JPH0554752A - Method of integrating terminal plate into base - Google Patents

Abstract

PURPOSE:To provide two setting positions for three terminal supply parts. CONSTITUTION:A base 10 is inserted to a first base support part 2 in a base supply part 4. A first terminal plate 11 is inserted to the base 10 supported on the first base support part 2 in 8 first terminal plate supply part 5. The base 10 in the state where the first terminal plate 11 is integrated thereto is transferred from the first base support part 2 to a second base support part 3. A third terminal 12 is inserted to the base 10 supported on the second base support part 3. A second terminal plate 13 is inserted to the base into which the first terminal plate 11 and the third terminal plate 12 are integrated from a second terminal plate supply part 6. The base 10 into which the first terminal plate 11, the second terminal plate 13 and the third terminal plate 12 are integrated is taken out from the second base support part 3 in a takeoff part 7.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method for incorporating three terminal boards into the base of molded articles for relays and switches.

[0002]

2. Description of the Related Art Conventionally, assembling three terminal plates into a base of a molded product of a relay or a switch has been performed as shown in FIG. That is, the rotary plate 1 that rotates intermittently is provided on the index table 14, and the base support portion A is provided on the outer periphery of the upper surface of the rotary plate 1 at a constant opening angle.
Is provided, and the base supply unit 4, the first terminal plate supply unit 5, the second terminal plate supply unit 6, the third terminal plate supply unit 9, and the takeout unit 7 are sequentially arranged around the circle formed by the rotation locus of the rotating plate 1. Then, the rotating plate 1 is rotated and the base is inserted into the base supporting part A in a state where the base supporting part A is located on the base supplying part 4, and the rotating plate 1 is further rotated to the first terminal plate supplying part 5. Base support A
Is inserted into the base set on the base support part A from the first terminal plate supply part 5, and further the rotary plate 1 is rotated so that the base support part A is the second terminal plate supply part. 6
The second terminal board supply part 6 into the base set on the base support part A, and the rotating plate 1 rotates to make the base support part A the third terminal board supply part. 9
With the base support portion A positioned at the third terminal board supply portion 9
Insert the third terminal plate into the base set on the base support part A, and further rotate the rotary plate 1 so that the base support part A is located at the take-out part 7;
The base incorporating the terminal plate is taken out from the base support portion A.

[0003]

However, in the conventional example shown in FIG. 5, the first terminal plate supply section 5 and the second terminal plate are provided at predetermined opening angles around the circle formed by the rotation locus of the rotating plate 1. The supply section 6 and the third terminal board supply section 9 must be arranged, and the hoop materials 18, 1 are respectively provided in these terminal supply sections.
When 9 and 20 are supplied from the hoop material supplying device, there is a problem that the hoop material supplying device extends in three directions as shown in FIG.

The present invention has been made in view of the above-mentioned problems of the conventional example, and an object of the present invention is to provide a base for which a terminal supply portion can be installed in two places and a wide space is not required. It is to provide a method of assembling the terminal board into the.

[0005]

According to the method of assembling a terminal plate to a base of the present invention, a first base supporting portion 2 and a second base supporting portion 3 are circumferentially arranged on an outer peripheral portion of an upper surface of a rotating plate 1 which rotates intermittently. A base support part A provided adjacent to the base plate 4 at a constant opening angle, and the base supply part 4 and the first terminal plate supply part 5 adjacent in the circumferential direction around the circle formed by the rotation locus of the rotary plate 1. And the second terminal plate supply unit 6, the take-out unit 7, the transfer unit 8, and the third terminal plate supply unit 9 are sequentially arranged, and the rotary plate 1 rotates to position the first base support unit 2 on the base supply unit 4. In this state, the base 10 is inserted into the first base support portion 2, the rotary plate 1 is further rotated, and the first base support portion 2 is positioned in the first terminal plate supply portion 5, so that the first terminal plate supply portion is located. 5 to the first terminal board 11
Is inserted into the base 10 set on the first base support portion 2, and further, the rotary plate 1 is rotated and the base support portion A is located on the transfer portion 8 and the first terminal plate 11 is incorporated in the base. 10 is transferred from the first base support portion 2 to the second base support portion 3, the rotary plate 1 is rotated, and the second base support portion 3 is positioned at the third terminal supply portion 9 and the third terminal 12 is attached. Second
The base plate 10 is inserted into the base 10 supported by the base support part 3, and the rotary plate 1 is rotated once to be emptied. 3 is rotated and the second base support portion 3 is positioned in the second terminal plate supply portion 6, the first terminal plate 11 and the third terminal plate 12
The second terminal plate 13 is inserted into the base 10 in which the and are incorporated, and the rotating plate 1 is further rotated so that the second base supporting portion 3 is located at the take-out portion 7; 13, the base 10 incorporating the third terminal plate 12 is taken out from the second base support part 3 to make the second base support part 3 empty, and such a method is adopted. By doing so, the problems of the conventional example described above are solved and the object of the present invention is achieved.

[0006]

The rotating base 1 is rotated to insert the base 10 into the first base support 2 while the first base support 2 is located on the base supply 4. Next, when the rotating plate 1 further rotates and the first base supporting part 2 is positioned on the first terminal plate supplying part 5, the first terminal plate supplying part 5 moves the first terminal plate 11 to the first base supporting part. Insert into the base 10 set to 2. Furthermore,
The base 10 in a state in which the first terminal plate 11 is incorporated in a state in which the rotary plate 1 is rotated and the base support portion A is located on the transfer portion 8.
Are transferred from the first base support portion 2 to the second base support portion 3. Further, the third terminal 12 is inserted into the base 10 supported by the second base support portion 3 in a state where the rotary plate 1 is rotated and the second base support portion 3 is positioned at the third terminal supply portion 9. Furthermore,
The base 10 is supplied in a state in which the first base support portion 2 which is emptied by one rotation of the rotary plate 1 is positioned in the base supply portion 4. In this case, the base 10 in which the first terminal plate 11 and the third terminal plate 12 are incorporated in the adjacent second base support portion 2
Is supported. Further, the base 10 in which the first terminal plate 11 and the third terminal plate 12 are incorporated in a state where the rotary plate 3 rotates and the second base support portion 3 is positioned at the second terminal plate supply portion 6.
The second terminal plate 13 is inserted into. Further, the base 10 in which the first terminal plate 11, the second terminal plate 13, and the third terminal plate 12 are incorporated while the rotating plate 1 is rotated and the second base support portion 3 is positioned at the take-out portion 7 is the second base. The second base support part 3 is taken out from the support part 3 to be in an empty state. By sending back such an operation, the first terminal plate 11, the second terminal plate 13, and the second terminal plate 12 can be assembled into the base 10 and taken out one after another from the take-out portion 7. Further, in the present invention, when the terminal board is assembled into the base 10, the above-described method is adopted, whereby the first terminal board supply section 5 and the second terminal board supply section 6 which are adjacent to each other in the circumferential direction are adopted.
Can be installed adjacent to each other, and as a result, when supplying and assembling three different types of terminal boards, the supply section can be arranged in two directions, and the installation area of the device is larger than that in the case where the conventional supply section is three directions. Has become a small space.

[0007]

DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described below in detail with reference to the embodiments shown in the accompanying drawings. The index table 14 is provided with a rotating plate 1 that rotates intermittently. On the upper surface of the rotary plate 1, base support portions A are provided at a constant opening angle (45 ° in the embodiment of FIG. 1). Each base support part 3 comprises a first base support part 2 and a second base support part 3 which are circumferentially adjacent to each other. That is, in the embodiment shown in FIG. 1, eight sets of base support portions A are provided with a shift of an opening angle of 45 °. A base supply unit 4, a reversing unit 15, a first terminal plate supply unit 5 and a second terminal plate supply unit 6 which are adjacent to each other in the circumferential direction are provided around the circle formed by the rotation locus of the rotary plate 1 on the upper surface side of the index table 14. ,
The press-fitting section 16, the take-out section 7, the transfer section 8, the third terminal plate supply section 9, and the press-fitting section 17 are sequentially arranged. The base supply unit 4, the reversing unit 15, the first terminal plate supply unit 5 and the second terminal plate supply unit 6, which are circumferentially adjacent to each other, the press-fitting unit 16, the take-out unit 7, the transfer unit 8, and the third terminal plate. The supply unit 9 and the press-fitting unit 17 are arranged around the circle formed by the rotation locus of the rotary plate 1 with an opening angle of 45 ° and displaced from each other.

Here, the first terminal board supply section 5 and the second terminal board supply section 6 are adjacent to each other as shown in FIG. 1, so that the hoop members 18 and 19 are supplied in parallel to each other. The first terminal board supply section 5 and the second terminal board supply section 6
Are continuously supplied to the first terminal board supply section 5 and the second terminal board supply section 6 by a pressing device 22 in a predetermined shape in the preceding step, and then cut into the first terminal board supply section 5. 11 or the second terminal plate 13 is formed and inserted into the base 10 as described later. Third terminal board supply unit 9
Is located at a position shifted by 180 ° from the first terminal board supply section 5, and the hoop material 20 is supplied. That is, the hoop member 20 may be pressed into a predetermined shape in a previous step of continuously supplying the hoop material 20 to the third terminal board supply unit 9. Hoop material 2 supplied to the third terminal board supply unit 9
Here, 0 is the one that is cut to form the third terminal plate 12 and inserted into the base 10 as described later.

The base supply unit 4 is for supplying the bases 10 of the relays and switches made of synthetic resin molded products one by one. In addition, the reversing unit 15 reverses the front and back of the base 10 supported by the second base supporting unit 3 when the base supporting unit A comes to a position facing the reversing unit 15, and supports the base 10 again on the second base supporting unit 3. It is for making it. In addition, the press-fitting portion 16 is the first terminal plate 1 inserted in the base 10.
This is for press-fitting the first or second terminal plate 13 into the base 10. In addition, the transfer unit 8 has the base support A as the transfer unit 8.
It is for reversing the front and back of the base 10 supported by the first base supporting portion 2 and supporting the base 10 on the second base supporting portion 3 when it comes to a position opposed to. Also, the take-out section 7
When the base supporting portion A comes to a position facing the second base supporting portion 3, the base 10 incorporating the first terminal plate 11, the second terminal plate 13, and the third terminal plate 12 is installed from the second base supporting portion 3. This is the part to take out.

However, the three terminal plates are incorporated in the base of the molded product of the relay or switch by using the above-mentioned device in the following manner. Here, a method of incorporating the first terminal plate 11, the second terminal plate 13, and the third terminal plate 12 into one base 10 and taking out from the taking-out portion 7 will be specifically described. The rotary plate 1 is intermittently rotated to move the first base support portion 2 to the base supply portion 4 in the first position.
The base 10 is inserted into the base support portion 2. This rotating plate 1
Is further rotated and the first base support part 2 is positioned on the first terminal plate supply part 5, and the first terminal is provided on the front surface side of the base 10 set on the first base support part 2 from the first terminal plate supply part 5. Insert the plate 11. Further, the rotary plate 1 rotates to rotate the press-fitting portion 16
With the first base support portion 2 supporting the base 10 with the first terminal plate 11 inserted therein, the first terminal plate 11 is press-fitted into the base 10 by the press-fitting portion 16 and permanently fixed.
Further, the base 10 in which the first terminal plate 11 is incorporated with the rotating plate 1 rotating and the base supporting part 3 positioned on the transfer part 8 is transferred from the first base supporting part 2 to the second base supporting part 3. Reprint. Therefore, when passing through this, the first base support portion 2 is in an empty state which does not support the base 10 (see FIG. 3). Further, the third terminal 12 is inserted into the back surface side of the base 10 supported by the second base supporting portion 3 in a state where the rotary plate 1 is rotated and the second base supporting portion 3 is positioned at the third terminal supply portion 9. Further, the rotary plate 1 rotates to rotate the press-fitting portion 17
The first terminal plate 11 is press-fitted and fixed, and the second base support portion 3 supporting the base 10 into which the third terminal plate 12 is inserted is positioned. It is press-fitted into the base 10 and permanently fixed. Further, the next new base 10 is supplied in a state in which the first base support 2 which is emptied by one rotation of the rotary plate 1 is positioned in the base supply 4. Further, when the rotating plate 3 rotates and the base support portion A comes to a position facing the reversing portion 15, the base 10 supported by the second base support portion 3 is turned upside down and the second base support portion is again turned. Make 3 support. Further, the base 10 in which the first terminal plate 11 and the third terminal plate 12 are permanently fixed and incorporated while the rotary plate 3 is rotated and the second base support part 3 is positioned at the second terminal plate supply part 6. The second terminal plate 13 is inserted on the front surface side of the. In this case, at the same time, the first base support portion 2 is located in the first terminal plate supply portion 5, and the new base 10 supported by the first base plate supply portion 5 is supported. The first terminal board 11 is inserted. Furthermore, the rotating plate 3
Is rotated and the first base support portion 2 and the second base support portion 3 are positioned in the press-fitting portion 16, the first terminal plate 11 and the third terminal plate 12 are incorporated and permanently fixed to the base 10. The base 10 is supported by the second base support portion 3), and the second terminal plate 13 inserted into the base 10 is press-fitted to be permanently fixed, and at the same time, the first terminal plate 11 is inserted into the base 10 (this base 10).
Is supported by the first base support portion 2) and the first terminal plate 11 inserted into the base 10 is press-fitted into the base 10 to be permanently fixed. Further, the first base plate 11 and the second base plate 1 are rotated with the rotary plate 1 being rotated so that the second base support portion 3 is located at the take-out portion 7.
3, the base 10 incorporating the third terminal plate 12 (this base 10 is supported by the second base support portion 3) is taken out from the second base support portion 3 and the second base support portion 3 is emptied. To do.

While intermittently rotating the rotary plate 1 in this manner,
The base 10 is supplied one after another, and the first terminal plate 11, the second terminal plate 13, and the third terminal plate 12 are assembled into the base 10 as shown in FIG.

[0012]

According to the present invention, as described above, the rotating plate is rotated and the base is inserted into the first base supporting portion with the first base supporting portion positioned in the base supplying portion, and the rotation is performed. With the plate further rotated and the first base support part is located in the first terminal plate supply part, the first terminal plate supply part is inserted into the base set in the first base support part, and further, The base in which the first terminal plate is installed is transferred from the first base support part to the second base support part while the rotary plate is rotated and the base support part is located at the transfer part, and the rotary plate is rotated. The second base support part is located in the third terminal supply part
The terminal is inserted into the base supported by the second base support part, the rotary plate is rotated once to become empty, and the base is supplied while the first base support part is located in the base supply part, and the rotary plate is rotated. Then, the second terminal plate is inserted into the base in which the first terminal plate and the third terminal plate are incorporated with the second base support part positioned in the second terminal plate supply part, and the rotary plate is further rotated. The first terminal plate with the second base support portion positioned at the take-out portion,
Since the base incorporating the second terminal plate and the third terminal plate is taken out from the second base support portion and the second base support portion is emptied, the base is continuously supplied to the base which rotates intermittently, and this base The first terminal plate, the second terminal plate, and the third terminal plate can be continuously incorporated into and taken out of the first terminal plate. Moreover, when the terminal plate is assembled into the base as described above, the first terminals adjacent to each other in the circumferential direction. The first terminal board and the second terminal board can be assembled in the board supply section and the second terminal board supply section in an adjacent state, and as a result, when supplying and assembling three different types of terminal boards, the supply section is provided. It can be formed in two directions, and the space required for installation of the device is smaller than that in the conventional case where the supply unit is formed in three directions.

[Brief description of drawings]

FIG. 1 is a schematic plan view of an apparatus used in the present invention.

FIG. 2 is an enlarged plan view of an X portion of FIG. 1 above.

FIG. 3 is an enlarged plan view of a portion Y in FIG. 1 above.

[FIG. 4] A first terminal plate, a second terminal plate, and a third terminal plate on the same base.
It is a top view in the state where the terminal board was incorporated.

FIG. 5 is a schematic plan view of a conventional example.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Rotating plate 2 1st base support part 3 2nd base support part 4 Base supply part 5 1st terminal board supply part 6 2nd terminal board supply part 7 Extraction part 8 Transfer part 9 3rd terminal plate supply part 10 Base 11 1st terminal board 12 3rd terminal 13 2nd terminal board A Base support part

Claims (1)

[Claims] 1. A first member is provided on an outer peripheral portion of an upper surface of a rotating plate which rotates intermittently.
Base supporting portions, in which the base supporting portion and the second base supporting portion are provided adjacent to each other in the circumferential direction, are arranged at a constant opening angle, and the base supplying portion and the circumferential direction are provided around the circle formed by the rotation locus of the rotating plate. A first terminal board supply section, a second terminal board supply section, a take-out section, a transfer section, and a third terminal board supply section, which are adjacent to each other, are sequentially arranged, and the rotating plate rotates so that the base supply section has a first base support section. The base is inserted into the first base support portion in the state in which is located, and the rotary plate is further rotated to position the first base support portion in the first terminal board supply portion, Insert the terminal board into the base set on the first base support, and then
The base in which the first terminal plate is installed is transferred from the first base support part to the second base support part while the rotary plate is rotated and the base support part is located at the transfer part, and the rotary plate is rotated. And inserting the third terminal into the base supported by the second base support part with the second base support part positioned at the third terminal supply part,
The base is supplied in a state where the rotating plate rotates once and is emptied and the first base support is positioned at the base supply unit, and the rotary plate rotates to cause the second base support to move to the second terminal plate supply unit. The second terminal plate is inserted into the base in which the first terminal plate and the third terminal plate are incorporated in the state of being positioned, and the rotating plate is further rotated to make the second terminal plate.
When the base supporting portion is located at the take-out portion, the second terminal base, the second terminal plate, and the third terminal plate are incorporated into the second base.
A method of assembling a terminal plate into a base, characterized in that the second base support is emptied by taking it out of the base support.