CN204927641U

CN204927641U - Circuit module system

Info

Publication number: CN204927641U
Application number: CN201520519746.3U
Authority: CN
Inventors: 胡巍瀚; 李建宏; 刘育泽; 黄圣哲
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-07-17
Filing date: 2015-07-17
Publication date: 2015-12-30
Anticipated expiration: 2025-07-17

Abstract

The utility model provides a circuit module system, includes a first circuit module and a second circuit module, first circuit module has a first circuit board and a first connecting seat, and first connecting seat has a first pedestal and at least one first conductor, and first pedestal combines in the one end of first circuit board, the sunken recess that has intercommunication a to outside end on the top surface of first pedestal, and first conductor is rabbeted on this first pedestal, by the electrical property and external intercommunication of first conductor with this first circuit board, the second circuit module has a second Circuit Board and a second connecting seat, and the second connecting seat has a second pedestal and an at least second conductor, and the second pedestal combines in this second Circuit Board's one end, and the outside of second pedestal end has a convex tenon, and the second conductor is rabbeted on this second pedestal, by the electrical property and external intercommunication of second conductor with this second Circuit Board, borrow this, the tenon of second circuit module can be combined to fix in the recess of this first circuit module by last down pegging graft. Become from this that the combination is disassembled well and safe circuit module system.

Description

Circuit module system

Technical field

The utility model is relevant with circuit module, in more detail refers to a kind of difficult drop-off, and the circuit module system of the three-dimensional stacking connected mode of tool.

Background technology

US2013/0343025A1 is the circuit module system of current common teaching, the circuit module of majority can be connected in series in the mode of bunchiness, and its tandem arranges magnet on the end face of each circuit module, link bunchiness to be undertaken attracting by the magnet in each circuit module.

Because the suction of magnet is limited, easily depart from, when the circuit module quantity be connected in series is more, easily hang because of weight when taking up separation, causes there is the puzzlement in teaching, use.

Moreover because magnet is expensive, therefore manufacturing cost is high.And magnet must be arranged in the mode imbedded, and the difficulty in manufacture can be increased.

Moreover, due to the above-mentioned circuit module system attracting with magnet, only can connect in a cluster, and cannot three-dimensionally carry out connecting toward 3D direction stacked on top and side direction, therefore, its moulding and changeability less, the content of courses lacks change and then seems dull, and it connects longer and longer, need larger area, therefore compare and occupy, and easily have influence on other spare parts, cause mutual interference.

Utility model content

In view of this, for improving foregoing problem, the utility model is provide a kind of circuit module system.

It includes:

One first circuit module, this first circuit module has a first circuit board and one first Connection Block, this first Connection Block has one first pedestal and at least one first conductor, this the first pedestal is incorporated into one end of this first circuit board, this first conductor is embedded on this first pedestal, and with first circuit board electrically connect, by this first conductor being electrically in communication with the outside this first circuit board, on the end face of this first pedestal, depression has a groove, this groove has a side opening, this groove leads to outside by side opening, and the width of this groove is greater than the width of side opening,

One second circuit module, this second circuit module has a second circuit board and one second Connection Block, this second Connection Block has one second pedestal and at least one second conductor, this the second pedestal is incorporated into one end of this second circuit board, this second conductor is embedded on this second pedestal, and with second circuit board electrically connect, by this second conductor being electrically in communication with the outside this second circuit board, the outside of this second pedestal is protruding with the tenon of a corresponding aforementioned grooves profile, this tenon has root, and the width of these tenon both sides is greater than the width of its root;

Whereby, the tenon of this second circuit module is plugged in the groove of this first circuit module from top to bottom, second circuit module is combined fixing with the first circuit module, and this second conductor and the first conductor in electrical contact, to link this first circuit board and this second circuit board.

This kind of mode of connection easily departs from the problem of dropping when each circuit module can be avoided to be connected in series, and therefore, takes up and do not have because of weight segregation phenomenon when being connected in series.

Above-mentioned circuit module system, wherein, this first conductor has a first circuit board link and one first external contact end, this first circuit board link and this first circuit board grafting, and this first external contact end exposes on the outboard end of this first pedestal; This second conductor has a second circuit board link and one second external contact end, this second circuit board link and this second circuit board grafting, and this second external contact end exposes on the outboard end of this second pedestal.

Above-mentioned circuit module system, wherein, this first circuit board has electric terminal hole, and this first circuit board link is plugged on this electric terminal hole; This second circuit board has electric terminal hole, and this second circuit board link is plugged on this electric terminal hole.

Above-mentioned circuit module system, wherein, this first pedestal includes one first fixture and one first conjunction combines, its inside has room, and the bottom of this room is provided with end perforate, and room side has STH, this room is communicated with outside by end perforate and STH, this first conductor is located in this room, and this first circuit board link protrudes from end perforate, and the first external contact end exposes to STH; This second pedestal includes one second fixture and one second conjunction combines, its inside has room, the bottom of this room is provided with end perforate, room side has STH, this room is communicated with outside by end perforate and STH, this second conductor is located in this room, and this second circuit board link protrudes from end perforate, and the second external contact end exposes to STH.

Above-mentioned circuit module system, wherein, this first circuit board is provided with combined hole, this first pedestal connected with each otherly to be formed by one first fixture and one first conjunction institute, this first conductor is limited to be fixed between this first fixture and this first conjunction, the bottom of this first fixture has the first some pedestal inserting columns, and these the first pedestal inserting columns are plugged on the combined hole of this first circuit board, this groove on the end face of this first conjunction cave in and form; This second circuit board is provided with combined hole, this second pedestal connected with each otherly to be formed by one second fixture and one second conjunction institute, this second conductor is limited to be fixed between this second fixture and this second conjunction, the bottom of this second fixture has the second some pedestal inserting columns, these the second pedestal inserting columns are plugged on the combined hole of this second circuit board, and this tenon forms from the end face outside institute evagination of this second conjunction.

Above-mentioned circuit module system, wherein, this first circuit module has more one the 3rd Connection Block, and the 3rd Connection Block is incorporated into the other end of this first circuit board, and the structure of the 3rd Connection Block is identical with the structure of the second Connection Block of this second circuit module; This second circuit module has more one the 4th Connection Block, and the 4th Connection Block is incorporated into the other end of this second circuit board, and the structure of the 4th Connection Block is identical with the structure of the first Connection Block of this first circuit module.

Above-mentioned circuit module system, wherein, the end face of this first Connection Block is protruding with at least one first slide block, and on the bottom surface of this first Connection Block, then depression has at least one first chute, and this first chute is positioned at the relative position of this first slide block; The end face of this second Connection Block is protruding with at least one second slide block, on the bottom surface of this second Connection Block, depression has at least one second chute, and this second chute is positioned at the relative position of this second slide block, by the combination of the first slide block and the second chute or the first chute and the second slide block, make the first circuit module and another second circuit module, or first circuit module and another the first circuit module, or to combine between the higher and lower levels between second circuit module and another second circuit module and stacking.

Above-mentioned circuit module system, more include at least one jumper, on the bottom surface of this jumper, depression has two cross-over connection chutes abreast, the end face of this jumper is then raised with two cross-over connection slide blocks abreast, and this each cross-over connection slide block is positioned at the relative position of this each cross-over connection chute; This each cross-over connection slide block can be slidably connected in the chute of two circuit module respectively, this each cross-over connection chute can slip for the slide block of two circuit module respectively, makes the first circuit module and another second circuit module or the first circuit module and another first circuit module or between second circuit module with another second circuit module, side direction is combined.

Above-mentioned circuit module system, wherein, this first circuit board is provided with gang socket, and this second circuit board is provided with gang socket, and has a connecting line, and these connecting line two ends respectively have attachment plug, can for the gang socket be plugged on each circuit board.

The circuit module system that the utility model provides, be very suitable for child to use, because child is when using this kind of module to carry out creative activity, have and manyly tear group open and move back and forth situation about moving, therefore, have only and provide one to combine well to disassemble and the syndeton of safety, just can connect without any need for instrument help again, be only the most important development philosophy of this series products.And the Fastening tenon structure in the utility model, be again to the design that mentioned above principle is optimized in cost and structural requirement, simultaneously also can not because the number of connection increases because weight increase causes unexpected disengaging.Current design can reach the three-dimensional stacking connection of energy X, Y, Z axis, make child can carry out the arrangement of not only single axial (as railway carriage formula), more can stand as the group of horizontal 3 the dark quadrants of checkerboard type Zong, for user has settled the maximum three-dimensional intention development space of XYZ, but also a bridging board is provided, the intention of individual can infinitely be extended.Further, low cost of manufacture of the present utility model, designing for manufacturing are easy, if there is no such syndeton, cost how can be caused to increase, the reduction of complex structure and structure durable degree. also cannot develop as we newly design three-dimensionally to connect in creation development.The utility model is the optimal design in each side such as durability, usage degree and costs, it is not easily separated because of unsettled hanging, stacked on top and side direction is utilized to connect, to occupy problem except known tandem can be solved, relatively can not disturb every neighbour, and it combines changeableization, following new module is also easily developed and is extended to and enriches the ecosystem.

Accompanying drawing explanation

Fig. 1 is the three-dimensional combination figure of the utility model one embodiment.

Fig. 2 is Local Members three-dimensional combination figure embodiment illustrated in fig. 1.

Fig. 3 is Local Members three-dimensional exploded view embodiment illustrated in fig. 1.

Fig. 4 is Local Members solid embodiment illustrated in fig. 1 and partial sectional view.

Fig. 5 is Local Members three-dimensional combination figure (contrary with Fig. 2 direction) embodiment illustrated in fig. 1.

Fig. 6 is Local Members three-dimensional exploded view embodiment illustrated in fig. 1.

Fig. 7 is Local Members solid embodiment illustrated in fig. 1 and partial sectional view.

Fig. 8 is occupation mode schematic diagram embodiment illustrated in fig. 1.

Fig. 9 is the jumper stereogram of an embodiment.

Figure 10 is the occupation mode schematic diagram of an embodiment.

Wherein:

Circuit module system 100

First circuit module 10 first circuit board 11

First Connection Block 12 first pedestal 121

First fixture 123 first pedestal inserting column 127

First conjunction 125 groove 129

First conductor 122 first circuit board link 124

First external contact end 126 first slide block 13

First chute 14 the 3rd Connection Block 15

Second circuit module 20 second circuit board 21

Second Connection Block 22 second pedestal 221

Second fixture 223 second pedestal inserting column 227

Second conjunction 225 tenon 229

Second conductor 222 second circuit board link 224

Second external contact end 226 second slide block 23

Second chute 24 the 4th Connection Block 25

Jumper 30 cross-over connection chute 31

Cross-over connection slide block 32 root 228

Side opening 128.

Embodiment

For making feature of the present utility model and its feature further embody, hereby enumerating following preferred embodiment and coordinating graphic being described as follows:

Referring to Fig. 1 to Figure 10, is a kind of circuit module system 100 that the utility model one preferred embodiment provides, and it includes one first circuit module 10 and a second circuit module 20, wherein:

Refer to Fig. 1 to Fig. 4, in one embodiment, this first circuit module 10, has first circuit board 11 and one first Connection Block 12; This first Connection Block 12 has one first pedestal 121 and at least one first conductor 122, this the first pedestal 121 is incorporated into one end of this first circuit board 11, this first conductor 122 is embedded on this first pedestal 121, by this first conductor 122 being electrically in communication with the outside this first circuit board 11.

In one embodiment, the conductor circuit (not shown) connecting each electronic component 113 is provided with in this first circuit board 11, this kind of circuit belongs to prior art, in this, then it will not go into details, this first circuit board 11 is provided with combined hole 111 and electric terminal hole 112, this electric terminal hole 112 is electrically connected (not shown) with the circuit in first circuit board 11, can using the signal of first circuit board 11 or coupling power to electric terminal hole 112 as electrical outlet.

In one embodiment, this first pedestal 121 connected with each otherly to be formed by one first fixture 123 and one first conjunction 125 institute, show in 3rd figure have plug tenon 71 and tongue-and-groove 72 combine fixing, its inside has multiple room 41, the bottom of room 41 is provided with end perforate 42, this room 41 side has STH 43, this room 41 is communicated with outside by end perforate 42 and STH 43, the bottom of this first fixture 123 has the first some pedestal inserting columns 127, these the first pedestal inserting columns 127 are plugged in the combined hole 111 of this first circuit board 11, this first pedestal 121 caves on the end face of the first conjunction 125 groove 129, this groove 129 has a side opening 128, this groove 129 leads to outside by side opening 128, and the width d1 of this groove 129 is greater than the width d2 of side opening 128, the groove 129 of the present embodiment, on STH 43, certainly, also can be located at above STH 43 both sides.

In one embodiment, this first conductor 122 is located in the room 41 of aforementioned first pedestal 121, and this first conductor 122 has first circuit board link 124 and an one first external contact end 126, this first circuit board link 124 protrudes from end perforate 42 and is plugged in the electric terminal hole 112 of this first circuit board 11, and with this first circuit board 11 electrical communication, this 126, the first external contact end exposes to the STH 43 of this first pedestal 121.

Refer to Fig. 1 and Fig. 5 to Fig. 7, in one embodiment, this second circuit module 20, has second circuit board 21 and one second Connection Block 22; This second Connection Block 22 has one second pedestal 221 and at least one second conductor 222, this the second pedestal 221 is incorporated into one end of this second circuit board 21, this second conductor 222 is embedded on this second pedestal 221, by this second conductor 222 being electrically in communication with the outside this second circuit board 21.

In one embodiment, the conductor circuit (not shown) connecting each electronic component 113 is provided with in this second circuit board 21, this kind of circuit belongs to prior art, in this, then it will not go into details, this second circuit board 21 is provided with combined hole 211 and electric terminal hole 212, this electric terminal hole 212 is electrically connected (not shown) with the circuit in second circuit board 21, can using the signal of second circuit board 21 or coupling power to electric terminal hole 212 as electrical outlet.

In one embodiment, this second pedestal 221 connected with each otherly to be formed by one second fixture 223 and one second conjunction 225 institute, show in 6th figure have plug tenon 71 and tongue-and-groove 72 combine fixing, its inside has multiple room 51, the bottom of room 51 is provided with end perforate 52, this room 51 side has STH 53, this room 51 is communicated with outside by end perforate 52 and STH 53, the bottom of this second fixture 223 has the second some pedestal inserting columns 227, these the second pedestal inserting columns 227 are plugged in the combined hole 211 of this second circuit board 21, the tenon 229 of corresponding aforementioned grooves 129 profile is protruding with outside second conjunction 225 of this second pedestal 221, this tenon 229 has root 228, the width d3 of these tenon 229 both sides is greater than the width d4 of its root 228, the tenon 229 of the present embodiment, on STH 53, certainly, also can be located at position above STH 53 both sides or relative with groove 129.

In one embodiment, this second conductor 222 is located in the room 51 of aforementioned second pedestal 221, and this second conductor 222 has second circuit board link 224 and an one second external contact end 226, this second circuit board link 224 protrude from end perforate 42 and be plugged in the electric terminal hole 212 of this second circuit board 21 with this second circuit board 21 electrical communication, this 226, the second external contact end exposes to the STH 53 of this second pedestal 221, and this second external contact end 226 is an elastomer.

Be the introduction of a kind of circuit module system 100 each portion component that the utility model one preferred embodiment provides therefore above-mentioned, then again its assembling mode and feature thereof be described as follows:

First, when for this first circuit module 10 is combined with this second circuit module 20, the tenon 229 of this second circuit module 20 from top to bottom is inserted in the groove 129 of this first circuit module 10, with in conjunction with fixing, this first circuit module 10 is connected in a cluster with this second circuit module 20, first external contact end 126 of this first conductor 122 then contacts with the second external contact end 226 of this second conductor 222, and then forms electric connection.Due between this first circuit module 10 and this second circuit module 20, be with this groove 129 with this tenon 229 in basipetal grafting, therefore do not have the facts departed from toward end opposite between this first circuit module 10 and this second circuit module 20 to occur, can in order to solve the unsettled and facts of the separation that hangs of known bunchiness circuit module system Yi Fashengyin.Moreover, due in the utility model, the groove 129 of this first circuit module 10 is integrally formed on this first pedestal 121, the tenon 229 of this second circuit module 20 is then integrally formed on this second pedestal 221, therefore comparatively easy, low cost in manufacture, and the problem of magnet polarities need not be considered.

Refer to shown in Fig. 1 to Fig. 7, circuit module system 100 of the present utility model, at least one first slide block 13 is more protruding with on the end face of the first Connection Block 12 of this first circuit module 10, on the bottom surface of this first Connection Block 12, then depression has at least one first chute 14, and this first chute 14 is positioned at the relative position of this first slide block 13.The end face of the second Connection Block 22 of this second circuit module 20 is then more protruding with at least one second slide block 23, and depression has at least one second chute 24 on the bottom surface of this second Connection Block 22, and this second chute 24 is positioned at the relative position of this second slide block 23.

Whereby, as shown in Figure 8, can the first slide block 13 of this first circuit module 10 be slidably connected in the second chute 24 of this second circuit module 20, this first circuit module 10 is made to be carried out stacking connection with this second circuit module 20, thus, the length of longitudinally serial connection can not only be reduced, the connected mode of each circuit module more can be made more diversified, and pass through the combination of the first slide block 13 and the second chute 24 or the first chute 14 and the second slide block 23, make the first circuit module 10 and another second circuit module 20, or first circuit module 10 and another first circuit module 10, or to combine between the higher and lower levels between second circuit module 20 and another second circuit module 20 and stacking.

In addition, in above-described embodiment, as shown in Figures 1 to 4, this first circuit module 10 more includes one the 3rd Connection Block 15,3rd Connection Block 15 is incorporated into the other end of this first circuit board 11, because the structure of the 3rd Connection Block 15 is identical with the structure of the second Connection Block 22 of this second circuit module 20, hold and do not add to repeat at this, to be increased the circuit module quantity connected by the 3rd Connection Block 15.

Moreover, in above-described embodiment, as shown in Fig. 1 and Fig. 5 to Fig. 7, this second circuit module 20 more includes one the 4th Connection Block 25,4th Connection Block 25 is incorporated into the other end of this second circuit board 21, because the structure of the 4th Connection Block 25 is identical with the structure of the first Connection Block 12 of this first circuit module 10, hold and do not add to repeat at this, to be increased the circuit module quantity connected by the 4th Connection Block 25.

In one embodiment, this circuit module system 100 more includes at least one jumper 30, as shown in Figure 9, on the bottom surface of this jumper 30, depression has two cross-over connection chutes 31 abreast, the end face of this jumper 30 is then raised with two cross-over connection slide blocks 32 abreast, and this each cross-over connection slide block 32 is positioned at the relative position of this each cross-over connection chute 31.

Whereby, as shown in Figure 10, two cross-over connection chutes 31 of this jumper 30 can respectively for the first slide block 13 of this first circuit module 10 and the second slide block 23 of this second circuit module 20 slip, make this first circuit module 10 be able to be connected side by side abreast with this second circuit module 20.Certainly also can be slidably connected to the first chute 14 of this first circuit module 10 respectively with the second chute 24 of this second circuit module 20 by two cross-over connection slide blocks 32 of this jumper 30, and effect of energy parallel side-by-side connection can be reached equally.Therefore, through such combining structure, make the first circuit module 10 and another second circuit module 20 or the first circuit module 10 and another first circuit module 10 or be able to side direction between second circuit module 20 with another second circuit module 20 to be combined.

Refer again to shown in Fig. 8, and in one embodiment, a first circuit board 11 is provided with gang socket 81, this gang socket 81 is electrically connected with the circuit of first circuit board 11; A second circuit board 21 is provided with gang socket 83, and this gang socket 83 is electrically connected with the circuit of second circuit board 21; In addition, have more a connecting line 85, its two ends respectively have an attachment plug 82,84, by attachment plug 82,84 and gang socket 81,83 grafting, upper and lower first circuit board 11 and second circuit board 21 can be electrically connected, and this kind of mode is also useful in side direction or the side direction (with reference to shown in Figure 10) of splicing up and down.

To take off above, be only preferred embodiment provided by the utility model, and be not used to limit practical range of the present utility model, the equalization change that all relevant art in the art do according to the utility model, all should belong to the scope that the utility model is contained.

Claims

1. a circuit module system, is characterized in that, includes:

2. circuit module system according to claim 1, it is characterized in that, this first conductor has a first circuit board link and one first external contact end, this first circuit board link and this first circuit board grafting, this first external contact end exposes on the outboard end of this first pedestal; This second conductor has a second circuit board link and one second external contact end, this second circuit board link and this second circuit board grafting, and this second external contact end exposes on the outboard end of this second pedestal.

3. circuit module system according to claim 2, is characterized in that, this first circuit board has electric terminal hole, and this first circuit board link is plugged on this electric terminal hole; This second circuit board has electric terminal hole, and this second circuit board link is plugged on this electric terminal hole.

4. circuit module system according to claim 3, it is characterized in that, this first pedestal includes one first fixture and one first conjunction combines, its inside has room, and the bottom of this room is provided with end perforate, and room side has STH, this room is communicated with outside by end perforate and STH, this first conductor is located in this room, and this first circuit board link protrudes from end perforate, and the first external contact end exposes to STH; This second pedestal includes one second fixture and one second conjunction combines, its inside has room, the bottom of this room is provided with end perforate, room side has STH, this room is communicated with outside by end perforate and STH, this second conductor is located in this room, and this second circuit board link protrudes from end perforate, and the second external contact end exposes to STH.

5. circuit module system according to claim 1, it is characterized in that, this first circuit board is provided with combined hole, this first pedestal connected with each otherly to be formed by one first fixture and one first conjunction institute, this first conductor is limited to be fixed between this first fixture and this first conjunction, the bottom of this first fixture has the first some pedestal inserting columns, these the first pedestal inserting column systems are plugged on the combined hole of this first circuit board, this groove system on the end face of this first conjunction cave in and form; This second circuit board is provided with combined hole, this second pedestal connected with each otherly to be formed by one second fixture and one second conjunction institute, this second conductor is limited to be fixed between this second fixture and this second conjunction, the bottom of this second fixture has the second some pedestal inserting columns, these the second pedestal inserting column systems are plugged on the combined hole of this second circuit board, and this tenon system forms from the end face outside institute evagination of this second conjunction.

6. circuit module system according to claim 1, it is characterized in that, this first circuit module has more one the 3rd Connection Block, and the 3rd Connection Block is incorporated into the other end of this first circuit board, and the structure of the 3rd Connection Block is identical with the structure of the second Connection Block of this second circuit module; This second circuit module has more one the 4th Connection Block, and the 4th Connection Block is incorporated into the other end of this second circuit board, and the structure of the 4th Connection Block is identical with the structure of the first Connection Block of this first circuit module.

7. the circuit module system according to claim 1 or 6, it is characterized in that, the end face of this first Connection Block is protruding with at least one first slide block, and on the bottom surface of this first Connection Block, then depression has at least one first chute, and this first chute is positioned at the relative position of this first slide block; The end face of this second Connection Block is protruding with at least one second slide block, on the bottom surface of this second Connection Block, depression has at least one second chute, and this second chute is positioned at the relative position of this second slide block, by the combination of the first slide block and the second chute or the first chute and the second slide block, make the first circuit module and another second circuit module, or first circuit module and another the first circuit module, or to combine between the higher and lower levels between second circuit module and another second circuit module and stacking.

8. circuit module system according to claim 7, more include at least one jumper, on the bottom surface of this jumper, depression has two cross-over connection chutes abreast, the end face of this jumper is then raised with two cross-over connection slide blocks abreast, and this each cross-over connection slide block is positioned at the relative position of this each cross-over connection chute; This each cross-over connection slide block can be slidably connected in the chute of two circuit module respectively, this each cross-over connection chute can slip for the slide block of two circuit module respectively, makes the first circuit module and another second circuit module or the first circuit module and another first circuit module or between second circuit module with another second circuit module, side direction is combined.

9. circuit module system according to claim 7, is characterized in that, this first circuit board is provided with gang socket, this second circuit board is provided with gang socket, and there is a connecting line, these connecting line two ends respectively have attachment plug, can for the gang socket be plugged on each circuit board.

10. circuit module system according to claim 8, is characterized in that, this first circuit board is provided with gang socket, this second circuit board is provided with gang socket, and there is a connecting line, these connecting line two ends respectively have attachment plug, can for the gang socket be plugged on each circuit board.

11. circuit module systems according to claim 1, more include at least one jumper, on the bottom surface of this jumper, depression has two cross-over connection chutes abreast, the end face of this jumper is then raised with two cross-over connection slide blocks abreast, and this each cross-over connection slide block is positioned at the relative position of this each cross-over connection chute; This each cross-over connection slide block can be slidably connected in the chute of two circuit module respectively, this each cross-over connection chute can slip for the slide block of two circuit module respectively, makes the first circuit module and another second circuit module or the first circuit module and another first circuit module or between second circuit module with another second circuit module, side direction is combined.

12. circuit module systems according to claim 1 or 11, it is characterized in that, this first circuit board is provided with gang socket, this second circuit board is provided with gang socket, and there is a connecting line, these connecting line two ends respectively have attachment plug, can for the gang socket be plugged on each circuit board.