KR20110080135A - High voltage shield connector with locking device - Google Patents

Abstract

PURPOSE: A high voltage shield connector equipped with a locking device is provided to restrict a restriction member with a locker and keep coherence even in frequency disassembly and assembly. CONSTITUTION: A female housing(20) is formed to axially insert a part of a mail housing(10) to the front side. A partial shaft of a fixing member(30) is inserted to the back side of the female housing and fastens and supports the female housing. A shock-absorbing member(40) is interposed between the female housing and the fixing member and buffs impact applied to the female housing. A locking device unites the mail housing and the female housing.

Description

HIGH VOLTAGE SHIELD CONNECTOR WITH LOCKING DEVICE}

       The present invention relates to a locking device and a high voltage shield connector having the same, and more particularly, to prevent a natural disconnection in the combined state of the mail housing and the female housing of the high voltage shield connector, thereby minimizing connection failure. A locking device and a high voltage shield connector having the same.

Recently, a large number of electronic components or sensors have been used for automotive electronics. Electrical signals are generated simultaneously by multiple electronic components or sensors. The signals generated in this way are transmitted to a control device or a driving device through a plurality of signal lines. In this process, electromagnetic waves generated by electrical signals may be irregularly generated. When such electromagnetic waves are directly or indirectly transmitted to a signal line or an electronic device, the electronic device may malfunction and put the driver in a dangerous situation.

In order to prevent this, a shield cable is generally used for a harness of an automobile, and the shield cable is a center line made of a conductor, an inner shell surrounding the center line, a shield layer formed by wrapping the outside of the inner shell with a braided line, and the outside of the shield layer. It is composed of the outer shell formed on. Here, the shield layer made of a conductive material is prevented from absorbing noise generated from the outside and penetrating to the center line for transmitting a signal.

In addition, when the shielded cable is connected to an electric device or a cable of a different type by using a connector having no separate shielding member, noise generated from the outside may affect the connection point. Therefore, in order to connect the shielded cable with an electrical device or a cable of a different type, it is essential to use a shielded connector having a structure that can prevent noise from outside from penetrating into the connection point.

Conventional shield connector has a problem that can cause a coupling failure by loosening due to the frequent separation and coupling operations because the female housing and the mail housing are combined in a hook coupling method. Therefore, there is a need for improvement.

The present invention has been made in order to improve the above problems, and provided with a restraining member so as to be able to move up and down in the female housing in the normal direction, and provided with a locker in the mail housing, frequent decomposition and It is an object of the present invention to provide a locking device and a high voltage shield connector having the same to maintain a bonding force even in assembly.

In addition, the present invention provides a locking device and a high voltage shield connector having the same to improve the buffering force when an axial external force is generated by providing a coil-shaped buffer member between the fixing member and the female housing for binding and fixing the female housing. Its purpose is to.

The locking device according to the present invention includes: a mounting hole formed in communication with the inside and the outside of the fixing body, a mounting member mounted on an edge of the mounting hole, a restraining member extending downward of the mounting member and protruding into the fixing body, and the And a rocker coupled to the fixture by restraining the restraining member.

The rocker may include a body in contact with an edge of the fixing body, a lower support rib extending from the body to elastically support the lower side of the restraining member, and spaced from the lower support rib by the thickness of the restraining member. And extending to support the upper side of the restraining member elastically and the upper support rib to elastically support the side of the mounting member.

The lower support rib is preferably formed with a lower locking protrusion in the upper support rib direction to prevent natural detachment in the opposite direction to be inserted into the fixing body.

The upper support rib is preferably formed by the upper locking projection to prevent the natural detachment in the opposite direction to be caught in the mounting member and inserted into the fixture.

The mounting hole is preferably opened and closed by a cover slide-guided to the circumferential surface of the fixing body in order to prevent the mounting hole outside the mounting hole of the mounting member.

A cushion member is interposed between the lower support rib and the cover to maintain the restraining member in contact with the lower support rib.

The fixing body is formed with a guide groove, and the cover is preferably formed with a guide protrusion accommodated in the guide groove.

The cover may be formed with a fitting protrusion, and the fixing body may be configured to form a fitting hole to accommodate the fitting protrusion in a state in which the mounting hole is completely closed.

The high-voltage shield connector according to the present invention includes: a mail housing, a female housing formed to axially insert a portion of the mail housing into the front side, and a fixed member which is partially axially inserted into the rear side of the female housing and binds and supports the female housing. And a cushioning member interposed between the female housing and the fixing member to cushion an impact applied to the female housing, and a locking device for engaging the female housing with the female housing.

The fixing member may include a plate member formed in contact with the female housing, and a coil-shaped buffer member extending from the plate member and axially inserted into the female housing and supported at both sides by the female housing and the plate member. It includes a sleeve member to form a circumferential surface.

The locking device has a mounting hole formed on a circumferential surface to communicate with the inside and outside of the female housing, a mounting member mounted on an edge of the mounting hole, and a lower side extending from the mounting member to protrude into the female housing. A member, and a locker formed in the mail housing and coupled to the female housing by constraining the restraining member.

The rocker is a body protruding from the circumferential surface of the mail housing, the body in contact with the edge of the female housing, a lower support rib extending from the body to elastically support the lower side of the restraining member, and the thickness of the restraining member And an upper support rib extending from the body so as to be spaced apart from the lower support rib so as to elastically support the upper side of the restraining member and elastically support the side of the mounting member.

The mounting hole is slide guided to the circumferential surface of the female housing and opened and closed by a cover that prevents the mounting hole from being separated from the mounting hole, and the cover forms a cushioning member at a lower side thereof to support the restraining member. It is desirable to remain in contact with the ribs.

The mail housing protrudes to form a guide rib facing each other in the circumferential surface along the axial direction, and the guide rib is formed to recess the locking groove in the inner side facing each other, the lower support rib corresponding to the locking groove portion elastically It is preferable to protrude and form the locking protrusion accommodated.

The body has a recessed position fixing groove, and the mail housing is preferably formed to project the position fixing protrusion along the axial direction to be accommodated in the position fixing groove.

As described above, the locking device and the high voltage shield connector having the same according to the present invention are provided with a restraining member so as to move up and down in the normal direction to the female housing, and the locker is provided in the mail housing to restrain the restraining member with the locker. As a result, the bonding force can be maintained even during frequent disassembly and assembly.

In addition, the present invention can improve the buffering force when the axial external force is generated by providing a coil-shaped buffer member between the fixing member for binding and fixing the female housing and the female housing.

1 is an exploded perspective view illustrating main parts of a high voltage shield connector having a locking device according to an exemplary embodiment of the present invention.
2 is a cross-sectional view of a main portion of a high voltage shield connector having a locking device according to an embodiment of the present invention.
3 is an enlarged cross-sectional view of a female housing of a high voltage shield connector having a locking device according to an embodiment of the present invention.
4 is an enlarged view of a female housing of a high voltage shield connector having a locking device according to an embodiment of the present invention.
5 is an enlarged cross-sectional view of a mail housing of a high voltage shield connector having a locking device according to an embodiment of the present invention.
Figure 6 is an enlarged view of the mail housing of the high voltage shield connector with a locking device according to an embodiment of the present invention.
7 to 9 are locking state diagrams of a high voltage shield connector having a locking device according to an embodiment of the present invention.

Hereinafter, with reference to the accompanying drawings will be described an embodiment of a locking device and a high voltage shield connector having the same according to the present invention. In this process, the thickness of the lines or the size of the components shown in the drawings may be exaggerated for clarity and convenience of description. In addition, the terms described below are defined in consideration of the functions of the present invention, which may vary depending on the intention or custom of the user, the operator. Therefore, definitions of these terms should be made based on the contents throughout this specification.

1 is an exploded perspective view of main parts of a high voltage shield connector having a locking device according to an embodiment of the present invention, and FIG. 2 is a cross-sectional view of main parts of the high voltage shield connector provided with a locking device according to an embodiment of the present invention. Is an enlarged cross-sectional view of a female housing of a high voltage shield connector having a locking device according to an embodiment of the present invention.

4 is an enlarged view of a female housing of a high voltage shield connector with a locking device according to an embodiment of the present invention, and FIG. 5 is an enlarged view of the mail housing of a high voltage shield connector with a locking device according to an embodiment of the present invention. 6 is an enlarged view of a mail housing of a high voltage shield connector having a locking device according to an embodiment of the present invention.

7 to 9 are locking state diagrams of a high voltage shield connector having a locking device according to an embodiment of the present invention.

1 to 3, a high voltage shield connector according to an exemplary embodiment of the present invention includes a mail housing 10, a female housing 20, and a locking device 100.

The mail housing 10 serves to accommodate a mail terminal (not shown) therein. Thus, the mail housing 10 is formed to be open to both sides.

In addition, the mail housing 10 may be applied in various shapes and various materials.

In addition, the female housing 20 serves to accommodate the female terminal 22 therein. Thus, the female housing 20 is formed to be open to both sides.

Of course, the female housing 20 can be modified in various shapes and various materials.

In particular, the female housing 20 is formed to insert a portion of the mail housing 10 to the front axis. This is to maintain the contact state between the female terminal 22 and the female terminal by firmly fixing the mail housing 10 connected to the female housing 20.

In this case, one female housing 20 may be formed to connect one mail housing 10, or one female housing 20 may be formed to connect a plurality of mail housings 10.

And, the female housing 20 is preferably fixed to an external body (not shown) such as a vehicle body frame while connecting the mail housing 10.

Thus, the female housing 20 is detachably coupled to the fixing member 30 detachably connected to the external body.

In particular, it is preferable that the fixing member 30 minimizes the shaking of the female housing 20 by binding the female housing 20 to the maximum while being fixed to the outer body.

Accordingly, the fixing member 30 includes a plate member 32 and a sleeve member 34.

The plate member 32 is coupled to the outer body in a manner such as bolting, and serves to support the female housing 20 by contacting the rear edge of the female housing 20.

Of course, the plate member 32 can be modified in various shapes and various materials.

The sleeve member 34 extends from one side of the plate member 32 and is axially inserted into the female housing 20.

That is, the sleeve member 34 serves to support the female housing 20 more firmly by contacting the inner side of the female housing 20.

Here, the sleeve member 34 may be formed to be separated from the plate member 32, but is preferably formed integrally with the plate member 32. Of course, the sleeve member 34 can be modified in various shapes.

At this time, the female terminal 22 is preferably inserted into the sleeve member (34).

As a result, the female terminal 22 is inserted into the sleeve member 34, and the female member 22 is in contact with the male terminal as the sleeve member 34 is inserted into the female housing 20.

In particular, the female housing 20 is detachably coupled to the fixing member 30, but may be damaged as it is pushed toward the fixing member 30 when an external force is applied.

Therefore, it is preferable that the female housing 20 and the fixing member 30 form a buffer member 40 therebetween.

That is, it is preferable that the buffer member 40 is interposed between the rear edge of the female housing 20 and the plate member 32.

In an embodiment, the buffer member 40 is formed on the circumferential surface of the sleeve member 34 as a coil spring so that both sides are supported by the rear edge of the female housing 20 and the plate member 32, respectively.

Here, since the buffer member 40 is a coil spring, the buffer member 40 may serve as a buffer between the plate member 32 and the female housing 20 over the entire circumference of the sleeve member 34.

At this time, the buffer member 40 is preferably not to be separated in the axial direction of the sleeve member (34).

Thus, the sleeve member 34 protrudes from the locking projection 36 on the circumferential surface.

That is, the buffer member 40 supports one side to the front side of the plate member 32, and the other side to the locking jaw 36.

In particular, the locking jaw 36 is formed to a minimum size so that the other side of the buffer member 40 elastically contact the rear edge of the female housing 20 as much as possible.

Of course, the locking jaw 36 can be modified in various shapes. The locking jaw 36 may be detachably formed on the sleeve member 34, but is preferably integrally formed.

On the other hand, it is preferable that the mail housing 10 and the female housing 20 are firmly locked to each other for energization according to the contact between the mail terminal and the female terminal 22.

At this time, even when the mail housing 10 is locked to the female housing 20, the female housing 20 is not easily damaged as the female housing 20 is fully buffered by the buffer member 40.

In particular, the mail housing 10 and the female housing 20 is firmly and elastically coupled while being detachably coupled by the locking device 100.

For example, the locking device 100 includes a mounting hole 110, a mounting member 120, a restraining member 130, a rocker 140, and a cover 150.

4 and 5, the mounting hole 110 is formed in communication with the inside and outside of the fixing body, in particular, the female housing 20.

At this time, the mounting hole 110 is perforated in the circumferential surface of the female housing 20 corresponding to the portion in which the mail housing 10 is inserted into the shaft. Accordingly, the mail housing 10 is exposed to the outside through the mounting hole 110.

The mounting hole 110 may be modified in various shapes.

And, the mounting member 120 is formed to be mounted on the edge of the mounting hole 110.

In more detail, the female housing 20 has recessed grooves 122 formed on opposite side edges of the mounting hole 110, and the mounting member 120 is accommodated in the corresponding recessed grooves 122 at both edges. .

Accordingly, the mounting member 120 is fixedly supported on the circumferential surface of the female housing 20 as each edge is accommodated in the corresponding mounting groove 122.

 Of course, the mounting member 120 can be modified in various shapes.

In addition, the restraining member 130 extends downwardly from the mounting member 120, that is, in the direction of the mail housing 10 inserted into the female housing 20 from the mounting member 120.

Thus, the restraining member 130 protrudes into the fixture, in particular the female housing 20.

At this time. The restraining member 130 may be detachably formed from the mounting member 120, but is preferably integrally formed with the mounting member 120.

The restraint member 130 has a wider surface area than the mounting member 120. Thus, the restraining member 130 is exposed to the outside of the mounting member 120 in the plane.

Of course, the restraining member 130 may be modified in various shapes.

In particular, the mounting hole 110 of the female housing 20 has a size capable of inserting the restraining member 130.

In addition, the rocker 140 is formed in the mail housing 10. That is, in the state in which the mail housing 10 is inserted into the female housing 20, the locker 140 is formed on the circumferential surface of the mail housing 10 to be able to bind with the restraining member 130.

Here, the mail housing 10 and the female housing 20 are coupled as the locker 140 restrains the restraining member 130.

6 and 7, the rocker 140 includes a body 141, a lower support rib 143, and an upper support rib 145.

The body 141 protrudes from the circumferential surface of the mail housing 10 so as to contact the edge of the fixed body, in particular, the female housing 20.

Thus, the body 141 serves to limit the depth at which the mail housing 10 is inserted into the female housing 20.

In addition, the lower support rib 143 extends from the body 141 to elastically support the lower side of the restraining member 130, and the upper support rib 145 extends from the body 141 to restrain the restraining member ( 130 to elastically support the upper side.

In other words, the body 141 extends the lower support rib 143 and the upper support rib 145 in the same direction.

At this time, the body 141 maintains a constant interval between the lower support rib 143 and the upper support rib 145 in the height direction. In particular, the lower support rib 143 and the upper support rib 145 are spaced equal to the thickness of the restraining member 130.

Thus, the restraining member 130 is prevented from occurring as the noise generated while being fixed between the lower support rib 143 and the upper support rib 145.

In addition, the upper support rib 145 elastically supports the side of the mounting member (120).

Accordingly, the mounting member 120 and the restraining member 130 are fixed in position by the rocker 140 in the mounting hole 110 of the female housing 20.

Of course, the lower support ribs 143 and the upper support ribs 145 may be detachably formed from the body 141, but are preferably integrally formed, and may be deformed into various shapes.

In particular, the rocker 140 is preferably bound inside the female housing 20 by the restraining member 130.

Thus, the lower support ribs 143 protrude from the lower support ribs 144 in the direction of the upper support ribs 145 in order to prevent natural detachment in the opposite direction to be inserted into the fixing body, that is, the female housing 20.

At this time, the lower locking protrusion 144 may be detachably formed on the lower support rib 143, but is preferably integrally formed, and is formed in various shapes.

Accordingly, as the lower locking protrusion 144 is in contact with the front lower edge of the restraining member 130, the rocker 140 is caught by the restraining member 130 so as not to be separated in the opposite direction to be inserted into the female housing 20. .

In addition, when the lower support rib 143 is inserted into the female housing 20, the lower locking protrusion 144 is provided with the restraining member 130 and the mounting member 120 upward in the mounting hole 110. Will be lifted.

Accordingly, the restraining member 130 and the mounting member 120 are installed to be lowered in the mounting hole 110.

In addition, when the lower locking protrusion 144 passes through the restraining member 130, the restraining member 130 is lowered by its own weight and is in contact with the lower support rib 143.

On the other hand, it is preferable that the restraining member 130 restrains the lower support rib 143 and the upper support rib 145 restrains the rocker 140.

This is to firmly couple the mail housing 10 to the inside of the female housing 20 by complexly binding the rocker 140 inside the female housing 20.

That is, the upper support ribs 145 protrude from the upper locking protrusions 146 so as to be caught by the mounting member 120 and prevent natural detachment in the opposite direction to be inserted into the fixture.

At this time, the upper support rib 145 is preferably formed in a pair side by side in the body 141 to contact both sides of the mounting member (120).

In addition, the upper locking protrusion 146 is preferably formed on the inner side of the upper support ribs 145 facing each other.

In particular, the upper locking protrusion 146 may be detachably formed on the upper support rib 145, but is preferably integrally formed, and may be formed in various shapes.

Therefore, as the upper locking protrusion 146 contacts both front edges of the mounting member 120, the rocker 140 is caught by the mounting member 120 so as not to be separated in the opposite direction to be inserted into the female housing 20. .

In addition, while the pair of upper support ribs 145 accommodate the mounting member 120 therein, the upper support ribs 145 facing each other are elastically outwardly opposite to each other by the protrusion height of each upper engaging protrusion 146. Will be bent.

In addition, when the upper locking protrusion 146 is in contact with the front side of the mounting member 120, the upper support rib 145 is elastically restored and in contact with the side of the mounting member 120.

On the other hand, the mounting member 120 and the restraining member 130 may be separated out of the mounting hole 110.

Thus, the stationary body, in particular, the female housing 20 has a cover 150. The cover 150 serves to open and close the mounting hole 110.

That is, as an example, the guide body 151 is formed in the fixed body, that is, the female housing 20, and the guide protrusion 153 is formed in the cover 150.

Therefore, as the guide protrusion 153 is moved and guided along the inside of the guide groove 151, the cover 150 opens and closes the mounting hole 110.

In this case, the cover 150 may be formed of various shapes and various materials.

The guide groove 151 may be variously formed on the circumferential surface of the female housing 20, and the guide protrusion 153 may be detachably formed on the cover 150, but may be integrally formed. .

For convenience, the guide groove 151 is shown in a groove shape, but may be a hole shape.

On the other hand, the restraining member 130 is preferably maintained to be in contact with the lower support rib 143 by the pressing force from the upper side.

Of course, the cover 150 is always in contact with the upper side of the mounting member 120, it is possible to maintain the state in which the restraining member 130 is in contact with the upper side of the lower support rib 143.

In this case, since the mounting member 120 and the restraining member 130 are not lifted even when the upper pushing force of the lower locking protrusion 144 is applied, the restraining member 130 or the lower support rib 143 may be bent or damaged. have.

Therefore, a clearance space for raising and lowering the mounting member 120 is preferably formed between the mounting member 120 and the cover 150.

Thus, the cover 150 is preferably to form a cushion member 160 on the lower side.

The cushion member 160 is preferably made of a material such as a sponge which is pressed by an external force and returns to its original state when the external force is removed.

That is, when the lower locking protrusion 144 pushes the restraining member 130 in the upper direction, the mounting member 120 pushes the cushion member 160 in the upper direction.

The cushion member 160 is compressed while being supported on the lower side of the cover 150.

On the contrary, when the lower locking protrusion 144 passes through the restraining member 130, the cushion member 160 is returned to its original state due to the removal of the pushing force, and the restraining member 130 is in contact with the lower support rib 143. .

At this time, the cushion member 160 is to push the restraining member 130 elastically in the direction of the lower support rib (143).

In addition, the cover 150 is preferably mounted so as not to be naturally separated while being slide-inserted into the guide groove 151.

For example, the fitting protrusion 152 is formed on the cover 150, and the fitting hole 154 that accommodates the fitting protrusion 152 is formed in the fixed body, that is, the female housing 20.

Therefore, in a state in which the cover 150 completely closes the mounting hole 110, the fitting protrusion 152 is accommodated in the fitting hole 154, so that the cover 150 is not opened arbitrarily.

In this case, the fitting protrusion 152 may be modified in various shapes, and the position formed in the cover 150 is not limited.

For convenience, the fitting hole 154 is illustrated in a hole shape, but may be formed in a groove shape.

In addition, the rocker 140 is preferably detachably fixed to the circumferential surface of the mail housing 10.

As an example, the mail housing 10 protrudes and forms guide ribs 172 facing each other on the circumferential surface along the axial direction, and the locking groove 174 is recessed in the guide ribs 172 facing each other. The lower support rib 143 protrudes from the locking protrusion 176 elastically accommodated in the corresponding locking groove 174.

That is, the lower support rib 143 is formed to extend from the body 141 to be able to flex elastically, protruding the locking protrusion 176 on the outside.

The mail housing 10 includes a guide rib 172 having a locking groove 174.

Thus, as the locking protrusion 176 is elastically fitted to the locking groove 174, the rocker 140 is elastically coupled to the mail housing 10.

For convenience, the locking groove 174 is shown in a groove shape, but may be formed in a hole shape.

In addition, it is preferable that the exact assembly position is guided when the rocker 140 is coupled to the mail housing 10.

As an example, the body 141 is recessed in the position fixing groove 182, the mail housing 10 is formed to project the position fixing projections 184 along the axial direction to be accommodated in the position fixing groove 182.

That is, as the position fixing groove 182 of the body 141 is guided along the position fixing protrusion 184 of the mail housing 10 and slides, it is possible to assemble the correct position.

At this time, the shape of the position fixing groove 182 may be variously modified, the position fixing protrusion 184 may be formed detachably in the mail housing 10, but is preferably molded integrally.

8 to 10 illustrate a state in which the mail housing 10 is locked by the locking device 100 while inserting the mail housing 10 into the female housing 20.

That is, as the mail housing 10 is inserted into the female housing 20, the lower locking protrusion 144 formed on the lower support rib 143 of the rocker 140 lifts the restraining member 130. Due to this, the restraining member 130 and the mounting member 120 are raised while compressing the cushion member 160.

In addition, the lower locking protrusion 144 passes through the lower side of the restraining member 130, and is opened by the upper locking protrusion 146 that the upper support rib 145 contacts the mounting member 120.

At the same time, while the cushion member 160 is elastically restored, the restraining member 130 is elastically in contact with the upper side of the lower support rib 143.

Thereafter, while the upper locking protrusion 146 passes through the mounting member 120, the upper support rib 145 is elastically restored and is in contact with the side portion of the mounting member 120 and the upper side of the restraining member 130.

Accordingly, the mounting member 120 and the restraining member 130 are elastically supported by the lower support rib 143 and the upper support rib 145 and are fixed inside the mounting hole 110.

Of course, the lower locking protrusion 144 of the lower support rib 143 is caught by the restraining member 130, and the upper locking protrusion 146 of the upper support rib 145 is locked by the mounting member 120. ) Is taken firmly.

Thus, the mail housing 10 is bound to the mail housing 20.

Although the present invention has been described with reference to the embodiments shown in the drawings, this is merely exemplary, and those skilled in the art to which the art belongs can make various modifications and other equivalent embodiments therefrom. Will understand. Therefore, the true technical protection scope of the present invention will be defined by the claims below.

0: mail housing 20: email housing
30: fixing member 40: buffer member
100: locking device 110: mounting hole
120: mounting member 130: restraining member
140: rocker 141: body
143: lower support rib 144: lower locking protrusion
145: upper support rib 146: upper locking protrusion
150: cover 160: cushion member

Claims (7)

Mail housing 10;
A female housing 20 formed to be axially inserted into a portion of the mail housing 10;
A fixed member 30 inserted into the rear side of the female housing 20 to support the female housing 20 in a binding manner;
A buffer member 40 interposed between the female housing 20 and the fixing member 30 to cushion a shock applied to the female housing 20; And
A locking device (100) for coupling the mail housing (10) and the mail housing (20);
High voltage shield connector with a locking device comprising a. The method according to claim 1,
The fixing member 30,
A plate member 32 formed in contact with the female housing 20; And
The circumferential surface of the shock absorbing member 40 of the coil spring shape extending from the plate member 32 and axially inserted into the female housing 20 and supported at both sides by the female housing 20 and the plate member 32. A sleeve member 34 formed;
High voltage shield connector with a locking device comprising a. The method according to claim 1,
The locking device 100,
A mounting hole 110 formed on a circumferential surface of the female housing 20 to communicate with the inside and the outside of the female housing 20;
Mounting member 120 is mounted to the edge of the mounting hole 110;
A constraining member 130 extending downward of the mounting member 120 to protrude into the female housing 20; And
A locker (140) formed in the mail housing (10) to be coupled to the female housing (20) by constraining the restraining member (130);
High voltage shield connector with a locking device comprising a.
The method according to claim 3,
The rocker 140,
A body 141 protruding from the circumferential surface of the mail housing 10 to be in contact with the edge of the female housing 20;
A lower support rib 143 extending from the body 141 to elastically support the lower side of the restraining member 130; And
It extends from the body 141 so as to be spaced apart from the lower support rib 143 by the thickness of the restraining member 130 to elastically support the upper side of the restraining member 130 and elastically the side of the mounting member 120 Upper support ribs 145 for supporting with;
High voltage shield connector with a locking device comprising a. The method according to claim 4,
The mounting hole 110 is slide guided to the circumferential surface of the female housing 20 and is opened and closed by a cover 150 to prevent the mounting hole 110 of the mounting member 120 outside the mounting hole 120;
The cover 150 is a high-voltage shield connector with a locking device, characterized in that to form a cushion member 160 on the lower side to maintain the restraining member 130 in contact with the lower support rib 143. The method according to any one of claims 3 to 5,
The mail housing 10 protrudes and forms guide ribs 172 facing each other on the circumferential surface along the axial direction;
Forming a locking groove 174 in the guide rib 172 to face the inner side of the guide rib 172;
The lower support rib 143 has a high voltage shield connector with a locking device, characterized in that the protrusion forming a locking protrusion 176 elastically received in the corresponding locking groove 174.
The method of claim 6,
The body 141 recesses and forms the position fixing groove 182;
The mail housing 10 has a high voltage shield connector with a locking device, characterized in that to project the position fixing projections 184 along the axial direction to be accommodated in the position fixing grooves (182).

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