JP3388185B2 - Shield connector - Google Patents

Description

Description: BACKGROUND OF THE INVENTION [0001] 1. Field of the Invention [0002] The present invention relates to a shielded connector.
It is about. 2. Description of the Related Art Japanese Patent Laid-Open No. 9-22755 discloses a lance.
Holder and the lance inserted into the holder
Connector housing that is prevented from coming off by engaging the rear end surface
Is described for shielded connectors with
You. In this shielded connector, the connector housing
A shield shell is attached to the outer periphery, and
Around the rear end of the housing
A flange is formed so as to correspond to. This hula
The outer peripheral surface of the flange and the outer peripheral surface of the shield shell are almost flush.
Insert the connector housing into the holder
In some cases, the lance is located on the outer periphery of the shield shell and flange.
After sliding on the surface in the axial direction, the rear end of the connector housing
It engages with the surface to reach the retaining state. [0003] As described above, a connector
A shield shell and flange are provided on the outer periphery of the housing.
Due to dimensional and assembly tolerances,
There is a gap at the joint between the rear edge of the
Sometimes. In the conventional shielded connector described above,
The eyes extend in the circumferential direction.
Is the sliding contact of the lance when inserting the connector housing
The direction is orthogonal to the direction. Therefore, the seam gap
If larger, insert the connector housing into the holder.
When the lance protrudes into the gap between the seams
Edge of the connector housing, which
There is a possibility that it may be caught against entry. And this pull
It is assumed that the worker has completely inserted
If the insertion work is stopped by mistake, the connector housing
Is in a half-inserted state. The present invention was created in view of the above circumstances.
The connector housing is attached to the holder.
When inserting, the lance joins the shield shell and flange
The purpose is to prevent getting caught in the eyes
You. [0004] The invention according to claim 1 is characterized in that
And a holder inserted into the holder.
Connector housing that is locked by the
And the outer periphery of this connector housing
Is equipped with a shield shell and
The outer periphery of the rear end of the
A flange that is substantially flush with the outer peripheral surface is formed,
When inserting the connector housing into the holder
Means that said lance is said shield shell and said franc
The shield shell while sliding on the outer peripheral surface of the
And the connector housing after passing through the seam of the flange
Shield cap that is to be engaged with the rear end face of the
A lance on the sliding contact path of the lance.
Connect the seam between the shield shell and the flange
The feature is that it is provided diagonally to the sliding contact direction of the
Have. [Action and Effect of the Invention] [Invention of claim 1]
The joint between the well and the flange is inclined with respect to the sliding direction of the lance.
This is due to the connector housing at the lance.
Make sure that it is also inclined with respect to the engagement surface
means. Therefore, even if the seam gap is large,
There is no danger of the lance getting into the gap of
Connector housing half-inserted due to hooking
The state is prevented. Also, if the lance is
Even if you get into the eye gap, the seam is the displacement of the lance
Because the lance is oblique to the direction, the lance
There is no collision, and the lance is displaced in the axial direction
You can escape from the gap. [Embodiment 1] Hereinafter, the present invention will be described.
An embodiment of the present invention will be described with reference to FIGS.
You. The shield connectors of the present embodiment can be fitted to each other
Male connector 10M and female connector 10F.
Nectars 10M and 10F are connected to the end of shielded electric wire W
Connector housing 1 capable of accommodating isolated terminal 45
1M, 11F and the connector housings 11M, 11
Shield shells 20M and 20F fitted on the outer periphery of F
, Shielded electric wire W and connector housing 11M, 11
A shield cover 30 capable of shielding between F and
Consists of holders 40M and 40F that can accommodate these components
Is done. Further, the shielded electric wires W are individually coated with resin.
And a plurality of cores Wa provided with
Shielding layer made by knitting conductive metal wires into a tubular mesh
Wb and a sheath provided so as to surround the shield layer Wb
Wc. This shielded wire W is connected to terminal 4
For connection with 5M, 45F, peel off sheath Wc
Exposing the shield layer Wb
Is turned back to expose the core wire Wa.
You. First, the male connector 10M will be described.
You. The end of each core wire Wa of the shielded wire W is crimped
A male terminal 45M is connected.
This male terminal 45M is connected to the connector housing 11M.
Since it is designed to be inserted one by one from the rear, 2
Connect the male terminal 45M after this one in the insertion direction.
It is necessary to be located behind the housing 11M.
Therefore, the extension of the core wire Wa from the terminal of the shield layer Wb
The extension length is slightly longer than the length of the male terminal 45M.
A length that includes the extra dimensions is secured. The connector housing 11M is made of a synthetic resin material.
As shown in Fig. 3, the whole is cylindrical.
are doing. Inside and outside of the connector housing 11M
A plurality of cavities 12M opening to the end face are formed.
And inserted into each cavity 12M from the rear opening.
Male terminal 45M is accommodated, and male terminal 45
The tab 46M at the tip of the M is connected to the connector housing from the front opening.
The ring 11M projects forward. The outer periphery of the connector housing 11M is
From the rear end of the
13M are spaced apart from each other at an angular interval of approximately 90 ° in the circumferential direction.
Is formed. These ribs 13M are connected to the connector housing.
A shield shell 20M described later is used for the jing 11M.
This is for positioning. Connector housing 1
On the outer periphery of 1M, the flange expanded along the rear edge
15M is formed over the entire circumference. This flange 1
A part of 5M crosses the rib 13M. Flange
The diameter of 15M is the same as the outer diameter of shield shell 20M described later.
They are set to the same dimensions. Outer circumference of this flange 15M
At two predetermined positions on the surface, there is an
The joint projection 14M is approximately 18 with respect to the two ribs 13M.
It is formed at an angular interval of 0 °. These engagements
The protrusion 14M is provided in the engagement groove 3 of the shield cover 30 described later.
3 to connect the shield cover 30 to the connector.
Is connected to the housing 11M. A shield cover 30, which will be described later, has one
13M and the other rib 13 including both engagement protrusions 14M.
It fits within a region of approximately 270 ° over M. And
Flange 1 in fitting area of shield cover 30
At the rear edge of 5M, the fitting direction of the shield cover 30
18M of tapered guide slope inclined to (axial direction)
Are formed. This guiding slope 18M is shielded
It functions to make the fitting of the bar 30 smooth. The fitting area of the shield cover 30
In the region of approximately 90 ° not including both engagement projections 14M other than
The rear edge of the flange 15M has two lances 4 to be described later.
It is an engaging portion 19M with 1M. This engagement portion 19M
The rear end of the flange 15M
At right angles to the fitting direction of
The rear end face and the outer peripheral face are joined in an angular state.
Further, the shape of the engaging portion 19M of the flange 15M is
From the front edge of the circumferential area that is formed,
An overhanging portion 55 that protrudes in a triangular shape is formed. this
The outer diameter of the overhang 55 is the same as the outer diameter of the flange 15M.
Have been. The two sides of the overhang 55 are the connector housing 1
Lance 41M slides when inserting 1M into holder 40M
Diagonally intersects the path of the shield shell
20M seam edge 56A and corresponding seam edge 55A
It has become. The front end face of the connector housing 11M
By notching from the periphery to the outer periphery,
Two positioning recesses 16M are spaced at an angle of 180 °
It is formed. This positioning recess 16M will be described later.
Around the connector housing 11M with respect to the holder 40M
It is for positioning in the direction. shield
The shell 20M is made of a conductive metal material and shown in FIG.
As a whole, it has a cylindrical shape. Shield
The length of the well 20M in the front-rear direction is the length of the connector housing 11.
M is set shorter than the flange by the dimension of the flange 15M.
The inner diameter of the shield shell 20M is the connector housing
It is set to be the same as the outer dimensions of the ring 11M. Take
The shield shell 20M corresponds to the connector housing 11M.
Then, it is fitted by being fitted from the front. Further, the shield shell 20M has
The edge corresponds to the engaging portion 19M of the flange 15M.
Notch cut in the shape of an isosceles triangle
A notch 56 is formed. This notch 56 is
The dimensions are substantially aligned with the part 55, and two sides thereof are flanged.
Seam edge 56A corresponding to 15M seam edge 55A
It has been. The two seam edges 55A, 56A
The corresponding seam 57 connects the connector housing 11M to the
When the lance 41M is inserted into the
It becomes an oblique slit. The shield shell 20M has a rear end
Forward from two positions matching the ribs 13M on the edge
The guide groove 21M is formed by notching toward
The guide groove 21M has a shield shell 20M.
Is fitted to the connector housing 11M.
It is fitted to the rib 13M. Connect with shield shell 20M
The front and rear ends of the
When a proper fitting state is reached, a guide groove is formed at the front end of the rib 13M.
The rear end of 21M abuts and the flange 15M
The rear end of the shield shell 20M hits the front end,
Move the shield shell 20M backward from the normal position.
Movement is regulated. In addition, the guide groove 21M is directed forward.
The stopper portion 22M formed so that the width gradually narrows
By cutting into the side of 13M, shield shell 2
The forward movement of 0M is restricted. At the front edge of the shield shell 20M,
A contact that projects forward from four positions 90 degrees apart
A tactile projection 24M is formed. These contact projections
24M is a shield shell of the female connector 10F described later.
This is for making electrical contact with 20M.
The shield cover 30 is formed by bending a conductive metal plate.
As shown in FIG. 5, a semi-cylindrical body 31 is provided.
And a crimping part 32 provided continuously behind the main body part 31
I have. The inner circumference of the main body 31 is the shield shell 2.
It has a diameter dimension that can be closely attached to the outer periphery of 0M. This body 3
1 includes both engagement projections 14M between the ribs 13M.
Connector housing within 270 ° mating area
And the outer shell 11M and the shield shell 20M. Ma
The length of the main body 31 in the front-rear direction is
-30 to the shielded wire W and the core wire Wa
Male terminal 45M is the main body when it is straightened
It is set so as to completely protrude forward of the part 31. The main body portion 31 has the above-mentioned front end edge.
Align with the engagement projection 14M of the connector housing 11M
An engagement groove 33 extending rearward from the second position is formed.
ing. The engagement groove 33 extends rearward from the rear edge of the main body 31.
An introduction portion 33a extending straight toward the
Turning that extends in the circumferential direction by changing the direction from the rear end of the entrance 33a
Part 33b and the introduction part 33a from the rear end of the turning part 33b.
A holding portion 33 that is bent slightly at an acute angle diagonally forward to the side.
c. Shield cover 30
When externally fitted to the well 20M, the engagement protrusion 14M and the holding
The shield cover 30 is fitted with the portion 33c.
From the shield shell 20M is restricted. The crimping portion 32 extends from the rear end of the main body 31 to the inner periphery.
Bent portion 32a protruding to the side, and the tip of this bent portion 32a
And a barrel portion 32b extending rearward from the outside. Barrel section
32b encloses the shield layer Wb of the shielded electric wire W
The shield layer Wb and the shield cover
The bar 30 is connected so as to be electrically conductive.
I have. In the crimped state, the shielded wire W is
So that it is arranged almost concentrically with the
Become. The shield cover 30 is a male connector 10M.
Not only used for female connector 10F
It is a common component used. The holder 40M has a cylindrical shape as a whole,
As shown in FIG. 1, the connector housing
11M, shield shell 20M, shield cover 30
And the end of the shielded wire W is attached backward?
Inserted and accommodated. Holder 40
Connector housing 11M is in the normal position on the inner circumference of the front end of M
When it is inserted into the
Positioning projections (not shown) are formed. This place
When the positioning protrusion and the positioning recess 16M are fitted,
And the connector housing 11M is
Positioned in a state where play in the direction and forward is regulated
You. Also, the inner periphery of the holder 40M has a piece
Lance 41 extending in a holding shape and having an inward claw at the tip
M is formed. Hold the connector housing 11M
In the middle of insertion into the slot 40M, the lance 41M is moved outward.
The outer peripheral surface of the shield shell 20M is relatively bent while elastically bending.
Slidably in the rearward direction, and the seam 57 with the overhang portion 55
Through the outer peripheral surface of the overhang 55
Relatively sliding, and finally sliding the outer circumference of the flange 15M
You. And the connector housing 11M is in the regular insertion position
When the lance 41M is reached, the lance 41M returns elastically, and its claws
The rear of the engaging portion 19M of the rear end edge of the flange 15M
From the connector housing 11M.
The escape is regulated. The holder 40M has a fitting projecting forward.
A mating tube portion 42M is formed.
Is adapted to be fitted with the female side holder 40F.
Further, the female side holder 40F is attached to the fitting cylindrical portion 42M.
By engaging with the lock arm 43F of the
0M, 40F is provided with a lock hole 43M capable of holding the fitting state.
Is formed. Next, the female connector 10F will be described.
I do. A part of the female connector 10F is the male connector 1
Since the configuration is the same as that of 0M,
Is the number part in the code attached to the male connector 10M.
Make "M" in the alphabet part "F"
And the description is omitted. Also shield
The cover 30 is common to the male connector 10M.
Therefore, the same reference numerals are given and the description is omitted. Hereinafter, a configuration different from the male connector 10M will be described.
explain about. As shown in FIG.
On the outer periphery of the front end of the connector 11F, a male contact protrusion 24M is provided.
Four matching recesses 17F are formed. So
Then, as shown in FIG. 9, the front end of the shield shell 20F
Replaced with the equivalent to the male contact projection 24M
Thus, a contact recess 24F is formed. This contact recess
The portion 24F is provided with the relief recess 1 of the connector housing 11F.
7F, and the male contact protrusion 24M
It can be fitted in a gas-conducting state. Shown in FIG.
As described above, the male side holder 40M is fitted to the holder 40F.
No equivalent to the tube portion 42M is provided, and the front end portion is not provided.
Is fitted into the fitting cylinder portion 42M, and the lock hole 43M is
By engaging the projection 44F of the locking arm 43F.
Therefore, the fitting state is maintained. Next, a set of shielded connectors of the present embodiment will be described.
The attachment structure will be described. First, the male connector 10M
To explain the assembly, as shown in FIG.
Crimping of male terminal 45M to each core wire Wa of lead wire W
And pressure bonding of the shield cover 30 to the shield layer Wb;
Each male terminal 45M to connector housing 11M
Insertion and connector housing 1 of shield shell 20M
1M fitting. Note that the order of these steps is
After crimping the male terminal 45M to the core wire Wa,
Arbitrarily except for insertion into the nectar housing 11M
It is possible to set. Assembling in this way and straightening the core wire Wa
When the terminal is extended to
At a position protruding forward from the front end of the
And the front end of the shield cover 30 and the connector housing 1
An interval is left between the rear end of 1M. From this state
Cover 30 to connector housing 11M
The body of the shield cover 30 is relatively approached in the axial direction.
Part 31 outside flange 15M and shield shell 20M
And the engaging protrusion 14M is fitted into the engaging groove 33.
You. At this time, the main body 31 is
It is fitted into the area where the guiding slope 18M is formed.
Even if the leading edge of the main body 31 is a shield shell 20M
Even if the main body 31 is displaced in the radial direction with respect to
Due to the inclination of the surface 18M, the outer peripheral surface of the flange 15M and the
It is guided to the outer peripheral surface of the shell 20M. And engagement
The protrusion 14 </ b> M hits the inner end of the introduction portion 33 a of the engagement groove 33.
The shield cover 30 to the connector housing 11M
After being moved forward, the engaging protrusion 14M
3 until it hits the end of the turning part 33b.
0, and finally the shield cover 30 in the return direction
Pull backward while rotating. Thereby, the engagement protrusion 1
4M is engaged with the holding portion 33c at the innermost end of the engagement groove 33
In this state, the shield cover 30 is pulled rearward.
Pulling out of connector housing 11M even if stretched
No (see FIG. 7). In the above assembling step, the shield cover
To bring the bar 30 closer to the connector housing 11M
Accordingly, the core wire Wa is bent, and the restoring force of the core wire Wa causes the core wire Wa to be bent.
The shield cover 30 is attached to the connector housing 11M.
On the other hand, it receives a force in the direction away from the rear. This
Of the engaging protrusion 14M is caused by the force in the separating direction of the engaging groove 3
3 is securely held in a regulated state.
And the connector housing 11M and the shield shell 20
M, one end of shield cover 30 and one end of shield wire W
Assembled on the body. In this assembled state, the shield cover
-30 contacts the shield shell 20M in an electrically conductive manner
From the terminal of the shield layer Wb to the connector housing 11.
The area leading to the front end of M is the shield cover 30
Shielded by the shell 20M. In addition, male tar
The tab 46M at the tip of the terminal 45M is a connector housing.
Although the tab 46M protrudes forward of 11M, it will be described later.
By fitting into the female terminal 45F
Be shielded by the shield shell 20F.
You. Further, the connector from the terminal of the shield layer Wb
The length in the front-rear direction up to the rear end of the housing 11M
As described above, the extension of the core wire Wa is the shortest as described above.
However, it is necessary to have dimensions for the length of the male terminal 45M.
From the shield cover 30
Before assembling to the connector housing 11M
As shown in FIG. 6, the extension dimension of this long core wire Wa is
Almost as it is, the shield layer Wb and the connector housing 11
The dimension L is between L and M. In contrast, FIG.
In the assembled state, the core wire Wa is bent.
The dimension S is shorter than the extension length of the core wire Wa. As described above, the components in which the components are integrally assembled are
The nectar housing 11M is inserted into the holder 40M from behind.
It is inserted and positioned at a predetermined position and posture. this
Upon insertion, the lance 41M is elastically bent outward.
Shield shell 20M, overhang 55 and flange 1
The sliding contact is made on the outer peripheral surface of 5M in the axial direction.
Seam 5 between shield shell 20M and overhang 55
Go through 7. At this time, due to dimensional tolerances and assembly tolerances
Even if the gap of the seam 57 is largely open,
Is in the direction (circumferential direction) along the tip edge of the nail of the lance 41M.
Since it is oblique to the direction, the nail of the lance 41M is a seam
Do not get into the gap of 57 and get caught
No. Assuming that the claw of the lance 41M enters the gap of the seam 57,
Even if the lance 41M is displaced in the axial direction,
As a result, the claws come into sliding contact with the seam edge 55A.
It is pushed up and escapes from the gap between the joints 57.
As described above, the lance 41M is hooked on the seam 57.
You can pass without. The connector housing 11M is
When the insertion position is reached, the nail at the tip of the lance 41M
By engaging the engaging portion 19M of the jaw 15M from behind,
Of the connector housing 11M is restricted
You. At the engagement portion 19M with the lance 41M,
Of the connector housing 11M
And perpendicular to the outer peripheral surface of the flange 15M.
The lance 41M is engaged because it is
It is hard to come off from the joint 19M. After inserting the connector housing 11M
Is the rubber for waterproofing that has been sheathed on the shielded wire W in advance.
Plug 50 and holding ring 51 at the rear end of holder 40M
Fit. Thus, the assembly of the male connector 10M is completed.
Complete. On the other hand, assembling is also performed for the female connector 10F.
Will be Assemble the female connector 10F with the male connector
Since the mounting is performed in the same manner as the mounting of the
11 and the description is omitted.
Also, for the same reason as the male connector 10M,
Layer Wb and connector housing 11F
Is smaller than the dimension L before assembly.
ing. The assembled male connector 10M and female connector
The connector 10F is fitted with the connector 10F (see FIG. 1). This
In the state of, male terminal 45M and female terminal 45F
Are connected so that they can be electrically connected, and the male side
24M of the shield shell 20M and the female side
The contact recess 24F of the metal shell 20M fits and makes contact.
The two shield shells 20M and 20F
Are electrically connected to each other. As a result, the male side
The entire region from the shield layer Wb to the female shield layer Wb is
For shield cover 30 and shield shell 20M, 20F
Therefore, it will be shielded. As described above, the shield connector of the present embodiment
The shield shells 20M and 20F and the flange 15
The seam 57 of the M and 15F is slid on the lance 41M and 41F.
Since it is oblique to the direction, the connector housing
When inserting 11M, 11F into holders 40M, 40F
The lances 41M and 41F may get caught in the seam 57.
Absent. Therefore, the seam 57 of the lance 41M, 41F
Connector housing 11M,
11F can be prevented from being half-inserted.
You. The main body 31 of the shield cover 30 is
Connector housings 11M and 11F
To form integral resin flanges 15M and 15F
In both cases, the guide slopes 18 are provided on the flanges 15M and 15F.
M, 18F are formed. This allows the body to
The position of the part 31 is with respect to the shield shells 20M and 20F.
Even if it is shifted in the radial direction, the guide slopes 18M, 18F
Of the main body 31 due to the inclination of the shield shell 20
Guidance without getting caught on the outer peripheral surface of M, 20F
Is done. Therefore, the fitting operation of the shield cover 30 is not necessary.
It can be done easily. Also, at the tip edge of the main body 31
Even if there are inward burrs,
The main body 31 is caught by the inclination of the surfaces 18M and 18F.
Outside the shield shells 20M and 20F without causing
It will be guided to the peripheral surface. Further, the holder was inserted into the holders 40M and 40F.
To restrict the connector housings 11M and 11F from coming off
Lances 41M and 41F made of the same
Engagement portions 19M, 1 of resin flanges 15M, 15F
9F. Therefore, metal shield shells
20M, 20F
The lances 41M and 41F are sheared by the action of the biasing force.
Function of the lances 41M and 41F.
The reliability has been increased. Further, the rear end surfaces of the engaging portions 19M and 19F
For the direction in which connector housings 11M and 11F come off
At right angles, and at the rear end surface and outer peripheral surface and the connection part
Is shaped into a square shape. This allows the connector
Even if the pull-out force acts on the housings 11M and 11F,
41M and 41F are disengaged from the engaging portions 19M and 19F.
In this direction, no force acts in this direction.
The reliability of the combined function is improved. In addition, connector how
Pull jing 11M, 11F from holder 40M, 40F
When removing the jig from behind the holders 40M and 40F
(Not shown) and engage with lances 41M and 41F
If it is made to bend from the parts 19M and 19F,
Good. Further, the shield connector of the present embodiment
Whether the core wire Wa is to be assembled in a bent state
The shield layer Wb and the connector
The spacing S between the ridge 11M and the shield layer W of the core wire Wa
b can be shorter than the extension from
A conventional shield that was assembled with the wire Wa extended
Miniaturized because the length in the front-back direction is shorter than the connector
Have been. In this embodiment, the shield cover 30 is used.
Of the main body 31 has a semi-cylindrical shape.
Between the layer Wb and the shield shells 20M, 20F
Is not shielded from the upper side in FIG.
The shield layer Wb and the shield shell
20M, 20F, the spacing S is determined by bending the core wire Wa.
Due to the narrowing, the shielding effect may be greatly reduced
There is no. [Other Embodiments] The present invention is not limited to the above description and drawings.
It is not limited to the embodiment described by the
For example, the following embodiments are also included in the technical scope of the present invention.
Included, and within the scope that does not deviate from the gist other than the following
Can be implemented with various modifications. (1) In the above embodiment, the sliding contact between the lances 41M and 41F
Overhang 55 for making seam 57 oblique to the direction
The notch 56 has an isosceles triangular shape.
For example, the overhanging portion and the notch may have other shapes. (2) In the above embodiment, the conductive fine metal wire is
The shield layer is composed of a braided tubular net
However, the present invention, as a shield layer,
Coating by vapor deposition, plating and plasma spraying
Or by spirally winding a metal wire
Also, the present invention can be applied to a structure having a gate layer.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a sectional view showing an assembled state of an embodiment of the present invention. FIG. 2 is a sectional view taken along line AA of FIG. 1. FIG. 3 is a perspective view of a male connector housing. FIG. 4 is a perspective view of a male shield shell. FIG. 5 is a perspective view of a shield cover. FIG. 6 is a partially cutaway side view showing a state in which a male connector is being assembled. FIG. 8 is a perspective view of a female connector housing. FIG. 9 is a perspective view of a female shield shell. FIG. 10 is a view showing a state in which a female connector is being assembled. FIG. 11 is a partially cut-away side view showing a state where the female connector has been partially assembled. FIG. 12 is a partially enlarged sectional view showing a guide slope on the male connector side. FIG. 13 is a male connector side. FIG. 14 is a partially enlarged cross-sectional view showing an engagement portion. 11M: Connector housing 15M: Flange 20M: Shield shell 40M: Holder 41M: Lance 57: Seam 11F: Connector housing 15F: Flange 20F ... Shield shell 40F ... Holder 41F ... Lance

Continuation of front page (56) References JP-A-9-22755 (JP, A) JP-A-8-138798 (JP, A) JP-A-1-315968 (JP, A) JP-A-5-144514 (JP) JP-A-7-220803 (JP, A) JP-A-63-176274 (JP, U) JP-A-4-23081 (JP, U) JP-A-1-148678 (JP, U) 5-57779 (JP, U) Table 2000-517459 (JP, A) (58) Fields investigated (Int. Cl. ⁷ , DB name) H01R 13/658 H01R 13/506

Claims (1)

(57) [Claim 1] A holder having a lance, and a connector housing which is inserted into the holder and which is prevented from being pulled out by engaging the lance with a rear end face. A shield shell is mounted on the outer periphery of the connector housing, and a flange is formed on the rear end outer periphery of the connector housing so as to be substantially flush with the outer peripheral surface of the shield shell. The lance is engaged with the rear end surface of the connector housing after passing through the seam between the shield shell and the flange while sliding in the axial direction on the outer peripheral surfaces of the shield shell and the flange. The shield shell and the flange on a sliding contact path of the lance. Characterized in that the seam is provided obliquely to the sliding direction of the lance.