JP2942978B2 - Electrical connector harness and processing method thereof - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an electric connector harness used for connection between devices or internal wiring in various electronic / electric devices, and a method of processing the same.

[0002]

2. Description of the Related Art As is well known, a multi-pair braided shielded cable is widely used for connection or internal wiring between various electronic and electrical devices. Although it may be used alone, it is usually used as an electric connector harness having an electric connector provided at one or both ends thereof.

A more detailed view of a multi-pair braided shielded cable used in the electric connector harness is made by covering a plurality of pairs of twisted two cores with a shield and a sheath. The cores forming the plurality of pairs are composed of a conductor and an insulating coating surrounding the conductor, and the two twisted cores are provided with a color of the insulating coating (for each pair). Usually 5
Color level) is predetermined, and dot marks (usually red and black) having a plurality of patterns are printed on the insulating coating of each of the two twisted core wires. Based on the combination of the color of the insulation coating and the pattern of the dot mark, the pair number of each pair and the core number of each core are determined. By specifying each core, a plurality of pairs constituting the multi-pair braided shielded cable are aligned.

When an electrical connector is provided at one or both ends of the multi-pair braided shielded cable constructed as described above, and an electrical connector harness is formed, the electrical connector constituting the electrical connector harness is used. Connecting each of the two cores forming each pair of the multi-pair braided shielded cable to each terminal of the electrical connector. The connection of each core of each pair of wires to the electrical connector is as described above. This is performed via a housing capable of holding each core wire of each pair at a position corresponding to each terminal of the electrical connector. This is performed when a plurality of pairs of wires forming a pair braided shielded cable are arranged, and each pair and each core are arranged in the order of the pair number of each pair, and a predetermined position of the housing is determined. To hold the alignment It is those who are.

[0005] After the completion of the wire alignment holding to the housing, the housing is attached to the electric connector, so that the connection of each core wire of each pair of wires to the electric connector is performed collectively. An electric connector harness is formed by applying a casing to an electric connector to which a housing is mounted and to which a multi-pair braided shielded cable composed of a plurality of pairs is connected.

[0006]

According to the above-mentioned prior art, when a multi-pair braided shielded cable is used and the connection between electronic and electrical devices or internal wiring is performed, the multi-pair braided shielded cable is constructed. A plurality of pairs of lines are arranged, and the lines of each pair and each core forming the plurality of pairs are indicated by the color of the insulating coating and the pattern of dot marks printed on the insulating coating. Thus, the wires are arranged in the order of the pair wire number of each pair wire and the core wire number of each core wire which are determined in advance, and a predetermined position (in the case of an electric connector harness, a predetermined position of a housing mounted on the electric connector). However, it is very difficult to identify each paired wire and each cored wire visually by the color of the insulating coating and the pattern of the dot mark, and to specify the paired wire number and the cored wire number. And especially When the logarithm of the line is large, not only the alignment work becomes difficult, but also a problem such as that the dot mark pattern is easily mistaken is caused. When each pair of wires and each core are crossed excessively, the alignment of each pair of wires and each core is not properly maintained, and the part of each pair of wires and each core is separated. However, when the electric connector harness is formed easily because of the dango state, the joint part cannot be accommodated in the casing of the electric connector, which causes a defect such as a product defect.

[0007]

SUMMARY OF THE INVENTION Accordingly, an object of the present invention is to solve the above-mentioned problems of the prior art, and comprises a plurality of twisted pairs of two cores. When arranging each pair and each core of the multi-pair braided shielded cable, the identification of each pair and each core is easy,
In addition, it is possible to reliably carry out the above, furthermore, it is possible to prevent the above-mentioned each pair of wires and each core wire from excessively crossing, and it is possible to maintain the alignment of each pair of wires and each core wire satisfactorily. When the electric connector harness is formed, the dangling state of the joint portion of each core wire can be eliminated. An object of the present invention is to provide an electrical connector harness that can improve quality and a method of processing the same.

[0008]

In order to achieve the above object, the present invention has the following technical means. In other words, using the reference numerals used in the accompanying drawings corresponding to the embodiments, a multi-pair braided shielded cable C composed of a plurality of pairs P formed by twisting one core wire a and the other core wire b will be described. In the electrical connector harness in which the electrical connector 27 is connected to one end or both ends of the multi-braid shielded cable C, a plurality of pairs P of the multi-pair braided shielded cable C have one core a And the other core wire b having an insulating coating 25 of a color other than the base color or the same color, and one core wire a of the paired wire P is one half G of the paired wire P and the other half H each. The electrical connector 27 has one core wire a and the other core wire b forming a plurality of pairs P constituting the multi-pair braided shielded cable C. Arrange them facing each other At the same time, one core wire a and the other core wire b are arranged side by side, and the opposed one core wire a and the other core wire b are When each of the core wire a and the other core wire b is arranged in the vertical direction, the upper right half of the electrical connector 27 has one core color a of one base color and the upper half of the left side has one base color. The lower half of the right side is paired with one core a of the other base color, and the lower half of the left side is paired with one center line a of the other base color. An electrical connector harness characterized in that the other core wire b is used.

Further, an electric connector 27 is connected to one or both ends of a multi-pair braided shielded cable C composed of a plurality of pairs P formed by twisting one core a and the other core b. In the method of processing the connector harness, the plural pairs of wires P constituting the multi-pair braided shielded cable C are the same as the one core wire a having the base color insulating coating 25 and a color other than the base color or the same color insulating coating. 25, and one core wire a of the paired line P has a different color from one half G and the other half H of the paired wire P. Is formed,
Further, the electrical connector 27 is formed by arranging one core wire a and the other core wire b forming a plurality of pairs P forming the multi-pair braided shielded cable C so as to face each other. a and the other core wire b are arranged side by side, and the one core wire a and the other core wire b When each of the wires b is disposed in the up-down direction, a plurality of the wires P constituting the multi-pair braided shielded cable C are visually determined based on one of the core wires a of the wire P and the other base color. The half wire G is divided into one half G and the other half H, and one half G of the paired line P having one core wire a of one base color in the alignment jig 41 is upward, and one core wire of the other base color. a pair P with a
Is fixed so that the other half H of the pair is located below, and then, starting from the uppermost paired line P of one half G located above the straightening jig 41, the straightening is started, and then sequentially downward. When the alignment of the pair P belonging to the one half G is completed, the pair P belonging to the other half H is aligned in the same manner as the pair P belonging to the one half G, Moreover, the straightening of the pair P is performed by untwisting the pair P so that one core a and the other core b are independent, and one core a is on the right side and the other core b is The paired lines P are arranged so that they are located on the left side, respectively.
The arrangement of one core wire a and the other core wire b, which are performed by arranging the wires, is such that the upper right half is one core wire a of one base color, The other half of the core color b, one half of which is paired with the one core color a of one base color, the lower half of the right side is one core line a of the other base color, and the lower half of the left side is one of the other base colors. When the electric connector 27 is connected to both ends of the multi-pair braided shielded cable C, the same cable-laying operation as described above is performed. After arranging the paired wires P on the side, one core a and the other core b forming the paired P on the other side
And one of the conductors a and b is arranged at a predetermined position of the electrical connector 27, and the conductor P is arranged. This is a method for processing an electrical connector harness.

[0010]

According to the present invention, there is provided a multi-pair braided shielded cable C in an electric connector harness 26 formed by connecting an electric connector 27 to one or both ends of a multi-pair braided shielded cable C comprising the above technical means. Is formed in one and the other basic colors, which are different colors from one half G and the other half H of the plurality of pairs, respectively. One core wire a and the other core wire b forming each pair wire P of the plurality of wire pairs P constituting the pair braided shielded cable C are arranged facing each other, and at the same time, one core wire a and the other core wire a When the electrical connector 27 formed by arranging the cords b side by side is connected to the multi-pair braided shielded cable C, the opposed one cord a and the other cord b are moved to the left and right, and the one Each of the wire a and the other core wire b When arranged vertically, one core wire a of one base color is provided in the upper half on the right side of the electrical connector 27, and the other core wire a of one base color is provided in the upper half of the left side. , One core a of the other base color is provided in the lower half of the right side, and the other core b paired with one core a of the other base color is provided in the lower half of the left side, respectively. Is done.

Therefore, it is possible to easily and surely identify each of the paired wires P of the plurality of paired wires P and one core wire a and the other core wire b forming each paired wire P. The line P and one core a forming the pair P are prevented from excessively crossing with the other core b, so that each pair P and one core a forming the pair P are connected to each other. The other core wire b can be properly aligned and maintained, and the dangling state of each pair of wires P and one core wire a and the other core wire b forming each pair wire P can be eliminated. Since the above-mentioned part is reliably accommodated in the casing 33 of the electric connector 27, the quality of the product and the productivity thereof can be improved.

Further, according to the above-described method for processing the electric connector harness, the plurality of paired wires P constituting the multi-pair braided shielded cable C are formed by visually checking the plurality of paired wires P with one of the core wires a. One half G based on the other base color
And the other half H of the paired line P is fixed to the alignment jig 41 such that one half G of the paired line P is above and the other half H of the paired line P is below. , And from the paired line P located at the uppermost position of the one half G, the lines are sequentially arranged downward, and the paired lines P belonging to the one half G
Is completed, the wire pairing of the pair P belonging to the other half H is performed in the same manner as the wire pair P belonging to the one half G, and the wire pairing of the wire P is formed by twisting the wire P. To make one core wire a and the other core wire b independent, and arrange the paired wires P such that one core wire a is located on the right side and the other core wire b is on the left side, and are arranged. In this case, each pair of wires P and one of the conductors a and b of each pair of wires P can be easily and reliably identified, and they are not excessively crossed. Is prevented, the alignment of one pair of core wires a and the other core wire b forming each pair wire P and the other core wire b can be favorably maintained, and at the same time, each pair wire P and each pair wire P The dango state at the joint between the core wire a and the other core wire b can be eliminated.

[0013]

Embodiments of the present invention will be described below in detail with reference to the accompanying drawings. As shown in FIGS. 1, 2 and 3, a multi-pair braided shielded cable C used in the electric connector harness of the present invention has a pair of wires P formed by twisting one core a and the other core b. Are covered by the shield 22 and the sheath 21 after being pressed by the presser winding 23, and each of the plurality of pairs P forming the multi-pair braided shielded cable C is formed. The core wire a and the other core wire b are composed of a conductor 24 and an insulating coating 25 surrounding the conductor 24. According to the color of the insulating coating 25, each of the one core wire a and the other core wire b One core wire a having the color insulation coating 25 is divided into the other core wire b having the insulation coating 25 of a color other than the base color, and the one core wire a and the other core wire b are twisted together. Form a pair line P, and The plurality of pairs P forming the shielded cable C are divided into one half G and the other half H which is the other half, and one core of the pair P belonging to the one half G and the other half H is divided. The base colors of the line a are different colors, that is, one base color and the other base color.

In this embodiment, the logarithm of the pair line P is 18
The paired line P is shown as one pair.
-18, and one core a and the other core b forming each pair P based on the pair number.
The color of the insulating coating 25 is determined, and the paired line numbers 1 to 9 are used as the half G of the paired line P, and the other half H is set.
And the base colors of one and the other are white and black, respectively, and the non-base colors corresponding to the base colors are blue, yellow, green, red, purple, brown, gray, orange, Nine colors of peach, one half G and the other half H (paired line numbers 1 to 9)
And the paired wire numbers 10 to 18) correspond to the colors of the insulating coating 25 of one core wire a and the other core wire b forming each pair wire P, respectively. Table 1 shows the colors of the insulating coating 25 of one core wire a and the other core wire b based on the following formula, and in the figure, one half G of the paired wire P and the other half In order to distinguish H, a dot is displayed on the other half number H on the counter line number.

[0015]

[Table 1]

The above-mentioned multi-pair braided shielded cable C
Are divided into one half G and the other half H based on the base color of one core a of the plurality of pairs P
By dividing into two (paired line numbers 1 to 9 and paired line numbers 10 to 18), a plurality of paired lines P can be easily divided into one half G and the other half H. The paired wires P belonging to one half G and the other half H divided into two lines are aligned based on the color of the other core wire b of the paired wire P, so that the multi-pair braided shielded cable C
Can be visually and easily and reliably distinguished between the paired wires P of the plurality of paired wires P and the one core wire a and the other core wire b forming each paired wire P. Are divided in advance into one half G and the other half H, so that each pair P and one core a forming each pair P cross the other core b excessively. Is prevented,
Each of the paired wires P and one of the cords a and the other of the cords b can be satisfactorily maintained, and each of the paired wires P and one of the cords a and the other of the paired wires P can be maintained. The dangling state does not occur at the junction of the cords, and the quality of the multi-pair braided shielded cable and the efficiency of the wire arrangement can be improved.

Next, the electric connector 27 is connected to one end or both ends of the multi-pair braided shielded cable C constructed as described above.
Are connected to form the electrical connector harness 26. The electrical connector harness 26 includes an electrical connector 27 connected to one or both ends of the multi-pair braided shielded cable C, and a casing 33 that covers the electrical connector 27 (FIG. 9). The electrical connector 27 is configured by arranging a plurality of connector terminals 29 on an electrical connector main body 28, and a plurality of paired wires P of the multi-pair braided shielded cable C are connected to the connector terminals 29. In order to connect one core wire a and the other core wire b, the above-mentioned one core wire a and the other core wire b are arranged side by side, and a housing 30 capable of holding the alignment.
a and 30b are mounted.

In the case of the present embodiment, the housings 30a and 30b are configured such that the electrical connector 27 is arranged with one core wire a forming the pair P and the other core wire b facing each other. Therefore, it is divided into a housing 30a for holding one core wire a in a straight line and a housing 30a for holding the other core wire b facing the other, and a housing 30a for holding the core wire b. A core holding portion 31 for keeping the one core a and the other core b aligned is formed at a predetermined interval, and a guide for mounting the housings 30a and 30b to the electrical connector 27. The portions 32 are formed at both ends.

Then, after the one core wire a and the other core wire b of the plurality of pairs of wires P constituting the multi-pair braided shielded cable C are aligned and held in the housings 30a and 30b, respectively. Housings 30a, 3
By attaching 0b, one core wire a and the other core wire b, which are lined and held in the housings 30a and 30b, are crimped to the connector terminals 29 of the electrical connector 27, so that the multi-pair braided shielded cable C is connected. By completing the connection of the electric connector 27 and covering the electric connector 27 with the casing 33 (FIG. 10), the electric connector harness is formed.

The formation of the electrical connector harness 26 will be described in more detail in order. First, one core wire a having one and the other basic colors (white and black in the present embodiment) is paired with the core wire a. The sheath 21 and the shield 22 at the end of the multi-pair braided shielded cable C composed of a plurality of pairs (18 pairs in this embodiment) of the other cores b having a color other than the base color are peeled off. After exposing the paired lines P, one half G (paired line number) having one and the other base colors based on the base color of one core wire a forming the paired line P by visual observation of the plurality of pairs P 1 to 9) and the other half H (paired line numbers 10 to 18) (FIG. 4), and a plurality of pairs P at this end are divided into one half G and the other half H. With the braided shielded cable C, one half G of the paired wires P Rear side) as viewed from the user, the laid jig 41 as the other half H becomes the lower (front side as viewed from the operator)
(Fig. 5).

Then, the multi-pair braided shielded cable C
Each of the opposed one core wire a and the other core wire b is arranged side by side on an electrical connector 27 which is disposed with one core wire a and the other core wire b forming a plurality of pairs P constituting The multi-braided shielded cable C is arranged by setting each of the housings 30a and 30b to be disposed on the right and left sides of the multi-pair braided shielded cable C fixed to the wiring jig 41. Ready to go,
The housings 30a, 30b are set on the jig 41 by the housing holding portion 44, and comb-shaped alignment plates 42, 43 are arranged on the left and right sides of the set housings 30a, 30b. Has been established,
By using these alignment plates 42 and 43,
One core wire a and the other core wire b of each paired wire P can be lined in a state of being separated one by one, so that the line setting work can be performed more easily.

The twisting of the paired wires P is performed by untwisting the paired wires P so that one core wire a and the other core wire b are independent, and one core wire a is on the right and the other core wire is on the other side. After the cores b are positioned on the left side, the cores are held by the core holding parts 31 of the housings 30a and 30b set in the alignment jig 41, and the alignment is performed. Tool 41
Starting with the uppermost paired line P of one half G positioned above, the first line is aligned, and then sequentially lined downward (FIG. 7). Upon completion, the paired wires P belonging to the other half H are aligned in the same manner as the paired wires P belonging to the one half G. The upper half of the housing 30a set on the right side of the multi-pair braided shielded cable C is one core wire a of one base color, and the lower half is one core wire a of the other base color. The upper half of the housing 30b set on the left side of the pair braided shielded cable C is paired with one core a of one base color, the other core b is paired, and the lower half is one core of the other base color. This is the other core wire b that was paired with the wire a (FIG. 8).

Further, when the electric connector 27 is connected to both ends of the multi-pair braided shielded cable C, the paired wire P on one side is arranged by the same operation as described above, and the electric connector 27 is connected to the electric connector 27. After that, the other paired wire P is lined up, and at this time, the wire is lined up while the one core wire a and the other core wire b of the one paired wire P and the other side wire P are conducted. Thereby, one core wire a and the other core wire b of the pair wire P on the other side are placed at predetermined positions of the electrical connector 27.
Is arranged, and the electrical connector 27 is connected while the paired wires P on the other side are connected. The formation of the electrical connector harness 26 is completed by covering the connected electrical connector 27 with the casing 33. Things.

In this embodiment, the method of twisting a plurality of pairs P constituting the multi-pair braided shielded cable C is not specifically described. In the case of the 18 pairs of this embodiment, two layers are twisted separately, and the twisting direction is made different between adjacent layers, and the twisting pitch in each layer is made the same.
A cross section (FIG. 2) where the boundary between one half G and the other half H clearly appears at each of the above-mentioned pitches, the multi-pair braided shielded cable of the electrical connector harness 26 can be formed at an integral multiple of this pitch. By setting the length of C, it is possible to more efficiently perform the straightening work.

Further, in this embodiment, each of the plurality of pairs P constituting the multi-pair braided shielded cable C has one of the core wires a having the base color insulating coating 25 and the other core wire a having a base color other than the base color. Although the case of the other core wire b having the color insulating coating 25 is shown, after arranging one side of the plurality of pair wires P constituting the multi-pair braided shielded cable C, the other pair of wires P is formed. When performing the straightening, by performing the straightening while conducting one core wire a and the other core wire b of the paired wire P on one side and the other side,
It is also possible to make the color of the insulation coating 25 of one core wire a and the other core wire b forming each of the plurality of pairs P constituting the multi-pair braided shielded cable C the same, and in this case, Plural pairs of wires P constituting a multi-pair braided shielded cable C
Is divided into one half G and the other half H based on one and the other base colors, at the time of the alignment work, either the one core a or the other core b is aligned as one core a. Since the wire can be wired, the straightening work can be performed more efficiently, and the intersection between one core wire a and the other core wire b can be reduced as much as possible. The colors of the insulating coating 25 of one core wire a and the other core wire b forming the plurality of pair wires P constituting C are only two colors, one and the other, the base color. C can be constructed.

[0026]

As described in detail above, the present invention has the following effects. That is, according to the first aspect, it is possible to easily and surely identify each pair of the plurality of paired wires and one core wire forming the paired wire and the other core wire, and furthermore, these are excessively crossed. Is prevented from being carried out, so that the alignment of each pair of wires and one core of each pair of wires and the other core of the wire can be maintained well, and each pair of wires and one of the cores of each pair of wires can be properly aligned. Since the dangling state of the split part of the other core wire can be eliminated, and the split part of the paired wire can be securely accommodated in the casing of the electric connector, the quality of the product and the productivity of the electric connector harness can be improved.

Further, according to the present invention, it is possible to easily and reliably identify each pair of the plurality of pairs, and one core and the other core forming the pair. Excessive crossing can be prevented, and furthermore, each pair of wires and one of the cores forming each pair and the other can be well maintained, and each pair of wires and one of the pair of wires can be maintained. The dango condition at the part where the core wire and the other core wire are separated can be eliminated, and the above-mentioned part where the pair of wires is separated is securely accommodated in the casing of the electric connector. It is possible to provide a method of processing an electrical connector harness that can realize improvement of the electric connector harness.

According to a third aspect of the present invention, a half of one and the other half of a plurality of wire pairs constituting the multi-pair braided shielded cable divided based on a base color of one core wire of each wire pair. Is further divided, and according to this, even if the number of pairs of pairs is large, the alignment can be performed on each of them, so that each pair of plural pairs of lines and each pair of lines Can be easily and reliably distinguished from each other, and since the plurality of pairs are divided into four in advance, each pair and one of the pairs The core wire and the other core wire are prevented from excessively crossing, and each pair of wires and one of the core wires forming each pair wire and the other core wire can be maintained in a good alignment. It is possible to eliminate the dango state at the part where one of the paired wires and the other is separated. Can provide a processing method of the electrical connector harness can be carried out efficiently organizing organ.

[Brief description of the drawings]

FIG. 1 is a diagram showing a configuration of a multi-pair braided shielded cable.

FIG. 2 is a sectional view taken along line X-X 'in FIG.

FIG. 3 is a partially enlarged view showing details of a multi-pair braided shielded cable.

FIG. 4 is a diagram showing a state in which a plurality of pairs constituting a multi-pair braided shielded cable are divided into one and half of the other.

FIG. 5 is a view showing a state in which a multi-pair braided shielded cable is set on a straightening jig.

FIG. 6 is a view as viewed in the direction of the arrow Y in FIG. 5;

FIG. 7 is a diagram showing a procedure for line lining.

FIG. 8 is a diagram showing a state in which alignment is completed.

FIG. 9 is a configuration diagram illustrating a configuration of an electric connector harness.

FIG. 10 is a diagram showing an electric connector harness.

[Explanation of symbols]

 C Multi-pair braided shielded cable P Pair wire a One core wire b The other core wire 21 Sheath 22 Shield 23 Holding wire 24 Conductor 25 Insulating coating 26 Electrical connector harness 27 Electrical connector 30a, 30b Housing 41 Jig

Claims (3)

(57) [Claims] An electrical connector 27 is provided at one or both ends of a multi-pair braided shielded cable C composed of a plurality of pairs P formed by twisting one core a and the other core b.
In the electrical connector harness, the plurality of pairs of wires P constituting the multi-pair braided shielded cable C are the same as or different from the one of the core wire a having the base color insulating coating 25 and the base color. And the other core wire a of the paired wire P has a different color from one half G and the other half H of the pair wire P, respectively. The base color is made,
The electrical connector 27 is a multi-pair braided shielded cable C
And the other core wire b forming a plurality of paired wires P is disposed so as to face each other, and at the same time, each of the one core wire a and the other core wire b is arranged side by side. When the one core wire a and the other core wire b facing each other are arranged left and right, and each of the one core wire a and the other core wire b is arranged in a vertical direction, The upper right half of the electrical connector 27 is one core wire a of one base color, the left upper half is the other core wire b paired with the one core a of one base color, and the lower right half. An electrical connector harness, wherein one core wire a of the other base color is the other core wire b, and the lower half of the left side is the other core wire b paired with the one core wire a of the other base color. 2. An electrical connector 27 is provided at one or both ends of a multi-pair braided shielded cable C composed of a plurality of pairs P formed by twisting one core a and the other core b.
In the method for processing an electrical connector harness formed by connecting the plurality of pairs, the plurality of pairs of wires P constituting the multi-pair braided shielded cable C include one core a having the base color insulating coating 25 and the core wire a other than the base color. The other core wire b having a color or the same color of the insulating coating 25, and one core wire a of the paired wire P has a different color from one half G and the other half H of the pair wire P, respectively. And the other base color,
The electrical connector 27 is a multi-pair braided shielded cable C
And the other core wire b forming a plurality of paired wires P is disposed so as to face each other, and at the same time, each of the one core wire a and the other core wire b is arranged side by side. When the one core wire a and the other core wire b facing each other are arranged left and right, and each of the one core wire a and the other core wire b is arranged in a vertical direction, The plurality of paired wires P constituting the multi-pair braided shielded cable C are visually divided into one half G and the other half H based on one and the other basic colors of one core a of the pair P, In the jig 41, one half G of the paired line P having one core line a of one base color is upper, and the other half H of the pair line P having one core line a of the other base color is lower. After fixing so as to form
(1) Starting with the uppermost pair G of the one half G located at the uppermost position, starting with the paired line P, arranging the lines sequentially downward, and after finishing the pairing P belonging to the one half G, the other is completed. Of the paired wires P belonging to the half H, and the paired wires P belonging to the one half G, and the straightening of the paired wires P is performed by untwisting the paired wires P. And the other core b are independent, and one core a is on the right side and the other core b
Are arranged and arranged so that the paired wires P are located on the left side, respectively. The arrangement of one core wire a and the other core wire b on which the alignment is performed is performed on the right side. Half is one core line a of one base color, the upper half on the left is the other core line b paired with the one core a of one base color, and the lower half on the right is one of the other base colors. And the lower half of the left side becomes the other core wire b which is paired with the one core wire a of the other base color, and the electrical connector 27 is connected to both ends of the multi-pair braided shielded cable C. In this case, after the wire pair P on one side is wire-lined by the same wire-laying operation as described above, the conduction of one core wire a and the other core wire b forming the wire pair P on the other side is performed. And one core wire a and the other core wire b at predetermined positions of the electrical connector 27.
A method for processing an electrical connector harness, comprising: 3. The multi-braided shielded cable C is composed of a plurality of paired wires P, one half of which is divided based on the base color of one core a of each paired wire P and the other half. 3. The method for processing an electrical connector harness according to claim 2, wherein each half of H is further divided.