JP2970662B1 - Board mounting connector components, board mounting connector pair and connector connection structure - Google Patents

Abstract

An object of the present invention is to reduce the thickness, to provide a large degree of freedom in arrangement on a substrate, to be able to be installed on one side of a substrate, and to reduce the cost. A connector housing is connected to a wiring board.
To form a board mounting connector 40. The housing 70 is made of a thin metal plate and has a shield structure.
With the bottom surface 706 of the housing 70 as an opening, the wiring board 50
The upper terminal electrode pattern 61 is exposed. Housing 7
The insertion connector 20 is inserted through the opening of the front surface 705 of the plug. A spring electrode 22 is attached to the lower surface of the insertion connector 20. When the insertion connector 20 is inserted into the board mounting connector 40, the spring electrode 22 is pressed against the terminal electrode pattern 61.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a board-mounting connector, a plug-in connector, a board-mounting connector pair and a connector connection structure, and more particularly to a board-mounting connector for a wiring board on which electronic components are mounted, and a plug-in connector. And a board mounting connector pair and a connector connection structure.

[0002]

2. Description of the Related Art Notebook personal computers, especially their liquid crystal displays,
As represented by the above, circuit boards are increasingly required to be thin and low in price. Among them, there is a connector as one that avoids the reduction in thickness and cost of a circuit board.

As a conventional connector, for example, as shown in FIG. 6, there is a surface mount connector 110 mounted on a front surface 141 of a substrate 140. This conventional surface mount connector 110
Is composed of a pair of a connector (female) 120 and a surface mount connector 130.

[0004] The surface mount connector 130 includes a housing 131 and
An electrode pin 132 serving as a connection terminal, a mounting electrode 133 for positioning or grounding, and a mounting electrode 134 for signal are provided. The electrode pins 132 are attached to the housing 131, the front of which protrudes into a hollow portion in the housing 131, and the rear of which is a mounting electrode 134. Also, the housing 131
Is provided with a connector stopper 135 projecting from the inner wall of the ceiling of the housing 131 toward the inside. On the surface 141 of the substrate 140, a connector mounting land 144 for signals, a board wiring 142 connected to the connector mounting land 144, and a connector mounting land 143 for positioning or grounding are provided. . With the housing 131 of the surface mount connector 130 positioned at the connector mounting position 149 of the substrate 140, the mounting electrode 133 and the connector mounting land 143 are connected, and the mounting electrode 134 is connected.
And the connector mounting land 144 are connected.

[0005] The connector (female) 120 has a housing 121, in which a connection terminal (not shown) connected to the electrode pin 132 is provided, and a cable 123 is provided in connection with the connection terminal. . The housing 121 is provided with a recess 125 for a connector stopper.

In the surface mount connector 110 as described above, the thickness and the cost have been reduced in recent years. However, the surface mount connector 1 mounted on the substrate 140
30 includes a housing 131, connection electrode pins 132,
Since the mounting electrodes 133 and 134 for mounting on the H.40 are required, it is difficult to significantly reduce the thickness and cost. Also recently,
As the signal frequency increases, shielding properties and impedance matching are also required, and it is becoming increasingly difficult to reduce the thickness and cost.

[0007] Further, as a connector which has realized low cost,
Some are called board edge connectors as shown in FIG. This board edge connector 150 is
Since the zero pattern electrode 181 is used as a connection electrode, and a board-side connector is not required, low cost can be realized.
That is, a connection terminal (not shown) connected to the pattern electrode 181 is provided in the housing 161 of the connector 160, and this connection terminal is connected to the pattern electrode 181. However, the connector 150 can be formed only at the end of the board 170, and there are great restrictions on the arrangement. Also, the substrate 17
The connector 160 connected to the substrate 0 has a structure in which the pattern electrode 181 of the substrate 170 is sandwiched between the two surfaces 171 and 172 of the substrate 170, so that protrusions occur on both surfaces 171 and 172 of the substrate 170, and are not suitable for flattening one surface of the substrate.

[0008]

SUMMARY OF THE INVENTION Accordingly, it is a main object of the present invention to reduce the thickness, to provide a high degree of freedom in arrangement on the substrate, and to be able to be installed on one side of the substrate. In addition, it is an object of the present invention to provide a board-attached connector component, a plug-in connector, a board-attached connector pair, and a connector connection structure that can be reduced in cost.

[0009]

According to a first aspect of the present invention, there is provided a wiring board on which electronic components are mounted, wherein a wiring pattern and a terminal electrode pattern connected to the wiring pattern are formed on a surface of the wiring board. A connector connection structure comprising: a board mounting connector component member attached to the wiring board to form a board mounting connector together with the wiring board; and a plug-in connector inserted into the board mounting connector. A first opening for exposing the terminal electrode pattern provided on the wiring board is provided on a surface of the board mounting connector constituent member facing the wiring board. And a second opening into which the plug connector is inserted. The connection terminal connected to the plug-in connector, the terminal being provided on the wiring board on a surface of the plug connector facing the wiring board. A terminal electrode corresponding to the electrode pattern is provided, and at least a side of the terminal electrode facing the wiring board has conductivity, and the plug connector is inserted into the board mounting connector in a state where the plug connector is inserted. A connector connection structure is provided, wherein the terminal electrode is pressed against the terminal electrode pattern of the wiring board.

According to a second aspect of the present invention, the board mounting connector component member is provided with a movement restricting member for restricting the insertion connector from moving away from the wiring board. The terminal electrode provided on the surface of the plug connector facing the wiring board has elasticity, and the terminal electrode is deformed, so that the terminal electrode is substantially perpendicular to the surface of the plug connector facing the wiring board. 2. The connector connection structure according to claim 1, wherein the connector connection structure can generate a pressing force having various components.

According to the third aspect of the present invention, the board mounting connector constituting member is in a direction substantially orthogonal to a direction in which the insertion connector is inserted into the board mounting connector and substantially parallel to the surface of the wiring board. The connector connection structure according to claim 1, further comprising a positioning means for positioning the insertion connector in a direction.

According to a fourth aspect of the present invention, the board mounting connector component member is a housing having a ceiling wall and a side wall, and the ceiling wall and the side wall have a shielding property. 3. A connector connection structure according to any one of 3.

According to a fifth aspect of the present invention, there is provided the connector connection structure according to any one of the first to fourth aspects, wherein the board mounting connector component is formed of a metal plate.

According to a sixth aspect of the present invention, the board mounting connector forming member is a first fixing means for fixing the board mounting connector forming member to the wiring board, and comprises the conductive first fixing means. Wherein the wiring board is a second fixing means corresponding to the first fixing means of the board mounting connector component member, the second fixing means being conductive, and the second fixing means is grounded. The connector connection structure according to claim 4 or 5, wherein the connector connection structure is connected to a potential wiring.

According to a seventh aspect of the present invention, the board-attached connector constituting member has an escape portion for the wiring pattern connected to the terminal electrode pattern. A connector connection structure according to any one of the first to third aspects is provided.

According to the present invention, the board mounting connector component includes first positioning means for the board mounting connector component, and the wiring board is the first positioning member of the board mounting connector component. The connector connection structure according to any one of claims 1 to 7, further comprising a second positioning means corresponding to (1).

According to the ninth aspect, the terminal electrode is formed of an elastic body having conductivity, and the terminal electrode extends substantially along a direction in which the plug-in connector is inserted into the board mounting connector. One end of the terminal electrode is fixed to the insertion connector, the other end is released, and the terminal electrode is bent in a direction substantially perpendicular to the surface of the insertion connector facing the wiring board. The connector connection structure according to any one of claims 1 to 8, wherein the connector connection structure is provided.

According to a tenth aspect of the present invention, there is provided a board mounting method comprising: a board mounting connector forming member mounted on a wiring board to form a board mounting connector together with the wiring board; and a plug connector inserted into the board mounting connector. A first opening for exposing a terminal electrode pattern provided on the wiring board, on a surface of the connector pair, which is to face the wiring board of the board mounting connector constituent member, The board mounting connector component has a second opening into which the plug-in connector is inserted, and the board mounting connector component is a connection terminal of the board mounting connector that is connected to the plug connector. The connection terminal to be connected is not attached and the plug connector faces the wiring board. Terminal electrodes provided on a surface of the surface to be in, the substrate mounting connector pair, wherein the side that will be facing at least the wiring board is provided with a conductivity of the terminal electrode.

According to the eleventh aspect, the board mounting connector component member is provided with a movement restricting member for restricting the insertion connector from moving away from the wiring board. The terminal electrode provided on the surface of the plug connector that faces the wiring board has elasticity, and the terminal electrode is deformed to face the wiring board of the plug-in connector. The board mounting connector pair according to claim 10, wherein a pressing force having a component substantially perpendicular to said surface can be generated.

According to a twelfth aspect of the present invention, there is provided a board-mounting connector constituting member which is attached to a wiring board and forms a board-mounting connector together with the wiring board, wherein the board-mounting connector constituting member faces the wiring board. A first opening for exposing a terminal electrode pattern provided on the wiring board, and the board mounting connector is a connector into which a plug-in connector is inserted; The member is provided with a second opening into which the insertion connector is inserted, and the board mounting connector component member includes:
A movement restricting member for restricting movement of the insertion connector in a direction away from the wiring board is provided, and the board mounting connector constituent member is a connection terminal of the board mounting connector, and And a connection member connected to the plug-in connector is not mounted.

According to a thirteenth aspect of the present invention, there is provided a plug-in connector to be inserted into a board-mounted connector mounted on a wiring board, wherein a terminal electrode is provided on a surface of the plug-in connector which faces the wiring board. The terminal electrode is provided with elasticity, and when the terminal electrode is deformed, it is possible to generate a pressing force having a component substantially perpendicular to the surface that faces the wiring board, and A plug connector is provided, wherein at least a side of the electrode facing the wiring board has conductivity.

[0022]

Next, embodiments of the present invention will be described with reference to the drawings.

(First Embodiment) FIG. 1 is an exploded perspective view for explaining a board-mounted connector pair and a connector connection structure according to a first embodiment of the present invention.
FIG. 4 is a cross-sectional view in a state where the insertion connector is inserted into the board mounting connector.

The board mounting connector pair 1 of the present embodiment
0 and the connector connection structure are
0 and an insertion connector 20 to be inserted into the board mounting connector 40.

The board mounting connector 40 is constructed by mounting the connector housing 70 to a wiring board 50 such as a printed wiring board.

A terminal electrode pattern 61 serving as an input / output terminal is provided on the upper surface 51 of the wiring board 50. The terminal electrode pattern 61 is composed of a plurality of terminal electrode lands 611 provided at a fixed distance from each other along the width direction W. Each terminal electrode land 611 extends on the upper surface 51 of the wiring board 50 along the insertion direction I of the insertion connector 20. Behind the terminal electrode patterns 61 are connected to the board wiring 62 provided on the upper surface 5 1 of the wiring board 50. The board wiring 62 is a wiring board 50
It is connected to the upper surface 5 first electronic component provided on the (not shown). Signals are input and output through the terminal electrode lands 611, and power, ground, and the like are supplied. Four housing mounting land electrodes 63 are provided on the upper surface 51 of the wiring board 50 outside the terminal electrode pattern 61, and a ground potential is supplied to the land electrodes 63. Housing positioning holes 6 are provided on both outer front sides of the terminal electrode pattern 61.
4 are provided.

The connector housing 70 includes a connector housing body 71 and four housing mounting members 73.
And two housing positioning feet 74. The connector housing body 71 has a substantially rectangular parallelepiped shape,
The upper surface 701 and two side surfaces 702 and 703 in the width direction W
A wall surface is provided on the rear surface 704 and the front surface 7
05, the bottom surface 706 has no wall surface and is open. Plug-in connector 20 through opening in front 705
Is inserted, and the terminal electrode pattern 61 is exposed inside the connector housing 70 through the opening in the bottom surface 706. The wall surface of the upper surface 701 functions as a movement restricting member that restricts the insertion connector 20 from moving away from the wiring board 50.

[0028] The lower edges of the side surfaces 702 and 703 are provided so as to project outside the housing mounting member 73 connector vertically to each side 702, 703 housing body 71. The lower end of the back 704 are two housings mounting member 73 is provided to protrude to the outside of the respective rear 704 vertically connector housing body 71. A central portion near the lower end of the back surface 704 is notched, and a wire passing escape portion 76 for passing the board wires 62 through.
It has become. Sides 702 and 703 are provided with holes 75 for plug connector stoppers, respectively.

The connector housing 70 is made of a single metal thin plate, and is formed by press working. The connector housing 70 is not provided with connection terminals such as the electrode pins 132 shown in FIG.

The connector housing 70 is connected to the wiring board 50.
The connector 40 is formed by mounting the wiring board 50 on the wiring board 50 of the connector housing 70 by inserting the housing positioning feet 74 of the connector housing 70 into the housing positioning holes 64 of the wiring board 50. Positioning with respect to. Then, the four housing mounting land electrodes 63 and the four housing mounting members 73 are respectively fixed by soldering, and the connector housing 70 is fixed to the wiring board 50. The connector housing 70 has at least a portion of the housing mounting member 73 that has been processed so that solder such as Ni plating or tin plating can be connected thereto.

The plug connector 20 is a plug connector main body 2.
One and a plurality of spring electrodes 22 are provided. The front part of the insertion connector main body 21 forms an insertion part 27, which is inserted into the board mounting connector 40. The thickness of the distal end portion 211 of the insertion portion 27 is smaller than the thickness of the root portion 212, which facilitates insertion.

When the insertion connector 20 is inserted into the board mounting connector 40, the lower surface 28 of the insertion portion 27 faces the upper surface 51 in a state substantially parallel to the upper surface 51 of the wiring board 50. A plurality of spring electrodes 22 are attached corresponding to the terminal electrode patterns 61 on the wiring board 50. The plurality of spring electrodes 22 are provided at a fixed distance from each other along the width direction W. The pitch of the plurality of spring electrodes 22 substantially matches the pitch of the terminal electrode patterns 61, and the distance between adjacent ones of the plurality of spring electrodes 22 is the distance between the adjacent terminal electrode lands 611 of the terminal electrode pattern 61. They almost match.

Each spring electrode 22 is provided extending along the insertion direction I of the insertion connector 20. Spring electrode 22
Is a fixed end 221, and a lower surface 28 of the insertion portion 27.
The rear end of the spring electrode 22 is a free end 222 and is open. The spring electrode 22 is bent downward in a direction substantially perpendicular to the lower surface 28 of the insertion portion 27, that is, in the height direction H. The spring electrode 22 is made of a spring material such as a beryllium alloy and phosphor bronze.

When the plug connector 20 is inserted into the board mounting connector 40, the wiring board 50
The surface 223 facing the upper surface 51 of the wiring board 50 is the upper surface 5 of the wiring board 50.
1 and the upper surface 29 of the insertion portion 27 is in contact with the terminal electrode land 611 provided on the
Abutting against the inner wall surface 711 of the upper surface 701 of the housing 70 to restrict the insertion connector 20 from moving away from the wiring board 50. As a result, the spring electrode 22 is deformed in a direction substantially perpendicular to the lower surface 28 of the insertion portion 27 and in a direction substantially perpendicular to the upper surface 51 of the wiring board 50, that is, in the height direction H, and generates a pressing force in the height direction H. And the spring electrode 2
2 is pressed against the terminal electrode land 611 to form the spring electrode 22.
And the terminal electrode land 611 .

The width of the insertion connector 20 in the width direction W,
That is, the side surface 202 of the insertion connector body 21 in the width direction W
The distance between the board mounting connector 40 and the
Inner wall and side surface 7 of width side surface 702 of housing 70
03 is substantially equal to the distance between the inner wall of the housing 70 and the side surface 702 and the side surface 703 in the width direction of the housing 70 function as positioning means of the insertion connector 20 in the width direction W, and the spring electrode 22 is connected to the terminal. It can be accurately positioned on the terminal electrode land 611 of the electrode pattern 61.

The side surfaces 202, 20 of the plug-in connector body 21
3 are provided with connector stopper claws 25, respectively.
When the connector 20 is inserted into the inside, the connector stopper claw 25 fits into the insertion connector stopper hole 75 of the housing 70 of the board mounting connector 40, and the insertion connector 20
Is fixed to the board mounting connector 40.

A cable 24 connected to the spring electrode 22 of the plug connector 20 is attached to the plug connector 20.

Although FIG. 1 shows the plug connector 20 with the lower surface facing upward for convenience of explanation, when the plug connector 20 is inserted into the board mounting connector 40, it is shown in FIG. As described above, the insertion connector 20 is turned upside down and inserted into the board mounting connector 40.

In this embodiment, since the terminal electrode pattern 61 provided on the upper surface 51 of the wiring board 50 is used as a connection terminal with the insertion connector 20, the connection terminal is mounted on the housing 70 of the board mounting connector 40. Eliminates the need. Therefore, the structure is simplified, the manufacturing is facilitated, the cost is reduced, and the thickness can be reduced.

In this embodiment, the housing 70
Since it is made of a thin metal plate, it can be shielded with a simple structure.

The board-mounted connector pair 10 and the connector connection structure of the present embodiment are different from the conventional board edge connector shown in FIG. 7 in that there is no restriction on the arrangement location and the lower surface 52 of the wiring board 50 is flat. State can be left.

Japanese Unexamined Patent Publication No. Hei 5-211081 discloses that the mold for the seat of the connector is removed, and a slit corresponding to the seat is provided on the upper surface of the printed circuit board on which the connector is mounted. However, in such a structure, it is difficult to make the structure complicated and inexpensive because the connection terminals are still attached to the connector mold, and the structure is more complicated in order to form a shield structure. Will be. Further, since it is necessary to process the printed circuit board, the processing cost is further increased.

(Second Embodiment) FIG. 3A is a cross-sectional view for explaining a board mounting connector pair and a connector connection structure according to a second embodiment of the present invention, and FIG. 3B is a second embodiment. It is a perspective view for explaining the shielded cable used in the form.

In the present embodiment, as the wiring substrate 50,
A signal pattern 55 between the two solid ground wirings 53 and 54
Is used as the inner layer. The terminal electrode pattern 61 on the upper surface 51 of the wiring board 50 is connected to the signal pattern 55 of the inner layer through the through hole 56,
The housing mounting land electrode 63 is connected to ground wirings 53 and 54 via a through hole 57 . Further, the electrode 23 is provided on the upper surface 29 of the plug-in connector main body 21 and is brought into direct contact with the upper surface 701 of the housing 70 having a shielding property.

The cable used in the present embodiment is a shielded cable, and such a shielded cable may be a coaxial cable. However, a multilayer FPC (flexible wiring board) as shown in FIG. 3B is used. Things are possible. As shown in FIG. 3B, in the cable 24 of the present embodiment, the signal line 244 is embedded in the center of the dielectric 241 sandwiched between the ground electrodes 242 and 243.

Although the housing is made of a shielding material such as a metal, shielding can be achieved with a simple structure.
Particularly, as in the present embodiment, the wiring up to the terminal electrode pattern 61 on the upper surface 51 of the wiring board 50 is
By using a through-hole 56 from the signal pattern 55 of the inner layer of the connector, providing an electrode 23 in direct contact with the housing 70 in the insertion connector 20, or using a shielded cable for the cable 24 as shown in FIG. 3B. Unlike the surface mount connector, the connector can be completely shielded and can be used for high frequency and low loss connectors.

On the other hand, the conventional surface mount connector is
Since the connection terminal protrudes hollow from behind the connector, there is a problem in the shielding properties and impedance matching.

In consideration of the characteristic impedance of the terminal electrode pattern 61, the insertion connector 20, and the shielded cable 24, a low-loss connector having a smaller VSWR (voltage standing wave ratio) than a conventional connector can be realized. On the other hand, since the conventional connector has a hollow connection terminal and a high characteristic impedance, it is difficult to realize a low-loss connector.

(Third Embodiment) FIG. 4 is an exploded perspective view for explaining a board mounting connector pair and a connector connection structure according to a third embodiment of the present invention, and FIG. 5 is a board mounting connector. FIG. 4 is a cross-sectional view in a state where the insertion connector is inserted into the connector.

This embodiment relates to a case where wiring boards are connected to each other. Two wiring boards 50, 50
Are provided with board mounting connectors 40, 40 having the same structure as that of the first embodiment. In addition, the insertion connector 20 is provided with insertion portions 27, 27 having the same structure as the insertion portion 27 of the first embodiment on both sides thereof, and the insertion portions 27, 27 on both sides of the insertion connector 20 are formed by two. One wiring board 50,
The two wiring boards 50, 50 are inserted into the board mounting connectors 40, 40 provided on the 50, respectively, and connected by the insertion connector 20.

In the same manner as in the second embodiment,
It can be a shield type or a high frequency type.

Although the housing 70 is made of a thin metal plate in each of the above embodiments, a shielding effect can be obtained by using an insulator coated with a metal.

In place of the spring electrode 22, a conductive rubber can be used as the elastic electrode.

The elastic electrodes such as the spring electrodes 22 may be provided on both the upper surface 28 and the lower surface 29 of the plug-in connector main body 21. In this case, it is preferable that the inner surface of the housing 70 is insulated by resin coating, paint application, or the like.

Further, the plug connector stopper hole 75 provided in the housing 70 may be used as a plug connector stopper claw, and the connector stopper claw 25 provided in the plug connector main body 21 may be used as a connector stopper hole.

[0056]

According to the present invention, the thickness can be reduced, the degree of freedom of the location on the substrate is large, and
Provided are a board mounting connector component, a plug-in connector, a board mounting connector pair, and a connector connection structure that can be installed on one side of a board and that can be reduced in cost.

[Brief description of the drawings]

FIG. 1 is an exploded perspective view for explaining a board-mounted connector pair and a connector connection structure according to a first embodiment of the present invention.

FIG. 2 is a cross-sectional view illustrating a board-mounted connector pair and a connector connection structure according to the first embodiment of the present invention.

FIG. 3 is a view for explaining a board-mounted connector pair and a connector connection structure according to a second embodiment of the present invention; FIG. 3A shows a board-mounted connector pair and a connector connection structure according to the second embodiment; FIG. 3B is a cross-sectional view for explaining, and FIG. 3B is a perspective view for explaining a shielded cable used in the second embodiment.

FIG. 4 is an exploded perspective view for explaining a board-mounted connector pair and a connector connection structure according to a third embodiment of the present invention.

FIG. 5 is a cross-sectional view illustrating a board mounting connector pair and a connector connection structure according to a third embodiment of the present invention.

FIG. 6 is an exploded perspective view for explaining a conventional connector.

FIG. 7 is an exploded perspective view for explaining a conventional connector.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 10 ... Board mounting connector pair 20 ... Insertion connector 202, 203 ... Side surface 21 ... Insertion connector main body 22 ... Spring electrode 221 ... Fixed end 222 ... Free end 23 ... Electrode 24 ... Cable 25 ... Connector stopper claw 27 ... Insertion Part 40: Board mounting connector 50: Wiring board 53, 54 ... Ground wiring 55 ... Signal pattern 56, 57 ... Through hole 61 ... Terminal electrode pattern 611 ... Terminal electrode land 62 ... Board wiring 63 ... Housing mounting land electrode 64 ... Housing Positioning hole 70: Connector housing 71: Housing body for connector 73: Housing mounting member 74: Housing positioning foot 75: Hole for insertion connector stopper 76: Escape portion for wiring passage 132: Electrode pin (connection terminal)

──────────────────────────────────────────────────続 き Continued on the front page (58) Field surveyed (Int.Cl. ⁶ , DB name) H01R 4/64 H01R 9/07-9/09 H01R 23/00-23/02 H01R 23/66-23 / 68 301

Claims (15)

(57) [Claims] 1. A wiring board on which an electronic component is mounted,
A wiring board having a wiring pattern and a terminal electrode pattern connected to the wiring pattern formed on a surface thereof; a board mounting connector component member mounted on the wiring board to form a board mounting connector together with the wiring board; And a plug connector inserted into the board mounting connector, wherein the terminal electrode pattern provided on the wiring board is exposed on a surface of the board mounting connector component member facing the wiring board. A first opening to be inserted is provided; the board mounting connector component has a second opening into which the plug-in connector is inserted; and the board mounting connector component has the substrate mounting. The connection terminal of the connector, wherein the connection terminal connected to the plug-in connector is attached. It is not without it, the board mounting connector component comprises a shielding
And which, the terminal electrodes provided corresponding to the terminal electrode patterns provided on the wiring substrate on the surface of the surface facing the wiring board of the plug connector, the side facing at least the wiring board of the terminal electrode A connector having conductivity, wherein the terminal electrode of the plug-in connector is pressed against the terminal electrode pattern of the wiring board in a state where the plug-in connector is inserted into the board mounting connector. Connection structure. 2. The method according to claim 1, wherein said board mounting connector component is a ceiling.
A housing comprising a wall and a side wall, The ceiling wall and the side wall have a shielding property.
The connector connection structure according to claim 1, wherein: (3) The board mounting connector component is made of metal
3. The device according to claim 1, wherein the device is made of a plate.
The described connector connection structure. 4. A wiring board on which electronic components are mounted,
Wiring pattern on the surface and connected to the wiring pattern
A wiring board on which a terminal electrode pattern is formed, A board attached to the wiring board and together with the wiring board
Board mounting connector structure that constitutes the mounting connector
Components, Plug-in connector inserted into the board mounting connector
And a connector connection structure comprising: Pair with the wiring board of the board mounting connector constituent member
The terminal electrode pad provided on the wiring board is
A first opening exposing the turn is provided, The plug-in connector is attached to the board mounting connector component member.
A second opening into which the data is inserted, The board mounting connector component includes the board mounting
Connection terminal of the mating connector
The connection terminal to be continued is not attached, The board mounting connector constituent member is formed of a metal plate.
And On the surface of the surface of the plug connector facing the wiring board
Corresponds to the terminal electrode pattern provided on the wiring board
Terminal electrode is provided, At least the side of the terminal electrode facing the wiring board
It has conductivity, and the plug-in connector is
With the plug-in connector
The terminal electrode is formed on the terminal electrode pattern of the wiring board.
A connector connection structure characterized by being pressed. 5. The board mounting connector constituting member includes:
The insertion connector is directed in a direction away from the wiring board
A movement restricting member for restricting the
And the surface of the plug connector facing the wiring board
The terminal electrode provided in the elastic member has elasticity, Due to the deformation of the terminal electrode, the insertion connector
Having a component substantially perpendicular to the surface of the
The pressing force can be generated.
5. The connector connection structure according to any one of to 4. 6. The board mounting connector component according to claim 1, wherein
How to insert the insertion connector into the board mounting connector
In a direction substantially perpendicular to the direction and on the surface of the wiring board.
Positioning means for the plug-in connector in a substantially parallel direction
6. The method according to claim 1, further comprising a step.
A connector connection structure according to any of the above. 7. The method according to claim 7, wherein the board mounting connector component is a
The board mounting connector component is fixed to the wiring board.
The first fixing means, wherein the first fixing means is electrically conductive.
With steps, The wiring board is a component of the board mounting connector;
A second fixing means corresponding to the first fixing means,
Comprising said conductive second fixing means, The second fixing means is connected to a ground potential wiring
7. The method according to claim 1, wherein
Nectar connection structure. 8. The method according to claim 1, wherein the board mounting connector component member is
The wiring pattern connected to the terminal electrode pattern
2. A through escape portion for a vehicle.
8. The connector connection structure according to any one of 7 to 7. 9. The printed circuit board mounting connector according to claim 1, wherein
First positioning means for the board mounting connector component
Wherein the wiring board has the board mounting connector configuration.
A second positioning of the member corresponding to said first positioning member
9. The method according to claim 1, further comprising:
The connector connection structure according to any one of the above. 10. An elastic body, wherein said terminal electrode has conductivity.
Composed of The terminal electrode is connected to the board mounting connector of the plug-in connector.
Extends almost along the direction of insertion into the connector, One end of the terminal electrode is fixed to the insertion connector, and the other
The ends are released, The terminal electrode is paired with the wiring board of the plug-in connector.
It is characterized by being bent in a direction substantially perpendicular to the facing surface.
The connector connection according to any one of claims 1 to 9, wherein
Connection structure. 11. The wiring board attached to a wiring board.
Together with the board mounting connector
A connector constituent member, Plug-in connector inserted into the board mounting connector
And a board mounting connector pair comprising: Pair with the wiring board of the board mounting connector constituent member
A terminal provided on the wiring board on a surface to be facing
A first opening for exposing the electrode pattern is provided.
And The plug-in connector is attached to the board mounting connector component member.
A second opening into which the data is inserted, The board mounting connector component includes the board mounting
Connection terminal of the mating connector
The connection terminal to be continued is not attached, The board mounting connector component has a shielding property
And The plug connector will face the wiring board
Terminal electrodes are provided on the surface of the surface, At least the terminal electrode faces the wiring board.
Board side characterized by having conductivity on the side to be
Mounting connector pair. 12. The wiring board attached to a wiring board.
Together with the board mounting connector
A connector constituent member, Plug-in connector inserted into the board mounting connector
And a board mounting connector pair comprising: Pair with the wiring board of the board mounting connector constituent member
A terminal provided on the wiring board on a surface to be facing
A first opening for exposing the electrode pattern is provided; Being
And The plug-in connector is attached to the board mounting connector component member.
A second opening into which the data is inserted, The board mounting connector component includes the board mounting
Connection terminal of the mating connector
The connection terminal to be continued is not attached, The board mounting connector constituent member is formed of a metal plate.
And The plug connector will face the wiring board
Terminal electrodes are provided on the surface of the surface, At least the terminal electrode faces the wiring board.
Board side characterized by having conductivity on the side to be
Mounting connector pair. 13. The board mounting connector component member
In the direction in which the insertion connector is separated from the wiring board.
A movement restricting member for restricting movement toward
Face the wiring board of the plug-in connector.
The terminal electrode provided on the surface having elasticity has elasticity.
And Due to the deformation of the terminal electrode, the insertion connector
Substantially perpendicular to the surface that will face the wiring board of the
Characterized by the ability to generate pressing force with various components
A board mounting connector pair according to claim 11. 14. The wiring board attached to the wiring board
Together with the board mounting connector
A connector constituent member, Pair with the wiring board of the board mounting connector constituent member
A terminal provided on the wiring board on a surface to be facing
A first opening for exposing the electrode pattern is provided.
And The board mounting connector is plugged in
A board mounting connector component
The material has a second opening into which the plug-in connector is inserted.
Is provided, The board mounting connector component member includes the insertion connector.
Is the wiring board Move away from you
A movement restricting member for restricting the
The mounting connector component includes the board mounting connector.
Connection terminal of the connector and is connected to the plug-in connector
The connection terminal is not attached, The board mounting connector component has a shielding property
Board mounting connector component characterized by the following:
Wood. 15. The wiring board attached to the wiring board
Together with the board mounting connector
A connector constituent member, Pair with the wiring board of the board mounting connector constituent member
A terminal provided on the wiring board on a surface to be facing
A first opening for exposing the electrode pattern is provided.
And The board mounting connector is plugged in
A board mounting connector component
The material has a second opening into which the plug-in connector is inserted.
Is provided, The board mounting connector component member includes the insertion connector.
Moves in the direction away from the wiring board
A movement restricting member for restricting the
The mounting connector component includes the board mounting connector.
Connection terminal of the connector and is connected to the plug-in connector
The connection terminal is not attached, The board mounting connector constituent member is formed of a metal plate.
Board mounting connector component characterized by the following:
Wood.