JPS6113581A - Connector and method of mounting connector - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

Detailed Description of the Invention [Techniques of the Invention (44 Fields] The present invention relates to a connector mounting method when one connector is mounted on one half of a printed wiring board, and the mounting force thereof. Concerning the connector used in Trial C.

[Inventive technique t + I: i's background k] Electrically connects two printed wiring boards through a
In the case of X, as shown in FIG. When mounted in the direction, the printed circuit board 1b was mounted.
The connector 3b is mounted in the same direction as the mounted component 2b.
Since the surfaces are the same, automatic soldering is possible. However, the 11 connector 3a facing 9=J to this knee 1 connector 3b is F 111 between the 1J eye 1 connector 3a and the mounted component 2a mounted on the opposite side to the mounted component 2a.
(・The "mouth" surface was conventionally on the opposite side of phase 7j on the second stage<i"),
, deori, automatic child] [1i (mouth) is ding-'l in Ogawa Noh.
! ffl e November 1, Rugo I 1 work] Connector 3a
was implemented in the print 1 line root 1a.

``Problems with cost technology'' In the conventional mounting method as described above, the connector 3a is removed in the post-processing process (=11J). Since a large number of pins are often used, the back of each hand
In II (14), the number of tasks increases significantly and production t'l
There are drawbacks to reducing this.

[1 of the Invention] The present invention has been made in view of the Lij described in 1-1, and its purpose and purpose is to automatically attach the printed wiring board to other real parts at the same time. It is possible to provide a good 21 connector for work f]1 and production P1, and a method for implementing the connector.

[Summary of the Invention 41] The eleventh aspect of the present invention has a cable that is electrically connected to each of the connector pins formed in the connector dial, and connects the cable to an external connector pin. There is a connector C, which is characterized by taking the Fic end. Part 1 (When fixing the connector to the printed wiring board by soldering (NI L, Hirata 1 side of the printed wiring board), use the connector of the present invention),
Glue the unconnected end of the group on the printed wiring board in the same direction as the insertion direction of the other components mounted on the printed wiring board, and insert it into the through hole formed in the 9th part of the printed wiring board.
6. After inserting into the through-hole, process the ends of the T-cousol with the leads of the parts, and process each run 1~ in which the through-hole is formed at once.
"Record" Nectar? l' Fil (6 drawers on -1 side B
We achieved the intended purpose by using a knee connector mounting method characterized by a fixed η filter step on one surface.

EMBODIMENT OF THE INVENTION An embodiment of the connector and the mounting method of the -1 connector according to the present invention will be described with reference to the drawings.

An embodiment of the present invention is shown in FIGS. 1, 2, and 3. Figure 4 = Figure 4 [same as conventional example or J
Parts such as Fjl are shown in the same No. rJ. FIG. 1 shows the structure of a connector 3a according to an embodiment of the present invention, in which four holes for inserting a plurality of contact pins are formed in the connector 3a. Insertion hole 4
One pullout cable 5 is connected to each. The terminals of these drawer couples 5 are printed wiring boards 1
FP FFI to a (The film is peeled off and the lead 6 is exposed in order to perform the -rono connection.; 1:I) A part of the connector 3a, for example both *bu:, this -] Support 4.1 part 7 for fixing the connector 3 to the printed wiring board 1a
This support part 7 has an Iri/(
- An I hole 7a is formed.

The connector 3a which is mixed as described above is connected to the printed wiring board 1.
The I) method implemented in A is explained in detail in FIGS. 2 and 3. The lead 6 exposed at the terminal of the drawer couple 5 is inserted into the hole 8 formed in advance on the printed wiring board 1a (=the same direction in which the leads of the other mounting components 2a are inserted into the hole 8). Insert, automatic 21≧田HLtG
Simultaneously solder the supplied solder 9b from the FiO's HFr9a to the back side of the printed wiring board 1a (the lead of the second-flow L mounted component 2a) and the lead 6 of the connector 3a (=j' l:J. After that, connect the connector 3a formed in the supporting part 7. Print wiring by means of a port 10/j etc. through the hole 7a and fix it on the surface of 1a.

In this way, the mounting is completed as shown in FIG. 3, and as shown in FIG. 4, it becomes possible to join the opposing connector 3h as in the conventional example.

In the Water Example, we have explained the connector on the side with the contact pin insertion hole, but the connector on the side to the right of the contact pin is constructed as described above and is fixed to the surface of the printed circuit board 1a. However, it goes without saying that even if the connector on the right side of the contact insertion hole is fixed to B2 on the component mounting surface of the printed circuit board 1b, the effect of the entire <fl)> will be improved.

[Effects of the Invention] 1 As described above, according to the present invention Lm, the pull-out cable is inserted into the pin insertion hole of each of the pair of connectors facing each other.
After mounting the terminals of each of these drawers on the component mounting surface of the printed wiring board, connect the connector.
However, since it is fixedly installed, automatic soldering (NI) is possible, which greatly reduces man-hours, improves workability, and improves quality stability. He is a true person.

[Brief explanation of the drawing]

Figures 1 (a) and (b) are a side view and a top view, respectively, of an embodiment of one connector according to the present invention, Figure 2, and Figure 3≧
The figure is a small explanatory diagram of an embodiment of the actual device i method for mounting the 11 connector in Figure 1 on a wiring machine marked 1, and Figure 4 shows a conventional method for mounting the 11 connector. 1 is an explanatory diagram. la, lb...Printed wiring machine 2a, 2b Mounted parts-3a, lb...1 connector 4--1 hole 1~pin insertion hole 5...drawer 1 sol 6 ...Lead 7-'Q
L'1 part 7a, 8-...take (=1 hole 9-...automatic'
l'm I-mouth J-suit P? 10... Hol 1 ~ Agent
Patent Attorney-I Thu ITi Takashi Figure 1 (a) (b) No. 28

Claims (2)

[Claims] (1) A connector characterized by having a cable electrically connected to each connector pin formed in a connector module and using the cable as an external connection terminal. (2) When soldering a connector to a printed wiring board and fixing it to the soldering surface of the printed wiring board, use a connector having a cable electrically connected to each of the connector pins formed in the connector module. Inserting the unconnected end of the cable into a through hole formed at the end of the printed wiring board from the same direction as the lead insertion direction of other components mounted on the printed wiring board; a step of collectively soldering the end of the cable together with the leads of other components to each land in which the through hole is formed;
A method for mounting a connector, comprising the steps of pulling out the connector onto a soldering surface and fixing it to the soldering surface.