JP2007298311A - Connection device and connection method - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a connection device capable of achieving connection required by one user and connection required by another user, while suppressing exchange of a connection part. <P>SOLUTION: The first board 2 can position a substrate 501 on the first position by the first strut 11 and connect a connector 503 to a connector 12. A part where the first strut 11 is provided is removed from the first board 2 to form an opening 51, and while inserting the second strut 21 into the opening 51 so that the second strut 21 is positioned on the removal position of the first strut 11, the second board 3 is mounted on the first board 2 in the laminated state. When the substrate 501 is positioned on the second position to the second board 3 by inserting the second strut 21 into a hole part 515 of the substrate 501, the substrate 501 is positioned on the first position to the first board 2, and the connector 503 is connected to the connector 12, and a terminal 504 is connected to a probe 22. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a connection device connected to an electronic module used in a mobile phone or the like and a connection method thereof.

  Connected to the electronic module for verification of the electronic module or improvement and development of the electronic module, etc., and connected to another device for verification or development (for example, a personal computer), between the electronic module and the other device A connection device that mediates input / output of signals is known (for example, Patent Document 1).

  Even if there is only one type of electronic module to be connected, a plurality of types of connection devices may be prepared in response to requests from a plurality of types of users. For example, it is as follows.

  An electronic module used in a mobile phone, an automobile, or the like includes a connector to which another electronic module is connected when mounted on a mobile phone or the like, or a connector for connecting a mobile phone to an external device (for example, a personal computer). Is provided. That is, a connector used when mounted on the final product is provided. For example, a user who purchases the electronic module and incorporates it into a mobile phone or the like to produce a final product, a so-called end user, functions normally when the electronic module is mounted on the mobile phone or the like. In other words, it is only necessary to verify whether or not a signal can be normally input / output via the above-described connector. It suffices to have a connector (connecting portion) connected to the connector described above.

  On the other hand, a user who improves or develops an electronic module or changes a part thereof, that is, a so-called development user, cannot achieve the object with a connection device that can input and output signals through the connector. That is, it is necessary to take out a signal from an appropriate position of the electronic circuit of the electronic module and verify the operation of the electronic module, or to input information to an electronic component in which signal input is prohibited to rewrite information. Therefore, a plurality of signal input terminals (conductive patterns) called test points are formed on the board of the electronic module, and the connecting device for development users has a connector connected to the connector of the electronic module described above. In addition, a plurality of probes (connection portions) that are abutted against the terminals are provided.

  In general, the connection device is provided with a positioning unit that positions the electronic module at a predetermined position with respect to the connection device. By positioning the electronic module by the positioning unit, the connector of the electronic module and the connection device The connector is connected and the probe is abutted against the test point.

  The connection device provided to the development user is likely to be relatively expensive due to the large number of connection portions and the need for highly accurate positioning for contact with the probe. In particular, when the electronic module is miniaturized, such as when the electronic module is a communication module such as a cellular phone, the test points of the electronic module are miniaturized and the interval between them is arranged narrowly. High accuracy is required for positioning the probe and the electronic module. On the other hand, the connection device provided to the end user is required to be inexpensive. For these reasons, the connection device provided to the end user and the connection device provided to the development user are conventionally provided with different specifications.

In Patent Document 1, a connection device (contact device) to which a pin board having a plurality of probes is attached is attached to the connection device so that the connection device can be used for a plurality of types of connection objects. A technique is disclosed in which a pinboard can be exchanged between a plurality of types of pinboards.
Japanese Patent Application Laid-Open No. 11-258311

  If the connection device provided to the end user and the connection device provided to the development user have different specifications, naturally, the development and production costs of the connection device increase. Therefore, it is conceivable to provide a development user with a probe added to a connection device for an end user.

  However, in order for the probe to accurately contact the test point of the electronic module positioned by the connection device for the end user, the probe must be attached to the connection device for the end user with high accuracy.

  Further, the connection device for the end user positions the electronic module with respect to the connection device with the minimum accuracy necessary for connecting the connector of the electronic module and the connector of the connection device in order to realize low cost. In other words, it is not always configured to be able to position the electronic module and the connection device with the positional accuracy required for the probe contact, but to such a connection device for an end user. On the other hand, there is a possibility that the electronic module and the probe cannot be connected simply by attaching the probe.

  The technique of Patent Document 1 is to replace the pin board according to the type of the inspection object, in other words, to replace the entire plurality of connecting portions. Therefore, even if it tries to solve the above-mentioned problem with the technique of patent document 1, the board which has only a connector and the board which has a connector and a probe will be prepared, and two types of connection apparatuses will be prepared substantially. And no different.

  The objective of this invention is providing the connection apparatus and connection method which can implement | achieve the connection requested | required of one user and the connection requested | required of another user, suppressing the replacement | exchange of a connection part.

  A connection device according to a first aspect of the present invention is a connection device connected to an electronic module having a first connected portion and a second connected portion for conducting signal conduction, the first connecting unit. And a second connection unit that can be attached to the first connection unit, wherein the first connection unit is a first base and the electronic module is first with respect to the first base. A first positioning portion that can be positioned at a position, and a first conductive portion that is connected to the first connected portion when the electronic module is positioned at the first position and is capable of conducting signals with the electronic module. The second connection unit is attachable to the first base in a predetermined positional relationship; and the electronic module is attached to the second base. The second position can be positioned at the second position. And a second connecting portion connected to the second connected portion and capable of conducting signals with the electronic module when the electronic module is positioned at the second position. The first positioning portion is disabled, the second base is mounted on the first base in the predetermined positional relationship, and the electronic module is mounted on the second positioning portion by the second positioning portion. When the electronic module is positioned at the second position relative to the base, the electronic module is positioned at the first position relative to the first base, and the first connected portion and the first The connection portion is connected and the second connected portion and the second connection portion are connected to enable signal conduction.

  Preferably, the first positioning unit is capable of positioning the electronic module to the first position with respect to the first base within a first positional accuracy, and the second positioning unit includes: The electronic module can be positioned in the second position with respect to the second base within a second positional accuracy, and the second positional accuracy is higher than the first positional accuracy.

  Preferably, the first positioning portion can be positioned at the first position with respect to the first base by engaging with a positioned portion provided in the electronic module. The second positioning unit is configured such that when the second base is mounted on the first base in the predetermined positional relationship in a state in which the first positioning unit cannot function, The electronic module is positioned at the second position with respect to the second base by engaging with the positioned portion instead of the first positioning portion.

  Preferably, in the first connection unit, the first positioning portion is attached with a predetermined region of the first base, and the first region is removed by removing the predetermined region from the first base. The 1 positioning part is made incapable of functioning.

  A connection device according to a second aspect of the present invention is an electronic module having a connected board, and a first connected part and a second connected part that are provided on the connected board and perform signal conduction. A connection device to be connected, the first board being capable of being disposed opposite to the board to be connected, and the second board being stackable on the opposite side of the board to be connected to the first board. A board, and the first board is erected on a surface facing the board to be connected, and is inserted into a first opening provided in the board to be connected. A first rod-shaped member that can be positioned at a first position relative to the first board; and the connected board is connected to the first connected portion when the connected board is positioned at the first position. A first connection portion capable of signal conduction, and the second connection portion The board is erected on a surface facing the first board, and is inserted into the first opening of the connected board so that the connected board is second with respect to the second board. A second rod-shaped member that can be positioned at a position, and a second connection portion that is connected to the second connected portion and can conduct signals when the connected board is positioned at the second position; Is formed, the second opening is formed by removing the portion where the first bar-shaped member is provided from the first board, and the second bar-shaped member is inserted through the second opening to A second board is mounted on the first board, the second bar-like member is inserted through the first opening of the connected board, and the connected board is inserted into the first board with respect to the second board. When the board to be connected is positioned at position 2, the first board The first connected portion and the first connecting portion are connected to each other, and the second connected portion and the second connecting portion are connected to each other. Signal conduction.

  Preferably, the first connected portion and the first connected portion are connectors that are fitted and connected to each other, and the second connected portion is a terminal provided on the connected board. The second connection portion is a probe that is abutted against the terminal.

  Preferably, the first board has an index line formed on an outline of the second opening in a state where the portion where the first bar-shaped member is provided is not excluded.

  Preferably, the second board is smaller than the first board, and when the second bar-shaped member is inserted into the second opening of the first board, Arranged in a predetermined area, the first board has a third opening formed in the predetermined area, and the second connection portion has the second board arranged in the predetermined area. Sometimes, it is inserted into the third opening and connected to the second connected portion.

  Preferably, the first board has a fourth opening in the predetermined area, and the second board has the second board arranged in the predetermined area, A holding portion that is inserted through the fourth opening and holds the connected board with respect to the second board is provided, and the second connecting portion is opposed to the connected board and the second board. An abutting portion that abuts against the second connected portion in a direction, and an urging means that urges the abutting portion toward the connected board, wherein the holding portion is the connected board And an engaging portion that engages in a direction opposite to the biasing direction of the biasing means.

  A connection device according to a third aspect of the present invention includes a connected board, and a first connected part and a second connected part that are provided on the first surface of the connected board and perform signal conduction. A connection device connected to an electronic module having a connection board that can be disposed opposite to the first surface of the connected board, and a second surface of the connection board that faces the first surface. A rod-like member that is erected and can be positioned in a predetermined position with respect to the board by being inserted into a hole provided in the connected board, and the second surface of the connecting board And the connection board is connected to the first connected part and capable of conducting signals when the connected board is positioned at the predetermined position, and the connection board includes the second connection part. An opening or a position facing the connected part Mouth formable split up lines are provided and the periphery of the rod-shaped member split up line is formed.

  A connection device according to a fourth aspect of the present invention is an electronic module having a connected board having a first opening, and a first connected part and a second connected part provided on the connected board. A connecting device to be connected, the first board being capable of being disposed opposite to the connected board, and a second board that is stacked on the opposite side of the first board with respect to the connected board. A first opening in the first board, and the first connected portion when the connected board is positioned at a first position with respect to the first board. A first connecting portion connected to the first board, the second board being erected on a surface facing the first board, inserted through the second opening, and the first board Is inserted through an opening, and the connected board is positioned at the first position with respect to the first board. And a rod-shaped member capable of positioning the connected board at a second position with respect to the second board, and the connected board at the second position with respect to the second board. And a second connecting portion that is sometimes connected to the second connected portion to enable signal conduction.

  A connection method according to a fifth aspect of the present invention is a connection method for connecting a connection device to an electronic module having a first connected portion and a second connected portion for conducting signal conduction, the connecting device A first connection unit and a second connection unit that can be attached to the first connection unit. The first connection unit includes a first base and the electronic module. A first positioning portion that can be positioned at a first position relative to the base of the first connection, and a first connection that is connected to the first connected portion when the electronic module is positioned at the first position A second base that can be attached to the second connection unit in a predetermined positional relationship with the first base, and the electronic module is second with respect to the second base. 2nd positioning part which can be positioned in the position of A second connecting portion that is connected to the second connected portion and is capable of conducting a signal when the electronic module is positioned at the second position, and the first positioning portion does not function properly. After making it possible, the second base is mounted on the first base in the predetermined positional relationship, and the electronic module is attached to the second base by the second positioning portion. By positioning at the position, the electronic module is positioned at the first position with respect to the first base, the first connected portion and the first connecting portion are connected, and the second The connected portion and the second connecting portion are connected to each other to enable signal conduction.

  ADVANTAGE OF THE INVENTION According to this invention, the connection requested | required of one user and the connection requested | required of another user are realizable, suppressing replacement | exchange of a connection part.

  FIG. 1 is a perspective view showing a communication module 500 that is a connection target of a connection device according to an embodiment of the present invention. The communication module 500 is incorporated in a mobile phone or a car in order to perform wireless communication using radio waves, for example.

  The communication module 500 has a substrate 501, various electronic components 502 arranged on the substrate 501, a connector 503 and a terminal 504 for inputting a signal to the communication module 500 or outputting a signal from the communication module, and an antenna element. The antenna terminal 505 is provided.

  The substrate 501 is formed of a printed wiring board based on, for example, a hard resin, and includes a first mounting surface 501a on the front side of the paper and a second mounting surface 501b on the back side of the paper. The substrate 501 is formed in a rectangular shape, for example, and holes 511 are opened at four corners.

  A metal fitting 514 in which a hole 515 having a smaller diameter than the hole 511 is formed is attached to the hole 511 (only one is shown in FIG. 1). The hole 515 is used for insertion of a boss provided in a housing of the mobile phone or the like, a screw fastened to the housing, or the like when the substrate 501 is incorporated into a mobile phone or a car. Then, it is soldered to the ground pattern of the substrate 501, and is grounded via a conductive paint applied to the screw boss by being fixed with a screw. The hole 515 is also a positioning hole used when the substrate 501 is incorporated into a final product. If earthing is not necessary, the metal fitting 514 may be omitted and a hole formed directly on the substrate 501 like the hole 511 may be used as a positioning hole.

  The electronic component 502 is, for example, an IC, a capacitor, a converter, or a resistor. A plurality of electronic components 502 are provided on the first mounting surface 501 a and the second mounting surface 502 b of the substrate 501, and are connected to each other by a conductive layer of the substrate 501 to form an electronic circuit 512. The electronic circuit 512 includes a high-frequency circuit, and modulates and demodulates signals corresponding to various data such as audio data and image data in order to perform wireless communication using radio waves. For example, the electronic circuit 512 modulates a signal input from the connector 503 and outputs the modulated signal to the antenna terminal 505, demodulates the signal input from the antenna terminal 505, and outputs the demodulated signal to the connector 503.

  The connector 503 is connected to another electronic module of the final product when the communication module 500 is mounted on a final product such as a mobile phone or an automobile, and between the communication module 500 and the other electronic module. It mediates the input and output of signals. The connector 503 is electrically connected to the paired connector by fitting with a pair of connector (not shown) provided in another electronic module, thereby enabling signal conduction. For example, the connector 503 is arranged on the first mounting surface 501a of the substrate 501 so that the direction in which the connector 503 is fitted to another connector is the direction facing the first mounting surface 501a.

  The terminal 504 is also referred to as a so-called test point, and is used to output an electrical signal that is not output from the connector 503 and / or input an electrical signal to the electronic component 502 that cannot receive an electrical signal from the connector 503. .

  For example, the electronic circuit 512 outputs an electrical signal (information) from one electronic component 502 to another electronic component 502, and the electrical signal is processed in the other electronic component 502 and output to the connector 503. When configured, the terminal 504 is connected between the one electronic component 502 and the other electronic component 502, and can output a signal from the one electronic component 502.

  Further, for example, the electronic circuit 512 includes an electronic component 502 as a memory and an electronic component 502 as a processor for reading and writing the memory. The processor is a memory based on a signal input from the connector 503. Writing to the memory is performed, but writing to the memory based on the signal from the terminal 504 is performed. That is, it is possible to update information more advanced than the memory update from the connector 503.

  A plurality of terminals 504 are provided on the first mounting surface 501a. For example, the terminals 504 are arranged in a plurality of rows adjacent to the connector 503 along the longitudinal direction of the connector 503 (however, in FIG. 1, one or two rows are hidden on the shield side wall surrounding the electronic circuit 512). Only two rows are shown.) The terminal 504 is composed of a conductive layer formed on the first mounting surface 501a of the substrate 501, and has a contact surface in a circular shape in the direction facing the first mounting surface 501a. The area of the contact surface of the terminal 504 is relatively small, for example, a diameter of 1 mm or less.

  The antenna terminal 505 is connected to an antenna element (not shown) when the communication module 500 is incorporated into a final product. The antenna terminal 505 mediates signal input / output between the electronic circuit 512 of the substrate 501 and the antenna element.

  2 and 3 are perspective views showing the connection device 1 according to the embodiment of the present invention with the communication module 500 mounted. FIG. 2 shows a first usage mode for end users, and FIG. 3 shows a second usage mode for development users. Note that FIG. 2 shows a connection device for an end user, and FIG. 3 shows a connection device for a development user.

  For example, the connection device 1 is used to verify the operation of the communication module 500 or to improve and develop the communication module 500. For example, the connection device 1 and other devices (not shown) other than the communication module 500 (for example, And mediate signal input / output between the communication module 500 and other devices. In particular, it is used for updating or verifying communication control software, for example.

  The connection device 1 includes a first connection unit U1 in the first usage mode, and a first connection unit U1 and a second connection unit U2 in the second usage mode. In other words, the first connection unit U1 is used in both the first usage mode and the second usage mode. The communication module 500 is disposed at substantially the same position in the first usage mode and the second usage mode with respect to the first connection unit U1.

  In the first usage mode, the first connection unit U1 is connected to the communication module 500 and is connected to another device, and mediates input / output of signals between the communication module 500 and the other device.

  Also in the second usage mode, the first connection unit U1 is connected to the communication module 500 and connected to other devices, as in the first usage mode, and the communication module 500 and other devices are connected to each other. Mediates input and output of signals between them.

  Furthermore, in the second usage mode, the second connection unit U2 is attached to the first connection unit U1. The second connection unit U2 is connected to the communication module 500 and is connected to the first connection unit U1. The second connection unit U2 is connected to other devices via the first connection unit U1, and mediates signal input / output between the communication module 500 and other devices via the first connection unit U1. . Note that the second connection unit U2 may be configured to be directly connected to another device and to input / output a signal without passing through the first connection unit U1.

  The first connection unit U1 includes the first board 2 as a base, and the second connection unit U2 includes the second board 3 as a base. The board 501, the first board 2, and the second board 3 of the communication module 500 are stacked in the order of the board 501, the first board 2, and the second board 3 from the front side to the back side. Is arranged.

  The first board 2 is composed of, for example, a printed wiring board based on a resin, and includes a first mounting surface 2a on the substrate 501 side and a second mounting surface 2b on the second board 3 side. Yes. In the communication module 500, the first mounting surface 501a is opposed to the first board 2. The first board 2 is larger than the substrate 501 of the communication module 500, for example, and is formed in a rectangle having a notch 2c.

  The first board 2 is provided with a plurality of connectors 5 and various electronic components 6 connected to other devices. The electronic component 6 is, for example, an IC, a capacitor, a converter, or a resistor. A plurality of electronic components 6 are provided on the first board 2 and are connected to each other by the conductive layer of the first board 2 to form an electronic circuit 7. The electronic circuit 7 outputs the signal input from the connector 5 to the communication module 500 or the second board 3 as it is or after performing predetermined processing. Further, the electronic circuit 7 outputs the signal input from the communication module 500 or the second board 3 to the connector 5 as it is or after performing a predetermined process.

  FIG. 4 is a perspective view showing a region where the communication module 500 is arranged in the first board 2. Note that the first board 2 in FIG. 4 is a form when used in the first usage mode, and when used in the second usage mode, some members are excluded as described later. The

  The first board 2 is provided with a first support 11 for positioning and supporting the substrate 501 of the communication module 500 and a connector 12 that can be connected to the connector 503 of the communication module 500.

  The first support column 11 is erected on the first mounting surface 2 a side of the first board 2, that is, on the surface where the communication module 500 is disposed. For example, four first support columns 11 are provided corresponding to the holes 515 of the substrate 501 of the communication module 500. The first support column 11 includes, for example, a screw 15 inserted through the first board 2 from the second mounting surface 2b side (the back side in FIG. 4), and the first mounting surface 2a of the first board 2. A hexagonal nut 16 that is screwed to the screw 15 on the side is formed. A small diameter portion is formed by the male screw portion 15 a of the screw 15, and a large diameter portion is formed by the hexagonal nut 16.

  The male screw portion 15 a has a slightly smaller diameter than the hole portion 515 of the substrate 501 of the communication module 500. Therefore, the board 501 is positioned with a predetermined positional accuracy in the direction orthogonal to the first board 2 with respect to the first board 2 by inserting the male screw part 15a through the hole 515. The hexagon nut 16 has a larger diameter than the hole 515. Accordingly, the substrate 501 is positioned and supported by the hexagon nut 16 at a position separated from the first board 2 by the thickness of the hexagon nut 16 when the male screw portion 15a is inserted into the hole 515. . The four first struts 11 have the same configuration. In other words, the thickness of the hex nut 16 is the same, and the substrate 501 supported by the hex nut 16 is parallel to the first board 2. Be placed.

  The connector 12 is electrically connected to the connector 503 by fitting into the connector 503 of the communication module 500. The connector 12 is, for example, a connector having the same configuration as the connector connected to the connector 503 in the final product in which the communication module 500 is mounted. The connector 12 is disposed so as to be fitted to the connector 503 in the facing direction of the substrate 501 and the first board 2 when the substrate 501 of the communication module 500 is positioned by the first support column 11. That is, the connector 12 faces the fitting portion that fits the connector 503 in the direction facing the first mounting surface 2a at a position facing the connector 503 in the first mounting surface 2a of the first board 2. Has been placed. For example, the connector 12 is disposed at a position between the two first support columns 11.

  FIG. 5A is a perspective view of the second board 3 as viewed from the first board 2 side (the front side in FIG. 3).

  The second board 3 is made of, for example, a material with relatively high processing accuracy (acrylic material as an example). The second board 3 is formed relatively thick. For example, it is formed thicker than the first board 2 and has higher rigidity than the first board 2. The second board 3 is formed in a plate shape having a first surface 3a facing the first board 2 and a second surface 3b on the back surface thereof, and the planar shape has a notch 3c, and The rectangle is smaller than the first board 2.

  The second board 3 includes a second support 21 for positioning and supporting the substrate 501 of the communication module 500, a probe 22 connected to some of the terminals 504 of the communication module 500, the probe 22, and the first A cable 23 for connecting the electronic circuit 7 of the board 2 and a holding unit 24 for holding the substrate 501 of the communication module 500 with respect to the second board 3 are provided.

  The second support column 21 has a configuration similar to the first support column 11 of the first board 2. Specifically, it is as follows. The second support column 21 is erected on the first surface 3 a side of the second board 3, that is, on the surface on the side where the communication module 500 is disposed. For example, four second support columns 21 are provided corresponding to the holes 515 of the substrate 501 of the communication module 500. The second support column 21 includes, for example, a screw 27 inserted into the second board 3 from the second surface 3b side (the back side in FIG. 5), and a screw 27 on the first surface 3a side of the second board 3. A small diameter portion is formed by the male screw portion 27 a of the screw 27, and a large diameter portion is formed by the circular nut 28.

  The male screw portion 27 a has substantially the same diameter as the hole portion 515 of the substrate 501 of the communication module 500. Accordingly, the board 501 is positioned with a predetermined positional accuracy in the direction orthogonal to the second board 3 with respect to the second board 3 by inserting the male screw portion 27a through the hole portion 515. Further, the circular nut 28 has a larger diameter than the hole 515. Therefore, the substrate 501 is positioned and supported by the circular nut 28 at a position separated from the second board 3 by the thickness of the circular nut 28 when the male screw portion 27a is inserted through the hole 515. . The four second struts 21 have the same configuration. In other words, the thickness of the circular nut 28 is the same, and the substrate 501 supported by the circular nut 28 is parallel to the second board 3. Be placed.

  A plurality of probes 22 are provided at positions corresponding to the arrangement positions of the plurality of terminals 504. The probe 22 is provided with a number corresponding to a part or all of the plurality of terminals 504 according to the request of the development user. FIG. 5 illustrates a case where the number corresponding to a part of the left side (the right side in FIG. 1) of the plurality of terminals 504 is provided.

  FIG. 5B is a cross-sectional view showing an example of the probe 22. FIG. 5B shows a relatively simple configuration as an example of the probe 22, but it is needless to say that any other probe may be used as appropriate.

  The probe 22 includes a plunger 31 that is abutted against the terminal 504, a barrel 32 that slidably accommodates the plunger 31, and a coil spring 33 that is accommodated in the barrel 32 and urges the plunger 31 in a direction in which the plunger 31 protrudes from the barrel 32. And a support portion 34 that constitutes the bottom portion of the barrel 32 and supports the coil spring 33.

  The plunger 31 and the support portion 34 are formed of a conductive member such as metal, and at least one of the coil spring 33 and the barrel 32 is formed of a conductive member such as metal. A cable 36 is connected to the support portion 34. A signal input to the plunger 31 is output to the cable 36 via at least one of the coil spring 33 and the barrel 32 and the support portion 34. A signal from the cable 36 is output from the plunger 31 via the support portion 34 and at least one of the coil spring 33 and the barrel 32.

  The probe 22 is provided so as to penetrate the second board 3 in a direction orthogonal to the second board 3, the plunger 31 is on the first mounting surface 3 a side of the second board 3, and the support portion 34 is the second one. Located on the second mounting surface 3 b side of the board 3, the barrel 32 is held by the second board 3.

  As shown in FIG. 5A, the cable 23 includes a plurality of cables 36, a relay connector 37 where the plurality of cables 36 are gathered, and a plurality of cables 38 extending from the relay connector 37.

  As described above, the plurality of cables 36 are connected to each of the plurality of probes 22 on the second mounting surface 3 b side of the second board 3. The plurality of cables 36 are bundled at appropriate positions by a fastener 39. The cable 36 is a thin coaxial cable, for example.

  The relay connector 37 is fixed to the second board 3 by fixing means such as screws. The relay connector 37 is provided at, for example, an end portion (upward in the drawing of FIG. 5A) located on the center side of the first board 2 in the second board 3. A plurality of cables 36 are connected to the relay connector 37, and a plurality of cables 38 are connected to each other. The plurality of cables 36 and the plurality of cables 38 are electrically connected to each other.

  The plurality of cables 38 are provided in the same number as the plurality of cables 36. The plurality of cables 38 are thin coaxial cables, for example, and the covering members are bonded or fused together in a state of being arranged in parallel in a planar shape. The plurality of cables 38 are connected to the first board 2 as described later.

  Note that the relay connector 37 and the plurality of cables 38 may be omitted, and the cable 36 connected to the probe 22 may be directly connected to the first board 2 or another device.

  The holding portions 24 are provided on the first mounting surface 3 a of the second board 3, and for example, two holding portions 24 are provided on both sides of a rectangular region surrounded by the four second columns 21.

  FIG. 5C is a side view of the holding portion 24. The holding portion 24 includes a main body portion 41, leg portions 42 that support the main body portion 41, and engaging portions 43 that protrude from the main body portion 41.

  The main body 41 is a thin rectangular parallelepiped box formed by bending a sheet metal or the like. The leg portion 42 is attached to the main body portion 41 with screws or the like, and supports the main body portion 41 on the first mounting surface 3 a of the second board 3. The leg portion 42 is fixed to the second board 3 by screwing a screw inserted from the second mounting surface 3 b side of the second board 3.

  The engaging portion 43 is a position that protrudes from the main body portion 41 toward the left side of the drawing (the region surrounded by the four second support columns 21), and a position that is retracted from the position and stored in the main body portion 41. It is provided to be able to advance and retreat between. The left side portion of the engaging portion 43 on the paper surface has an inclined surface 43 a that protrudes to the left side of the paper surface toward the first mounting surface 3 a side of the second board 3. The engaging portion 43 is urged in the protruding direction by urging means housed in the main body portion 41 such as a coil spring 44.

  Therefore, when the board 501 of the communication module 500 is brought closer to the first mounting face 3a side from above the first mounting face 3a of the second board 3, and the second support column 21 is inserted into the hole 515 of the board 501. For this, the edge of the substrate 501 slides on the inclined surface 43 a and retracts the engaging portion 43 to the inside of the main body 41 against the urging force of the coil spring 44. When the substrate 501 passes through the inclined surface 43a, the engaging portion 43 returns to the protruding position by the urging force of the coil spring 44, and the engaging portion 43 engages with the substrate 501 in the direction orthogonal to the second board 3. To do.

  In the second usage mode, as described above, the second connection unit U2 is attached to the first connection unit U1. 6 and 7, the mounting method will be described.

  FIG. 6 is a diagram showing a region where the communication module 500 is arranged in the first board 2 in a form when used in the second usage mode.

  As will be understood from a comparison with FIG. 4 showing the form of the first board 2 in the first usage mode, in the second usage mode, the first support column 11 of the first board 2 includes The provided area is excluded, and openings 51A and 51B (simply referred to as “opening 51”, which may not be distinguished from each other) are formed.

  Of the four columns, two openings 51A corresponding to the first column 11 on the center side of the first board 2 are holes, and the first column on the end side of the first board 2 among the four columns. The two openings 51B corresponding to the column 11 are notches (hereinafter, also referred to as notches 51B). The area excluded in the opening 51 is, for example, an area where the first strut 11 can be excluded and the second strut 21 of the second board 3 can be inserted.

  As shown in FIG. 4, the first board 2 has perforation lines 52A and 52B (hereinafter simply referred to as “perforation 52”) that are index lines at positions corresponding to the outlines of the opening 51A and the cutout 51B. In other words, the first board 2 is easy to cut. A notch is formed from the beginning between the two regions that become the notch 51B, and the length that needs to be cut is shortened. The perforation 52 may not be provided.

  As shown in FIGS. 4 and 6, the first board 2 is provided with a hole portion 54 for inserting the probe 22 and a hole portion 55 for inserting the holding portion 24. 4 and 6 illustrate the case where the hole 54 and one of the two holes 55 are combined to form one hole.

  FIG. 7 shows a state in which the second board 3 is mounted on the first board 2 in the second usage mode shown in FIG. 6, and FIG. 7 (a) shows the state of the first board 2. FIG. 7B shows the first mounting surface 2 a side, and FIG. 7B shows the second mounting surface 2 b side of the first board 2.

  The second board 3 is stacked on the second mounting surface 2 b side of the first board 2. The second column 21 of the second board 3 has an opening 51A and a cutout 51B of the first board 2, and the probe 22 of the second board 3 has a hole 54 of the first board 2 and a second board. The two holding portions 24 are inserted through the hole portions 55 of the first board 2 and protrude toward the first mounting surface 2 a side of the first board 2.

  The first board 2 and the second board 3 are positioned to some extent by, for example, the second support column 21 being inserted into the opening 51, and further, for example, a screw 61 inserted into the first board 2 is a second one. These are fixed to each other by being screwed to the board 3. The first board 2 and the second board 3 may be fixed using an appropriate fixing means such as an adhesive in addition to a fastening means such as a screw.

  As shown in FIG. 7B, the plurality of cables 38 included in the cable 23 are concentrated on the connector 62. The connector 62 is fitted and electrically connected to a connector 63 provided on the first board 2. Thereby, the electronic circuit 7 of the first board 2 and the probe 22 of the second board 2 are electrically connected.

  A method of using the connection device 1 will be described.

  In the first usage mode, the first board 2 having the configuration shown in FIG. 4 is used. Further, the second board 3 is not attached to the first board 2. Then, as shown in FIG. 2, the communication module 500 is arranged on the first mounting surface 2 a side of the first board 2, and the first column 11 of the first board 2 is placed in the hole 515 of the communication module 500. Insert. As a result, the communication module 500 is positioned at a predetermined position (first position) with respect to the first board 2. At this time, the connector 503 (FIG. 1) of the communication module 500 is fitted and electrically connected to the connector 12 (FIG. 4) of the first board 2.

  In the second usage mode, the first board 2 having the configuration shown in FIG. 6 is used. Further, as shown in FIG. 7, the second board 3 is mounted on the first board 2. As shown in FIG. 3, the communication module 500 is disposed on the first mounting surface 2 a side of the first board 2, and the first board 2 in the first usage mode is placed in the hole 515 of the communication module 500. Instead of the first pillar 11, the second pillar 21 of the second board 2 is inserted. Accordingly, the communication module 500 is positioned at a predetermined position (second position) with respect to the second board 3, and the probe 22 (FIG. 5) of the second board 3 is placed on the terminal 504 (FIG. 1) of the communication module 500. ). Further, the edge portion of the substrate 501 of the communication module 500 engages with the engaging portion 43 of the holding portion 24, and the contact pressure between the terminal 504 and the probe 22 is ensured.

  Further, at this time, the second support column 21 is located at the position where the first support column 11 was disposed, and the thickness of the circular nut 28 (FIG. 7A) is equal to that of the hexagon nut 16 (FIG. 4). Since the thickness of the first board 2 is larger than the thickness of the first board 2, the communication module 500 is positioned at the first position with respect to the first board 3 in the same manner as in the first usage mode. The connector 503 (FIG. 1) of the 500 is fitted and electrically connected to the connector 12 (FIG. 4) of the first board 2.

  Note that the male screw portion 15 a (FIG. 4) of the first column 11 of the first board 2 has a slightly smaller diameter than the hole portion 515 of the communication module 500. For example, the diameter of the hole portion 515 is 3.5 mm, whereas the diameter of the male screw portion 15a is 3.0 mm. Accordingly, the positioning accuracy (first positioning accuracy) of the male screw portion 15a and the hole portion 515 cannot accurately position the connector 503 of the communication module 500 and the connector 12 of the first board 2 at the connection position. However, in the first usage mode, the communication module 500 and the first board 2 are appropriately moved relative to each other within the play of the male screw portion 15a and the hole portion 515, and the connector 503 and the connector 12 are fitted. By combining, the connector 503 and the connector 12 are reliably conducted.

  On the other hand, the male screw portion 27a (FIG. 5) of the second support column 21 of the second board 3 has the same diameter as the hole portion 515 or a smaller diameter than the hole portion 515 and larger diameter than the male screw portion 15a. It is. That is, the positioning accuracy (second positioning accuracy) of the male screw portion 27a and the hole portion 515 is higher than the positioning accuracy (first positioning accuracy) of the male screw portion 15a and the hole portion 515. The positioning accuracy is sufficient to bring the probe 22 into contact with the terminal 504.

  According to the above embodiment, in the first usage mode, the communication module 500 is positioned with respect to the first base by the first support column 11, and the connector 503 of the communication module 500 and the connector 12 of the first board 2 are used. In the second usage mode, the communication module 500 is positioned with respect to the first board 2 and the second board 3 by the second support column 21, and the connector 503 and the connector 12 are connected. Since the terminal 504 and the probe 22 are connected, the first board 2 and the connector 12 in both the first usage mode according to the end user's request and the second usage mode according to the development user's request. Can be used and replacement of parts can be suppressed. Accordingly, the cost can be reduced as compared with the case where two types of connection devices that are completely different from each other are prepared.

  In addition, in the second usage mode, the positioning of the communication module 500 and the first board 2 and the second board 3 is not the first support 11 provided on the first board 2 but the second support 11. Since it is performed by the second support column 21 provided on the board 3, it is possible to reduce the dependency on the first board 2 with respect to positioning and contacting the terminal 504 and the probe 22 with high accuracy. Therefore, for example, when the probe 22 is simply attached to the first board 2 and the probe 22 is connected to the terminal 504 of the communication module 500 positioned by the first board 2, the first board 2 is A member capable of positioning the communication module 500 with high accuracy and holding the probe 22 with high accuracy must be provided, but such a need does not exist. As a result, the first board 2 can be configured at low cost to provide an inexpensive connection device (connection device 1 in the first usage mode) to the end user, and the second board 3 can be positioned with high accuracy. It is possible to configure and provide a highly reliable connection device (connection device 1 of the second usage mode) to a development user.

  The above effects are obtained when the connecting portion provided on the second board 3 has higher positional accuracy required for the positioning portion provided on the board than the connecting portion provided on the first board 2. , More clearly demonstrated. For example, the connection portion provided on the first board 2 is a connector, and even if the positioning of the communication module 500 is not accurate (even if it is not positioned), it can be connected by fitting, whereas the second This is a case where the connection portion provided on the board 3 is a probe, and the connection cannot be made unless the positioning is performed to some extent.

  In the connection device 1, the first support column 11 used in the first usage mode and the second support column 21 used in the second usage mode are inserted into the same hole 515, and the communication module 500 is connected. Position it. Therefore, it is not necessary to separately provide a positioned portion (hole 515) in the first board 2 corresponding to the first usage mode and the second usage mode.

  In the first board 2, a perforation (interval line) is formed in the outline of the opening 51 in a state where the portion where the first support column 11 is provided is not excluded. Accordingly, the opening 51 can be formed at an appropriate position and size while being easily cut.

  The second board 3 is smaller than the first board 2 and is disposed in a predetermined area of the first board 2 when the second support column 21 is inserted into the opening 51 of the first board 2. In the second usage mode, the probe 22 is inserted into the hole 54 of the first board 2 and connected to the terminal 504 when the second board 3 is disposed in the predetermined region. Even if the second board 3 is mounted on the first board 2, the overall size does not change compared to the first usage mode. That is, the connection device 1 in the second usage mode can be reduced in size.

  The second board 3 is provided with a holding part 24 that is inserted into the hole 55 of the first board 2 and engages the communication module 500 in a direction opposite to the biasing direction of the coil spring 33 of the probe 22. Thus, the contact pressure between the terminal 504 and the probe 22 can be ensured while downsizing.

  In the above embodiment, the communication module 500 is an example of the electronic module of the present invention, the connector 503 is an example of the first connected portion of the present invention, and the terminal 504 is the second connected device of the present invention. The first board 2 is an example of the first base of the present invention, the second board 3 is an example of the second base of the present invention, and the first support column 11 is the present invention. The first positioning portion and the first rod-shaped member of the present invention, the second column 21 is an example of the second positioning portion and the second rod-shaped member of the present invention, and the connector 12 is the first of the present invention. The probe 22 is an example of the second connection part of the present invention, the hole 515 is an example of the positioned part and the first opening of the present invention, and the opening 51 is the one of the present invention. It is an example of the 2nd opening, and hole 54 is an example of the 3rd opening of the present invention. The hole 55 is an example of the fourth opening of the present invention, the substrate 501 is an example of the connected board of the present invention, the plunger 31 is an example of the abutting part of the present invention, and the coil spring 33 is It is an example of the urging means of the invention.

  The present invention is not limited to the above embodiment, and may be implemented in various aspects.

  The connection device only needs to be connected to the electronic module, and is not limited to a device that mediates signals between the electronic module and other devices for inspection and development of the communication module. For example, the connection device may have a function of receiving a user operation and generating a signal to be input to the electronic module or a function of processing a signal from the electronic module and presenting it to the user. It may be mounted together with an electronic module in a simple product.

  The first and second connected parts and the first and second connecting parts only have to be in contact with each other and are conductive, and are not limited to connectors, probes, and terminals against which the probes are abutted. For example, a spring contact may be used. Moreover, the combination is also appropriate.

  The first and second bases are not limited to boards, as long as they are bases on which positioning parts and connection parts can be arranged. For example, a frame shape may be used. The first and second positioning portions and the positioned portion are not limited to openings such as holes and notches into which the rod-shaped member and the rod-shaped member are inserted. For example, the electronic module may be gripped.

  The state in which the first positioning portion cannot function is not limited to the state in which the first positioning portion is excluded. For example, when the first positioning portion is a long sheet metal projecting from the first base and the positioned portion is a hole, the sheet metal may be bent so that positioning cannot be performed depending on the sheet metal. .

The perspective view which shows the communication module to which the connection apparatus which concerns on embodiment of this invention is connected. The perspective view which shows the 1st usage condition of the connection apparatus which concerns on embodiment of this invention. The perspective view which shows the 2nd usage condition of the connection apparatus which concerns on embodiment of this invention. The perspective view which shows the 1st board of a connection apparatus in the form of a 1st usage condition. The perspective view which shows the 2nd board of a connection apparatus. The perspective view which shows the 1st board of a connection apparatus in the form of a 2nd usage condition. The perspective view which shows the state which mounted | wore the 1st board of FIG. 6 with the 2nd board of FIG.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 ... Connection apparatus, 2 ... 1st board (1st base), 3 ... 2nd board (2nd base), 11 ... 1st support | pillar (1st positioning part, 1st rod-shaped member) , 12 ... Connector (first connection part), 21 ... Second support (second positioning part, second rod-like member), 22 ... Probe (second connection part), 500 ... Communication module (electronic module) ), 503... Connector (first connected portion), 504... Terminal (second connected portion), U1... First connecting unit, U2.

Claims (12)

A connection device connected to an electronic module having a first connected part and a second connected part for conducting signal conduction,
A first connection unit;
A second connection unit attachable to the first connection unit;
With
The first connection unit includes:
A first base;
A first positioning part capable of positioning the electronic module at a first position with respect to the first base;
A first connection part connected to the first connected part and capable of conducting signals with the electronic module when the electronic module is positioned at the first position;
With
The second connection unit is:
A second base that can be mounted in a predetermined positional relationship with respect to the first base;
A second positioning part capable of positioning the electronic module at a second position with respect to the second base;
A second connecting portion connected to the second connected portion when the electronic module is positioned at the second position and capable of conducting signals with the electronic module;
With
The first positioning unit is disabled, the second base is mounted on the first base in the predetermined positional relationship, and the electronic module is mounted on the second positioning unit by the second positioning unit. When positioned in the second position relative to the base,
The electronic module is positioned at the first position with respect to the first base, the first connected portion and the first connecting portion are connected, and the second connected portion is A connection device that is connected to the second connection portion to enable signal conduction. The first positioning unit is capable of positioning the electronic module to the first position with respect to the first base within a first positional accuracy,
The second positioning unit is capable of positioning the electronic module to the second position with respect to the second base within a second positional accuracy,
The connection device according to claim 1, wherein the second positional accuracy is higher than the first positional accuracy. The first positioning unit is configured to be capable of positioning the electronic module at the first position with respect to the first base by engaging with a positioned unit provided in the electronic module.
The second positioning unit is configured such that when the second base is attached to the first base in the predetermined positional relationship in a state where the first positioning unit is incapable of functioning, the first positioning unit The connection device according to claim 1, wherein the electronic module is positioned at the second position with respect to the second base by engaging with the positioned portion instead of the positioning portion. In the first connection unit, the first positioning unit is attached with a predetermined region of the first base, and the first positioning unit is removed by removing the predetermined region from the first base. The connection device according to any one of claims 1 to 3, wherein the connection device is set in a non-functional state. A connecting device connected to an electronic module having a connected board and a first connected part and a second connected part provided on the connected board for conducting signal conduction,
A first board that can be disposed opposite to the connected board;
A second board that can be stacked on the opposite side of the board to be connected to the first board;
With
The first board includes
The board to be connected is positioned in a first position with respect to the first board by being erected on a surface facing the board to be connected and inserted through a first opening provided in the board to be connected. A possible first rod-shaped member;
A first connecting portion connected to the first connected portion and capable of conducting a signal when the connected board is positioned at the first position;
Is provided,
The second board includes
Standing on a surface facing the first board and being inserted through the first opening of the connected board, the connected board can be positioned at a second position with respect to the second board. A second rod-shaped member,
A second connecting portion connected to the second connected portion and capable of conducting a signal when the connected board is positioned at the second position;
Is provided,
The second board is formed by removing a portion where the first bar-like member is provided from the first board, and the second board is inserted through the second opening. Is attached to the first board, and the second rod-shaped member is inserted into the first opening of the connected board so that the connected board is placed in the second position with respect to the second board. When positioning
The connected board is positioned at the first position with respect to the first board, the first connected part and the first connecting part are connected and the second connected part. And the second connecting portion are connected to enable signal conduction. The first connected portion and the first connecting portion are connectors that are fitted and connected to each other,
The second connected portion is a terminal provided on the connected board,
The connection device according to claim 5, wherein the second connection portion is a probe that abuts against the terminal. 6. The connection according to claim 5, wherein an index line is formed on an outline of the second opening in a state where a portion where the first rod-shaped member is provided is not excluded on the first board. apparatus. The second board is smaller than the first board, and when the second rod-shaped member is inserted through the second opening of the first board, the second board is placed in a predetermined region of the first board. Arranged,
The first board is formed with a third opening in the predetermined area,
The second connection portion is inserted into the third opening and connected to the second connected portion when the second board is disposed in the predetermined region. The connecting device as described. In the first board, a fourth opening is formed in the predetermined region,
When the second board is disposed in the predetermined area, the second board is inserted through the fourth opening and holds the connected board with respect to the second board. Part is provided,
The second connection portion is
A contact portion that contacts the second connected portion in a facing direction of the connected board and the second board;
Biasing means for biasing the abutting portion toward the connected board;
Have
The connecting device according to claim 8, wherein the holding portion has an engaging portion that engages with the connected board in a direction opposite to a biasing direction of the biasing means. A connection device connected to an electronic module having a connected board and a first connected part and a second connected part that are provided on the first surface of the connected board and perform signal conduction. And
A connection board that can be disposed opposite to the first surface of the connected board;
Standing on the second surface of the connection board facing the first surface, the connection board is placed in a predetermined position with respect to the board by being inserted into a hole provided in the connection board. A rod-shaped member that can be positioned on,
A connection portion provided on the second surface of the connection board and connected to the first connection portion when the connection board is positioned at the predetermined position and capable of conducting signals;
With
The connection board is provided with an opening or an arrangement line capable of forming an opening at a position facing the second connected portion, and an arrangement line is formed around the rod-shaped member. . A connection device connected to an electronic module having a connected board having a first opening, and a first connected part and a second connected part provided on the connected board,
A first board that can be disposed opposite to the connected board;
A second board that is stacked on the opposite side of the board to be connected to the first board;
With
The first board includes
A second opening;
A first connecting portion connected to the first connected portion when the connected board is positioned at a first position with respect to the first board;
Is provided,
The second board includes
The first board is erected on a surface facing the first board, is inserted through the second opening, is inserted through the first opening, and the connected board is placed in the first position with respect to the first board. And a rod-shaped member capable of positioning the connected board in a second position with respect to the second board;
A second connecting portion that is connected to the second connected portion and is capable of conducting signals when the connected board is positioned at the second position with respect to the second board;
A connecting device provided with A connection method for connecting a connection device to an electronic module having a first connected part and a second connected part for performing signal conduction,
In the connection device,
A first connection unit;
A second connection unit attachable to the first connection unit;
Provided,
In the first connection unit,
A first base;
A first positioning part capable of positioning the electronic module at a first position with respect to the first base;
A first connecting portion connected to the first connected portion when the electronic module is positioned at the first position;
Provided,
In the second connection unit,
A second base that can be mounted in a predetermined positional relationship with respect to the first base;
A second positioning part capable of positioning the electronic module at a second position with respect to the second base;
A second connecting portion connected to the second connected portion and capable of conducting a signal when the electronic module is positioned at the second position;
Provided,
After making the first positioning portion incapable of functioning, the second base is mounted on the first base in the predetermined positional relationship, and the electronic module is mounted on the second positioning portion by the second positioning portion. The electronic module is positioned at the first position with respect to the first base by positioning the electronic module at the second position with respect to the base, and the first connected portion and the first connection And connecting the second connected portion and the second connecting portion to each other to enable signal conduction.

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