CN209286676U - Grafting combined building block and its building blocks equipment sub-assembly, building blocks bus sub-assembly - Google Patents
Grafting combined building block and its building blocks equipment sub-assembly, building blocks bus sub-assembly Download PDFInfo
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- CN209286676U CN209286676U CN201821865330.7U CN201821865330U CN209286676U CN 209286676 U CN209286676 U CN 209286676U CN 201821865330 U CN201821865330 U CN 201821865330U CN 209286676 U CN209286676 U CN 209286676U
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Abstract
The utility model provides a kind of grafting combined building block and its building blocks equipment sub-assembly, building blocks bus sub-assembly, it include: building blocks input component (901), building blocks output (902), building blocks power elements (903) these building blocks equipment sub-assemblies (900), by bus interface and building blocks connected structure (103), realizes structure connection and be electrically connected；Wherein the electric connection forms building blocks combination bus structures (300)；Bus structures (300) are combined based on the building blocks, building blocks input component (901) sends input signal, building blocks output (902) is exported based on the control signal obtained according to the input signal, and building blocks power elements (903) provide power supply.The utility model splicing flexibly, can bring more enjoyment and playing method.
Description
Technical field
The utility model relates to building blocks fields, and in particular, to grafting combined building block and its building blocks equipment sub-assembly, building blocks
Bus sub-assembly.
Background technique
Building blocks are conducive to child and give free rein to one's imagination, and male plug connector and female plug connect between a variety of different types of building blocks of integrated use
The splicing of head freely builds different material objects, is conducive to the culture of imagination and creativity.Traditional building blocks mainly pass through not
With color, shape or pattern cause the interest of child.The building blocks of this quasi-tradition are due to having a single function, lacking entertaining
The factor of property is difficult to attract liking for child.
Occur the building blocks with functional module currently on the market, such as the building blocks with driving device, building blocks are built-in with
Motor, by motor come output power, therefore the offer be also born and power supply is carried out for electronic device in building blocks, controlled signal
With the demand of transmitting.Traditional power supply, control signal transfer mode are needed by connection multiple conducting wires transmitting, since building blocks need
Spelling is barricaded as different moulding, causes conducting wire is at random during spelling is taken to be easily damaged.And building blocks cause there are incorrect link
The problem of open circuit, in this regard, patent document CN105727571A discloses electronic building blocks, including power supply unit, functional unit, control
Unit and communication unit, control unit are electrically connected with power supply unit, functional unit and communication unit respectively, and communication unit includes total
Line communication structure, power supply unit include auto polarity circuit for reversing.Logical the utility model electronic building blocks, pass through bus communication mould
Formula can arbitrarily splice between electronic building blocks, without installing route in a specific sequence；It, can by auto polarity circuit for reversing
Arbitrarily spliced between multiple electronic building blocks with allowing, installed without having to worry about positive and negative anodes, does not need setting fool-proof design；By the way that function is arranged
Energy unit, realizes functional diversities, and facilitate Function Extension.But its structure is complex, product service life is lower.
Utility model content
For the defects in the prior art, the purpose of the utility model is to provide a kind of grafting combined building blocks and its building blocks to set
Standby sub-assembly, building blocks bus sub-assembly.
According to a kind of grafting combined building block provided by the utility model, comprising: building blocks input component 901, building blocks output
902, these building blocks equipment sub-assemblies 900 of building blocks power elements 903；
Building blocks equipment sub-assembly 900 includes building blocks main body 600, and building blocks main body 600 has bus interface, building blocks connected structure
103；Bus interface is respectively attached on corresponding building blocks connected structure 103；The building blocks main body 600 of building blocks equipment sub-assembly 900
Surface be formed with a building blocks connected structure 103 or the surface of building blocks main body 600 is formed with multiple building blocks connected structures
103, wherein the multiple building blocks connected structure 103 is distributed in the different zones on the surface of building blocks main body 600；
Building blocks input component 901, building blocks output 902 between building blocks power elements 903, are inserted by bus interface and building blocks
Binding structure 103 is realized structure connection and is electrically connected；Wherein the electric connection forms building blocks combination bus structures 300；
Bus structures 300 are combined based on the building blocks, building blocks input component 901 sends input signal, building blocks output 902
It is exported based on the control signal obtained according to the input signal, building blocks power elements 903 provide power supply；
Each building blocks equipment sub-assembly 900 at least has a bus interface, wherein the product that the bus interface depends on
In the wooden connected structure 103, at least one building blocks connected structure 103 belongs to first kind structure or Second Type structure；Or
It is that at least a kind of building blocks equipment sub-assembly 900 at least has there are two bus interface, described two bus interface are locating same
The matching internal of one building blocks equipment sub-assembly 900 is electrically connected, wherein the building blocks connected structure that a bus interface depends on
103 belong to first kind structure, and the building blocks connected structure 103 that another bus interface depends on belongs to Second Type structure；
In the building blocks connected structure 103 and other building blocks equipment of the first kind structure of the building blocks equipment sub-assembly 900
When the building blocks connected structure 103 of the Second Type structure of sub-assembly 900 is adapted to plug connection, the building blocks equipment combination is depended on
The bus interface of the building blocks connected structure 103 of the first kind structure of part 900 and depend on other building blocks equipment sub-assemblies 900
It is electrically connected between the bus interface of the building blocks connected structure 103 of Second Type structure.
Preferably, in each building blocks equipment sub-assembly 900, building blocks connected structure that at least one bus interface depends on
103 use Second Type structure.
Preferably, building blocks input component 901, building blocks output 902, between building blocks power elements 903, by mainly total by building blocks
The building blocks that line sub-assembly 100 is constituted combine bus structures 300, realize structure connection and are electrically connected；
Building blocks bus sub-assembly 100 includes building blocks connector；The building blocks connector, comprising: building blocks main body 600；Building blocks
Main body 600 has conduct piece 700；
The multiple building blocks for the different zones for being distributed in building blocks main body 600 are provided in the building blocks main body 600 of building blocks connector
Connected structure 103；
Each building blocks connected structure 103 includes a connection-peg 1031 or multiple connection-pegs 1031；Each connection-peg
1031 have depended on multiple conduct pieces 700, be arranged between multiple conduct pieces 700 on the same connection-peg 1031 mutually electrically every
From；The conduct piece 700 being attached on the same building blocks connected structure 103 forms bus interface；
In the multiple building blocks connected structure 103, at least one building blocks connected structure 103 uses first kind knot
Structure, can be with other building blocks connectors using Second Type structure using the building blocks connected structure 103 of first kind structure
103 grafting of building blocks connected structure is inserted in the building blocks connected structure 103 of the building blocks connector and the building blocks of other building blocks connectors
While binding 103 grafting of structure, the formation of conduct piece 700 of the conduct piece 700 of the building blocks connector and other building blocks connectors
Electrical connection.
Preferably, comprising: this building blocks equipment sub-assembly 900 of building blocks dominant control 904；The building blocks dominant control 904 passes through
The bus interface and building blocks connected structure 103, with building blocks input component 901, building blocks output 902, building blocks power elements 903
Between realize plug connection and be electrically connected；
Bus structures 300 are combined based on the building blocks, input signal is sent to building blocks dominant control by building blocks input component 901
904, the building blocks dominant control 904 obtains control signal according to the input signal, and sends control signals to building blocks output
Part 902.
Preferably, the building blocks input component 901, building blocks output 902, any building blocks in building blocks power elements 903 are set
Standby sub-assembly 900, comprising: main control unit 905；
The main control unit 905 passes through the building blocks equipment sub-assembly 900 at place, combines bus structures by the building blocks
It realizes and is electrically connected between 300, with other building blocks equipment sub-assemblies 900；
Bus structures 300 are combined using the building blocks, input signal is sent to main control unit by building blocks input component 901
905, the main control unit 905 obtains control signal according to the input signal, and sends control signals to building blocks output
902。
Preferably, it is connected in a plug-in manner between the respective building block connecting piece of multiple building blocks bus sub-assemblies 100；
In two building block connecting pieces plugged, the building blocks connected structure 103 of a building block connecting piece and another product
While matching plug connection between the building blocks connected structure 103 of the wooden connector, the building blocks for depending on a building block connecting piece are inserted
The bus interface of binding structure 103 and depend on another building block connecting piece building blocks connected structure 103 bus interface between
With electric connection.
Preferably, before grafting, the end of the part transmission line in the bus interface of the part building blocks equipment sub-assembly 900
Portion is vacant state.
Preferably, depended at least one connection-peg 1031 at least one building blocks connected structure 103 there are two with
On conduct piece 700.
Preferably, at least in a building blocks connected structure 103, have at least two connection-pegs 1031 by conduct piece 700 according to
It is mutually staggered between attached position.
Preferably, the conduct piece 700 that each building blocks connected structure 103 is depended on forms bus interface；The same building blocks
It is adapted to and is electrically connected in the inside of building blocks equipment sub-assembly 900 between multiple bus structures of equipment sub-assembly 900.
According to a kind of building blocks equipment sub-assembly 900 provided by the utility model characterized by comprising building blocks main body
600；Building blocks main body 600 has bus interface, building blocks connected structure 103；Bus interface is attached to respectively corresponding building blocks
On connected structure 103；The quantity of bus interface is one or more；
The surface of building blocks main body 600 is formed with a building blocks connected structure 103 or the surface of building blocks main body 600 is formed
There are multiple building blocks connected structures 103, wherein the multiple building blocks connected structure 103 is distributed in the surface of building blocks main body 600
Different zones；
Building blocks connected structure 103 in the building blocks equipment sub-assembly 900 and other building blocks connected structures for matching
While 103 plug connection, depend on the bus interface of the building blocks connected structure 103 of the building blocks equipment sub-assembly 900 with according to
It invests and is adapted electric connection between the bus interface of the building blocks connected structure 103 to match.
Preferably, building blocks equipment sub-assembly 900 at least has a bus interface, wherein what the bus interface depended on
In building blocks connected structure 103, at least one building blocks connected structure 103 belongs to first kind structure or Second Type structure；Or
Person is, at least a kind of building blocks equipment sub-assembly 900 at least has that there are two bus interface, and described two bus interface are locating
The matching internal of the same building blocks equipment sub-assembly 900 is electrically connected, wherein the building blocks connected structure that a bus interface depends on
103 belong to first kind structure, and the building blocks connected structure 103 that another bus interface depends on belongs to Second Type structure；
In the building blocks connected structure 103 and other building blocks equipment of the first kind structure of the building blocks equipment sub-assembly 900
When the building blocks connected structure 103 of the Second Type structure of sub-assembly 900 is adapted to plug connection, the building blocks equipment combination is depended on
The bus interface of the building blocks connected structure 103 of the first kind structure of part 900 and depend on other building blocks equipment sub-assemblies 900
It is electrically connected between the bus interface of the building blocks connected structure 103 of Second Type structure.
Preferably, in building blocks equipment sub-assembly 900, the building blocks connected structure 103 that at least one bus interface depends on is adopted
With Second Type structure.
Preferably, the end of the part transmission line in bus interface is vacant state.
Preferably, the building blocks equipment sub-assembly 900 is building blocks input component 901, building blocks output 902, building blocks power elements
903 or building blocks dominant control, in which:
The building blocks input component 901 can send input signal；
The building blocks output 902 can be exported based on the control signal obtained according to the input signal；
The building blocks power elements 903 are capable of providing power supply；
The building blocks dominant control 904 can obtain control signal according to input signal, and send control signal.
Preferably, depended at least one connection-peg 1031 at least one building blocks connected structure 103 there are two with
On conduct piece 700.
Preferably, at least in a building blocks connected structure 103, have at least two connection-pegs 1031 by conduct piece 700 according to
It is staggered between attached position.
Preferably, the conduct piece 700 that each building blocks connected structure 103 is depended on forms bus interface；The same building blocks
It is adapted to and is electrically connected in the inside of building blocks equipment sub-assembly 900 between multiple bus structures of equipment sub-assembly 900.
According to a kind of building blocks bus sub-assembly 100 provided by the utility model, including building blocks connector；
The building blocks connector, comprising: building blocks main body 600；Building blocks main body 600 has conduct piece 700；
The multiple building blocks connected structures 103 for the different zones for being distributed in building blocks main body 600 are provided in building blocks main body 600；
Each building blocks connected structure 103 includes a connection-peg 1031 or multiple connection-pegs 1031；Each connection-peg
1031 have depended on multiple conduct pieces 700, be arranged between multiple conduct pieces 700 on the same connection-peg 1031 mutually electrically every
From；The conduct piece 700 being attached on the same building blocks connected structure 103 forms bus interface；
In the multiple building blocks connected structure 103, at least one building blocks connected structure 103 uses first kind knot
Structure, can be with other building blocks connectors using Second Type structure using the building blocks connected structure 103 of first kind structure
103 grafting of building blocks connected structure is inserted in the building blocks connected structure 103 of the building blocks connector and the building blocks of other building blocks connectors
While binding 103 grafting of structure, the formation of conduct piece 700 of the conduct piece 700 of the building blocks connector and other building blocks connectors
Electrical connection.
Preferably, in multiple connection-pegs 1031 of the same building blocks connected structure 103 of building blocks connector, at least two
A connection-peg 1031, which is arranged between the position of conduct piece 700, to be mutually staggered.
Preferably, the building blocks connected structure 103 of building blocks main body 600 being provided on one side using first kind structure, it is described
Opposite another side is provided with the building blocks connected structure 103 using Second Type structure on one side.
Preferably, the conduct piece 700 in the building blocks connected structure 103 in the one side, and described opposite another
Electrical connection is corresponded between the conduct piece 700 in building blocks connected structure 103 on face.
Preferably, the multiple conduct pieces 700 being arranged in the building blocks connected structure 103 using first kind structure form the
One buckle structure, wherein the first buckle structure adapts to be arranged in the building blocks connected structure 103 using Second Type structure
Multiple conduct pieces 700 are formed by the second buckle structure.
Preferably, it is oppositely arranged between conduct piece 700, forms the first buckle structure, be disposed opposite to each other between conduct piece 700
Then form the second buckle structure.
Preferably, the conduct piece 700 being attached on building blocks connected structure 103 includes: clamping part 701, seat part 702；
Clamping part 701 is connected in seat part 702, and seat part 702 is fastenedly connected with building blocks main body 600；
After extruding of the clamping part 701 by the radial direction of connection-peg 1031, elasticity can occur relative to seat part 702
Deformation and drawn close to seat part 702.
Preferably, clamping part 701 has lug boss 7011, forms snap-lock group between the lug boss 7011 being oppositely arranged
Part.
Preferably, seat part 702 includes side portions 7021, base portion 7022；
Clamping part 701, side portions 7021, base portion 7022 are sequentially connected；
Side portions 7021 and/or base portion 7022 extend locating piece 7023.
Preferably, the conduct piece 700 in the building blocks connected structure 103 in the one side, and described opposite another
Between the conduct piece 700 in building blocks connected structure 103 on face, pass through the realization electrical connection that contacts with each other of base portion 7022.
Preferably, the conduct piece 700 that each building blocks connected structure 103 of building blocks connector is depended on forms bus and connects
Mouthful；It is adapted to and is electrically connected in the inside of building blocks connector between multiple bus structures of the same building blocks connector.
Preferably, in the bus interface, including the first power supply line POW, second source line GND；
The first power supply line POW, second source line GND at least one bus interface are attached to same building blocks grafting knot
On different connection-pegs 1031 in structure 103, wherein between the different connection-pegs 1031 in the same building blocks connected structure 103
Positioned at the same region on the surface of building blocks main body 600.
Combine bus structures 300 according to a kind of building blocks provided by the utility model, including it is multiple removably mutually
It connects to form the building blocks bus sub-assembly 100 of bus circuit.
Preferably, connection physically is realized between building blocks bus sub-assembly 100 in a plug-in manner.
Preferably, building blocks bus sub-assembly 100 has flexible portion.
Preferably, using the building blocks bus sub-assembly 100.
According to a kind of modular system 400 with bus provided by the utility model, bus is combined including the building blocks
Structure 300 further includes building blocks equipment sub-assembly 900；
One or more equipment sub-assemblies 200 are removably connected in combination bus structures；
Equipment sub-assembly 200 includes functional module, functional module access combination bus structures 300.
Preferably, using the building blocks equipment sub-assembly 900.
Compared with prior art, the utility model have it is following the utility model has the advantages that
1, the utility model is structurally reasonable, easy to use, game-play enjoyment with higher.
2, between building blocks equipment sub-assembly in the utility model is all or part of can any grafting, by bus side
Formula is communicated and is energized.
3, the utility model clamping part 701, side portions 7021, the design of the structure of base portion 7022, so that being electrically connected and inserting
It connects while realizing in succession, and mutually assist, improve the stability of grafting jointly.
4, the structure of the conduct piece 700 in the utility model can form the first buckle knot according to the mode difference of setting
Structure or the second buckle structure, thus in entire building blocks connector, it is only necessary to prepare a kind of conduct piece 700 of structure type
It realizes and is assembled with the cooperation of the building blocks connected structure 103 of first kind structure, Second Type structure.
Detailed description of the invention
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other spies of the utility model
Sign, objects and advantages will become more apparent upon:
Fig. 1 is the stereochemical structure signal of the upper housing angle of the building blocks main body of building blocks connector provided by the utility model
Figure.
Fig. 2 is the stereochemical structure signal of the lower case angle of the building blocks main body of building blocks connector provided by the utility model
Figure.
Fig. 3 is the structural schematic diagram of the upper casing external surface of the building blocks main body of building blocks connector provided by the utility model.
Fig. 4 is the structural schematic diagram inside the upper housing of the building blocks main body of building blocks connector provided by the utility model.
Fig. 5 is that Fig. 4 conceals the structural schematic diagram after conduct piece.
Fig. 6 is the upper housing of the building blocks main body of building blocks connector provided by the utility model and to the assembly between conduct piece
Structural schematic diagram.
Fig. 7 is the structural schematic diagram of the conduct piece of building blocks connector provided by the utility model.
Fig. 8 is the structural schematic diagram of the conduct piece of building blocks connector provided by the utility model.
Fig. 9 is the structural schematic diagram inside the lower case of the building blocks main body of building blocks connector provided by the utility model.
Figure 10 is the structural schematic diagram of the lower casing external surface of the building blocks main body of building blocks connector provided by the utility model.
Figure 11 is that Figure 10 conceals the structural schematic diagram after conduct piece.
Figure 12 is the lower case of the building blocks main body of building blocks connector provided by the utility model and to the dress between conduct piece
Distribution structure schematic diagram.
Figure 13 is that two building blocks connectors are aligned schematic diagram to be spliced.
Figure 14 is two spliced schematic diagrames of building blocks connector.
Figure 15 is two spliced overhead view of building blocks connector in Figure 14.
Figure 16 is the sectional view in Figure 15 along the direction A-A.
Figure 17 is the positive structure schematic of a building blocks connector provided by the utility model.
Figure 18 is the reverse structure schematic of a building blocks connector provided by the utility model.
Figure 19 is the sectional view in Figure 17 along the direction C-C.
Figure 20 is the decomposition texture schematic diagram of a building blocks connector provided by the utility model.
Figure 21 is the partial enlarged view of conduct piece in Figure 20.
Figure 22 is the structural schematic diagram of conduct piece.
Figure 23 is to combine bus structures by building blocks between multiple building blocks equipment sub-assemblies 900 such as building blocks dominant control 904
300 carry out data communication and provide the schematic illustration of power supply.
Figure 24 is containing combining bus structures by building blocks between multiple building blocks equipment sub-assemblies 900 such as main control unit 905
300 carry out data communication and provide the schematic illustration of power supply.
The schematic illustration that Figure 25 is directly connected between multiple building blocks equipment sub-assemblies 900, multiple building blocks equipment combinations
Part 900 itself forms building blocks and combines bus structures 300.
Figure 26 combines the principle that bus structures 300 connect by building blocks between multiple building blocks equipment sub-assemblies 900 and illustrates
Figure, wherein building blocks combination bus structures 300 are mainly made of multiple building blocks bus sub-assemblies 100.
Figure 27 is building blocks equipment sub-assembly 900 or the outline structural diagram for being also possible to building blocks bus sub-assembly 100.
Figure 28 is building blocks equipment sub-assembly 900 or the outline structural diagram for being also possible to building blocks bus sub-assembly 100.
Figure 29 is the structural schematic diagram that building blocks combine bus structures 300.
It is shown in figure:
Specific embodiment
The utility model is described in detail combined with specific embodiments below.Following embodiment will be helpful to this field
Technical staff further understands the utility model, but does not limit the utility model in any form.It should be pointed out that ability
For the those of ordinary skill in domain, without departing from the concept of the premise utility, several changes and improvements can also be made.
These are all within the protection scope of the present invention.
As shown in Fig. 1 to 22 and Figure 23 to Figure 28, according to a kind of grafting combined building block provided by the utility model, packet
It includes: these building blocks equipment sub-assemblies 900 of building blocks input component 901, building blocks output 902, building blocks power elements 903；Building blocks equipment group
Component 900 includes building blocks main body 600, and building blocks main body 600 has bus interface, building blocks connected structure 103；That is, building blocks input component
901, building blocks output 902, building blocks power elements 903 include building blocks main body 600.Bus interface is respectively attached to corresponding product
On the wooden connected structure 103；The surface of the building blocks main body 600 of building blocks equipment sub-assembly 900 is formed with a building blocks connected structure
103 or the surface of building blocks main body 600 be formed with multiple building blocks connected structures 103, wherein the multiple building blocks connected structure
103 are distributed in the different zones on the surface of building blocks main body 600；Building blocks input component 901, building blocks output 902, building blocks power elements
Between 903, by bus interface and building blocks connected structure 103, realizes structure connection and be electrically connected；Wherein the electrical property connects
It connects to form building blocks combination bus structures 300；Bus structures 300 are combined based on the building blocks, building blocks input component 901 sends input letter
Number, building blocks output 902 is exported based on the control signal obtained according to the input signal, and building blocks power elements 903 provide
Power supply.Each building blocks equipment sub-assembly 900 at least has a bus interface, wherein the building blocks that the bus interface depends on
In connected structure 103, at least one building blocks connected structure 103 belongs to first kind structure or Second Type structure；Either,
At least a kind of building blocks equipment sub-assembly 900 at least has there are two bus interface, and described two bus interface are locating same
The matching internal of a building blocks equipment sub-assembly 900 is electrically connected, wherein the building blocks connected structure 103 that a bus interface depends on
Belong to first kind structure, the building blocks connected structure 103 that another bus interface depends on belongs to Second Type structure.In the product
Second class of the building blocks connected structure 103 of the first kind structure of the wooden equipment sub-assembly 900 and other building blocks equipment sub-assemblies 900
When the building blocks connected structure 103 of type structure is adapted to plug connection, the first kind knot of the building blocks equipment sub-assembly 900 is depended on
The product of the bus interface of the building blocks connected structure 103 of structure and the Second Type structure for depending on other building blocks equipment sub-assemblies 900
It is electrically connected between the bus interface of the wooden connected structure 103.Preferably, in each building blocks equipment sub-assembly 900, at least
The building blocks connected structure 103 that one bus interface depends on uses Second Type structure.
Building blocks equipment sub-assembly 900 includes MCU, further includes corresponding functional module.For example, the function of building blocks input component 901
Energy module can be infrared sensor, acoustic control module, color display module or infrared sensor module etc., building blocks output 902
Functional module can be motor, recording module, LED module or reality module etc., the functional module of building blocks power elements 903 can
To be battery, certainly in change case, building blocks power elements 903 can not have MCU.Building blocks power elements 903 can be by multiple total
The both ends of line interface out-put supply, the transmission line in the bus of independent building blocks power elements 903 except power supply line are hanging.
As shown in figure 23, grafting combined building block includes: this building blocks equipment sub-assembly 900 of building blocks dominant control 904；The product
The wooden dominant control 904 is by the bus interface and building blocks connected structure 103, with building blocks input component 901, building blocks output
902, plug connection is realized between building blocks power elements 903 and is electrically connected；Bus structures 300, building blocks are combined based on the building blocks
Input signal is sent to building blocks dominant control 904 by input component 901, and the building blocks dominant control 904 is obtained according to the input signal
Signal is controlled, and sends control signals to building blocks output 902.
As shown in figure 24, the building blocks input component 901, building blocks output 902, any product in building blocks power elements 903
The wooden equipment sub-assembly 900, comprising: main control unit 905；The main control unit 905 passes through the building blocks equipment sub-assembly 900 at place,
It is electrically connected by being realized between the building blocks combination bus structures 300, with other building blocks equipment sub-assemblies 900；Using described
Building blocks combine bus structures 300, and input signal is sent to main control unit 905, the main control unit 905 by building blocks input component 901
Control signal is obtained according to the input signal, and sends control signals to building blocks output 902.
As shown in figure 25, building blocks input component 901, building blocks output 902, building blocks power elements 903, building blocks dominant control 904 do not have
Have and combine bus structures 300 by the building blocks being made of building blocks bus sub-assembly 100 and connect, but directly utilizes itself building blocks master
Bus interface on body 600 is connect with building blocks connected structure.
As shown in figure 26, building blocks input component 901, building blocks output 902, building blocks power elements 903, building blocks dominant control 904 it
Between, by mainly combining bus structures 300 by the building blocks that building blocks bus sub-assembly 100 is constituted, realizes structure connection and electrically connect
It connects；Building blocks bus sub-assembly 100 includes building blocks connector；The building blocks connector, comprising: building blocks main body 600；Building blocks main body
600 have conduct piece 700；The different zones for being distributed in building blocks main body 600 are provided in the building blocks main body 600 of building blocks connector
Multiple building blocks connected structures 103；Each building blocks connected structure 103 includes a connection-peg 1031 or multiple connection-pegs 1031；
Each connection-peg 1031 has depended on multiple conduct pieces 700, be arranged in multiple conduct pieces 700 on the same connection-peg 1031 it
Between mutually electrically isolate；The conduct piece 700 being attached on the same building blocks connected structure 103 forms bus interface；Described more
In a building blocks connected structure 103, at least one building blocks connected structure 103 uses first kind structure, using first kind knot
The building blocks connected structure 103 of structure can be inserted with the building blocks connected structure 103 using Second Type structure of other building blocks connectors
Connect, the building blocks connected structure 103 and other building blocks connectors of the building blocks connector 103 grafting of building blocks connected structure it is same
When, the conduct piece 700 of the building blocks connector is electrically connected with the formation of the conduct piece 700 of other building blocks connectors.Multiple building blocks are total
It is connected in a plug-in manner between the respective building block connecting piece of line sub-assembly 100；In two building block connecting pieces plugged, one
Grafting company is matched between the building blocks connected structure 103 of building block connecting piece and the building blocks connected structure 103 of another building block connecting piece
While connecing, depends on the bus interface of the building blocks connected structure 103 an of building block connecting piece and depend on another building blocks company
It matches and is electrically connected between the bus interface of the building blocks connected structure 103 of fitting.In at least one building blocks connected structure 103
Above conduct piece 700 there are two being depended at least one connection-peg 1031.At least in a building blocks connected structure 103, have
At least two connection-pegs 1031 are mutually staggered between position that conduct piece 700 depends on.103 institute of each building blocks connected structure according to
Attached conduct piece 700 forms bus interface；In building blocks equipment between multiple bus structures of the same building blocks equipment sub-assembly 900
The inside of sub-assembly 900, which is adapted to, to be electrically connected.
Preferably, before grafting, the end of the part transmission line in the bus interface of the part building blocks equipment sub-assembly 900
Portion is vacant state.For example, bus interface is passed in addition to the two other of POW and GND in building blocks power elements 903 in Figure 25
Line sending is hanging.
As shown in figure 26, it is preferable that the conduct piece 700 that each building blocks connected structure 103 of building blocks connector is depended on
Form bus interface；Electrically connect between multiple bus structures of the same building blocks connector in the inside of building blocks connector adaptation
It connects.In the bus interface, including the first power supply line POW, second source line GND；In at least one bus interface
One power supply line POW, second source line GND are attached on the different connection-pegs 1031 in same building blocks connected structure 103, wherein
Positioned at the same area on the surface of building blocks main body 600 between different connection-pegs 1031 in the same building blocks connected structure 103
Domain.
As shown in figure 29, it is shown in dotted line frame: the connection end feet that four conduct pieces are constituted, respectively POW, CLK,
GND, DATA, this four connection end feets constitute a bus interface.Also show in dotted line frame: two connection-pegs, the two are inserted
Connector constitutes a connected structure.
Especially, the bus mechanism of building blocks combination bus structures 300 are as follows: bus has and only one main equipment, remaining connects
The equipment for entering bus is from equipment；When data to be sent: main equipment first sends schedule information, to be received from equipment etc. to notify
Data；Then main equipment sends destination address, and discharge bus, waits the response from equipment；Destination address is received from equipment
Afterwards, if address matching with itself, response is carried out.
Containing read-write position in the destination address, to indicate write order or read command.For example, last position of destination address
It is read-write position, 0 is write order, and 1 is read command.For write order: main equipment receives after the Address Confirmation of equipment response, address
Subsidiary information is write order.1. main equipment sends the register address to be written, receives and confirm from equipment.2. beginning to send
Order data is to from equipment, as soon as every transmission byte, discharges bus, waits sending from equipment and confirms, main equipment is received from setting
Standby confirmation, begins to send next byte, and data are sent, and main equipment, which is sent, terminates order, and main equipment receives end life
The slave equipment confirmation enabled, entire read procedure are completed.For read command: main equipment receives after the Address Confirmation of equipment response, ground
The subsidiary information in location is write order.1. main equipment sends the register address to be read, receives and confirm from equipment.2. sending out again
It send from device address, last position is 1, and expression will be read, and receives and confirms from equipment.3. sending data, host since equipment
It receives data and sends confirmation to from equipment.Last main equipment transmission is ceased and desisted order to from equipment.
Combine bus structures 300 according to a kind of building blocks provided by the utility model, including it is multiple removably mutually
It connects to form the building blocks bus sub-assembly 100 of bus circuit.Physics is realized in a plug-in manner between building blocks bus sub-assembly 100
Connection in structure.Building blocks bus sub-assembly 100 has flexible portion.
According to a kind of modular system 400 with bus provided by the utility model, bus is combined including the building blocks
Structure 300 further includes building blocks equipment sub-assembly 900；One or more equipment sub-assemblies 200 are removably connected to combination
In bus structures；Equipment sub-assembly 200 includes functional module, functional module access combination bus structures 300.
The utility model is described in more details below, it should be noted that be to be as follows with building blocks connector
Example, is illustrated the components such as building blocks main body 600, conduct piece 700, the building blocks connected structure 103 for including in building blocks connector, this
The explanation of a little components is readily applicable to simultaneously under not conflict situations: grafting combined building block, building blocks equipment sub-assembly, building blocks are total
Line sub-assembly, building blocks combine bus structures, the modular system with bus.
As shown in Fig. 1 to Figure 22, according to a kind of building blocks connector provided by the utility model, comprising: building blocks main body 600,
Conduct piece 700；The multiple building blocks connected structures for the different zones for being distributed in building blocks main body 600 are provided in building blocks main body 600
103.Building blocks main body 600 includes upper housing 6001, lower case 6002；Upper housing 6001, lower case 6002 are connected with each other.
Building blocks connector can inherently a kind of building blocks.Alternatively, building blocks connector is a part of building blocks, such as building blocks
End of the connector as building blocks.Therefore, a building blocks connector can connect other building blocks connectors, also can connect and contains
There are the building blocks of building blocks connector.
As shown in Figure 1, the positive region of building blocks main body 600 is provided with a building blocks connected structure 103；As shown in Fig. 2,
The region of the reverse side of building blocks main body 600 is provided with another building blocks connected structure 103.
Each building blocks connected structure 103 includes multiple connection-pegs 1031；Each connection-peg 1031 has depended on multiple conduct pieces
700, it mutually electrically isolates between the multiple conduct pieces 700 being arranged on the same connection-peg 1031.It is inserted in the multiple building blocks
In binding structure 103, at least one building blocks connected structure 103 uses first kind structure, using the building blocks of first kind structure
Connected structure 103 can with 103 grafting of building blocks connected structure using Second Type structure of other building blocks connectors, in institute
It is described while stating building blocks 103 grafting of connected structure of building blocks connected structure 103 and other building blocks connectors of building blocks connector
The conduct piece 700 of building blocks connector is electrically connected with the formation of the conduct piece 700 of other building blocks connectors.The one side of building blocks main body 600
It is provided with the building blocks connected structure 103 using first kind structure, the opposite another side of the one side is provided with using the second class
The building blocks connected structure 103 of type structure.
One, another building blocks connected structure 103 as shown in Figure 1 and Figure 2 all includes two connection-pegs respectively
1031.Each connection-peg 1031 is depended on there are two conduct piece 700.Building blocks connected structure 103 shown in fig. 1 is male plug connector, figure
Building blocks connected structure 103 shown in 2 is female plug connector.As shown in figs. 13 and 14, the building blocks connected structure 103 being located above
It is mutually adapted plug connection between female plug connector and the male plug connector of underlying building blocks connected structure 103, at the same time, such as
Shown in Figure 16, the conduct piece 700 that is attached in the female plug connector for the building blocks connected structure 103 being located above is located at being attached to
It is mutually adapted between conduct piece 700 in the male plug connector of the building blocks connected structure 103 of lower section and snaps connection and be electrically connected.
In multiple connection-pegs 1031 of the same building blocks connected structure 103, at least there are two the settings of connection-peg 1031 to lead
It is mutually staggered between the position of electric part 700.Conduct piece 700 in the building blocks connected structure 103 in the one side, and described
Electrical connection is corresponded between the conduct piece 700 in building blocks connected structure 103 on opposite another side.
As shown in Figure 17, Figure 18, Figure 19, building blocks connected structure 103 shown in Figure 17 there are two connection-peg 1031, the two
It is mutually staggered between the position for the conduct piece 700 being arranged in connection-peg 1031, specifically, two in the connection-peg 1031 in left side
A conduct piece 700 is distributed along first direction, i.e. vertical direction in figure, two conduct pieces 700 in the connection-peg 1031 on right side
It is distributed along the second direction perpendicular to first direction, i.e. horizontal direction in figure, in this way, two when other building blocks connectors insert
When connector 1031 is not matched with the two connection-pegs 1031, between two building blocks connectors because 700 position of conduct piece
Mismatch and offset and can not grafting, even if the two building blocks connectors connection-peg 1031 really be male plug connector and female plug
Connector, can not grafting.To which connection-peg 1031 is a mating structure, and the distributing position of conduct piece 700 is another matching
Structure when only the two mating structures all match, is just able to achieve grafting between building blocks connector.
The multiple conduct pieces 700 being arranged in the building blocks connected structure 103 using first kind structure form the first buckle
Structure, wherein what the first buckle structure adapted to be arranged in the building blocks connected structure 103 using Second Type structure multiple leads
Electric part 700 is formed by the second buckle structure.It is oppositely arranged between conduct piece 700, forms the first buckle structure, conduct piece 700
Between be disposed opposite to each other, form the second buckle structure.
As shown in figure 22, it is oppositely arranged between two conduct pieces, forms the first buckle structure.As shown in Figure 20, Figure 21,
It also shows and is disposed opposite to each other between two conduct pieces, form the second buckle structure.
Conduct piece 700 includes: clamping part 701, seat part 702；Clamping part 701 is connected in seat part 702, seat part
702 are fastenedly connected with building blocks main body 600；It, can be relative to after extruding of the clamping part 701 by the radial direction of connection-peg 1031
Seat part 702 occurs elastic deformation and draws close to seat part 702.Clamping part 701 has lug boss 7011, the protrusion being oppositely arranged
Snap-lock component is formed between portion 7011.Seat part 702 includes side portions 7021, base portion 7022；Clamping part 701, side seat
Portion 7021, base portion 7022 are sequentially connected；Side portions 7021 and/or base portion 7022 extend locating piece 7023.Described one
The conduct piece 700 in building blocks connected structure 103 on face, in the building blocks connected structure 103 on the opposite another side
Conduct piece 700 between, pass through base portion 7022 contact with each other realization electrical connection.
As shown in Figure 17, Figure 19, it is oppositely arranged, is located below between two conduct pieces 700 being located above in Figure 19
Two conduct pieces 700 between be disposed opposite to each other, side portions 7021 are resisted by building blocks main body 600, therefore in grafting, position
It can be realized radially outside elastic deformation in the clamping part 701 of two conduct pieces 700 of top and lean on nearside portions 7021,
The clamping part 701 of underlying two conduct pieces 700 can be realized radially inside elastic deformation by nearside portions
7021.The base portion 7022 for two conduct pieces 700 the being located above base portion with underlying two conduct pieces 700 respectively
7022 connect, and form two mutually isolated conductive paths.As shown in figure 20, connection-peg 1031, which is provided with, accommodates side portions
7021 card slot, to prevent 700 position of conduct piece from changing.
In a change case, one building blocks connected structure 103 uses first kind structure, using first kind knot
The building blocks connected structure 103 of structure can be inserted with the building blocks connected structure 103 using Second Type structure of other building blocks connectors
Connect, the building blocks connected structure 103 and other building blocks connectors of the building blocks connector 103 grafting of building blocks connected structure it is same
When, the conduct piece 700 of the building blocks connector is electrically connected with the formation of the conduct piece 700 of other building blocks connectors.
In another change case, each building blocks connected structure 103 includes a connection-peg 1031.
In the description of the present application, it is to be understood that term " on ", "front", "rear", "left", "right", " is erected at "lower"
Directly ", the orientation or positional relationship of the instructions such as "horizontal", "top", "bottom", "inner", "outside" is orientation based on the figure or position
Relationship is set, description the application is merely for convenience of and simplifies description, rather than the device or element of indication or suggestion meaning are necessary
It with specific orientation, is constructed and operated in a specific orientation, therefore should not be understood as the limitation to the application.
Specific embodiment of the utility model is described above.It is to be appreciated that the utility model not office
It is limited to above-mentioned particular implementation, those skilled in the art can make a variety of changes or modify within the scope of the claims,
This has no effect on the substantive content of the utility model.In the absence of conflict, the spy in embodiments herein and embodiment
Sign can be arbitrarily combined with each other.
Claims (18)
1. a kind of grafting combined building block characterized by comprising building blocks input component (901), building blocks output (902), building blocks electricity
These building blocks equipment sub-assemblies (900) of source part (903)；
Building blocks equipment sub-assembly (900) includes building blocks main body (600), and building blocks main body (600) has bus interface, building blocks grafting knot
Structure (103)；Bus interface is respectively attached on corresponding building blocks connected structure (103)；The building blocks of building blocks equipment sub-assembly (900)
The surface that the surface of main body (600) is formed with a building blocks connected structure (103) or building blocks main body (600) is formed with multiple
Building blocks connected structure (103), wherein the multiple building blocks connected structure (103) is distributed in the surface of building blocks main body (600) not
Same region；
Building blocks input component (901), building blocks output (902) between building blocks power elements (903), pass through bus interface and building blocks
Connected structure (103) is realized structure connection and is electrically connected；Wherein the electric connection forms building blocks combination bus structures
(300)；
Each building blocks equipment sub-assembly (900) at least has a bus interface, wherein the building blocks that the bus interface depends on
In connected structure (103), at least one building blocks connected structure (103) belongs to first kind structure or Second Type structure；Or
Person is, at least a kind of building blocks equipment sub-assembly (900) at least has that there are two bus interface, and described two bus interface are locating
The same building blocks equipment sub-assembly (900) matching internal be electrically connected, wherein the building blocks grafting that a bus interface depends on
Structure (103) belongs to first kind structure, and the building blocks connected structure (103) that another bus interface depends on belongs to Second Type knot
Structure；
In the building blocks connected structure (103) and other building blocks equipment of the first kind structure of the building blocks equipment sub-assembly (900)
When the building blocks connected structure (103) of the Second Type structure of sub-assembly (900) is adapted to plug connection, the building blocks equipment is depended on
The bus interface of the building blocks connected structure (103) of the first kind structure of sub-assembly (900) and depend on other building blocks equipment groups
It is electrically connected between the bus interface of the building blocks connected structure (103) of the Second Type structure of component (900).
2. grafting combined building block according to claim 1, which is characterized in that building blocks input component (901), building blocks output
(902), between building blocks power elements (903), by mainly combining bus structures by the building blocks that building blocks bus sub-assembly (100) is constituted
(300), it realizes structure connection and is electrically connected；
Building blocks bus sub-assembly (100) includes building blocks connector；The building blocks connector, comprising: building blocks main body (600)；Building blocks
Main body (600) has conduct piece (700)；
The multiple building blocks for being distributed in the different zones of building blocks main body (600) are provided in the building blocks main body (600) of building blocks connector
Connected structure (103)；
Each building blocks connected structure (103) includes a connection-peg (1031) or multiple connection-pegs (1031)；Each connection-peg
(1031) it has depended on multiple conduct pieces (700), phase is set between multiple conduct pieces (700) on the same connection-peg (1031)
Mutually electrically isolate；The conduct piece (700) being attached on the same building blocks connected structure (103) forms bus interface；
In the multiple building blocks connected structure (103), at least one building blocks connected structure (103) uses first kind knot
Structure, can be with other building blocks connectors using Second Type structure using the building blocks connected structure (103) of first kind structure
Building blocks connected structure (103) grafting, in the building blocks connected structure (103) and other building blocks connectors of the building blocks connector
While building blocks connected structure (103) grafting, the conduct piece (700) of the building blocks connector and the conduction of other building blocks connectors
Part (700) forms electrical connection.
3. grafting combined building block according to claim 1 characterized by comprising building blocks dominant control (904) this building blocks
Equipment sub-assembly (900)；The building blocks dominant control (904) by the bus interface and building blocks connected structure (103), with
Building blocks input component (901), building blocks output (902) are realized plug connection between building blocks power elements (903) and are electrically connected；
Either, in the grafting combined building block, the building blocks input component (901), building blocks output (902), building blocks power elements
(903) any building blocks equipment sub-assembly (900) in, comprising: main control unit (905)；
The main control unit (905) passes through the building blocks equipment sub-assembly (900) at place, combines bus structures by the building blocks
(300), it realizes and is electrically connected between other building blocks equipment sub-assemblies (900).
4. grafting combined building block according to claim 1, which is characterized in that being provided on one side for building blocks main body (600) is adopted
With the building blocks connected structure (103) of first kind structure, the opposite another side of the one side is provided with using Second Type structure
Building blocks connected structure (103)；
Conduct piece (700) in the building blocks connected structure (103) in the one side, with the product on the opposite another side
Electrical connection is corresponded between conduct piece (700) in the wooden connected structure (103).
5. grafting combined building block according to claim 1, which is characterized in that the building blocks using first kind structure are arranged in
Multiple conduct pieces (700) in connected structure (103) form the first buckle structure, wherein the first buckle structure adapts to be arranged
Multiple conduct pieces (700) in the building blocks connected structure (103) using Second Type structure are formed by the second buckle structure；
Conduct piece is oppositely arranged between (700), forms the first buckle structure, and conduct piece is disposed opposite to each other between (700), forms
Two buckle structures；
The conduct piece (700) that the building blocks connected structure (103) of building blocks connector is depended on forms bus interface.
6. grafting combined building block according to claim 1, which is characterized in that be attached on building blocks connected structure (103)
Conduct piece (700) includes: clamping part (701), seat part (702)；
Clamping part (701) is connected on seat part (702), and seat part (702) is fastenedly connected with building blocks main body (600)；
After extruding of the clamping part (701) by the radial direction of connection-peg (1031), bullet can occur relative to seat part (702)
Property deformation and drawn close to seat part (702)；
The conduct piece (700) that the building blocks connected structure (103) of building blocks connector is depended on forms bus interface.
7. grafting combined building block according to claim 6, which is characterized in that clamping part (701) has lug boss (7011),
Snap-lock component is formed between the lug boss (7011) being oppositely arranged；
Seat part (702) includes side portions (7021), base portion (7022)；
Clamping part (701), side portions (7021), base portion (7022) are sequentially connected；
It is adapted to and is electrically connected in the inside of building blocks connector between multiple bus structures of the same building blocks connector；
In the bus interface, including the first power supply line POW, second source line GND；
The first power supply line POW, second source line GND at least one bus interface are attached to same building blocks connected structure
(103) on the different connection-pegs (1031) in, wherein the different connection-pegs in the same building blocks connected structure (103)
(1031) it is located at the same region on the surface of building blocks main body (600) between.
8. a kind of building blocks equipment sub-assembly (900) characterized by comprising building blocks main body (600)；Building blocks main body (600) has
Bus interface, building blocks connected structure (103)；Bus interface is attached on respectively corresponding building blocks connected structure (103)；Always
The quantity of line interface is one or more；
The surface of building blocks main body (600) is formed with the surface shape of a building blocks connected structure (103) or building blocks main body (600)
At there is multiple building blocks connected structures (103), wherein the multiple building blocks connected structure (103) is distributed in building blocks main body (600)
The different zones on surface；
Building blocks connected structure (103) in the building blocks equipment sub-assembly (900) and other building blocks connected structures for matching
(103) while plug connection, the bus for depending on the building blocks connected structure (103) of the building blocks equipment sub-assembly (900) is connect
Electric connection is adapted between mouth and the bus interface for depending on the building blocks connected structure (103) to match.
9. building blocks equipment sub-assembly (900) according to claim 8, which is characterized in that building blocks equipment sub-assembly (900) is extremely
There is a bus interface less, wherein in the building blocks connected structure (103) that the bus interface depends on, at least one building blocks
Connected structure (103) belongs to first kind structure or Second Type structure；Either, at least a kind of building blocks equipment sub-assembly
(900) at least there are two bus interface for tool, and described two bus interface are in the locating same building blocks equipment sub-assembly (900)
Matching internal is electrically connected, wherein the building blocks connected structure (103) that a bus interface depends on belongs to first kind structure, separately
The building blocks connected structure (103) that one bus interface depends on belongs to Second Type structure；
In the building blocks connected structure (103) and other building blocks equipment of the first kind structure of the building blocks equipment sub-assembly (900)
When the building blocks connected structure (103) of the Second Type structure of sub-assembly (900) is adapted to plug connection, the building blocks equipment is depended on
The bus interface of the building blocks connected structure (103) of the first kind structure of sub-assembly (900) and depend on other building blocks equipment groups
It is electrically connected between the bus interface of the building blocks connected structure (103) of the Second Type structure of component (900)；
At least in a building blocks connected structure (103), the position that there are at least two connection-pegs (1031) to be depended on by conduct piece (700)
It is staggered between setting；
The conduct piece (700) that each building blocks connected structure (103) is depended on forms bus interface；The same building blocks equipment combination
It is adapted to and is electrically connected in the inside of building blocks equipment sub-assembly (900) between multiple bus structures of part (900).
10. building blocks equipment sub-assembly (900) according to claim 8, which is characterized in that the one side of building blocks main body (600)
It is provided with the building blocks connected structure (103) using first kind structure, the opposite another side of the one side is provided with using second
The building blocks connected structure (103) of type structure；
Conduct piece (700) in the building blocks connected structure (103) in the one side, with the product on the opposite another side
Electrical connection is corresponded between conduct piece (700) in the wooden connected structure (103).
11. building blocks equipment sub-assembly (900) according to claim 8, which is characterized in that setting is using first kind knot
Multiple conduct pieces (700) in the building blocks connected structure (103) of structure form the first buckle structure, wherein the first buckle structure is suitable
Second is formed by assigned in the multiple conduct pieces (700) being arranged in the building blocks connected structure (103) using Second Type structure
Buckle structure；
Conduct piece is oppositely arranged between (700), forms the first buckle structure, and conduct piece is disposed opposite to each other between (700), forms
Two buckle structures；
The conduct piece (700) that the building blocks connected structure (103) of building blocks connector is depended on forms bus interface.
12. building blocks equipment sub-assembly (900) according to claim 8, which is characterized in that be attached to building blocks connected structure
(103) conduct piece (700) on includes: clamping part (701), seat part (702)；
Clamping part (701) is connected on seat part (702), and seat part (702) is fastenedly connected with building blocks main body (600)；
After extruding of the clamping part (701) by the radial direction of connection-peg (1031), bullet can occur relative to seat part (702)
Property deformation and drawn close to seat part (702);
The conduct piece (700) that the building blocks connected structure (103) of building blocks connector is depended on forms bus interface.
13. building blocks equipment sub-assembly (900) according to claim 12, which is characterized in that clamping part (701) has protrusion
Portion (7011) forms snap-lock component between the lug boss being oppositely arranged (7011)；
Seat part (702) includes side portions (7021), base portion (7022)；
Clamping part (701), side portions (7021), base portion (7022) are sequentially connected；
It is adapted to and is electrically connected in the inside of building blocks connector between multiple bus structures of the same building blocks connector；
In the bus interface, including the first power supply line POW, second source line GND；
The first power supply line POW, second source line GND at least one bus interface are attached to same building blocks connected structure
(103) on the different connection-pegs (1031) in, wherein the different connection-pegs in the same building blocks connected structure (103)
(1031) it is located at the same region on the surface of building blocks main body (600) between.
14. a kind of building blocks bus sub-assembly (100), which is characterized in that including building blocks connector；
The building blocks connector, comprising: building blocks main body (600)；Building blocks main body (600) has conduct piece (700)；
The multiple building blocks connected structures for the different zones for being distributed in building blocks main body (600) are provided in building blocks main body (600)
(103)；
Each building blocks connected structure (103) includes a connection-peg (1031) or multiple connection-pegs (1031)；Each connection-peg
(1031) it has depended on multiple conduct pieces (700), phase is set between multiple conduct pieces (700) on the same connection-peg (1031)
Mutually electrically isolate；The conduct piece (700) being attached on the same building blocks connected structure (103) forms bus interface；
In the multiple building blocks connected structure (103), at least one building blocks connected structure (103) uses first kind knot
Structure, can be with other building blocks connectors using Second Type structure using the building blocks connected structure (103) of first kind structure
Building blocks connected structure (103) grafting, in the building blocks connected structure (103) and other building blocks connectors of the building blocks connector
While building blocks connected structure (103) grafting, the conduct piece (700) of the building blocks connector and the conduction of other building blocks connectors
Part (700) forms electrical connection.
15. building blocks bus sub-assembly (100) according to claim 14, which is characterized in that the one side of building blocks main body (600)
It is provided with the building blocks connected structure (103) using first kind structure, the opposite another side of the one side is provided with using second
The building blocks connected structure (103) of type structure；
Conduct piece (700) in the building blocks connected structure (103) in the one side, with the product on the opposite another side
Electrical connection is corresponded between conduct piece (700) in the wooden connected structure (103).
16. building blocks bus sub-assembly (100) according to claim 14, which is characterized in that setting is using the first kind
Multiple conduct pieces (700) in the building blocks connected structure (103) of structure form the first buckle structure, wherein the first buckle structure
It adapts to be arranged in multiple conduct pieces (700) in the building blocks connected structure (103) using Second Type structure and is formed by the
Two buckle structures；
Conduct piece is oppositely arranged between (700), forms the first buckle structure, and conduct piece is disposed opposite to each other between (700), forms
Two buckle structures；
The conduct piece (700) that the building blocks connected structure (103) of building blocks connector is depended on forms bus interface.
17. building blocks bus sub-assembly (100) according to claim 14, which is characterized in that be attached to building blocks connected structure
(103) conduct piece (700) on includes: clamping part (701), seat part (702)；
Clamping part (701) is connected on seat part (702), and seat part (702) is fastenedly connected with building blocks main body (600)；
After extruding of the clamping part (701) by the radial direction of connection-peg (1031), bullet can occur relative to seat part (702)
Property deformation and drawn close to seat part (702)；
The conduct piece (700) that the building blocks connected structure (103) of building blocks connector is depended on forms bus interface.
18. building blocks bus sub-assembly (100) according to claim 17, which is characterized in that clamping part (701) has protrusion
Portion (7011) forms snap-lock component between the lug boss being oppositely arranged (7011)；
Seat part (702) includes side portions (7021), base portion (7022)；
Clamping part (701), side portions (7021), base portion (7022) are sequentially connected；
It is adapted to and is electrically connected in the inside of building blocks connector between multiple bus structures of the same building blocks connector；
In the bus interface, including the first power supply line POW, second source line GND；
The first power supply line POW, second source line GND at least one bus interface are attached to same building blocks connected structure
(103) on the different connection-pegs (1031) in, wherein the different connection-pegs in the same building blocks connected structure (103)
(1031) it is located at the same region on the surface of building blocks main body (600) between.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821865330.7U CN209286676U (en) | 2018-11-13 | 2018-11-13 | Grafting combined building block and its building blocks equipment sub-assembly, building blocks bus sub-assembly |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821865330.7U CN209286676U (en) | 2018-11-13 | 2018-11-13 | Grafting combined building block and its building blocks equipment sub-assembly, building blocks bus sub-assembly |
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| Publication Number | Publication Date |
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| CN209286676U true CN209286676U (en) | 2019-08-23 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109126160A (en) * | 2018-11-13 | 2019-01-04 | 上海葡萄纬度科技有限公司 | Grafting combined building block and its building blocks equipment sub-assembly, building blocks bus sub-assembly |
| CN111939574A (en) * | 2020-08-12 | 2020-11-17 | 格物正知(成都)教育科技有限责任公司 | Toy building block based on programming module |
| CN114247159A (en) * | 2021-11-10 | 2022-03-29 | 杭州超乎智能科技有限公司 | Data interaction method based on intelligent building blocks and related equipment |
-
2018
- 2018-11-13 CN CN201821865330.7U patent/CN209286676U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109126160A (en) * | 2018-11-13 | 2019-01-04 | 上海葡萄纬度科技有限公司 | Grafting combined building block and its building blocks equipment sub-assembly, building blocks bus sub-assembly |
| CN109126160B (en) * | 2018-11-13 | 2024-04-02 | 上海葡萄纬度科技有限公司 | Plug-in combined building block |
| CN111939574A (en) * | 2020-08-12 | 2020-11-17 | 格物正知(成都)教育科技有限责任公司 | Toy building block based on programming module |
| CN114247159A (en) * | 2021-11-10 | 2022-03-29 | 杭州超乎智能科技有限公司 | Data interaction method based on intelligent building blocks and related equipment |
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