CN102178540A - Three-wheeled omnidirectional mobile control device and auxiliary system for autistic children custody - Google Patents
Three-wheeled omnidirectional mobile control device and auxiliary system for autistic children custody Download PDFInfo
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Abstract
The invention belongs to the field of automatic control and robots and relates to a three-wheeled omnidirectional mobile control device. The device adopts double front wheels for drive to improve the driving capacity and bearing capacity of robots. With V_Rotation rotation factor introduced and incremental PID controlling the whole adjusting process, the device realizes the accurate linear and arc movement of robots in any direction, as well as automatic avoidance of barrier and path planning. The robot device and the control technology aim at real-time custody and auxiliary treatment of autistic children. The invention provides a technology of emotion capture and emotion interaction of interactive objects by robots during man-machine interaction process, so as to improve the affinity and interactive success rate of robots in man-machine interaction.
Description
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Technical field
The invention belongs to automatic control and robot field, relate to a kind of three wheeled omnidirectional mobile controllers and reach the robot device and the control technology thereof of carrying out real-time monitoring and auxiliary treatment at autism children.
Background technology
Along with the universal and raising of autism of children being familiar with people of improving of diagnostic techniques, increasing autism children is found, but owing to infantile autism cause of disease complexity, does not still have therapeutic scheme very targetedly at present.Present stage, methods such as behavior intervention and specific education's training are the most effective infantile autism correcting methods, but for infantile autism patient and family thereof, and even special appliance body, the knowledge of this respect and auxiliary resources are very rare; Even some classical teaching materials both domestic and external are arranged, for the layman, study and utilization be very inconvenience also, can't really grasp.For average family, go professional appliance body treatment that many inconvenience are arranged on the one hand, as trip, work or the like, the more important thing is that the high expense of the rescuing overwhelming majority's family can't bear.
The infantile autism patient has only discovery early, intervention morning, early treatment, just might receive good rectifying effect.Because the particularity of infantile autism disease, the patient has stronger behavioral competence, and all there are to a certain degree autotomy and violent tenet, if the infantile autism patient does not obtain good rescuing in the Childhood, by the time adolesce or grow up, to bring great life and mental burden to family, bring great safety problem to society.
Summary of the invention
In order to make autism children obtain timely, effectively rescue, one of purpose of the present invention provides a kind of three wheeled omnidirectional mobile controllers, and is used in the autism children monitoring aid system, has excellent adaptability.
Two of purpose provides a kind of autism children interventional therapy device and control technology thereof, and autism children is carried out real-time behavior monitoring and auxiliary treatment.
The 3rd purpose of the present invention is to provide robot in a kind of man-machine interaction process that the emotion of interactive object is caught and the emotion interaction technique, and then affinity and interaction success rate in the man-machine interaction of raising robot.
The technical solution adopted for the present invention to solve the technical problems is:
A kind of three wheeled omnidirectional mobile controllers comprise that three wheeled chassis (1), motor seat board (2), photoelectric code disk (3), equipment carrier (4), fibre optic gyroscope (5) reach the controlling platform (6) based on the ARM7 processor, is characterized in that:
Described three wheeled chassis, by motor seat board (2) 3 biplates, 6 wheel hub tooth omnidirectionals wheels (7) are installed on it, equidistantly be evenly distributed on chassis (1) outward flange, and has the phase concentric, be coupled by gear drive group (8) and direct-drive motor (9), each omnidirectional's wheel (7) has independently gear drive group and direct-drive motor and controller (10) thereof;
Described photoelectric code disk (3) for being installed on and one group of wheeled photoelectric code disk of axial orthogonal omnidirectional at rear portion, in order to measure the mobile actual range of this device on the chassis (1) in the middle part of;
Described equipment carrier (4) comprises 3 stakings (11), 2 blocks of hexagonal plates (12) and 1 pull framework (13), the first hexagonal plate (121) is installed on the motor seat board (2), and is equipped with battery (14), the controlling platform (6) based on the ARM7 processor, fibre optic gyroscope (5) and DC motor controller (10);
The second hexagonal plate (122) is fixed by 3 stakings, is equipped with pull framework (13) on it, is used for placement devices.
Described fibre optic gyroscope (5) is controlled by the controlling platform (6) based on the ARM7 processor, for this device provides angle information.
Technique scheme can further be improved to: described pull framework comprises 2 groups of equipment slide rails, is respectively upper strata slide rail (131) and lower floor's slide rail (132).
Technique scheme can further be improved to: described device adopts the double rear wheel type of drive, two omnidirectional's wheels is promptly arranged simultaneously as main drive wheel, improves driving force.
Technique scheme can further be improved to: described device adopts double cell group parallel operation, and supplying cell places respectively on the drivewheel of both sides, the first hexagonal plate rear.
A kind of autism children monitoring aid system comprises three wheeled omnidirectional mobile controllers, multi-sensor information acquisition analysis system, RS232-CAN signal conversion module and system of therapeutic community;
Described multi-sensor information acquisition analysis system comprises: the ultrasonic distance acquisition analysis system, and the omnidirectional sound source navigation system is held formula touch signal acquisition system, vision collecting system, brain wave acquisition system and carrying profile shell; Described multi-sensor information acquisition analysis system is moved by three wheeled omnidirectionals and the control device carrying;
Described ultrasonic distance acquisition analysis system comprises 6 groups of ultrasonic distance pick offs (15), is evenly distributed on carrying profile shell bottom sides edge; Carry out analyzing and processing by the range data to acquisition time, judge the robot space, precision can reach 1cm; With the mutual process of autism children in suitable distance is provided, can be to guarantee video acquisition module with the behavior and the facial expression of the angle acquisition autism children of the best; Provide the function of dodging obstacle and planning motion path automatically for the robot motion simultaneously;
The omnidirectional sound source navigation system is by 4 omnidirectional sound source navigation systems that are installed in Mike (16) formation of 4 drift angles of pull frame roof, the acoustical signal that receives by analyzing and processing, calculate sound source position, for the vision real-time monitoring of autism children provides azimuth information comparatively accurately, improve the efficient of vision collecting system works, simultaneously, the data of this system will be as the soft switch of voice collecting and identification module, to improve the work efficiency of this module;
Appearance formula touch sensor (17) is distributed in nearly 9 places of robot top profile shell, described appearance formula touch sensor system has judged whether the human body touch robot by detection system electrode changes in capacitance when contacting with human body, treated behind this perceptual signal input touch controller the result is uploaded the system of therapeutic community by the CAN bus;
The vision collecting module is by being installed on 2,000,000 pixel CMOS IP Camera (18) of pull frame roof, video acquisition is carried out in behavior to autism children, and the Deviant Behavior and the expression of autism children carried out analytic record, for the autism children emotion analysis in specific education's training and training content planning provide the analysis foundation; And make corresponding early warning where necessary; Its control signal and video data signal can be communicated by letter with system of therapeutic community industrial computer by Ethernet and WIFI dual mode.
The brain wave acquisition processing module then by the brain wave harvester brain wave during to the different different situation constantly of autism children gather, and therapeutic community system in submitting the data to by bluetooth, this system is by the corresponding software analytical system, the analytic record important information is for the doctor of specialty treatment provides effective data refer.
Described load-carrying covering is a fairing, is installed on equipment carrier (4) top, and the pull framework then exposes by the reserved opening of load-carrying covering; This load-carrying covering is loaded with ultrasonic distance pick off (15), holds formula touch sensor (17), LCD touch display screen interactive module (19) and LED multifunctional information output module (20).
System of described therapeutic community comprises the core industry Control Computer, voice collecting identification module, phonetic synthesis module, LCD touch display screen interactive module, LED multifunctional information output module, network information transceiver module;
Described core industry Control Computer is the North China industrial computer, is installed on pull framework upper strata slide rail (131) and locates; This industrial computer is equipped with Windows XP operating system, and centring system software all runs on this industrial computer, and software design is convenient with renewal, easy operating and maintenance;
Described voice collecting identification module is made of wireless Mike, wireless Mike's signal receiver, voice recognition chip and circuit, speech recognition software, realizes the identification of interactive object voice messaging in the reciprocal process; Wireless Mike's voice signal is connected with the system of therapeutic community by the audio input port of industrial control computer, and voice recognition chip and circuit are connected to industrial control computer by parallel interface (LPT);
Described phonetic synthesis module is made of chipspeech and circuit, speech synthesis software, audio-amplifying circuit and audio amplifier, realizes the language performance function of robot; Mutual with the language that above-mentioned voice collecting identification module is finished robot and child patient jointly; On this module carry and the CAN bus, by RS232-CAN signal conversion module and therapeutic community's system communication;
Described LCD touch display screen interactive module is made of LCD touch display screen and corresponding interactive software, realizes having more the man-machine interaction of operability and proximities; Be connected with the system of therapeutic community by the industrial control computer video interface;
Described LED multifunctional information output module shows different colors by a series of multi-colored led lamps of control with different form, with the expression children robot with autism children reciprocal process in emotion and variation thereof, simultaneously as the output medium of alarm signal; This module carry is on the CAN bus, by RS232-CAN signal conversion module and therapeutic community's system communication;
Described network information transceiver module is realized interconnecting of system of therapeutic community and family wireless network by the wireless network card that is connected with industrial control computer, with obtaining of the pathological characters transmission of Information of finishing autism children, the transmission of monitor message, and associated treatment information in real time;
System of described therapeutic community is the mster-control centre of each functional module, the multi-sensor information acquisition analysis system is served and is controlled by this system of therapeutic community, and the system of therapeutic community carries out Decision Control according to the various information of multi-sensor information acquisition analysis system to the behavior performance of robot; In the multi-sensor information acquisition analysis system, vision collecting system photographic head connects industrial control computer by USB interface, the brain wave acquisition system links to each other with the industrial control computer that is equipped with the USB Bluetooth adapter by Bluetooth signal, other sensor information acquisition analysis systems then carry on the CAN bus, by RS232-CAN signal conversion module and therapeutic community's system communication.
Advantage of the present invention and good effect are:
1) there is stronger adaptive capacity to environment in robot, and action flexibly; Equidistant concentric three wheeled driving device controls are simple, motion is flexible, adopt two front wheels to drive driving force and the load capacity that has improved robot; Introduce the V_Rotation twiddle factor, control the process of whole adjusting, realize accurate straight line of robot any direction and movement in a curve, and do not have the moving radius restriction by increment type PID; Can realize dodging automatically obstacle and path planning;
2) multisensor, harvester, information output device adopt controller local area network (CAN) fieldbus to communicate transmission of Information, and this distributed information integration technology makes the carry of equipment and cutting more convenient and efficient.
3) adopt multi-information merging technology, increased the approach that robot obtains the interactive object emotion, improved the affinity and the interaction success rate of man-machine interaction.
4) compact conformation, profile are easy to autism children and accept; Can be flexible, efficient, real-time to autism children guard, mutual and Deviant Behavior early warning; Can be used as infantile autism specific education and train strong auxiliary treatment instrument, can be the related personnel simultaneously provides abundant infantile autism to rescue the data that instructs.
5) have audio frequency and video analytic record function, the network data function of exchange can realize the effective collection and the transmission of patient medical record information, is beneficial to collection of data and illness analysis, for treatment provides reference and foundation.
Description of drawings
Fig. 1 is the mechanical construction drawing of robot of the present invention.
Fig. 2 is the vertical view of the equidistant concentric three wheeled mobile devices of robot of the present invention.
Fig. 3 is the axonometric chart of the equidistant concentric three wheeled mobile devices of robot of the present invention.
Fig. 4 is the vertical view on the equidistant concentric three wheeled chassis of robot of the present invention.
Fig. 5 is the vertical view of robot of the present invention hexagonal plate.
Fig. 6 is the structure chart of robot of the present invention pull framework.
Fig. 7 is the load-carrying covering structure chart of robot of the present invention.
Fig. 8 is the graph of a relation between each functional module of robot of the present invention.
Fig. 9 is that robot C AN bus apparatus control/communication core circuit of the present invention is electrically connected schematic diagram.
Figure 10 is that omnidirectional of robot of the present invention wheel motor control core circuit is electrically connected schematic diagram.
Figure 11 is the control flow chart under the robot of the present invention real-time monitoring pattern.
The specific embodiment
Be described further below in conjunction with accompanying drawing and example.
Extremely shown in Figure 6 as Fig. 1, detailed equidistant concentric three wheeled motions of the present invention have been described, have 3 biplate 6 wheel hub tooth omnidirectionals wheels that are the equidistant uniform distribution and the concyclic heart, each omnidirectional wheel is made up of 2 drivewheel and 6 * 2 equally distributed driven pulleys of 60 ° of interlacing, drivewheel is vertical with the driven pulley rotation direction, every group of omnidirectional's wheel is connected with driving unidirectional current arbor by driving gear set, and direct current generator has the high precision photoelectric code-disc, can realize the accurate feedback of motor movement parameter.This motor drives control by DC motor controller, and the mode that adopts two front wheels to drive, improve driving force, its movement velocity is adjustable flexibly, can finish that speed change starts, speed change stops, at the uniform velocity/the quick response action of multiple speed grades such as speed change straight line or curvilinear motion, make robot motion more friendly, be easy to be accepted by autism children.2 orthogonal photoelectric code disks of movement angle are equipped with the inside edge in mechanism, form the x-y rectangular coordinate system, by calculating the motion mileage that this photoelectric code disk rotation number of turns and angle value can obtain robot, improve the robot positioning accuracy.The mechanism center is equipped with 1 fibre optic gyroscope, and it is calculating robot's angle information accurately, and introduces the V_Rotation twiddle factor, controls the process of whole adjusting by increment type PID, makes it have high-precision direction inductor and control.As shown in figure 10, be that omnidirectional of robot of the present invention wheel motor control core circuit is electrically connected schematic diagram.This mechanism's drive system adopts ARM7 processor LPC2138, and operating system is the uC/OS-II real-time multi-task operating system, has guaranteed that executing efficiency and renewal are convenient.
Fig. 7 is the load-carrying covering structure chart of robot of the present invention, Figure 8 shows that the graph of a relation of information acquisition system and analysis and Control system among the present invention, and the present invention adopts the multi-sensor information acquisition analysis system to comprise:
1) 6 groups of ultrasonic distance pick offs are evenly distributed on omnidirectional's wheel motion outer edge.Carry out analyzing and processing by the range data to acquisition time, judge the robot space, precision can reach 1cm.With the mutual process of autism children in suitable distance is provided, can be to guarantee video acquisition module with the behavior and the facial expression of the angle acquisition autism children of the best; Provide the function of dodging obstacle and planning motion path automatically for the robot motion simultaneously.
2) the omnidirectional sound source navigation system that constitutes by 4 MIC of distributing of being square, the acoustical signal that receives by analyzing and processing, calculate sound source position, for the vision real-time monitoring of autism children provides azimuth information (space orientation comparatively accurately, accurate position patient head position), improve the efficient of vision collecting system works.Simultaneously, the data of this system will be as the soft switch of voice collecting and identification module, to improve the work efficiency of this module.
3) photographic head that carries by robot of vision collecting module, video acquisition is carried out in behavior to autism children, and the Deviant Behavior and the expression of autism children carried out analytic record, for the autism children emotion analysis in specific education's training and training content planning provide the analysis foundation; And make corresponding early warning where necessary.
4) the brain wave acquisition processing module then by the brain wave harvester brain wave during to the different different situation constantly of autism children gather, and submit the data to the center processing system by bluetooth, this system is by the corresponding software analytical system, the analytic record important information is for the doctor of specialty treatment provides effective data refer.
5) be distributed in robot top profile shell nearly the appearance formula touch sensor system at 16 places (can increase and decrease arbitrarily when needing) utilize the charged principle of human body, judged whether the human body touch robot by detection system electrode changes in capacitance when contacting with human body.Carrying out strengthening the mutual perception ability in the interactive training process with autism children, improving interaction success rate and mutual therapeutic effect.
6) all relate to the system or the module of controller local area network (CAN) field bus communication among the present invention, and all to adopt with PIC18F2480+CTM8251T be control core/the telecommunication circuit design, as shown in Figure 9.Wherein PIC18F2480 is for adopting 16 RISC(reduced instruction set computers) 28 pin single-chip microcomputers of instruction system are one of 8 single-chip microcomputers that operation is the fastest in the world at present.This single-chip microcomputer has the CAN2.0B interface, can directly be connected with the CAN transceiver and needn't be equipped with independent CAN controller.The CTM8251T transceiver can be the differential level of CAN bus with the logic level transition of CAN controller; and have DC 2500V isolation features, esd protection function and the anti-bus overvoltage of TVS pipe, low electromagnetic, high anti-electromagnetic interference capability, use characteristics such as need not to add element; its transfer rate reaches as high as 1Mbit/s; at least can connect 110 node devices, greatly improve distributed apparatus extended capability of the present invention.
Monitoring auxiliary treatment centring system main body of the present invention is an industrial control computer (Windows operating system is installed), and its accessory structure comprises unspecified person voice collecting identification module, unspecified person phonetic synthesis module, LED multifunctional information output module and LCD human-computer interaction module.LED multifunctional information output module wherein by controlling a series of multi-colored led lamps, and then shows different colors with different forms such as quickflashing, gradual change, continue etc., with the expression children robot with autism children reciprocal process in emotion and variation thereof; Can be used as the output medium of alarm signal simultaneously.
This centring system is carried out comprehensive analysis processing by the information that above-mentioned information acquisition system/module is gathered, the final information that needs that forms is exported, and comprises operations such as location paths control, voice output, image output, information record, information network send, data is transferred.Below in conjunction with example in detail.
Shown in Figure 11 is that control flow chart daily behavior emotion under the robot of the present invention real-time monitoring pattern is monitored in real time.In this situation, robot of the present invention follows autism children with the moment, and make robot dodge barrier automatically by the cooperation of ultrasonic distance acquisition system, keep optimum distance with autism children, the angle information of while combining omnidirectional sonic location system, accurate position patient position is so that make whole behavior acies of video acquisition module collection child; Monitoring auxiliary treatment centring system will be carried out real-time behavior identification, recognition of face and Expression Recognition to the video signal of being gathered; the recording feature value; and note abnormalities or hazardous act performance by data base's comparison mode; make corresponding early warning; remind the child custody people as alarm signal; utilize information such as color that sound equipment, LED message output module attempt liking with the patient, sound to attract the patient simultaneously, shift patient's attention, to reach the purpose of avoiding the patient to continue hazardous act.All videos, audio-frequency information will be stored in this process, prepare against specialty treatment doctor or mechanism as the diagnosis reference.
The training of language interaction capabilities.In this situation, autism children is undertaken alternately by voice collecting identification module, phonetic synthesis module and touch LCD touch display screen interactive module and robot, show for the strange things of patient by LCD display as robot, tell the patient what this is by the phonetic synthesis module simultaneously, do not stop to repeat professor, detect autism children up to robot by sound identification module and correctly describe this thing; Meanwhile, video acquisition system calls expression identification function to patient's monitoring in real time of expressing one's feelings, according to patient express one's feelings decision training intensity and progress, showing as the patient easily then increases training strength, show agitation or anxiety then slows down training speed as the patient, and call the things that the patient is familiar with and carry out alternately, with the reduction of patient unhealthy emotion.
Attention rate training and detection.In this situation, mainly the patient is carried out real-time brain wave collection analysis by the brain wave acquisition system, and eeg signal is associated with attention rate, the concern ability of playing and training autism children by attention rate, cooperate touch sensor system simultaneously, make autism children under rational training instructs, pay close attention to intended target, pay close attention to ability normally to reach the training autism children; Simultaneously, the vision collecting photographic head is judged its object by the eyes of following the trail of autism children, detects the training effect in real time, improves interactive capability.
Infantile autism treatment information inquiry study.This situation is mainly the guardian design of autism children, can realize the information updating of various learning materials, example study course, specialized guidance, experience exchangement in the home education training and transfers, and effectively instructs for the head of a family in the therapeutic process provides practical.
Autism children symptom acquisition and recording and transmission.The doctor treatment that this situation is mainly specialty provides effective pathological manifestations record, by wireless ethernet and Internet connection, uploads data easily and gives treatment doctor or mechanism, for more professional, deeper state of an illness diagnosis and analysis provide foundation.
Claims (5)
1. wheeled omnidirectional mobile controller comprises three wheeled chassis (1), motor seat board (2), photoelectric code disk (3), equipment carrier (4), fibre optic gyroscope (5) and based on the controlling platform (6) of ARM7 processor, it is characterized in that:
Described three wheeled chassis, by motor seat board (2) 3 biplates, 6 wheel hub tooth omnidirectionals wheels (7) are installed on it, equidistantly be evenly distributed on chassis (1) outward flange, and has the phase concentric, be coupled by gear drive group (8) and direct-drive motor (9), each omnidirectional's wheel (7) has independently gear drive group and direct-drive motor and controller (10) thereof;
Described photoelectric code disk (3) for being installed on and one group of wheeled photoelectric code disk of axial orthogonal omnidirectional at rear portion, in order to measure the mobile actual range of this device on the chassis (1) in the middle part of;
Described equipment carrier (4) comprises 3 stakings (11), 2 blocks of hexagonal plates (12) and 1 pull framework (13), the first hexagonal plate (121) is installed on the motor seat board (2), and is equipped with battery (14), the controlling platform (6) based on the ARM7 processor, fibre optic gyroscope (5) and DC motor controller (10);
The second hexagonal plate (122) is fixed by 3 stakings, is equipped with pull framework (13) on it, is used for placement devices;
Described fibre optic gyroscope (5) is controlled by the controlling platform (6) based on the ARM7 processor, for this device provides angle information.
2. according to claim 1 three wheeled omnidirectional mobile controllers is characterized in that: described pull framework comprises 2 groups of equipment slide rails, is respectively upper strata slide rail (131) and lower floor's slide rail (132).
3. according to claim 1 three wheeled omnidirectional mobile controllers is characterized in that: described device adopts the double rear wheel type of drive, two omnidirectional's wheels is promptly arranged simultaneously as main drive wheel, improves driving force.
4. according to claim 1 three wheeled omnidirectional mobile controllers is characterized in that: described device adopts double cell group parallel operation, and supplying cell places respectively on the drivewheel of both sides, the first hexagonal plate rear.
5. an autism children monitoring aid system comprises three wheeled omnidirectional mobile controllers, multi-sensor information acquisition analysis system, RS232-CAN signal conversion module and system of therapeutic community according to claim 1;
It is characterized in that: described multi-sensor information acquisition analysis system, comprise the ultrasonic distance acquisition analysis system, the omnidirectional sound source navigation system is held formula touch signal acquisition system, vision collecting system, brain wave acquisition system and carrying profile shell; Described multi-sensor information acquisition analysis system is moved by three wheeled omnidirectionals and the control device carrying;
Described ultrasonic distance acquisition analysis system comprises 6 groups of ultrasonic distance pick offs (15), is evenly distributed on carrying profile shell bottom sides edge; Carry out analyzing and processing by the range data to acquisition time, judge the robot space, precision can reach 1cm; With the mutual process of autism children in suitable distance is provided, can be to guarantee video acquisition module with the behavior and the facial expression of the angle acquisition autism children of the best; Provide the function of dodging obstacle and planning motion path automatically for the robot motion simultaneously;
The omnidirectional sound source navigation system is by 4 omnidirectional sound source navigation systems that are installed in Mike (16) formation of 4 drift angles of pull frame roof, the acoustical signal that receives by analyzing and processing, calculate sound source position, for the vision real-time monitoring of autism children provides azimuth information comparatively accurately, improve the efficient of vision collecting system works, simultaneously, the data of this system will be as the soft switch of voice collecting and identification module, to improve the work efficiency of this module;
Appearance formula touch sensor (17) is distributed in nearly 9 places of robot top profile shell, described appearance formula touch sensor system has judged whether the human body touch robot by detection system electrode changes in capacitance when contacting with human body, treated behind this perceptual signal input touch controller the result is uploaded the system of therapeutic community by the CAN bus;
The vision collecting module is by being installed on 2,000,000 pixel CMOS IP Camera (18) of pull frame roof, video acquisition is carried out in behavior to autism children, and the Deviant Behavior and the expression of autism children carried out analytic record, for the autism children emotion analysis in specific education's training and training content planning provide the analysis foundation; And make corresponding early warning where necessary; Its control signal and video data signal can be communicated by letter with system of therapeutic community industrial computer by Ethernet and WIFI dual mode;
The brain wave acquisition processing module then by the brain wave harvester brain wave during to the different different situation constantly of autism children gather, and therapeutic community system in submitting the data to by bluetooth, this system is by the corresponding software analytical system, the analytic record important information is for the doctor of specialty treatment provides effective data refer;
Described load-carrying covering is a fairing, is installed on equipment carrier (4) top, and the pull framework then exposes by the reserved opening of load-carrying covering; This load-carrying covering is loaded with ultrasonic distance pick off (15), holds formula touch sensor (17), LCD touch display screen interactive module (19) and LED multifunctional information output module (20);
System of described therapeutic community comprises the core industry Control Computer, voice collecting identification module, phonetic synthesis module, LCD touch display screen interactive module, LED multifunctional information output module, network information transceiver module;
Described core industry Control Computer is the North China industrial computer, is installed on pull framework upper strata slide rail (131) and locates; This industrial computer is equipped with Windows XP operating system, and centring system software all runs on this industrial computer, and software design is convenient with renewal, easy operating and maintenance;
Described voice collecting identification module is made of wireless Mike, wireless Mike's signal receiver, voice recognition chip and circuit, speech recognition software, realizes the identification of interactive object voice messaging in the reciprocal process; Wireless Mike's voice signal is connected with the system of therapeutic community by the audio input port of industrial control computer, and voice recognition chip and circuit are connected to industrial control computer by parallel interface (LPT);
Described phonetic synthesis module is made of chipspeech and circuit, speech synthesis software, audio-amplifying circuit and audio amplifier, realizes the language performance function of robot; Mutual with the language that above-mentioned voice collecting identification module is finished robot and child patient jointly; On this module carry and the CAN bus, by RS232-CAN signal conversion module and therapeutic community's system communication;
Described LCD touch display screen interactive module is made of LCD touch display screen and corresponding interactive software, realizes having more the man-machine interaction of operability and proximities; Be connected with the system of therapeutic community by the industrial control computer video interface;
Described LED multifunctional information output module shows different colors by a series of multi-colored led lamps of control with different form, with the expression children robot with autism children reciprocal process in emotion and variation thereof, simultaneously as the output medium of alarm signal; This module carry is on the CAN bus, by RS232-CAN signal conversion module and therapeutic community's system communication;
Described network information transceiver module is realized interconnecting of system of therapeutic community and family wireless network by the wireless network card that is connected with industrial control computer, with obtaining of the pathological characters transmission of Information of finishing autism children, the transmission of monitor message, and associated treatment information in real time;
System of described therapeutic community is the mster-control centre of each functional module, the multi-sensor information acquisition analysis system is served and is controlled by this system of therapeutic community, and the system of therapeutic community carries out Decision Control according to the various information of multi-sensor information acquisition analysis system to the behavior performance of robot; In the multi-sensor information acquisition analysis system, vision collecting system photographic head connects industrial control computer by USB interface, the brain wave acquisition system links to each other with the industrial control computer that is equipped with the USB Bluetooth adapter by Bluetooth signal, other sensor information acquisition analysis systems then carry on the CAN bus, by RS232-CAN signal conversion module and therapeutic community's system communication.
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| CN104800950A (en) * | 2015-04-22 | 2015-07-29 | 中国科学院自动化研究所 | Robot and system for assisting autistic child therapy |
| CN105364931A (en) * | 2015-11-30 | 2016-03-02 | 北京光年无限科技有限公司 | Emotion information processing method and small intelligent robot |
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| CN108837531A (en) * | 2018-09-26 | 2018-11-20 | 南京林业大学 | A kind of autism children communication training system, toy, device |
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| CN101690666A (en) * | 2009-10-13 | 2010-04-07 | 北京工业大学 | Driving working load calculation method of automobile driver |
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2011
- 2011-03-18 CN CN201110066274A patent/CN102178540B/en not_active Expired - Fee Related
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1228290A (en) * | 1998-03-09 | 1999-09-15 | 北京驰名科技开发公司 | Neonatal physiological parameter monitor |
| CN1927551A (en) * | 2006-09-30 | 2007-03-14 | 电子科技大学 | Disabilities auxiliary robot of vision guide brain and audio control |
| CN101690666A (en) * | 2009-10-13 | 2010-04-07 | 北京工业大学 | Driving working load calculation method of automobile driver |
Cited By (9)
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|---|---|---|---|---|
| CN102661745A (en) * | 2012-04-11 | 2012-09-12 | 廖海龙 | Navigation manner of automatic walking robot with magnetic stripes and RFID labels |
| CN103612252A (en) * | 2013-12-03 | 2014-03-05 | 北京科技大学 | Intelligent remote social adjuvant therapy robot for autism children |
| CN104398285A (en) * | 2014-12-10 | 2015-03-11 | 北京龙马负图科技有限公司 | Limb pressurization physiotherapy device operated by voices |
| CN107205646A (en) * | 2014-12-31 | 2017-09-26 | 育儿科学有限公司 | System and method for monitoring and promoting baby to take exercise |
| CN104800950A (en) * | 2015-04-22 | 2015-07-29 | 中国科学院自动化研究所 | Robot and system for assisting autistic child therapy |
| CN105364931A (en) * | 2015-11-30 | 2016-03-02 | 北京光年无限科技有限公司 | Emotion information processing method and small intelligent robot |
| CN109015666A (en) * | 2018-06-21 | 2018-12-18 | 肖鑫茹 | A kind of intelligent robot |
| CN108837531A (en) * | 2018-09-26 | 2018-11-20 | 南京林业大学 | A kind of autism children communication training system, toy, device |
| CN112998707A (en) * | 2019-12-19 | 2021-06-22 | 西门子医疗有限公司 | Monitoring system for monitoring a patient and method for operating a monitoring system |
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| Publication number | Publication date |
|---|---|
| CN102178540B (en) | 2012-09-26 |
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