CN206313643U - For the distributed power supply system of modularization intelligent electronic building blocks - Google Patents
For the distributed power supply system of modularization intelligent electronic building blocks Download PDFInfo
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- CN206313643U CN206313643U CN201620936324.0U CN201620936324U CN206313643U CN 206313643 U CN206313643 U CN 206313643U CN 201620936324 U CN201620936324 U CN 201620936324U CN 206313643 U CN206313643 U CN 206313643U
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Abstract
The utility model discloses a kind of distributed power supply system of modularization intelligent electronic building blocks, including high level input, low-level input, high level output end, low level output end, high level wire, low level wire, inside modules connecting line, module electricity system, installing plate, power-supply controller of electric, power supply, threeway link block, output end mounting seat and input mounting seat.The utility model can meet the power reguirements of whole modular system according to the power-consuming component quantity of modular system, the power supply module of free load any number.Building block module inside sets power supply protection circuit, it is ensured that the safety of circuit after the loading simultaneously of multiple power supply modules；By short circuit protection circuit limiting circuit voltage and current value, it is ensured that use safety.The utility model can realize arbitrary form and any amount overlap joint of building block module, and user can realize the structure of intelligence system according to the idea of oneself with reference to necessary circuit theory, make intelligent building block module bridging arrangement succinct, easy to use.
Description
Technical field
The utility model is related to intelligent toy technical field, and in particular to the distributed power supply of modularization intelligent electronic building blocks
System.
Background technology
Current many circuit class experimental products are present with a kind of absolute version, it is impossible to the product with mechanical structure class
Product are used together, and its splicing, circuit connection all have various limitations, and user is difficult to freely be spelled according to oneself demand and idea
Connect, it is difficult to transfer cognition of the youngsters and children for building structure and circuit theory.Distribution type programmable intelligence building blocks due to
Its is unlimited, flexible expansion, causes current supply circuit more long and three-dimensional distribution, and the contact point in current supply circuit is more, must
So cause the DC impedance in current supply circuit to increase, not only influence the stability of power supply, can also cause the imbalance of loop voltage
With waste energy.In order to solve this problem, it is necessary to propose a kind of distributed power supply method and cause overcoming single supply to power
Deficiency, meet user during building blocks splicing is carried out, experience enjoyment that electronic control circuit brings and learn correlation and know
Know.The intelligent modular system that the utility model is related to is made up of multiple intelligence building block module (abbreviation building block module).
Utility model content
In order to realize that user freely designs various circuit structures according to circuit theory, freely building for modular system is realized,
Meet the power reguirements of system, it is proposed that the distributed power supply system of modularization intelligent electronic building blocks.
The purpose of this utility model is realized at least through one of following technical scheme.
For the distributed power supply system of modularization intelligent electronic building blocks, mainly include that high level input, low level are defeated
Enter end, high level output end, low level output end, high level wire, low level wire, inside modules connecting line, inter-process
Device and interlock circuit, installing plate, power-supply controller of electric, power supply, threeway link block；High level input, low-level input, height
Level output end, low level output end, high level wire, low level wire, inside modules connecting line, internal processor and correlation
Circuit is installed on the installing plate of building block module；The high level input of the intelligent modular system connected into by multiple building block modules
End, low-level input are connected with the output end of power-supply controller of electric, and power-supply controller of electric is connected with power supply.
Further, high level wire and low level wire are included on building block module, two groups of wires constitute power supply
Voltage difference；The internal processor and interlock circuit of smart electronicses building block module are connected to height by inside modules connecting line
On level wire and low level wire, institute's power supply in need in the connected mode of parallel connection, i.e. smart electronicses building block module is constituted
The high pressure of element terminate on high level wire, low pressure is terminated on low level wire；High level wire two ends respectively with height
Level input and high level output end connect, and can be connected with upper and the next intelligent building block module respectively；Low level wire
Two ends are connected with low-level input and low level output end respectively, and can be connected with upper and the next building block module respectively；When
When multiple intelligence building block modules overlap to form a modular system, the low level output end of each upper building block module with it is adjacent
The low-level input connection of the next module building block module, so the low level wired in series of whole modular system forms low level
Supply lines；The high level output end of each upper building block module is connected with the high level input of adjacent bricks module, therefore whole
The high level wired in series of individual building block module forms high level supply lines；Power at very low levels line and high level supply lines respectively with
The power supply low level output end of power supply and power supply high level output end connect；The power at very low levels line and height electricity of whole modular system
Flat supply lines forms voltage difference, in building block module the part of power supply in need high level end and low level end respectively with height
Level supply lines and power at very low levels line are connected, and are powered.
Further, in above-mentioned distributed power supply system, the installing plate on an intelligent building block module includes base
Seat, boss and groove；Boss on one intelligent building block module can combine closely with the groove on another intelligent building block module；
Multiple intelligence building block modules can be successively connected in series by boss and groove, and the high level for being connected in series the modular system for being formed is defeated
Enter end, low-level input to be connected with the output end of power-supply controller of electric, power-supply controller of electric is connected with power supply.
Further, power supply provides supply of electric power for smart electronicses modular system；The power supply includes outer casing of power supply, switch
And indicator lamp, charging inlet and output interface；Battery body is encapsulated in outer casing of power supply；Switch and indicator lamp belong to a pressing
Formula button, power output circuit closed communicating when pressing for the first time, power output circuit disconnects when pressing again；Switch and instruction
Show the output circuit closure of battery when the indicator lamp of lamp is lighted, indicator lamp distinguishes the electricity water of present battery in different colors
It is flat；Charging inlet is used to be connected with externally fed source, is recharged power supply；Output interface connects with the joint of power-supply controller of electric
Connect；
Power-supply controller of electric is used to connect and controls power supply with intelligent building block module；Power-supply controller of electric include joint, soft line,
Switch, circuit installing plate, power supply high level output end, power supply low level output end and connection boss；The output of joint and power supply
Interface is connected, and is powered；Joint is connected by soft line with power supply output control circuit, the power supply output control circuit,
Including mu balanced circuit and on-off circuit, for power input to be adjusted and is controlled to the voltage of intelligent building block module；Switch
Output for controlling power supply；Power supply high level output end and power supply low level output end connect with power supply output control circuit,
Electric energy is outwards exported；Above-mentioned each component is arranged on circuit installing plate, and connection boss is provided with circuit board installing plate, can
Groove with intelligent building block module is combined closely.
Further, the threeway link block is used for the multiple power supplys of access in parallel and power-supply controller of electric, mainly including three
Logical high level output end, threeway low level output end, the first high level of threeway input, the low-level input of threeway first, three
Logical second high level input, the low-level input of threeway second, threeway circuit board and base and threeway output end connection boss；
Threeway link block includes two groups of inlet circuits and one group of circuit of output terminal, threeway the first high level input and threeway first
It is first group of inlet circuit that low-level input constitutes first group of parallel circuit；Threeway the second high level input and threeway
It is second group of inlet circuit that second low-level input constitutes second group of parallel circuit；Threeway high level output end and threeway
It is one group of circuit of output terminal that low level output end constitutes parallel output circuit；It is described to state high level input and low level
The high level output end of the smart electronicses building block module that a group of inlet circuit is overlapped with it respectively and low level output end connect
Logical, another group is connected with power-supply controller of electric and power supply, obtains new power input in parallel；Connect in two groups of inlet circuits
Power supply, by threeway circuit board and the voltage x current combiner circuit of base in threeway link block, by two groups of inlet circuits
Voltage and current synthesis, the voltage and current after the voltage-regulation voltage-stabilization circuit regulation synthesis being provided with threeway link block and controls
Output voltage processed is in the scope of setting, and the threeway high level output end and threeway low level output end by threeway module are defeated
Go out；Be also provided with threeway circuit board and base threeway output end connection boss and groove, for other intelligent building block modules
Connection.
Further, threeway link block constitutes an intermediate power supplies load-on module with one group of power supply and power-supply controller of electric；
In modularization intelligent electronic modular system, can according to demand increase any number of intermediate power supplies load-on module.
Further, each smart electronicses building block module, is provided with voltage and current protection system, is protected by voltage
Protecting system regulation is input to the power supply safety of the building block module.
Further, each smart electronicses building block module is also provided with short-circuit protection circuit, when user's short circuit high level
Output end and low level output end, when causing that electric current exceeds setting value in smart electronicses building block module, automatic shutoff circuit, it is ensured that
User security.
Further, high level output end and low level output end are fixed in output end mounting seat, the output
End mounting seat is provided with spring leaf, when an output end for intelligent building block module and the input of another intelligent building block module are terminated
When touching, spring leaf can provide appropriate contact；High level input, low-level input are fixed on input installation
In seat, the input mounting seat is provided with spring leaf, and high level input, low-level input are embedded in input mounting seat
One end contacts with spring leaf, and when corresponding output end is pressurized, spring leaf provides spring force.
Relative to prior art, the utility model has advantages below and technique effect：
The distributed power supply system of the utility model modularization intelligent electronic building blocks, can be according to the power-consuming component of modular system
Quantity, the power supply module of free load any number meets the power reguirements of whole modular system.Building block module inside is provided with
Power supply protection circuit, it is ensured that the safety of circuit after the loading simultaneously of multiple power supply modules；Building block module inside is provided with power supply protection
Circuit is by setting short circuit protection circuit, limiting circuit voltage and current value, it is ensured that user uses safety.Mould of the present utility model
The distributed power supply system of block smart electronicses building blocks, is capable of achieving arbitrary form and any amount overlap joint of building block module, user
The structure of intelligence system can be realized with reference to necessary circuit theory according to the idea of oneself.The utility model causes intelligent building blocks mould
Block bridging arrangement is succinct, flexible and convenient to use.
Brief description of the drawings
Fig. 1 is the structure principle chart of the distributed power supply system of the modularization intelligent electronic building blocks in example.
Fig. 2 is the arrangement knot in building block module of the distributed power supply system of the modularization intelligent electronic building blocks in example
Structure.
Fig. 3 is the schematic diagram of the mounting plates structure side in example.
Fig. 4 is the opposite side schematic diagram of the mounting plates structure in example.
Fig. 5 is the top view of mounting plates structure shown in Fig. 4.
Fig. 6 is a kind of wiring connected mode schematic diagram in example.
Fig. 7 is the structural representation of the power-supply controller of electric in example.
Fig. 8 is the power supply architecture schematic diagram in example.
Fig. 9 is the connected mode of a kind of power supply in example and building block module.
Figure 10 is the structural representation of the threeway link block in example.
Figure 11 is the top view of the threeway link block in example.
Figure 12 is the principle schematic of the multiple power supplys connection in example.
Figure 13 is the structural representation of the multiple power supplys connection in example.
Figure 14 is the explosive view of Figure 13.
Figure 15 is the control flow chart of power supply in example and controller.
In figure：1- high level inputs；2- low-level inputs；3- high level outputs end；4- low level outputs end；5- is high
Level wire；6- low level wires；7- inside modules connecting lines；8- module electricity systems；9- installing plates；10- power-supply controller of electric；
11- power supplys；12- threeway link blocks；13- output end mounting seats；14- input mounting seats；91- pedestals；92- boss；93- is recessed
Groove；101- joints；The soft lines of 102-；103- is switched；104- circuit installing plates；105- power supply high level outputs end；106- power supplys
Low level output end；107- connects boss；111- outer casing of power supply；112- is switched and indicator lamp；113- charging inlets；114- is exported
Interface；121- threeway high level outputs end；122- threeway low level outputs end；123- threeways the first high level input；124-
The low-level input of threeway first；125- threeways the second high level input；The low-level input of 126- threeways second；127- tri-
Circuit passband plate and base；128- threeways output end connects boss.
Specific embodiment
Below in conjunction with specific embodiment, the utility model is described in further detail, but implementation of the present utility model and protection
Not limited to this, are that those skilled in the art can refer to prior art realization if there is the process of not special detailed description below.
As shown in figure 1, the distributed power supply system of modularization intelligent electronic building blocks, for modularization intelligent electronic building blocks
Distributed power supply system, mainly includes high level input 1, low-level input 2, high level output end 3, low level output end
4th, high level wire 5, low level wire 6, inside modules connecting line 7, internal processor and interlock circuit 8, installing plate 9, power supply
Controller 10, power supply 11, threeway link block 12；High level input 1, low-level input 2, high level output end 3, low electricity
Flat output end 4, high level wire 5, low level wire 6, inside modules connecting line 7, internal processor and interlock circuit 8 are respectively mounted
On the installing plate 9 of building block module；The high level input 1 of the intelligent modular system connected into by multiple building block modules, low electricity
Output end of the flat input 2 with power-supply controller of electric 10 is connected, and power-supply controller of electric 10 is connected with power supply 11.Include on building block module
High level wire 5 and low level wire 6, two groups of wires constitute the voltage difference of power supply；Smart electronicses building block module it is interior
Portion's processor and interlock circuit 8 are connected on high level wire 5 and low level wire 6 by inside modules connecting line 7, structure
In into connected mode in parallel, i.e. smart electronicses building block module the high pressure of the element of power supply in need terminate at high level and lead
On line 5, low pressure is terminated on low level wire 6；The two ends of high level wire 5 respectively with high level input 1 and high level output
End 3 connects, and can be connected with upper and the next intelligent building block module respectively；The two ends of low level wire 6 are input into low level respectively
End 2 and low level output end 4 connect, and can be connected with upper and the next building block module respectively；When multiple intelligence building block modules are taken
When connecing to form a modular system, the low level output end 4 of each upper building block module and adjacent the next module building block module
Low-level input 2 connect, so the low level wired in series of whole modular system forms power at very low levels line；Each is upper
The high level output end 3 of building block module is connected with the high level input 1 of adjacent bricks module, therefore the entirely height of building block module
Level wired in series forms high level supply lines；The power supply of power at very low levels line and high level supply lines respectively with power supply 11 is low
Level output end 106 and power supply high level output end 105 connect；The power at very low levels line and high level of whole modular system are powered
Line forms voltage difference, in building block module the high level end of institute's part of power supply in need and low level end respectively with high level confession
Electric wire and power at very low levels line are connected, and are powered.
Such as Fig. 3, Fig. 4, Fig. 5, in above-mentioned distributed power supply system, the installing plate 9 on an intelligent building block module is wrapped
Pedestal 91, boss 92 and groove 93 are included；Boss 92 on one intelligent building block module can with another intelligent building block module on
Groove 93 combine closely；Multiple intelligence building block modules can be successively connected in series by boss 92 and groove 93, be connected in series shape
Into the output end with power-supply controller of electric 10 of high level input 1, low-level input 2 of modular system be connected, power supply control
Device processed 10 is connected with power supply 11, as shown in Figure 6.
Such as Fig. 6, Fig. 8, power supply 11 provides supply of electric power for smart electronicses modular system；The power supply 11 includes outer casing of power supply
111st, switch and indicator lamp 112, charging inlet 113 and output interface 114；Battery body is encapsulated in outer casing of power supply 111；Switch
And indicator lamp 112 belongs to a push type button, power output circuit closed communicating when pressing for the first time, power supply when pressing again
Output circuit disconnects；The indicator lamp of switch and indicator lamp 112 shows the output circuit closure of battery when lighting, indicator lamp is with difference
Color distinguishes the charge level of present battery；Charging inlet 113 is used to be connected with externally fed source, is recharged power supply；It is defeated
Outgoing interface 114 is connected with the joint 101 of power-supply controller of electric 10.Used as example, the control flow of power supply is as shown in figure 15.
Such as Fig. 7, Fig. 9, power-supply controller of electric 10 is for connecting and controlling power supply 11 with intelligent building block module 901；Power supply
Device 10 includes joint 101, soft line 102, switch 103, circuit installing plate 104, the low electricity in power supply high level output end 105, power supply
Flat output end 106 and connection boss 107；Joint 101 is connected with the output interface 114 of power supply 11, is powered；Joint 101 leads to
Cross soft line 102 to be connected with power supply output control circuit, the power supply output control circuit, including mu balanced circuit and switch electricity
Road, the voltage for being input to intelligent building block module to power supply 11 is adjusted and controls；Switch 103 is used to control the defeated of power supply
Go out；Power supply high level output end 105 and power supply low level output end 106 connect with power supply output control circuit, and electric energy is outside
Output；Above-mentioned each component is arranged on circuit installing plate 104, and connection boss 107 is provided with circuit board installing plate, can be with intelligence
The groove 93 of energy building block module is combined closely.
Such as Figure 10, Figure 11, Figure 12, the threeway link block 12 is for the multiple power supplys 11 of access in parallel and power-supply controller of electric
10, mainly include threeway high level output end 121, threeway low level output end 122, the first high level of threeway input 123, three
Logical first low-level input 124, the second high level of threeway input 125, the second low-level input of threeway 126, three are powered
Road plate and base 127 and threeway output end connection boss 128；Threeway link block 12 is defeated including two groups of inlet circuits and one group
Go out terminal circuit, the first high level of threeway input 123 and the first low-level input of threeway 124 constitute first group of parallel circuit
I.e. first group inlet circuit；The second high level of threeway input 125 and the second low-level input of threeway 126 constitute second group
Parallel circuit is second group of inlet circuit；Threeway high level output end 121 and threeway low level output end 122 constitute parallel connection
Formula output circuit is one group of circuit of output terminal；The component for stating high level input 1 and the circuit of low-level input 2
The high level output end 3 and low level output end 4 of the smart electronicses building block module not overlapped with it connect, another group and power supply control
Device processed 10 and power supply 11 are connected, and obtain new power input in parallel；The power supply 11 connect in two groups of inlet circuits, by three
Lead to the voltage x current combiner circuit of the threeway circuit board and base 127 in connection module 12, by two groups of voltages of inlet circuit
With electric current synthesis, the voltage-regulation voltage-stabilization circuit being provided with threeway link block 12 adjusts the voltage and current after synthesis, and controls defeated
Go out voltage setting scope in, it is defeated by the threeway high level output end 121 of threeway module and threeway low level output end 122
Go out；Threeway output end connection boss 128 and groove are also provided with threeway circuit board and base 127, for intelligently long-pending with other
Wooden model block is connected.
Such as Figure 13, Figure 14, threeway link block 12 and one group of power supply 11 and power-supply controller of electric 10 constitute an intermediate power supplies
Load-on module；In modularization intelligent electronic modular system, can according to demand increase any number of intermediate power supplies load-on module.Often
One smart electronicses building block module, is provided with voltage and current protection system, is adjusted by voltage protection system and is input to this
The power supply safety of building block module.
Further, each smart electronicses building block module is also provided with short-circuit protection circuit, when user's short circuit high level
Output end 3 and low level output end 4, when causing that electric current exceeds setting value in smart electronicses building block module, automatic shutoff circuit, really
Protect user security.
Further optimal enforcement, high level output end 3 and low level output end 4 are fixed on output end mounting seat 13
In, the output end mounting seat 13 is provided with spring leaf, when an output end for intelligent building block module and another intelligent building blocks
During the input end in contact of module, spring leaf can provide appropriate contact；High level input 1, low-level input 2 are installed
It is fixed in input mounting seat 14, the input mounting seat 14 is provided with spring leaf, high level input 1, low level is defeated
Enter to hold 2 one end for being embedded in input mounting seat 14 to be contacted with spring leaf, when corresponding output end is pressurized, spring leaf provides spring
Power.
In this example, in order to avoid influenceing to read because of too many repeating label, the module left and right sides in figure and same
The implication that lines on one horizontal line are represented is same line.
The announcement and teaching of book according to the above description, the utility model those skilled in the art can also be to above-mentioned reality
The mode of applying is changed and changed.Therefore, the utility model is not limited to specific embodiment disclosed and described above, right
Some modifications and changes of the present utility model should also be as falling into scope of the claims of the present utility model.
Claims (9)
1. the distributed power supply system of modularization intelligent electronic building blocks is used for, it is characterised in that：Mainly include high level input
(1), low-level input (2), high level output end (3), low level output end (4), high level wire (5), low level wire
(6), inside modules connecting line (7), internal processor and interlock circuit (8), installing plate (9), power-supply controller of electric (10), power supply
(11), threeway link block (12)；High level input (1), low-level input (2), high level output end (3), low level
Output end (4), high level wire (5), low level wire (6), inside modules connecting line (7), internal processor and interlock circuit
(8) it is installed on the installing plate of building block module (9)；The high level of the intelligent modular system connected into by multiple building block modules is defeated
Enter output end of end (1), low-level input (2) with power-supply controller of electric (10) to be connected, power-supply controller of electric (10) and power supply
(11) connect.
2. the distributed power supply system for modularization intelligent electronic building blocks according to claim 1, it is characterised in that：Product
High level wire (5) and low level wire (6) are included on wooden model block, two groups of wires constitute the voltage difference of power supply；Intelligence
The internal processor and interlock circuit (8) of electronic building blocks module are connected to high level and lead by inside modules connecting line (7)
On line (5) and low level wire (6), constitute the connected mode of parallel connection, in smart electronicses building block module power supply in need
The high pressure of element is terminated on high level wire (5), and low pressure is terminated on low level wire (6)；High level wire (5) two ends point
It is not connected with high level input (1) and high level output end (3), and can be connected with upper and the next intelligent building block module respectively
It is logical；Low level wire (6) two ends are connected with low-level input (2) and low level output end (4) respectively, and can respectively with it is upper
Connected with the next building block module；When multiple intelligence building block modules overlap to form a modular system, each upper building block module
The low-level input (2) of low level output end (4) and adjacent the next module building block module connect, so whole building blocks system
The low level wired in series of system forms power at very low levels line；High level output end (3) and the adjacent product of each upper building block module
High level input (1) connection of wooden model block, therefore the high level wired in series of whole building block module forms high level and powers
Line；Power at very low levels line and high level supply lines power supply low level output end (106) respectively with power supply (11) and power supply electricity high
Flat output end (105) connection；The power at very low levels line and high level supply lines of whole modular system form voltage difference, building blocks mould
In block the high level end of institute's part of power supply in need and low level end respectively with high level supply lines and power at very low levels line company
Connect, powered.
3. the distributed power supply system for modularization intelligent electronic building blocks according to claim 1, it is characterised in that：One
The installing plate (9) on individual intelligent building block module includes pedestal (91), boss (92) and groove (93)；One intelligent building blocks
Boss (92) in module can combine closely with the groove (93) on another intelligent building block module；Multiple intelligence building block module energy
It is connected in series successively by boss (92) and groove (93), is connected in series the high level input (1), low of the modular system for being formed
Output end of the level input (2) with power-supply controller of electric (10) is connected, and power-supply controller of electric (10) is connected with power supply (11).
4. the distributed power supply system for modularization intelligent electronic building blocks according to claim 1, it is characterised in that：Electricity
Source (11) provides supply of electric power for smart electronicses modular system；The power supply (11) is including outer casing of power supply (111), switch and indicates
Lamp (112), charging inlet (113) and output interface (114)；Battery body is encapsulated in outer casing of power supply (111)；Switch and instruction
Lamp (112) belongs to a push type button, power output circuit closed communicating when pressing for the first time, power supply output when pressing again
Circuit disconnects；The indicator lamp of switch and indicator lamp (112) shows the output circuit closure of battery when lighting, indicator lamp is with different face
Color distinguishes the charge level of present battery；Charging inlet (113), for being connected with externally fed source, is recharged power supply；It is defeated
Outgoing interface (114) is connected with the joint (101) of power-supply controller of electric (10)；
Power-supply controller of electric (10) is for connecting and controlling power supply (11) with intelligent building block module；Power-supply controller of electric (10) is including joint
(101), soft line (102), switch (103), circuit installing plate (104), power supply high level output end (105), power supply low level
Output end (106) and connection boss (107)；Joint (101) is connected with the output interface (114) of power supply (11), is powered；Connect
Head (101) is connected by soft line (102) with power supply output control circuit, the power supply output control circuit, including voltage stabilizing electricity
Road and on-off circuit, the voltage for being input to intelligent building block module to power supply (11) are adjusted and control；Switch (103) is used
In the output of control power supply；Power supply high level output end (105) and power supply low level output end (106) and power supply output control electricity
Road is connected, and electric energy is outwards exported；Above-mentioned each component is arranged on circuit installing plate (104), is provided with circuit board installing plate
Connection boss (107), can combine closely with the groove (93) of intelligent building block module.
5. the distributed power supply system for modularization intelligent electronic building blocks according to claim 1, it is characterised in that：Institute
State threeway link block (12) and access multiple power supplys (11) and power-supply controller of electric (10) for parallel connection, mainly include threeway high level
Output end (121), threeway low level output end (122), threeway the first high level input (123), the low level of threeway first are defeated
Enter end (124), threeway the second high level input (125), the low-level input of threeway second (126), threeway circuit board and bottom
Seat (127) and threeway output end connect boss (128)；Threeway link block (12) includes two groups of inlet circuits and one group of output
Terminal circuit, threeway the first high level input (123) and the low-level input of threeway first (124) constitute first group of parallel electricity
Road is first group of inlet circuit；Threeway the second high level input (125) and the low-level input of threeway second (126) are constituted
Second group of parallel circuit is second group of inlet circuit；Threeway high level output end (121) and threeway low level output end
(122) it is one group of circuit of output terminal to constitute parallel output circuit；The high level input (1) and low-level input
(2) the high level output end (3) and low level output end (4) of the smart electronicses building block module that a group of circuit is overlapped with it respectively
Connection, another group is connected with power-supply controller of electric (10) and power supply (11), obtains new power input in parallel；Two groups of input electricity
The power supply (11) connect in road, is closed by the voltage x current of the threeway circuit board in threeway link block (12) and base (127)
Into circuit, by two groups of voltage and current synthesis of inlet circuit, the voltage-regulation voltage-stabilization circuit being provided with threeway link block (12)
Voltage and current after regulation synthesis, and controlled output voltage is in the scope of setting, by the threeway high level of threeway module
Output end (121) and threeway low level output end (122) export；It is defeated threeway to be also provided with threeway circuit board and base (127)
Go out end connection boss (128) and groove, for being connected with other intelligent building block modules.
6. the distributed power supply system for modularization intelligent electronic building blocks according to claim 1, it is characterised in that：Three
Lead to connection module (12) and constitute an intermediate power supplies load-on module with one group of power supply (11) and power-supply controller of electric (10)；Modularization intelligence
In energy electronic modular system, can according to demand increase any number of intermediate power supplies load-on module.
7. the distributed power supply system for modularization intelligent electronic building blocks according to claim 1, it is characterised in that：Often
One smart electronicses building block module, is provided with voltage and current protection system, is adjusted by voltage protection system and is input to this
The power supply safety of building block module.
8. the distributed power supply system for modularization intelligent electronic building blocks according to claim 1, it is characterised in that：Often
One smart electronicses building block module is also provided with short-circuit protection circuit, when user's short circuit high level output end (3) and low level are defeated
Go out end (4), when causing that electric current exceeds setting value in smart electronicses building block module, automatic shutoff circuit, it is ensured that user security.
9. the distributed power supply system for modularization intelligent electronic building blocks according to claim 1, it is characterised in that：Will
High level output end (3) and low level output end (4) are fixed in output end mounting seat (13), the output end mounting seat
(13) spring leaf is provided with, when an output end for intelligent building block module and the input end in contact of another intelligent building block module
When, spring leaf can provide appropriate contact；High level input (1), low-level input (2) are fixed on input
In mounting seat (14), the input mounting seat (14) is provided with spring leaf, high level input (1), low-level input (2)
One end of embedded input mounting seat (14) contacts with spring leaf, and when corresponding output end is pressurized, spring leaf provides spring force.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201620936324.0U CN206313643U (en) | 2016-08-24 | 2016-08-24 | For the distributed power supply system of modularization intelligent electronic building blocks |
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| CN201620936324.0U CN206313643U (en) | 2016-08-24 | 2016-08-24 | For the distributed power supply system of modularization intelligent electronic building blocks |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106160420A (en) * | 2016-08-24 | 2016-11-23 | 广东乐博士教育装备有限公司 | Distributed power supply system for modularization intelligent electronic building blocks |
| CN111479617A (en) * | 2017-11-08 | 2020-07-31 | 乐高公司 | Toy building set |
| CN111817394A (en) * | 2020-07-17 | 2020-10-23 | 上海布鲁可科技有限公司 | Pairing structure between pairing parts |
-
2016
- 2016-08-24 CN CN201620936324.0U patent/CN206313643U/en not_active Withdrawn - After Issue
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106160420A (en) * | 2016-08-24 | 2016-11-23 | 广东乐博士教育装备有限公司 | Distributed power supply system for modularization intelligent electronic building blocks |
| CN106160420B (en) * | 2016-08-24 | 2020-01-10 | 广东乐博士教育装备有限公司 | Distributed power supply system for modular intelligent electronic building blocks |
| CN111479617A (en) * | 2017-11-08 | 2020-07-31 | 乐高公司 | Toy building set |
| CN111817394A (en) * | 2020-07-17 | 2020-10-23 | 上海布鲁可科技有限公司 | Pairing structure between pairing parts |
| CN111817394B (en) * | 2020-07-17 | 2022-03-01 | 上海布鲁可积木科技有限公司 | Pairing structure between pairing parts |
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