JP2000311761A - Method and device for mounting pressure contact terminal with electric wire onto connector housing - Google Patents

Abstract

PROBLEM TO BE SOLVED: To insert-mount a pressure-contact terminal with an electric wire onto a connector housing. SOLUTION: A pressure-contact terminal (t) is mounted at first onto a jig 14 parallel to a jig pallet 12, and an electric wire (a) is made to pressure-contact with the terminal (t). The wire (a) is mounted from an upper side of the jig pallet 12 in this manner to provide the terminal (t) with the electric wire (a) by the pressure contact. Then, the terminal (t) with the electric wire (a) is removed from the pallet 12 to be mounted onto a connector housing C. The pressure-contact terminal (t) is inserted by this manner into a cavity (s) of the connector housing C from its rear face as a crimp terminal, and workability is improved thereby. The respective electric wires (a) are connected to a large number of the terminals (t) at the same time by the pressure contact. Therefore, a required number of the pressure-contact terminals (t) are inserted into the cavities (s) at the same time.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method and an apparatus for mounting a press contact terminal with an electric wire on a connector housing.

[0002]

2. Description of the Related Art A wire connection to a connector terminal in a wire harness or the like mainly employs pressure contact and crimping. The former pressure connection (hereinafter simply referred to as pressure connection) is shown in FIG.
2, the cavity s of the connector housing C
And press-fitting terminal t is loaded on the housing C. First, the press-fitting blade guide 1 is placed along the housing C (FIG. 7A), and then the electric wire a
(FIG. 3 (b)), and the wire a is press-fitted into the terminal t with the press contact blade 2 and connected (FIG. 3 (c)). That is, the press-fitting press-fits the electric wire a into the connector housing C from above.

The latter crimp connection (hereinafter simply referred to as crimp)
After stripping the end of the electric wire (after stripping), the connection piece of the terminal is crimped on the exposed conductor to connect. For this reason, in general, terminals are crimped for each electric wire, and as shown in FIG. 24, chucking (pickup) is performed one by one with the hand 3 from the rear surface (terminal insertion port) into the cavity s of the connector C as shown in FIG. (See Japanese Patent Application Laid-Open No. 9-11564)
No. 2).

[0004]

In the above pressure welding, for example, in a conventional connector C having a two-stage cavity s in a wire harness, the wire is press-fitted from the upper surface of the housing C as shown in FIG. dividing the housing C in the upper C ₁ and a lower C _2, the upper housing C ₁ and after each loading terminal t and the electric wire a to the lower housing C ₂ (from FIG. (a) (b)), the cover b covered by, the two C _1, C ₂ are manufactured in one piece (FIG. (c)) (JP-a-10-335
037).

[0005] This conventional pressure welding operation is performed by a housing C ₁ ,
The C ₂ on top is two need, many working process, is causing the cost up. Further, the pressing force at the time of press contact wall e between the cavity s may bulge housing bends outward, or not Hisara cover b is well, there is a case where the lower housing C ₂ and the upper housing C ₁ is not well fitted . Further, due to the problem of the bending of the cavity wall e, in this type of press-connecting connector C, the terminals t are mounted on all the cavities s to eliminate the empty cavities s. That is, the terminal t is mounted in the cavity s which does not press the electric wire a, which is wasteful. Further, in order to newly press the electric wire a to the empty cavity s, it is necessary to disassemble the two housings C ₁ and C ₂ , and in practice, the press contact is impossible.

On the other hand, in the crimping connection, as described above, even in the connector C of the two-cavity type, one terminal (t) with an electric wire is inserted into the cavity s from the rear surface one by one and loaded. Connector housing C (not shown). However, it is necessary to connect the electric wire to the terminal t one by one, and there is a problem in workability,
Each one is easy to make a chucking mistake, and the wire a
24, the wire a is easily buckled as shown by the chain line in FIG. 24, and if it buckles, mounting errors occur.

[0007] Under the above circumstances, the present invention aims to reduce the cost by inserting a terminal with an electric wire into a cavity of a connector housing by inserting the terminal into the cavity of the connector housing from the rear surface even when the electric wire is pressed against the terminal. As an issue.

[0008]

In order to solve the above-mentioned problems, according to the present invention, first, a press-connecting jig is loaded with a press-connecting terminal,
An electric wire was pressed against the press-contact terminal. By doing so, the electric wire can be loaded from above the pressure welding jig as before, and there is no trouble at all, and a pressure welding terminal with the wire by pressure welding can be obtained.

Next, the insulation displacement terminal with electric wire is removed from the insulation displacement jig, and the insulation displacement terminal is mounted on the connector housing. In this way, the press contact terminal t can be inserted into the cavity s of the connector housing C from the rear surface similarly to the crimp terminal of FIG. At this time, since the electric wire can be simultaneously connected to each of the many terminals in the pressure welding, the required number of the pressure contact terminals in the pressure welding jig can be simultaneously removed from the pressure welding jig and inserted into the cavity at the same time. Also,
When the terminal is pushed and inserted, the gap (pitch) between the terminals can be made as small as possible as compared with the chucking and inserting shown in FIG. 24, and the connector can be downsized. Further, even in the case of the crimp terminal, the terminal is inserted from the rear surface of the connector housing similar to the crimp terminal, so that the connector housing for the crimp terminal and the crimp terminal can be shared.

It is to be noted that a terminal with an electric wire can be directly mounted on the connector housing from the pressure welding jig. However, the pressure welding terminal is detached from the pressure welding jig, transferred to a terminal receiving jig, and is then moved from the receiving jig to the terminal receiving jig. Is pushed out and inserted into the connector housing, pressure contact and insertion are performed by separate jigs, and the configuration and operation of the jigs are simplified.

In the method of mounting the press contact terminal, the press contact jig is linearly moved, and as the movement is performed, the press contact terminal is loaded into the press contact jig, the wire is press-connected to the press contact terminal, and the press contact jig is provided. It is preferable that each operation of removing the press contact terminal from the connector housing and inserting it into the connector housing is sequentially performed by an automatic machine. With this configuration, the press-connecting terminal with electric wire can be automatically mounted on the connector housing.

At this time, the width of the pressing terminal mounting cavity of the pressing jig, the width of the pressing terminal receiving cavity of the terminal receiving jig, and the width of the connector housing cavity are sequentially increased. With this setting, the terminals whose width has been reduced are inserted (loaded) into the wide cavity one after another, and the insertion operation becomes smooth.

The above-described method for mounting the press contact terminals is very effective for manufacturing a wire harness. For example, each group of the press contact terminals mounted on each connector housing of the wire harness is attached to the press jig for each group. And load
On the jig, an electric wire is crimp-connected to each press-connecting terminal of each group corresponding to the electric wire arranging mode of the wire harness, and a press-connecting terminal group of the electric wire arranging corresponding to the connector housing is mounted on each connector housing. To do.

At this time, the press-fitting jigs can be loaded with press-fitting terminals respectively mounted on the respective connector housings of the wire harness, and the terminal mounting machine operates the terminal for each connector housing group from the press-fitting jigs. In the connector housing. Further, the holding plate supporting each of the connector housings may move left and right so that each connector housing can be selectively positioned at the insertion position.

[0015] As an apparatus for mounting the insulation displacement terminal with an electric wire on the connector housing, the insulation displacement jig is moved on a guide rail, and a mounting machine for the insulation displacement terminal is mounted on the insulation displacement jig along the guide rail. A wire measuring crimping machine to a crimping terminal on a jig, a terminal mounting machine for removing the crimping terminal with a wire from the crimping jig and inserting the crimping terminal with a wire from a rear surface in a cavity of a connector housing are sequentially provided. Can be adopted.

According to this structure, by moving the pressure welding jig on the guide rail, terminal mounting, wire pressure welding, and terminal insertion are sequentially performed, and a required wired connector (wire harness) is formed. Can be obtained.

[0017]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS FIG. 1 schematically shows an embodiment of an apparatus (wire harness manufacturing apparatus) for mounting a press-fit terminal with an electric wire on a connector housing according to the present invention, in which a guide rail 11 is provided on a base 10. Along with the guide rail 11, the mounting machine 20 for the terminal t, the wire measuring machine 3
0, a pressure welding machine 40, an inspection device 50, and a terminal mounting machine 60 are provided. The guide rail 11 includes, for example,
No. 0-241473, Japanese Patent Application No. 10-337249.
As disclosed in Japanese Patent Application No. Hei 10-350013, the jig pallet 12 is moved from left to right by a conveyor as shown by a chain line arrow in the drawing, and when reaching the right end, the jig is moved by a lifting arm (not shown). The pallet 12 is lowered, moved to the left end by the conveyor, and is positioned at the left end of the guide rail 11 by the lifting arm. That is, the jig pallet 12 circulates along the route (chain arrow), and performs the loading of the terminal t, the pressure welding of the electric wire a, and the delivery of the terminal while moving.

The jig pallet 12 is, as shown in FIG.
The base 13 has six press-welding jigs (blocks) 14 having cavities 14a for supporting the terminals t arranged in parallel.
The number of the jigs 14 and the cavities 14a is arbitrary, but they are generally the number of connector housings for mounting the press-contact terminals t by one jig pallet 12,
It is determined by the number of cavities in the connector housing. For example, in this embodiment, the case where the wire harness W of the electric wire routing shown in FIG. 21 and the like is manufactured, the number of the connector housings C is three, and the cavities s of the connector housing C are two-stage upper and lower, One stage has five cavities s. For this reason, as will be described later, the number of press-contact terminals t mounted from one jig pallet 12 is 3 × 2 = 6, and the number of terminals t in the group is five. Tool 14 has six cavities 14a
It is individual. Incidentally, all the jigs 14... May be constituted by one single unit.

As shown in FIG. 8, the jig 14 has a spring plate 15 corresponding to each of the cavities 14a and a strip-shaped spring piece 15b, and a base 15c in which the spring pieces 15b are integrated.
When the terminal t is inserted from the direction of the arrow into the cavity 14a, the plate 16 is positioned by the plate 16 and the projection 15a of the spring plate 15 is The terminal t is bent and locked to the terminal t to prevent the terminal t from coming off. Terminal t
Can also be loaded from above. The terminal t may be prevented from being lifted by applying the contact piece 17 to the plate 16. The abutment piece 17 is attached to the base 13 or another member, and retreats when a terminal t described later is pushed up, or is normally urged downward by a spring and swings upward against the spring. To allow the terminal t to move upward. Two through holes 18 communicate with each cavity 14 a from the lower surface of the jig 14.

The terminal mounter 20 is disclosed in, for example,
No. 08844, the terminal reels T _{1 to} T
Various terminals t are selectively cut one by one from the terminal band from ₄ and mounted in the cavity 14 a of the jig 14.
At this time, mounting of the terminal t on the connector housing C is as follows.
Since the operation is performed in units of one jig 14, the terminals t are mounted on each jig 14 in the arrangement corresponding to the arrangement of the insertion terminals. Therefore, an empty cavity 14a may be provided in the middle. The terminal reels T _{1 to} T ₄ are appropriately moved as indicated by arrows, and correspond to the terminal band receiving positions of the terminal mounting machine 20.

The wire measuring machine 30 is disclosed in Japanese Patent Laid-Open No. 10-1544.
No. 23, Japanese Patent Application No. 10-349947, Japanese Patent Application No. 10
As disclosed in Japanese Patent Application No. 337042 and Japanese Patent Application No. 10-337249, an arbitrary electric wire a is selected from a plurality of supplies S, and a plurality of the electric wires a are measured at a time or one by one by a required length. It is sent out, and its end is gripped by the hand 31 and transferred to the next-stage pressure welding machine 40. The hand 31 is a measuring machine 30
The wire is moved back and forth between the wire outlet of the press-connecting machine 40 and the press-contacting position of the press-connecting machine 40 as shown by an arrow, and is composed of one arm (see Japanese Patent Application Nos. 10-337042 and 337249). Consists of The one with two arms,
The two arms are transferred alternately to the measuring machine 30 and the press-contacting machine 40 (see Japanese Patent Application No. 10-349947).

The pressing machine 40 is disclosed in Japanese Patent Application Laid-Open No. 10-241473.
JP, JP-A-10-106370, JP-A-10-106370
As disclosed in Japanese Unexamined Patent Application Publication No. 10-106371 and each of the above-mentioned unpublished applications, electric wires are selectively pressed one by one or a plurality of electric wires, and the end of the electric wire transferred by the hand 31 is fixed to a jig 14. To a required terminal t. At this time, the jig pallet 12 moves left and right, the terminal t at a required position is located at the press-contact position, and press-contact is performed. For this reason, as described in Japanese Patent Application Laid-Open No. 10-241473, various types of wiring can be pressed on the jig pallet 12. For example, as shown in FIG. 1 and FIG. 18, the jigs 14 are sequentially paired in the parallel direction, and wires are routed only to the pair, or as shown in FIG.
Various wiring modes such as mutually arbitrarily arranging electric wires can be employed. 19, an electric wire a as shown in FIG.
Becomes the crossed wire harness W. Therefore, electric wires are routed on each jig 14 according to the wiring mode of the wire harness W.

When the jig 14 is made of a hard metal such as steel, the wall between the cavities 14a does not bend due to the pressing force. For this reason, if it is made of hard metal, even if an empty cavity that is not pressed against without inserting the terminal t is provided, there is no problem in terminal insertion in a later process. Further, the same pressure may be applied to the jig 14 as long as the shape of the cavity is the same regardless of the shape of the connector housing C. Incidentally, Japanese Patent Application Laid-Open No.
No. 106370 and other electric wire measuring machines 30 and pressure welding machines 4
It is also possible to perform wire scale pressure welding with a robot that has merged 0.

As described in Japanese Patent Application No. Hei 11-98716, the inspection machine 50 captures an image of the wire pressure contact state to each terminal t with a CCD camera, and determines the suitability of the pressure contact based on the image. Yes, for example, it is determined by comparing a normal pressure contact state and a state that is not so. This determination may be made by a person or automatically.

The terminal mounting machine 60 is, as shown in FIG.
When the jig pallet 12 with the terminal to which the wire a is pressed is moved as shown by the arrow and comes to the terminal insertion position O, the terminal t is taken out from each jig 14 and the pallet 61 of the connector housing holding plate (pallet) 61 which moves to the left and right. The terminal t is mounted on the housing C, and details thereof are shown in FIGS. That is, an air cylinder 82 is provided in the base 10 below the terminal insertion position O to raise and lower the terminal push-up jig 81,
Above, a hand 70 having a terminal receiving jig 71 is provided so as to be vertically movable. The receiving jig 71 and the push-up jig 81 correspond to the one jig 14 on the pallet 12 and correspond to the number of terminals t that can be held by one jig 14 and the receiving groove 7.
2. It has a pin 83. The receiving groove 72 is formed with a groove 72a into which a blade 73 described later is continuously inserted upward (see FIG. 11). A shutter 84 provided on the hand 70 can pass through the lower surface of the jig 71 on the hand side, and a pin 83 passes through a hole 84 a of the shutter 84.

Therefore, as shown in FIG.
When the push-up jig 81 rises with respect to the jig 14 at the insertion position, each pin 83 pushes up the terminal t in the cavity 14 a through the through hole 18 of the jig 14, and FIGS.
Is transferred to the receiving jig 71 side as shown in FIG. At the time of this push-up, the pin 83 is moved before and after the pressure contact portion of the terminal t (p in FIG. 14).
(−q point) and push up. Also, as shown in FIGS. 5 and 13, a selected blade 73 described later advances in advance with respect to the other blades 73, and
Part of the terminal t fits into the tip 73b of the third
Is supported at its tip 73b. Therefore, the terminal t is transferred (delivered) into the jig 71 without tilting, despite being pulled backward by the gravity of the electric wire a. This delivery is performed by jigs 14 and 71
Since it is performed in the cavities 14a and 72 between them, pick-up mistakes (delivery mistakes) are drastically reduced, and terminal insertion mistakes in the post-process are also drastically reduced. Push up with two pins 83
Although it is preferable to carry out at points p and q, the number may be one or three or more. In any case, the position where the terminal t is transferred without tilting is pushed up.

The hand 70 is mounted on the base 10 as shown in FIG.
An upper frame 91 of the upper slide cylinder 90 is supported so as to be able to move up and down via a support plate 78 and a slider 79, and the frame 91 is moved by the slide cylinder 90 as indicated by an arrow, so that the frame 91 moves back and forth between a standby position and a mounting position. I do. The support plate 78 is moved up and down by an actuator 92 provided on the frame 91, and moves up and down at three positions, that is, the highest standby position, the lowest receiving position, and the middle mounting position.

The terminal receiving jig 71 is provided on the lower surface of the distal end of the hand 70, and the shutter 84 is provided on its side. The shutter 84 moves forward and backward by a cylinder 85, and when the delivery of the terminal t from the jig 14 to the receiving jig 71 is completed, the shutter 84 is sent to the lower surface of the jig 71 by the cylinder 85, and the hand 70
Is raised, the shutter 84 is applied to the front and rear of the lower surface of the terminal t to prevent the terminal t from falling out of the jig cavity 72. The jig 1 is used to feed the shutter 84.
Therefore, a gap is required between the
May be formed at the time of the above-mentioned lowering.
After pushing up the terminal of FIG.
Only the gap may be raised to form the gap.
Incidentally, if the jigs 14 and 71 are closer to each other, preferably if they are in contact with each other, the delivery becomes more reliable.

As shown in FIGS. 6 and 13, a required number (five in this embodiment) of insertion blades 73 are arranged in parallel with the insertion hand 70, and each blade 73 is provided with an air cylinder 74. Have been. By selectively driving the air cylinder 74, an arbitrary insertion blade 73 is protruded by a required length (symbol r) as compared with the other, and in this state, the lock pin 75 is pushed out by the air cylinder 76, and each blade is pushed out. 73 through the hole 73a. In that state,
After the hand 70 approaches the connector housing C and the air cylinder 77 advances all the blades 73, as shown in FIG. 13B, only the selected blade 73 pushes the terminal t to cause the cavity s of the connector housing C to move.
Insert 5 and 6, reference numeral 74a denotes a coil spring for returning the blade 73.

At this time, as shown in FIGS. 4 and 5, the member 87 having the terminal receiving jig 71 and the rod of the cylinder 77 are connected to the rail 70 of the hand base.
a is slidably provided in the front-rear direction via sliders 86a, 87a, and is connected by an expand shaft 88. The expand shaft 88 has one end of the shaft 88a supported by a protrusion of one member 86 so as to be able to advance and retreat, and the other end fixed to the protrusion of the other member 87. A spring 88b is fitted, and a retaining ring 88c is fixed in the middle of the shaft 88a. For this reason, the air cylinder 7
When the rod 77a of No. 7 advances, the two members 86 and 87 advance until one of the members 86 abuts on the adjusting screw 89. Thereafter, the other member 87 advances against the spring 88b, and the blade 73 is moved. The terminal t advances toward the receiving jig 71, and pushes out the terminal t and inserts it into the connector housing C.

As shown by a chain line in FIG. 11, a guide projection 84b is formed on the shutter 84, and when a terminal is inserted, stabilizers t 'on both sides of the terminal t are connected to the guide projection 8b.
It is preferable to proceed while being guided so as to straddle 4b. That is, when the terminal is inserted, the shutter 84 may serve as a guide. In this case, the terminal t is inserted smoothly without lateral deflection.

The operation of selecting each blade 73 when inserting the terminal t into the connector housing C is described in
This is the same as the selective operation of each press contact blade described in Japanese Patent No. 106371. In this manner, when the terminal is inserted by pushing out the blade 73, as shown in FIG. 15, the hand 3 does not exist due to the pitch of the cavity s (FIG. 15B) of the insertion of the press contact terminal t in FIG. The terminal t can be mounted even in the connector housing C (FIG. 9A) having a small pitch. Further, when a plurality of terminals t are mounted at the same time, the tact time is remarkably reduced as compared with the case where the terminals are mounted by hand one by one as shown in FIG. By the way, one by one, there is a limit to the tact-up, and mounting errors due to chucking errors are also likely to occur. Further, depending on the selection mechanism of each blade 73, if the spacing between the cavities s is the same, a housing C having a different size or a housing C having a lock portion
And if the interval between the cavities s is an integral multiple, it can also correspond to that.

As shown in FIGS. 2 and 3, the connector housing holding plate 61 is supported by a guide 69 provided on the base 10 so as to be movable in the left-right direction.
One end is fixed to a moving element 64a of a slide actuator 64 provided in the above, and the actuator 64 moves left and right as indicated by a chain line in FIG. The moving positions are a total of six points: three points where the housing holding frame 62 described later corresponds to the terminal mounting position O and three points where the housing holding frame 62 retreats a required distance therefrom.

As shown in FIGS. 3 and 9, a housing holding frame 62 is rotatably provided on the connector housing holding plate 61. The holding frame 62 is
And a spring 6 that presses and supports the protrusion 65
After the retaining ring 66 of the protrusion 65 is pulled, the housing C is fitted to the holding frame 62, and then the protrusion 65 (retaining ring 66) is released, the housing C is pushed by the spring 65a. It is surely supported. The pressing force is a retaining ring 66
Adjust according to the screw-in amount. The protrusion 65 is a regulator 66
a, the holding frame 62 is set at the mounting position, and the cavity s at one level of the housing C is the terminal insertion position.

As shown in FIGS. 2 and 16, the upper frame of the base 10 behind the connector housing holding plate 61
The rotary cylinder 63 at the insertion position O is provided, and the engaging element 63a of the rotary cylinder 63 fits into the engaging hole 62a of the holding frame 62 and rotates.
As shown in (a) and (b), the connector housing C is turned upside down by 180 degrees (inverted). This operation is performed for each holding frame 62 of the holding plate 61. At this time, as shown in FIG. 9, when the protrusion 65 is fitted to the restrictor 66a, the rotation of the rotary cylinder 63 causes the one-stage cavity s to be the insertion position by the fitting as described above. Then, when turned over, the housing C
The rotational position is regulated by the cylinder itself so that the cavity s of the other stage becomes the insertion position.

Accordingly, the terminal t facing the connector housing C by the above-described hand 70 is inserted from the rear surface into the cavity s of the housing C at the insertion position O and mounted by the advance of the blade 73. When the terminal is inserted into one stage of one housing C, the holding plate 61 moves to the left or right by a required amount, and the insertion hand 70 shifts to the operation of receiving the next terminal with wire t. The withdrawal of the inserted housing C is to prevent the electric wire a from being entangled when the housing C is received. When the terminal reception is completed, the holding plate 6
1 moves so that the one housing C is at the insertion position, and then the housing C is inverted, and the terminal t is inserted again. At this time, the insertion hand 70 rises in accordance with the movement of the holding plate 61, and is positioned so as not to hinder the reversing operation. These operations are shown in FIGS.
As shown in (c), the terminal t of the jig 14 of the a of the pallet 12 is inserted into the upper a of the housing C of the I, and then the terminal t of the same (b) is inserted into the same (b). Thereafter, the same applies to the housings C and C of the pallets 12 and c of the pallets 12 and III.
The terminals t of d, e, and f are inserted. This insertion order is appropriately changed in consideration of the wiring specifications, the degree of entanglement, and the like.

When the terminals t with electric wires are mounted on all the connector housings C, the holding plate 61 moves to the right end,
The connector housing C is removed from the holding frame 62 by a person or a robot, and a new housing C is mounted on the holding frame 62. On the other hand, the jig pallet 12 is transferred to the terminal mounting machine 20. FIG. 20 shows a flowchart of the above operation.

The reason why the terminals are inserted by reversing the connector housing C is to mount the terminals t arranged in the same direction on the jig pallet 12 such that the upper and lower terminals t face each other. Yes, there is no need to flip it for the same orientation. Incidentally, conventionally, the insertion of the terminal t whose back faces each other has been performed after one terminal t is inverted. The number of cavities s is not limited to two, but may be one.
It may be more than one step. In these cases, the movement of the insertion hand 70 such as lifting and lowering is made to correspond to the number of steps.

By the terminal mounting described above, for example, a wire harness w shown in FIG. 21 can be obtained, in which the terminal t is inserted from the rear surface of the cavity s, similarly to the wire harness w by the crimp terminal t. . For this reason,
If the crimp terminal t can be mounted on the crimp terminal connector housing C, the crimp terminal and the housing C can be shared. If there is an empty cavity s,
Not only the insulation displacement terminal but also a crimp terminal can be inserted (mounted) into the empty cavity s.

If the width of the cavity 14a of the jig 14, the width of the cavity 72 of the receiving jig 71, and the width of the cavity s of the housing C are sequentially increased, the terminal t having a reduced lateral width can be obtained. Are sequentially inserted into the wide cavity, and the insertion operation becomes smooth.

[0041]

According to the present invention, as described above, the jig is press-contacted and its terminals are mounted on the connector housing. Therefore, the press-contact terminals and the crimp terminals can be mounted on one connector housing and the housing can be mounted. And the cost of an electric wire with a connector, for example, a wire harness, can be reduced.

[Brief description of the drawings]

FIG. 1 is a schematic perspective view of one embodiment.

FIG. 2 is a partially cut left side view of a terminal mounting portion of the embodiment.

FIG. 3 is a partial front view of the terminal mounting portion.

FIG. 4 is a plan view of a hand part of the terminal mounting part.

FIG. 5 is a partially cut front view of the hand part.

FIG. 6 is a bottom view of the hand unit.

FIG. 7 is a plan view of the jig pallet of the embodiment.

8A is a perspective view of a terminal pressure welding jig, and FIG. 8B is a cut front view of the same jig.

FIG. 9 is a perspective view of a main part of FIG. 3;

FIG. 10 is a schematic diagram of a terminal mounting operation of the embodiment.

FIG. 11 is an exploded perspective view of a delivery unit from the jig pallet to the insertion hand according to the embodiment.

FIG. 12 is an explanatory view of the delivery operation.

FIG. 13 is a view showing a terminal insertion operation.

FIG. 14 is a diagram showing a terminal insertion operation.

FIG. 15 is a comparison diagram of a connector housing.

16A and 16B show a holding and reversing portion of the connector housing in the embodiment, wherein FIG. 16A is a schematic cross-sectional view, and FIG.

FIG. 17 is a view showing an operation of mounting a terminal on a connector housing.

FIG. 18 is an explanatory diagram of a terminal mounting operation of the embodiment.

FIG. 19 is an explanatory view of mounting the same terminal.

FIG. 20 is an operation flowchart of the embodiment.

FIG. 21 is an example of a manufacturing wire harness according to the embodiment.

FIG. 22 is a view showing a press-contact operation.

FIG. 23 is a press-contact operation diagram.

FIG. 24 is a mounting operation diagram of a crimp terminal.

[Explanation of symbols]

Reference Signs List 10 base 11 guide rail 12 jig pallet 14 pressure welding jig 14a pressure welding jig cavity 15 spring 15a spring projection 18 pin through hole 20 terminal mounting machine 30 wire measuring machine 31 wire transfer hand 40 pressure welding machine 50 pressure welding inspection machine 60 terminal Mounting machine 61 Connector housing holding plate 62 Connector housing holding frame 63 Rotary cylinder 70 Terminal insertion hand 71 Terminal receiving jig 73 Terminal insertion blade 75 Blade lock pin 81 Terminal push-up jig 83 Push-up pin 84 Terminal drop-off prevention shutter C, C ₁ , C ₂ connector (connector housing) s cavity w wire harness a wire

Continued on the front page (72) Inventor Junichi Shirakawa 1-114, Nishisuehiro-cho, Yokkaichi-shi Sumitomo Wiring Systems Co., Ltd. ) 5E051 JA07 JB03 5E063 HA01 HB19

Claims (4)

[Claims] First, a pressure contact terminal t is loaded into a pressure welding jig 14, an electric wire a is press-connected to the pressure contact terminal t, and then the pressure contact terminal t with an electric wire a is removed from the pressure welding jig 14. The press-fit terminal with wire t is inserted into the cavity s of the connector housing C from the rear surface thereof, and the connector housing C
How to mount insulation displacement terminals with electric wires on 2. The method for mounting a press contact terminal according to claim 1, wherein the press contact jig is linearly moved, and the press contact terminal t is loaded into the press contact jig and moved to the press contact terminal t with the movement. Characterized in that the press-connecting of the electric wires and the operation of removing the press-connecting terminal t from the press-fitting jig 14 and inserting it into the connector housing C are sequentially performed by an automatic machine. Method. 3. The pressure contact terminal t is removed from the pressure contact jig 14 and transferred to a terminal receiving jig 71, and the pressure contact terminal t is pushed out from the receiving jig 71 and inserted into the connector housing C. The method for mounting a press-fit terminal with an electric wire on a connector housing according to claim 1 or 2, wherein: 4. An apparatus for performing the mounting method according to claim 1, wherein the pressing jig is moved onto the guide rail, and the pressing jig is moved along the guide rail. A mounting machine 20 for mounting the pressure contact terminal t on the pressure welding jig 14,
A wire measuring press machine 30 to press-connect terminal t on press-fit jig 14;
40, a terminal mounting machine 60 for sequentially removing the electric wire contact terminal t from the press jig 14 and inserting the electric wire contact terminal t from the rear surface into the cavity s of the connector housing C; Mounting device.