CN107871409A - Four-dimensional preschool education chair under reality environment - Google Patents
Four-dimensional preschool education chair under reality environment Download PDFInfo
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- CN107871409A CN107871409A CN201710703191.1A CN201710703191A CN107871409A CN 107871409 A CN107871409 A CN 107871409A CN 201710703191 A CN201710703191 A CN 201710703191A CN 107871409 A CN107871409 A CN 107871409A
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- 239000004973 liquid crystal related substance Substances 0.000 claims description 23
- 239000013078 crystal Substances 0.000 claims description 11
- 230000005611 electricity Effects 0.000 claims description 8
- 102220555063 Holliday junction recognition protein_R25A_mutation Human genes 0.000 claims description 6
- 102220587413 N-acetylserotonin O-methyltransferase-like protein_R23A_mutation Human genes 0.000 claims description 6
- 102220470414 Thymosin beta-10_R26A_mutation Human genes 0.000 claims description 6
- 102220470415 Thymosin beta-10_R27A_mutation Human genes 0.000 claims description 6
- 102220475445 Vacuolar protein sorting-associated protein 33A_R24A_mutation Human genes 0.000 claims description 6
- 238000010438 heat treatment Methods 0.000 claims description 3
- 230000006870 function Effects 0.000 description 10
- 238000010586 diagram Methods 0.000 description 9
- 238000011161 development Methods 0.000 description 7
- 238000000034 method Methods 0.000 description 6
- 230000000007 visual effect Effects 0.000 description 6
- 210000001747 pupil Anatomy 0.000 description 3
- 230000003542 behavioural effect Effects 0.000 description 2
- 230000008859 change Effects 0.000 description 2
- 230000007547 defect Effects 0.000 description 2
- 230000004438 eyesight Effects 0.000 description 2
- 230000003993 interaction Effects 0.000 description 2
- 230000036630 mental development Effects 0.000 description 2
- 230000035479 physiological effects, processes and functions Effects 0.000 description 2
- 210000000697 sensory organ Anatomy 0.000 description 2
- 206010021925 Inferiority complex Diseases 0.000 description 1
- 230000009471 action Effects 0.000 description 1
- 238000007792 addition Methods 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000019771 cognition Effects 0.000 description 1
- 230000037213 diet Effects 0.000 description 1
- 235000005911 diet Nutrition 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 238000002513 implantation Methods 0.000 description 1
- 230000000977 initiatory effect Effects 0.000 description 1
- 239000000463 material Substances 0.000 description 1
- 230000035800 maturation Effects 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 230000036651 mood Effects 0.000 description 1
- 230000035807 sensation Effects 0.000 description 1
- 238000006467 substitution reaction Methods 0.000 description 1
- 238000012360 testing method Methods 0.000 description 1
- 238000012549 training Methods 0.000 description 1
- 238000012546 transfer Methods 0.000 description 1
- 238000007794 visualization technique Methods 0.000 description 1
Classifications
-
- G—PHYSICS
- G09—EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
- G09B—EDUCATIONAL OR DEMONSTRATION APPLIANCES; APPLIANCES FOR TEACHING, OR COMMUNICATING WITH, THE BLIND, DEAF OR MUTE; MODELS; PLANETARIA; GLOBES; MAPS; DIAGRAMS
- G09B5/00—Electrically-operated educational appliances
- G09B5/06—Electrically-operated educational appliances with both visual and audible presentation of the material to be studied
- G09B5/065—Combinations of audio and video presentations, e.g. videotapes, videodiscs, television systems
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- G—PHYSICS
- G09—EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
- G09B—EDUCATIONAL OR DEMONSTRATION APPLIANCES; APPLIANCES FOR TEACHING, OR COMMUNICATING WITH, THE BLIND, DEAF OR MUTE; MODELS; PLANETARIA; GLOBES; MAPS; DIAGRAMS
- G09B5/00—Electrically-operated educational appliances
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- Engineering & Computer Science (AREA)
- Business, Economics & Management (AREA)
- Physics & Mathematics (AREA)
- Educational Administration (AREA)
- Educational Technology (AREA)
- General Physics & Mathematics (AREA)
- Theoretical Computer Science (AREA)
- Multimedia (AREA)
- User Interface Of Digital Computer (AREA)
Abstract
Four-dimensional preschool education chair under reality environment.The present invention relates to the four-dimensional preschool education chair under a kind of reality environment.Its composition includes seat（12）, described seat（12）Bottom set motion platform（1）, described motion platform（1）, described motion platform（1）Front surface set operator control panel（2）, described seat（12）Handrail upper surface place multi-functional table（4）, described seat（12）Handrail on the inside of be provided with air outlet（3）, described multi-functional table（4）Surface display screen is vacantly set（5）, described display screen（5）Top set shrinking connecting-rod（9）One end, described shrinking connecting-rod（9）Other end connecting chair（12）Backboard top.The present invention is used for four-dimensional preschool education chair.
Description
Technical field
The present invention relates to the four-dimensional preschool education chair under a kind of reality environment.
Background technology
Current kindergarten, according to the age, children are divided into the top class in a kindergarten, the middle class in a kindergarten, bottom class, bottom class（Hold in the palm class）, mistakenly will
Preschool education primary school, child is carried out into requirement as pupil in teaching resource lib, in kindergarten's stage professor primary school class
Journey, primary school's content is taught to child in advance with the method for religion pupil.The education of bottom class referring especially to bottom class child course,
Appropriate to reduce difficulty and requirement, hold in the palm class's course offered, it is more apparent that support class brings up " bottom class's phenomenon ".Class in kindergarten
Journey a multitude of names, beyond the load of child.
The blackboard and chalk that educational aid majority used in early stage childhood teaching is, then aid in paper, pen, picture, mark
Originally the instructional media based on vision such as picture, is hung.The relatively good kindergarten of condition in recent years, it is equipped with projection, blank, includes sound
It is mechanical, electrical regard, the instructional media based on auditory visual such as video recorder.These instructional medias, function is single, and lack has between each other
The contact of machine, what is showed is only the content to be taught of two dimension, word hard to understand and stiff concept, with child
Characteristics of physiology and psychology be not suitable with.Child is only capable of the sensation of the one-side things for receiving information, see to it, hearing, past
Toward being as caused by the oral instruction of teacher, interaction can not be carried out with the content of study.
The desk and chair in child classroom is largely the scaled down version of adult seat, and split is built, only carry child seat,
Write（Read, drawing）, by hand（Small test）Etc. basic function.Baby seat does not meet child's ergonomics requirement, it is impossible to corrects
The incorrect sitting posture of child, it is impossible to meet the various living needses such as the study, amusement, rest of child.
The defects of traditional tables and chairs, cause the attention of researcher and tables and chairs manufacturer, it is contemplated that ergonomics requirement
Various novel children tables and chairs appearance, tables and chairs and the unconformable problem of child growth are changed to a certain extent, by youngster
Virgin parent and the welcome of school.It is the thin of original function mostly although the function of these tables and chairs increased than traditional tables and chairs
Change, without the change of matter.
Child belongs to more special colony, and they have oneself demand and development characteristic.Teacher uses the side of religion pupil
Method teaches primary school's content to child in advance, and initiation is detest of the child to knowledge learning.To this phenomenon, there is expert once to warn
Say:" child not to school age, if being forced to read and write training for a long time, it is easy to backbone, eyesight is gone wrong, and too early
Implantation is forced, if bad, inferiority complex, mood of being weary of studying can be produced." to child from body to psychology harm be very big
, it is badly in need of changing current educational method.
The visualization technique and virtual reality technology occurred in recent years, using the visual characteristic hand such as figure, image, animation
Section and visual cognition aid, novelty, bright-coloured, changeable, concrete image are provided for child, it is more to be advantageous to child's transfer
Sense organ is put into study, enriches the information content of child, promotes the development of baby's abstract thinking, opens up the visual field of child.
In summary, existing Children's desks and chairses function is single, can not meet children physiology, at heart, behavioral requirements.It is existing
Preschool education method, the needs, rule and feature with child's physical and mental development are incompatible, with society expectation differ larger.
It is badly in need of inventing a kind of multi-functional, intelligentized combined type educational facilities of the psychosomatic development of suitable child, to meet people
Growing demand.
The content of the invention
It is an object of the invention to provide the four-dimensional preschool education chair under a kind of reality environment, to solve above-mentioned ask
Topic, education and culture for kindergarten or the child of family.
Above-mentioned purpose is realized by following technical scheme：
A kind of four-dimensional preschool education chair under reality environment, its composition include seat 12, and the bottom of described seat 12 is set
Motion platform 1, described motion platform 1 are put, the front surface of described motion platform 1 sets operator control panel 2, described seat 12
Multi-functional table 4 is placed in handrail upper surface, and air outlet 3, described multi-functional table 4 are provided with the inside of the handrail of described seat 12
Surface display screen 5 is vacantly set, the top of described display screen 5 sets one end of shrinking connecting-rod 9, described shrinking connecting-rod
The backboard top of 9 other end connecting chair 12,
Camera 8 is set on the chair back of described seat 12, and the lower section of described camera 8 sets Intelligent cushion 6, described intelligence
The both sides of energy cushion 6 set a sound equipment 7 respectively,
The back side of described seat 12 sets control cabinet 11,
The bottom surface front end of described seat 12 sets safe block button 10.
Four-dimensional preschool education chair under described reality environment, described switch board 11 is interior to load embedded host,
Described embedded host sends/received control signal by antenna, and described embedded host transmits signal, institute to loudspeaker LB
The embedded host stated transmits signal to camera, and described embedded host is passed by data wire to touch liquid crystal display
The number of delivering letters, described embedded host pass through binding post connecting chair control system.
Four-dimensional preschool education chair under described reality environment, described embedded host includes chip U0, described
Chip U0 No. 1 pin connecting interface S0 No. 5 pins, described chip U0 No. 2 pin connecting interface S0 No. 4 pins
It is described with resistance R16 one end, described resistance R16 other end connection operating voltage 3.3V and interface S0 No. 1 pin
Chip U0 No. 3 pin connecting interface S0 No. 7 pins, described chip U0 No. 4 pin connecting interface S0 No. 6 pins,
Described chip U0 No. 5 pins connection resistance R14 one end, described resistance R14 other end connection resistance R15's
One end and electric capacity C00 one end, described resistance R15 other end connection operating voltage 3.3V,
Described electric capacity C00 other end connection chip U0 No. 10 pins, electric capacity C18 one end, electric capacity C19 one end and core
Piece U0 No. 13 pins, the described electric capacity C18 other end connection electric capacity C19 other end, chip U0 No. 12 pins, chips
No. 17 pins of U0 No. 15 pins, chip U0 No. 16 pins and chip U0,
Described chip U0 No. 11 pins connection chip U0 No. 14 pins, electric capacity C20 one end, electric capacity C21 one end with
Resistance R13 one end, described resistance the R15 other end connection operating voltage 3.3V, described electric capacity C20 other end connection
The electric capacity C21 other end and earth terminal, it is described
Described chip U0 No. 18 pins connection electric capacity C13 one end and resistance R12 one end,
Described chip U0 No. 19 pins connection electric capacity C12 one end and resistance R11 one end,
Described chip U0 No. 20 pins connection electric capacity C11 one end and resistance R10 one end,
Described chip U0 No. 21 pins connection electric capacity C10 one end and resistance R9 one end,
The described electric capacity C10 other end connection electric capacity C11 other end, electric capacity the C12 other end, the electric capacity C13 other end
With earth terminal,
Described resistance R12 other end connection transport and placing device U04-1 output end and negative input end,
Described resistance R11 other end connection transport and placing device U04-2 output end and negative input end,
Described resistance R10 other end connection transport and placing device U04-3 output end and negative input end,
Described resistance R9 other end connection transport and placing device U04-4 output end and negative input end,
Described transport and placing device U04-1 positive input terminal connection resistance R19 one end, diode D4 positive pole, diode D5 it is negative
Pole, electric capacity C17 one end and temperature sensor, described electric capacity C17 other end ground connection,
Described transport and placing device U04-2 positive input terminal connection resistance R20 one end, diode D3 positive pole, diode D6 it is negative
Pole, electric capacity C16 one end and humidity sensor, described electric capacity C16 other end ground connection,
Described transport and placing device U04-3 positive input terminal connection resistance R21 one end, diode D2 positive pole, diode D7 it is negative
Pole, electric capacity C15 one end and heave sensor, described electric capacity C15 other end ground connection,
Described transport and placing device U04-4 positive input terminal connection resistance R22 one end, diode D1 positive pole, diode D8 it is negative
Pole, electric capacity C14 one end and angular transducer, described electric capacity C14 other end ground connection,
Described resistance R19 other end connection diode D5 positive pole, the resistance R20 other end, diode D6 positive pole, electricity
The R21 other end, diode D7 positive pole, the resistance R22 other end are hindered with being grounded after diode D8 positive pole,
Described diode D4 negative pole, diode D3 negative pole, diode D2 negative pole after diode D1 negative pole with being connected
Operating voltage 3.3V.
Four-dimensional preschool education chair under described reality environment, described chip U0 No. 26 pins connection crystal oscillator
Xt2 one end and electric capacity C09 one end,
One end of described chip U0 No. 27 pins connection crystal oscillator the xt2 other end and electric capacity C08,
The described electric capacity C09 other end is grounded after being connected with the electric capacity C08 other end,
Described chip U0 No. 28 pins connection operating voltage 3.3V,
Described chip U0 29-36 pins are corresponding in turn to connection liquid crystal display 13-6 pins,
Described chip U0 No. 37 pins connection operating voltage 3.3V,
Described chip U0 No. 38 pins ground connection,
Described chip U0 39-43 pins are corresponding in turn to connection liquid crystal display 1-5 pins, described liquid crystal display
No. 14 pins connect operating voltage 3.3V,
Described No. 16 pins of No. 15 pin connection liquid crystal displays of liquid crystal display, No. 18 pins of liquid crystal display and ground connection
End,
Described No. 17 pin connection resistance R05 of liquid crystal display one end,
Described chip U0 No. 48 pins connection resistance R08 one end, described resistance the R08 other end and LED1 diodes
Positive pole,
Described chip U0 No. 49 pins connection resistance R07 one end, described resistance the R07 other end and LED2 diodes
Positive pole,
Described chip U0 No. 50 pins connection resistance R06 one end, described resistance the R06 other end and LED3 diodes
Positive pole,
The negative pole of described LED1 diodes, the negative poles of LED2 diodes are grounded after being connected with the negative pole of LED2 diodes,
No. 6 ends and resistance R02 one end of described chip U0 No. 44 pins connection clock module,
No. 5 ends and resistance R03 one end of described chip U0 No. 45 pins connection clock module,
The described resistance R02 other end connection resistance R03 other end, resistance R04 one end, resistance R05 the other end, when
No. 8 of clock module ends, electric capacity C02 one end and operating voltage 3.3V, described electric capacity C02 other end ground connection, when described
The model FF3130 of clock module,
No. 57 pins of No. 7 end connection resistance R04 of described the clock module other end and chip U0,
No. 4 end connection crystal oscillator XT1 of described clock module one end, No. 2 end connection crystal oscillator XT1's of described clock module
The other end,
No. 3 ends, electric capacity C01 one end of No. 1 end connection clock module of described clock module, described electric capacity C01's is another
No. 7 ends of one end connection random access memory, No. 8 ends of random access memory and operating voltage+3.3V, described random access memory
Model FM25CL64.
Four-dimensional preschool education chair under described reality environment, described chip U0 No. 51 pins connection are deposited at random
No. 6 ends of reservoir,
No. 5 ends of described chip U0 No. 52 pins connection random access memory,
No. 2 ends of described chip U0 No. 53 pins connection random access memory and resistance R01 one end, described resistance R01
The other end connection operating voltage+3.3V,
No. 1 end of described chip U0 No. 54 pins connection random access memory, No. 4 end ground connection of described random access memory；
Described chip U0 No. 55 pins connection WIFI chips U1 No. 2 ends,
Described chip U0 No. 56 pins connection WIFI chips U1 No. 1 end,
Described chip U0 No. 59 pins connection WIFI chips U1 No. 4 ends,
Described chip U0 No. 60 pins connection WIFI chips U1 No. 3 ends, described WIFI chips U1 No. 6 end connection works
Make voltage 5V, described WIFI chips U1 No. 7 end ground connection,
Described chip U0 No. 61 pins connection chip U2 No. 12 ends,
Described chip U0 No. 62 pins connection chip U2 No. 11 ends, described chip U2 No. 13 ends and No. 14 ends connect
Embedded host, described chip U2 No. 15 end ground connection, described chip U2 No. 16 end connection operating voltage+3.3V, electricity
Hold C04 one end and electric capacity C03 one end, described electric capacity C03 other end ground connection, the described electric capacity C04 other end connects
Chip U2 No. 2 ends are connect, electric capacity C05, described chip U2 No. 4 ends are connected between described chip U2 No. 1 end and No. 3 ends
It is grounded after electric capacity C06, described chip U2 No. 7 end connection electric capacity C07 are connected between No. 5 ends,
Described chip U0 No. 63 pins ground connection,
Described chip U0 No. 64 pins connection operating voltage+3.3V,
Described chip U0 No. 65 pins connection resistance R23A one end, described resistance R23A other end connecting triode
Q2 base stage b, described triode Q2 emitter e ground connection, the one of described triode Q2 colelctor electrode c connection relays K2
End and diode D14 positive pole, described diode D14 negative pole connection relay the K2 other end and operating voltage 5V, institute
The relay K2 controlling switches stated connect movable motor,
Described chip U0 No. 66 pins connection resistance R24A one end, described resistance R24A other end connecting triode
Q3 base stage b, described triode Q3 emitter e ground connection, the one of described triode Q3 colelctor electrode c connection relays K3
End and diode D15 positive pole, described diode D15 negative pole connection relay the K3 other end and operating voltage 5V, institute
The relay K3 controlling switches stated, which connect, moves left and right motor,
Described chip U0 No. 67 pins connection resistance R25A one end, described resistance R25A other end connecting triode
Q4 base stage b, described triode Q4 emitter e ground connection, the one of described triode Q2 colelctor electrode c connection relays K4
End and diode D16 positive pole, described diode D16 negative pole connection relay the K4 other end and operating voltage 5V, institute
The relay K4 controlling switches stated are given a dinner for a visitor from afar machine,
Described chip U0 No. 68 pins connection resistance R26A one end, described resistance R26A other end connecting triode
Q5 base stage b, described triode Q5 emitter e ground connection, the one of described triode Q5 colelctor electrode c connection relays K5
End and diode D17 positive pole, described diode D17 negative pole connection relay the K5 other end and operating voltage 5V, institute
The relay K5 controlling switches stated connect heating,
Described chip U0 No. 69 pins connection resistance R27A one end, described resistance R27A other end connecting triode
Q5 base stage b, described triode Q5 emitter e ground connection, the one of described triode Q5 colelctor electrode c connection relays K6
End and diode D18 positive pole, described diode D18 negative pole connection relay the K6 other end and operating voltage 5V, institute
The relay K6 controlling switches stated, which connect, moves up and down motor.
Four-dimensional preschool education chair under described reality environment, described chip U0 No. 73 pins connection WS2's
No. 16 ends,
Described chip U0 No. 74 pins connection WS2 No. 15 ends,
Described chip U0 No. 75 pins connection WS2 No. 14 ends,
Described chip U0 No. 76 pins connection WS2 No. 13 ends,
Described chip U0 No. 77 pins connection WS2 No. 12 ends,
Described chip U0 No. 78 pins connection WS2 No. 11 ends,
Described chip U0 No. 79 pins connection WS2 No. 10 ends,
Described chip U0 No. 80 pins connection WS2 No. 9 ends,
Described chip U0 No. 81 pins connection WS1 No. 16 ends,
Described chip U0 No. 82 pins connection WS1 No. 15 ends,
Described chip U0 No. 83 pins connection WS1 No. 14 ends,
Described chip U0 No. 84 pins connection WS1 No. 13 ends,
Described chip U0 No. 85 pins connection WS1 No. 12 ends,
Described chip U0 No. 86 pins connection WS1 No. 11 ends,
Described chip U0 No. 87 pins connection WS1 No. 10 ends,
Described chip U0 No. 88 pins connection WS1 No. 9 ends,
Described chip U0 No. 89 pins ground connection,
Described chip U0 No. 90 pins connection operating voltage 3.3V,
Described chip U0 No. 91 pins connection WS0 No. 16 ends,
Described chip U0 No. 92 pins connection WS0 No. 15 ends,
Described chip U0 No. 93 pins connection WS0 No. 14 ends,
Described chip U0 No. 94 pins connection WS0 No. 13 ends,
Described chip U0 No. 95 pins connection WS0 No. 12 ends,
Described chip U0 No. 96 pins connection WS0 No. 11 ends,
Described chip U0 No. 97 pins connection WS0 No. 10 ends,
Described chip U0 No. 98 pins connection WS0 No. 9 ends,
No. 1 of described WS0 end connection WS0 No. 2 ends, WS0 No. 3 ends, WS0 No. 4 ends, WS0 No. 5 ends, No. 6 of WS0
End, No. 7 of WS0 ends, WS0 No. 8 ends, WS1 No. 1 end, WS1 No. 2 ends, WS1 No. 3 ends, WS1 No. 4 ends, No. 5 of WS1
End, No. 6 of WS1 ends, WS1 No. 7 ends, WS1 No. 8 ends, WS2 No. 1 end, WS2 No. 2 ends, WS2 No. 3 ends, No. 4 of WS2
End, No. 5 of WS2 ends, WS0 No. 6 ends, WS0 No. 7 ends, WS2 No. 8 ends after be grounded,
Described chip U0 No. 100 pins connection resistance R17 one end, described resistance R17 other end connection resistance R18
One end and chip U3 No. 2 ends, described resistance R18 other end connection chip U3 No. 1 end, the 3 of described chip U3
Number end ground connection, No. 4 of described chip U3 end connection electric capacity C23 one end, voltage-regulator diode D11 positive pole, diode D12's
The positive pole of positive pole and diode D13, described chip U3 model XTR115；
Described chip U3 No. 5 end connecting triode Q1 emitter e, described chip U3 No. 5 end connecting triode Q1
No. 5 of base stage b, described chip U3 end connecting triode Q1 colelctor electrode c, electric capacity the C23 other end, voltage-regulator diodes
The negative pole of D11 negative pole, diode D9 negative pole and diode D10, described diode D12 negative pole connection diode D10
Positive pole and vibration motor one end, described diode D13 negative pole connection diode D9 positive pole and vibration motor it is another
One end.
Four-dimensional preschool education chair under described reality environment, the one of described operating voltage 3.3V connection electric capacity C8
End, electric capacity C7 one end, electric capacity C6 one end, electric capacity C5 one end and resistance R01 one end, described resistance R01's is another
End connection electric capacity C1 one end and the U10 of voltage regulator chip I VOUTEnd, the described U10 of voltage regulator chip I VinEnd connection electric capacity
C0 one end and diode D10 negative pole, the zero line of described diode D10 positive pole connection 12V voltages, described 12V
The zero line side connection electric capacity C0 of the voltage other end, the U10 of voltage regulator chip I earth terminal, the electric capacity C1 other end, electric capacity C5
The other end, the electric capacity C6 other end, the electric capacity C7 other end, electric capacity the C8 other end and earth terminal；The U10's of voltage regulator chip I
Model LM1085.
Four-dimensional preschool education chair under described reality environment, described operating voltage 5V connection electric capacity C3 one end
With the U20 of voltage regulator chip II VOUTEnd, the described U20 of voltage regulator chip II VinEnd connection electric capacity C2 one end and diode
D20 negative pole, the zero line of described diode D20 positive pole connection 12V voltages, the zero line side connection of described 12V voltages
The electric capacity C2 other end, the U20 of voltage regulator chip II earth terminal, electric capacity the C3 other end and earth terminal；The U20 of voltage regulator chip II
Model AM1117.
Beneficial effect：
Collect ergonomic designs method, virtual reality technology, multidimensional dynamic technology, Computer Control Technology, preschool education method
Be adapted Deng in one, needs, rule and feature with child's physical and mental development, be it is a kind of meet child learn behavioral requirements,
It is adapted to multi-functional, the intelligentized combined type educational facilities of the psychosomatic development needs of child.
It is single that seat solves existing children education facility function, incorporated educational, game, intelligence, adjustability,
The various factors such as comfortableness, practicality, the defects of existing pre-school facilities function is single is overcome, was both seen with child
Shield, child's rest, the function of facilitating child's diet, the equipment for being also used as assisting children education.
The seat can record the activity description of child, accumulate infant-growth record material.Seat is with child's learning Content
Scene action, among the scene that child is placed oneself in the midst of to learning Content, it is simultaneously luxuriant to provide figure, text, sound for child, visual sense, sense of hearing, moves
The multiple impression felt and deposited stimulates, and meets the needs of children's interest, child is really come into plot, as on the spot in person, to swash
The curiosity and notice of children is sent out, promotes the maturation of child's sense organ physiological development, culture child listens attentively to ability and custom, allowed
Child possesses the audio visual ability of acumen, promotes child's thinking development.Realize the interaction between the content of study and child, lifting
Results of learning, be advantageous to the development of child's logical thinking, for preschool education provide it is a kind of it is practical, novel, simple to operate, function is strong
Big teaching facilities.
Brief description of the drawings：
Accompanying drawing 1 is the structural representation of the present invention.
Accompanying drawing 2 is the side view of the present invention.
Accompanying drawing 4 is the signal flow graph of the present invention.
Accompanying drawing 5 is the circuit theory diagrams of the present invention.
Accompanying drawing 6 is the multifunctional desk plate structure schematic diagram of the present invention.
Accompanying drawing 7 is the upper left quarter circuit diagram of accompanying drawing 5.
Accompanying drawing 8 is the lower left quarter circuit diagram of accompanying drawing 5.
Accompanying drawing 9 is the right part circuit diagram of accompanying drawing 5.
Accompanying drawing 10 is the lower circuit schematic diagram of accompanying drawing 5.
Accompanying drawing 11 is the voltage regulator circuit schematic diagram of the present invention.
Accompanying drawing 12 is the electric power management circuit schematic diagram of the present invention.
Embodiment：
Embodiment 1
A kind of four-dimensional preschool education chair under reality environment, it is characterized in that：Its composition includes seat 12, described seat 12
Bottom motion platform 1, described motion platform 1 are set, the front surface of described motion platform 1 sets operator control panel 2, described
Multi-functional table 4 is placed in the handrail upper surface of seat 12, is provided with air outlet 3 on the inside of the handrail of described seat 12, described is more
The surface of function table 4 vacantly sets display screen 5, and the top of described display screen 5 sets one end of shrinking connecting-rod 9, described
Shrinking connecting-rod 9 other end connecting chair 12 backboard top,
Camera 8 is set on the chair back of described seat 12, and the lower section of described camera 8 sets Intelligent cushion 6, described intelligence
The both sides of energy cushion 6 set a sound equipment 7 respectively,
The back side of described seat 12 sets control cabinet 11,
The bottom surface front end of described seat 12 sets safe block button 10.
Embodiment 2
Four-dimensional preschool education chair under reality environment described in embodiment 1, described switch board 11 is interior to load embedded master
Machine, described embedded host send/received control signal by antenna, and described embedded host transmits to loudspeaker LB to be believed
Number, described embedded host transmits signal to camera, and described embedded host is shown by data wire to touch control type LCD
Display screen transmits signal, and described embedded host passes through binding post connecting chair control system.
Embodiment 3
Four-dimensional preschool education chair under reality environment described in embodiment 2, described embedded host include chip U0, institute
The chip U0 stated No. 1 pin connecting interface S0 No. 5 pins, No. 4 of described chip U0 No. 2 pin connecting interface S0 are drawn
One end of pin and resistance R16, described resistance R16 other end connection operating voltage 3.3V and interface S0 No. 1 pin are described
Chip U0 No. 3 pin connecting interface S0 No. 7 pins, No. 6 of described chip U0 No. 4 pin connecting interface S0 draw
Pin,
Described chip U0 No. 5 pins connection resistance R14 one end, described resistance R14 other end connection resistance R15's
One end and electric capacity C00 one end, described resistance R15 other end connection operating voltage 3.3V,
Described electric capacity C00 other end connection chip U0 No. 10 pins, electric capacity C18 one end, electric capacity C19 one end and core
Piece U0 No. 13 pins, the described electric capacity C18 other end connection electric capacity C19 other end, chip U0 No. 12 pins, chips
No. 17 pins of U0 No. 15 pins, chip U0 No. 16 pins and chip U0,
Described chip U0 No. 11 pins connection chip U0 No. 14 pins, electric capacity C20 one end, electric capacity C21 one end with
Resistance R13 one end, described resistance the R15 other end connection operating voltage 3.3V, described electric capacity C20 other end connection
The electric capacity C21 other end and earth terminal, it is described
Described chip U0 No. 18 pins connection electric capacity C13 one end and resistance R12 one end,
Described chip U0 No. 19 pins connection electric capacity C12 one end and resistance R11 one end,
Described chip U0 No. 20 pins connection electric capacity C11 one end and resistance R10 one end,
Described chip U0 No. 21 pins connection electric capacity C10 one end and resistance R9 one end,
The described electric capacity C10 other end connection electric capacity C11 other end, electric capacity the C12 other end, the electric capacity C13 other end
With earth terminal,
Described resistance R12 other end connection transport and placing device U04-1 output end and negative input end,
Described resistance R11 other end connection transport and placing device U04-2 output end and negative input end,
Described resistance R10 other end connection transport and placing device U04-3 output end and negative input end,
Described resistance R9 other end connection transport and placing device U04-4 output end and negative input end,
Described transport and placing device U04-1 positive input terminal connection resistance R19 one end, diode D4 positive pole, diode D5 it is negative
Pole, electric capacity C17 one end and temperature sensor, described electric capacity C17 other end ground connection,
Described transport and placing device U04-2 positive input terminal connection resistance R20 one end, diode D3 positive pole, diode D6 it is negative
Pole, electric capacity C16 one end and humidity sensor, described electric capacity C16 other end ground connection,
Described transport and placing device U04-3 positive input terminal connection resistance R21 one end, diode D2 positive pole, diode D7 it is negative
Pole, electric capacity C15 one end and heave sensor, described electric capacity C15 other end ground connection,
Described transport and placing device U04-4 positive input terminal connection resistance R22 one end, diode D1 positive pole, diode D8 it is negative
Pole, electric capacity C14 one end and angular transducer, described electric capacity C14 other end ground connection,
Described resistance R19 other end connection diode D5 positive pole, the resistance R20 other end, diode D6 positive pole, electricity
The R21 other end, diode D7 positive pole, the resistance R22 other end are hindered with being grounded after diode D8 positive pole,
Described diode D4 negative pole, diode D3 negative pole, diode D2 negative pole after diode D1 negative pole with being connected
Operating voltage 3.3V.
Embodiment 4
Four-dimensional preschool education chair under reality environment described in embodiment 2, described chip U0 No. 26 pins connection are brilliant
Shake xt2 one end and electric capacity C09 one end,
One end of described chip U0 No. 27 pins connection crystal oscillator the xt2 other end and electric capacity C08,
The described electric capacity C09 other end is grounded after being connected with the electric capacity C08 other end,
Described chip U0 No. 28 pins connection operating voltage 3.3V,
Described chip U0 29-36 pins are corresponding in turn to connection liquid crystal display 13-6 pins,
Described chip U0 No. 37 pins connection operating voltage 3.3V,
Described chip U0 No. 38 pins ground connection,
Described chip U0 39-43 pins are corresponding in turn to connection liquid crystal display 1-5 pins, described liquid crystal display
No. 14 pins connect operating voltage 3.3V,
Described No. 16 pins of No. 15 pin connection liquid crystal displays of liquid crystal display, No. 18 pins of liquid crystal display and ground connection
End,
Described No. 17 pin connection resistance R05 of liquid crystal display one end,
Described chip U0 No. 48 pins connection resistance R08 one end, described resistance the R08 other end and LED1 diodes
Positive pole,
Described chip U0 No. 49 pins connection resistance R07 one end, described resistance the R07 other end and LED2 diodes
Positive pole,
Described chip U0 No. 50 pins connection resistance R06 one end, described resistance the R06 other end and LED3 diodes
Positive pole,
The negative pole of described LED1 diodes, the negative poles of LED2 diodes are grounded after being connected with the negative pole of LED2 diodes,
No. 6 ends and resistance R02 one end of described chip U0 No. 44 pins connection clock module,
No. 5 ends and resistance R03 one end of described chip U0 No. 45 pins connection clock module,
The described resistance R02 other end connection resistance R03 other end, resistance R04 one end, resistance R05 the other end, when
No. 8 of clock module ends, electric capacity C02 one end and operating voltage 3.3V, described electric capacity C02 other end ground connection, when described
The model FF3130 of clock module,
No. 57 pins of No. 7 end connection resistance R04 of described the clock module other end and chip U0,
No. 4 end connection crystal oscillator XT1 of described clock module one end, No. 2 end connection crystal oscillator XT1's of described clock module
The other end,
No. 3 ends, electric capacity C01 one end of No. 1 end connection clock module of described clock module, described electric capacity C01's is another
No. 7 ends of one end connection random access memory, No. 8 ends of random access memory and operating voltage+3.3V, described random access memory
Model FM25CL64.
Embodiment 5
Four-dimensional preschool education chair under reality environment described in embodiment 2, described chip U0 No. 51 pins connection with
No. 6 ends of machine memory,
No. 5 ends of described chip U0 No. 52 pins connection random access memory,
No. 2 ends of described chip U0 No. 53 pins connection random access memory and resistance R01 one end, described resistance R01
The other end connection operating voltage+3.3V,
No. 1 end of described chip U0 No. 54 pins connection random access memory, No. 4 end ground connection of described random access memory；
Described chip U0 No. 55 pins connection WIFI chips U1 No. 2 ends,
Described chip U0 No. 56 pins connection WIFI chips U1 No. 1 end,
Described chip U0 No. 59 pins connection WIFI chips U1 No. 4 ends,
Described chip U0 No. 60 pins connection WIFI chips U1 No. 3 ends, described WIFI chips U1 No. 6 end connection works
Make voltage 5V, described WIFI chips U1 No. 7 end ground connection,
Described chip U0 No. 61 pins connection chip U2 No. 12 ends,
Described chip U0 No. 62 pins connection chip U2 No. 11 ends, described chip U2 No. 13 ends and No. 14 ends connect
Embedded host, described chip U2 No. 15 end ground connection, described chip U2 No. 16 end connection operating voltage+3.3V, electricity
Hold C04 one end and electric capacity C03 one end, described electric capacity C03 other end ground connection, the described electric capacity C04 other end connects
Chip U2 No. 2 ends are connect, electric capacity C05, described chip U2 No. 4 ends are connected between described chip U2 No. 1 end and No. 3 ends
It is grounded after electric capacity C06, described chip U2 No. 7 end connection electric capacity C07 are connected between No. 5 ends,
Described chip U0 No. 63 pins ground connection,
Described chip U0 No. 64 pins connection operating voltage+3.3V,
Described chip U0 No. 65 pins connection resistance R23A one end, described resistance R23A other end connecting triode
Q2 base stage b, described triode Q2 emitter e ground connection, the one of described triode Q2 colelctor electrode c connection relays K2
End and diode D14 positive pole, described diode D14 negative pole connection relay the K2 other end and operating voltage 5V, institute
The relay K2 controlling switches stated connect movable motor,
Described chip U0 No. 66 pins connection resistance R24A one end, described resistance R24A other end connecting triode
Q3 base stage b, described triode Q3 emitter e ground connection, the one of described triode Q3 colelctor electrode c connection relays K3
End and diode D15 positive pole, described diode D15 negative pole connection relay the K3 other end and operating voltage 5V, institute
The relay K3 controlling switches stated, which connect, moves left and right motor,
Described chip U0 No. 67 pins connection resistance R25A one end, described resistance R25A other end connecting triode
Q4 base stage b, described triode Q4 emitter e ground connection, the one of described triode Q2 colelctor electrode c connection relays K4
End and diode D16 positive pole, described diode D16 negative pole connection relay the K4 other end and operating voltage 5V, institute
The relay K4 controlling switches stated are given a dinner for a visitor from afar machine,
Described chip U0 No. 68 pins connection resistance R26A one end, described resistance R26A other end connecting triode
Q5 base stage b, described triode Q5 emitter e ground connection, the one of described triode Q5 colelctor electrode c connection relays K5
End and diode D17 positive pole, described diode D17 negative pole connection relay the K5 other end and operating voltage 5V, institute
The relay K5 controlling switches stated connect heating,
Described chip U0 No. 69 pins connection resistance R27A one end, described resistance R27A other end connecting triode
Q5 base stage b, described triode Q5 emitter e ground connection, the one of described triode Q5 colelctor electrode c connection relays K6
End and diode D18 positive pole, described diode D18 negative pole connection relay the K6 other end and operating voltage 5V, institute
The relay K6 controlling switches stated, which connect, moves up and down motor.
Embodiment 6
Four-dimensional preschool education chair under reality environment described in embodiment 2, described chip U0 No. 73 pins connection WS2
No. 16 end,
Described chip U0 No. 74 pins connection WS2 No. 15 ends,
Described chip U0 No. 75 pins connection WS2 No. 14 ends,
Described chip U0 No. 76 pins connection WS2 No. 13 ends,
Described chip U0 No. 77 pins connection WS2 No. 12 ends,
Described chip U0 No. 78 pins connection WS2 No. 11 ends,
Described chip U0 No. 79 pins connection WS2 No. 10 ends,
Described chip U0 No. 80 pins connection WS2 No. 9 ends,
Described chip U0 No. 81 pins connection WS1 No. 16 ends,
Described chip U0 No. 82 pins connection WS1 No. 15 ends,
Described chip U0 No. 83 pins connection WS1 No. 14 ends,
Described chip U0 No. 84 pins connection WS1 No. 13 ends,
Described chip U0 No. 85 pins connection WS1 No. 12 ends,
Described chip U0 No. 86 pins connection WS1 No. 11 ends,
Described chip U0 No. 87 pins connection WS1 No. 10 ends,
Described chip U0 No. 88 pins connection WS1 No. 9 ends,
Described chip U0 No. 89 pins ground connection,
Described chip U0 No. 90 pins connection operating voltage 3.3V,
Described chip U0 No. 91 pins connection WS0 No. 16 ends,
Described chip U0 No. 92 pins connection WS0 No. 15 ends,
Described chip U0 No. 93 pins connection WS0 No. 14 ends,
Described chip U0 No. 94 pins connection WS0 No. 13 ends,
Described chip U0 No. 95 pins connection WS0 No. 12 ends,
Described chip U0 No. 96 pins connection WS0 No. 11 ends,
Described chip U0 No. 97 pins connection WS0 No. 10 ends,
Described chip U0 No. 98 pins connection WS0 No. 9 ends,
No. 1 of described WS0 end connection WS0 No. 2 ends, WS0 No. 3 ends, WS0 No. 4 ends, WS0 No. 5 ends, No. 6 of WS0
End, No. 7 of WS0 ends, WS0 No. 8 ends, WS1 No. 1 end, WS1 No. 2 ends, WS1 No. 3 ends, WS1 No. 4 ends, No. 5 of WS1
End, No. 6 of WS1 ends, WS1 No. 7 ends, WS1 No. 8 ends, WS2 No. 1 end, WS2 No. 2 ends, WS2 No. 3 ends, No. 4 of WS2
End, No. 5 of WS2 ends, WS0 No. 6 ends, WS0 No. 7 ends, WS2 No. 8 ends after be grounded,
Described chip U0 No. 100 pins connection resistance R17 one end, described resistance R17 other end connection resistance R18
One end and chip U3 No. 2 ends, described resistance R18 other end connection chip U3 No. 1 end, the 3 of described chip U3
Number end ground connection, No. 4 of described chip U3 end connection electric capacity C23 one end, voltage-regulator diode D11 positive pole, diode D12's
The positive pole of positive pole and diode D13, described chip U3 model XTR115；
Described chip U3 No. 5 end connecting triode Q1 emitter e, described chip U3 No. 5 end connecting triode Q1
No. 5 of base stage b, described chip U3 end connecting triode Q1 colelctor electrode c, electric capacity the C23 other end, voltage-regulator diodes
The negative pole of D11 negative pole, diode D9 negative pole and diode D10, described diode D12 negative pole connection diode D10
Positive pole and vibration motor one end, described diode D13 negative pole connection diode D9 positive pole and vibration motor it is another
One end.
Embodiment 7
Four-dimensional preschool education chair under reality environment described in embodiment 2, described operating voltage 3.3V connection electric capacity C8
One end, electric capacity C7 one end, electric capacity C6 one end, electric capacity C5 one end and resistance R01 one end, described resistance R01's
Other end connection electric capacity C1 one end and the U10 of voltage regulator chip I VOUTEnd, the described U10 of voltage regulator chip I VinEnd connection
Electric capacity C0 one end and diode D10 negative pole, the zero line of described diode D10 positive pole connection 12V voltages are described
The zero line side connection electric capacity C0 of the 12V voltages other end, the U10 of voltage regulator chip I earth terminal, electric capacity the C1 other end, electric capacity
The C5 other end, the electric capacity C6 other end, the electric capacity C7 other end, electric capacity the C8 other end and earth terminal；Voltage regulator chip I
U10 model LM1085.
Embodiment 8
Four-dimensional preschool education chair under reality environment described in embodiment 2, described operating voltage 5V connection electric capacity C3's
One end and the U20 of voltage regulator chip II VOUTEnd, the described U20 of voltage regulator chip II VinEnd connection electric capacity C2 one end and two
Pole pipe D20 negative pole, the zero line of described diode D20 positive pole connection 12V voltages, the zero line side of described 12V voltages
Connect the electric capacity C2 other end, the U20 of voltage regulator chip II earth terminal, electric capacity the C3 other end and earth terminal；Voltage regulator chip
II U20 model AM1117.
Embodiment 9
Four-dimensional preschool education chair under reality environment described in embodiment 1, as shown in figure 3, described motion platform（1）On
Supporting plate（13）With lower supporting plate（14）Between set six electric cylinders（15）, each described electric cylinder（15）Respectively by one
Motor Control, each described motor are controlled by PLC chip.
Motion platform is around coordinating in schematic diagram, upper and lower motor uses.Motion platform is by hydraulic system
Driving, there is two kinds of Three Degree Of Freedom and six degree of freedom.Three Degree Of Freedom can realize, can lift,
Pitching, swing three kinds of motion modes.Six degree of freedom can lift, pitching, swing, around with turn to totally six kinds fortune
Flowing mode.According to control system order, Three Degree Of Freedom or six-freedom motion are done.
Embodiment 10
Four-dimensional preschool education chair under reality environment described in embodiment 1, as shown in fig. 6, described multi-functional table（4）
It is turned to when needing side, by bar hole thereon（16）It is put on locking device.Then pin is inserted into pin hole（17）It is interior,
Realize and overturn multi-functional table（4）Fixation；
The metallic rod of locking device（19）It is fixed on seat（12）In handrail, height adjustment passes through adjustable nut（18）Realize.
Certainly, described above is not limitation of the present invention, and the present invention is also not limited to the example above, this technology neck
The variations, modifications, additions or substitutions that the technical staff in domain is made in the essential scope of the present invention, it should also belong to the present invention's
Protection domain.
Claims (8)
1. the four-dimensional preschool education chair under a kind of reality environment, it is characterized in that：Its composition includes seat（12）, described seat
Chair（12）Bottom set motion platform（1）, described motion platform（1）, described motion platform（1）Front surface set behaviour
Work shields（2）, described seat（12）Handrail upper surface place multi-functional table（4）, described seat（12）Handrail on the inside of
It is provided with air outlet（3）, described multi-functional table（4）Surface display screen is vacantly set（5）, described display screen（5）'s
Top sets shrinking connecting-rod（9）One end, described shrinking connecting-rod（9）Other end connecting chair（12）Backboard top,
Described seat（12）The chair back on camera is set（8）, described camera（8）Lower section set Intelligent cushion（6）,
Described Intelligent cushion（6）Both sides one sound equipment is set respectively（7）,
Described seat（12）The back side set control cabinet（11）,
Described seat（12）Bottom surface front end set safe block button（10）.
2. the four-dimensional preschool education chair under reality environment according to claim 1, it is characterized in that：Described switch board
（11）Interior loading embedded host, described embedded host send/received control signal, described embedded master by antenna
Machine transmits signal to loudspeaker LB, and described embedded host transmits signal to camera, and described embedded host passes through data
Line transmits signal to touch liquid crystal display, and described embedded host passes through binding post connecting chair control system.
3. the four-dimensional preschool education chair under reality environment according to claim 2, it is characterized in that：Described is embedded
Main frame includes chip U0, described chip U0 No. 1 pin connecting interface S0 No. 5 pins, described chip U0 No. 2 pins
Connecting interface S0 No. 4 pins and resistance R16 one end, the described resistance R16 other end connect operating voltage 3.3V with connecing
Mouth S0 No. 1 pin, described chip U0 No. 3 pin connecting interface S0 No. 7 pins, described chip U0 No. 4 pins
Connecting interface S0 No. 6 pins,
Described chip U0 No. 5 pins connection resistance R14 one end, described resistance R14 other end connection resistance R15's
One end and electric capacity C00 one end, described resistance R15 other end connection operating voltage 3.3V,
Described electric capacity C00 other end connection chip U0 No. 10 pins, electric capacity C18 one end, electric capacity C19 one end and core
Piece U0 No. 13 pins, the described electric capacity C18 other end connection electric capacity C19 other end, chip U0 No. 12 pins, chips
No. 17 pins of U0 No. 15 pins, chip U0 No. 16 pins and chip U0,
Described chip U0 No. 11 pins connection chip U0 No. 14 pins, electric capacity C20 one end, electric capacity C21 one end with
Resistance R13 one end, described resistance the R15 other end connection operating voltage 3.3V, described electric capacity C20 other end connection
The electric capacity C21 other end and earth terminal, it is described
Described chip U0 No. 18 pins connection electric capacity C13 one end and resistance R12 one end,
Described chip U0 No. 19 pins connection electric capacity C12 one end and resistance R11 one end,
Described chip U0 No. 20 pins connection electric capacity C11 one end and resistance R10 one end,
Described chip U0 No. 21 pins connection electric capacity C10 one end and resistance R9 one end,
The described electric capacity C10 other end connection electric capacity C11 other end, electric capacity the C12 other end, the electric capacity C13 other end
With earth terminal,
Described resistance R12 other end connection transport and placing device U04-1 output end and negative input end,
Described resistance R11 other end connection transport and placing device U04-2 output end and negative input end,
Described resistance R10 other end connection transport and placing device U04-3 output end and negative input end,
Described resistance R9 other end connection transport and placing device U04-4 output end and negative input end,
Described transport and placing device U04-1 positive input terminal connection resistance R19 one end, diode D4 positive pole, diode D5 it is negative
Pole, electric capacity C17 one end and temperature sensor, described electric capacity C17 other end ground connection,
Described transport and placing device U04-2 positive input terminal connection resistance R20 one end, diode D3 positive pole, diode D6 it is negative
Pole, electric capacity C16 one end and humidity sensor, described electric capacity C16 other end ground connection,
Described transport and placing device U04-3 positive input terminal connection resistance R21 one end, diode D2 positive pole, diode D7 it is negative
Pole, electric capacity C15 one end and heave sensor, described electric capacity C15 other end ground connection,
Described transport and placing device U04-4 positive input terminal connection resistance R22 one end, diode D1 positive pole, diode D8 it is negative
Pole, electric capacity C14 one end and angular transducer, described electric capacity C14 other end ground connection,
Described resistance R19 other end connection diode D5 positive pole, the resistance R20 other end, diode D6 positive pole, electricity
The R21 other end, diode D7 positive pole, the resistance R22 other end are hindered with being grounded after diode D8 positive pole,
Described diode D4 negative pole, diode D3 negative pole, diode D2 negative pole after diode D1 negative pole with being connected
Operating voltage 3.3V.
4. the four-dimensional preschool education chair under reality environment according to claim 2, it is characterized in that：Described chip U0
No. 26 pins connection crystal oscillator xt2 one end and electric capacity C09 one end,
One end of described chip U0 No. 27 pins connection crystal oscillator the xt2 other end and electric capacity C08,
The described electric capacity C09 other end is grounded after being connected with the electric capacity C08 other end,
Described chip U0 No. 28 pins connection operating voltage 3.3V,
Described chip U0 29-36 pins are corresponding in turn to connection liquid crystal display 13-6 pins,
Described chip U0 No. 37 pins connection operating voltage 3.3V,
Described chip U0 No. 38 pins ground connection,
Described chip U0 39-43 pins are corresponding in turn to connection liquid crystal display 1-5 pins, described liquid crystal display
No. 14 pins connect operating voltage 3.3V,
Described No. 16 pins of No. 15 pin connection liquid crystal displays of liquid crystal display, No. 18 pins of liquid crystal display and ground connection
End,
Described No. 17 pin connection resistance R05 of liquid crystal display one end,
Described chip U0 No. 48 pins connection resistance R08 one end, described resistance the R08 other end and LED1 diodes
Positive pole,
Described chip U0 No. 49 pins connection resistance R07 one end, described resistance the R07 other end and LED2 diodes
Positive pole,
Described chip U0 No. 50 pins connection resistance R06 one end, described resistance the R06 other end and LED3 diodes
Positive pole,
The negative pole of described LED1 diodes, the negative poles of LED2 diodes are grounded after being connected with the negative pole of LED2 diodes,
No. 6 ends and resistance R02 one end of described chip U0 No. 44 pins connection clock module,
No. 5 ends and resistance R03 one end of described chip U0 No. 45 pins connection clock module,
The described resistance R02 other end connection resistance R03 other end, resistance R04 one end, resistance R05 the other end, when
No. 8 of clock module ends, electric capacity C02 one end and operating voltage 3.3V, described electric capacity C02 other end ground connection, when described
The model FF3130 of clock module,
No. 57 pins of No. 7 end connection resistance R04 of described the clock module other end and chip U0,
No. 4 end connection crystal oscillator XT1 of described clock module one end, No. 2 end connection crystal oscillator XT1's of described clock module
The other end,
No. 3 ends, electric capacity C01 one end of No. 1 end connection clock module of described clock module, described electric capacity C01's is another
No. 7 ends of one end connection random access memory, No. 8 ends of random access memory and operating voltage+3.3V, described random access memory
Model FM25CL64.
5. the four-dimensional preschool education chair under reality environment according to claim 2, it is characterized in that：Described chip U0
No. 6 of random access memory ends of No. 51 pins connection,
No. 5 ends of described chip U0 No. 52 pins connection random access memory,
No. 2 ends of described chip U0 No. 53 pins connection random access memory and resistance R01 one end, described resistance R01
The other end connection operating voltage+3.3V,
No. 1 end of described chip U0 No. 54 pins connection random access memory, No. 4 end ground connection of described random access memory；
Described chip U0 No. 55 pins connection WIFI chips U1 No. 2 ends,
Described chip U0 No. 56 pins connection WIFI chips U1 No. 1 end,
Described chip U0 No. 59 pins connection WIFI chips U1 No. 4 ends,
Described chip U0 No. 60 pins connection WIFI chips U1 No. 3 ends, described WIFI chips U1 No. 6 end connection works
Make voltage 5V, described WIFI chips U1 No. 7 end ground connection,
Described chip U0 No. 61 pins connection chip U2 No. 12 ends,
Described chip U0 No. 62 pins connection chip U2 No. 11 ends, described chip U2 No. 13 ends and No. 14 ends connect
Embedded host, described chip U2 No. 15 end ground connection, described chip U2 No. 16 end connection operating voltage+3.3V, electricity
Hold C04 one end and electric capacity C03 one end, described electric capacity C03 other end ground connection, the described electric capacity C04 other end connects
Chip U2 No. 2 ends are connect, electric capacity C05, described chip U2 No. 4 ends are connected between described chip U2 No. 1 end and No. 3 ends
It is grounded after electric capacity C06, described chip U2 No. 7 end connection electric capacity C07 are connected between No. 5 ends,
Described chip U0 No. 63 pins ground connection,
Described chip U0 No. 64 pins connection operating voltage+3.3V,
Described chip U0 No. 65 pins connection resistance R23A one end, described resistance R23A other end connecting triode
Q2 base stage b, described triode Q2 emitter e ground connection, the one of described triode Q2 colelctor electrode c connection relays K2
End and diode D14 positive pole, described diode D14 negative pole connection relay the K2 other end and operating voltage 5V, institute
The relay K2 controlling switches stated connect movable motor,
Described chip U0 No. 66 pins connection resistance R24A one end, described resistance R24A other end connecting triode
Q3 base stage b, described triode Q3 emitter e ground connection, the one of described triode Q3 colelctor electrode c connection relays K3
End and diode D15 positive pole, described diode D15 negative pole connection relay the K3 other end and operating voltage 5V, institute
The relay K3 controlling switches stated, which connect, moves left and right motor,
Described chip U0 No. 67 pins connection resistance R25A one end, described resistance R25A other end connecting triode
Q4 base stage b, described triode Q4 emitter e ground connection, the one of described triode Q2 colelctor electrode c connection relays K4
End and diode D16 positive pole, described diode D16 negative pole connection relay the K4 other end and operating voltage 5V, institute
The relay K4 controlling switches stated are given a dinner for a visitor from afar machine,
Described chip U0 No. 68 pins connection resistance R26A one end, described resistance R26A other end connecting triode
Q5 base stage b, described triode Q5 emitter e ground connection, the one of described triode Q5 colelctor electrode c connection relays K5
End and diode D17 positive pole, described diode D17 negative pole connection relay the K5 other end and operating voltage 5V, institute
The relay K5 controlling switches stated connect heating,
Described chip U0 No. 69 pins connection resistance R27A one end, described resistance R27A other end connecting triode
Q5 base stage b, described triode Q5 emitter e ground connection, the one of described triode Q5 colelctor electrode c connection relays K6
End and diode D18 positive pole, described diode D18 negative pole connection relay the K6 other end and operating voltage 5V, institute
The relay K6 controlling switches stated, which connect, moves up and down motor.
6. the four-dimensional preschool education chair under reality environment according to claim 2, it is characterized in that：Described chip U0
No. 16 of WS2 ends of No. 73 pins connection,
Described chip U0 No. 74 pins connection WS2 No. 15 ends,
Described chip U0 No. 75 pins connection WS2 No. 14 ends,
Described chip U0 No. 76 pins connection WS2 No. 13 ends,
Described chip U0 No. 77 pins connection WS2 No. 12 ends,
Described chip U0 No. 78 pins connection WS2 No. 11 ends,
Described chip U0 No. 79 pins connection WS2 No. 10 ends,
Described chip U0 No. 80 pins connection WS2 No. 9 ends,
Described chip U0 No. 81 pins connection WS1 No. 16 ends,
Described chip U0 No. 82 pins connection WS1 No. 15 ends,
Described chip U0 No. 83 pins connection WS1 No. 14 ends,
Described chip U0 No. 84 pins connection WS1 No. 13 ends,
Described chip U0 No. 85 pins connection WS1 No. 12 ends,
Described chip U0 No. 86 pins connection WS1 No. 11 ends,
Described chip U0 No. 87 pins connection WS1 No. 10 ends,
Described chip U0 No. 88 pins connection WS1 No. 9 ends,
Described chip U0 No. 89 pins ground connection,
Described chip U0 No. 90 pins connection operating voltage 3.3V,
Described chip U0 No. 91 pins connection WS0 No. 16 ends,
Described chip U0 No. 92 pins connection WS0 No. 15 ends,
Described chip U0 No. 93 pins connection WS0 No. 14 ends,
Described chip U0 No. 94 pins connection WS0 No. 13 ends,
Described chip U0 No. 95 pins connection WS0 No. 12 ends,
Described chip U0 No. 96 pins connection WS0 No. 11 ends,
Described chip U0 No. 97 pins connection WS0 No. 10 ends,
Described chip U0 No. 98 pins connection WS0 No. 9 ends,
No. 1 of described WS0 end connection WS0 No. 2 ends, WS0 No. 3 ends, WS0 No. 4 ends, WS0 No. 5 ends, No. 6 of WS0
End, No. 7 of WS0 ends, WS0 No. 8 ends, WS1 No. 1 end, WS1 No. 2 ends, WS1 No. 3 ends, WS1 No. 4 ends, No. 5 of WS1
End, No. 6 of WS1 ends, WS1 No. 7 ends, WS1 No. 8 ends, WS2 No. 1 end, WS2 No. 2 ends, WS2 No. 3 ends, No. 4 of WS2
End, No. 5 of WS2 ends, WS0 No. 6 ends, WS0 No. 7 ends, WS2 No. 8 ends after be grounded,
Described chip U0 No. 100 pins connection resistance R17 one end, described resistance R17 other end connection resistance R18
One end and chip U3 No. 2 ends, described resistance R18 other end connection chip U3 No. 1 end, the 3 of described chip U3
Number end ground connection, No. 4 of described chip U3 end connection electric capacity C23 one end, voltage-regulator diode D11 positive pole, diode D12's
The positive pole of positive pole and diode D13, described chip U3 model XTR115；
Described chip U3 No. 5 end connecting triode Q1 emitter e, described chip U3 No. 5 end connecting triode Q1
No. 5 of base stage b, described chip U3 end connecting triode Q1 colelctor electrode c, electric capacity the C23 other end, voltage-regulator diodes
The negative pole of D11 negative pole, diode D9 negative pole and diode D10, described diode D12 negative pole connection diode D10
Positive pole and vibration motor one end, described diode D13 negative pole connection diode D9 positive pole and vibration motor it is another
One end.
7. the four-dimensional preschool education chair under reality environment according to claim 2, it is characterized in that：Described work electricity
3.3V connection electric capacity C8 one end, electric capacity C7 one end, electric capacity C6 one end, electric capacity C5 one end and resistance R01 one end is pressed,
Described resistance R01 other end connection electric capacity C1 one end and the U10 of voltage regulator chip I VOUTEnd, described voltage regulator chip
I U10 VinEnd connection electric capacity C0 one end and diode D10 negative pole, described diode D10 positive pole connection 12V voltages
Zero line, the zero line side connection electric capacity C0 of described 12V the voltages other end, the U10 of voltage regulator chip I earth terminal, electric capacity
The C1 other end, the electric capacity C5 other end, the electric capacity C6 other end, the electric capacity C7 other end, the electric capacity C8 other end and ground connection
End；The U10 of voltage regulator chip I model LM1085.
8. the four-dimensional preschool education chair under reality environment according to claim 2, it is characterized in that：Described work electricity
Press 5V connection electric capacity C3 one end and the U20 of voltage regulator chip II VOUTEnd, the described U20 of voltage regulator chip II VinEnd connection
Electric capacity C2 one end and diode D20 negative pole, the zero line of described diode D20 positive pole connection 12V voltages are described
The zero line side of 12V voltages connects the electric capacity C2 other end, the U20 of voltage regulator chip II earth terminal, the electric capacity C3 other end with connecing
Ground terminal；The U20 of voltage regulator chip II model AM1117.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201710703191.1A CN107871409A (en) | 2017-08-16 | 2017-08-16 | Four-dimensional preschool education chair under reality environment |
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| CN201710703191.1A CN107871409A (en) | 2017-08-16 | 2017-08-16 | Four-dimensional preschool education chair under reality environment |
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