiallyControl, although this method can reach certain control, can not precisely be interacted at the moment with user, and in manipulationOperating method is again partially complicated.It is difficult that user is allowed to obtain good interactive experience.
Summary of the invention
A kind of body-sensing intelligent illuminating system and method are provided for the deficiency and limitation, the present invention of existing intelligent lighting, is led toCross somatosensory device and realize interaction to manipulating illumination, enable users to the completion of simple limb action and the control of lighting apparatus andInteraction.
In order to realize the demand, solve the problems, such as current, the technological means that the present invention uses is as follows:
A kind of body-sensing intelligent illuminating system based on multi-point source includes: hardware system and software systems, wherein hardware systemSystem includes display equipment, personal computer, body feeling interaction controller, lighting device and DMX converter;Show equipment: for showingShow the visual information in this system, so that user interacts;Body feeling interaction controller is by body-sensing information input for userTo personal computer, interaction is realized;DMX converter, for computer end signal to be converted to the identifiable signal of lighting device, andIt spreads out of to lighting device;Lighting device, for showing actual illumination effect;
Software systems include: body feeling interaction input module, logic interactive module, user interface is shown and management module, photographBright control output module, wherein
Body feeling interaction input module for acquiring the action input information of user, while being passed in interactive system;
Logic interactive module, for controlling overall logic, according to body feeling interaction controller provide user's click information intoInteraction results are fed back to user by user interface display module by row judgement, and are transmitted input information and exported to Lighting controlModule;
User interface is shown and management module, for providing the display refresh interface of UI, and reception from logic judgmentThe order of module transfer loads different resources, shows interaction results on the display device;
Lighting control output module illuminates display result with entity for showing the final illuminating effect of interactive systemDevice is accurately presented.
Preferably, Lighting control output module includes:
Data conversion module is translated into the acceptable data letter of illumination apparatus for handling obtained data informationBreath;
Lighting control module is assigned to illumination apparatus for data information.
A kind of body-sensing Intelligent illuminating method using the body-sensing intelligent illuminating system based on multi-point source, including following stepIt is rapid:
Step 1, change position interactive step
Step 1.1, the mobile arm of user are double-clicked to the change position button being located in main interface with finger;System willClick event is passed to logic judgment module, switches to position interactive interface according to judging result;To occur bowing for room in interfaceView and the location point icon of user, and there are four icons below interface, respectively represent four fixed point positions in roomIt sets;
Step 1.2, user, which make gesture, will change the character positions in top view;Relaxation state be it is slack, clench fistTo walk forward, open one's hand to fall back backward, hand is to be moved to the left toward left swing, and hand turns right pendulum to move right;System is by gestureEvent is passed to logic judgment module, is changed according to the gesture that obtains of judgement to the character positions in top view, and to illuminationIt controls output module and sends location information.
Step 1.3, the information according to receiving, the data conversion module of Lighting control output module can first by afferent message intoRow processing, and it is passed to lighting control module, lighting control module, which receives information, can change corresponding lighting effects, and lead toOver-illumination device is shown;
Step 1.4, user click icon position, and icon gives user's feedback of click in a manner of being highlighted,System can change the image in interface according to the location information of different icons, and display image is positioned at selected icon fixed positionThe image of video camera;
Step 1.5, user click return push-button position, and system can return to main interface, and by position interactive interfaceState save, and keep the Information invariability of Lighting control output module;
Step 2, Alternative Attribute interactive step
Step 2.1, the mobile arm of user are double-clicked to the Alternative Attribute button being located in main interface with finger.System willClick event is passed to logic judgment module, switches to attribute interactive interface according to judging result.By appearance distance user in interfaceImage in the nearest fixed point video camera in position, and color and brightness button for change.
Step 2.2, user click icon position, and icon gives user's feedback of click in a manner of being highlighted,System can change the correspondence attribute of light source shown in the image in interface according to the location information of different icons, show imageFor positioned at the image of the video camera apart from selected icon fixed position.And changed attribute is sent to Lighting control output moduleInformation.
Step 2.3, the information according to receiving, the data conversion module of Lighting control output module can first by afferent message intoRow processing, and it is passed to lighting control module, lighting control module, which receives information, can change corresponding lighting effects, and lead toOver-illumination device is shown.
Using the System and method in the present invention, can bring the following benefits:
1. utilizing lamps intelligent control technology, the higher LED device of current popularization degree and home computer are combined, intelligence is madeIt can illuminate more universal.Meanwhile the intelligent control of illumination has less energy-consuming not available for traditional lighting, easy-to-use etc. excellentPoint solves the problems, such as that traditional lighting energy consumption is big, is difficult to control illumination at any time, is beneficial to energy conservation the realization of emission reduction.
2. by intelligent lighting in conjunction with body feeling interaction technology.User can be interacted by simple limb action, thisInteractive mode not only increases interactive and interest, and normal procedure intelligent may be implemented and illuminate the interaction content being difficult to realize.
Detailed description of the invention
Fig. 1 is hardware device composition block diagram according to the present invention;
Fig. 2 is interactive system composition block diagram according to the present invention;
Fig. 3 is the schematic diagram for changing position interaction;
Fig. 4 is the method flow diagram for changing position interaction;
Fig. 5 is the schematic diagram of Alternative Attribute interaction;
Fig. 6 is the method flow diagram of Alternative Attribute interaction.
Specific embodiment
As illustrated in fig. 1 and 2, the embodiment of the present invention provides a kind of body-sensing intelligent illuminating system, with civil PC, moreMedia output devices, body-sensing input equipment and lighting device be hardware components, using runs software part on PC come intoThe simulation of row virtual reality recycles civil other multimedia output apparatus that illumination simulation effect is supplied to the person of touring, shinesBright equipment real-time exhibition simulates effect.
The hardware components of the system include display equipment, personal computer, body feeling interaction controller, lighting device and DMXConverter.Software section includes the body-sensing intelligent illuminating system software based on multi-point source.Wherein:
Display equipment: for showing the visual information in this system, the interface UI is shown, so that user interacts.
Personal computer: for running the software section in this system.It, which must be one, smooth to run based on moreThe body-sensing intelligent illuminating system software of point light source, and have the PC of cable interface.It allow for in this systemOther hardware are compatible well and work.Its effect is the software of smooth operation this system, receives to control from body feeling interactionThe input information of device is simultaneously sent to software, and software is further according to build-in function by interaction results by connecting on a personal computerDisplay equipment is exported.
Body feeling interaction controller: user can be used body feeling interaction controller and interact with this system.It is one orMore than one piece body feeling interaction controller, and (such as Thalmic Labs company compatible with software and personal computer in the present systemThe MYO armlet game motion sensing control device and other kinds of motion sensing control device of production).His effect is to receive the body-sensing of userAction input information, and they are transmitted to software by the interface on personal computer.
DMX converter: for connecting computer and lighting device, computer end signal is converted into the identifiable letter of lighting deviceNumber, and spread out of by the interface of the other end to lighting device.
Lighting device: for showing the visual information in this system, actual illumination effect is shown.This equipment is necessary for LEDLamp group or LED dot matrix, for exporting actual lighting effects.
Software section includes interactive module and Lighting control output module.Wherein:
Interactive module is used to receive and handle the touch data information of user, and the interactive module includes: that body feeling interaction is defeatedEnter module, logic interactive module, user interface is shown and management module.Wherein:
Body feeling interaction input module handles the action input information of user, logic interactive module is waited to use for acquiring.It can the incoming user action data of acceptor sense controller, and the action data that is inputted according to user in a period of time and pre-The action data of system judges the action state of current user, and tells this action state and details to other modules.
Logic interactive module is inputted according to the user that body feeling interaction input module provides and is carried out for controlling overall logicInteraction results are simultaneously fed back to user by virtual reality visual display module by operation, and it is defeated to Lighting control to transmit input informationModule out.It also manages functional module locating when current operation, can switch currently running function according to the input of userModule, to realize different function and operation.Functional module can be increased and decreased according to demand, to facilitate the need for expanding this systemIt asks.
User interface is shown and management module, provides the UI display refresh interface of (user interface, User Interface),When logic interactive module calls user interface to show with management module, which shows corresponding UI information, and receives andThe order transmitted from logic judgment module, loads different resources, shows interaction results on the display device.
Lighting control output module is used to receive the input information of logic interactive module, and converts it into as lighting deviceAcceptable data information, and it is transferred to lighting apparatus, so that it is expressed the illuminating effect that user needs.Wherein:
Data conversion module is for handling obtained data information, after handling in simulated scenario, to obtain to eachIllumination apparatus controls data, and is translated into the acceptable data information of illumination apparatus.
Lighting control module is used to that each illumination apparatus will to be reached under data information that data conversion module obtains.
A kind of body-sensing Intelligent illuminating method based on multi-point source, comprising the following steps:
Step 1, change position interactive step, as shown in Figures 3 and 4,
Execute following logic: the user interface in display equipment is shown and management module updates " mouse " in interface firstPosition, user is double-clicked with finger, after body feeling interaction input module judges gesture, the position coordinates of " mouse " be finger touchingThe coordinate for the point touched, logic judgment module are compared according to the induction range of the coordinate and icon, if coordinate is located at iconIn induction range, then it is determined as that the icon is clicked, therewith, frame appears in around the pattern, while the display figure in interfaceAs changing;If user, which makes gesture (wave, wave to the right to the left, clench fist, loose one's grip), judges gesture through body feeling interaction input moduleAfterwards, the corresponding signal of gesture is directly passed to logic judgment module, logic judgment module is according to afferent message to representing positionCoordinate is judged, if coordinate is located in mobile range, represents the position change of the icon of position.Specifically:
Step 1.1, the mobile arm of user are double-clicked to the change position button being located in main interface with finger.System willClick event is passed to logic judgment module, switches to position interactive interface according to judging result.To occur bowing for room in interfaceView and the location point icon of user, and there are four icons below interface, respectively represent four fixed point positions in roomIt sets.
Step 1.2, user, which make gesture, will change the character positions in top view.Relaxation state be it is slack, clench fistTo walk forward, open one's hand to fall back backward, hand is to be moved to the left toward left swing, and hand turns right pendulum to move right.System is by gestureEvent is passed to logic judgment module, is changed according to the gesture that obtains of judgement to the character positions in top view, and to illuminationIt controls output module and sends location information.
Step 1.3, the information according to receiving, the data conversion module of Lighting control output module can first by afferent message intoRow processing, and it is passed to lighting control module, lighting control module, which receives information, can change corresponding lighting effects, and lead toOver-illumination device is shown.
Step 1.4, user click icon position, and icon gives user's feedback of click in a manner of being highlighted,System can change the image in interface according to the location information of different icons, and display image is positioned at selected icon fixed positionThe image of video camera.
Step 1.5, user click return push-button position, and system can return to main interface, and by position interactive interfaceState save, and keep the Information invariability of Lighting control output module.
Step 2, Alternative Attribute interactive step, as it can be seen in figures 5 and 6,
Step 2.1, the mobile arm of user are double-clicked to the Alternative Attribute button being located in main interface with finger.System willClick event is passed to logic judgment module, switches to attribute interactive interface according to judging result.By appearance distance user in interfaceImage in the nearest fixed point video camera in position, and color and brightness button for change.
Step 2.2, user click icon position, and icon gives user's feedback of click in a manner of being highlighted,System can change the correspondence attribute of light source shown in the image in interface according to the location information of different icons, show imageFor positioned at the image of the video camera apart from selected icon fixed position.And changed attribute is sent to Lighting control output moduleInformation.
Step 2.3, the information according to receiving, the data conversion module of Lighting control output module can first by afferent message intoRow processing, and it is passed to lighting control module, lighting control module, which receives information, can change corresponding lighting effects, and lead toOver-illumination device is shown.
Step 2.4, user click return push-button position, and system can return to main interface, and by position interactive interfaceState save, and keep the Information invariability of Lighting control output module.
In the present invention, Alternative Attribute function is interacted by button, and the corresponding pattern material of attribute is equivalent toButton, program tell program some button current state using event system, and for these buttons, following three kinds of things are arrangedPart: hand moves into event (OnHover), clicks event (OnClick), hand removal event (OnExit).Each there is one to sentenceDetermine the main body that region is used as button, the implementation method of each event is as follows:
Hand moves into event (OnHover): the mapping of the arm position of user on the screen is outside the determinating area of the buttonIt is moved in determinating area.At the time of trigger timing is that hand shift-in is gone.It, which can be used to execute hand, moves into the function needed when buttonCan, such as button frame discoloration etc..
Click event (OnClick): reached after last time hand immigration button with the time of contact of screen and pressed lower criticalTime.Judge whether event triggers by button, trigger timing is at the time of reaching to press the crash time.Among these comprising two ginsengsNumber: 1. selected icon corresponds to the current state of attribute;2. the current state of selected icon.This event is a master of the buttonEvent is wanted, its function to be executed when can be clicked for executive button, such as outer luminous appearing and subsiding, color and brightSelection and cancellation selection of degree etc..
Hand removes event (OnExit): the mapping of the arm position of user on the screen is moved out of the button determinating areaIt moves outside determinating area.At the time of trigger timing is that hand is removed from button determinating area.It can be used to notify and run hand shiftingThe function of needing to be implemented when button out, such as button frame cancel discoloration etc..
The poll needs of each button are run in the major cycle of interactive program.By above-mentioned button system and relevantEvent trigger mechanism, this system allow for user to interact using button.
By method described above, somatosensory device and the body-sensing intelligent illuminating system based on multi-point source is can be used in userIn simulated scenario interact.The purpose of the present invention is handed over by using the body-sensing in digital multimedia technology and this patentMutual method a kind of more novel, the content intelligent lighting controls interactive experience more abundant that allows user to experience.

Claims (1)

1. a kind of body-sensing Intelligent illuminating method using the body-sensing intelligent illuminating system based on multi-point source, which is characterized in that instituteState the body-sensing intelligent illuminating system based on multi-point source characterized by comprising hardware system and software systems, wherein hardwareSystem includes display equipment, personal computer, body feeling interaction controller, lighting device and DMX converter;Display equipment: it is used forThe visual information in this system is shown, so that user interacts;Body feeling interaction controller is that body-sensing information is defeated for userEnter to personal computer, realizes interaction;DMX converter, for computer end signal to be converted to the identifiable signal of lighting device,And it spreads out of to lighting device;Lighting device, for showing actual illumination effect;Software systems include: body feeling interaction input module,Logic interactive module, user interface are shown and management module, Lighting control output module, wherein body feeling interaction input module is usedIn the action input information of acquisition user, while being passed in interactive system;Logic interactive module, for controlling overall logic,Judged according to user's click information that body feeling interaction controller provides, it is by user interface display module that interaction results are anti-Feed user, and transmits input information and give Lighting control output module;User interface is shown and management module, for providing UI'sIt shows refresh interface, and receives the order transmitted from logic judgment module, load different resources, show on the display deviceShow interaction results;Lighting control output module shines display result with entity for showing the final illuminating effect of interactive systemBright device is accurately presented;
CN201710142048.XA2017-03-102017-03-10 A somatosensory intelligent lighting system and method based on multi-point light sourceActiveCN106982499B (en)

Priority Applications (1)

Application NumberPriority DateFiling DateTitle
CN201710142048.XACN106982499B (en)2017-03-102017-03-10 A somatosensory intelligent lighting system and method based on multi-point light source

Applications Claiming Priority (1)

Application NumberPriority DateFiling DateTitle
CN201710142048.XACN106982499B (en)2017-03-102017-03-10 A somatosensory intelligent lighting system and method based on multi-point light source

Publications (2)

Publication NumberPublication Date
CN106982499A CN106982499A (en)2017-07-25
CN106982499Btrue CN106982499B (en)2019-04-30

Family

ID=59339412

Family Applications (1)

Application NumberTitlePriority DateFiling Date
CN201710142048.XAActiveCN106982499B (en)2017-03-102017-03-10 A somatosensory intelligent lighting system and method based on multi-point light source

Country Status (1)

CountryLink
CN (1)CN106982499B (en)

Family Cites Families (9)

* Cited by examiner, † Cited by third party
Publication numberPriority datePublication dateAssigneeTitle
US8296669B2 (en)*2009-06-032012-10-23Savant Systems, LlcVirtual room-based light fixture and device control
CN101990333A (en)*2009-08-052011-03-23余昌盛Multi-protocol lamplight control system based on PC (Personal Computer) and miniature converter
JP5909620B2 (en)*2012-07-132016-04-27パナソニックIpマネジメント株式会社 Illumination control device, illumination light source, and illumination system
US9474130B2 (en)*2012-10-172016-10-18Koninklijke Philips N.V.Methods and apparatus for applying lighting to an object
CN103207677B (en)*2013-04-222017-05-10北京工业大学System and method for realizing virtual-real somatosensory interaction of digital Zenghouyi bells
CN105228286B (en)*2014-05-272018-06-29欧普照明股份有限公司A kind of lamp control system and method for contactless humanbody control
CN104020957B (en)*2014-06-202017-04-05北京工业大学Digital types of facial makeup in Beijing operas stereoprojection interactive system
CN104102220A (en)*2014-07-112014-10-15上海裕山信息科技有限公司Guide robot for monitoring human body position and control method thereof
CN105554987A (en)*2016-01-302016-05-04广州彩熠灯光有限公司Control system and control method for 3D visualization and gesture adjustment stage lamp

Also Published As

Publication numberPublication date
CN106982499A (en)2017-07-25

Similar Documents

PublicationPublication DateTitle
CN103631221B (en)A kind of distant operate services robot system
CN103703495B (en)A kind of remote control, information processing method and system
CN104571823B (en)A kind of contactless visual human's machine interaction method based on intelligent television
CN103067566B (en)Mouse input method and touch-screen mobile phone control device
CN110543230A (en)Stage lighting element design method and system based on virtual reality
CN105425954A (en)Human-computer interaction method and system applied to smart home
CN107249071A (en)A kind of method that Intelligent worn device controls mobile terminal
CN206075026U (en)A kind of intelligent household control terminal based on many gesture controls
CN112817443A (en)Display interface control method, device and equipment based on gestures and storage medium
CN106023308A (en)Somatosensory interaction rapid three-dimensional modeling auxiliary system and method thereof
CN108616712A (en)A kind of interface operation method, device, equipment and storage medium based on camera
CN107992191A (en)A kind of electronic equipment and its control method, camera of electronic equipment module
CN110069101A (en)A kind of wearable calculating equipment and a kind of man-machine interaction method
CN102868925A (en)Intelligent TV (television) control method
CN114347061A (en)Atmosphere lamp setting method and setting device for robot and robot
Handosa et al.Rethinking user interaction with smart environments—a comparative study of four interaction modalities
WO2011140752A1 (en)Electronic device and method for obtaining user operation
CN106982499B (en) A somatosensory intelligent lighting system and method based on multi-point light source
CN111045522A (en)Intelligent interaction system
CN104020957B (en)Digital types of facial makeup in Beijing operas stereoprojection interactive system
WO2014109448A1 (en)Robot for providing face-based user interface and method for controllling robot
CN106383583A (en)Method and system capable of controlling virtual object to be accurately located and used for air man-machine interaction
CN109445568A (en)Projection objects control method, device and host
CN208848177U (en)A kind of lettering pen
CN103336587B (en)The far-end suspension touch control equipment of a kind of nine axle inertial orientation input units and method

Legal Events

DateCodeTitleDescription
PB01Publication
PB01Publication
SE01Entry into force of request for substantive examination
SE01Entry into force of request for substantive examination
GR01Patent grant
GR01Patent grant
TR01Transfer of patent right

Effective date of registration:20220407

Address after:5048, floor 5, No. 1, Haidian Street, Haidian District, Beijing 100080

Patentee after:Beijing Haodiao Technology Co.,Ltd.

Address before:100124 No. 100 Chaoyang District Ping Tian Park, Beijing

Patentee before:Beijing University of Technology

TR01Transfer of patent right

[8]ページ先頭

©2009-2025 Movatter.jp