CN102302854B - Electronic building block combination system - Google Patents

Electronic building block combination system Download PDF

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Publication number
CN102302854B
CN102302854B CN 201110135229 CN201110135229A CN102302854B CN 102302854 B CN102302854 B CN 102302854B CN 201110135229 CN201110135229 CN 201110135229 CN 201110135229 A CN201110135229 A CN 201110135229A CN 102302854 B CN102302854 B CN 102302854B
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CN
China
Prior art keywords
building blocks
pedestal
unit
electronic building
electronic
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CN 201110135229
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Chinese (zh)
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CN102302854A (en
Inventor
罗富强
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深圳市宇恒互动科技开发有限公司
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Priority to CN 201110135229 priority Critical patent/CN102302854B/en
Publication of CN102302854A publication Critical patent/CN102302854A/en
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Publication of CN102302854B publication Critical patent/CN102302854B/en

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Abstract

The invention relates to an electronic building block combination system. The system comprises a building block base and an electronic building block combination assembled on the building block base, wherein the electronic building block combination comprises a plurality of electronic building block units which can be mutually spliced; at least one electronic building block unit is connected with the building block base; a working power supply output by the building block base is connected to supply power to the whole electronic building block combination; each electronic building block unit senses own state information, forms the state information of a single building block together with own unique coding operation, and outputs the state information into the building block base; and the building block base can further combine the state information of the single building block in all the building block units and send the combined information to a main machine to realize the function of recording the state information of each electronic building block unit, so that the assembled building block combination can be stored, compared and the like.

Description

A kind of electronic building blocks combined system

Technical field

The present invention relates to the combined type building blocks, more particularly, relate to a kind of electronic building blocks combination and system.

Background technology

At present building blocks have a variety of, but majority all is mechanical type, and electronic type is seldom arranged, with recreation be used more rare.General mechanical type building blocks as happy high building blocks, adopt senior plastics to make building block, connect the different shape of composition by bindiny mechanism between the building block.Typical a kind of building blocks bindiny mechanism is that at building block has protruding grain, other end that the shrinkage pool that can embed protruding grain is arranged, and the cooperation by between protruding grain and the shrinkage pool realizes the combination of building block.By building block being designed to multiple shape, different colours, can tile out with countless changes moulding.

Usually, these mechanical building blocks on the packaging or the caption book of giving as an addition etc. are helped user's assembling.After the assembling of finishing specification, the user is easy to lose interest; Perhaps, when assembling figure difficulty is big, when the assembly unit mistake, can't know.And when arbitrarily creation is assembled voluntarily, innumerable trials and tribulations finish works after, can't preserve, more can't share with other people, influenced use.

In addition, prior art have some can identify automatically the building blocks title, can sounding, electronic building blocks and the learning machine of count off, as Chinese invention patent No. 200820214385.1, No. 200920129489.7, disclose a kind of electronics mathematics building blocks and a kind of electronic building blocks formula English that can identify building blocks name and the timely count off of voice automatically respectively and combined learning machine into syllables.This building blocks combination comprises some building blocks and building blocks placement platform, and building block can be placed on the building blocks placement platform.Be attached with feature magnetic recognition coding in the bottom of each building block, and the building blocks placement platform is provided with building blocks and places effectively district, the magnetic sensor Hall element of utilization on the building blocks placement platform comes recognition feature magnetic recognition coding, and by the single-chip microcomputer of building blocks placement platform come to building block be combined into line scanning, identification, analysis, processing etc., and then whether the assembly unit of interpretation building block correct, reasonable etc.This electronic building blocks is mainly used in improving by building blocks children's learning interest, mainly is to finish assembly unit at the building blocks placement platform, can't constitute three-dimensional moulding, does not also just preserve the demand of moulding, usage dullness, interesting low.

Summary of the invention

The technical problem to be solved in the present invention is, a kind of electronic building blocks combined system that obtains the status information of each electronic building blocks unit is provided.

The technical solution adopted for the present invention to solve the technical problems is: construct a kind of electronic building blocks combined system, comprise the electronic building blocks combination, described electronic building blocks combination comprises the electronic building blocks unit of a plurality of assembly units mutually; Each described electronic building blocks unit cut-in operation power supply, and himself status information of sensing, and form single building blocks status information output together with the unique coding computing of himself.

In electronic building blocks combined system of the present invention, this electronic building blocks combined system comprises that also the described building blocks of confession make up the building blocks pedestal of assembly unit thereon;

At least one described electronic building blocks unit is connected with described building blocks pedestal, and the working power that inserts the output of described building blocks pedestal is whole described electronic building blocks associating power supply; And the described single building blocks status information of each described electronic building blocks unit exports described building blocks pedestal to.

In electronic building blocks combined system of the present invention, be provided with building blocks bindiny mechanism between per two described electronic building blocks unit; Each described electronic building blocks unit comprises:

Sensing cell is for the status information of the described electronic building blocks of sensing unit self;

The building blocks memory cell stores unique coding of described electronic building blocks;

The building blocks operation processing unit is connected with the building blocks memory cell with described sensing cell, obtains the state parameter of described electronic building blocks unit and form described single building blocks status information together with unique coding of described electronic building blocks unit according to the status information computing of described sensing cell sensing;

Building blocks information communication unit is connected with described building blocks operation processing unit, is used between the described building blocks processing unit, carries out communication between described building blocks processing unit and the described building blocks pedestal, exports described single building blocks status information;

Building blocks power supply access unit is used for the cut-in operation power supply; And

Building blocks power supply output unit is used for output power supply.

In electronic building blocks combined system of the present invention, described building blocks pedestal comprises: the pedestal bindiny mechanism that is connected with the splicing of described electronic building blocks unit;

Pedestal power supply output unit, being connected with the building blocks power supply access unit of the electronic building blocks unit of described electronic building blocks combination provides working power;

Pedestal information communication unit is used for carrying out communication between described electronics pedestal and the described electronic building blocks unit; And

The pedestal operation processing unit is connected with described pedestal information communication unit all single building blocks status informations that receive are handled and obtains the combined building block status information.

In electronic building blocks combined system of the present invention, described building blocks pedestal also comprises: the pedestal communication unit, be connected with described pedestal operation processing unit, and with described combined building block status information output.

In electronic building blocks combined system of the present invention, the pedestal power supply output unit of described building blocks pedestal connects to form pedestal electric power connection line road, output power supply with the building blocks power supply access unit of the described electronic building blocks unit of below;

The building blocks power supply access unit of described electronic building blocks unit and adjacent building blocks power supply output unit connect to form building blocks electric power connection line road, and the cut-in operation power supply also converts the working power of described electronic building blocks unit to;

The transmission channel for working power and signal is formed on described pedestal electric power connection line road and building blocks electric power connection line road jointly.

In electronic building blocks combined system of the present invention, described building blocks information communication unit comprises the building blocks information coupling output module that is connected with described building blocks operation processing unit, is used for described building blocks electric power connection line road or pedestal electric power connection line road are modulated and be coupled to described single building blocks status information.

In electronic building blocks combined system of the present invention, described building blocks information communication unit also comprises the building blocks information detection input module that is connected with described building blocks operation processing unit, be used for detecting the Communication Control signal on described building blocks electric power connection line road or the pedestal electric power connection line road, and be sent to described building blocks operation processing unit after the demodulation.

In electronic building blocks combined system of the present invention, described pedestal information communication unit comprises pedestal information detection input module, is used for detecting the signal on the described pedestal electric power connection line road, is sent to described pedestal operation processing unit.

In electronic building blocks combined system of the present invention, described pedestal information communication unit also comprises the pedestal information coupling output module that is connected with described pedestal operation processing unit, is used for the Communication Control signal of described pedestal operation processing unit is coupled to described pedestal electric power connection line road.

In electronic building blocks combined system of the present invention, described building blocks bindiny mechanism is the building blocks splicing ear, and adjacent described building blocks splicing ear connects and composes described building blocks electric power connection line road;

Described pedestal bindiny mechanism is the pedestal splicing ear that cooperates with described building blocks splicing ear, and described pedestal splicing ear and building blocks splicing ear constitute described pedestal electric power connection line road;

Described building blocks electric power connection line road and pedestal electric power connection line road are connected, and provide AC power by described building blocks pedestal.

In electronic building blocks combined system of the present invention, described sensing cell comprises one or more in acceleration transducer, gyroscope, geomagnetic sensor, the barometer.

In electronic building blocks combined system of the present invention, two described pedestal splicing ears of described pedestal are one group of power output end, and organize described power output end at each and be connected with the Power Supply Monitoring protected location.

Implement the present invention and have following beneficial effect: himself status information of each electronic building blocks unit senses, and form single building blocks status information together with unique coding of each electronic building blocks unit, and all single building blocks status informations of electronic building blocks combination are sent building blocks pedestals, comprehensively obtained combined building block status information and the output of all electronic building blocks unit again by the building blocks pedestal, realization can be recorded the function of the status information of each electronic building blocks unit, thereby building blocks that can assembly unit is good combinations is stored, contrast etc.

Further, when main frame is game host, after receiving the combined building block status information, can be used for controlling the process of recreation, allow traditional building blocks realize the leap of electronization.

Further, can set up building blocks electric power connection line road and pedestal electric power connection line road by building blocks splicing ear, pedestal splicing ear, provide AC power by building blocks splicing ear, pedestal splicing ear, and couple a signal on the building blocks electric power connection line road, have advantages such as easy to connect, simple.

Description of drawings

The invention will be further described below in conjunction with drawings and Examples, in the accompanying drawing:

Fig. 1 is the schematic block diagram of an embodiment of electronic building blocks combined system of the present invention.

The specific embodiment

As shown in Figure 1, an embodiment of electronic building blocks combined system of the present invention comprises the electronic building blocks combination of building blocks pedestal 20 and assembly unit on building blocks pedestal 20.The electronic building blocks combination is electrically connected with building blocks pedestal 20, communication, understandable, this building blocks pedestal 20 can also be connected with main frame 30, thereby the combined building block status information is sent to main frame 30, show, store, play or carry out other and operate by main frame 30, realized the interaction between building blocks and the main frame 30.

This electronic building blocks combination comprises a plurality of electronic building blocks unit 10, and itself has concatenation ability electronic building blocks, makes can be stitched together between the electronic building blocks unit 10, and forms the various shapes of wanting.Understandable, the shape of the shell of this electronic building blocks unit 10, size etc. can design as required; For example the cooperating of protruding grain and shrinkage pool, magnetic attracting etc.Only schematically provide two electronic building blocks unit 10 among the figure, understandable, its quantity can be spliced more electronic building blocks unit 10 as required.

As shown in the figure, each electronic building blocks unit 10 comprises in the enclosure sensing cell 11 of setting, building blocks memory cell 12, building blocks operation processing unit 13, building blocks information communication unit 14, building blocks power supply access unit 16, building blocks power supply output unit 17 etc.

This sensing cell 11 can comprise one or more in acceleration transducer, gyroscope, geomagnetic sensor, the barometer, the status information that is used for sensing electronic building blocks unit 10, this status information comprise attitude, angle, motion mode, position height and assembly unit direction etc.Wherein, three dimension acceleration sensor inside is made up of three single-axis acceleration sensors, but the changing value of sensing acceleration of gravity on X-axis, Y-axis, Z-direction can be judged the building blocks attitude; And three-dimensional gyroscope inside is made up of three gyro sensors, but the magnitude of angular velocity on the sensing X-axis, Y-axis, Z-direction can obtain angular displacement after the computing; Three-dimensional magnetometer inside is made up of three magnetometer sensors, is used for the sensing geomagnetic data, and the absolute direction value can be provided; Barometer is to the atmospheric pressure sensitivity, and height change causes change of atmospheric pressure, by the barometer data can interpretation the variation of height, can provide the absolute altitude value, as replenishing of height sensing, the direction of motion.

Each electronic building blocks unit 10 has unique coding, thereby can identify each electronic building blocks unit 10.This unique code storage is read and is exported by building blocks operation processing unit 13 in building blocks memory cell 12.This building blocks memory cell 12 can also be used for the storage out of Memory certainly, for example the status information that senses of sensing cell 11, initial state information of electronic building blocks unit 10 etc.

The building blocks operation processing unit 13 of electronic building blocks unit 10 can adopt realizations such as single-chip microprocessor MCU or other integrated circuit.This building blocks operation processing unit 13 is connected with sensing cell 11, building blocks memory cell 12, building blocks information communication unit 14 etc. respectively, as the calculation process center of each electronic building blocks unit 10.The status information of sensing cell 11 sensings is sent to building blocks operation processing unit 13, handled by building blocks operation processing unit 13 and to obtain the building blocks parameter, and the building blocks parameter formed single building blocks status information together with unique coding of this electronic building blocks unit 10, export building blocks information communication unit 14 to and send.

These building blocks power supply access unit 16 cut-in operation power supplys are for whole electronic building blocks unit 10 provides working power.The power supply of the building blocks power supply access unit 16 access building blocks pedestals 20 of the electronic building blocks unit 10 that is connected with building blocks pedestal 20, below, building blocks power supply output unit 17 then is connected with the building blocks power supply access unit 16 of another one electronic building blocks unit 10, for another electronic building blocks unit 10 provides working power, thereby the power supply of building blocks pedestal 20 is linked in each electronic building blocks unit 10, for each electronic building blocks unit 10 provides working power.Understandable, the building blocks power supply access unit 16 of this electronic building blocks unit 10 is provided with rectification filtering module, and the AC power that inserts is carried out providing working power for whole electronic building blocks unit 10 behind the rectifying and wave-filtering.

In the present embodiment, the building blocks bindiny mechanism of adjacent electronic building blocks unit 10 is the building blocks splicing ear, connects by two building blocks splicing ear contacts at least between the electronic building blocks unit 10, constitutes the building blocks electric power connection line road between the electronic building blocks unit 10.And the pedestal bindiny mechanism of building blocks pedestal 20 also can be the pedestal splicing ear, same building blocks pedestal 20 is connected with the building blocks splicing ear contact of electronic building blocks unit 10 by at least two pedestal splicing ears, constitute pedestal electric power connection line road, thereby the power supply of building blocks pedestal 20 is linked in each electronic building blocks unit 10.This building blocks electric power connection line road and pedestal electric power connection line road are communicated with, and have constituted the electric power connection line road jointly, realize the transmission of power supply, signal.

In the present embodiment, adopt the power carrier tranmission techniques to carry out communication, this building blocks electric power connection line road and pedestal electric power connection line road are respectively as building blocks communication wire road and pedestal communication wire road.Concrete, each building blocks information communication unit 14 comprises building blocks information coupling output module 141, be connected with building blocks operation processing unit 13, be used for building blocks electric power connection line road is modulated and be coupled to the single building blocks status information of this electronic building blocks unit 10, carrying out signal transmits, and be sent to building blocks pedestal 20 by pedestal electric power connection line road, detected by the pedestal information communication unit 22 of building blocks pedestal 20.

Further, the building blocks information communication unit 14 of each electronic building blocks unit 10 also comprises building blocks information detection input module 142, be connected with building blocks operation processing unit 13, be used for detecting the signal on the building blocks electric power connection line road, be sent to building blocks operation processing unit 13.Signal on the building blocks electric power connection line road can be the communication command of building blocks pedestal 20 output, control command etc.Understandable, building blocks operation processing unit 13 can according to building blocks information detection input module 142 inspection to communication command, control command etc. operate accordingly, for example, according to communication command the single building blocks status information of this electronic building blocks unit 10 is sent to building blocks pedestal 20, controls parts (as sound-producing device, light-emitting device etc.) work on this electronic building blocks unit according to control command.

This building blocks pedestal 20 is used for unit 10 assembly unit thereon of power supply subproduct wood, comprises the pedestal syndeton that is connected with 10 splicings of electronic building blocks unit, pedestal power supply output unit 21, pedestal information communication unit 22, pedestal operation processing unit 23, pedestal communication unit 24, pedestal memory cell 25, pedestal power subsystem 26 etc.Understandable, this building blocks pedestal also can adopt other form, for example directly is connected with one of them building block unit with power connection by data connector, gets final product the input service power supply and carries out data communication.

The electronic building blocks unit 10 of below cooperates to be assembled on the building blocks pedestal 20 by building blocks syndeton and pedestal syndeton, and this pedestal syndeton can adopt existing various bindiny mechanism, for example protruding with the cooperating of shrinkage pool, magnetic attracting etc.The quantity of the pedestal syndeton of building blocks pedestal 20 can design as required.

This pedestal power supply output unit 21 is connected with pedestal power subsystem 26, and be connected with the power supply access unit of the electronic building blocks unit 10 of below, export the power supply of the pedestal power subsystem 26 of building blocks pedestal 20 to the electronic building blocks unit 10 of below, thereby be that electronic building blocks unit 10 powers.In the present embodiment, 21 outputs of this pedestal power supply output unit be AC power, the pedestal splicing ear by building blocks pedestal 20 is connected with the building blocks splicing ear, sets up pedestal electric power connection line road between building blocks pedestal 20 and the electronic building blocks unit 10.Understandable, this pedestal splicing ear and building blocks splicing ear can be set directly on pedestal syndeton and the building blocks syndeton, when building blocks pedestal 20 is connected with electronic building blocks unit 10, can set up pedestal electric power connection line road.

Further, in order to improve security performance and short-circuit protection, can adopt that per two pedestal splicing ears are planned to one group of power output end on building blocks pedestal 20, every group of power output end is connected with the current monitoring protected location.The current monitoring protected location of each group is connected with pedestal operation processing unit 23.Electric current is that the conduct that the specified use amount according to the electronic building blocks unit 10 of single or regulation array increases correctly increases pattern, and this moment, the pedestal power supply will be according to every road power supply consumption smart allocation electric power.If the electric current increase is quantitative above regulation building blocks group, then be judged as short circuit or use pattern unusually, cut off power supply automatically by the current monitoring protected location, and send alarm signal, as flashing light or notice main frame 30 etc.

Present embodiment uses AC power, and carries out the signal transmission by building blocks electric power connection line road and pedestal electric power connection line road, has simplified the complexity of contact channels, and has avoided electric power polarity to connect anti-problem.Wherein, pedestal power subsystem 26 can adopt the battery that arranges in building blocks pedestal 20, by output ACs such as boost conversion; Perhaps this pedestal power subsystem 26 adopts external power supply, directly inserts extraneous alternating current.

This pedestal information communication unit 22 is connected with pedestal operation processing unit 23, comprises pedestal information detection input module 221, for all single building blocks status informations that detect on the electric power connection line road of forming in building blocks electric power connection line road and pedestal electric power connection line road.In the present embodiment, owing to adopt power line carrier transmission signal, the pedestal information detection input module 221 of this pedestal information communication unit 22 detects the signal on building blocks electric power connection line road and pedestal electric power connection line road, and demodulate transmitted is to pedestal operation processing unit 23.

This pedestal operation processing unit 23 is connected with pedestal information communication unit 22, handles all single building blocks status informations that detect, and obtains the combined building block status information of whole electronic building blocks combination.This combined building block status information comprises that the quantity of all electronic building blocks unit 10, position concern, building blocks are encoded, makes up back shape etc.Pedestal communication unit 24 by being connected with pedestal operation processing unit 23 exports the combined building block status information after handling to main frame 30 then.

Further, for each electronic building blocks unit 10 is carried out communication, control etc., this pedestal information communication unit 22 can also comprise that the pedestal information coupling output module that is connected with pedestal operation processing unit 23 222 exports Communication Control signals such as communication command, control command to each electronic building blocks unit 10.This pedestal information coupling output module 222 is used for the Communication Control signal of pedestal operation processing unit 23 is coupled to pedestal electric power connection line road, and is sent to corresponding electronic building blocks unit 10 by building blocks electric power connection line road.

Further, this building blocks pedestal 20 also is provided with conventional configuration such as pedestal memory cell 25, button, LED; Button can be used for power switch, related setting operation etc., and LED can display power supply etc., and the pedestal memory can be stored combined building block status information, relevant control program etc.

This building blocks pedestal 20 is connected with main frame 30, exports the combined building block status information that obtains to main frame 30.This main frame 30 comprises host communication unit 31, host process unit 32, mainframe memory 34, display screen 33 etc.

This host communication unit 31 is set up communication with pedestal communication unit 24 and is connected, and carries out information exchange, receives the combined building block status information from building blocks pedestal 20.Can adopt wired connection communication or wireless connections communication.When adopting wireless telecommunications, host side needs a wireless receiver.When adopting the wired connection communication, host communication unit 31 is provided with the interface that matches with pedestal communication unit 24; And when adopting the wireless connections communication, host communication unit 31 and pedestal communication unit 24 are provided with the radio receiving transmitting module that matches etc.

This host process unit 32 is connected with host communication unit 31, and the combined building block status information that host communication unit 31 receives is handled, and for example with the electronic building blocks composite figureization, shows at display screen 33; Perhaps, be attached to the Games Software of main frame 30, the electronic building blocks combination is combined with software systems, realize interactive.Certainly, combination unit status information also can store in the mainframe memory 34, thereby can preserve the figure after the assembly unit, in order to check or contrast again assembly unit in the future.

Understandable, this main frame 30 can connect one or more building blocks pedestals 20, thereby can build building blocks at different building blocks pedestals 20 for a plurality of users, has increased interest.

When using this electronic building blocks combination to carry out the building blocks assembly unit, the button of operation building blocks pedestal 20, for building blocks pedestal 20 is connected with the mains, pedestal power supply output unit 21 is by pedestal splicing ear output LOW voltage AC power (as 5 volts, 9 volts etc.).Understandable, this working power also can adopt dc source, and the power supply that can satisfy electronic building blocks unit 10 gets final product.

Being assembled in needs, the building blocks splicing ear of the electronic building blocks unit 10 of below is connected with the pedestal splicing ear; Then, will need the electronic building blocks unit 10 of assembly unit to carry out assembly unit successively, and make to connect by the building blocks splicing ear between the adjacent electronic building blocks unit 10, and form and wish that the electronic building blocks that obtains makes up.At this moment, building blocks pedestal 20 is formed pedestal electric power connection line roads with the electronic building blocks unit 10 of below; Form building blocks electric power connection line road between the adjacent electronic building blocks unit 10, the electric power connection line road has been formed on pedestal electric power connection line road and building blocks electric power connection line road jointly.The AC power of building blocks pedestal 20 provides working power by pedestal electric power connection line road for electronic building blocks unit, below 10, then provides working power by building blocks electric power connection line road between the electronic building blocks unit 10.

Himself status information of sensing cell 11 sensings of each the electronic building blocks unit 10 in the electronic building blocks combination, for example building blocks attitude, angle, direction, just, forms of motion etc., and carry out the state parameter that calculation process obtains this electronic building blocks unit 10 by building blocks operation processing unit 13, and form himself single building blocks status information and output together with the unique coding of this electronic building blocks unit 10.In the present embodiment, form building blocks electric power connection line road between the building blocks power supply access unit 16 of adjacent electronic building blocks unit 10 and the building blocks power supply output unit 17, building blocks information coupling output module 141 by building blocks information communication unit 14 is modulated single building blocks status information and be coupled on the building blocks electric power connection line road, utilizes power carrier to carry out signal and transmits.All electronic building blocks unit 10 all export the single building blocks status information of himself on the building blocks electric power connection line road.

The electronic building blocks unit 10 of below passes through being connected of pedestal electric power connection line road and building blocks pedestal 20, the building blocks information of the building blocks information communication unit 14 of the electronic building blocks unit 10 of below coupling output module 141 utilizes power carrier to carry out signal and transmits with the single building blocks status information modulation of this electronic building blocks unit 10 and be coupled on the pedestal electric power connection line road.

Because building blocks electric power connection line road, pedestal electric power connection line road are communicated with, detect all single building blocks status informations of all the electronic building blocks unit on building blocks electric power connection line road, the pedestal electric power connection line road by pedestal information communication unit 22, and export building blocks pedestal 20 to.The pedestal operation processing unit 23 of building blocks pedestal 20 is handled all received single building blocks status informations and is obtained the combined building block status information, and exports main frame 30 to by pedestal communication unit 24.

Further, main frame 30 is connected with pedestal communication unit 24 communications of building blocks pedestal 20 by host communication unit 31, and received combined building block status information is preserved, shows or for main frame 30 softwares use interaction etc.

Said process is initiatively with its single building blocks status information output by the electronic building blocks unit, certainly, also can control the parts of exporting its single building blocks status information or controlling each electronic building blocks unit in each electronic building blocks unit according to the Communication Control signal of building blocks pedestal 20 and carry out corresponding work, to export its single building blocks status information be that example describes to control each electronic building blocks unit below.

Button by operation building blocks pedestal 20 comes the incoming traffic control signal, perhaps presets the Communication Control signal, and this Communication Control signal includes unique coding of the electronic building blocks unit 10 of needs control at least.Then, by pedestal information coupling output module 222 this Communication Control signal is coupled on the electric power connection line road and sends.

Then, the building blocks information detection input module of each electronic building blocks unit 10 142 detects this Communication Control signal from building blocks electric power connection line road, and is sent to building blocks operation processing unit 13.Then, whether correspondingly with unique coding of this building blocks electronic unit 10 analyze by this building blocks operation processing unit 13, if unique codes match, then according to the communication command in the Communication Control signal, the single building blocks status information of this electronic building blocks unit 10 is coupled on the building blocks electric power connection line road by 141 modulation of building blocks information coupling output module sends.Certainly, if contain control command in the Communication Control signal, then carry out corresponding action by building blocks operation processing unit 13 according to control command.

Like this, can avoid electronic building blocks unit 10 ceaselessly single building blocks status information to be sent, reduce energy consumption, more environmental protection practicality.

Certainly, each electronic building blocks unit 10 can also arrange indicator lamp, sound-producing device etc. as required, is received by building blocks information detection input module 142 and controls from the communication command of building blocks pedestal.

Above embodiment only is explanation technical conceive of the present invention and characteristics, and its purpose is to allow the personage who is familiar with this technology can understand content of the present invention and enforcement accordingly, can not limit protection scope of the present invention.All equalizations of doing with claim scope of the present invention change and modify, and all should belong to the covering scope of claim of the present invention.

Claims (13)

1. an electronic building blocks combined system is characterized in that, comprises the electronic building blocks combination, and described electronic building blocks combination comprises the electronic building blocks unit of a plurality of assembly units mutually; Each described electronic building blocks unit cut-in operation power supply, and each described electronic building blocks unit comprises sensing cell, the status information that is used for the described electronic building blocks of sensing unit self, and form single building blocks status information together with unique coding computing of this electronic building blocks unit self and export.
2. electronic building blocks combined system according to claim 1 is characterized in that, this electronic building blocks combined system comprises that also the described building blocks of confession make up the building blocks pedestal of assembly unit thereon;
At least one described electronic building blocks unit is connected with described building blocks pedestal, and the working power that inserts the output of described building blocks pedestal is whole described electronic building blocks associating power supply; And the described single building blocks status information of each described electronic building blocks unit exports described building blocks pedestal to.
3. electronic building blocks combined system according to claim 2 is characterized in that, is provided with building blocks bindiny mechanism between per two described electronic building blocks unit; Each described electronic building blocks unit also comprises:
The building blocks memory cell stores unique coding of described electronic building blocks;
The building blocks operation processing unit is connected with the building blocks memory cell with described sensing cell, obtains the state parameter of described electronic building blocks unit and form described single building blocks status information together with unique coding of described electronic building blocks unit according to the status information computing of described sensing cell sensing;
Building blocks information communication unit is connected with described building blocks operation processing unit, is used between the described building blocks processing unit, carries out communication between described building blocks processing unit and the described building blocks pedestal, exports described single building blocks status information;
Building blocks power supply access unit is used for the cut-in operation power supply; And
Building blocks power supply output unit is used for output power supply.
4. electronic building blocks combined system according to claim 3 is characterized in that, described building blocks pedestal comprises: the pedestal bindiny mechanism that is connected with the splicing of described electronic building blocks unit;
Pedestal power supply output unit, being connected with the building blocks power supply access unit of the electronic building blocks unit of described electronic building blocks combination provides working power;
Pedestal information communication unit is used for carrying out communication between described electronics pedestal and the described electronic building blocks unit; And the pedestal operation processing unit, be connected with described pedestal information communication unit all single building blocks status informations that receive are handled and obtain the combined building block status information.
5. electronic building blocks combined system according to claim 4 is characterized in that, described building blocks pedestal also comprises: the pedestal communication unit, be connected with described pedestal operation processing unit, and with described combined building block status information output.
6. electronic building blocks combined system according to claim 4, it is characterized in that, the pedestal power supply output unit of described building blocks pedestal connects to form pedestal electric power connection line road, output power supply with the building blocks power supply access unit of the described electronic building blocks unit of below;
The building blocks power supply access unit of described electronic building blocks unit and adjacent building blocks power supply output unit connect to form building blocks electric power connection line road, and the cut-in operation power supply also converts the working power of described electronic building blocks unit to;
The transmission channel for working power and signal is formed on described pedestal electric power connection line road and building blocks electric power connection line road jointly.
7. electronic building blocks combined system according to claim 6, it is characterized in that, described building blocks information communication unit comprises the building blocks information coupling output module that is connected with described building blocks operation processing unit, is used for described building blocks electric power connection line road or pedestal electric power connection line road are modulated and be coupled to described single building blocks status information.
8. electronic building blocks combined system according to claim 7, it is characterized in that, described building blocks information communication unit also comprises the building blocks information detection input module that is connected with described building blocks operation processing unit, be used for detecting the Communication Control signal on described building blocks electric power connection line road or the pedestal electric power connection line road, and be sent to described building blocks operation processing unit after the demodulation.
9. electronic building blocks combined system according to claim 6 is characterized in that, described pedestal information communication unit comprises pedestal information detection input module, is used for detecting the signal on the described pedestal electric power connection line road, is sent to described pedestal operation processing unit.
10. electronic building blocks combined system according to claim 9, it is characterized in that, described pedestal information communication unit also comprises the pedestal information coupling output module that is connected with described pedestal operation processing unit, is used for the Communication Control signal of described pedestal operation processing unit is coupled to described pedestal electric power connection line road.
11. electronic building blocks combined system according to claim 6 is characterized in that, described building blocks bindiny mechanism is the building blocks splicing ear, and adjacent described building blocks splicing ear connects and composes described building blocks electric power connection line road;
Described pedestal bindiny mechanism is the pedestal splicing ear that cooperates with described building blocks splicing ear, and described pedestal splicing ear and building blocks splicing ear constitute described pedestal electric power connection line road;
Described building blocks electric power connection line road and pedestal electric power connection line road are connected, and provide AC power by described building blocks pedestal.
12. according to each described electronic building blocks combined system of claim 1-11, it is characterized in that described sensing cell comprises one or more in acceleration transducer, gyroscope, geomagnetic sensor, the barometer.
13. electronic building blocks combined system according to claim 12 is characterized in that, two described pedestal splicing ears of described pedestal are one group of power output end, and organize described power output end at each and be connected with the Power Supply Monitoring protected location.
CN 201110135229 2011-05-24 2011-05-24 Electronic building block combination system CN102302854B (en)

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