CN102430243A - Toy based on embedded wireless sensing technology and data processing method of toy - Google Patents
Toy based on embedded wireless sensing technology and data processing method of toy Download PDFInfo
- Publication number
- CN102430243A CN102430243A CN 201110351437 CN201110351437A CN102430243A CN 102430243 A CN102430243 A CN 102430243A CN 201110351437 CN201110351437 CN 201110351437 CN 201110351437 A CN201110351437 A CN 201110351437A CN 102430243 A CN102430243 A CN 102430243A
- Authority
- CN
- China
- Prior art keywords
- data
- appurtenant machine
- module
- output
- electrically connected
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Granted
Links
- 238000005516 engineering process Methods 0.000 title claims abstract description 40
- 238000003672 processing method Methods 0.000 title claims abstract description 17
- 230000005540 biological transmission Effects 0.000 claims abstract description 26
- 238000000034 method Methods 0.000 claims abstract description 23
- 230000000694 effects Effects 0.000 claims abstract description 13
- 238000012545 processing Methods 0.000 claims abstract description 7
- 230000005669 field effect Effects 0.000 claims description 30
- 239000003990 capacitor Substances 0.000 claims description 25
- 238000006243 chemical reaction Methods 0.000 claims description 25
- 238000012546 transfer Methods 0.000 claims description 19
- 230000002093 peripheral effect Effects 0.000 claims description 17
- 230000006698 induction Effects 0.000 claims description 13
- 230000005484 gravity Effects 0.000 claims description 10
- 238000012544 monitoring process Methods 0.000 claims description 10
- 230000000087 stabilizing effect Effects 0.000 claims description 9
- 238000007405 data analysis Methods 0.000 claims description 8
- 230000003993 interaction Effects 0.000 claims description 5
- 238000004364 calculation method Methods 0.000 claims description 4
- 230000006870 function Effects 0.000 claims description 4
- 230000002452 interceptive effect Effects 0.000 claims description 4
- 244000188472 Ilex paraguariensis Species 0.000 claims description 3
- 238000013461 design Methods 0.000 abstract description 2
- 230000002349 favourable effect Effects 0.000 abstract 1
- 238000010586 diagram Methods 0.000 description 6
- 238000011161 development Methods 0.000 description 3
- 238000012937 correction Methods 0.000 description 2
- 239000000203 mixture Substances 0.000 description 2
- 238000004458 analytical method Methods 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000002950 deficient Effects 0.000 description 1
- 238000012827 research and development Methods 0.000 description 1
Images
Landscapes
- Toys (AREA)
Abstract
The invention relates to the sensor technology and the embedded type data processing and controlling technology in the technical field of electronics, particularly relates to a toy which is used for intelligence developing education by means of researching and developing hardware and software of the toy, and mainly discloses a toy based on the embedded wireless sensing technology and applied to a children intelligence developing toy system and a data processing method of the toy. A hardware portion of a device mainly comprises a master control machine, a secondary machine and a network data updating platform which are combined integrally to form the toy with self-networking ability, a software portion completes data processing via an integral data transmission module, a system calculating module, a result outputting module and the like, and relevant technical problems of designs of the master control machine, the secondary machine, the network data updating platform, a data transmission method and the like are mainly resolved. The toy and the data processing method thereof have the advantages that the scheme can prompt and assist children when the children play games, so that a correct intelligence developing effect is achieved, and the toy is a child intelligence developing toy favorable for developing imagination and creative power of the children.
Description
Technical field
The present invention relates to the sensor technology of electronic technology field; Wireless radio-frequency; Embedded data is handled and control technology, refers to a kind of modern means of science and technology of utilizing especially, through the hardware and the software of research and development children educational toy; Reach the effect of carrying out intelligence development education, be mainly used in the children educational toy system of software development technique and the data processing method of toy thereof.
Background technology
Educational toy is as a part very important in the children life, grows up with children's body and mind and development is indivisible.
At present; On the market there be much children educational toy kind; Whether but each has something to recommend him, some can only let children play, can not in the process that children play, point out this action of children correct; Is or what game result? It is former because the children educational toy has certain defective in the combination of software and hardware, can not carry out digitized analysis, judgement etc.
In addition, do not have enough the support of good educational toy software development, shortage has the better children educational toy that helps children's imagination and creativity cultivation.
Summary of the invention
In order to overcome above-mentioned weak point, main purpose of the present invention aims to provide a kind of through researching and developing children educational toy hardware and software, reach the effect of carrying out intelligence development education, ID video data around wherein going back application sensors technology mark and discerning; But use the interactive type wireless radio-frequency technique and carry out data interaction with good conditionsi; Use embedded data processor control technology and carry out a kind of toy and the data processing method thereof of data and output control based on the embedded type wireless sensing technology.
Another object of the present invention aims to provide a kind of children educational toy scheme; This scheme is by children educational toy hardware, and corresponding Games Software and a network data are upgraded platform and constituted; Can pass through update software and information; Carry out different application and realize the sustainable child intelligence toy that recycles, the user can upgrade the application software of children educational toy through this platform, has accomplished the renewal of various developmental games; This scheme can be pointed out in the process that children play games and help, to reach correct puzzle effect.
The technical problem that the present invention will solve is: hardware components mainly solves how to design main control computer, appurtenant machine and network data renewal platform, and how each module is combined as the holistic embedded data treatment technology toy problem that has the MANET ability; How software section realizes overall data transmission, system data download, renewal and system-computed if mainly solving; Output as a result waits the method for work of each module; And how through update software and information, a sustainable relevant technologies problem such as recycle of carrying out that different application realizes.
The technical solution adopted for the present invention to solve the technical problems is: this device has parts such as antenna, interface, power supply, memory, loudspeaker, switch chip, magnetic induction switch chip, serial flash memory chip, radio frequency and control chip, level transferring chip, voltage stabilizing chip, sensor, computer hardware and software; Also comprise: main control computer, appurtenant machine and a network data are upgraded platform; Its equipment mainly by sensor, Magnetic Sensor, antenna, less radio-frequency and control module, storage module, audio frequency output module, look screen output module and the power supply module is formed; Above-mentioned each module is through be electrically connected each other; Or carry out transfer of data through wireless mode; Be combined as the holistic toy that has the embedded type wireless sensing technology of MANET ability, this device comprises at least:
One main control computer controller is made up of the USB interface of less radio-frequency, control module and peripheral circuits, USB-UART conversion chip and peripheral circuits, radio-frequency antenna, band function of supplying power, and the main control computer controller is divided into the two-way input:
First via interface J is electrically connected with the input/output terminal of USB-UART conversion chip each other, USB-UART conversion chip and mutual two-way electrical connection of the input/output terminal of interface H, interface H and mutual two-way electrical connection of the input/output terminal of main control computer controller; The second road main control computer antenna and mutual two-way electrical connection of the input/output terminal of interface I, interface I and mutual two-way electrical connection of the input/output terminal of main control computer controller;
One appurtenant machine processor by less radio-frequency and control module and peripheral circuits, radio-frequency antenna, gravity sensor, Magnetic Sensor, storage module, audio frequency output module, look screen output module, internal electric source is formed; Above-mentioned each module is handled and output device through the embedded data that wireless mode carries out transfer of data, and the appurtenant machine processor is divided into four tunnel inputs:
The output of first via appurtenant machine sensor is electrically connected with the respective input mouth of interface A each other, and the output of interface A is electrically connected with the respective input mouth of appurtenant machine sensor each other; The output of the second road gravity sensor is electrically connected with the respective input mouth of interface B each other, and the output of interface B is electrically connected with the respective input mouth of appurtenant machine sensor each other; Third Road appurtenant machine memory and mutual two-way electrical connection of the input/output terminal of interface C, interface C and mutual two-way electrical connection of the input/output terminal of appurtenant machine processor; The four road appurtenant machine antenna and mutual two-way electrical connection of the input/output terminal of interface D, interface D and mutual two-way electrical connection of the input/output terminal of appurtenant machine processor;
The appurtenant machine processor is divided into four tunnel outputs:
The output of first via appurtenant machine processor is electrically connected with the respective input mouth of interface E each other; The output of interface E is electrically connected with the respective input mouth of audio process each other, and the output of audio process is electrically connected with the micropkonic respective input mouth of appurtenant machine each other; The output of the second road appurtenant machine processor is electrically connected with the respective input mouth of interface F each other; The output of interface F is electrically connected with the respective input mouth of level conversion B each other, and the output of level conversion B is electrically connected with the respective input mouth of appurtenant machine display screen each other; The output of Third Road power supply is electrically connected with the respective input mouth of Power Supply Monitoring each other; The output of Power Supply Monitoring is electrically connected with the respective input mouth of level conversion A each other, and the output of level conversion A is electrically connected with the respective input mouth of appurtenant machine processor each other; The four road interface G is electrically connected with the respective input mouth of appurtenant machine processor with mutual two-way electrical connection of the input/output terminal of Power Supply Monitoring, the output of interface G each other;
One network data is upgraded platform and is made up of computer hardware and software, game data bag, main control computer controller and appurtenant machine processor; The main control computer controller is connected, also gets game data and instruction through USB interface with computer hardware, the main control computer controller sends to corresponding appurtenant machine processor to game data and instruction respectively through the wireless data transmission mode.
Further; Described a kind of main control computer controller based on the technological toy of embedded type wireless sensing is provided with embedded 32 ARM7 processors; Be provided with the ZigBee chip of low-power consumption 2.4GHz radio transceiver; 32 ARM7 processor utilization software stored are carried out data analysis and calculating; Send control instruction, and through 2.4GHz radio transceiver in the processor and node on every side carry out single-point to the wireless route of single-point, single-point to the wireless radial network transmission of multiple spot, multi-multipoint wireless mesh network transfer of data with share.
Further; Described a kind of appurtenant machine processor based on the technological toy of embedded type wireless sensing is provided with embedded 32 ARM7 processors; Be provided with the ZigBee chip of low-power consumption 2.4GHz radio transceiver; 32 ARM7 processor utilization software stored are carried out data analysis and calculating; Send control instruction according to result of calculation, control audio frequency and picture output device, and through 2.4GHz radio transceiver in the processor and node on every side carry out single-point to the wireless route of single-point, single-point to the wireless radial network transmission of multiple spot, multi-multipoint wireless mesh network transfer of data with share.
Further, each appurtenant machine of the appurtenant machine processor of described a kind of toy based on embedded type wireless sensing technology all has a fixedly ID, is provided with ID identification around the appurtenant machine; Each appurtenant machine four direction up and down respectively is provided with a Magnetic Sensor, and each Magnetic Sensor is sensed the corresponding Magnetic Sensor of another appurtenant machine, and is kept at the data that collect in the appurtenant machine memory, waits the pending data judgment processing.
Further, the circuit of the voltage stabilizing chip U4 of described a kind of toy based on embedded type wireless sensing technology is electrically connected with peripheral circuits respectively each other, and first via pin 1 is via resistance R 8 back ground connection; The second pass pin 2 has two-way to connect respectively, and one the tunnel via resistance R 9 back ground connection, and another road is electrically connected with the end of resistance R 12, R13 with an end of resistance R 10 each other; Third Road pin 3 is via capacitor C 14 and resistance R 10, and is electrically connected each other with power supply VCC via after resistance R 12 and capacitor C 15, the R13 dividing potential drop; The 4th pass pin 4 ground connection; The 5th pass pin 5 is electrically connected with power supply VCC via resistance R 14 backs each other; The 6th pass pin 6 has two-way to connect respectively, and one the tunnel is electrically connected with an end of capacitor C 16 each other, and another road is electrically connected via the end of Schottky diode with power supply VCC and field-effect transistor Q1 each other; The 7th pass pin 7 is electrically connected with the end of field-effect transistor Q2 each other; Octuple pin 8 has two-way to connect respectively, and one the tunnel is electrically connected with the other end of capacitor C 16 each other, and another road is electrically connected with the other end of field-effect transistor Q2 each other; The 9th pass pin 9 is electrically connected with the end of field-effect transistor Q4 each other; The tenth pass pin 10 ground connection; The 11 pass pin 11 is electrically connected with the end of field-effect transistor Q3 each other; The 12 pass pin 12 has two-way to connect respectively, and one the tunnel is electrically connected with the end of power supply VCC and field-effect transistor Q1 via capacitor C 11 and Schottky diode each other, and another road is electrically connected with the other end of field-effect transistor Q3 each other; The 13 pass pin 13 is electrically connected with the end again of field-effect transistor Q1 each other; The 14 pass pin 14 is electrically connected with the other end of capacitor C 11 each other; The 15 pass pin 15 is via capacitor C 7 back ground connection; The 16 pass pin 16 has two-way to connect respectively, and one the tunnel via capacitor C 8 back ground connection, and another road is electrically connected with the end of power supply VCC and field-effect transistor Q1 each other;
Be provided with inductance L 3 between field-effect transistor Q1, Q2 and the Q3.
A kind of data processing method based on embedded type wireless sensing technology toy, this method is upgraded platform through main control computer, appurtenant machine and a network data, through the application software of this platform renewal toy for children, accomplishes the renewal of various recreation; Through overall data transmission, system data download, renewal and system-computed, each module of result's output is accomplished various data; ID video data around application sensors technology mark and the identification; But use the interactive type wireless radio-frequency technique and carry out data interaction with good conditionsi; Use embedded data processor control technology and carry out data and output control, realize the effect of children education, this scheme can be pointed out in the process that children play games and help; To reach correct effect, the concrete job step of this data processing method is:
The related data packets P of client through downloading a recreation at the Data Update platform is to local computer;
Executing the website downloads: after software/packet module, then get into the input of computer storage module, obtain software/packet;
After executing the computer storage module, then get into computer processor: the input of operating software/packet module, computer run packet P obtains game command data A, normal data B, output data C;
Execute computer processor: after operating software/packet module, then get into the input of computer data interface module, data are applied;
Step 5. main control computer data-interface
After executing the computer data interface module, then get into the input of main control computer data interface module, the data that are applied, main control computer is connected with computer through USB interface, and the related data of must playing is director data A, normal data B and output data C;
Step 6. main control computer controller
After executing the main control computer data interface module, then get into the input of main control computer controller module, data are applied;
Step 7. main control computer antenna
After executing the main control computer controller module; Then get into the input of main control computer Anneta module; The data that are applied, main control computer through 2.4GHz wireless data transmission mode the recreation related data: director data A, normal data B and output data C send to corresponding appurtenant machine respectively;
After executing the main control computer Anneta module, then get into the input of appurtenant machine Anneta module, data are applied;
Step 9. appurtenant machine memory
After executing the appurtenant machine Anneta module, then get into the input of appurtenant machine memory module, data are applied;
Step 10. appurtenant machine processor
After executing the appurtenant machine memory module, have two-way to connect respectively, the one tunnel then gets into the input of appurtenant machine processor module; Obtain data; Another road via the appurtenant machine processing module after, then get into the input of appurtenant machine output equipment module, each appurtenant machine has a fixedly ID;
Step 11. appurtenant machine memory
After executing the appurtenant machine processor module, get into the input of appurtenant machine memory module again, obtain data;
After executing the appurtenant machine memory module, then get into the input of appurtenant machine output equipment module, obtain data through display/loudspeaker;
Appurtenant machine obtains sensed data D through Magnetic Sensor;
After executing the appurtenant machine sensor assembly, then get into the input of appurtenant machine memory module, obtain sensed data;
After executing the appurtenant machine memory module, then get into the input of appurtenant machine processor module, appurtenant machine through call, contrast standard data B and sensor gained data D;
After executing the appurtenant machine processor module, then get into the input of appurtenant machine output equipment module, whether appurtenant machine display screen/loudspeaker matees according to data, output comparing result E/F.
Further, the system-computed of described a kind of data processing method based on embedded type wireless sensing technology toy, the concrete job step of output intent is as a result:
Appurtenant machine obtains sensed data D through Magnetic Sensor;
After executing the appurtenant machine sensor assembly, then get into the input of appurtenant machine memory module, obtain sensed data;
After executing the appurtenant machine memory module, then get into the input of appurtenant machine processor module, appurtenant machine through call, contrast standard data B and sensor gained data D, and whether mate output comparing result E or F according to data;
After executing the appurtenant machine processor module, then get into the input of appurtenant machine output equipment module, obtain data output comparing result through display/loudspeaker;
Step 5. appurtenant machine antenna
After executing the main control computer Anneta module, then get into the input of appurtenant machine Anneta module, data are applied;
Step 6. appurtenant machine memory
After executing the appurtenant machine Anneta module, then get into the input of appurtenant machine memory module, data are applied;
Step 7. appurtenant machine processor
After executing the appurtenant machine memory module; Have two-way to connect respectively, the one tunnel then gets into the input of appurtenant machine processor module, obtains data; Another road via the appurtenant machine processor module after; Then get into the input of appurtenant machine output equipment module, each appurtenant machine has a fixedly ID, contrast Application data and sensed data.
The invention has the beneficial effects as follows: this invention provides a kind of children educational toy scheme, and the user can pass through update software and information, carries out different application and realizes the sustainable child intelligence toy that recycles; The user can also upgrade the application software of children educational toy through this platform, has accomplished the renewal of various developmental games; This scheme can be pointed out in the process that children play games and help, and to reach correct puzzle effect, is the children educational toy that a kind of children's of helping imagination and creativity are cultivated.
Description of drawings
Below in conjunction with accompanying drawing and embodiment the present invention is further specified.
Accompanying drawing 1 is overall data transmission plan block diagram of the present invention;
Accompanying drawing 2 is for system data of the present invention is downloaded, the update module block diagram;
Accompanying drawing 3 is system-computed of the present invention, output module structural representation as a result;
Accompanying drawing 4 is main control computer composition module structural representation of the present invention;
Accompanying drawing 5 is appurtenant machine composition module structural representation of the present invention;
Accompanying drawing 6 is ID identification module structural representation around the appurtenant machine of the present invention;
Accompanying drawing 7 is the circuit theory diagrams of voltage stabilizing chip U4 of the present invention;
Accompanying drawing 8 is the circuit theory diagrams of each magnetic induction switch chip of the present invention;
Accompanying drawing 9 is the circuit theory diagrams of serial flash memory chip U15 of the present invention;
Accompanying drawing 10 is the circuit theory diagrams of radio frequency of the present invention and control chip U6;
Label declaration in the accompanying drawing:
Download the 11-website: software/packet;
The 12-computer storage;
13-computer processor: operating software/packet;
The 14-computer data interface;
21-main control computer data-interface;
22-main control computer controller;
23-main control computer antenna;
The 24-USB-UART conversion chip;
30-appurtenant machine processor;
31-appurtenant machine output equipment;
32-appurtenant machine memory;
33-appurtenant machine antenna;
34-appurtenant machine display screen;
The 35-Magnetic Sensor;
36-level conversion A;
37-level conversion B;
The 38-audio process;
The 39-Power Supply Monitoring;
The 40-gravity sensor;
41-appurtenant machine loudspeaker;
The specific embodiment
See also accompanying drawing 4,5,6, shown in 7; The present invention plays has parts such as antenna, interface, power supply, memory, loudspeaker, switch chip, magnetic induction switch chip, serial flash memory chip, radio frequency and control chip, level transferring chip, voltage stabilizing chip, sensor, computer hardware and software; Also comprise: main control computer, appurtenant machine and a network data are upgraded platform; Its equipment mainly by gravity sensor, Magnetic Sensor, antenna, less radio-frequency and control module, storage module, audio frequency output module, look screen output module and the power supply module is formed; Above-mentioned each module is through be electrically connected each other; Or carry out transfer of data through wireless mode, and being combined as the holistic toy that has the embedded type wireless sensing technology of MANET ability, this device comprises at least:
One main control computer controller 22 is made up of the USB interface of less radio-frequency, control module and peripheral circuits, USB-UART conversion chip 24 and peripheral circuits, radio-frequency antenna, band function of supplying power, and main control computer controller 22 is divided into the two-way input:
First via interface J is electrically connected with the input/output terminal of USB-UART conversion chip 24 each other, USB-UART conversion chip 24 and mutual two-way electrical connection of the input/output terminal of interface H, interface H and mutual two-way electrical connection of the input/output terminal of main control computer controller 22; The second road main control computer antenna 23 and mutual two-way electrical connection of the input/output terminal of interface I, interface I and mutual two-way electrical connection of the input/output terminal of main control computer controller 22;
One appurtenant machine processor 30 by less radio-frequency and control module and peripheral circuits, radio-frequency antenna, gravity sensor, Magnetic Sensor, storage module, audio frequency output module, look screen output module, internal electric source is formed; Above-mentioned each module is handled and output device through the embedded data that wireless mode carries out transfer of data, and appurtenant machine processor 30 is divided into four tunnel inputs:
The output of first via appurtenant machine sensor 35 is electrically connected with the respective input mouth of interface A each other, and the output of interface A is electrically connected with the respective input mouth of appurtenant machine sensor 35 each other; The output of the second road gravity sensor 40 is electrically connected with the respective input mouth of interface B each other, and the output of interface B is electrically connected with the respective input mouth of appurtenant machine sensor 35 each other; Third Road appurtenant machine memory 32 and mutual two-way electrical connection of the input/output terminal of interface C, interface C and mutual two-way electrical connection of the input/output terminal of appurtenant machine processor 30; The four road appurtenant machine antenna 33 and mutual two-way electrical connection of the input/output terminal of interface D, interface D and mutual two-way electrical connection of the input/output terminal of appurtenant machine processor 30;
The output of first via appurtenant machine processor 30 is electrically connected with the respective input mouth of interface E each other; The output of interface E is electrically connected with the respective input mouth of audio process 38 each other, and the output of audio process 38 is electrically connected with the respective input mouth of appurtenant machine loudspeaker 41 each other; The output of the second road appurtenant machine processor 30 is electrically connected with the respective input mouth of interface F each other; The output of interface F is electrically connected with the respective input mouth of level conversion B 37 each other, and the output of level conversion B 37 is electrically connected with the respective input mouth of appurtenant machine display screen 34 each other; The output of Third Road power supply is electrically connected with the respective input mouth of Power Supply Monitoring 39 each other; The output of Power Supply Monitoring 39 is electrically connected with the respective input mouth of level conversion A 36 each other, and the output of level conversion A 36 is electrically connected with the respective input mouth of appurtenant machine processor 30 each other; The four road interface G is electrically connected with the respective input mouth of appurtenant machine processor 30 with mutual two-way electrical connection of the input/output terminal of Power Supply Monitoring 39, the output of interface G each other;
One network data is upgraded platform and is made up of computer hardware and software, game data bag, main control computer controller 22 and appurtenant machine processor 30; Main control computer controller 22 is connected, also gets game data and instruction through USB interface with computer hardware, main control computer controller 22 sends to corresponding appurtenant machine processor 30 to game data and instruction respectively through the wireless data transmission mode.
See also shown in the accompanying drawing 4; Further; Described a kind of main control computer controller 22 based on the technological toy of embedded type wireless sensing is provided with embedded 32 ARM7 processors; Be provided with the ZigBee chip of low-power consumption 2.4GHz radio transceiver; 32 ARM7 processors utilization software stored are carried out data analysis and calculating, send control instruction, and through 2.4GHz radio transceiver in the processor and node on every side carry out single-point to the wireless route of single-point, single-point to the wireless radial network transmission of multiple spot, multi-multipoint wireless mesh network transfer of data with share.
See also shown in the accompanying drawing 5; Further; Described a kind of appurtenant machine processor 30 based on the technological toy of embedded type wireless sensing is provided with embedded 32 ARM7 processors; Be provided with the ZigBee chip of low-power consumption 2.4GHz radio transceiver, 32 ARM7 processor utilization software stored are carried out data analysis and calculating, send control instruction according to result of calculation; Control audio frequency and picture output device, and through 2.4GHz radio transceiver in the processor and node on every side carry out single-point to the wireless route of single-point, single-point to the wireless radial network transmission of multiple spot, multi-multipoint wireless mesh network transfer of data with share.
See also accompanying drawing 5, shown in 6, further, each appurtenant machine of the appurtenant machine processor 30 of described a kind of toy based on the embedded type wireless sensing technology all has a fixedly ID, is provided with ID identification around the appurtenant machine; Each appurtenant machine four direction up and down respectively is provided with a Magnetic Sensor, and each Magnetic Sensor is sensed the corresponding Magnetic Sensor of another appurtenant machine, and is kept at the data that collect in the appurtenant machine memory 32, waits the pending data judgment processing.
See also shown in the accompanying drawing 7, further, the circuit of the voltage stabilizing chip U4 of described a kind of toy based on the embedded type wireless sensing technology is electrically connected with peripheral circuits respectively each other, and first via pin 1 is via resistance R 8 back ground connection; The second pass pin 2 has two-way to connect respectively, and one the tunnel via resistance R 9 back ground connection, and another road is electrically connected with the end of resistance R 12, R13 with an end of resistance R 10 each other; Third Road pin 3 is via capacitor C 14 and resistance R 10, and is electrically connected each other with power supply VCC via after resistance R 12 and capacitor C 15, the R13 dividing potential drop; The 4th pass pin 4 ground connection; The 5th pass pin 5 is electrically connected with power supply VCC via resistance R 14 backs each other; The 6th pass pin 6 has two-way to connect respectively, and one the tunnel is electrically connected with an end of capacitor C 16 each other, and another road is electrically connected via the end of Schottky diode with power supply VCC and field-effect transistor Q1 each other; The 7th pass pin 7 is electrically connected with the end of field-effect transistor Q2 each other; Octuple pin 8 has two-way to connect respectively, and one the tunnel is electrically connected with the other end of capacitor C 16 each other, and another road is electrically connected with the other end of field-effect transistor Q2 each other; The 9th pass pin 9 is electrically connected with the end of field-effect transistor Q4 each other; The tenth pass pin 10 ground connection; The 11 pass pin 11 is electrically connected with the end of field-effect transistor Q3 each other; The 12 pass pin 12 has two-way to connect respectively, and one the tunnel is electrically connected with the end of power supply VCC and field-effect transistor Q1 via capacitor C 11 and Schottky diode each other, and another road is electrically connected with the other end of field-effect transistor Q3 each other; The 13 pass pin 13 is electrically connected with the end again of field-effect transistor Q1 each other; The 14 pass pin 14 is electrically connected with the other end of capacitor C 11 each other; The 15 pass pin 15 is via capacitor C 7 back ground connection; The 16 pass pin 16 has two-way to connect respectively, and one the tunnel via capacitor C 8 back ground connection, and another road is electrically connected with the end of power supply VCC and field-effect transistor Q1 each other;
Be provided with inductance L 3 between field-effect transistor Q1, Q2 and the Q3;
The pin 41 of voltage stabilizing chip U4: input VCC_BP;
The pin 42 of voltage stabilizing chip U4: output VCC 3.3V; The pin 50:VCC 3.3V that connects serial flash memory chip U15 respectively; The pin 95:VCC 3.3V that connects magnetic induction switch chip U16, the pin 94:VCC 3.3V of connection magnetic induction switch chip U17, the pin 93:VCC 3.3V of connection magnetic induction switch chip U18; The pin 92:VCC 3.3V that connects magnetic induction switch chip U19, the pin 72:VBATT of connection radio frequency and control chip U6.
See also accompanying drawing 1, shown in 2; A kind of data processing method based on embedded type wireless sensing technology toy; This method is upgraded platform through main control computer, appurtenant machine and a network data, through the application software of this platform renewal toy for children, accomplishes the renewal of various recreation; Through overall data transmission, system data download, renewal and system-computed, each module of result's output is accomplished various data; ID video data around application sensors technology mark and the identification; But use the interactive type wireless radio-frequency technique and carry out data interaction with good conditionsi; Use embedded data processor control technology and carry out data and output control, realize the effect of children education, this scheme can be pointed out in the process that children play games and help; To reach correct effect, the concrete job step of this data processing method is:
The related data packets P of client through downloading a recreation at the Data Update platform is to local computer;
Executing the website downloads: after software/packet 11 modules, then get into the input of computer memory 12 modules, obtain software/packet;
After executing appurtenant machine memory 12 modules, then get into computer processor: the input of operating software/packet 13 modules, computer run packet P obtains game command data A, normal data B, output data C;
Execute computer processor: after operating software/packet 13 modules, then get into the input of computer data interface 14 modules, data are applied;
Step 5. main control computer data-interface 21
After executing computer data interface 14 modules, then get into the input of main control computer data-interface 21 modules, the data that are applied, main control computer is connected with computer through USB interface, and the related data of must playing is director data A, normal data B and output data C;
Step 6. main control computer controller 22
After executing main control computer data-interface 21 modules, then get into the input of main control computer controller 22 modules, data are applied;
Step 7. main control computer antenna 23
After executing main control computer controller 22 modules; Then get into the input of main control computer antenna 23 modules; The data that are applied, main control computer through 2.4GHz wireless data transmission mode the recreation related data: director data A, normal data B and output data C send to corresponding appurtenant machine respectively;
After executing main control computer antenna 23 modules, then get into the input of appurtenant machine antenna 33 modules, data are applied;
Step 9. appurtenant machine memory 32
After executing appurtenant machine antenna 33 modules, then get into the input of appurtenant machine memory 32 modules, data are applied;
Step 10. appurtenant machine processor 30
After executing appurtenant machine memory 32 modules; There is two-way to connect respectively; One the tunnel then gets into the input of appurtenant machine processor 30 modules, obtains data, another road via appurtenant machine processor 30 modules after; Then get into the input of appurtenant machine output equipment 31 modules, each appurtenant machine has a fixedly ID;
Step 11. appurtenant machine memory 32
After executing appurtenant machine processor 30 modules, get into the input of appurtenant machine memory 32 modules again, obtain data;
After executing appurtenant machine memory 32 modules, then get into the input of appurtenant machine output equipment 31 modules, obtain data through display/loudspeaker;
Appurtenant machine obtains sensed data D through Magnetic Sensor;
After executing appurtenant machine sensor 35 modules, then get into the input of appurtenant machine memory 32 modules, obtain sensed data;
After executing appurtenant machine memory 32 modules, then get into the input of appurtenant machine processor 30 modules, appurtenant machine through call, contrast standard data B and sensor gained data D;
After executing appurtenant machine processor 30 modules, then get into the input of appurtenant machine output equipment 31 modules, whether appurtenant machine display screen/loudspeaker matees according to data, output comparing result E/F.
See also shown in the accompanying drawing 3, further, the system-computed of described a kind of data processing method based on embedded type wireless sensing technology toy, the concrete job step of output intent is as a result:
Appurtenant machine obtains sensed data D through Magnetic Sensor;
After executing appurtenant machine sensor 35 modules, then get into the input of appurtenant machine memory 32 modules, obtain sensed data;
After executing appurtenant machine memory 32 modules, then get into the input of appurtenant machine processor 30 modules, appurtenant machine through call, contrast standard data B and sensor gained data D, and whether mate output comparing result E or F according to data;
After executing appurtenant machine processor 30 modules, then get into the input of appurtenant machine output equipment 31 modules, obtain data output comparing result through display/loudspeaker;
Step 5. appurtenant machine antenna 33
After executing main control computer antenna 23 modules, then get into the input of appurtenant machine antenna 33 modules, data are applied;
Step 6. appurtenant machine memory 32
After executing appurtenant machine antenna 33 modules, then get into the input of appurtenant machine memory 32 modules, data are applied;
Step 7. appurtenant machine processor 30
After executing appurtenant machine memory 32 modules; Have two-way to connect respectively, the one tunnel then gets into the input of appurtenant machine processor 30 modules, obtains data; Another road via appurtenant machine processor 30 modules after; Then get into the input of appurtenant machine output equipment 31 modules, each appurtenant machine has a fixedly ID, contrast Application data and sensed data.
See also shown in the accompanying drawing 8 described a kind of magnetic induction switch chip U16, U17 based on the technological toy of embedded type wireless sensing; The pin 1 of U18 and U19 has two-way to connect respectively, and one the tunnel is electrically connected with power supply VCC each other, and another road is via the back ground connection of capacitor C 47; Pin 2 has two-way to connect respectively; One the tunnel is electrically connected with power supply VCC via resistance R 45 each other, and another road is connected respectively to 99,98 of radio frequency and control chip U6; 97 and 96 interface is handled the transfer of data that Magnetic Sensor obtains to radio frequency and control chip U6.
The pin 99:Q4GPIO29 of magnetic induction switch chip U16 connects the pin 69:KBI_7 of radio frequency and control chip U6; The pin 98:Q3GPIO28 of magnetic induction switch chip U17 connects the pin 68:KBI_6 of radio frequency and control chip U6; The pin 97:Q2GPIO27 of magnetic induction switch chip U18 connects the pin 67:KBI_5 of radio frequency and control chip U6, and the pin 96:Q1GPIO26 of magnetic induction switch chip U19 connects the pin 68:KBI_4 of radio frequency and control chip U6.
See also shown in the accompanying drawing 9; Described a kind of serial flash memory chip U15 based on the technological toy of embedded type wireless sensing; It through Serial Peripheral Interface SPI (Serial Peripheral Interface) interface respectively with each port corresponding electrical connection each other of the SPI interface 50,51,52,53,54 of radio frequency and control chip U6 and 55, carry out transfer of data work.The pin 51:DI of serial flash memory chip U15 connects the pin 61:SPI_MOSI of radio frequency and control chip U6; The pin 52:CLK of serial flash memory chip U15 connects the pin 62:SPI_SCK of radio frequency and control chip U6; The pin 53:DO of serial flash memory chip U15 connects the pin 63:SPI_MISO of radio frequency and control chip U6; The pin 54:CS of serial flash memory chip U15 connects the pin 64:SPI_SS of radio frequency and control chip U6, and the pin 55:NOR_HOLD of serial flash memory chip U15 connects the pin 65:KBI_1 of radio frequency and control chip U6.
See also shown in the accompanying drawing 10, described a kind of radio frequency and control chip U6 based on the technological toy of embedded type wireless sensing sends through antenna after the data that obtains; The pin 73:RF_GND of radio frequency and control chip U6 is electrically connected with ground each other, and the pin 74:RF_RX_TX of radio frequency and control chip U6 is electrically connected with antenna each other, and the pin 71:MOD02 of radio frequency and control chip U6 is electrically connected with 5V_PWR each other.
Architectural feature of the present invention:
A kind ofly being made up of intelligence side's main control computer and intelligence side's appurtenant machine based on the toy of embedded type wireless sensing technology and the educational toy of data processing method thereof, is a sustainable child intelligence toy that recycles that can carry out the different application realization through update software and information.Its equipment for by sensor, antenna, less radio-frequency and control module, storage module, audio frequency output module, look the educational toy that has certain MANET ability that screen output module, power supply module constitute.
1 wireless self-networking transmission means is carried out the embedded intelligence toy of transfer of data--the main control computer of intelligence side
1.1 constitute:
Intelligence side's main control computer is by less radio-frequency and control module (Free scaleMC13224 chip and peripheral circuits), USB commentaries on classics UART interface conversion chip FT232RQ and peripheral circuits, Zigbee radio-frequency antenna, is with the USB interface of function of supplying power to constitute;
1.2 effect:
Through wireless radio frequency mode transmission data;
Be connected with computer through USB interface;
Supply power through USB interface;
Carry out data interaction through USB interface and computer: download to main control computer this locality to data form computer;
Data through on the control machine in the Zigbee radio-frequency antenna handle send to appurtenant machine;
Explain:
A) main control computer processor 22 is Free scale MC13224, and it is a embedded 32 ARM7 processors, the ZigBee chip of integrated complete low-power consumption 2.4GHz radio transceiver;
B) main control computer can carry out data analysis and calculating through 32 embedded ARM7 processor utilization software stored of processor, and sends control instruction;
Main control computer can through 2.4GHz radio transceiver in the processor and node on every side carry out single-point to the wireless route of single-point, single-point to the wireless radial network transmission of multiple spot, multi-multipoint wireless mesh network transfer of data with share;
2 wireless self-networking transmission means are carried out the embedded intelligence toy of transfer of data--the appurtenant machine of intelligence side
2.1 constitute:
Intelligence side's appurtenant machine be by less radio-frequency and control module (Free scale MC13224 chip and peripheral circuits), Zigbee radio-frequency antenna, gravity sensor, Magnetic Sensor, storage module, audio frequency output module, can handling and output device of looking screen output module, internal electric source constitute through the embedded data that wireless mode carry out transfer of data;
2.2 effect:
Can be through each sensor acquisition to each corresponding data;
Through FLASH storage data;
Receive data and the instruction that main control computer sends through the Zigbee radio-frequency antenna;
Through the audio frequency apparatus outputting audio data;
Through the LCD display video data;
2.3 explain:
A) the appurtenant machine processor is Free scale MC13224, and it is a embedded 32 ARM7 processors, the ZigBee chip of integrated complete low-power consumption 2.4GHz radio transceiver;
B) can carry out data analysis and calculating through 32 embedded ARM7 processor utilization software stored of appurtenant machine processor, and send control instruction according to result of calculation, control audio frequency and picture output device;
C) appurtenant machine can through 2.4GHz radio transceiver in the processor and node on every side carry out single-point to the wireless route of single-point, single-point to the wireless radial network transmission of multiple spot, multi-multipoint wireless mesh network transfer of data with share;
D) appurtenant machine can be in the FLASH memory store various kinds of data in order to calling;
E) each appurtenant machine all has a fixedly ID;
F) Magnetic Sensor: each appurtenant machine four direction up and down respectively is provided with a Magnetic Sensor; Each Magnetic Sensor can be sensed the corresponding Magnetic Sensor of another appurtenant machine, and is kept at the data D that collects in the appurtenant machine memory, waits the pending data judgment processing;
E) gravity sensor: guarantee that through gravity sensor video is output as a direction;
3 Data Update platform www.inteapps.com.cn
Data Update platform www.inteapps.com.cn provides client's data down loading updating platform;
The operation principle of data processing method of the present invention:
1.1 step
1) the related data packets P of client through downloading a recreation at Data Update platform www.inteapps.com.cn is to local computer;
2) computer run packet P obtains game command data A, normal data B, output data C;
3) intelligence side's main control computer through USB be connected with computer, and the related data of must playing (director data A, normal data B, output data C);
4) each intelligence side's appurtenant machine has a fixedly ID;
5) main control computer sends to corresponding intelligence side appurtenant machine to recreation related data (director data A, normal data B, output data C) respectively through 2.4GHz wireless data transmission mode;
6) intelligence side's appurtenant machine obtains data D through Magnetic Sensor
Intelligence side's appurtenant machine through call, contrast standard data B and sensor gained data D, and whether mate output comparing result E or F according to data;
1.2 data transmission specifications
Each appurtenant machine has fixedly ID:a, b, c, d, an en;
Each appurtenant machine has 4 Magnetic Sensors: 1,2,3,4;
Each sensor of each appurtenant machine can be sensed the ID of adjacent appurtenant machine and respective sensor and the number of Magnetic Sensor; As shown in Figure 6:
Promptly the data aD to this appurtenant machine real income of a is:
a1：b3
a2：e4
a3：c1
a4：d2
The normal data that a itself obtains is aB;
A appurtenant machine processor correction data aB and data aD;
Export corresponding data aE if two data are identical; (YES)
Export corresponding data aF if two data are inequality; (ERROR)
Each appurtenant machine all has corresponding normal data xB and real income data xD respectively; Each appurtenant machine processor correction data xB and xD judge whether identically, and export corresponding result data xE or xF.
1.3 place capacity explanation
Each main control computer can be formed a colony with 254 appurtenant machine at most.
Claims (7)
1. toy based on embedded type wireless sensing technology; This device has antenna, interface, power supply, memory, loudspeaker, switch chip, magnetic induction switch chip, serial flash memory chip, radio frequency and control chip, level transferring chip, voltage stabilizing chip, sensor, computer hardware and software; It is characterized in that also comprising: main control computer, appurtenant machine and a network data are upgraded platform; Its equipment mainly by sensor, Magnetic Sensor, antenna, less radio-frequency and control module, storage module, audio frequency output module, look screen output module and the power supply module is formed; Above-mentioned each module is through be electrically connected each other; Or carry out transfer of data through wireless mode, and being combined as the holistic toy that has the embedded type wireless sensing technology of MANET ability, this device comprises at least:
One main control computer controller (22) is made up of the USB interface of less radio-frequency, control module and peripheral circuits, USB-UART conversion chip (24) and peripheral circuits, radio-frequency antenna, band function of supplying power, and main control computer controller (22) is divided into the two-way input:
First via interface J is electrically connected with the input/output terminal of USB-UART conversion chip (24) each other; USB-UART conversion chip (24) and mutual two-way electrical connection of the input/output terminal of interface H, interface H and mutual two-way electrical connection of the input/output terminal of main control computer controller (22); The second road main control computer antenna (23) and mutual two-way electrical connection of the input/output terminal of interface I, interface I and mutual two-way electrical connection of the input/output terminal of main control computer controller (22);
One appurtenant machine processor (30) by less radio-frequency and control module and peripheral circuits, radio-frequency antenna, gravity sensor, Magnetic Sensor, storage module, audio frequency output module, look screen output module, internal electric source is formed; Above-mentioned each module is handled and output device through the embedded data that wireless mode carries out transfer of data, and appurtenant machine processor (30) is divided into four tunnel inputs:
The output of first via appurtenant machine sensor (35) is electrically connected with the respective input mouth of interface A each other, and the output of interface A is electrically connected with the respective input mouth of appurtenant machine sensor (35) each other; The output of the second road gravity sensor (40) is electrically connected with the respective input mouth of interface B each other, and the output of interface B is electrically connected with the respective input mouth of appurtenant machine sensor (35) each other; Third Road appurtenant machine memory (32) and mutual two-way electrical connection of the input/output terminal of interface C, interface C and mutual two-way electrical connection of the input/output terminal of appurtenant machine processor (30); The four road appurtenant machine antenna (33) and mutual two-way electrical connection of the input/output terminal of interface D, interface D and mutual two-way electrical connection of the input/output terminal of appurtenant machine processor (30);
Appurtenant machine processor (30) is divided into four tunnel outputs:
The output of first via appurtenant machine processor (30) is electrically connected with the respective input mouth of interface E each other; The output of interface E is electrically connected with the respective input mouth of audio process (38) each other, and the output of audio process (38) is electrically connected with the respective input mouth of appurtenant machine loudspeaker (41) each other; The output of the second road appurtenant machine processor (30) is electrically connected with the respective input mouth of interface F each other; The output of interface F is electrically connected with the respective input mouth of level conversion B (37) each other, and the output of level conversion B (37) is electrically connected with the respective input mouth of appurtenant machine display screen (34) each other; The output of Third Road power supply is electrically connected with the respective input mouth of Power Supply Monitoring (39) each other; The output of Power Supply Monitoring (39) is electrically connected with the respective input mouth of level conversion A (36) each other, and the output of level conversion A (36) is electrically connected with the respective input mouth of appurtenant machine processor (30) each other; The four road interface G is electrically connected with the respective input mouth of appurtenant machine processor (30) with mutual two-way electrical connection of the input/output terminal of Power Supply Monitoring (39), the output of interface G each other;
One network data is upgraded platform and is made up of computer hardware and software, game data bag, main control computer controller (22) and appurtenant machine processor (30); Main control computer controller (22) is connected, also gets game data and instruction through USB interface with computer hardware, main control computer controller (22) sends to corresponding appurtenant machine processor (30) to game data and instruction respectively through the wireless data transmission mode.
2. a kind of toy according to claim 1 based on the embedded type wireless sensing technology; It is characterized in that: described main control computer controller (22) is provided with embedded 32 ARM7 processors; Be provided with the ZigBee chip of low-power consumption 2.4GHz radio transceiver; 32 ARM7 processor utilization software stored are carried out data analysis and calculating; Send control instruction, and through 2.4GHz radio transceiver in the processor and node on every side carry out single-point to the wireless route of single-point, single-point to the wireless radial network transmission of multiple spot, multi-multipoint wireless mesh network transfer of data with share.
3. a kind of toy according to claim 1 based on the embedded type wireless sensing technology; It is characterized in that: described appurtenant machine processor (30) is provided with embedded 32 ARM7 processors; Be provided with the ZigBee chip of low-power consumption 2.4GHz radio transceiver; 32 ARM7 processor utilization software stored are carried out data analysis and calculating; Send control instruction according to result of calculation, control audio frequency and picture output device, and through 2.4GHz radio transceiver in the processor and node on every side carry out single-point to the wireless route of single-point, single-point to the wireless radial network transmission of multiple spot, multi-multipoint wireless mesh network transfer of data with share.
4. a kind of toy according to claim 1 based on the embedded type wireless sensing technology, it is characterized in that: each appurtenant machine of described appurtenant machine processor (30) all has a fixedly ID, is provided with ID identification around the appurtenant machine; Each appurtenant machine four direction up and down respectively is provided with a Magnetic Sensor, and each Magnetic Sensor is sensed the corresponding Magnetic Sensor of another appurtenant machine, and is kept at the data that collect in the appurtenant machine memory (32), waits the pending data judgment processing.
5. a kind of toy according to claim 1 based on the embedded type wireless sensing technology, it is characterized in that: the circuit of described voltage stabilizing chip U4 is electrically connected with peripheral circuits respectively each other, and first via pin 1 is via resistance R 8 back ground connection; The second pass pin 2 has two-way to connect respectively, and one the tunnel via resistance R 9 back ground connection, and another road is electrically connected with the end of resistance R 12, R13 with an end of resistance R 10 each other; Third Road pin 3 is via capacitor C 14 and resistance R 10, and is electrically connected each other with power supply VCC via after resistance R 12 and capacitor C 15, the R13 dividing potential drop; The 4th pass pin 4 ground connection; The 5th pass pin 5 is electrically connected with power supply VCC via resistance R 14 backs each other; The 6th pass pin 6 has two-way to connect respectively, and one the tunnel is electrically connected with an end of capacitor C 16 each other, and another road is electrically connected via the end of Schottky diode with power supply VCC and field-effect transistor Q1 each other; The 7th pass pin 7 is electrically connected with the end of field-effect transistor Q2 each other; Octuple pin 8 has two-way to connect respectively, and one the tunnel is electrically connected with the other end of capacitor C 16 each other, and another road is electrically connected with the other end of field-effect transistor Q2 each other; The 9th pass pin 9 is electrically connected with the end of field-effect transistor Q4 each other; The tenth pass pin 10 ground connection; The 11 pass pin 11 is electrically connected with the end of field-effect transistor Q3 each other; The 12 pass pin 12 has two-way to connect respectively, and one the tunnel is electrically connected with the end of power supply VCC and field-effect transistor Q1 via capacitor C 11 and Schottky diode each other, and another road is electrically connected with the other end of field-effect transistor Q3 each other; The 13 pass pin 13 is electrically connected with the end again of field-effect transistor Q1 each other; The 14 pass pin 14 is electrically connected with the other end of capacitor C 11 each other; The 15 pass pin 15 is via capacitor C 7 back ground connection; The 16 pass pin 16 has two-way to connect respectively, and one the tunnel via capacitor C 8 back ground connection, and another road is electrically connected with the end of power supply VCC and field-effect transistor Q1 each other;
Be provided with inductance L 3 between field-effect transistor Q1, Q2 and the Q3.
6. data processing method based on embedded type wireless sensing technology toy, it is characterized in that: this method is upgraded platform through main control computer, appurtenant machine and a network data, upgrades the application software of toy for children through this platform, accomplishes the renewal of various recreation; Through overall data transmission, system data download, renewal and system-computed, each module of result's output is accomplished various data; ID video data around application sensors technology mark and the identification; But use the interactive type wireless radio-frequency technique and carry out data interaction with good conditionsi; Use embedded data processor control technology and carry out data and output control, realize the effect of children education, this scheme can be pointed out in the process that children play games and help; To reach correct effect, the concrete job step of this data processing method is:
Download step 1. website: software/packet (11)
The related data packets P of client through downloading a recreation at the Data Update platform is to local computer;
Step 2. appurtenant machine memory (12)
Executing the website downloads: after software/packet (11) module, then get into the input of appurtenant machine memory (12) module, obtain software/packet;
Step 3. computer processor: operating software/packet (13)
After executing appurtenant machine memory (12) module, then get into computer processor:
The input of operating software/packet (13) module, computer run packet P obtains game command data A, normal data B, output data C;
Step 4. computer data interface (14)
Execute computer processor: after operating software/packet (13) module, then get into the input of computer data interface (14) module, data are applied;
Step 5. main control computer data-interface (21)
After executing computer data interface (14) module; Then get into the input of main control computer data-interface (21) module; The data that are applied, main control computer is connected with computer through USB interface, and the related data of must playing is director data A, normal data B and exports data C;
Step 6. main control computer controller (22)
After executing main control computer data-interface (21) module, then get into the input of main control computer controller (22) module, data are applied;
Step 7. main control computer antenna (23)
After executing main control computer controller (22) module; Then get into the input of main control computer antenna (23) module; Data are applied; Main control computer passes through 2.4GHz wireless data transmission mode handle recreation related data: director data A, normal data B and output data C send to corresponding appurtenant machine respectively;
Step 8. appurtenant machine antenna (33)
After executing main control computer antenna (23) module, then get into the input of appurtenant machine antenna (33) module, data are applied;
Step 9. appurtenant machine memory (32)
After executing appurtenant machine antenna (33) module, then get into the input of appurtenant machine memory (32) module, data are applied;
Step 10. appurtenant machine processor (30)
After executing appurtenant machine memory (32) module; There is two-way to connect respectively; One the tunnel then gets into the input of appurtenant machine processor (30) module, obtains data, another road via appurtenant machine processor (30) module after; Then get into the input of appurtenant machine output equipment (31) module, each appurtenant machine has a fixedly ID;
Step 11. appurtenant machine memory (32)
After executing appurtenant machine processor (30) module, get into the input of appurtenant machine memory (32) module again, obtain data;
Step 12. appurtenant machine output equipment (31)
After executing appurtenant machine memory (32) module, then get into the input of appurtenant machine output equipment (31) module, obtain data through display/loudspeaker;
Step 13. appurtenant machine sensor (35)
Appurtenant machine obtains sensed data D through Magnetic Sensor;
Step 14. appurtenant machine memory (32)
After executing appurtenant machine sensor (35) module, then get into the input of appurtenant machine memory (32) module, obtain sensed data;
Step 15. appurtenant machine processor (30)
After executing appurtenant machine memory (32) module, then get into the input of appurtenant machine processor (30) module, appurtenant machine through call, contrast standard data B and sensor gained data D;
Step 16. appurtenant machine output equipment (31)
After executing appurtenant machine processor (30) module, then get into the input of appurtenant machine output equipment (31) module, whether appurtenant machine display screen/loudspeaker matees according to data, output comparing result E/F.
7. a kind of data processing method based on embedded type wireless sensing technology toy according to claim 6 is characterized in that: described system-computed, and the concrete job step of output intent is as a result:
Step 1. appurtenant machine sensor (35)
Appurtenant machine obtains sensed data D through Magnetic Sensor;
Step 2. appurtenant machine memory (32)
After executing appurtenant machine sensor (35) module, then get into the input of appurtenant machine memory (32) module, obtain sensed data;
Step 3. appurtenant machine processor (30)
After executing appurtenant machine memory (32) module, then get into the input of appurtenant machine processor (30) module, appurtenant machine through call, contrast standard data B and sensor gained data D, and whether mate output comparing result E or F according to data;
Step 4. appurtenant machine output equipment (31)
After executing appurtenant machine processor (30) module, then get into the input of appurtenant machine output equipment (31) module, obtain data output comparing result through display/loudspeaker;
Step 5. appurtenant machine antenna (33)
After executing main control computer antenna (23) module, then get into the input of appurtenant machine antenna (33) module, data are applied;
Step 6. appurtenant machine memory (32)
After executing appurtenant machine antenna (33) module, then get into the input of appurtenant machine memory (32) module, data are applied;
Step 7. appurtenant machine processor (30)
After executing appurtenant machine memory (32) module; Have two-way to connect respectively, the one tunnel then gets into the input of appurtenant machine processor (30) module, obtains data; Another road via appurtenant machine processor (30) module after; Then get into the input of appurtenant machine output equipment (31) module, each appurtenant machine has a fixedly ID, contrast Application data and sensed data.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110351437.6A CN102430243B (en) | 2011-11-09 | A kind of toy based on embedded wireless sensing technology and data processing method thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110351437.6A CN102430243B (en) | 2011-11-09 | A kind of toy based on embedded wireless sensing technology and data processing method thereof |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102430243A true CN102430243A (en) | 2012-05-02 |
| CN102430243B CN102430243B (en) | 2016-12-14 |
Family
ID=
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102752882A (en) * | 2012-05-28 | 2012-10-24 | 华中科技大学 | System capable of achieving ad hoc network serial port data wireless transparent transmission |
| WO2016065878A1 (en) * | 2014-10-28 | 2016-05-06 | 深圳新创客电子科技有限公司 | Electronic toy control system and method, electronic equipment content updating method |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102752882A (en) * | 2012-05-28 | 2012-10-24 | 华中科技大学 | System capable of achieving ad hoc network serial port data wireless transparent transmission |
| WO2016065878A1 (en) * | 2014-10-28 | 2016-05-06 | 深圳新创客电子科技有限公司 | Electronic toy control system and method, electronic equipment content updating method |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| US20080288666A1 (en) | Embedded System Development Platform | |
| WO2008145060A1 (en) | Development verification apparatus for universal chip | |
| CN106095136A (en) | A kind of wearable device controls the method for intelligent terminal | |
| CN107703818A (en) | Wireless programming creative education intelligent controller system based on WiFi | |
| CN102034369A (en) | Wireless sensor network experiment platform based on mobile sensor node | |
| CN105894919A (en) | Singlechip-microcomputer-based multifunctional learning experiment development board | |
| CN103124947A (en) | Method and apparatus for providing low cost programmable pattern recognition | |
| CN102420874A (en) | Field programmable gate array (FPGA)-based Internet of things accessing module | |
| KR20180033291A (en) | Method and apparatus for transmitting and displaying image information | |
| CN105637373A (en) | Wireless power receiver, control circuit therefor, electronic device using same, and calculation method for reception power | |
| CN102430243A (en) | Toy based on embedded wireless sensing technology and data processing method of toy | |
| CN102662468B (en) | A kind of body sense footwear and man-machine interaction method thereof | |
| CN105526967A (en) | Measuring equipment and system based on intelligent terminal | |
| CN107564261A (en) | A kind of control system of robot | |
| CN204680000U (en) | The wireless renovator of a kind of DSP program code | |
| CN102430243B (en) | A kind of toy based on embedded wireless sensing technology and data processing method thereof | |
| CN110111233A (en) | Electronic equipment | |
| CN204856412U (en) | Touch -control pen and touch -control system | |
| CN209590876U (en) | A kind of electronic tag | |
| CN205986951U (en) | Thing allies oneself with bluetooth and installs alternately | |
| CN102945622B (en) | A kind of intellectual education learning system based on NFC | |
| CN207690015U (en) | A kind of gesture recognition system based on nine axle sensors | |
| CN201138483Y (en) | Mobile lottery ticket machine | |
| CN202472553U (en) | Somatosensory shoes | |
| CN205247133U (en) | Intelligence bracelet firmware upgrading circuit |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| ASS | Succession or assignment of patent right |
Owner name: YANG GUANG Effective date: 20141117 |
|
| C41 | Transfer of patent application or patent right or utility model | ||
| TA01 | Transfer of patent application right |
Effective date of registration: 20141117 Address after: 201203 Shanghai city Pudong New Area Chenhui Road No. 157 Lane 377 Applicant after: Shanghai Lianyong Information Technology Co., Ltd. Applicant after: Yang Guang Address before: 201203 Shanghai city Pudong New Area Chenhui Road No. 157 Lane 377 Applicant before: Shanghai Lianyong Information Technology Co., Ltd. |
|
| CB02 | Change of applicant information |
Address after: 519-532 room 333, No. 200436 Wen Hai Road, Shanghai, Baoshan District Applicant after: Shanghai United Intelligent Technology Co., Ltd. Applicant after: Yang Guang Address before: 201203 Shanghai city Pudong New Area Chenhui Road No. 157 Lane 377 Applicant before: Shanghai Lianyong Information Technology Co., Ltd. Applicant before: Yang Guang |
|
| COR | Change of bibliographic data | ||
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20161214 Termination date: 20191109 |